ref: cf5c3f2742c62f36ee80cae80d74e2f5114aff2c
parent: 3ffbba1467802e8ab1a05ef75ba17c3d4d0a50bf
author: Matthew Wang <mjw7@princeton.edu>
date: Wed May 27 15:04:23 EDT 2020
rename LEAF folder to leaf for easier JUCE module usage
binary files /dev/null b/leaf/.DS_Store differ
--- /dev/null
+++ b/leaf/.gitignore
@@ -1,0 +1,11 @@
+*.DS_Store
+*.app
+*.a
+*.appex
+*.vst
+*.vst3
+*.component
+*.xcuserstate
+*.zip
+*.swp
+*/Builds
binary files /dev/null b/leaf/Externals/.DS_Store differ
--- /dev/null
+++ b/leaf/Externals/d_fft_mayer.c
@@ -1,0 +1,423 @@
+/*
+** FFT and FHT routines
+** Copyright 1988, 1993; Ron Mayer
+**
+** mayer_fht(fz,n);
+** Does a hartley transform of "n" points in the array "fz".
+** mayer_fft(n,real,imag)
+** Does a fourier transform of "n" points of the "real" and
+** "imag" arrays.
+** mayer_ifft(n,real,imag)
+** Does an inverse fourier transform of "n" points of the "real"
+** and "imag" arrays.
+** mayer_realfft(n,real)
+** Does a real-valued fourier transform of "n" points of the
+** "real" array. The real part of the transform ends
+** up in the first half of the array and the imaginary part of the
+** transform ends up in the second half of the array.
+** mayer_realifft(n,real)
+** The inverse of the realfft() routine above.
+**
+**
+** NOTE: This routine uses at least 2 patented algorithms, and may be
+** under the restrictions of a bunch of different organizations.
+** Although I wrote it completely myself, it is kind of a derivative
+** of a routine I once authored and released under the GPL, so it
+** may fall under the free software foundation's restrictions;
+** it was worked on as a Stanford Univ project, so they claim
+** some rights to it; it was further optimized at work here, so
+** I think this company claims parts of it. The patents are
+** held by R. Bracewell (the FHT algorithm) and O. Buneman (the
+** trig generator), both at Stanford Univ.
+** If it were up to me, I'd say go do whatever you want with it;
+** but it would be polite to give credit to the following people
+** if you use this anywhere:
+** Euler - probable inventor of the fourier transform.
+** Gauss - probable inventor of the FFT.
+** Hartley - probable inventor of the hartley transform.
+** Buneman - for a really cool trig generator
+** Mayer(me) - for authoring this particular version and
+** including all the optimizations in one package.
+** Thanks,
+** Ron Mayer; mayer@acuson.com
+**
+*/
+
+/* This is a slightly modified version of Mayer's contribution; write
+* msp@ucsd.edu for the original code. Kudos to Mayer for a fine piece
+* of work. -msp
+*/
+
+/* These pragmas are only used for MSVC, not MinGW or Cygwin <hans@at.or.at> */
+#ifdef _MSC_VER
+#pragma warning( disable : 4305 ) /* uncast const double to float */
+#pragma warning( disable : 4244 ) /* uncast double to float */
+#pragma warning( disable : 4101 ) /* unused local variables */
+#endif
+
+/* the following is needed only to declare pd_fft() as exportable in MSW */
+#define t_sample float
+
+#define REAL t_sample
+#define GOOD_TRIG
+
+#ifdef GOOD_TRIG
+#else
+#define FAST_TRIG
+#endif
+
+#if defined(GOOD_TRIG)
+#define FHT_SWAP(a,b,t) {(t)=(a);(a)=(b);(b)=(t);}+#define TRIG_VARS \
+ int t_lam=0;
+#define TRIG_INIT(k,c,s) \
+ { \+ int i; \
+ for (i=2 ; i<=k ; i++) \
+ {coswrk[i]=costab[i];sinwrk[i]=sintab[i];} \+ t_lam = 0; \
+ c = 1; \
+ s = 0; \
+ }
+#define TRIG_NEXT(k,c,s) \
+ { \+ int i,j; \
+ (t_lam)++; \
+ for (i=0 ; !((1<<i)&t_lam) ; i++); \
+ i = k-i; \
+ s = sinwrk[i]; \
+ c = coswrk[i]; \
+ if (i>1) \
+ { \+ for (j=k-i+2 ; (1<<j)&t_lam ; j++); \
+ j = k - j; \
+ sinwrk[i] = halsec[i] * (sinwrk[i-1] + sinwrk[j]); \
+ coswrk[i] = halsec[i] * (coswrk[i-1] + coswrk[j]); \
+ } \
+ }
+#define TRIG_RESET(k,c,s)
+#endif
+
+#if defined(FAST_TRIG)
+#define TRIG_VARS \
+ REAL t_c,t_s;
+#define TRIG_INIT(k,c,s) \
+ { \+ t_c = costab[k]; \
+ t_s = sintab[k]; \
+ c = 1; \
+ s = 0; \
+ }
+#define TRIG_NEXT(k,c,s) \
+ { \+ REAL t = c; \
+ c = t*t_c - s*t_s; \
+ s = t*t_s + s*t_c; \
+ }
+#define TRIG_RESET(k,c,s)
+#endif
+
+static REAL halsec[20]=
+ {+ 0,
+ 0,
+ .54119610014619698439972320536638942006107206337801,
+ .50979557910415916894193980398784391368261849190893,
+ .50241928618815570551167011928012092247859337193963,
+ .50060299823519630134550410676638239611758632599591,
+ .50015063602065098821477101271097658495974913010340,
+ .50003765191554772296778139077905492847503165398345,
+ .50000941253588775676512870469186533538523133757983,
+ .50000235310628608051401267171204408939326297376426,
+ .50000058827484117879868526730916804925780637276181,
+ .50000014706860214875463798283871198206179118093251,
+ .50000003676714377807315864400643020315103490883972,
+ .50000000919178552207366560348853455333939112569380,
+ .50000000229794635411562887767906868558991922348920,
+ .50000000057448658687873302235147272458812263401372
+ };
+static REAL costab[20]=
+ {+ .00000000000000000000000000000000000000000000000000,
+ .70710678118654752440084436210484903928483593768847,
+ .92387953251128675612818318939678828682241662586364,
+ .98078528040323044912618223613423903697393373089333,
+ .99518472667219688624483695310947992157547486872985,
+ .99879545620517239271477160475910069444320361470461,
+ .99969881869620422011576564966617219685006108125772,
+ .99992470183914454092164649119638322435060646880221,
+ .99998117528260114265699043772856771617391725094433,
+ .99999529380957617151158012570011989955298763362218,
+ .99999882345170190992902571017152601904826792288976,
+ .99999970586288221916022821773876567711626389934930,
+ .99999992646571785114473148070738785694820115568892,
+ .99999998161642929380834691540290971450507605124278,
+ .99999999540410731289097193313960614895889430318945,
+ .99999999885102682756267330779455410840053741619428
+ };
+static REAL sintab[20]=
+ {+ 1.0000000000000000000000000000000000000000000000000,
+ .70710678118654752440084436210484903928483593768846,
+ .38268343236508977172845998403039886676134456248561,
+ .19509032201612826784828486847702224092769161775195,
+ .09801714032956060199419556388864184586113667316749,
+ .04906767432741801425495497694268265831474536302574,
+ .02454122852291228803173452945928292506546611923944,
+ .01227153828571992607940826195100321214037231959176,
+ .00613588464915447535964023459037258091705788631738,
+ .00306795676296597627014536549091984251894461021344,
+ .00153398018628476561230369715026407907995486457522,
+ .00076699031874270452693856835794857664314091945205,
+ .00038349518757139558907246168118138126339502603495,
+ .00019174759731070330743990956198900093346887403385,
+ .00009587379909597734587051721097647635118706561284,
+ .00004793689960306688454900399049465887274686668768
+ };
+static REAL coswrk[20]=
+ {+ .00000000000000000000000000000000000000000000000000,
+ .70710678118654752440084436210484903928483593768847,
+ .92387953251128675612818318939678828682241662586364,
+ .98078528040323044912618223613423903697393373089333,
+ .99518472667219688624483695310947992157547486872985,
+ .99879545620517239271477160475910069444320361470461,
+ .99969881869620422011576564966617219685006108125772,
+ .99992470183914454092164649119638322435060646880221,
+ .99998117528260114265699043772856771617391725094433,
+ .99999529380957617151158012570011989955298763362218,
+ .99999882345170190992902571017152601904826792288976,
+ .99999970586288221916022821773876567711626389934930,
+ .99999992646571785114473148070738785694820115568892,
+ .99999998161642929380834691540290971450507605124278,
+ .99999999540410731289097193313960614895889430318945,
+ .99999999885102682756267330779455410840053741619428
+ };
+static REAL sinwrk[20]=
+ {+ 1.0000000000000000000000000000000000000000000000000,
+ .70710678118654752440084436210484903928483593768846,
+ .38268343236508977172845998403039886676134456248561,
+ .19509032201612826784828486847702224092769161775195,
+ .09801714032956060199419556388864184586113667316749,
+ .04906767432741801425495497694268265831474536302574,
+ .02454122852291228803173452945928292506546611923944,
+ .01227153828571992607940826195100321214037231959176,
+ .00613588464915447535964023459037258091705788631738,
+ .00306795676296597627014536549091984251894461021344,
+ .00153398018628476561230369715026407907995486457522,
+ .00076699031874270452693856835794857664314091945205,
+ .00038349518757139558907246168118138126339502603495,
+ .00019174759731070330743990956198900093346887403385,
+ .00009587379909597734587051721097647635118706561284,
+ .00004793689960306688454900399049465887274686668768
+ };
+
+
+#define SQRT2_2 0.70710678118654752440084436210484
+#define SQRT2 2*0.70710678118654752440084436210484
+
+void mayer_fht(REAL *fz, int n)
+{+/* REAL a,b;
+REAL c1,s1,s2,c2,s3,c3,s4,c4;
+ REAL f0,g0,f1,g1,f2,g2,f3,g3; */
+ int k,k1,k2,k3,k4,kx;
+ REAL *fi,*fn,*gi;
+ TRIG_VARS;
+
+ for (k1=1,k2=0;k1<n;k1++)
+ {+ REAL aa;
+ for (k=n>>1; (!((k2^=k)&k)); k>>=1);
+ if (k1>k2)
+ {+ aa=fz[k1];fz[k1]=fz[k2];fz[k2]=aa;
+ }
+ }
+ for ( k=0 ; (1<<k)<n ; k++ );
+ k &= 1;
+ if (k==0)
+ {+ for (fi=fz,fn=fz+n;fi<fn;fi+=4)
+ {+ REAL f0,f1,f2,f3;
+ f1 = fi[0 ]-fi[1 ];
+ f0 = fi[0 ]+fi[1 ];
+ f3 = fi[2 ]-fi[3 ];
+ f2 = fi[2 ]+fi[3 ];
+ fi[2 ] = (f0-f2);
+ fi[0 ] = (f0+f2);
+ fi[3 ] = (f1-f3);
+ fi[1 ] = (f1+f3);
+ }
+ }
+ else
+ {+ for (fi=fz,fn=fz+n,gi=fi+1;fi<fn;fi+=8,gi+=8)
+ {+ REAL bs1,bc1,bs2,bc2,bs3,bc3,bs4,bc4,
+ bg0,bf0,bf1,bg1,bf2,bg2,bf3,bg3;
+ bc1 = fi[0 ] - gi[0 ];
+ bs1 = fi[0 ] + gi[0 ];
+ bc2 = fi[2 ] - gi[2 ];
+ bs2 = fi[2 ] + gi[2 ];
+ bc3 = fi[4 ] - gi[4 ];
+ bs3 = fi[4 ] + gi[4 ];
+ bc4 = fi[6 ] - gi[6 ];
+ bs4 = fi[6 ] + gi[6 ];
+ bf1 = (bs1 - bs2);
+ bf0 = (bs1 + bs2);
+ bg1 = (bc1 - bc2);
+ bg0 = (bc1 + bc2);
+ bf3 = (bs3 - bs4);
+ bf2 = (bs3 + bs4);
+ bg3 = SQRT2*bc4;
+ bg2 = SQRT2*bc3;
+ fi[4 ] = bf0 - bf2;
+ fi[0 ] = bf0 + bf2;
+ fi[6 ] = bf1 - bf3;
+ fi[2 ] = bf1 + bf3;
+ gi[4 ] = bg0 - bg2;
+ gi[0 ] = bg0 + bg2;
+ gi[6 ] = bg1 - bg3;
+ gi[2 ] = bg1 + bg3;
+ }
+ }
+ if (n<16) return;
+
+ do
+ {+ REAL s1,c1;
+ int ii;
+ k += 2;
+ k1 = 1 << k;
+ k2 = k1 << 1;
+ k4 = k2 << 1;
+ k3 = k2 + k1;
+ kx = k1 >> 1;
+ fi = fz;
+ gi = fi + kx;
+ fn = fz + n;
+ do
+ {+ REAL g0,f0,f1,g1,f2,g2,f3,g3;
+ f1 = fi[0 ] - fi[k1];
+ f0 = fi[0 ] + fi[k1];
+ f3 = fi[k2] - fi[k3];
+ f2 = fi[k2] + fi[k3];
+ fi[k2] = f0 - f2;
+ fi[0 ] = f0 + f2;
+ fi[k3] = f1 - f3;
+ fi[k1] = f1 + f3;
+ g1 = gi[0 ] - gi[k1];
+ g0 = gi[0 ] + gi[k1];
+ g3 = SQRT2 * gi[k3];
+ g2 = SQRT2 * gi[k2];
+ gi[k2] = g0 - g2;
+ gi[0 ] = g0 + g2;
+ gi[k3] = g1 - g3;
+ gi[k1] = g1 + g3;
+ gi += k4;
+ fi += k4;
+ } while (fi<fn);
+ TRIG_INIT(k,c1,s1);
+ for (ii=1;ii<kx;ii++)
+ {+ REAL c2,s2;
+ TRIG_NEXT(k,c1,s1);
+ c2 = c1*c1 - s1*s1;
+ s2 = 2*(c1*s1);
+ fn = fz + n;
+ fi = fz +ii;
+ gi = fz +k1-ii;
+ do
+ {+ REAL a,b,g0,f0,f1,g1,f2,g2,f3,g3;
+ b = s2*fi[k1] - c2*gi[k1];
+ a = c2*fi[k1] + s2*gi[k1];
+ f1 = fi[0 ] - a;
+ f0 = fi[0 ] + a;
+ g1 = gi[0 ] - b;
+ g0 = gi[0 ] + b;
+ b = s2*fi[k3] - c2*gi[k3];
+ a = c2*fi[k3] + s2*gi[k3];
+ f3 = fi[k2] - a;
+ f2 = fi[k2] + a;
+ g3 = gi[k2] - b;
+ g2 = gi[k2] + b;
+ b = s1*f2 - c1*g3;
+ a = c1*f2 + s1*g3;
+ fi[k2] = f0 - a;
+ fi[0 ] = f0 + a;
+ gi[k3] = g1 - b;
+ gi[k1] = g1 + b;
+ b = c1*g2 - s1*f3;
+ a = s1*g2 + c1*f3;
+ gi[k2] = g0 - a;
+ gi[0 ] = g0 + a;
+ fi[k3] = f1 - b;
+ fi[k1] = f1 + b;
+ gi += k4;
+ fi += k4;
+ } while (fi<fn);
+ }
+ TRIG_RESET(k,c1,s1);
+ } while (k4<n);
+}
+
+void mayer_fft(int n, REAL *real, REAL *imag)
+{+ REAL a,b,c,d;
+ REAL q,r,s,t;
+ int i,j,k;
+ for (i=1,j=n-1,k=n/2;i<k;i++,j--) {+ a = real[i]; b = real[j]; q=a+b; r=a-b;
+ c = imag[i]; d = imag[j]; s=c+d; t=c-d;
+ real[i] = (q+t)*.5; real[j] = (q-t)*.5;
+ imag[i] = (s-r)*.5; imag[j] = (s+r)*.5;
+ }
+ mayer_fht(real,n);
+ mayer_fht(imag,n);
+}
+
+void mayer_ifft(int n, REAL *real, REAL *imag)
+{+ REAL a,b,c,d;
+ REAL q,r,s,t;
+ int i,j,k;
+ mayer_fht(real,n);
+ mayer_fht(imag,n);
+ for (i=1,j=n-1,k=n/2;i<k;i++,j--) {+ a = real[i]; b = real[j]; q=a+b; r=a-b;
+ c = imag[i]; d = imag[j]; s=c+d; t=c-d;
+ imag[i] = (s+r)*0.5; imag[j] = (s-r)*0.5;
+ real[i] = (q-t)*0.5; real[j] = (q+t)*0.5;
+ }
+}
+
+void mayer_realfft(int n, REAL *real)
+{+ REAL a,b;
+ int i,j,k;
+ mayer_fht(real,n);
+ for (i=1,j=n-1,k=n/2;i<k;i++,j--) {+ a = real[i];
+ b = real[j];
+ real[j] = (a-b)*0.5;
+ real[i] = (a+b)*0.5;
+ }
+}
+
+void mayer_realifft(int n, REAL *real)
+{+ REAL a,b;
+ int i,j,k;
+ for (i=1,j=n-1,k=n/2;i<k;i++,j--) {+ a = real[i];
+ b = real[j];
+ real[j] = (a-b);
+ real[i] = (a+b);
+ }
+ mayer_fht(real,n);
+}
--- /dev/null
+++ b/leaf/Externals/d_fft_mayer.h
@@ -1,0 +1,31 @@
+/*
+ * d_fft_mayer.h
+ *
+ * Created: 5/4/2017 10:33:59 PM
+ * Author: Kenny
+ */
+
+
+#ifndef D_FFT_MAYER_H_
+#define D_FFT_MAYER_H_
+
+#ifdef __cplusplus
+extern "C" {+#endif
+
+typedef float t_sample; /* a float type at most the same size */
+
+#define REAL t_sample
+
+void mayer_fht(REAL *fz, int n);
+void mayer_fft(int n, REAL *real, REAL *imag);
+void mayer_ifft(int n, REAL *real, REAL *imag);
+void mayer_realfft(int n, REAL *real);
+void mayer_realifft(int n, REAL *real);
+
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif /* D_FFT_MAYER_H_ */
--- /dev/null
+++ b/leaf/Externals/trigtbl.h
@@ -1,0 +1,173 @@
+
+/*
+** Please only distribute this with it's associated FHT routine.
+** This algorithm is apparently patented(!) and the code copyrighted.
+** See the comment with the fht routine for more info.
+** -Thanks,
+** Ron Mayer
+*/
+
+#ifdef __cplusplus
+extern "C" {+#endif
+
+#ifdef REAL
+#else
+#define REAL double
+#endif
+
+#ifdef GOOD_TRIG
+#else
+#define FAST_TRIG
+#endif
+
+#if defined(GOOD_TRIG)
+#define FHT_SWAP(a,b,t) {(t)=(a);(a)=(b);(b)=(t);}+#define TRIG_VARS \
+ int t_lam=0;
+#define TRIG_INIT(k,c,s) \
+ { \+ int i; \
+ for (i=2 ; i<=k ; i++) \
+ {coswrk[i]=costab[i];sinwrk[i]=sintab[i];} \+ t_lam = 0; \
+ c = 1; \
+ s = 0; \
+ }
+#define TRIG_NEXT(k,c,s) \
+ { \+ int i,j; \
+ (t_lam)++; \
+ for (i=0 ; !((1<<i)&t_lam) ; i++); \
+ i = k-i; \
+ s = sinwrk[i]; \
+ c = coswrk[i]; \
+ if (i>1) \
+ { \+ for (j=k-i+2 ; (1<<j)&t_lam ; j++); \
+ j = k - j; \
+ sinwrk[i] = halsec[i] * (sinwrk[i-1] + sinwrk[j]); \
+ coswrk[i] = halsec[i] * (coswrk[i-1] + coswrk[j]); \
+ } \
+ }
+#define TRIG_RESET(k,c,s)
+#endif
+
+#if defined(FAST_TRIG)
+#define TRIG_VARS \
+ REAL t_c,t_s;
+#define TRIG_INIT(k,c,s) \
+ { \+ t_c = costab[k]; \
+ t_s = sintab[k]; \
+ c = 1; \
+ s = 0; \
+ }
+#define TRIG_NEXT(k,c,s) \
+ { \+ REAL t = c; \
+ c = t*t_c - s*t_s; \
+ s = t*t_s + s*t_c; \
+ }
+#define TRIG_RESET(k,c,s)
+#endif
+
+static REAL halsec[20]=
+ {+ 0,
+ 0,
+ .54119610014619698439972320536638942006107206337801,
+ .50979557910415916894193980398784391368261849190893,
+ .50241928618815570551167011928012092247859337193963,
+ .50060299823519630134550410676638239611758632599591,
+ .50015063602065098821477101271097658495974913010340,
+ .50003765191554772296778139077905492847503165398345,
+ .50000941253588775676512870469186533538523133757983,
+ .50000235310628608051401267171204408939326297376426,
+ .50000058827484117879868526730916804925780637276181,
+ .50000014706860214875463798283871198206179118093251,
+ .50000003676714377807315864400643020315103490883972,
+ .50000000919178552207366560348853455333939112569380,
+ .50000000229794635411562887767906868558991922348920,
+ .50000000057448658687873302235147272458812263401372
+ };
+static REAL costab[20]=
+ {+ .00000000000000000000000000000000000000000000000000,
+ .70710678118654752440084436210484903928483593768847,
+ .92387953251128675612818318939678828682241662586364,
+ .98078528040323044912618223613423903697393373089333,
+ .99518472667219688624483695310947992157547486872985,
+ .99879545620517239271477160475910069444320361470461,
+ .99969881869620422011576564966617219685006108125772,
+ .99992470183914454092164649119638322435060646880221,
+ .99998117528260114265699043772856771617391725094433,
+ .99999529380957617151158012570011989955298763362218,
+ .99999882345170190992902571017152601904826792288976,
+ .99999970586288221916022821773876567711626389934930,
+ .99999992646571785114473148070738785694820115568892,
+ .99999998161642929380834691540290971450507605124278,
+ .99999999540410731289097193313960614895889430318945,
+ .99999999885102682756267330779455410840053741619428
+ };
+static REAL sintab[20]=
+ {+ 1.0000000000000000000000000000000000000000000000000,
+ .70710678118654752440084436210484903928483593768846,
+ .38268343236508977172845998403039886676134456248561,
+ .19509032201612826784828486847702224092769161775195,
+ .09801714032956060199419556388864184586113667316749,
+ .04906767432741801425495497694268265831474536302574,
+ .02454122852291228803173452945928292506546611923944,
+ .01227153828571992607940826195100321214037231959176,
+ .00613588464915447535964023459037258091705788631738,
+ .00306795676296597627014536549091984251894461021344,
+ .00153398018628476561230369715026407907995486457522,
+ .00076699031874270452693856835794857664314091945205,
+ .00038349518757139558907246168118138126339502603495,
+ .00019174759731070330743990956198900093346887403385,
+ .00009587379909597734587051721097647635118706561284,
+ .00004793689960306688454900399049465887274686668768
+ };
+static REAL coswrk[20]=
+ {+ .00000000000000000000000000000000000000000000000000,
+ .70710678118654752440084436210484903928483593768847,
+ .92387953251128675612818318939678828682241662586364,
+ .98078528040323044912618223613423903697393373089333,
+ .99518472667219688624483695310947992157547486872985,
+ .99879545620517239271477160475910069444320361470461,
+ .99969881869620422011576564966617219685006108125772,
+ .99992470183914454092164649119638322435060646880221,
+ .99998117528260114265699043772856771617391725094433,
+ .99999529380957617151158012570011989955298763362218,
+ .99999882345170190992902571017152601904826792288976,
+ .99999970586288221916022821773876567711626389934930,
+ .99999992646571785114473148070738785694820115568892,
+ .99999998161642929380834691540290971450507605124278,
+ .99999999540410731289097193313960614895889430318945,
+ .99999999885102682756267330779455410840053741619428
+ };
+static REAL sinwrk[20]=
+ {+ 1.0000000000000000000000000000000000000000000000000,
+ .70710678118654752440084436210484903928483593768846,
+ .38268343236508977172845998403039886676134456248561,
+ .19509032201612826784828486847702224092769161775195,
+ .09801714032956060199419556388864184586113667316749,
+ .04906767432741801425495497694268265831474536302574,
+ .02454122852291228803173452945928292506546611923944,
+ .01227153828571992607940826195100321214037231959176,
+ .00613588464915447535964023459037258091705788631738,
+ .00306795676296597627014536549091984251894461021344,
+ .00153398018628476561230369715026407907995486457522,
+ .00076699031874270452693856835794857664314091945205,
+ .00038349518757139558907246168118138126339502603495,
+ .00019174759731070330743990956198900093346887403385,
+ .00009587379909597734587051721097647635118706561284,
+ .00004793689960306688454900399049465887274686668768
+ };
+
+#ifdef __cplusplus
+}
+#endif
--- /dev/null
+++ b/leaf/Inc/leaf-analysis.h
@@ -1,0 +1,296 @@
+/*==============================================================================
+
+ leaf-analysis.h
+ Created: 25 Oct 2019 10:30:52am
+ Author: Matthew Wang
+
+ ==============================================================================*/
+
+#ifndef LEAF_ANALYSIS_H_INCLUDED
+#define LEAF_ANALYSIS_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {+#endif
+
+ //==============================================================================
+
+#include "leaf-global.h"
+#include "leaf-mempool.h"
+#include "leaf-math.h"
+#include "leaf-filters.h"
+#include "leaf-envelopes.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ /* Envelope Follower */
+ typedef struct _tEnvelopeFollower
+ {+ float y;
+ float a_thresh;
+ float d_coeff;
+
+ } _tEnvelopeFollower;
+
+ typedef _tEnvelopeFollower* tEnvelopeFollower;
+
+ void tEnvelopeFollower_init (tEnvelopeFollower* const, float attackThreshold, float decayCoeff);
+ void tEnvelopeFollower_free (tEnvelopeFollower* const);
+ void tEnvelopeFollower_initToPool (tEnvelopeFollower* const, float attackThreshold, float decayCoeff, tMempool* const);
+ void tEnvelopeFollower_freeFromPool (tEnvelopeFollower* const, tMempool* const);
+
+ float tEnvelopeFollower_tick (tEnvelopeFollower* const, float x);
+ int tEnvelopeFollower_decayCoeff (tEnvelopeFollower* const, float decayCoeff);
+ int tEnvelopeFollower_attackThresh (tEnvelopeFollower* const, float attackThresh);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /* Zero Crossing Detector */
+ typedef struct _tZeroCrossing {+ int count;
+ int maxWindowSize;
+ int currentWindowSize;
+ float invCurrentWindowSize;
+ float* inBuffer;
+ uint16_t* countBuffer;
+ int prevPosition;
+ int position;
+ } _tZeroCrossing;
+
+ typedef _tZeroCrossing* tZeroCrossing;
+
+ void tZeroCrossing_init (tZeroCrossing* const, int maxWindowSize);
+ void tZeroCrossing_free (tZeroCrossing* const);
+ void tZeroCrossing_initToPool (tZeroCrossing* const, int maxWindowSize, tMempool* const);
+ void tZeroCrossing_freeFromPool (tZeroCrossing* const, tMempool* const);
+
+ float tZeroCrossing_tick (tZeroCrossing* const, float input);
+ void tZeroCrossing_setWindow (tZeroCrossing* const, float windowSize);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /* PowerEnvelopeFollower */
+ typedef struct _tPowerFollower {+ float factor, oneminusfactor;
+ float curr;
+
+ } _tPowerFollower;
+
+ typedef _tPowerFollower* tPowerFollower;
+
+ void tPowerFollower_init (tPowerFollower* const, float factor);
+ void tPowerFollower_free (tPowerFollower* const);
+ void tPowerFollower_initToPool (tPowerFollower* const, float factor, tMempool* const);
+ void tPowerFollower_freeFromPool (tPowerFollower* const, tMempool* const);
+
+ float tPowerFollower_tick (tPowerFollower* const, float input);
+ float tPowerFollower_sample (tPowerFollower* const);
+ int tPowerFollower_setFactor (tPowerFollower* const, float factor);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ // ENV~ from PD, modified for LEAF
+#define MAXOVERLAP 32
+#define INITVSTAKEN 64
+#define ENV_WINDOW_SIZE 1024
+#define ENV_HOP_SIZE 256
+
+ typedef struct _tEnvPD
+ {+ float buf[ENV_WINDOW_SIZE + INITVSTAKEN];
+ uint16_t x_phase; /* number of points since last output */
+ uint16_t x_period; /* requested period of output */
+ uint16_t x_realperiod; /* period rounded up to vecsize multiple */
+ uint16_t x_npoints; /* analysis window size in samples */
+ float x_result; /* result to output */
+ float x_sumbuf[MAXOVERLAP]; /* summing buffer */
+ float x_f;
+ uint16_t windowSize, hopSize, blockSize;
+ uint16_t x_allocforvs; /* extra buffer for DSP vector size */
+ } _tEnvPD;
+
+ typedef _tEnvPD* tEnvPD;
+
+ void tEnvPD_init (tEnvPD* const, int windowSize, int hopSize, int blockSize);
+ void tEnvPD_free (tEnvPD* const);
+ void tEnvPD_initToPool (tEnvPD* const, int windowSize, int hopSize, int blockSize, tMempool* const);
+ void tEnvPD_freeFromPool (tEnvPD* const, tMempool* const);
+
+ float tEnvPD_tick (tEnvPD* const);
+ void tEnvPD_processBlock (tEnvPD* const, float* in);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /* tAttackDetection */
+#define DEFBLOCKSIZE 1024
+#define DEFTHRESHOLD 6
+#define DEFATTACK 10
+#define DEFRELEASE 10
+
+ typedef struct _tAttackDetection
+ {+ float env;
+
+ //Attack & Release times in msec
+ int atk;
+ int rel;
+
+ //Attack & Release coefficients based on times
+ float atk_coeff;
+ float rel_coeff;
+
+ int blocksize;
+ int samplerate;
+
+ //RMS amplitude of previous block - used to decide if attack is present
+ float prevAmp;
+
+ float threshold;
+ } _tAttackDetection;
+
+ typedef _tAttackDetection* tAttackDetection;
+
+ void tAttackDetection_init (tAttackDetection* const, int blocksize, int atk, int rel);
+ void tAttackDetection_free (tAttackDetection* const);
+ void tAttackDetection_initToPool (tAttackDetection* const, int blocksize, int atk, int rel, tMempool* const);
+ void tAttackDetection_freeFromPool (tAttackDetection* const, tMempool* const);
+
+ // set expected input blocksize
+ void tAttackDetection_setBlocksize (tAttackDetection* const, int size);
+
+ // change atkDetector sample rate
+ void tAttackDetection_setSamplerate (tAttackDetection* const, int inRate);
+
+ // set attack time and coeff
+ void tAttackDetection_setAttack (tAttackDetection* const, int inAtk);
+
+ // set release time and coeff
+ void tAttackDetection_setRelease (tAttackDetection* const, int inRel);
+
+ // set level above which values are identified as attacks
+ void tAttackDetection_setThreshold (tAttackDetection* const, float thres);
+
+ // find largest transient in input block, return index of attack
+ int tAttackDetection_detect (tAttackDetection* const, float *in);
+
+ //==============================================================================
+
+ // tSNAC: period detector
+ // from Katja Vetters http://www.katjaas.nl/helmholtz/helmholtz.html
+#define SNAC_FRAME_SIZE 1024 // default analysis framesize // should be the same as (or smaller than?) PS_FRAME_SIZE
+#define DEFOVERLAP 1 // default overlap
+#define DEFBIAS 0.2f // default bias
+#define DEFMINRMS 0.003f // default minimum RMS
+#define SEEK 0.85f // seek-length as ratio of framesize
+
+ typedef struct _tSNAC
+ {+ float* inputbuf;
+ float* processbuf;
+ float* spectrumbuf;
+ float* biasbuf;
+ uint16_t timeindex;
+ uint16_t framesize;
+ uint16_t overlap;
+ uint16_t periodindex;
+
+ float periodlength;
+ float fidelity;
+ float biasfactor;
+ float minrms;
+
+ } _tSNAC;
+
+ typedef _tSNAC* tSNAC;
+
+ void tSNAC_init (tSNAC* const, int overlaparg);
+ void tSNAC_free (tSNAC* const);
+ void tSNAC_initToPool (tSNAC* const, int overlaparg, tMempool* const);
+ void tSNAC_freeFromPool (tSNAC* const, tMempool* const);
+
+ void tSNAC_ioSamples (tSNAC *s, float *in, float *out, int size);
+ void tSNAC_setOverlap (tSNAC *s, int lap);
+ void tSNAC_setBias (tSNAC *s, float bias);
+ void tSNAC_setMinRMS (tSNAC *s, float rms);
+
+ /*To get freq, perform SAMPLE_RATE/snac_getperiod() */
+ float tSNAC_getPeriod (tSNAC *s);
+ float tSNAC_getFidelity (tSNAC *s);
+
+#define DEFPITCHRATIO 2.0f
+#define DEFTIMECONSTANT 100.0f
+#define DEFHOPSIZE 64
+#define DEFWINDOWSIZE 64
+#define FBA 20
+#define HPFREQ 40.0f
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+ // Period detection
+ typedef struct _tPeriodDetection
+ {+ tEnvPD env;
+ tSNAC snac;
+ float* inBuffer;
+ float* outBuffer;
+ int frameSize;
+ int bufSize;
+ int framesPerBuffer;
+ int curBlock;
+ int lastBlock;
+ int i;
+ int indexstore;
+ int iLast;
+ int index;
+ float period;
+
+ uint16_t hopSize;
+ uint16_t windowSize;
+ uint8_t fba;
+
+ float timeConstant;
+ float radius;
+ float max;
+ float lastmax;
+ float deltamax;
+
+ float fidelityThreshold;
+
+ float history;
+ float alpha;
+ float tolerance;
+
+ } _tPeriodDetection;
+
+ typedef _tPeriodDetection* tPeriodDetection;
+
+ void tPeriodDetection_init (tPeriodDetection* const, float* in, float* out, int bufSize, int frameSize);
+ void tPeriodDetection_free (tPeriodDetection* const);
+ void tPeriodDetection_initToPool (tPeriodDetection* const, float* in, float* out, int bufSize, int frameSize, tMempool* const);
+ void tPeriodDetection_freeFromPool (tPeriodDetection* const, tMempool* const);
+
+ float tPeriodDetection_tick (tPeriodDetection* const, float sample);
+ float tPeriodDetection_getPeriod (tPeriodDetection* const);
+ void tPeriodDetection_setHopSize (tPeriodDetection* const, int hs);
+ void tPeriodDetection_setWindowSize (tPeriodDetection* const, int ws);
+ void tPeriodDetection_setFidelityThreshold(tPeriodDetection* const, float threshold);
+ void tPeriodDetection_setAlpha (tPeriodDetection* const, float alpha);
+ void tPeriodDetection_setTolerance (tPeriodDetection* const, float tolerance);
+
+ //==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_ANALYSIS_H_INCLUDED
+
+//==============================================================================
+
--- /dev/null
+++ b/leaf/Inc/leaf-delay.h
@@ -1,0 +1,229 @@
+/*==============================================================================
+
+ leaf-delay.h
+ Created: 20 Jan 2017 12:01:24pm
+ Author: Michael R Mulshine
+
+ ==============================================================================*/
+
+#ifndef LEAF_DELAY_H_INCLUDED
+#define LEAF_DELAY_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ /* Non-interpolating delay, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tDelay
+ {
+ float gain;
+ float* buff;
+
+ float lastOut, lastIn;
+
+ uint32_t inPoint, outPoint;
+
+ uint32_t delay, maxDelay;
+
+ } _tDelay;
+
+ typedef _tDelay* tDelay;
+
+ void tDelay_init (tDelay* const, uint32_t delay, uint32_t maxDelay);
+ void tDelay_free (tDelay* const);
+ void tDelay_initToPool (tDelay* const, uint32_t delay, uint32_t maxDelay, tMempool* const);
+ void tDelay_freeFromPool (tDelay* const, tMempool* const);
+
+ void tDelay_clear (tDelay* const);
+ int tDelay_setDelay (tDelay* const, uint32_t delay);
+ uint32_t tDelay_getDelay (tDelay* const);
+ void tDelay_tapIn (tDelay* const, float in, uint32_t tapDelay);
+ float tDelay_tapOut (tDelay* const, uint32_t tapDelay);
+ float tDelay_addTo (tDelay* const, float value, uint32_t tapDelay);
+ float tDelay_tick (tDelay* const, float sample);
+ float tDelay_getLastOut (tDelay* const);
+ float tDelay_getLastIn (tDelay* const);
+
+ //==============================================================================
+
+ /* Linearly-interpolating delay, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tLinearDelay
+ {
+ float gain;
+ float* buff;
+
+ float lastOut, lastIn;
+
+ uint32_t inPoint, outPoint;
+
+ uint32_t maxDelay;
+
+ float delay;
+
+ float alpha, omAlpha;
+
+ } _tLinearDelay;
+
+ typedef _tLinearDelay* tLinearDelay;
+
+ void tLinearDelay_init (tLinearDelay* const, float delay, uint32_t maxDelay);
+ void tLinearDelay_free (tLinearDelay* const);
+ void tLinearDelay_initToPool (tLinearDelay* const, float delay, uint32_t maxDelay, tMempool* const);
+ void tLinearDelay_freeFromPool(tLinearDelay* const, tMempool* const);
+ void tLinearDelay_clear (tLinearDelay* const dl);
+ int tLinearDelay_setDelay (tLinearDelay* const, float delay);
+ float tLinearDelay_getDelay (tLinearDelay* const);
+ void tLinearDelay_tapIn (tLinearDelay* const, float in, uint32_t tapDelay);
+ float tLinearDelay_tapOut (tLinearDelay* const, uint32_t tapDelay);
+ float tLinearDelay_addTo (tLinearDelay* const, float value, uint32_t tapDelay);
+ float tLinearDelay_tick (tLinearDelay* const, float sample);
+ void tLinearDelay_tickIn (tLinearDelay* const, float input);
+ float tLinearDelay_tickOut (tLinearDelay* const);
+ float tLinearDelay_getLastOut (tLinearDelay* const);
+ float tLinearDelay_getLastIn (tLinearDelay* const);
+
+
+
+ //==============================================================================
+
+ /* Hermite-interpolating delay, created by adapting STK linear delay with Hermite interpolation */
+ typedef struct _tHermiteDelay
+ {
+ float gain;
+ float* buff;
+
+ float lastOut, lastIn;
+
+ uint32_t inPoint, outPoint;
+
+ uint32_t maxDelay;
+
+ float delay;
+
+ float alpha, omAlpha;
+
+ } _tHermiteDelay;
+
+ typedef _tHermiteDelay* tHermiteDelay;
+
+ void tHermiteDelay_init (tHermiteDelay* const dl, float delay, uint32_t maxDelay);
+ void tHermiteDelay_free (tHermiteDelay* const dl);
+ void tHermiteDelay_initToPool (tHermiteDelay* const dl, float delay, uint32_t maxDelay, tMempool* const mp);
+ void tHermiteDelay_freeFromPool (tHermiteDelay* const dl, tMempool* const mp);
+ void tHermiteDelay_clear (tHermiteDelay* const dl);
+ float tHermiteDelay_tick (tHermiteDelay* const dl, float input);
+ void tHermiteDelay_tickIn (tHermiteDelay* const dl, float input);
+ float tHermiteDelay_tickOut (tHermiteDelay* const dl);
+ int tHermiteDelay_setDelay (tHermiteDelay* const dl, float delay);
+ float tHermiteDelay_tapOut (tHermiteDelay* const dl, uint32_t tapDelay);
+ void tHermiteDelay_tapIn (tHermiteDelay* const dl, float value, uint32_t tapDelay);
+ float tHermiteDelay_addTo (tHermiteDelay* const dl, float value, uint32_t tapDelay);
+ float tHermiteDelay_getDelay (tHermiteDelay* const dl);
+ float tHermiteDelay_getLastOut (tHermiteDelay* const dl);
+ float tHermiteDelay_getLastIn (tHermiteDelay* const dl);
+ void tHermiteDelay_setGain (tHermiteDelay* const dl, float gain);
+ float tHermiteDelay_getGain (tHermiteDelay* const dl);
+
+
+ //==============================================================================
+
+ /* Allpass-interpolating delay, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tAllpassDelay
+ {
+ float gain;
+ float* buff;
+
+ float lastOut, lastIn;
+
+ uint32_t inPoint, outPoint;
+
+ uint32_t maxDelay;
+
+ float delay;
+
+ float alpha, omAlpha, coeff;
+
+ float apInput;
+
+ } _tAllpassDelay;
+
+ typedef _tAllpassDelay* tAllpassDelay;
+
+ void tAllpassDelay_init (tAllpassDelay* const, float delay, uint32_t maxDelay);
+ void tAllpassDelay_free (tAllpassDelay* const);
+ void tAllpassDelay_initToPool (tAllpassDelay* const, float delay, uint32_t maxDelay, tMempool* const);
+ void tAllpassDelay_freeFromPool(tAllpassDelay* const, tMempool* const);
+
+ void tAllpassDelay_clear (tAllpassDelay* const);
+ int tAllpassDelay_setDelay (tAllpassDelay* const, float delay);
+ float tAllpassDelay_getDelay (tAllpassDelay* const);
+ void tAllpassDelay_tapIn (tAllpassDelay* const, float in, uint32_t tapDelay);
+ float tAllpassDelay_tapOut (tAllpassDelay* const, uint32_t tapDelay);
+ float tAllpassDelay_addTo (tAllpassDelay* const, float value, uint32_t tapDelay);
+ float tAllpassDelay_tick (tAllpassDelay* const, float sample);
+ float tAllpassDelay_getLastOut (tAllpassDelay* const);
+ float tAllpassDelay_getLastIn (tAllpassDelay* const);
+
+ //==============================================================================
+
+ /* Linear interpolating delay with fixed read and write pointers, variable rate. */
+ typedef struct _tTapeDelay
+ {
+ float gain;
+ float* buff;
+
+ float lastOut, lastIn;
+
+ uint32_t inPoint;
+
+ uint32_t maxDelay;
+
+ float delay, inc, idx;
+
+ float apInput;
+
+ } _tTapeDelay;
+
+ typedef _tTapeDelay* tTapeDelay;
+
+ void tTapeDelay_init (tTapeDelay* const, float delay, uint32_t maxDelay);
+ void tTapeDelay_free (tTapeDelay* const);
+ void tTapeDelay_initToPool (tTapeDelay* const, float delay, uint32_t maxDelay, tMempool* const);
+ void tTapeDelay_freeFromPool(tTapeDelay* const, tMempool* const);
+
+ void tTapeDelay_clear (tTapeDelay* const);
+ void tTapeDelay_setDelay (tTapeDelay* const, float delay);
+ float tTapeDelay_getDelay (tTapeDelay* const);
+ void tTapeDelay_tapIn (tTapeDelay* const, float in, uint32_t tapDelay);
+ float tTapeDelay_tapOut (tTapeDelay* const d, float tapDelay);
+ float tTapeDelay_addTo (tTapeDelay* const, float value, uint32_t tapDelay);
+ float tTapeDelay_tick (tTapeDelay* const, float sample);
+ void tTapeDelay_incrementInPoint(tTapeDelay* const dl);
+ float tTapeDelay_getLastOut (tTapeDelay* const);
+ float tTapeDelay_getLastIn (tTapeDelay* const);
+
+ //==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_DELAY_H_INCLUDED
+
+//==============================================================================
+
--- /dev/null
+++ b/leaf/Inc/leaf-distortion.h
@@ -1,0 +1,164 @@
+/*==============================================================================
+
+ leaf-distortion.h
+ Created: 25 Oct 2019 10:23:28am
+ Author: Matthew Wang
+
+ ==============================================================================*/
+
+#ifndef LEAF_DISTORTION_H_INCLUDED
+#define LEAF_DISTORTION_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-global.h"
+#include "leaf-mempool.h"
+#include "leaf-math.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ typedef struct _tSampleReducer
+ {
+ float invRatio;
+ float hold;
+ uint32_t count;
+ } _tSampleReducer;
+
+ typedef _tSampleReducer* tSampleReducer;
+
+ void tSampleReducer_init (tSampleReducer* const);
+ void tSampleReducer_free (tSampleReducer* const);
+ void tSampleReducer_initToPool (tSampleReducer* const, tMempool* const);
+ void tSampleReducer_freeFromPool (tSampleReducer* const, tMempool* const);
+
+ float tSampleReducer_tick (tSampleReducer* const, float input);
+
+ // sampling ratio
+ void tSampleReducer_setRatio (tSampleReducer* const, float ratio);
+
+ //==============================================================================
+
+ typedef struct _tOversampler
+ {
+ int ratio;
+ float* pCoeffs;
+ float* upState;
+ float* downState;
+ int numTaps;
+ int phaseLength;
+ } _tOversampler;
+
+ typedef _tOversampler* tOversampler;
+
+ void tOversampler_init (tOversampler* const, int order, oBool extraQuality);
+ void tOversampler_free (tOversampler* const);
+ void tOversampler_initToPool (tOversampler* const, int order, oBool extraQuality, tMempool* const);
+ void tOversampler_freeFromPool (tOversampler* const, tMempool* const);
+
+ void tOversampler_upsample (tOversampler* const, float input, float* output);
+ float tOversampler_downsample (tOversampler* const os, float* input);
+ float tOversampler_tick (tOversampler* const, float input, float (*effectTick)(float));
+ int tOversampler_getLatency (tOversampler* const os);
+
+ //==============================================================================
+
+ /* tLockhartWavefolder */
+
+ typedef struct _tLockhartWavefolder
+ {
+ double Ln1;
+ double Fn1;
+ double xn1;
+
+ double RL;
+ double R;
+ double VT;
+ double Is;
+
+ double a;
+ double b;
+ double d;
+
+ // Antialiasing error threshold
+ double AAthresh;
+ double half_a;
+ double longthing;
+
+ double LambertThresh, w, expw, p, r, s, myerr;
+ double l;
+ double u, Ln, Fn;
+ double tempsDenom;
+ double tempErrDenom;
+ double tempOutDenom;
+
+ } _tLockhartWavefolder;
+
+ typedef _tLockhartWavefolder* tLockhartWavefolder;
+
+ void tLockhartWavefolder_init (tLockhartWavefolder* const);
+ void tLockhartWavefolder_free (tLockhartWavefolder* const);
+ void tLockhartWavefolder_initToPool (tLockhartWavefolder* const, tMempool* const);
+ void tLockhartWavefolder_freeFromPool (tLockhartWavefolder* const, tMempool* const);
+
+ float tLockhartWavefolder_tick (tLockhartWavefolder* const, float samp);
+
+ //==============================================================================
+
+ typedef struct _tCrusher
+ {
+ float srr;
+ float mult, div;
+ float rnd;
+
+ uint32_t op; //which bitwise operation (0-7)
+
+ float gain;
+ tSampleReducer sReducer;
+
+ } _tCrusher;
+
+ typedef _tCrusher* tCrusher;
+
+ void tCrusher_init (tCrusher* const);
+ void tCrusher_free (tCrusher* const);
+ void tCrusher_initToPool (tCrusher* const, tMempool* const);
+ void tCrusher_freeFromPool (tCrusher* const, tMempool* const);
+
+ float tCrusher_tick (tCrusher* const, float input);
+
+ // 0.0 - 1.0
+ void tCrusher_setOperation (tCrusher* const, float op);
+
+ // 0.0 - 1.0
+ void tCrusher_setQuality (tCrusher* const, float val);
+
+ // what division to round to
+ void tCrusher_setRound (tCrusher* const, float rnd);
+
+ // sampling ratio
+ void tCrusher_setSamplingRatio (tCrusher* const, float ratio);
+
+ //==============================================================================
+
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_DISTORTION_H_INCLUDED
+
+//==============================================================================
+
+
--- /dev/null
+++ b/leaf/Inc/leaf-dynamics.h
@@ -1,0 +1,122 @@
+/*==============================================================================
+
+ leaf-dynamics.h
+ Created: 30 Nov 2018 11:57:05am
+ Author: airship
+
+ ==============================================================================*/
+
+#ifndef LEAF_DYNAMICS_H_INCLUDED
+#define LEAF_DYNAMICS_H_INCLUDED
+
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-global.h"
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+#include "leaf-analysis.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /* Compressor */
+ typedef struct _tCompressor
+ {
+ float tauAttack, tauRelease;
+ float T, R, W, M; // Threshold, compression Ratio, decibel Width of knee transition, decibel Make-up gain
+
+ float x_G[2], y_G[2], x_T[2], y_T[2];
+
+ oBool isActive;
+
+ } _tCompressor;
+
+ typedef _tCompressor* tCompressor;
+
+ void tCompressor_init (tCompressor* const);
+ void tCompressor_free (tCompressor* const);
+ void tCompressor_initToPool (tCompressor* const, tMempool* const);
+ void tCompressor_freeFromPool(tCompressor* const, tMempool* const);
+
+ float tCompressor_tick (tCompressor* const, float input);
+
+ ///
+ /* Feedback leveller */
+ // An auto VCA that you put into a feedback circuit to make it stay at the same level.
+ // It can enforce level bidirectionally (amplifying and attenuating as needed) or
+ // just attenutating. The former option allows for infinite sustain strings, for example, while
+ // The latter option allows for decaying strings, which can never exceed
+ // a specific level.
+
+ typedef struct _tFeedbackLeveler {
+ float targetLevel; // target power level
+ float strength; // how strongly level difference affects the VCA
+ int mode; // 0 for upwards limiting only, 1 for biderctional limiting
+ float curr;
+ tPowerFollower pwrFlw; // internal power follower needed for level tracking
+
+ } _tFeedbackLeveler;
+
+ typedef _tFeedbackLeveler* tFeedbackLeveler;
+
+ void tFeedbackLeveler_init (tFeedbackLeveler* const, float targetLevel, float factor, float strength, int mode);
+ void tFeedbackLeveler_free (tFeedbackLeveler* const);
+ void tFeedbackLeveler_initToPool (tFeedbackLeveler* const, float targetLevel, float factor, float strength, int mode, tMempool* const);
+ void tFeedbackLeveler_freeFromPool (tFeedbackLeveler* const, tMempool* const);
+
+ float tFeedbackLeveler_tick (tFeedbackLeveler* const, float input);
+ float tFeedbackLeveler_sample (tFeedbackLeveler* const);
+ void tFeedbackLeveler_setTargetLevel (tFeedbackLeveler* const, float TargetLevel);
+ void tFeedbackLeveler_setFactor (tFeedbackLeveler* const, float factor);
+ void tFeedbackLeveler_setMode (tFeedbackLeveler* const, int mode); // 0 for upwards limiting only, 1 for biderctional limiting
+ void tFeedbackLeveler_setStrength (tFeedbackLeveler* const, float strength);
+
+
+ //==============================================================================
+
+
+ //Threshold with hysteresis (like Max/MSP thresh~ object)
+
+ typedef struct _tThreshold {
+ float highThresh, lowThresh;
+ int currentValue;
+
+ } _tThreshold;
+
+ typedef _tThreshold* tThreshold;
+
+ void tThreshold_init (tThreshold* const, float low, float high);
+ void tThreshold_free (tThreshold* const);
+ void tThreshold_initToPool (tThreshold* const, float low, float high, tMempool* const);
+ void tThreshold_freeFromPool(tThreshold* const, tMempool* const);
+
+ int tThreshold_tick (tThreshold* const, float input);
+ void tThreshold_setLow (tThreshold* const, float low);
+ void tThreshold_setHigh (tThreshold* const, float high);
+
+
+
+ //////======================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_DYNAMICS_H_INCLUDED
+
+//==============================================================================
+
--- /dev/null
+++ b/leaf/Inc/leaf-effects.h
@@ -1,0 +1,360 @@
+/*==============================================================================
+
+ leaf-effects.h
+ Created: 20 Jan 2017 12:01:54pm
+ Author: Michael R Mulshine
+
+ ==============================================================================*/
+
+#ifndef LEAF_EFFECTS_H_INCLUDED
+#define LEAF_EFFECTS_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+#include "leaf-global.h"
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+#include "leaf-dynamics.h"
+#include "leaf-analysis.h"
+#include "leaf-envelopes.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ /* tTalkbox */
+#define NUM_TALKBOX_PARAM 4
+
+ typedef struct _tTalkbox
+ {
+ float param[NUM_TALKBOX_PARAM];
+
+ int bufsize;
+ float* car0;
+ float* car1;
+ float* window;
+ float* buf0;
+ float* buf1;
+
+ float warpFactor;
+ int32_t warpOn;
+
+ float emphasis;
+ int32_t K, N, O, pos;
+ float wet, dry, FX;
+ float d0, d1, d2, d3, d4;
+ float u0, u1, u2, u3, u4;
+
+
+ } _tTalkbox;
+
+ typedef _tTalkbox* tTalkbox;
+
+ void tTalkbox_init (tTalkbox* const, int bufsize);
+ void tTalkbox_free (tTalkbox* const);
+ void tTalkbox_initToPool (tTalkbox* const, int bufsize, tMempool* const);
+ void tTalkbox_freeFromPool (tTalkbox* const, tMempool* const);
+
+ float tTalkbox_tick (tTalkbox* const, float synth, float voice);
+ void tTalkbox_update (tTalkbox* const);
+ void tTalkbox_suspend (tTalkbox* const);
+ void tTalkbox_lpcDurbin (float *r, int p, float *k, float *g);
+ void tTalkbox_lpc (float *buf, float *car, int32_t n, int32_t o, float warp, int warpOn);
+ void tTalkbox_setQuality (tTalkbox* const, float quality);
+ void tTalkbox_setWarpFactor (tTalkbox* const voc, float warp);
+ void tTalkbox_setWarpOn (tTalkbox* const voc, float warpOn);
+ void tTalkbox_warpedAutocorrelate (float * x, unsigned int L, float * R, unsigned int P, float lambda);
+ //==============================================================================
+
+ /* tVocoder */
+#define NUM_VOCODER_PARAM 8
+#define NBANDS 16
+
+ typedef struct _tVocoder
+ {
+ float param[NUM_VOCODER_PARAM];
+
+ float gain; //output level
+ float thru, high; //hf thru
+ float kout; //downsampled output
+ int32_t kval; //downsample counter
+ int32_t nbnd; //number of bands
+
+ //filter coeffs and buffers - seems it's faster to leave this global than make local copy
+ float f[NBANDS][13]; //[0-8][0 1 2 | 0 1 2 3 | 0 1 2 3 | val rate]
+
+ } _tVocoder;
+
+ typedef _tVocoder* tVocoder;
+
+ void tVocoder_init (tVocoder* const);
+ void tVocoder_free (tVocoder* const);
+ void tVocoder_initToPool (tVocoder* const, tMempool* const);
+ void tVocoder_freeFromPool (tVocoder* const, tMempool* const);
+
+ float tVocoder_tick (tVocoder* const, float synth, float voice);
+ void tVocoder_update (tVocoder* const);
+ void tVocoder_suspend (tVocoder* const);
+
+ //==============================================================================
+
+ // tRosenbergGlottalPulse
+
+ typedef struct _tRosenbergGlottalPulse
+ {
+
+ float phase;
+ float openLength;
+ float pulseLength;
+ float freq;
+ float inc;
+
+
+ } _tRosenbergGlottalPulse;
+
+ typedef _tRosenbergGlottalPulse* tRosenbergGlottalPulse;
+
+ void tRosenbergGlottalPulse_init (tRosenbergGlottalPulse* const);
+ void tRosenbergGlottalPulse_free (tRosenbergGlottalPulse* const);
+ void tRosenbergGlottalPulse_initToPool (tRosenbergGlottalPulse* const, tMempool* const);
+ void tRosenbergGlottalPulse_freeFromPool (tRosenbergGlottalPulse* const, tMempool* const);
+
+ float tRosenbergGlottalPulse_tick (tRosenbergGlottalPulse* const);
+
+ void tRosenbergGlottalPulse_setFreq (tRosenbergGlottalPulse* const, float freq);
+
+ void tRosenbergGlottalPulse_setOpenLength (tRosenbergGlottalPulse* const, float openLength);
+
+ void tRosenbergGlottalPulse_setPulseLength (tRosenbergGlottalPulse* const, float pulseLength);
+
+ //==============================================================================
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /* tSOLAD : pitch shifting algorithm that underlies tRetune etc */
+ // from Katja Vetters http://www.katjaas.nl/pitchshiftlowlatency/pitchshiftlowlatency.html
+#define LOOPSIZE (2048*2) // (4096*2) // loop size must be power of two
+#define LOOPMASK (LOOPSIZE - 1)
+#define PITCHFACTORDEFAULT 1.0f
+#define INITPERIOD 64.0f
+#define MAXPERIOD (float)((LOOPSIZE - w->blocksize) * 0.8f)
+#define MINPERIOD 8.0f
+
+ typedef struct _tSOLAD
+ {
+ uint16_t timeindex; // current reference time, write index
+ uint16_t blocksize; // signal input / output block size
+ float pitchfactor; // pitch factor between 0.25 and 4
+ float readlag; // read pointer's lag behind write pointer
+ float period; // period length in input signal
+ float jump; // read pointer jump length and direction
+ float xfadelength; // crossfade length expressed at input sample rate
+ float xfadevalue; // crossfade phase and value
+
+ float* delaybuf;
+
+ } _tSOLAD;
+
+ typedef _tSOLAD* tSOLAD;
+
+ void tSOLAD_init (tSOLAD* const);
+ void tSOLAD_free (tSOLAD* const);
+ void tSOLAD_initToPool (tSOLAD* const, tMempool* const);
+ void tSOLAD_freeFromPool (tSOLAD* const, tMempool* const);
+
+ // send one block of input samples, receive one block of output samples
+ void tSOLAD_ioSamples (tSOLAD *w, float* in, float* out, int blocksize);
+ // set periodicity analysis data
+ void tSOLAD_setPeriod (tSOLAD *w, float period);
+ // set pitch factor between 0.25 and 4
+ void tSOLAD_setPitchFactor (tSOLAD *w, float pitchfactor);
+ // force readpointer lag
+ void tSOLAD_setReadLag (tSOLAD *w, float readlag);
+ // reset state variables
+ void tSOLAD_resetState (tSOLAD *w);
+
+ // Pitch shift
+ typedef struct _tPitchShift
+ {
+ tSOLAD sola;
+ tHighpass hp;
+ tPeriodDetection* p;
+
+ float* outBuffer;
+ int frameSize;
+ int bufSize;
+
+ int framesPerBuffer;
+ int curBlock;
+ int lastBlock;
+ int index;
+
+ float pitchFactor;
+ float timeConstant;
+ float radius;
+ } _tPitchShift;
+
+ typedef _tPitchShift* tPitchShift;
+
+ void tPitchShift_init (tPitchShift* const, tPeriodDetection* const, float* out, int bufSize);
+ void tPitchShift_free (tPitchShift* const);
+ void tPitchShift_initToPool (tPitchShift* const, tPeriodDetection* const, float* out, int bufSize, tMempool* const);
+ void tPitchShift_freeFromPool (tPitchShift* const, tMempool* const);
+
+ float tPitchShift_shift (tPitchShift* const);
+ float tPitchShift_shiftToFunc (tPitchShift* const, float (*fun)(float));
+ float tPitchShift_shiftToFreq (tPitchShift* const, float freq);
+ void tPitchShift_setPitchFactor (tPitchShift* const, float pf);
+
+ // Retune
+ typedef struct _tRetune
+ {
+ tPeriodDetection pd;
+ tPitchShift* ps;
+
+ float* inBuffer;
+ float** outBuffers;
+ float* tickOutput;
+ int frameSize;
+ int bufSize;
+
+ uint16_t hopSize;
+ uint16_t windowSize;
+ uint8_t fba;
+
+ float* pitchFactor;
+ float timeConstant;
+ float radius;
+
+ float inputPeriod;
+
+ int numVoices;
+ } _tRetune;
+
+ typedef _tRetune* tRetune;
+
+ void tRetune_init (tRetune* const, int numVoices, int bufSize, int frameSize);
+ void tRetune_free (tRetune* const);
+ void tRetune_initToPool (tRetune* const, int numVoices, int bufSize, int frameSize, tMempool* const);
+ void tRetune_freeFromPool (tRetune* const, tMempool* const);
+
+ float* tRetune_tick (tRetune* const, float sample);
+ void tRetune_setNumVoices (tRetune* const, int numVoices);
+ void tRetune_setPitchFactors (tRetune* const, float pf);
+ void tRetune_setPitchFactor (tRetune* const, float pf, int voice);
+ void tRetune_setTimeConstant (tRetune* const, float tc);
+ void tRetune_setHopSize (tRetune* const, int hs);
+ void tRetune_setWindowSize (tRetune* const, int ws);
+ void tRetune_setFidelityThreshold(tRetune* const, float threshold);
+ float tRetune_getInputPeriod (tRetune* const);
+ float tRetune_getInputFreq (tRetune* const);
+
+ // Autotune
+ typedef struct _tAutotune
+ {
+ tPeriodDetection pd;
+ tPitchShift* ps;
+
+ float* inBuffer;
+ float** outBuffers;
+ float* tickOutput;
+ int frameSize;
+ int bufSize;
+
+ uint16_t hopSize;
+ uint16_t windowSize;
+ uint8_t fba;
+
+ float* freq;
+ float timeConstant;
+ float radius;
+
+ float inputPeriod;
+
+ int numVoices;
+ } _tAutotune;
+
+ typedef _tAutotune* tAutotune;
+
+ void tAutotune_init (tAutotune* const, int numVoices, int bufSize, int frameSize);
+ void tAutotune_free (tAutotune* const);
+ void tAutotune_initToPool (tAutotune* const, int numVoices, int bufSize, int frameSize, tMempool* const);
+ void tAutotune_freeFromPool (tAutotune* const, tMempool* const);
+
+ float* tAutotune_tick (tAutotune* const, float sample);
+ void tAutotune_setNumVoices (tAutotune* const, int numVoices);
+ void tAutotune_setFreqs (tAutotune* const, float f);
+ void tAutotune_setFreq (tAutotune* const, float f, int voice);
+ void tAutotune_setTimeConstant (tAutotune* const, float tc);
+ void tAutotune_setHopSize (tAutotune* const, int hs);
+ void tAutotune_setWindowSize (tAutotune* const, int ws);
+ void tAutotune_setFidelityThreshold (tAutotune* const, float threshold);
+ void tAutotune_setAlpha (tAutotune* const, float alpha);
+ void tAutotune_setTolerance (tAutotune* const, float tolerance);
+ float tAutotune_getInputPeriod (tAutotune* const);
+ float tAutotune_getInputFreq (tAutotune* const);
+
+ //==============================================================================
+
+
+ typedef struct _tFormantShifter
+ {
+ int ford;
+ float falph;
+ float flamb;
+ float* fk;
+ float* fb;
+ float* fc;
+ float* frb;
+ float* frc;
+ float* fsig;
+ float* fsmooth;
+ float fhp;
+ float flp;
+ float flpa;
+ float* fbuff;
+ float* ftvec;
+ float fmute;
+ float fmutealph;
+ unsigned int cbi;
+ float shiftFactor;
+ float intensity, invIntensity;
+ tHighpass hp;
+ tHighpass hp2;
+ tFeedbackLeveler fbl1;
+ tFeedbackLeveler fbl2;
+
+ } _tFormantShifter;
+
+ typedef _tFormantShifter* tFormantShifter;
+
+ void tFormantShifter_init (tFormantShifter* const, int order);
+ void tFormantShifter_free (tFormantShifter* const);
+ void tFormantShifter_initToPool (tFormantShifter* const, int order, tMempool* const);
+ void tFormantShifter_freeFromPool (tFormantShifter* const, tMempool* const);
+
+ float tFormantShifter_tick (tFormantShifter* const, float input);
+ float tFormantShifter_remove (tFormantShifter* const, float input);
+ float tFormantShifter_add (tFormantShifter* const, float input);
+ void tFormantShifter_ioSamples (tFormantShifter* const, float* in, float* out, int size, float fwarp);
+ void tFormantShifter_setShiftFactor (tFormantShifter* const, float shiftFactor);
+ void tFormantShifter_setIntensity (tFormantShifter* const, float intensity);
+
+ //==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_EFFECTS_H_INCLUDED
+
+//==============================================================================
--- /dev/null
+++ b/leaf/Inc/leaf-electrical.h
@@ -1,0 +1,103 @@
+/*
+ * leaf-electrical.h
+ *
+ * Created on: Sep 25, 2019
+ * Author: jeffsnyder
+ */
+
+#ifndef LEAF_INC_LEAF_ELECTRICAL_H_
+#define LEAF_INC_LEAF_ELECTRICAL_H_
+
+#ifdef __cplusplus
+extern "C" {+#endif
+
+ //==============================================================================
+
+#include "leaf-global.h"
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ typedef enum WDFComponentType
+ {+ SeriesAdaptor = 0,
+ ParallelAdaptor,
+ Resistor,
+ Capacitor,
+ Inductor,
+ Inverter,
+ ResistiveSource,
+ IdealSource,
+ Diode,
+ DiodePair,
+ RootNil,
+ WDFComponentNil
+ } WDFComponentType;
+
+ typedef struct _tWDF _tWDF; // needed to allow tWDF pointers in struct
+ typedef _tWDF* tWDF;
+ struct _tWDF
+ {+ WDFComponentType type;
+ float port_resistance_up;
+ float port_resistance_left;
+ float port_resistance_right;
+ float port_conductance_up;
+ float port_conductance_left;
+ float port_conductance_right;
+ float incident_wave_up;
+ float incident_wave_left;
+ float incident_wave_right;
+ float reflected_wave_up;
+ float reflected_wave_left;
+ float reflected_wave_right;
+ float gamma_zero;
+ float sample_rate;
+ float value;
+ tWDF* child_left;
+ tWDF* child_right;
+ float (*get_port_resistance)(tWDF* const);
+ float (*get_reflected_wave_up)(tWDF* const, float);
+ float (*get_reflected_wave_down)(tWDF* const, float, float);
+ void (*set_incident_wave)(tWDF* const, float, float);
+ };
+
+ //WDF Linear Components
+ void tWDF_init (tWDF* const, WDFComponentType type, float value, tWDF* const rL, tWDF* const rR);
+ void tWDF_free (tWDF* const);
+ void tWDF_initToPool (tWDF* const, WDFComponentType type, float value, tWDF* const rL, tWDF* const rR, tMempool* const);
+ void tWDF_freeFromPool (tWDF* const, tMempool* const);
+
+ float tWDF_tick (tWDF* const, float sample, tWDF* const outputPoint, uint8_t paramsChanged);
+
+ void tWDF_setValue (tWDF* const, float value);
+ void tWDF_setSampleRate (tWDF* const, float sample_rate);
+ uint8_t tWDF_isLeaf (tWDF* const);
+
+ float tWDF_getPortResistance (tWDF* const);
+ float tWDF_getReflectedWaveUp (tWDF* const, float input); //for tree, only uses input for resistive source
+ float tWDF_getReflectedWaveDown (tWDF* const, float input, float incident_wave); //for roots
+ void tWDF_setIncidentWave (tWDF* const, float incident_wave, float input);
+
+ float tWDF_getVoltage (tWDF* const);
+ float tWDF_getCurrent (tWDF* const);
+
+
+ //==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif /* LEAF_INC_LEAF_ELECTRICAL_H_ */
+
--- /dev/null
+++ b/leaf/Inc/leaf-envelopes.h
@@ -1,0 +1,366 @@
+/*
+ ==============================================================================
+
+ leaf-envelopes.h
+ Created: 20 Jan 2017 12:02:17pm
+ Author: Michael R Mulshine
+
+ ==============================================================================
+ */
+
+#ifndef LEAF_ENVELOPES_H_INCLUDED
+#define LEAF_ENVELOPES_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+#include "leaf-filters.h"
+#include "leaf-delay.h"
+#include "leaf-analysis.h"
+#include "leaf-envelopes.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /* Attack-Decay envelope */
+ typedef struct _tEnvelope {
+
+ const float *exp_buff;
+ const float *inc_buff;
+ uint32_t buff_size;
+
+ float next;
+
+ float attackInc, decayInc, rampInc;
+
+ int inAttack, inDecay, inRamp;
+
+ int loop;
+
+ float gain, rampPeak;
+
+ float attackPhase, decayPhase, rampPhase;
+
+ } _tEnvelope;
+
+ typedef _tEnvelope* tEnvelope;
+
+ void tEnvelope_init (tEnvelope* const, float attack, float decay, int loop);
+ void tEnvelope_free (tEnvelope* const);
+ void tEnvelope_initToPool (tEnvelope* const, float attack, float decay, int loop, tMempool* const);
+ void tEnvelope_freeFromPool (tEnvelope* const, tMempool* const);
+
+ float tEnvelope_tick (tEnvelope* const);
+ void tEnvelope_setAttack (tEnvelope* const, float attack);
+ void tEnvelope_setDecay (tEnvelope* const, float decay);
+ void tEnvelope_loop (tEnvelope* const, int loop);
+ void tEnvelope_on (tEnvelope* const, float velocity);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+
+
+ /* Exponential Smoother */
+ typedef struct _tExpSmooth {
+ float factor, oneminusfactor;
+ float curr,dest;
+
+ } _tExpSmooth;
+
+ typedef _tExpSmooth* tExpSmooth;
+
+ void tExpSmooth_init (tExpSmooth* const, float val, float factor);
+ void tExpSmooth_free (tExpSmooth* const);
+ void tExpSmooth_initToPool (tExpSmooth* const, float val, float factor, tMempool* const);
+ void tExpSmooth_freeFromPool (tExpSmooth* const, tMempool* const);
+
+ float tExpSmooth_tick (tExpSmooth* const);
+ float tExpSmooth_sample (tExpSmooth* const);
+ void tExpSmooth_setFactor (tExpSmooth* const, float factor);
+ void tExpSmooth_setDest (tExpSmooth* const, float dest);
+ void tExpSmooth_setVal (tExpSmooth* const, float val);
+ void tExpSmooth_setValAndDest(tExpSmooth* const expsmooth, float val);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+
+ /* ADSR */
+ typedef struct _tADSR
+ {
+ const float *exp_buff;
+ const float *inc_buff;
+ uint32_t buff_size;
+
+ float next;
+
+ float attackInc, decayInc, releaseInc, rampInc;
+
+ oBool inAttack, inDecay, inSustain, inRelease, inRamp;
+
+ float sustain, gain, rampPeak, releasePeak;
+
+ float attackPhase, decayPhase, releasePhase, rampPhase;
+
+ float leakFactor;
+
+
+ } _tADSR;
+
+ typedef _tADSR* tADSR;
+
+ void tADSR_init (tADSR* const adsrenv, float attack, float decay, float sustain, float release);
+ void tADSR_free (tADSR* const);
+ void tADSR_initToPool (tADSR* const adsrenv, float attack, float decay, float sustain, float release, tMempool* const mp);
+ void tADSR_freeFromPool (tADSR* const, tMempool* const);
+
+ float tADSR_tick (tADSR* const);
+ void tADSR_setAttack (tADSR* const, float attack);
+ void tADSR_setDecay (tADSR* const, float decay);
+ void tADSR_setSustain (tADSR* const, float sustain);
+ void tADSR_setRelease (tADSR* const, float release);
+ void tADSR_setLeakFactor (tADSR* const, float leakFactor);
+ void tADSR_on (tADSR* const, float velocity);
+ void tADSR_off (tADSR* const);
+
+
+
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+
+
+ /* ADSR2 */
+ typedef struct _tADSR2
+ {
+ float sampleRateInMs;
+ float attack;
+ float decay;
+ float release;
+ float attackLambda;
+ float decayLambda;
+ float releaseLambda;
+ float sustain;
+ float leakGain;
+ float leakFactor;
+ float targetGainSquared;
+ float factor;
+ float oneMinusFactor;
+ float gain;
+ uint8_t attacking;
+ uint8_t gate;
+ float env;
+ float envTarget;
+ } _tADSR2;
+
+ typedef _tADSR2* tADSR2;
+
+ void tADSR2_init (tADSR2* const, float attack, float decay, float sustain, float release);
+ void tADSR2_free (tADSR2* const);
+ void tADSR2_initToPool (tADSR2* const, float attack, float decay, float sustain, float release, tMempool* const);
+ void tADSR2_freeFromPool (tADSR2* const, tMempool* const);
+
+ float tADSR2_tick (tADSR2* const);
+ void tADSR2_setAttack (tADSR2* const, float attack);
+ void tADSR2_setDecay (tADSR2* const, float decay);
+ void tADSR2_setSustain (tADSR2* const, float sustain);
+ void tADSR2_setRelease (tADSR2* const, float release);
+ void tADSR2_setLeakFactor (tADSR2* const, float leakFactor);
+ void tADSR2_on (tADSR2* const, float velocity);
+ void tADSR2_off (tADSR2* const);
+
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+ enum envState {
+ env_idle = 0,
+ env_attack,
+ env_decay,
+ env_sustain,
+ env_release,
+ env_ramp
+ };
+
+ /* ADSR3 */
+ typedef struct _tADSR3
+ {
+ float sampleRateInMs;
+ int state;
+ float output;
+ float attackRate;
+ float decayRate;
+ float releaseRate;
+ float attackCoef;
+ float decayCoef;
+ float releaseCoef;
+ float sustainLevel;
+ float targetRatioA;
+ float targetRatioDR;
+ float attackBase;
+ float decayBase;
+ float releaseBase;
+ float leakFactor;
+ float targetGainSquared;
+ float factor;
+ float oneMinusFactor;
+ float gain;
+
+ } _tADSR3;
+
+ typedef _tADSR3* tADSR3;
+
+ void tADSR3_init (tADSR3* const, float attack, float decay, float sustain, float release);
+ void tADSR3_free (tADSR3* const);
+ void tADSR3_initToPool (tADSR3* const, float attack, float decay, float sustain, float release, tMempool* const);
+ void tADSR3_freeFromPool (tADSR3* const, tMempool* const);
+
+ float tADSR3_tick (tADSR3* const);
+ void tADSR3_setAttack (tADSR3* const, float attack);
+ void tADSR3_setDecay (tADSR3* const, float decay);
+ void tADSR3_setSustain (tADSR3* const, float sustain);
+ void tADSR3_setRelease (tADSR3* const, float release);
+ void tADSR3_setLeakFactor (tADSR3* const, float leakFactor);
+ void tADSR3_on (tADSR3* const, float velocity);
+ void tADSR3_off (tADSR3* const);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ //ADSR4
+
+
+ typedef struct _tADSR4
+ {
+ const float *exp_buff;
+ uint32_t buff_size;
+ uint32_t buff_sizeMinusOne;
+ float bufferSizeDividedBySampleRateInMs;
+ float next;
+
+ float attackInc, decayInc, releaseInc, rampInc;
+
+ uint32_t whichStage;
+
+ float sustain, gain, rampPeak, releasePeak;
+
+ float attackPhase, decayPhase, releasePhase, rampPhase;
+
+ float leakFactor;
+
+
+ } _tADSR4;
+
+ typedef _tADSR4* tADSR4;
+
+ void tADSR4_init (tADSR4* const, float attack, float decay, float sustain, float release, float* expBuffer, int bufferSize);
+ void tADSR4_free (tADSR4* const);
+ void tADSR4_initToPool (tADSR4* const, float attack, float decay, float sustain, float release, float* expBuffer, int bufferSize, tMempool* const);
+ void tADSR4_freeFromPool (tADSR4* const, tMempool* const);
+
+ float tADSR4_tick (tADSR4* const);
+ float tADSR4_tickNoInterp (tADSR4* const adsrenv);
+ void tADSR4_setAttack (tADSR4* const, float attack);
+ void tADSR4_setDecay (tADSR4* const, float decay);
+ void tADSR4_setSustain (tADSR4* const, float sustain);
+ void tADSR4_setRelease (tADSR4* const, float release);
+ void tADSR4_setLeakFactor (tADSR4* const, float leakFactor);
+ void tADSR4_on (tADSR4* const, float velocity);
+ void tADSR4_off (tADSR4* const);
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /* Ramp */
+ typedef struct _tRamp {
+ float inc;
+ float inv_sr_ms;
+ float minimum_time;
+ float curr,dest;
+ float time;
+ float factor;
+ int samples_per_tick;
+
+ } _tRamp;
+
+ typedef _tRamp* tRamp;
+
+ void tRamp_init (tRamp* const, float time, int samplesPerTick);
+ void tRamp_free (tRamp* const);
+ void tRamp_initToPool (tRamp* const, float time, int samplesPerTick, tMempool* const);
+ void tRamp_freeFromPool (tRamp* const, tMempool* const);
+
+ float tRamp_tick (tRamp* const);
+ float tRamp_sample (tRamp* const);
+ void tRamp_setTime (tRamp* const, float time);
+ void tRamp_setDest (tRamp* const, float dest);
+ void tRamp_setVal (tRamp* const, float val);
+
+ ///=============
+ /* Ramp Updown*/
+ typedef struct _tRampUpDown {
+ float upInc;
+ float downInc;
+ float inv_sr_ms;
+ float minimum_time;
+ float curr,dest;
+ float upTime;
+ float downTime;
+ int samples_per_tick;
+
+ } _tRampUpDown;
+
+ typedef _tRampUpDown* tRampUpDown;
+
+ void tRampUpDown_init (tRampUpDown* const, float upTime, float downTime, int samplesPerTick);
+ void tRampUpDown_free (tRampUpDown* const);
+ void tRampUpDown_initToPool (tRampUpDown* const, float upTime, float downTime, int samplesPerTick, tMempool* const);
+ void tRampUpDown_freeFromPool (tRampUpDown* const, tMempool* const);
+
+ float tRampUpDown_tick (tRampUpDown* const);
+ float tRampUpDown_sample (tRampUpDown* const);
+ void tRampUpDown_setUpTime (tRampUpDown* const, float upTime);
+ void tRampUpDown_setDownTime (tRampUpDown* const, float downTime);
+ void tRampUpDown_setDest (tRampUpDown* const, float dest);
+ void tRampUpDown_setVal (tRampUpDown* const, float val);
+
+
+ ///=========================
+ //Slide (based on Max/MSP's slide~)
+ typedef struct _tSlide {
+ float prevOut;
+ float currentOut;
+ float prevIn;
+ float invUpSlide;
+ float invDownSlide;
+
+ } _tSlide;
+
+ typedef _tSlide* tSlide;
+
+ void tSlide_init (tSlide* const, float upSlide, float downSlide);
+ void tSlide_free (tSlide* const);
+ void tSlide_initToPool (tSlide* const, float upSlide, float downSlide, tMempool* const);
+ void tSlide_freeFromPool (tSlide* const, tMempool* const);
+
+ float tSlide_tick (tSlide* const, float in);
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_ENVELOPES_H_INCLUDED
+
+
+
--- /dev/null
+++ b/leaf/Inc/leaf-filters.h
@@ -1,0 +1,486 @@
+/*==============================================================================
+
+ leaf-filters.h
+ Created: 20 Jan 2017 12:01:10pm
+ Author: Michael R Mulshine
+
+ ==============================================================================*/
+
+#ifndef LEAF_FILTERS_H_INCLUDED
+#define LEAF_FILTERS_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+#include "leaf-delay.h"
+#include "leaf-tables.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ /* tAllpass: Schroeder allpass. Comb-filter with feedforward and feedback. */
+ typedef struct _tAllpass
+ {
+ float gain;
+
+ tLinearDelay delay;
+
+ float lastOut;
+
+ } _tAllpass;
+
+ typedef _tAllpass* tAllpass;
+
+ void tAllpass_init (tAllpass* const, float initDelay, uint32_t maxDelay);
+ void tAllpass_free (tAllpass* const);
+ void tAllpass_initToPool (tAllpass* const, float initDelay, uint32_t maxDelay, tMempool* const);
+ void tAllpass_freeFromPool (tAllpass* const, tMempool* const);
+
+ float tAllpass_tick (tAllpass* const, float input);
+ void tAllpass_setGain (tAllpass* const, float gain);
+ void tAllpass_setDelay (tAllpass* const, float delay);
+
+
+ //==============================================================================
+
+ /* tOnePole: OnePole filter, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tOnePole
+ {
+ float gain;
+ float a0,a1;
+ float b0,b1;
+ float lastIn, lastOut;
+
+
+ } _tOnePole;
+
+ typedef _tOnePole* tOnePole;
+
+ void tOnePole_init (tOnePole* const, float thePole);
+ void tOnePole_free (tOnePole* const);
+ void tOnePole_initToPool (tOnePole* const, float thePole, tMempool* const);
+ void tOnePole_freeFromPool (tOnePole* const, tMempool* const);
+
+ float tOnePole_tick (tOnePole* const, float input);
+ void tOnePole_setB0 (tOnePole* const, float b0);
+ void tOnePole_setA1 (tOnePole* const, float a1);
+ void tOnePole_setPole (tOnePole* const, float thePole);
+ void tOnePole_setFreq (tOnePole* const, float freq);
+ void tOnePole_setCoefficients(tOnePole* const, float b0, float a1);
+ void tOnePole_setGain (tOnePole* const, float gain);
+
+ //==============================================================================
+
+ /* TwoPole filter, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tTwoPole
+ {
+ float gain;
+ float a0, a1, a2;
+ float b0;
+
+ float radius, frequency;
+ oBool normalize;
+
+ float lastOut[2];
+
+ } _tTwoPole;
+
+ typedef _tTwoPole* tTwoPole;
+
+ void tTwoPole_init (tTwoPole* const);
+ void tTwoPole_free (tTwoPole* const);
+ void tTwoPole_initToPool (tTwoPole* const, tMempool* const);
+ void tTwoPole_freeFromPool (tTwoPole* const, tMempool* const);
+
+ float tTwoPole_tick (tTwoPole* const, float input);
+ void tTwoPole_setB0 (tTwoPole* const, float b0);
+ void tTwoPole_setA1 (tTwoPole* const, float a1);
+ void tTwoPole_setA2 (tTwoPole* const, float a2);
+ void tTwoPole_setResonance (tTwoPole* const, float freq, float radius, oBool normalize);
+ void tTwoPole_setCoefficients(tTwoPole* const, float b0, float a1, float a2);
+ void tTwoPole_setGain (tTwoPole* const, float gain);
+
+ //==============================================================================
+
+ /* OneZero filter, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tOneZero
+ {
+ float gain;
+ float b0,b1;
+ float lastIn, lastOut, frequency;
+
+ } _tOneZero;
+
+ typedef _tOneZero* tOneZero;
+
+ void tOneZero_init (tOneZero* const, float theZero);
+ void tOneZero_free (tOneZero* const);
+ void tOneZero_initToPool (tOneZero* const, float theZero, tMempool* const);
+ void tOneZero_freeFromPool (tOneZero* const, tMempool* const);
+
+ float tOneZero_tick (tOneZero* const, float input);
+ void tOneZero_setB0 (tOneZero* const, float b0);
+ void tOneZero_setB1 (tOneZero* const, float b1);
+ void tOneZero_setZero (tOneZero* const, float theZero);
+ void tOneZero_setCoefficients(tOneZero* const, float b0, float b1);
+ void tOneZero_setGain (tOneZero* const, float gain);
+ float tOneZero_getPhaseDelay (tOneZero *f, float frequency );
+
+ //==============================================================================
+
+ /* TwoZero filter, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tTwoZero
+ {
+ float gain;
+ float b0, b1, b2;
+
+ float frequency, radius;
+
+ float lastIn[2];
+
+ } _tTwoZero;
+
+ typedef _tTwoZero* tTwoZero;
+
+ void tTwoZero_init (tTwoZero* const);
+ void tTwoZero_free (tTwoZero* const);
+ void tTwoZero_initToPool (tTwoZero* const, tMempool* const);
+ void tTwoZero_freeFromPool (tTwoZero* const, tMempool* const);
+
+ float tTwoZero_tick (tTwoZero* const, float input);
+ void tTwoZero_setB0 (tTwoZero* const, float b0);
+ void tTwoZero_setB1 (tTwoZero* const, float b1);
+ void tTwoZero_setB2 (tTwoZero* const, float b2);
+ void tTwoZero_setNotch (tTwoZero* const, float frequency, float radius);
+ void tTwoZero_setCoefficients(tTwoZero* const, float b0, float b1, float b2);
+ void tTwoZero_setGain (tTwoZero* const, float gain);
+
+ //==============================================================================
+
+ /* PoleZero filter, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tPoleZero
+ {
+ float gain;
+ float a0,a1;
+ float b0,b1;
+
+ float lastIn, lastOut;
+
+ } _tPoleZero;
+
+ typedef _tPoleZero* tPoleZero;
+
+ void tPoleZero_init (tPoleZero* const);
+ void tPoleZero_free (tPoleZero* const);
+ void tPoleZero_initToPool (tPoleZero* const, tMempool* const);
+ void tPoleZero_freeFromPool (tPoleZero* const, tMempool* const);
+
+ float tPoleZero_tick (tPoleZero* const, float input);
+ void tPoleZero_setB0 (tPoleZero* const, float b0);
+ void tPoleZero_setB1 (tPoleZero* const, float b1);
+ void tPoleZero_setA1 (tPoleZero* const, float a1);
+ void tPoleZero_setCoefficients (tPoleZero* const, float b0, float b1, float a1);
+ void tPoleZero_setAllpass (tPoleZero* const, float coeff);
+ void tPoleZero_setBlockZero (tPoleZero* const, float thePole);
+ void tPoleZero_setGain (tPoleZero* const, float gain);
+
+ //==============================================================================
+
+ /* BiQuad filter, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tBiQuad
+ {
+ float gain;
+ float a0, a1, a2;
+ float b0, b1, b2;
+
+ float lastIn[2];
+ float lastOut[2];
+
+ float frequency, radius;
+ oBool normalize;
+ } _tBiQuad;
+
+ typedef _tBiQuad* tBiQuad;
+
+ void tBiQuad_init (tBiQuad* const);
+ void tBiQuad_free (tBiQuad* const);
+ void tBiQuad_initToPool (tBiQuad* const, tMempool* const);
+ void tBiQuad_freeFromPool (tBiQuad* const, tMempool* const);
+
+ float tBiQuad_tick (tBiQuad* const, float input);
+ void tBiQuad_setB0 (tBiQuad* const, float b0);
+ void tBiQuad_setB1 (tBiQuad* const, float b1);
+ void tBiQuad_setB2 (tBiQuad* const, float b2);
+ void tBiQuad_setA1 (tBiQuad* const, float a1);
+ void tBiQuad_setA2 (tBiQuad* const, float a2);
+ void tBiQuad_setNotch (tBiQuad* const, float freq, float radius);
+ void tBiQuad_setResonance (tBiQuad* const, float freq, float radius, oBool normalize);
+ void tBiQuad_setCoefficients(tBiQuad* const, float b0, float b1, float b2, float a1, float a2);
+ void tBiQuad_setGain (tBiQuad* const, float gain);
+
+ //==============================================================================
+
+/* State Variable Filter, algorithm from Andy Simper. */
+ typedef enum SVFType
+ {
+ SVFTypeHighpass = 0,
+ SVFTypeLowpass,
+ SVFTypeBandpass,
+ SVFTypeNotch,
+ SVFTypePeak,
+ SVFTypeLowShelf,
+ SVFTypeHighShelf
+ } SVFType;
+
+ typedef struct _tSVF
+ {
+ SVFType type;
+ float cutoff, Q;
+ float ic1eq,ic2eq;
+ float g,k,a1,a2,a3,cH,cB,cL,cBK;
+
+
+ } _tSVF;
+
+ typedef _tSVF* tSVF;
+
+ void tSVF_init (tSVF* const, SVFType type, float freq, float Q);
+ void tSVF_free (tSVF* const);
+ void tSVF_initToPool (tSVF* const, SVFType type, float freq, float Q, tMempool* const);
+ void tSVF_freeFromPool (tSVF* const, tMempool* const);
+
+ float tSVF_tick (tSVF* const, float v0);
+ void tSVF_setFreq (tSVF* const, float freq);
+ void tSVF_setQ (tSVF* const, float Q);
+ void tSVF_setFreqAndQ (tSVF* const svff, float freq, float Q);
+ //==============================================================================
+
+ /* Efficient State Variable Filter for 14-bit control input, [0, 4096). */
+ typedef struct _tEfficientSVF
+ {
+ SVFType type;
+ float cutoff, Q;
+ float ic1eq,ic2eq;
+ float g,k,a1,a2,a3;
+
+ } _tEfficientSVF;
+
+ typedef _tEfficientSVF* tEfficientSVF;
+
+ void tEfficientSVF_init (tEfficientSVF* const, SVFType type, uint16_t input, float Q);
+ void tEfficientSVF_free (tEfficientSVF* const);
+ void tEfficientSVF_initToPool (tEfficientSVF* const, SVFType type, uint16_t input, float Q, tMempool* const);
+ void tEfficientSVF_freeFromPool (tEfficientSVF* const, tMempool* const);
+
+ float tEfficientSVF_tick (tEfficientSVF* const, float v0);
+ void tEfficientSVF_setFreq (tEfficientSVF* const, uint16_t controlFreq);
+ void tEfficientSVF_setQ (tEfficientSVF* const, float Q);
+
+ //==============================================================================
+
+ /* Simple Highpass filter. */
+ typedef struct _tHighpass
+ {
+ float xs, ys, R;
+ float frequency;
+
+ } _tHighpass;
+
+ typedef _tHighpass* tHighpass;
+
+ void tHighpass_init (tHighpass* const, float freq);
+ void tHighpass_free (tHighpass* const);
+ void tHighpass_initToPool (tHighpass* const, float freq, tMempool* const);
+ void tHighpass_freeFromPool (tHighpass* const, tMempool* const);
+
+ float tHighpass_tick (tHighpass* const, float x);
+ void tHighpass_setFreq (tHighpass* const, float freq);
+ float tHighpass_getFreq (tHighpass* const);
+
+ //==============================================================================
+
+ // Butterworth Filter
+#define NUM_SVF_BW 16
+ typedef struct _tButterworth
+ {
+ float gain;
+
+ int N;
+
+ tSVF low[NUM_SVF_BW];
+ tSVF high[NUM_SVF_BW];
+
+ float f1,f2;
+
+ } _tButterworth;
+
+ typedef _tButterworth* tButterworth;
+
+ void tButterworth_init (tButterworth* const, int N, float f1, float f2);
+ void tButterworth_free (tButterworth* const);
+ void tButterworth_initToPool (tButterworth* const, int N, float f1, float f2, tMempool* const);
+ void tButterworth_freeFromPool (tButterworth* const, tMempool* const);
+
+ float tButterworth_tick (tButterworth* const, float input);
+ void tButterworth_setF1 (tButterworth* const, float in);
+ void tButterworth_setF2 (tButterworth* const, float in);
+ void tButterworth_setFreqs (tButterworth* const, float f1, float f2);
+
+ //==============================================================================
+
+ typedef struct _tFIR
+ {
+ float* past;
+ float* coeff;
+ int numTaps;
+ } _tFIR;
+
+ typedef _tFIR* tFIR;
+
+ void tFIR_init (tFIR* const, float* coeffs, int numTaps);
+ void tFIR_free (tFIR* const);
+ void tFIR_initToPool (tFIR* const, float* coeffs, int numTaps, tMempool* const);
+ void tFIR_freeFromPool (tFIR* const, tMempool* const);
+
+ float tFIR_tick (tFIR* const, float input);
+
+
+ //==============================================================================
+
+
+ typedef struct _tMedianFilter
+ {
+ float* val;
+ int* age;
+ int m;
+ int size;
+ int middlePosition;
+ int last;
+ int pos;
+ } _tMedianFilter;
+
+ typedef _tMedianFilter* tMedianFilter;
+
+ void tMedianFilter_init (tMedianFilter* const, int size);
+ void tMedianFilter_free (tMedianFilter* const);
+ void tMedianFilter_initToPool (tMedianFilter* const, int size, tMempool* const);
+ void tMedianFilter_freeFromPool (tMedianFilter* const, tMempool* const);
+
+ float tMedianFilter_tick (tMedianFilter* const, float input);
+
+
+
+
+
+ //Vadim Zavalishin style from VA book (from implementation in RSlib posted to kvr forum)
+
+ typedef enum VZFilterType
+ {
+ Highpass = 0,
+ Lowpass,
+ BandpassSkirt,
+ BandpassPeak,
+ BandReject,
+ Bell,
+ Lowshelf,
+ Highshelf,
+ Morph,
+ Bypass,
+ Allpass
+ } VZFilterType;
+
+
+ typedef struct _tVZFilter
+ {
+ VZFilterType type;
+ // state:
+ float s1, s2;
+
+ // filter coefficients:
+ float g; // embedded integrator gain
+ float R2; // twice the damping coefficient (R2 == 2*R == 1/Q)
+ float h; // factor for feedback (== 1/(1+2*R*g+g*g))
+ float cL, cB, cH; // coefficients for low-, band-, and highpass signals
+
+ // parameters:
+ float fs; // sample-rate
+ float fc; // characteristic frequency
+ float G; // gain
+ float invG; //1/gain
+ float B; // bandwidth (in octaves)
+ float m; // morph parameter (0...1)
+
+ float sr; //local sampling rate of filter (may be different from leaf sr if oversampled)
+ float inv_sr;
+
+ } _tVZFilter;
+
+ typedef _tVZFilter* tVZFilter;
+
+ void tVZFilter_init (tVZFilter* const, VZFilterType type, float freq, float Q);
+ void tVZFilter_free (tVZFilter* const);
+ void tVZFilter_initToPool (tVZFilter* const, VZFilterType type, float freq, float Q, tMempool* const);
+ void tVZFilter_freeFromPool (tVZFilter* const, tMempool* const);
+ void tVZFilter_setSampleRate (tVZFilter* const, float sampleRate);
+ float tVZFilter_tick (tVZFilter* const, float input);
+ float tVZFilter_tickEfficient (tVZFilter* const vf, float in);
+ void tVZFilter_calcCoeffs (tVZFilter* const);
+ void tVZFilter_setBandwidth (tVZFilter* const, float bandWidth);
+ void tVZFilter_setFreq (tVZFilter* const, float freq);
+ void tVZFilter_setFreqAndBandwidth (tVZFilter* const vf, float freq, float bw);
+ void tVZFilter_setGain (tVZFilter* const, float gain);
+ void tVZFilter_setType (tVZFilter* const, VZFilterType type);
+ float tVZFilter_BandwidthToR (tVZFilter* const vf, float B);
+
+
+
+
+ //diode ladder filter
+ typedef struct _tDiodeFilter
+ {
+
+ float f;
+ float r;
+ float Vt;
+ float n;
+ float gamma;
+ float zi;
+ float g0inv;
+ float g1inv;
+ float g2inv;
+ float s0, s1, s2, s3;
+
+ } _tDiodeFilter;
+
+ typedef _tDiodeFilter* tDiodeFilter;
+
+ void tDiodeFilter_init (tDiodeFilter* const, float freq, float Q);
+ void tDiodeFilter_free (tDiodeFilter* const);
+ void tDiodeFilter_initToPool (tDiodeFilter* const, float freq, float Q, tMempool* const);
+ void tDiodeFilter_freeFromPool (tDiodeFilter* const, tMempool* const);
+
+ float tDiodeFilter_tick (tDiodeFilter* const, float input);
+ void tDiodeFilter_setFreq (tDiodeFilter* const vf, float cutoff);
+ void tDiodeFilter_setQ (tDiodeFilter* const vf, float resonance);
+
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_FILTERS_H_INCLUDED
+
+//==============================================================================
+
--- /dev/null
+++ b/leaf/Inc/leaf-global.h
@@ -1,0 +1,52 @@
+/*
+ ==============================================================================
+
+ leaf-global.h
+ Created: 24 Oct 2019 2:24:38pm
+ Author: Matthew Wang
+
+ ==============================================================================
+ */
+
+#ifndef LEAF_GLOBAL_H_INCLUDED
+#define LEAF_GLOBAL_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+#include "leaf-mempool.h"
+
+ /*!
+ * @ingroup leaf
+ * @brief The struct of the global LEAF instance `leaf`. Contains global variables and settings.
+ */
+ struct LEAF
+ {
+ ///@{
+ float sampleRate; //!< The current audio sample rate. Set with LEAF_setSampleRate().
+ float invSampleRate; //!< The inverse of the current sample rate.
+ int blockSize; //!< The audio block size.
+ float twoPiTimesInvSampleRate; //!< Two-pi times the inverse of the current sample rate.
+ float (*random)(void); //!< A pointer to the random() function provided on initialization.
+ int clearOnAllocation; //!< A flag that determines whether memory allocated from the LEAF memory pool will be cleared.
+ tMempool mempool; //!< The default LEAF mempool object.
+ _tMempool _mempool;
+ size_t header_size; //!< The size in bytes of memory region headers within mempools.
+ ///@}
+ };
+ typedef struct LEAF LEAF;
+
+ extern LEAF leaf;
+
+ //==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_GLOBAL_H_INCLUDED
+
+//==============================================================================
+
+
--- /dev/null
+++ b/leaf/Inc/leaf-instruments.h
@@ -1,0 +1,209 @@
+/*==============================================================================
+
+ leaf-instruments.h
+ Created: 30 Nov 2018 10:24:44am
+ Author: airship
+
+ ==============================================================================*/
+
+#ifndef LEAF_INSTRUMENTS_H_INCLUDED
+#define LEAF_INSTRUMENTS_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+#include "leaf-oscillators.h"
+#include "leaf-filters.h"
+#include "leaf-envelopes.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ // 808 Cowbell
+ typedef struct _t808Cowbell {
+
+ tSquare p[2];
+ tNoise stick;
+ tSVF bandpassOsc;
+ tSVF bandpassStick;
+ tEnvelope envGain;
+ tEnvelope envStick;
+ tEnvelope envFilter;
+ tHighpass highpass;
+ float oscMix;
+ float filterCutoff;
+ uint8_t useStick;
+
+ } _t808Cowbell;
+
+ typedef _t808Cowbell* t808Cowbell;
+
+ void t808Cowbell_init (t808Cowbell* const, int useStick);
+ void t808Cowbell_free (t808Cowbell* const);
+ void t808Cowbell_initToPool (t808Cowbell* const, int useStick, tMempool* const);
+ void t808Cowbell_freeFromPool (t808Cowbell* const, tMempool* const);
+
+ float t808Cowbell_tick (t808Cowbell* const);
+ void t808Cowbell_on (t808Cowbell* const, float vel);
+ void t808Cowbell_setDecay (t808Cowbell* const, float decay);
+ void t808Cowbell_setHighpassFreq (t808Cowbell* const, float freq);
+ void t808Cowbell_setBandpassFreq (t808Cowbell* const, float freq);
+ void t808Cowbell_setFreq (t808Cowbell* const, float freq);
+ void t808Cowbell_setOscMix (t808Cowbell* const, float oscMix);
+ void t808Cowbell_setStick (t808Cowbell* const, int useStick);
+
+ //==============================================================================
+
+ // 808 Hihat
+ typedef struct _t808Hihat {
+
+ // 6 Square waves
+ tSquare p[6];
+ tNoise n;
+ tSVF bandpassOsc;
+ tSVF bandpassStick;
+ tEnvelope envGain;
+ tEnvelope envStick;
+ tEnvelope noiseFMGain;
+ tHighpass highpass;
+ tNoise stick;
+
+ float freq;
+ float stretch;
+ float FM_amount;
+ float oscNoiseMix;
+
+ } _t808Hihat;
+
+ typedef _t808Hihat* t808Hihat;
+
+ void t808Hihat_init (t808Hihat* const);
+ void t808Hihat_free (t808Hihat* const);
+ void t808Hihat_initToPool (t808Hihat* const, tMempool* const);
+ void t808Hihat_freeFromPool (t808Hihat* const, tMempool* const);
+
+ float t808Hihat_tick (t808Hihat* const);
+ void t808Hihat_on (t808Hihat* const, float vel);
+ void t808Hihat_setOscNoiseMix (t808Hihat* const, float oscNoiseMix);
+ void t808Hihat_setDecay (t808Hihat* const, float decay);
+ void t808Hihat_setHighpassFreq (t808Hihat* const, float freq);
+ void t808Hihat_setOscBandpassFreq (t808Hihat* const, float freq);
+ void t808Hihat_setOscBandpassQ (t808Hihat* const hihat, float Q);
+ void t808Hihat_setStickBandPassFreq (t808Hihat* const, float freq);
+ void t808Hihat_setStickBandPassQ (t808Hihat* const hihat, float Q);
+ void t808Hihat_setOscFreq (t808Hihat* const, float freq);
+ void t808Hihat_setStretch (t808Hihat* const hihat, float stretch);
+ void t808Hihat_setFM (t808Hihat* const hihat, float FM_amount);
+
+ //==============================================================================
+
+ // 808 Snare
+ typedef struct _t808Snare {
+
+ // Tone 1, Tone 2, Noise
+ tTriangle tone[2]; // Tri (not yet antialiased or wavetabled)
+ tNoise noiseOsc;
+ tSVF toneLowpass[2];
+ tSVF noiseLowpass; // Lowpass from SVF filter
+ tEnvelope toneEnvOsc[2];
+ tEnvelope toneEnvGain[2];
+ tEnvelope noiseEnvGain;
+ tEnvelope toneEnvFilter[2];
+ tEnvelope noiseEnvFilter;
+
+ float toneGain[2];
+ float noiseGain;
+
+ float toneNoiseMix;
+
+ float tone1Freq, tone2Freq;
+
+ float noiseFilterFreq;
+
+ } _t808Snare;
+
+ typedef _t808Snare* t808Snare;
+
+ void t808Snare_init (t808Snare* const);
+ void t808Snare_free (t808Snare* const);
+ void t808Snare_initToPool (t808Snare* const, tMempool* const);
+ void t808Snare_freeFromPool (t808Snare* const, tMempool* const);
+
+ float t808Snare_tick (t808Snare* const);
+ void t808Snare_on (t808Snare* const, float vel);
+ void t808Snare_setTone1Freq (t808Snare* const, float freq);
+ void t808Snare_setTone2Freq (t808Snare* const, float freq);
+ void t808Snare_setTone1Decay (t808Snare* const, float decay);
+ void t808Snare_setTone2Decay (t808Snare* const, float decay);
+ void t808Snare_setNoiseDecay (t808Snare* const, float decay);
+ void t808Snare_setToneNoiseMix (t808Snare* const, float toneNoiseMix);
+ void t808Snare_setNoiseFilterFreq (t808Snare* const, float noiseFilterFreq);
+ void t808Snare_setNoiseFilterQ (t808Snare* const, float noiseFilterQ);
+
+ //==============================================================================
+
+ // 808 Kick
+ typedef struct _t808Kick {
+
+
+ tCycle tone; // Tri
+ tNoise noiseOsc;
+ tSVF toneLowpass;
+ tEnvelope toneEnvOscChirp;
+ tEnvelope toneEnvOscSigh;
+ tEnvelope toneEnvGain;
+ tEnvelope noiseEnvGain;
+ tEnvelope toneEnvFilter;
+
+ float toneGain;
+ float noiseGain;
+
+ float toneInitialFreq;
+ float sighAmountInHz;
+ float chirpRatioMinusOne;
+ float noiseFilterFreq;
+
+ } _t808Kick;
+
+ typedef _t808Kick* t808Kick;
+
+ void t808Kick_init (t808Kick* const);
+ void t808Kick_free (t808Kick* const);
+ void t808Kick_initToPool (t808Kick* const, tMempool* const);
+ void t808Kick_freeFromPool (t808Kick* const, tMempool* const);
+
+ float t808Kick_tick (t808Kick* const);
+ void t808Kick_on (t808Kick* const, float vel);
+ void t808Kick_setToneFreq (t808Kick* const, float freq);
+ void t808Kick_setToneDecay (t808Kick* const, float decay);
+ void t808Kick_setNoiseDecay (t808Kick* const, float decay);
+ void t808Kick_setSighAmount (t808Kick* const, float sigh);
+ void t808Kick_setChirpAmount (t808Kick* const, float chirp);
+ void t808Kick_setToneNoiseMix (t808Kick* const, float toneNoiseMix);
+ void t808Kick_setNoiseFilterFreq (t808Kick* const, float noiseFilterFreq);
+ void t808Kick_setNoiseFilterQ (t808Kick* const, float noiseFilterQ);
+
+ //==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_INSTRUMENTS_H_INCLUDED
+
+//==============================================================================
+
+
+
--- /dev/null
+++ b/leaf/Inc/leaf-math.h
@@ -1,0 +1,212 @@
+/*==============================================================================
+
+ leaf-math.h
+ Created: 22 Jan 2017 7:02:56pm
+ Author: Michael R Mulshine
+
+ ==============================================================================*/
+
+#ifndef LEAF_MATH_H_INCLUDED
+#define LEAF_MATH_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+#include "leaf-global.h"
+#include "math.h"
+#include "stdint.h"
+#include "stdlib.h"
+
+ //==============================================================================
+
+ //==============================================================================
+
+ typedef enum oBool
+ {
+ OTRUE = 1,
+ OFALSE = 0
+ }oBool;
+
+ // Allows for bitwise operations on floats
+ union unholy_t { /* a union between a float and an integer */
+ float f;
+ int i;
+ };
+
+#define SQRT8 2.82842712475f
+#define WSCALE 1.30612244898f
+#define PI (3.14159265358979f)
+#define TWO_PI (6.28318530717958f)
+#define HALF_PI (1.570796326794897f)
+
+#define VSF 1.0e-38f
+
+#define MAX_DELAY 8192
+#define INV_128 0.0078125f
+
+#define INV_20 0.05f
+#define INV_40 0.025f
+#define INV_80 0.0125f
+#define INV_160 0.00625f
+#define INV_320 0.003125f
+#define INV_640 0.0015625f
+#define INV_1280 0.00078125f
+#define INV_2560 0.000390625f
+#define INV_5120 0.0001953125f
+#define INV_10240 0.00009765625f
+#define INV_20480 0.000048828125f
+
+
+#define INV_TWELVE 0.0833333333f
+#define INV_440 0.0022727273f
+
+#define LOG2 0.3010299957f
+#define INV_LOG2 3.321928095f
+
+#define SOS_M 343.0f
+#define TWO_TO_5 32.0f
+#define INV_TWO_TO_5 0.03125f
+#define TWO_TO_7 128.f
+#define INV_TWO_TO_7 0.0078125f
+#define TWO_TO_8 256.f
+#define INV_TWO_TO_8 0.00390625f
+#define TWO_TO_9 512.f
+#define INV_TWO_TO_9 0.001953125f
+#define TWO_TO_10 1024.f
+#define INV_TWO_TO_10 0.0009765625f
+#define TWO_TO_11 2048.f
+#define INV_TWO_TO_11 0.00048828125f
+#define TWO_TO_12 4096.f
+#define INV_TWO_TO_12 0.00024414062f
+#define TWO_TO_15 32768.f
+#define TWO_TO_16 65536.f
+#define INV_TWO_TO_15 0.00003051757f
+#define INV_TWO_TO_16 0.00001525878f
+#define TWO_TO_16_MINUS_ONE 65535.0f
+#define TWO_TO_23 8388608.0f
+#define INV_TWO_TO_23 0.00000011920929f
+#define TWO_TO_31 2147483648.0f
+#define INV_TWO_TO_31 0.000000000465661f
+#define TWO_TO_32 4294967296.0f
+#define INV_TWO_TO_32 0.000000000232831f
+
+#define ONE_OVER_SQRT2 0.707106781186548f
+
+#define LOGTEN 2.302585092994
+
+ // Jones shaper
+ float LEAF_shaper (float input, float m_drive);
+ float LEAF_reedTable (float input, float offset, float slope);
+
+ float LEAF_reduct (float input, float ratio);
+ float LEAF_round (float input, float rnd);
+ float LEAF_bitwise_xor(float input, uint32_t op);
+
+ float LEAF_reduct (float input, float ratio);
+ float LEAF_round (float input, float rnd);
+ float LEAF_bitwise_xor(float input, uint32_t op);
+
+ float LEAF_clip (float min, float val, float max);
+ int LEAF_clipInt (int min, int val, int max);
+ float LEAF_softClip (float val, float thresh);
+ oBool LEAF_isPrime (uint64_t number );
+
+ float LEAF_midiToFrequency (float f);
+ float LEAF_frequencyToMidi(float f);
+
+ void LEAF_generate_sine (float* buffer, int size);
+ void LEAF_generate_sawtooth (float* buffer, float basefreq, int size);
+ void LEAF_generate_triangle (float* buffer, float basefreq, int size);
+ void LEAF_generate_square (float* buffer, float basefreq, int size);
+
+ // dope af
+ float LEAF_chebyshevT(float in, int n);
+ float LEAF_CompoundChebyshevT(float in, int n, float* amps);
+
+ // Hermite interpolation
+ float LEAF_interpolate_hermite (float A, float B, float C, float D, float t);
+ float LEAF_interpolate_hermite_x(float yy0, float yy1, float yy2, float yy3, float xx);
+ float LEAF_interpolation_linear (float A, float B, float t);
+
+ float interpolate3max(float *buf, const int peakindex);
+ float interpolate3phase(float *buf, const int peakindex);
+
+ // alternative implementation for abs()
+ // REQUIRES: 32 bit integers
+ int fastabs_int(int in);
+
+ // alternative implementation for abs()
+ // REQUIRES: 32 bit floats
+ float fastabsf(float f);
+
+ float fastexp2f(float f);
+
+ float fastPowf(float a, float b) ;
+ double fastPow(double a, double b);
+
+
+ void LEAF_crossfade(float fade, float* volumes);
+
+
+ float LEAF_tanh(float x);
+ void LEAF_generate_sine(float* buffer, int size);
+ void LEAF_generate_sawtooth(float* buffer, float basefreq, int size);
+ void LEAF_generate_triangle(float* buffer, float basefreq, int size);
+ void LEAF_generate_square(float* buffer, float basefreq, int size);
+
+ //0.001 base gives a good curve that goes from 1 to near zero
+ //1000 gives a good curve from -1.0 to 0.0
+ void LEAF_generate_exp(float* buffer, float base, float start, float end, float offset, int size);
+
+ float LEAF_poly_blep(float t, float dt);
+ float LEAF_midiToFrequency(float f);
+
+
+ float fast_mtof(float f);
+
+ double fastexp(double x);
+
+ float fastexpf(float x);
+
+ double fasterexp(double x);
+
+ float fasterexpf(float x);
+
+ float mtof(float f);
+
+ float fast_mtof(float f);
+
+ float faster_mtof(float f);
+
+ float ftom(float f);
+
+ float powtodb(float f);
+
+ float rmstodb(float f);
+
+ float dbtopow(float f);
+
+ float dbtorms(float f);
+
+ float atodb(float a);
+
+ float dbtoa(float db);
+
+ float fastdbtoa(float db);
+
+ float maximum (float num1, float num2);
+
+ float minimum (float num1, float num2);
+
+
+ //==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_MATH_H_INCLUDED
+
+//==============================================================================
+
--- /dev/null
+++ b/leaf/Inc/leaf-mempool.h
@@ -1,0 +1,159 @@
+/*==============================================================================
+
+ In short, mpool is distributed under so called "BSD license",
+
+ Copyright (c) 2009-2010 Tatsuhiko Kubo <cubicdaiya@gmail.com>
+ All rights reserved.
+
+ Redistribution and use in source and binary forms, with or without modification,
+ are permitted provided that the following conditions are met:
+
+ * Redistributions of source code must retain the above copyright notice,
+ this list of conditions and the following disclaimer.
+
+ * Redistributions in binary form must reproduce the above copyright notice,
+ this list of conditions and the following disclaimer in the documentation
+ and/or other materials provided with the distribution.
+
+ * Neither the name of the authors nor the names of its contributors
+ may be used to endorse or promote products derived from this software
+ without specific prior written permission.
+
+ THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+ "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+ LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
+ A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
+ OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
+ SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED
+ TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
+ PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
+ LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
+ NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
+ SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+
+ written by C99 style
+ ==============================================================================*/
+
+#ifndef LEAF_MPOOL_H_INCLUDED
+#define LEAF_MPOOL_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include <stdio.h>
+#include <stdlib.h>
+#include <string.h>
+#include <stdbool.h>
+
+ //==============================================================================
+
+#define MPOOL_ALIGN_SIZE (8)
+
+ //#define size_t unsigned long
+
+ /*!
+ * @defgroup tmempool tMempool
+ * @ingroup mempool
+ * An object that can contain an additional mempool for the allocation of LEAF objects.
+ * @{
+ */
+
+ // node of free list
+ typedef struct mpool_node_t {
+ char *pool; // memory pool field
+ struct mpool_node_t *next; // next node pointer
+ struct mpool_node_t *prev; // prev node pointer
+ size_t size;
+ } mpool_node_t;
+
+ typedef struct _tMempool
+ {
+ char* mpool; // start of the mpool
+ size_t usize; // used size of the pool
+ size_t msize; // max size of the pool
+ mpool_node_t* head; // first node of memory pool free list
+ } _tMempool;
+
+ typedef _tMempool* tMempool;
+
+ //! Initialize a tMempool for a given memory location and size to the default LEAF mempool.
+ /*!
+ @param pool A pointer to the tMempool to be initialized.
+ @param memory A pointer to the chunk of memory to be used as a mempool.
+ @param size The size of the chunk of memory to be used as a mempool.
+ */
+ void tMempool_init (tMempool* const pool, char* memory, size_t size);
+
+
+ //! Free a tMempool from the default LEAF mempool.
+ /*!
+ @param pool A pointer to the tMempool to be freed.
+ */
+ void tMempool_free (tMempool* const pool);
+
+
+ //! Initialize a tMempool for a given memory location and size to a specified mempool.
+ /*!
+ @param pool A pointer to the tMempool to be initialized.
+ @param memory A pointer to the chunk of memory to be used as a mempool.
+ @param size The size of the chuck of memory to be used as a mempool.
+ @param poolTo A pointer to the tMempool to which a tMempool should be initialized.
+ */
+ void tMempool_initToPool (tMempool* const pool, char* memory, size_t size, tMempool* const poolTo);
+
+
+ //! Free a tMempool from a specified mempool.
+ /*!
+ @param pool A pointer to the tMempool to be freed from the default LEAF mempool.
+ @param poolFrom A pointer to the tMempool from which a tMempool should be freed.
+ */
+ void tMempool_freeFromPool (tMempool* const pool, tMempool* const poolFrom);
+
+ /*! @} */
+
+ //==============================================================================
+
+ // typedef struct mpool_t {
+ // char* mpool; // start of the mpool
+ // size_t usize; // used size of the pool
+ // size_t msize; // max size of the pool
+ // mpool_node_t* head; // first node of memory pool free list
+ // } mpool_t;
+
+ void mpool_create (char* memory, size_t size, _tMempool* pool);
+
+ char* mpool_alloc(size_t size, _tMempool* pool);
+ char* mpool_calloc(size_t asize, _tMempool* pool);
+
+ void mpool_free(char* ptr, _tMempool* pool);
+
+ size_t mpool_get_size(_tMempool* pool);
+ size_t mpool_get_used(_tMempool* pool);
+
+ void leaf_pool_init(char* memory, size_t size);
+
+ char* leaf_alloc(size_t size);
+ char* leaf_calloc(size_t size);
+
+ void leaf_free(char* ptr);
+
+ size_t leaf_pool_get_size(void);
+ size_t leaf_pool_get_used(void);
+
+ char* leaf_pool_get_pool(void);
+
+ void leaf_mempool_overrun(void);
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_MPOOL_H
+
+//==============================================================================
+
+
+
--- /dev/null
+++ b/leaf/Inc/leaf-midi.h
@@ -1,0 +1,510 @@
+/*==============================================================================
+
+ leaf-midi.h
+ Created: 30 Nov 2018 11:29:26am
+ Author: airship
+
+ ==============================================================================*/
+
+#ifndef LEAF_MIDI_H_INCLUDED
+#define LEAF_MIDI_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-global.h"
+#include "leaf-mempool.h"
+#include "leaf-math.h"
+#include "leaf-envelopes.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /*!
+ * @defgroup tstack tStack
+ * @ingroup midi
+ * @brief A basic stack of integers with a fixed max size of 128, used by tPoly to keep track of MIDI notes.
+ * @{
+ */
+
+ // STACK implementation (fixed size)
+#define STACK_SIZE 128
+ typedef struct _tStack
+ {
+ int data[STACK_SIZE];
+ uint16_t pos;
+ uint16_t size;
+ uint16_t capacity;
+ oBool ordered;
+
+ } _tStack;
+
+ typedef _tStack* tStack;
+
+ //! Initialize a tStack to the default LEAF mempool.
+ /*!
+ @param stack A pointer to the tStack to be initialized.
+ */
+ void tStack_init (tStack* const stack);
+
+
+ //! Free a tStack from the default LEAF mempool.
+ /*!
+ @param stack A pointer to the tStack to be freed.
+ */
+ void tStack_free (tStack* const stack);
+
+
+ //! Initialize a tStack to a specified mempool.
+ /*!
+ @param stack A pointer to the tStack to be initialized.
+ @param pool A pointer to the tMempool to which the tStack should be initialized.
+ */
+ void tStack_initToPool (tStack* const stack, tMempool* const pool);
+
+
+ //! Free a tStack from a specified mempool.
+ /*!
+ @param stack A pointer to the tStack to be freed.
+ @param pool A pointer to the tMempool from which the tStack should be freed.
+ */
+ void tStack_freeFromPool (tStack* const stack, tMempool* const pool);
+
+ //! Set the capacity of the stack.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ @param cap The new capacity.
+ */
+ void tStack_setCapacity (tStack* const stack, uint16_t cap);
+
+
+ //! Add a value to the stack only if that value is not already in the stack.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ @param item The value to be added.
+ */
+ int tStack_addIfNotAlreadyThere (tStack* const stack, uint16_t item);
+
+
+ //! Add a value to the stack.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ @param item The value to be added.
+ */
+ void tStack_add (tStack* const stack, uint16_t item);
+
+
+ //! Remove a single instance of a value from the stack.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ @param item The value to be removed.
+ */
+ int tStack_remove (tStack* const stack, uint16_t item);
+
+
+ //! Clear the stack.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ */
+ void tStack_clear (tStack* const stack);
+
+
+ //! Get the first value in the stack.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ @return The first value in the stack.
+ */
+ int tStack_first (tStack* const stack);
+
+
+ //! Get the current size of the stack.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ @return The current size of the stack.
+ */
+ int tStack_getSize (tStack* const stack);
+
+ //! Check if the stack contains a value, and if it does, get the index of that value.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ @param item The value to check against the stack.
+ @return The index of the value or -1 if the stack does not contain the value.
+ */
+ int tStack_contains (tStack* const stack, uint16_t item);
+
+ //! Get the next value in the stack, starting from the earliest added values.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ @return The next value in the stack or -1 if there are no values in the stack.
+ */
+ int tStack_next (tStack* const stack);
+
+ //! Get the value at a given index of the stack.
+ /*!
+ @param stack A pointer to the relevant tStack.
+ @param index The index of the stack from which to get a value.
+ @return The value at the given index.
+ */
+ int tStack_get (tStack* const stack, int index);
+
+ /*! @} */
+
+ /*!
+ * @defgroup tpoly tPoly
+ * @ingroup midi
+ * @brief An object for polyphonic handling.
+ * @{
+ */
+
+ /* tPoly */
+ typedef struct _tPoly
+ {
+ tStack stack;
+ tStack orderStack;
+
+ tRamp* ramps;
+ float* rampVals;
+ oBool* firstReceived;
+ float glideTime;
+ oBool pitchGlideIsActive;
+
+ int numVoices;
+ int maxNumVoices;
+
+ //int voices[POLY_NUM_MAX_VOICES][2];
+ int** voices;
+
+ int notes[128][2];
+
+ int CCs[128];
+
+ uint8_t CCsRaw[128];
+
+ int lastVoiceToChange;
+
+ float pitchBend;
+ tRamp pitchBendRamp;
+
+ int currentNote;
+ int currentVoice;
+ int currentVelocity;
+ int maxLength;
+
+ } _tPoly;
+
+ typedef _tPoly* tPoly;
+
+ /* MPoly*/
+ //! Initialize a tPoly to the default LEAF mempool.
+ /*!
+ @param poly A pointer to the tPoly to be initialized.
+ @param maxNumVoices The maximum number of voices this tPoly can handle at once.
+ */
+ void tPoly_init (tPoly* const poly, int maxNumVoices);
+
+
+ //! Free a tPoly from the default LEAF mempool.
+ /*!
+ @param poly A pointer to the tPoly to be freed.
+ */
+ void tPoly_free (tPoly* const poly);
+
+
+ //! Initialize a tPoly to a specified mempool.
+ /*!
+ @param poly A pointer to the tPoly to be initialized.
+ @param pool A pointer to the tMempool to which the tPoly should be initialized.
+ */
+ void tPoly_initToPool (tPoly* const poly, int maxNumVoices, tMempool* const pool);
+
+
+ //! Free a tPoly from a specified mempool.
+ /*!
+ @param poly A pointer to the tPoly to be freed.
+ @param pool A pointer to the tMempool from which the tPoly should be freed.
+ */
+ void tPoly_freeFromPool (tPoly* const poly, tMempool* const pool);
+
+ //! Add a note with a given velocity to the poly handler.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param note The MIDI note number to add.
+ @param vel The MIDI velocity of the note to add.
+ @return The voice that will play the note.
+ */
+ int tPoly_noteOn (tPoly* const poly, int note, uint8_t vel);
+
+
+ //! Remove a note from the poly handler.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param note The MIDI note number to remove.
+ @return The voice that was playing the removed note.
+ */
+ int tPoly_noteOff (tPoly* const poly, uint8_t note);
+
+ void tPoly_orderedAddToStack (tPoly* const poly, uint8_t note);
+
+
+ //! Set the number of voices available to play notes.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param numVoices The new number of available voices. Cannot be greater than the max number voices given in tPoly_init().
+ */
+ void tPoly_setNumVoices (tPoly* const poly, uint8_t numVoices);
+
+ //! Set whether pitch glide over note changes in voices is active.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param isActive Whether pitch glide should be active or not.
+ */
+ void tPoly_setPitchGlideActive (tPoly* const poly, oBool isActive);
+
+ //! Set how long pitch glide over note changes in voices takes.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param t The time to glide in milliseconds.
+ */
+ void tPoly_setPitchGlideTime (tPoly* const poly, float t);
+
+ //! Set the amount of pitch bend
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param pitchBend The new amount of pitch bend.
+ */
+ void tPoly_setPitchBend (tPoly* const poly, float pitchBend);
+ void tPoly_setBendGlideTime (tPoly* const poly, float t);
+ void tPoly_setBendSamplesPerTick (tPoly* const poly, float t);
+
+
+ //! Execute all tick-rate changes in the poly handler's pitch, including glide and bend.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ */
+ void tPoly_tickPitch (tPoly* const poly);
+
+
+ //! Execute the tick-rate change of the poly handler's pitch glide.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ */
+ void tPoly_tickPitchGlide (tPoly* const poly);
+
+
+ //! Execute the tick-rate change of the poly handler's pitch bend.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ */
+ void tPoly_tickPitchBend (tPoly* const poly);
+
+
+ //! Get the current number of voices available to play notes.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @return The current number of voices available to play notes.
+ */
+ int tPoly_getNumVoices (tPoly* const poly);
+
+ //! Get the number of voices currently playing notes.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @return The number of voices currently playing notes.
+ */
+ int tPoly_getNumActiveVoices (tPoly* const poly);
+
+ //! Get the current pitch of a given voice.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param voice The voice to get the pitch of.
+ @return The current pitch of the given voice as a fractional MIDI note number.
+ */
+ float tPoly_getPitch (tPoly* const poly, uint8_t voice);
+
+
+ //! Get the current MIDI note number of a given voice.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param voice The voice to get the MIDI note number of.
+ @return The MIDI note number of the given voice.
+ */
+ int tPoly_getKey (tPoly* const poly, uint8_t voice);
+
+
+ //! Get the current MIDI velocity of a given voice.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param voice The voice to get the MIDI velocity of.
+ @return The current MIDI velocity of the given voice.
+ */
+ int tPoly_getVelocity (tPoly* const poly, uint8_t voice);
+
+
+ //! Get the current play state of a given voice.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param voice The voice to get the state of.
+ @return The current play state of the given voice.
+ */
+ int tPoly_isOn (tPoly* const poly, uint8_t voice);
+
+ /*! @} */
+
+ //==============================================================================
+
+
+ /* tPoly */
+ typedef struct _tSimplePoly
+ {
+ tStack stack;
+
+ int numVoices;
+ int maxNumVoices;
+ int** voices;
+ int stealing_on;
+ int recover_stolen;
+
+ int notes[128][2];
+ } _tSimplePoly;
+
+ typedef _tSimplePoly* tSimplePoly;
+
+ //! Initialize a tPoly to the default LEAF mempool.
+ /*!
+ @param poly A pointer to the tPoly to be initialized.
+ @param maxNumVoices The maximum number of voices this tPoly can handle at once.
+ */
+ void tSimplePoly_init (tSimplePoly* const poly, int maxNumVoices);
+
+
+ //! Free a tPoly from the default LEAF mempool.
+ /*!
+ @param poly A pointer to the tPoly to be freed.
+ */
+ void tSimplePoly_free (tSimplePoly* const poly);
+
+
+ //! Initialize a tPoly to a specified mempool.
+ /*!
+ @param poly A pointer to the tPoly to be initialized.
+ @param pool A pointer to the tMempool to which the tPoly should be initialized.
+ */
+ void tSimplePoly_initToPool (tSimplePoly* const poly, int maxNumVoices, tMempool* const pool);
+
+
+ //! Free a tPoly from a specified mempool.
+ /*!
+ @param poly A pointer to the tPoly to be freed.
+ @param pool A pointer to the tMempool from which the tPoly should be freed.
+ */
+ void tSimplePoly_freeFromPool (tSimplePoly* const poly, tMempool* const pool);
+
+ //! Add a note with a given velocity to the poly handler.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param note The MIDI note number to add.
+ @param vel The MIDI velocity of the note to add.
+ @return The voice that will play the note.
+ */
+ int tSimplePoly_noteOn (tSimplePoly* const poly, int note, uint8_t vel);
+
+
+ //! Remove a note from the poly handler.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param note The MIDI note number to remove.
+ @return The voice that was playing the removed note.
+ */
+ int tSimplePoly_noteOff (tSimplePoly* const poly, uint8_t note);
+
+
+
+ void tSimplePoly_deactivateVoice(tSimplePoly* const polyh, uint8_t voice);
+
+ int tSimplePoly_markPendingNoteOff(tSimplePoly* const polyh, uint8_t note);
+
+
+ //find if there is a voice with that note -- useful for note offs where you want to wait to remove it from the poly until the release phase of the envelope is finished
+ int tSimplePoly_findVoiceAssignedToNote(tSimplePoly* const polyh, uint8_t note);
+
+ //! Set the number of voices available to play notes.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param numVoices The new number of available voices. Cannot be greater than the max number voices given in tPoly_init().
+ */
+ void tSimplePoly_setNumVoices (tSimplePoly* const poly, uint8_t numVoices);
+
+ //! Set whether pitch glide over note changes in voices is active.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param isActive Whether pitch glide should be active or not.
+ */
+
+ //! Get the current number of voices available to play notes.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @return The current number of voices available to play notes.
+ */
+ int tSimplePoly_getNumVoices (tSimplePoly* const poly);
+
+ //! Get the number of voices currently playing notes.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @return The number of voices currently playing notes.
+ */
+ int tSimplePoly_getNumActiveVoices (tSimplePoly* const poly);
+
+ //! Get the current MIDI note number of a given voice.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param voice The voice to get the MIDI note number of.
+ @return The MIDI note number of the given voice.
+ */
+
+ int tSimplePoly_getPitch (tSimplePoly* const poly, uint8_t voice);
+
+
+ //this one returns negative one if the voice is inactive
+ int tSimplePoly_getPitchAndCheckActive(tSimplePoly* const polyh, uint8_t voice);
+
+
+ //! Get the current MIDI velocity of a given voice.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param voice The voice to get the MIDI velocity of.
+ @return The current MIDI velocity of the given voice.
+ */
+ int tSimplePoly_getVelocity (tSimplePoly* const poly, uint8_t voice);
+
+
+ //! Get the current play state of a given voice.
+ /*!
+ @param poly A pointer to the relevant tPoly.
+ @param voice The voice to get the state of.
+ @return The current play state of the given voice.
+ */
+ int tSimplePoly_isOn (tSimplePoly* const poly, uint8_t voice);
+
+ /*! @} */
+ //==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_MIDI_H_INCLUDED
+
+//==============================================================================
+
+
--- /dev/null
+++ b/leaf/Inc/leaf-oscillators.h
@@ -1,0 +1,1143 @@
+/*==============================================================================
+ leaf-oscillators.h
+ Created: 20 Jan 2017 12:00:58pm
+ Author: Michael R Mulshine
+ ==============================================================================*/
+
+#ifndef LEAF_OSCILLATORS_H_INCLUDED
+#define LEAF_OSCILLATORS_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+#include "leaf-tables.h"
+#include "leaf-filters.h"
+
+ /*!
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ typedef struct _tCycle
+ {
+ // Underlying phasor
+ float phase;
+ float inc,freq;
+ } _tCycle;
+
+ typedef _tCycle* tCycle;
+
+ /*!
+ * @defgroup tcycle tCycle
+ * @ingroup oscillators
+ * @brief A cycle/sine waveform oscillator. Uses wavetable synthesis.
+ * @{
+ */
+
+ //! Initialize a tCycle to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tCycle to be initialized.
+ */
+ void tCycle_init (tCycle* const osc);
+
+
+ //! Free a tCycle from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tCycle to be freed.
+ */
+ void tCycle_free (tCycle* const osc);
+
+
+ //! Initialize a tCycle to a specified mempool.
+ /*!
+ @param osc A pointer to the tCycle to be initialized.
+ @param pool A pointer to the tMempool to which the tCycle should be initialized.
+ */
+ void tCycle_initToPool (tCycle* const osc, tMempool* const pool);
+
+
+ //! Free a tCycle from a specified mempool.
+ /*!
+ @param osc A pointer to the tCycle to be freed.
+ @param pool A pointer to the tMempool from which the tCycle should be freed.
+ */
+ void tCycle_freeFromPool (tCycle* const osc, tMempool* const pool);
+
+
+ //! Tick a tCycle oscillator.
+ /*!
+ @param osc A pointer to the relevant tCycle.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tCycle_tick (tCycle* const osc);
+
+
+ //! Set the frequency of a tCycle oscillator.
+ /*!
+ @param osc A pointer to the relevant tCycle.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tCycle_setFreq (tCycle* const osc, float freq);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /* tTriangle: Anti-aliased Triangle waveform using wavetable interpolation. Wavetables constructed from sine components. */
+ typedef struct _tTriangle
+ {
+ // Underlying phasor
+ float phase;
+ float inc,freq;
+ int oct;
+ float w;
+ } _tTriangle;
+
+ typedef _tTriangle* tTriangle;
+
+ /*!
+ * @defgroup ttriangle tTriangle
+ * @ingroup oscillators
+ * @brief An anti-aliased triangle waveform oscillator. Uses wavetable synthesis.
+ * @{
+ */
+
+ //! Initialize a tTriangle to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tTriangle to be initialized.
+ */
+ void tTriangle_init (tTriangle* const osc);
+
+
+ //! Free a tTriangle from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tTriangle to be freed.
+ */
+ void tTriangle_free (tTriangle* const osc);
+
+
+ //! Initialize a tTriangle to a specified mempool.
+ /*!
+ @param osc A pointer to the tTriangle to be initialized.
+ @param pool A pointer to the tMempool to which the tTriangle should be initialized.
+ */
+ void tTriangle_initToPool (tTriangle* const osc, tMempool* const pool);
+
+
+ //! Free a tTriangle from a specified mempool.
+ /*!
+ @param osc A pointer to the tTriangle to be freed.
+ @param pool A pointer to the tMempool from which the tTriangle should be freed.
+ */
+ void tTriangle_freeFromPool (tTriangle* const osc, tMempool* const pool);
+
+
+ //! Tick a tTriangle oscillator.
+ /*!
+ @param osc A pointer to the relevant tTriangle.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tTriangle_tick (tTriangle* const osc);
+
+
+ //! Set the frequency of a tTriangle oscillator.
+ /*!
+ @param osc A pointer to the relevant tTriangle.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tTriangle_setFreq (tTriangle* const osc, float freq);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /* tSquare: Anti-aliased Square waveform using wavetable interpolation. Wavetables constructed from sine components. */
+ typedef struct _tSquare
+ {
+ // Underlying phasor
+ float phase;
+ float inc,freq;
+ int oct;
+ float w;
+ } _tSquare;
+
+ typedef _tSquare* tSquare;
+
+ /*!
+ * @defgroup tsquare tSquare
+ * @ingroup oscillators
+ * @brief An anti-aliased square waveform oscillator. Uses wavetable synthesis.
+ * @{
+ */
+
+ //! Initialize a tSquare to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tSquare to be initialized.
+ */
+ void tSquare_init (tSquare* const osc);
+
+
+ //! Free a tSquare from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tSquare to be freed.
+ */
+ void tSquare_free (tSquare* const osc);
+
+
+ //! Initialize a tSquare to a specified mempool.
+ /*!
+ @param osc A pointer to the tSquare to be initialized.
+ @param pool A pointer to the tMempool to which the tSquare should be initialized.
+ */
+ void tSquare_initToPool (tSquare* const osc, tMempool* const);
+
+
+ //! Free a tSquare from a specified mempool.
+ /*!
+ @param osc A pointer to the tSquare to be freed.
+ @param pool A pointer to the tMempool from which the tSquare should be freed.
+ */
+ void tSquare_freeFromPool(tSquare* const osc, tMempool* const);
+
+
+ //! Tick a tSquare oscillator.
+ /*!
+ @param osc A pointer to the relevant tSquare.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tSquare_tick (tSquare* const osc);
+
+
+ //! Set the frequency of a tSquare oscillator.
+ /*!
+ @param osc A pointer to the relevant tSquare.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tSquare_setFreq (tSquare* const osc, float freq);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /* tSawtooth: Anti-aliased Sawtooth waveform using wavetable interpolation. Wavetables constructed from sine components. */
+ typedef struct _tSawtooth
+ {
+ // Underlying phasor
+ float phase;
+ float inc,freq;
+ int oct;
+ float w;
+ } _tSawtooth;
+
+ typedef _tSawtooth* tSawtooth;
+
+ /*!
+ * @defgroup tsawtooth tSawtooth
+ * @ingroup oscillators
+ * @brief An anti-aliased sawtooth waveform oscillator. Uses wavetable synthesis.
+ * @{
+ */
+
+ //! Initialize a tSawtooth to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tSawtooth to be initialized.
+ */
+ void tSawtooth_init (tSawtooth* const osc);
+
+
+ //! Free a tSawtooth from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tSawtooth to be freed.
+ */
+ void tSawtooth_free (tSawtooth* const osc);
+
+
+ //! Initialize a tSawtooth to a specified mempool.
+ /*!
+ @param osc A pointer to the tSawtooth to be initialized.
+ @param pool A pointer to the tMempool to which the tSawtooth should be initialized.
+ */
+ void tSawtooth_initToPool (tSawtooth* const osc, tMempool* const pool);
+
+
+ //! Free a tSawtooth from a specified mempool.
+ /*!
+ @param osc A pointer to the tSawtooth to be freed.
+ @param pool A pointer to the tMempool from which the tSawtooth should be freed.
+ */
+ void tSawtooth_freeFromPool (tSawtooth* const osc, tMempool* const pool);
+
+
+ //! Tick a tSawtooth oscillator.
+ /*!
+ @param osc A pointer to the relevant tSawtooth.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tSawtooth_tick (tSawtooth* const osc);
+
+
+ //! Set the frequency of a tSawtooth oscillator.
+ /*!
+ @param osc A pointer to the relevant tSawtooth.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tSawtooth_setFreq (tSawtooth* const osc, float freq);
+
+ /*! @} */
+
+ //==============================================================================
+
+ typedef struct _tSine
+ {
+ float* sine;
+ int size;
+ float phase;
+ float inc,freq;
+ } _tSine;
+
+ typedef _tSine* tSine;
+
+ /*!
+ * @defgroup tsine tSine
+ * @ingroup oscillators
+ * @brief A cycle/sine waveform oscillator.
+ * @{
+ */
+
+ //! Initialize a tSine to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tSine to be initialized.
+ */
+ void tSine_init (tSine* const osc, int size);
+
+
+ //! Free a tSine from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tSine to be freed.
+ */
+ void tSine_free (tSine* const osc);
+
+
+ //! Initialize a tSine to a specified mempool.
+ /*!
+ @param osc A pointer to the tSine to be initialized.
+ @param pool A pointer to the tMempool to which the tSine should be initialized.
+ */
+ void tSine_initToPool (tSine* const osc, int size, tMempool* const pool);
+
+
+ //! Free a tSine from a specified mempool.
+ /*!
+ @param osc A pointer to the tSine to be freed.
+ @param pool A pointer to the tMempool from which the tSine should be freed.
+ */
+ void tSine_freeFromPool (tSine* const osc, tMempool* const pool);
+
+
+ //! Tick a tSine oscillator.
+ /*!
+ @param osc A pointer to the relevant tSine.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tSine_tick (tSine* const osc);
+
+
+ //! Set the frequency of a tSine oscillator.
+ /*!
+ @param osc A pointer to the relevant tSine.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tSine_setFreq (tSine* const osc, float freq);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /* tTri: Anti-aliased Triangle waveform using wavetable interpolation. */
+ typedef struct _tTri
+ {
+ float phase;
+ float inc,freq;
+ float skew;
+ float lastOut;
+ } _tTri;
+
+ typedef _tTri* tTri;
+
+ /*!
+ * @defgroup tTri tTri
+ * @ingroup oscillators
+ * @brief An anti-aliased triangle waveform oscillator.
+ * @{
+ */
+
+ //! Initialize a tTri to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tTri to be initialized.
+ */
+ void tTri_init (tTri* const osc);
+
+
+ //! Free a tTri from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tTri to be freed.
+ */
+ void tTri_free (tTri* const osc);
+
+
+ //! Initialize a tTri to a specified mempool.
+ /*!
+ @param osc A pointer to the tTri to be initialized.
+ @param pool A pointer to the tMempool to which the tTri should be initialized.
+ */
+ void tTri_initToPool (tTri* const osc, tMempool* const pool);
+
+
+ //! Free a tTri from a specified mempool.
+ /*!
+ @param osc A pointer to the tTri to be freed.
+ @param pool A pointer to the tMempool from which the tTri should be freed.
+ */
+ void tTri_freeFromPool (tTri* const osc, tMempool* const pool);
+
+
+ //! Tick a tTri oscillator.
+ /*!
+ @param osc A pointer to the relevant tTri.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tTri_tick (tTri* const osc);
+
+
+ //! Set the frequency of a tTri oscillator.
+ /*!
+ @param osc A pointer to the relevant tTriangle.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tTri_setFreq (tTri* const osc, float freq);
+
+ void tTri_setSkew (tTri* const osc, float skew);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /* tPulse: Anti-aliased Square waveform. */
+ typedef struct _tPulse
+ {
+ float phase;
+ float inc,freq;
+ float width;
+ } _tPulse;
+
+ typedef _tPulse* tPulse;
+
+ /*!
+ * @defgroup tPulse tPulse
+ * @ingroup oscillators
+ * @brief An anti-aliased pulse waveform oscillator with changeable pulse width.
+ * @{
+ */
+
+ //! Initialize a tPulse to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tPulse to be initialized.
+ */
+ void tPulse_init (tPulse* const osc);
+
+
+ //! Free a tPulse from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tPulse to be freed.
+ */
+ void tPulse_free (tPulse* const osc);
+
+
+ //! Initialize a tPulse to a specified mempool.
+ /*!
+ @param osc A pointer to the tPulse to be initialized.
+ @param pool A pointer to the tMempool to which the tPulse should be initialized.
+ */
+ void tPulse_initToPool (tPulse* const osc, tMempool* const);
+
+
+ //! Free a tPulse from a specified mempool.
+ /*!
+ @param osc A pointer to the tPulse to be freed.
+ @param pool A pointer to the tMempool from which the tPulse should be freed.
+ */
+ void tPulse_freeFromPool(tPulse* const osc, tMempool* const);
+
+
+ //! Tick a tPulse oscillator.
+ /*!
+ @param osc A pointer to the relevant tPulse.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tPulse_tick (tPulse* const osc);
+
+
+ //! Set the frequency of a tPulse oscillator.
+ /*!
+ @param osc A pointer to the relevant tPulse.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tPulse_setFreq (tPulse* const osc, float freq);
+
+ void tPulse_setWidth (tPulse* const osc, float width);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /* tSawtooth: Anti-aliased Sawtooth waveform. */
+ typedef struct _tSaw
+ {
+ float phase;
+ float inc,freq;
+ } _tSaw;
+
+ typedef _tSaw* tSaw;
+
+ /*!
+ * @defgroup tsaw tSaw
+ * @ingroup oscillators
+ * @brief An anti-aliased sawtooth waveform oscillator. Uses wavetable synthesis.
+ * @{
+ */
+
+ //! Initialize a tSaw to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tSaw to be initialized.
+ */
+ void tSaw_init (tSaw* const osc);
+
+
+ //! Free a tSaw from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tSaw to be freed.
+ */
+ void tSaw_free (tSaw* const osc);
+
+
+ //! Initialize a tSaw to a specified mempool.
+ /*!
+ @param osc A pointer to the tSaw to be initialized.
+ @param pool A pointer to the tMempool to which the tSaw should be initialized.
+ */
+ void tSaw_initToPool (tSaw* const osc, tMempool* const pool);
+
+
+ //! Free a tSaw from a specified mempool.
+ /*!
+ @param osc A pointer to the tSaw to be freed.
+ @param pool A pointer to the tMempool from which the tSaw should be freed.
+ */
+ void tSaw_freeFromPool (tSaw* const osc, tMempool* const pool);
+
+
+ //! Tick a tSaw oscillator.
+ /*!
+ @param osc A pointer to the relevant tSaw.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tSaw_tick (tSaw* const osc);
+
+
+ //! Set the frequency of a tSaw oscillator.
+ /*!
+ @param osc A pointer to the relevant tSaw.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tSaw_setFreq (tSaw* const osc, float freq);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /* tPhasor: Aliasing phasor [0.0, 1.0) */
+ typedef struct _tPhasor
+ {
+ float phase;
+ float inc,freq;
+ uint8_t phaseDidReset;
+
+ } _tPhasor;
+
+ typedef _tPhasor* tPhasor;
+
+ /*!
+ * @defgroup tphasor Phasor
+ * @ingroup oscillators
+ * @brief An aliasing phasor.
+ * @{
+ */
+
+ //! Initialize a tPhasor to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tPhasor to be initialized.
+ */
+ void tPhasor_init (tPhasor* const osc);
+
+
+ //! Free a tPhasor from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tPhasor to be freed.
+ */
+ void tPhasor_free (tPhasor* const osc);
+
+
+ //! Initialize a tPhasor to a specified mempool.
+ /*!
+ @param osc A pointer to the tPhasor to be initialized.
+ @param pool A pointer to the tMempool to which the tPhasor should be initialized.
+ */
+ void tPhasor_initToPool (tPhasor* const osc, tMempool* const);
+
+
+ //! Free a tPhasor from a specified mempool.
+ /*!
+ @param osc A pointer to the tPhasor to be freed.
+ @param pool A pointer to the tMempool from which the tPhasor should be freed.
+ */
+ void tPhasor_freeFromPool(tPhasor* const osc, tMempool* const);
+
+
+ //! Tick a tPhasor oscillator.
+ /*!
+ @param osc A pointer to the relevant tPhasor.
+ @return The ticked sample as a float from 0 to 1.
+ */
+ float tPhasor_tick (tPhasor* const osc);
+
+
+ //! Set the frequency of a tPhasor oscillator.
+ /*!
+ @param osc A pointer to the relevant tPhasor.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tPhasor_setFreq (tPhasor* const osc, float freq);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /*!
+ * @defgroup tnoise tNoise
+ * @ingroup oscillators
+ * @brief A noise generator.
+ * @{
+ */
+
+ /* tNoise. WhiteNoise, PinkNoise. */
+ /*!
+ * Noise types
+ */
+ enum NoiseType
+ {
+ WhiteNoise, //!< White noise. Full spectrum.
+ PinkNoise, //!< Pink noise. Inverse frequency-proportional spectrum.
+ NoiseTypeNil,
+ };
+
+ typedef enum NoiseType NoiseType;
+
+ typedef struct _tNoise
+ {
+ NoiseType type;
+ float pinkb0, pinkb1, pinkb2;
+ float(*rand)(void);
+
+ } _tNoise;
+
+ typedef _tNoise* tNoise;
+
+ //! Initialize a tNoise to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tNoise to be initialized.
+ */
+ void tNoise_init (tNoise* const noise, NoiseType type);
+
+
+ //! Free a tNoise from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tNoise to be freed.
+ */
+ void tNoise_free (tNoise* const noise);
+
+
+ //! Initialize a tNoise to a specified mempool.
+ /*!
+ @param osc A pointer to the tNoise to be initialized.
+ @param pool A pointer to the tMempool to which the tNoise should be initialized.
+ */
+ void tNoise_initToPool (tNoise* const noise, NoiseType type, tMempool* const);
+
+
+ //! Free a tNoise from a specified mempool.
+ /*!
+ @param osc A pointer to the tNoise to be freed.
+ @param pool A pointer to the tMempool from which the tNoise should be freed.
+ */
+ void tNoise_freeFromPool (tNoise* const noise, tMempool* const);
+
+
+ //! Tick a tNoise oscillator.
+ /*!
+ @param osc A pointer to the relevant tNoise.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tNoise_tick (tNoise* const noise);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /*!
+ * @defgroup tneuron tNeuron
+ * @ingroup oscillators
+ * @brief A model of a neuron, adapted to act as an oscillator.
+ * @{
+ */
+
+ /*!
+ * Neuron modes
+ */
+ enum NeuronMode
+ {
+ NeuronNormal, //!< Normal operation
+ NeuronTanh, //!< Tanh voltage shaping
+ NeuronAaltoShaper, //!< Aalto voltage shaping
+ NeuronModeNil
+ };
+ typedef enum NeuronMode NeuronMode;
+
+ typedef struct _tNeuron
+ {
+ tPoleZero f;
+
+ NeuronMode mode;
+
+ float voltage, current;
+ float timeStep;
+
+ float alpha[3];
+ float beta[3];
+ float rate[3];
+ float V[3];
+ float P[3];
+ float gK, gN, gL, C;
+ } _tNeuron;
+
+ typedef _tNeuron* tNeuron;
+
+ //! Initialize a tNeuron to the default LEAF mempool.
+ /*!
+ @param neuron A pointer to the tNeuron to be initialized.
+ */
+ void tNeuron_init (tNeuron* const neuron);
+
+
+ //! Free a tNeuron from the default LEAF mempool.
+ /*!
+ @param neuron A pointer to the tNeuron to be freed.
+ */
+ void tNeuron_free (tNeuron* const neuron);
+
+
+ //! Initialize a tNeuron to a specified mempool.
+ /*!
+ @param neuron A pointer to the tNeuron to be initialized.
+ @param pool A pointer to the tMempool to which the tNeuron should be initialized.
+ */
+ void tNeuron_initToPool (tNeuron* const neuron, tMempool* const pool);
+
+
+ //! Free a tNeuron from a specified mempool.
+ /*!
+ @param neuron A pointer to the tNeuron to be freed.
+ @param pool A pointer to the tMempool from which the tNeuron should be freed.
+ */
+ void tNeuron_freeFromPool(tNeuron* const neuron, tMempool* const pool);
+
+
+ //! Reset the neuron model.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ */
+ void tNeuron_reset (tNeuron* const neuron);
+
+
+ //! Tick a tNeuron oscillator.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tNeuron_tick (tNeuron* const neuron);
+
+
+ //! Set the tNeuron shaping mode.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param mode The mode to set the tNeuron to.
+ */
+ void tNeuron_setMode (tNeuron* const neuron, NeuronMode mode);
+
+
+ //! Set the current.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param current The new current.
+ */
+ void tNeuron_setCurrent (tNeuron* const neuron, float current);
+
+
+ //! Set the potassium value.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param K The new potassium.
+ */
+ void tNeuron_setK (tNeuron* const neuron, float K);
+
+
+ //! Set the chloride value.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param L The new chloride value.
+ */
+ void tNeuron_setL (tNeuron* const neuron, float L);
+
+
+ //! Set the sodium value.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param N The new sodium value.
+ */
+ void tNeuron_setN (tNeuron* const neuron, float N);
+
+
+ //! Set the calcium value.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param C The new calcium.
+ */
+ void tNeuron_setC (tNeuron* const neuron, float C);
+
+
+ //! Set the V1 value.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param V1 The new V1.
+ */
+ void tNeuron_setV1 (tNeuron* const neuron, float V1);
+
+
+ //! Set the V2 value.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param V2 The new V2.
+ */
+ void tNeuron_setV2 (tNeuron* const neuron, float V2);
+
+
+ //! Set the V3 value.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param V3 The new V3.
+ */
+ void tNeuron_setV3 (tNeuron* const neuron, float V3);
+
+
+ //! Set the time step.
+ /*!
+ @param neuron A pointer to the relevant tNeuron.
+ @param timestep The new time step
+ */
+ void tNeuron_setTimeStep (tNeuron* const neuron, float timestep);
+
+ /*! @} */
+
+ //==============================================================================
+
+ typedef struct _tMinBLEP
+ {
+ float coeffs[6];
+
+ // FilterState
+ float* x1, x2, y1, y2;
+
+ float ratio, lastRatio;
+
+ float overSamplingRatio;
+ int zeroCrossings;
+
+ float lastValue;
+ float lastDelta; // previous derivative ...
+
+ // Tweaking the Blep F
+ float proportionalBlepFreq;
+ uint8_t returnDerivative; // set this to return the FIRST DERIVATIVE of the blep (for first der. discontinuities)
+
+ int blepIndex;
+ int numActiveBleps;
+ //currentActiveBlepOffsets;
+ float* offset;
+ float* freqMultiple;
+ float* pos_change_magnitude;
+ float* vel_change_magnitude;
+
+ int minBlepSize;
+ float* minBlepArray;
+ float* minBlepDerivArray;
+ } _tMinBLEP;
+
+ typedef _tMinBLEP* tMinBLEP;
+
+ void tMinBLEP_init (tMinBLEP* const minblep, int zeroCrossings, int oversamplerRatio);
+ void tMinBLEP_free (tMinBLEP* const minblep);
+ void tMinBLEP_initToPool (tMinBLEP* const minblep, int zeroCrossings, int oversamplerRatio, tMempool* const pool);
+ void tMinBLEP_freeFromPool (tMinBLEP* const minblep, tMempool* const pool);
+
+ // pass in audio, identify discontinuities and return the audio with minbleps inserted
+ float tMinBLEP_tick (tMinBLEP* const minblep, float input);
+ void tMinBLEP_buildBLEP (tMinBLEP* const minblep);
+ void tMinBLEP_addBLEP (tMinBLEP* const minblep, float offset, float posChange, float velChange);
+
+ void tMinBLEP_setOversamplingRatio (tMinBLEP* const minblep, float ratio);
+ void tMinBLEP_setNumZeroCrossings (tMinBLEP* const minblep, int numCrossings);
+
+ //==============================================================================
+
+ /* tMBTriangle: Anti-aliased Triangle waveform using wavetable interpolation. */
+ typedef struct _tMBTriangle
+ {
+ float phase;
+ float inc,freq;
+ float skew;
+ float lastOut;
+
+ tMinBLEP minBlep;
+ tHighpass dcBlock;
+ } _tMBTriangle;
+
+ typedef _tMBTriangle* tMBTriangle;
+
+ /*!
+ * @defgroup tMBTriangle tMBTriangle
+ * @ingroup oscillators
+ * @brief An anti-aliased triangle waveform oscillator.
+ * @{
+ */
+
+ //! Initialize a tMBTriangle to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tMBTriangle to be initialized.
+ */
+ void tMBTriangle_init (tMBTriangle* const osc);
+
+
+ //! Free a tMBTriangle from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tMBTriangle to be freed.
+ */
+ void tMBTriangle_free (tMBTriangle* const osc);
+
+
+ //! Initialize a tMBTriangle to a specified mempool.
+ /*!
+ @param osc A pointer to the tMBTriangle to be initialized.
+ @param pool A pointer to the tMempool to which the tMBTriangle should be initialized.
+ */
+ void tMBTriangle_initToPool (tMBTriangle* const osc, tMempool* const pool);
+
+
+ //! Free a tMBTriangle from a specified mempool.
+ /*!
+ @param osc A pointer to the tMBTriangle to be freed.
+ @param pool A pointer to the tMempool from which the tMBTriangle should be freed.
+ */
+ void tMBTriangle_freeFromPool (tMBTriangle* const osc, tMempool* const pool);
+
+
+ //! Tick a tMBTriangle oscillator.
+ /*!
+ @param osc A pointer to the relevant tMBTriangle.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tMBTriangle_tick (tMBTriangle* const osc);
+
+
+ //! Set the frequency of a tMBTriangle oscillator.
+ /*!
+ @param osc A pointer to the relevant tMBTriangleangle.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tMBTriangle_setFreq (tMBTriangle* const osc, float freq);
+
+ void tMBTriangle_setSkew (tMBTriangle* const osc, float skew);
+
+ void tMBTriangle_sync (tMBTriangle* const osc, float phase);
+
+ /*! @} */
+
+ //==============================================================================
+
+ /* tMBPulse: Anti-aliased Square waveform. */
+ typedef struct _tMBPulse
+ {
+ float phase;
+ float inc,freq;
+ float width;
+
+ tMinBLEP minBlep;
+ tHighpass dcBlock;
+ } _tMBPulse;
+
+ typedef _tMBPulse* tMBPulse;
+
+ /*!
+ * @defgroup tMBPulse tMBPulse
+ * @ingroup oscillators
+ * @brief An anti-aliased pulse waveform oscillator with changeable pulse width.
+ * @{
+ */
+
+ //! Initialize a tMBPulse to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tMBPulse to be initialized.
+ */
+ void tMBPulse_init (tMBPulse* const osc);
+
+
+ //! Free a tMBPulse from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tMBPulse to be freed.
+ */
+ void tMBPulse_free (tMBPulse* const osc);
+
+
+ //! Initialize a tMBPulse to a specified mempool.
+ /*!
+ @param osc A pointer to the tMBPulse to be initialized.
+ @param pool A pointer to the tMempool to which the tMBPulse should be initialized.
+ */
+ void tMBPulse_initToPool (tMBPulse* const osc, tMempool* const);
+
+
+ //! Free a tMBPulse from a specified mempool.
+ /*!
+ @param osc A pointer to the tMBPulse to be freed.
+ @param pool A pointer to the tMempool from which the tMBPulse should be freed.
+ */
+ void tMBPulse_freeFromPool(tMBPulse* const osc, tMempool* const);
+
+
+ //! Tick a tMBPulse oscillator.
+ /*!
+ @param osc A pointer to the relevant tMBPulse.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tMBPulse_tick (tMBPulse* const osc);
+
+
+ //! Set the frequency of a tMBPulse oscillator.
+ /*!
+ @param osc A pointer to the relevant tMBPulse.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tMBPulse_setFreq (tMBPulse* const osc, float freq);
+
+ void tMBPulse_setWidth (tMBPulse* const osc, float width);
+
+ void tMBPulse_sync (tMBPulse* const osc, float phase);
+
+
+ /*! @} */
+
+ //==============================================================================
+
+ /* tMBSawtooth: Anti-aliased Sawtooth waveform. */
+ typedef struct _tMBSaw
+ {
+ float phase;
+ float inc,freq;
+
+ tMinBLEP minBlep;
+ tHighpass dcBlock;
+ } _tMBSaw;
+
+ typedef _tMBSaw* tMBSaw;
+
+ /*!
+ * @defgroup tMBSaw tMBSaw
+ * @ingroup oscillators
+ * @brief An anti-aliased sawtooth waveform oscillator. Uses wavetable synthesis.
+ * @{
+ */
+
+ //! Initialize a tMBSaw to the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tMBSaw to be initialized.
+ */
+ void tMBSaw_init (tMBSaw* const osc);
+
+
+ //! Free a tMBSaw from the default LEAF mempool.
+ /*!
+ @param osc A pointer to the tMBSaw to be freed.
+ */
+ void tMBSaw_free (tMBSaw* const osc);
+
+
+ //! Initialize a tMBSaw to a specified mempool.
+ /*!
+ @param osc A pointer to the tMBSaw to be initialized.
+ @param pool A pointer to the tMempool to which the tMBSaw should be initialized.
+ */
+ void tMBSaw_initToPool (tMBSaw* const osc, tMempool* const pool);
+
+
+ //! Free a tMBSaw from a specified mempool.
+ /*!
+ @param osc A pointer to the tMBSaw to be freed.
+ @param pool A pointer to the tMempool from which the tMBSaw should be freed.
+ */
+ void tMBSaw_freeFromPool (tMBSaw* const osc, tMempool* const pool);
+
+
+ //! Tick a tMBSaw oscillator.
+ /*!
+ @param osc A pointer to the relevant tMBSaw.
+ @return The ticked sample as a float from -1 to 1.
+ */
+ float tMBSaw_tick (tMBSaw* const osc);
+
+
+ //! Set the frequency of a tMBSaw oscillator.
+ /*!
+ @param osc A pointer to the relevant tMBSaw.
+ @param freq The frequency to set the oscillator to.
+ */
+ void tMBSaw_setFreq (tMBSaw* const osc, float freq);
+
+ void tMBSaw_sync (tMBSaw* const osc, float phase);
+
+ /*! @} */
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_OSCILLATORS_H_INCLUDED
+
+//==============================================================================
+
--- /dev/null
+++ b/leaf/Inc/leaf-physical.h
@@ -1,0 +1,259 @@
+/*
+ ==============================================================================
+
+ leaf-physical.h
+ Created: 30 Nov 2018 10:41:55am
+ Author: airship
+
+ ==============================================================================
+ */
+
+#ifndef LEAF_PHYSICAL_H_INCLUDED
+#define LEAF_PHYSICAL_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-global.h"
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+#include "leaf-delay.h"
+#include "leaf-filters.h"
+#include "leaf-oscillators.h"
+#include "leaf-envelopes.h"
+#include "leaf-dynamics.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ /* Karplus Strong model */
+ typedef struct _tPluck
+ {
+ tAllpassDelay delayLine; // Allpass or Linear?? big difference...
+ tOneZero loopFilter;
+ tOnePole pickFilter;
+ tNoise noise;
+
+ float lastOut;
+ float loopGain;
+ float lastFreq;
+
+ float sr;
+
+ } _tPluck;
+
+ typedef _tPluck* tPluck;
+
+ void tPluck_init (tPluck* const, float lowestFrequency); //float delayBuff[DELAY_LENGTH]);
+ void tPluck_free (tPluck* const);
+ void tPluck_initToPool (tPluck* const, float lowestFrequency, tMempool* const);
+ void tPluck_freeFromPool (tPluck* const, tMempool* const);
+
+ float tPluck_tick (tPluck* const);
+
+ // Pluck the string.
+ void tPluck_pluck (tPluck* const, float amplitude);
+
+ // Start a note with the given frequency and amplitude.;
+ void tPluck_noteOn (tPluck* const, float frequency, float amplitude );
+
+ // Stop a note with the given amplitude (speed of decay).
+ void tPluck_noteOff (tPluck* const, float amplitude );
+
+ // Set instrument parameters for a particular frequency.
+ void tPluck_setFrequency (tPluck* const, float frequency );
+
+ // Perform the control change specified by \e number and \e value (0.0 - 128.0).
+ void tPluck_controlChange (tPluck* const, int number, float value);
+
+ // tPluck Utilities.
+ float tPluck_getLastOut (tPluck* const);
+
+ //==============================================================================
+
+ typedef enum SKControlType
+ {
+ SKPickPosition = 0,
+ SKStringDamping,
+ SKDetune,
+ SKControlTypeNil
+ } SKControlType;
+
+ /* Stif Karplus Strong model */
+ typedef struct _tKarplusStrong
+ {
+ tAllpassDelay delayLine;
+ tLinearDelay combDelay;
+ tOneZero filter;
+ tNoise noise;
+ tBiQuad biquad[4];
+
+ uint32_t length;
+ float loopGain;
+ float baseLoopGain;
+ float lastFrequency;
+ float lastLength;
+ float stretching;
+ float pluckAmplitude;
+ float pickupPosition;
+
+ float lastOut;
+
+ } _tKarplusStrong;
+
+ typedef _tKarplusStrong* tKarplusStrong;
+
+ void tKarplusStrong_init (tKarplusStrong* const, float lowestFrequency); // float delayBuff[2][DELAY_LENGTH]);
+ void tKarplusStrong_free (tKarplusStrong* const);
+ void tKarplusStrong_initToPool (tKarplusStrong* const, float lowestFrequency, tMempool* const);
+ void tKarplusStrong_freeFromPool (tKarplusStrong* const, tMempool* const);
+
+ float tKarplusStrong_tick (tKarplusStrong* const);
+
+ // Pluck the string.
+ void tKarplusStrong_pluck (tKarplusStrong* const, float amplitude);
+
+ // Start a note with the given frequency and amplitude.;
+ void tKarplusStrong_noteOn (tKarplusStrong* const, float frequency, float amplitude );
+
+ // Stop a note with the given amplitude (speed of decay).
+ void tKarplusStrong_noteOff (tKarplusStrong* const, float amplitude );
+
+ // Set instrument parameters for a particular frequency.
+ void tKarplusStrong_setFrequency (tKarplusStrong* const, float frequency );
+
+ // Perform the control change specified by \e number and \e value (0.0 - 128.0).
+ // Use SKPickPosition, SKStringDamping, or SKDetune for type.
+ void tKarplusStrong_controlChange (tKarplusStrong* const, SKControlType type, float value);
+
+ // Set the stretch "factor" of the string (0.0 - 1.0).
+ void tKarplusStrong_setStretch (tKarplusStrong* const, float stretch );
+
+ // Set the pluck or "excitation" position along the string (0.0 - 1.0).
+ void tKarplusStrong_setPickupPosition (tKarplusStrong* const, float position );
+
+ // Set the base loop gain.
+ void tKarplusStrong_setBaseLoopGain (tKarplusStrong* const, float aGain );
+
+ // tKarplusStrong utilities.
+ float tKarplusStrong_getLastOut (tKarplusStrong* const);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /* Simple Living String */
+ typedef struct _tSimpleLivingString {
+ float freq, waveLengthInSamples; // the frequency of the string, determining delay length
+ float dampFreq; // frequency for the bridge LP filter, in Hz
+ float decay; // amplitude damping factor for the string (only active in mode 0)
+ float levMode;
+ float curr;
+ tLinearDelay delayLine;
+ tOnePole bridgeFilter;
+ tHighpass DCblocker;
+ tFeedbackLeveler fbLev;
+ tExpSmooth wlSmooth;
+ } _tSimpleLivingString;
+
+ typedef _tSimpleLivingString* tSimpleLivingString;
+
+ void tSimpleLivingString_init (tSimpleLivingString* const, float freq, float dampFreq,
+ float decay, float targetLev, float levSmoothFactor,
+ float levStrength, int levMode);
+ void tSimpleLivingString_free (tSimpleLivingString* const);
+ void tSimpleLivingString_initToPool (tSimpleLivingString* const, float freq, float dampFreq,
+ float decay, float targetLev, float levSmoothFactor,
+ float levStrength, int levMode, tMempool* const);
+ void tSimpleLivingString_freeFromPool (tSimpleLivingString* const, tMempool* const);
+
+ float tSimpleLivingString_tick (tSimpleLivingString* const, float input);
+ float tSimpleLivingString_sample (tSimpleLivingString* const);
+ void tSimpleLivingString_setFreq (tSimpleLivingString* const, float freq);
+ void tSimpleLivingString_setWaveLength (tSimpleLivingString* const, float waveLength); // in samples
+ void tSimpleLivingString_setDampFreq (tSimpleLivingString* const, float dampFreq);
+ void tSimpleLivingString_setDecay (tSimpleLivingString* const, float decay); // should be near 1.0
+ void tSimpleLivingString_setTargetLev (tSimpleLivingString* const, float targetLev);
+ void tSimpleLivingString_setLevSmoothFactor (tSimpleLivingString* const, float levSmoothFactor);
+ void tSimpleLivingString_setLevStrength (tSimpleLivingString* const, float levStrength);
+ void tSimpleLivingString_setLevMode (tSimpleLivingString* const, int levMode);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ /* Living String */
+ typedef struct _tLivingString {
+ float freq, waveLengthInSamples; // the frequency of the whole string, determining delay length
+ float pickPos; // the pick position, dividing the string in two, in ratio
+ float prepIndex; // the amount of pressure on the pickpoint of the string (near 0=soft obj, near 1=hard obj)
+ float dampFreq; // frequency for the bridge LP filter, in Hz
+ float decay; // amplitude damping factor for the string (only active in mode 0)
+ float levMode;
+ float curr;
+ tLinearDelay delLF,delUF,delUB,delLB; // delay for lower/upper/forward/backward part of the waveguide model
+ tOnePole bridgeFilter, nutFilter, prepFilterU, prepFilterL;
+ tHighpass DCblockerL, DCblockerU;
+ tFeedbackLeveler fbLevU, fbLevL;
+ tExpSmooth wlSmooth, ppSmooth;
+ } _tLivingString;
+
+ typedef _tLivingString* tLivingString;
+
+ void tLivingString_init (tLivingString* const, float freq, float pickPos, float prepIndex,
+ float dampFreq, float decay, float targetLev, float levSmoothFactor,
+ float levStrength, int levMode);
+ void tLivingString_free (tLivingString* const);
+ void tLivingString_initToPool (tLivingString* const, float freq, float pickPos, float prepIndex,
+ float dampFreq, float decay, float targetLev, float levSmoothFactor,
+ float levStrength, int levMode, tMempool* const);
+ void tLivingString_freeFromPool (tLivingString* const, tMempool* const);
+
+ float tLivingString_tick (tLivingString* const, float input);
+ float tLivingString_sample (tLivingString* const);
+ void tLivingString_setFreq (tLivingString* const, float freq);
+ void tLivingString_setWaveLength (tLivingString* const, float waveLength); // in samples
+ void tLivingString_setPickPos (tLivingString* const, float pickPos);
+ void tLivingString_setPrepIndex (tLivingString* const, float prepIndex);
+ void tLivingString_setDampFreq (tLivingString* const, float dampFreq);
+ void tLivingString_setDecay (tLivingString* const, float decay); // should be near 1.0
+ void tLivingString_setTargetLev (tLivingString* const, float targetLev);
+ void tLivingString_setLevSmoothFactor (tLivingString* const, float levSmoothFactor);
+ void tLivingString_setLevStrength (tLivingString* const, float levStrength);
+ void tLivingString_setLevMode (tLivingString* const, int levMode);
+
+ // ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
+
+ //Reed Table - borrowed from STK
+ typedef struct _tReedTable {
+ float offset, slope;
+ } _tReedTable;
+
+ typedef _tReedTable* tReedTable;
+
+ void tReedTable_init (tReedTable* const, float offset, float slope);
+ void tReedTable_free (tReedTable* const);
+ void tReedTable_initToPool (tReedTable* const, float offset, float slope, tMempool* const);
+ void tReedTable_freeFromPool (tReedTable* const, tMempool* const);
+
+ float tReedTable_tick (tReedTable* const, float input);
+ float tReedTable_tanh_tick (tReedTable* const, float input); //tanh softclip version of reed table - replacing the hard clip in original stk code
+ void tReedTable_setOffset (tReedTable* const, float offset);
+ void tReedTable_setSlope (tReedTable* const, float slope);
+
+ //==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_PHYSICAL_H_INCLUDED
+
+//==============================================================================
+
--- /dev/null
+++ b/leaf/Inc/leaf-reverb.h
@@ -1,0 +1,175 @@
+/*==============================================================================
+
+ leaf-reverb.h
+ Created: 20 Jan 2017 12:02:04pm
+ Author: Michael R Mulshine
+
+ ==============================================================================*/
+
+#ifndef LEAF_REVERB_H_INCLUDED
+#define LEAF_REVERB_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-global.h"
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+#include "leaf-delay.h"
+#include "leaf-filters.h"
+#include "leaf-oscillators.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ /* PRCReverb: Reverb, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tPRCReverb
+ {
+ float mix, t60;
+
+ float inv_441;
+
+ tDelay allpassDelays[2];
+ tDelay combDelay;
+ float allpassCoeff;
+ float combCoeff;
+
+ float lastIn, lastOut;
+
+ } _tPRCReverb;
+
+ typedef _tPRCReverb* tPRCReverb;
+
+ void tPRCReverb_init (tPRCReverb* const, float t60);
+ void tPRCReverb_free (tPRCReverb* const);
+ void tPRCReverb_initToPool (tPRCReverb* const, float t60, tMempool* const);
+ void tPRCReverb_freeFromPool (tPRCReverb* const, tMempool* const);
+
+ void tPRCReverb_clear (tPRCReverb* const);
+ float tPRCReverb_tick (tPRCReverb* const, float input);
+
+ // Set reverb time in seconds.
+ void tPRCReverb_setT60 (tPRCReverb* const, float t60);
+
+ // Set mix between dry input and wet output signal.
+ void tPRCReverb_setMix (tPRCReverb* const, float mix);
+
+ //==============================================================================
+
+ /* NReverb: Reverb, reimplemented from STK (Cook and Scavone). */
+ typedef struct _tNReverb
+ {
+ float mix, t60;
+
+ float inv_sr, inv_441;
+
+ tLinearDelay allpassDelays[8];
+ tLinearDelay combDelays[6];
+ float allpassCoeff;
+ float combCoeffs[6];
+ float lowpassState;
+
+ float lastIn, lastOut;
+
+ } _tNReverb;
+
+ typedef _tNReverb* tNReverb;
+
+ void tNReverb_init (tNReverb* const, float t60);
+ void tNReverb_free (tNReverb* const);
+ void tNReverb_initToPool (tNReverb* const, float t60, tMempool* const);
+ void tNReverb_freeFromPool (tNReverb* const, tMempool* const);
+
+ void tNReverb_clear (tNReverb* const);
+ float tNReverb_tick (tNReverb* const, float input);
+ void tNReverb_tickStereo (tNReverb* const rev, float input, float* output);
+
+ // Set reverb time in seconds.
+ void tNReverb_setT60 (tNReverb* const, float t60);
+
+ // Set mix between dry input and wet output signal.
+ void tNReverb_setMix (tNReverb* const, float mix);
+
+ //==============================================================================
+
+ typedef struct _tDattorroReverb
+ {
+ float predelay;
+ float input_filter;
+ float feedback_filter;
+ float feedback_gain;
+ float mix;
+ uint32_t frozen;
+
+ float size, size_max, t;
+
+ float f1_delay_2_last,
+ f2_delay_2_last;
+
+ float f1_last,
+ f2_last;
+
+ // INPUT
+ tTapeDelay in_delay;
+ tOnePole in_filter;
+ tAllpass in_allpass[4];
+
+ // FEEDBACK 1
+ tAllpass f1_allpass;
+ tTapeDelay f1_delay_1;
+ tOnePole f1_filter;
+ tTapeDelay f1_delay_2;
+ tTapeDelay f1_delay_3;
+ tHighpass f1_hp;
+
+ tCycle f1_lfo;
+
+ // FEEDBACK 2
+ tAllpass f2_allpass;
+ tTapeDelay f2_delay_1;
+ tOnePole f2_filter;
+ tTapeDelay f2_delay_2;
+ tTapeDelay f2_delay_3;
+ tHighpass f2_hp;
+
+ tCycle f2_lfo;
+
+ } _tDattorroReverb;
+
+ typedef _tDattorroReverb* tDattorroReverb;
+
+ void tDattorroReverb_init (tDattorroReverb* const);
+ void tDattorroReverb_free (tDattorroReverb* const);
+ void tDattorroReverb_initToPool (tDattorroReverb* const, tMempool* const);
+ void tDattorroReverb_freeFromPool (tDattorroReverb* const, tMempool* const);
+
+ void tDattorroReverb_clear (tDattorroReverb* const);
+ float tDattorroReverb_tick (tDattorroReverb* const, float input);
+ void tDattorroReverb_tickStereo (tDattorroReverb* const rev, float input, float* output);
+ void tDattorroReverb_setMix (tDattorroReverb* const, float mix);
+ void tDattorroReverb_setFreeze (tDattorroReverb* const rev, uint32_t freeze);
+ void tDattorroReverb_setHP (tDattorroReverb* const, float freq);
+ void tDattorroReverb_setSize (tDattorroReverb* const, float size);
+ void tDattorroReverb_setInputDelay (tDattorroReverb* const, float preDelay);
+ void tDattorroReverb_setInputFilter (tDattorroReverb* const, float freq);
+ void tDattorroReverb_setFeedbackFilter (tDattorroReverb* const, float freq);
+ void tDattorroReverb_setFeedbackGain (tDattorroReverb* const, float gain);
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_REVERB_H_INCLUDED
+
+//==============================================================================
+
--- /dev/null
+++ b/leaf/Inc/leaf-sampling.h
@@ -1,0 +1,188 @@
+/*==============================================================================
+
+ leaf-sampling.h
+ Created: 23 Jan 2019 11:22:09am
+ Author: Mike Mulshine
+
+ ==============================================================================*/
+
+
+#ifndef LEAF_SAMPLING_H_INCLUDED
+#define LEAF_SAMPLING_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+ //==============================================================================
+
+#include "leaf-global.h"
+#include "leaf-math.h"
+#include "leaf-mempool.h"
+#include "leaf-envelopes.h"
+#include "leaf-mempool.h"
+#include "leaf-analysis.h"
+
+ /*!
+ * @internal
+ * Header.
+ * @include basic-oscillators.h
+ * @example basic-oscillators.c
+ * An example.
+ */
+
+ //==============================================================================
+
+ typedef enum RecordMode
+ {
+ RecordOneShot = 0,
+ RecordLoop,
+ RecordModeNil
+ } RecordMode;
+
+ typedef struct _tBuffer
+ {
+ float* buff;
+
+ uint32_t idx;
+ uint32_t bufferLength;
+ uint32_t recordedLength;
+ RecordMode mode;
+
+ int active;
+
+ } _tBuffer;
+
+ typedef _tBuffer* tBuffer;
+
+ void tBuffer_init (tBuffer* const, uint32_t length);
+ void tBuffer_free (tBuffer* const);
+ void tBuffer_initToPool (tBuffer* const, uint32_t length, tMempool* const);
+ void tBuffer_freeFromPool (tBuffer* const, tMempool* const);
+
+ void tBuffer_tick (tBuffer* const, float sample);
+
+ void tBuffer_read (tBuffer* const, float* buff, uint32_t len);
+
+ float tBuffer_get (tBuffer* const, int idx);
+
+ void tBuffer_record (tBuffer* const);
+ void tBuffer_stop (tBuffer* const);
+ int tBuffer_getRecordPosition (tBuffer* const);
+
+ void tBuffer_setRecordMode (tBuffer* const, RecordMode mode);
+
+ void tBuffer_clear (tBuffer* const);
+
+ uint32_t tBuffer_getBufferLength (tBuffer* const);
+ uint32_t tBuffer_getRecordedLength (tBuffer* const sb);
+
+ //==============================================================================
+
+ typedef enum PlayMode
+ {
+ PlayNormal,
+ PlayLoop,
+ PlayBackAndForth,
+ PlayModeNil
+ } PlayMode;
+
+ typedef struct _tSampler
+ {
+ tBuffer samp;
+
+ tRamp gain;
+
+ float idx;
+ float inc;
+ float last;
+ float iinc;
+ int8_t dir;
+ int8_t flip;
+ int8_t bnf;
+
+ int32_t start, targetstart;
+ int32_t end, targetend;
+
+ uint32_t len;
+ uint32_t cfxlen;
+ float numticks;
+ PlayMode mode;
+ int retrigger;
+
+ int active;
+
+ uint8_t inCrossfade;
+
+ float flipStart;
+ float flipIdx;
+
+ } _tSampler;
+
+ typedef _tSampler* tSampler;
+
+ void tSampler_init (tSampler* const, tBuffer* const);
+ void tSampler_free (tSampler* const);
+ void tSampler_initToPool (tSampler* const, tBuffer* const, tMempool* const);
+ void tSampler_freeFromPool (tSampler* const, tMempool* const);
+
+ float tSampler_tick (tSampler* const);
+
+ void tSampler_setSample (tSampler* const, tBuffer* const);
+
+ void tSampler_setMode (tSampler* const, PlayMode mode);
+
+ void tSampler_play (tSampler* const);
+ void tSampler_stop (tSampler* const);
+
+ void tSampler_setStart (tSampler* const, int32_t start);
+ void tSampler_setEnd (tSampler* const, int32_t end);
+ void tSampler_setLength (tSampler* const, int32_t length);
+
+ void tSampler_setCrossfadeLength (tSampler* const sp, uint32_t length);
+
+ void tSampler_setRate (tSampler* const, float rate);
+
+ //==============================================================================
+
+ typedef struct _tAutoSampler
+ {
+ tSampler sampler;
+ tEnvelopeFollower ef;
+ uint32_t windowSize;
+ float threshold;
+ float previousPower;
+ uint32_t sampleCounter;
+ uint32_t powerCounter;
+ uint8_t sampleTriggered;
+ } _tAutoSampler;
+
+ typedef _tAutoSampler* tAutoSampler;
+
+ void tAutoSampler_init (tAutoSampler* const, tBuffer* const);
+ void tAutoSampler_free (tAutoSampler* const);
+ void tAutoSampler_initToPool (tAutoSampler* const, tBuffer* const, tMempool* const);
+ void tAutoSampler_freeFromPool (tAutoSampler* const, tMempool* const);
+
+ float tAutoSampler_tick (tAutoSampler* const, float input);
+
+ void tAutoSampler_setBuffer (tAutoSampler* const, tBuffer* const);
+
+ void tAutoSampler_setMode (tAutoSampler* const, PlayMode mode);
+
+ void tAutoSampler_play (tAutoSampler* const);
+ void tAutoSampler_stop (tAutoSampler* const);
+
+ void tAutoSampler_setThreshold (tAutoSampler* const, float thresh);
+ void tAutoSampler_setWindowSize (tAutoSampler* const, uint32_t size);
+ void tAutoSampler_setCrossfadeLength (tAutoSampler* const, uint32_t length);
+
+ void tAutoSampler_setRate (tAutoSampler* const, float rate);
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_SAMPLING_H_INCLUDED
+
+//==============================================================================
--- /dev/null
+++ b/leaf/Inc/leaf-tables.h
@@ -1,0 +1,104 @@
+/*==============================================================================
+
+ leaf-tables.h
+ Created: 4 Dec 2016 9:42:41pm
+ Author: Michael R Mulshine
+
+==============================================================================*/
+
+#ifndef LEAF_TABLES_H_INCLUDED
+#define LEAF_TABLES_H_INCLUDED
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+//==============================================================================
+
+#include "leaf-math.h"
+
+//==============================================================================
+
+#define USE_SAWTOOTH_TABLE 1
+#define USE_SQUARE_TABLE 1
+#define USE_TRIANGLE_TABLE 1
+#define USE_SHAPER_TABLE 1
+
+#define SINE_TABLE_SIZE 2048
+#define SAW_TABLE_SIZE 2048
+#define SQR_TABLE_SIZE 2048
+#define TRI_TABLE_SIZE 2048
+#define EXP_DECAY_TABLE_SIZE 65536
+#define ATTACK_DECAY_INC_TABLE_SIZE 65536
+#define TANH1_TABLE_SIZE 65536
+#define DECAY_COEFF_TABLE_SIZE 4096
+#define MTOF1_TABLE_SIZE 4096
+#define FILTERTAN_TABLE_SIZE 4096
+
+#define SHAPER1_TABLE_SIZE 65536
+extern const float __leaf_table_shaper1[SHAPER1_TABLE_SIZE];
+
+#define COEFFS_SIZE 32
+extern const float* __leaf_tableref_firCoeffs[COEFFS_SIZE];
+extern const float __leaf_tablesize_firNumTaps[COEFFS_SIZE];
+extern const float __leaf_table_fir2XLow[32];
+extern const float __leaf_table_fir4XLow[64];
+extern const float __leaf_table_fir8XLow[64];
+extern const float __leaf_table_fir16XLow[128];
+extern const float __leaf_table_fir32XLow[256];
+extern const float __leaf_table_fir64XLow[256];
+extern const float __leaf_table_fir2XHigh[128];
+extern const float __leaf_table_fir4XHigh[256];
+extern const float __leaf_table_fir8XHigh[256];
+extern const float __leaf_table_fir16XHigh[512];
+extern const float __leaf_table_fir32XHigh[512];
+extern const float __leaf_table_fir64XHigh[1024];
+
+typedef enum TableName
+{
+ T20 = 0,
+ T40,
+ T80,
+ T160,
+ T320,
+ T640,
+ T1280,
+ T2560,
+ T5120,
+ T10240,
+ T20480,
+ TableNameNil
+} TableName;
+
+// mtof lookup table based on input range [0.0,1.0) in 4096 increments - midi frequency values scaled between m25 and m134 (from the Snyderphonics DrumBox code)
+
+extern const float __leaf_table_exp_decay[EXP_DECAY_TABLE_SIZE];
+extern const float __leaf_table_attack_decay_inc[ATTACK_DECAY_INC_TABLE_SIZE];
+
+extern const float __leaf_table_filtertan[FILTERTAN_TABLE_SIZE];
+
+extern const float __leaf_table_mtof1[MTOF1_TABLE_SIZE];
+extern const float __leaf_table_decayCoeffTable[DECAY_COEFF_TABLE_SIZE];
+
+extern const float __leaf_table_tanh1[TANH1_TABLE_SIZE];
+
+//==============================================================================
+
+/* Sine wave table ripped from http://aquaticus.info/pwm-sine-wave. */
+extern const float __leaf_table_sinewave[SINE_TABLE_SIZE];
+
+extern const float __leaf_table_sawtooth[11][SAW_TABLE_SIZE];
+
+extern const float __leaf_table_triangle[11][TRI_TABLE_SIZE];
+
+extern const float __leaf_table_squarewave[11][SQR_TABLE_SIZE];
+
+//==============================================================================
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif // LEAF_TABLES_H_INCLUDED
+
+//==============================================================================
--- /dev/null
+++ b/leaf/Src/leaf-analysis.c
@@ -1,0 +1,1054 @@
+/*==============================================================================
+
+ leaf-analysis.c
+ Created: 30 Nov 2018 11:56:49am
+ Author: airship
+
+==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-analysis.h"
+#include "..\Externals\d_fft_mayer.h"
+
+#else
+
+#include "../Inc/leaf-analysis.h"
+#include "../Externals/d_fft_mayer.h"
+
+#endif
+
+//===========================================================================
+/* Envelope Follower */
+//===========================================================================
+
+void tEnvelopeFollower_init(tEnvelopeFollower* const ef, float attackThreshold, float decayCoeff)
+{
+ _tEnvelopeFollower* e = *ef = (_tEnvelopeFollower*) leaf_alloc(sizeof(_tEnvelopeFollower));
+
+ e->y = 0.0f;
+ e->a_thresh = attackThreshold;
+ e->d_coeff = decayCoeff;
+}
+
+void tEnvelopeFollower_free(tEnvelopeFollower* const ef)
+{
+ _tEnvelopeFollower* e = *ef;
+
+ leaf_free((char*)e);
+}
+
+void tEnvelopeFollower_initToPool (tEnvelopeFollower* const ef, float attackThreshold, float decayCoeff, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tEnvelopeFollower* e = *ef = (_tEnvelopeFollower*) mpool_alloc(sizeof(_tEnvelopeFollower), m);
+
+ e->y = 0.0f;
+ e->a_thresh = attackThreshold;
+ e->d_coeff = decayCoeff;
+}
+
+void tEnvelopeFollower_freeFromPool (tEnvelopeFollower* const ef, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tEnvelopeFollower* e = *ef;
+
+ mpool_free((char*)e, m);
+}
+
+float tEnvelopeFollower_tick(tEnvelopeFollower* const ef, float x)
+{
+ _tEnvelopeFollower* e = *ef;
+
+ if (x < 0.0f ) x = -x; /* Absolute value. */
+
+ if ((x >= e->y) && (x > e->a_thresh)) e->y = x; /* If we hit a peak, ride the peak to the top. */
+ else e->y = e->y * e->d_coeff; /* Else, exponential decay of output. */
+
+ //ef->y = envelope_pow[(uint16_t)(ef->y * (float)UINT16_MAX)] * ef->d_coeff; //not quite the right behavior - too much loss of precision?
+ //ef->y = powf(ef->y, 1.000009f) * ef->d_coeff; // too expensive
+
+ if( e->y < VSF) e->y = 0.0f;
+
+ return e->y;
+}
+
+int tEnvelopeFollower_decayCoeff(tEnvelopeFollower* const ef, float decayCoeff)
+{
+ _tEnvelopeFollower* e = *ef;
+ return e->d_coeff = decayCoeff;
+}
+
+int tEnvelopeFollower_attackThresh(tEnvelopeFollower* const ef, float attackThresh)
+{
+ _tEnvelopeFollower* e = *ef;
+ return e->a_thresh = attackThresh;
+}
+
+
+
+
+
+// zero crossing detector
+
+void tZeroCrossing_init (tZeroCrossing* const zc, int maxWindowSize)
+{
+ tZeroCrossing_initToPool (zc, maxWindowSize, &leaf.mempool);
+}
+void tZeroCrossing_free (tZeroCrossing* const zc)
+{
+ tZeroCrossing_freeFromPool (zc, &leaf.mempool);
+}
+void tZeroCrossing_initToPool (tZeroCrossing* const zc, int maxWindowSize, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tZeroCrossing* z = *zc = (_tZeroCrossing*) mpool_alloc(sizeof(_tZeroCrossing), m);
+
+ z->count = 0;
+ z->maxWindowSize = maxWindowSize;
+ z->currentWindowSize = maxWindowSize;
+ z->invCurrentWindowSize = 1.0f / maxWindowSize;
+ z->position = 0;
+ z->prevPosition = maxWindowSize;
+ z->inBuffer = (float*) mpool_calloc(sizeof(float) * maxWindowSize, m);
+ z->countBuffer = (uint16_t*) mpool_calloc(sizeof(uint16_t) * maxWindowSize, m);
+}
+
+void tZeroCrossing_freeFromPool (tZeroCrossing* const zc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tZeroCrossing* z = *zc;
+ mpool_free((char*)z->inBuffer, m);
+ mpool_free((char*)z->countBuffer, m);
+ mpool_free((char*)z, m);
+}
+
+//returns proportion of zero crossings within window size (0.0 would be none in window, 1.0 would be all zero crossings)
+float tZeroCrossing_tick (tZeroCrossing* const zc, float input)
+{
+ _tZeroCrossing* z = *zc;
+
+ z->inBuffer[z->position] = input;
+ int futurePosition = ((z->position + 1) % z->currentWindowSize);
+ float output = 0.0f;
+
+ //add new value to count
+ if ((z->inBuffer[z->position] * z->inBuffer[z->prevPosition]) < 0.0f)
+ {
+ //zero crossing happened, add it to the count array
+ z->countBuffer[z->position] = 1;
+ z->count++;
+ }
+ else
+ {
+ z->countBuffer[z->position] = 0;
+ }
+
+ //remove oldest value from count
+ if (z->countBuffer[futurePosition] > 0)
+ {
+ z->count--;
+ if (z->count < 0)
+ {
+ z->count = 0;
+ }
+ }
+
+ z->prevPosition = z->position;
+ z->position = futurePosition;
+
+ output = z->count * z->invCurrentWindowSize;
+
+ return output;
+}
+
+
+void tZeroCrossing_setWindow (tZeroCrossing* const zc, float windowSize)
+{
+ _tZeroCrossing* z = *zc;
+ if (windowSize <= z->maxWindowSize)
+ {
+ z->currentWindowSize = windowSize;
+ }
+ else
+ {
+ z->currentWindowSize = z->maxWindowSize;
+ }
+ z->invCurrentWindowSize = 1.0f / z->currentWindowSize;
+}
+
+
+
+
+
+//===========================================================================
+/* Power Follower */
+//===========================================================================
+void tPowerFollower_init(tPowerFollower* const pf, float factor)
+{
+ _tPowerFollower* p = *pf = (_tPowerFollower*) leaf_alloc(sizeof(_tPowerFollower));
+
+ p->curr=0.0f;
+ p->factor=factor;
+ p->oneminusfactor=1.0f-factor;
+}
+
+void tPowerFollower_free(tPowerFollower* const pf)
+{
+ _tPowerFollower* p = *pf;
+
+ leaf_free((char*)p);
+}
+
+void tPowerFollower_initToPool (tPowerFollower* const pf, float factor, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPowerFollower* p = *pf = (_tPowerFollower*) mpool_alloc(sizeof(_tPowerFollower), m);
+
+ p->curr=0.0f;
+ p->factor=factor;
+ p->oneminusfactor=1.0f-factor;
+}
+
+void tPowerFollower_freeFromPool (tPowerFollower* const pf, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPowerFollower* p = *pf;
+
+ mpool_free((char*)p, m);
+}
+
+int tPowerFollower_setFactor(tPowerFollower* const pf, float factor)
+{
+ _tPowerFollower* p = *pf;
+
+ if (factor<0) factor=0;
+ if (factor>1) factor=1;
+ p->factor=factor;
+ p->oneminusfactor=1.0f-factor;
+ return 0;
+}
+
+float tPowerFollower_tick(tPowerFollower* const pf, float input)
+{
+ _tPowerFollower* p = *pf;
+ p->curr = p->factor*input*input+p->oneminusfactor*p->curr;
+ return p->curr;
+}
+
+float tPowerFollower_sample(tPowerFollower* const pf)
+{
+ _tPowerFollower* p = *pf;
+ return p->curr;
+}
+
+
+
+
+//===========================================================================
+/* ---------------- env~ - simple envelope follower. ----------------- */
+//===========================================================================
+
+void tEnvPD_init(tEnvPD* const xpd, int ws, int hs, int bs)
+{
+ _tEnvPD* x = *xpd = (_tEnvPD*) leaf_calloc(sizeof(_tEnvPD));
+
+ int period = hs, npoints = ws;
+
+ int i;
+
+ if (npoints < 1) npoints = 1024;
+ if (period < 1) period = npoints/2;
+ if (period < npoints / MAXOVERLAP + 1)
+ period = npoints / MAXOVERLAP + 1;
+
+ x->x_npoints = npoints;
+ x->x_phase = 0;
+ x->x_period = period;
+
+ x->windowSize = npoints;
+ x->hopSize = period;
+ x->blockSize = bs;
+
+ for (i = 0; i < MAXOVERLAP; i++) x->x_sumbuf[i] = 0.0f;
+ for (i = 0; i < npoints; i++)
+ x->buf[i] = (1.0f - cosf((TWO_PI * i) / npoints))/npoints;
+ for (; i < npoints+INITVSTAKEN; i++) x->buf[i] = 0.0f;
+
+ x->x_f = 0.0f;
+
+ x->x_allocforvs = INITVSTAKEN;
+
+ // ~ ~ ~ dsp ~ ~ ~
+ if (x->x_period % x->blockSize)
+ {
+ x->x_realperiod = x->x_period + x->blockSize - (x->x_period % x->blockSize);
+ }
+ else
+ {
+ x->x_realperiod = x->x_period;
+ }
+ // ~ ~ ~ ~ ~ ~ ~ ~
+}
+
+void tEnvPD_free (tEnvPD* const xpd)
+{
+ _tEnvPD* x = *xpd;
+
+ leaf_free((char*)x);
+}
+
+void tEnvPD_initToPool (tEnvPD* const xpd, int ws, int hs, int bs, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tEnvPD* x = *xpd = (_tEnvPD*) mpool_calloc(sizeof(_tEnvPD), m);
+
+ int period = hs, npoints = ws;
+
+ int i;
+
+ if (npoints < 1) npoints = 1024;
+ if (period < 1) period = npoints/2;
+ if (period < npoints / MAXOVERLAP + 1)
+ period = npoints / MAXOVERLAP + 1;
+
+ x->x_npoints = npoints;
+ x->x_phase = 0;
+ x->x_period = period;
+
+ x->windowSize = npoints;
+ x->hopSize = period;
+ x->blockSize = bs;
+
+ for (i = 0; i < MAXOVERLAP; i++) x->x_sumbuf[i] = 0;
+ for (i = 0; i < npoints; i++)
+ x->buf[i] = (1.0f - cosf((2 * PI * i) / npoints))/npoints;
+ for (; i < npoints+INITVSTAKEN; i++) x->buf[i] = 0;
+
+ x->x_f = 0;
+
+ x->x_allocforvs = INITVSTAKEN;
+
+ // ~ ~ ~ dsp ~ ~ ~
+ if (x->x_period % x->blockSize)
+ {
+ x->x_realperiod = x->x_period + x->blockSize - (x->x_period % x->blockSize);
+ }
+ else
+ {
+ x->x_realperiod = x->x_period;
+ }
+ // ~ ~ ~ ~ ~ ~ ~ ~
+}
+
+void tEnvPD_freeFromPool (tEnvPD* const xpd, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tEnvPD* x = *xpd;
+
+ mpool_free((char*)x, m);
+}
+
+float tEnvPD_tick (tEnvPD* const xpd)
+{
+ _tEnvPD* x = *xpd;
+ return powtodb(x->x_result);
+}
+
+void tEnvPD_processBlock(tEnvPD* const xpd, float* in)
+{
+ _tEnvPD* x = *xpd;
+
+ int n = x->blockSize;
+
+ int count;
+ t_sample *sump;
+ in += n;
+ for (count = x->x_phase, sump = x->x_sumbuf;
+ count < x->x_npoints; count += x->x_realperiod, sump++)
+ {
+ t_sample *hp = x->buf + count;
+ t_sample *fp = in;
+ t_sample sum = *sump;
+ int i;
+
+ for (i = 0; i < n; i++)
+ {
+ fp--;
+ sum += *hp++ * (*fp * *fp);
+ }
+ *sump = sum;
+ }
+ sump[0] = 0;
+ x->x_phase -= n;
+ if (x->x_phase < 0)
+ {
+ x->x_result = x->x_sumbuf[0];
+ for (count = x->x_realperiod, sump = x->x_sumbuf;
+ count < x->x_npoints; count += x->x_realperiod, sump++)
+ sump[0] = sump[1];
+ sump[0] = 0;
+ x->x_phase = x->x_realperiod - n;
+ }
+}
+
+//===========================================================================
+// ATTACKDETECTION
+//===========================================================================
+/********Private function prototypes**********/
+static void atkdtk_init(tAttackDetection* const a, int blocksize, int atk, int rel);
+static void atkdtk_envelope(tAttackDetection* const a, float *in);
+
+/********Constructor/Destructor***************/
+
+void tAttackDetection_init(tAttackDetection* const ad, int blocksize, int atk, int rel)
+{
+ *ad = (_tAttackDetection*) leaf_alloc(sizeof(_tAttackDetection));
+
+ atkdtk_init(ad, blocksize, atk, rel);
+}
+
+void tAttackDetection_free(tAttackDetection* const ad)
+{
+ _tAttackDetection* a = *ad;
+
+ leaf_free((char*)a);
+}
+
+void tAttackDetection_initToPool (tAttackDetection* const ad, int blocksize, int atk, int rel, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ *ad = (_tAttackDetection*) mpool_alloc(sizeof(_tAttackDetection), m);
+
+ atkdtk_init(ad, blocksize, atk, rel);
+}
+
+void tAttackDetection_freeFromPool (tAttackDetection* const ad, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tAttackDetection* a = *ad;
+
+ mpool_free((char*)a, m);
+}
+
+/*******Public Functions***********/
+
+
+void tAttackDetection_setBlocksize(tAttackDetection* const ad, int size)
+{
+ _tAttackDetection* a = *ad;
+
+ if(!((size==64)|(size==128)|(size==256)|(size==512)|(size==1024)|(size==2048)))
+ size = DEFBLOCKSIZE;
+ a->blocksize = size;
+
+ return;
+
+}
+
+void tAttackDetection_setSamplerate(tAttackDetection* const ad, int inRate)
+{
+ _tAttackDetection* a = *ad;
+
+ a->samplerate = inRate;
+
+ //Reset atk and rel to recalculate coeff
+ tAttackDetection_setAttack(ad, a->atk);
+ tAttackDetection_setRelease(ad, a->rel);
+}
+
+void tAttackDetection_setThreshold(tAttackDetection* const ad, float thres)
+{
+ _tAttackDetection* a = *ad;
+ a->threshold = thres;
+}
+
+void tAttackDetection_setAttack(tAttackDetection* const ad, int inAtk)
+{
+ _tAttackDetection* a = *ad;
+ a->atk = inAtk;
+ a->atk_coeff = pow(0.01, 1.0/(a->atk * a->samplerate * 0.001));
+}
+
+void tAttackDetection_setRelease(tAttackDetection* const ad, int inRel)
+{
+ _tAttackDetection* a = *ad;
+ a->rel = inRel;
+ a->rel_coeff = pow(0.01, 1.0/(a->rel * a->samplerate * 0.001));
+}
+
+
+int tAttackDetection_detect(tAttackDetection* const ad, float *in)
+{
+ _tAttackDetection* a = *ad;
+
+ int result;
+
+ atkdtk_envelope(ad, in);
+
+ if(a->env >= a->prevAmp*2) //2 times greater = 6dB increase
+ result = 1;
+ else
+ result = 0;
+
+ a->prevAmp = a->env;
+
+ return result;
+}
+
+/*******Private Functions**********/
+
+static void atkdtk_init(tAttackDetection* const ad, int blocksize, int atk, int rel)
+{
+ _tAttackDetection* a = *ad;
+
+ a->env = 0;
+ a->blocksize = blocksize;
+ a->threshold = DEFTHRESHOLD;
+ a->samplerate = leaf.sampleRate;
+ a->prevAmp = 0;
+
+ a->env = 0;
+
+ tAttackDetection_setAttack(ad, atk);
+ tAttackDetection_setRelease(ad, rel);
+}
+
+static void atkdtk_envelope(tAttackDetection* const ad, float *in)
+{
+ _tAttackDetection* a = *ad;
+
+ int i = 0;
+ float tmp;
+ for(i = 0; i < a->blocksize; ++i){
+ tmp = fastabsf(in[i]);
+
+ if(tmp > a->env)
+ a->env = a->atk_coeff * (a->env - tmp) + tmp;
+ else
+ a->env = a->rel_coeff * (a->env - tmp) + tmp;
+ }
+
+}
+
+//===========================================================================
+// SNAC
+//===========================================================================
+/******************************************************************************/
+/***************************** private procedures *****************************/
+/******************************************************************************/
+
+#define REALFFT mayer_realfft
+#define REALIFFT mayer_realifft
+
+static void snac_analyzeframe(tSNAC* const s);
+static void snac_autocorrelation(tSNAC* const s);
+static void snac_normalize(tSNAC* const s);
+static void snac_pickpeak(tSNAC* const s);
+static void snac_periodandfidelity(tSNAC* const s);
+static void snac_biasbuf(tSNAC* const s);
+static float snac_spectralpeak(tSNAC* const s, float periodlength);
+
+
+/******************************************************************************/
+/******************************** constructor, destructor *********************/
+/******************************************************************************/
+
+
+void tSNAC_init(tSNAC* const snac, int overlaparg)
+{
+ _tSNAC* s = *snac = (_tSNAC*) leaf_calloc(sizeof(_tSNAC));
+
+ s->biasfactor = DEFBIAS;
+ s->timeindex = 0;
+ s->periodindex = 0;
+ s->periodlength = 0.;
+ s->fidelity = 0.;
+ s->minrms = DEFMINRMS;
+ s->framesize = SNAC_FRAME_SIZE;
+
+ s->inputbuf = (float*) leaf_calloc(sizeof(float) * SNAC_FRAME_SIZE);
+ s->processbuf = (float*) leaf_calloc(sizeof(float) * (SNAC_FRAME_SIZE * 2));
+ s->spectrumbuf = (float*) leaf_calloc(sizeof(float) * (SNAC_FRAME_SIZE / 2));
+ s->biasbuf = (float*) leaf_calloc(sizeof(float) * SNAC_FRAME_SIZE);
+
+ snac_biasbuf(snac);
+ tSNAC_setOverlap(snac, overlaparg);
+}
+
+void tSNAC_free(tSNAC* const snac)
+{
+ _tSNAC* s = *snac;
+
+ leaf_free((char*)s->inputbuf);
+ leaf_free((char*)s->processbuf);
+ leaf_free((char*)s->spectrumbuf);
+ leaf_free((char*)s->biasbuf);
+ leaf_free((char*)s);
+}
+
+void tSNAC_initToPool (tSNAC* const snac, int overlaparg, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSNAC* s = *snac = (_tSNAC*) mpool_alloc(sizeof(_tSNAC), m);
+
+ s->biasfactor = DEFBIAS;
+ s->timeindex = 0;
+ s->periodindex = 0;
+ s->periodlength = 0.;
+ s->fidelity = 0.;
+ s->minrms = DEFMINRMS;
+ s->framesize = SNAC_FRAME_SIZE;
+
+ s->inputbuf = (float*) mpool_calloc(sizeof(float) * SNAC_FRAME_SIZE, m);
+ s->processbuf = (float*) mpool_calloc(sizeof(float) * (SNAC_FRAME_SIZE * 2), m);
+ s->spectrumbuf = (float*) mpool_calloc(sizeof(float) * (SNAC_FRAME_SIZE / 2), m);
+ s->biasbuf = (float*) mpool_calloc(sizeof(float) * SNAC_FRAME_SIZE, m);
+
+ snac_biasbuf(snac);
+ tSNAC_setOverlap(snac, overlaparg);
+}
+
+void tSNAC_freeFromPool (tSNAC* const snac, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSNAC* s = *snac;
+
+ mpool_free((char*)s->inputbuf, m);
+ mpool_free((char*)s->processbuf, m);
+ mpool_free((char*)s->spectrumbuf, m);
+ mpool_free((char*)s->biasbuf, m);
+ mpool_free((char*)s, m);
+}
+
+/******************************************************************************/
+/************************** public access functions****************************/
+/******************************************************************************/
+
+
+void tSNAC_ioSamples(tSNAC* const snac, float *in, float *out, int size)
+{
+ _tSNAC* s = *snac;
+
+ int timeindex = s->timeindex;
+ int mask = s->framesize - 1;
+ int outindex = 0;
+ float *inputbuf = s->inputbuf;
+ float *processbuf = s->processbuf;
+
+ // call analysis function when it is time
+ if(!(timeindex & (s->framesize / s->overlap - 1))) snac_analyzeframe(snac);
+
+ while(size--)
+ {
+ inputbuf[timeindex] = *in++;
+ out[outindex++] = processbuf[timeindex++];
+ timeindex &= mask;
+ }
+ s->timeindex = timeindex;
+}
+
+void tSNAC_setOverlap(tSNAC* const snac, int lap)
+{
+ _tSNAC* s = *snac;
+ if(!((lap==1)|(lap==2)|(lap==4)|(lap==8))) lap = DEFOVERLAP;
+ s->overlap = lap;
+}
+
+
+void tSNAC_setBias(tSNAC* const snac, float bias)
+{
+ _tSNAC* s = *snac;
+ if(bias > 1.) bias = 1.;
+ if(bias < 0.) bias = 0.;
+ s->biasfactor = bias;
+ snac_biasbuf(snac);
+ return;
+}
+
+
+void tSNAC_setMinRMS(tSNAC* const snac, float rms)
+{
+ _tSNAC* s = *snac;
+ if(rms > 1.) rms = 1.;
+ if(rms < 0.) rms = 0.;
+ s->minrms = rms;
+ return;
+}
+
+
+float tSNAC_getPeriod(tSNAC* const snac)
+{
+ _tSNAC* s = *snac;
+ return(s->periodlength);
+}
+
+
+float tSNAC_getFidelity(tSNAC* const snac)
+{
+ _tSNAC* s = *snac;
+ return(s->fidelity);
+}
+
+
+/******************************************************************************/
+/***************************** private procedures *****************************/
+/******************************************************************************/
+
+
+// main analysis function
+static void snac_analyzeframe(tSNAC* const snac)
+{
+ _tSNAC* s = *snac;
+
+ int n, tindex = s->timeindex;
+ int framesize = s->framesize;
+ int mask = framesize - 1;
+ float norm = 1. / sqrt((float)(framesize * 2));
+
+ float *inputbuf = s->inputbuf;
+ float *processbuf = s->processbuf;
+
+ // copy input to processing buffers
+ for(n=0; n<framesize; n++)
+ {
+ processbuf[n] = inputbuf[tindex] * norm;
+ tindex++;
+ tindex &= mask;
+ }
+
+ // zeropadding
+ for(n=framesize; n<(framesize<<1); n++) processbuf[n] = 0.;
+
+ // call analysis procedures
+ snac_autocorrelation(snac);
+ snac_normalize(snac);
+ snac_pickpeak(snac);
+ snac_periodandfidelity(snac);
+}
+
+
+static void snac_autocorrelation(tSNAC* const snac)
+{
+ _tSNAC* s = *snac;
+
+ int n, m;
+ int framesize = s->framesize;
+ int fftsize = framesize * 2;
+ float *processbuf = s->processbuf;
+ float *spectrumbuf = s->spectrumbuf;
+
+ REALFFT(fftsize, processbuf);
+
+ // compute power spectrum
+ processbuf[0] *= processbuf[0]; // DC
+ processbuf[framesize] *= processbuf[framesize]; // Nyquist
+
+ for(n=1; n<framesize; n++)
+ {
+ processbuf[n] = processbuf[n] * processbuf[n]
+ + processbuf[fftsize-n] * processbuf[fftsize-n]; // imag coefficients appear reversed
+ processbuf[fftsize-n] = 0.;
+ }
+
+ // store power spectrum up to SR/4 for possible later use
+ for(m=0; m<(framesize>>1); m++)
+ {
+ spectrumbuf[m] = processbuf[m];
+ }
+
+ // transform power spectrum to autocorrelation function
+ REALIFFT(fftsize, processbuf);
+ return;
+}
+
+
+static void snac_normalize(tSNAC* const snac)
+{
+ _tSNAC* s = *snac;
+
+ int framesize = s->framesize;
+ int framesizeplustimeindex = s->framesize + s->timeindex;
+ int timeindexminusone = s->timeindex - 1;
+ int n, m;
+ int mask = framesize - 1;
+ int seek = framesize * SEEK;
+ float *inputbuf = s->inputbuf;
+ float *processbuf= s->processbuf;
+ float signal1, signal2;
+
+ // minimum RMS implemented as minimum autocorrelation at index 0
+ // functionally equivalent to white noise floor
+ float rms = s->minrms / sqrt(1.0f / (float)framesize);
+ float minrzero = rms * rms;
+ float rzero = processbuf[0];
+ if(rzero < minrzero) rzero = minrzero;
+ double normintegral = (double)rzero * 2.;
+
+ // normalize biased autocorrelation function
+ // inputbuf is circular buffer: timeindex may be non-zero when overlap > 1
+ processbuf[0] = 1;
+ for(n=1, m=s->timeindex+1; n<seek; n++, m++)
+ {
+ signal1 = inputbuf[(n + timeindexminusone)&mask];
+ signal2 = inputbuf[(framesizeplustimeindex - n)&mask];
+ normintegral -= (double)(signal1 * signal1 + signal2 * signal2);
+ processbuf[n] /= (float)normintegral * 0.5f;
+ }
+
+ // flush instable function tail
+ for(n = seek; n<framesize; n++) processbuf[n] = 0.;
+ return;
+}
+
+
+static void snac_periodandfidelity(tSNAC* const snac)
+{
+ _tSNAC* s = *snac;
+
+ float periodlength;
+
+ if(s->periodindex)
+ {
+ periodlength = (float)s->periodindex +
+ interpolate3phase(s->processbuf, s->periodindex);
+ if(periodlength < 8) periodlength = snac_spectralpeak(snac, periodlength);
+ s->periodlength = periodlength;
+ s->fidelity = interpolate3max(s->processbuf, s->periodindex);
+ }
+ return;
+}
+
+// select the peak which most probably represents period length
+static void snac_pickpeak(tSNAC* const snac)
+{
+ _tSNAC* s = *snac;
+
+ int n, peakindex=0;
+ int seek = s->framesize * SEEK;
+ float *processbuf= s->processbuf;
+ float maxvalue = 0.;
+ float biasedpeak;
+ float *biasbuf = s->biasbuf;
+
+ // skip main lobe
+ for(n=1; n<seek; n++)
+ {
+ if(processbuf[n] < 0.) break;
+ }
+
+ // find interpolated / biased maximum in SNAC function
+ // interpolation finds the 'real maximum'
+ // biasing favours the first candidate
+ for(; n<seek-1; n++)
+ {
+ if(processbuf[n] >= processbuf[n-1])
+ {
+ if(processbuf[n] > processbuf[n+1]) // we have a local peak
+ {
+ biasedpeak = interpolate3max(processbuf, n) * biasbuf[n];
+
+ if(biasedpeak > maxvalue)
+ {
+ maxvalue = biasedpeak;
+ peakindex = n;
+ }
+ }
+ }
+ }
+ s->periodindex = peakindex;
+ return;
+}
+
+
+// verify period length via frequency domain (up till SR/4)
+// frequency domain is more precise than lag domain for period lengths < 8
+// argument 'periodlength' is initial estimation from autocorrelation
+static float snac_spectralpeak(tSNAC* const snac, float periodlength)
+{
+ _tSNAC* s = *snac;
+
+ if(periodlength < 4.0f) return periodlength;
+
+ float max = 0.;
+ int n, startbin, stopbin, peakbin = 0;
+ int spectrumsize = s->framesize>>1;
+ float *spectrumbuf = s->spectrumbuf;
+ float peaklocation = (float)(s->framesize * 2.0f) / periodlength;
+
+ startbin = (int)(peaklocation * 0.8f + 0.5f);
+ if(startbin < 1) startbin = 1;
+ stopbin = (int)(peaklocation * 1.25f + 0.5f);
+ if(stopbin >= spectrumsize - 1) stopbin = spectrumsize - 1;
+
+ for(n=startbin; n<stopbin; n++)
+ {
+ if(spectrumbuf[n] >= spectrumbuf[n-1])
+ {
+ if(spectrumbuf[n] > spectrumbuf[n+1])
+ {
+ if(spectrumbuf[n] > max)
+ {
+ max = spectrumbuf[n];
+ peakbin = n;
+ }
+ }
+ }
+ }
+
+ // calculate amplitudes in peak region
+ for(n=(peakbin-1); n<(peakbin+2); n++)
+ {
+ spectrumbuf[n] = sqrtf(spectrumbuf[n]);
+ }
+
+ peaklocation = (float)peakbin + interpolate3phase(spectrumbuf, peakbin);
+ periodlength = (float)(s->framesize * 2.0f) / peaklocation;
+
+ return periodlength;
+}
+
+
+// modified logarithmic bias function
+static void snac_biasbuf(tSNAC* const snac)
+{
+ _tSNAC* s = *snac;
+
+ int n;
+ int maxperiod = (int)(s->framesize * (float)SEEK);
+ float bias = s->biasfactor / logf((float)(maxperiod - 4));
+ float *biasbuf = s->biasbuf;
+
+ for(n=0; n<5; n++) // periods < 5 samples can't be tracked
+ {
+ biasbuf[n] = 0.0f;
+ }
+
+ for(n=5; n<maxperiod; n++)
+ {
+ biasbuf[n] = 1.0f - (float)logf(n - 4) * bias;
+ }
+}
+
+//===========================================================================
+// PERIODDETECTION
+//===========================================================================
+void tPeriodDetection_init (tPeriodDetection* const pd, float* in, float* out, int bufSize, int frameSize)
+{
+ tPeriodDetection_initToPool(pd, in, out, bufSize, frameSize, &leaf.mempool);
+}
+
+void tPeriodDetection_free (tPeriodDetection* const pd)
+{
+ tPeriodDetection_freeFromPool(pd, &leaf.mempool);
+}
+
+void tPeriodDetection_initToPool (tPeriodDetection* const pd, float* in, float* out, int bufSize, int frameSize, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPeriodDetection* p = *pd = (_tPeriodDetection*) mpool_calloc(sizeof(_tPeriodDetection), m);
+
+ p->inBuffer = in;
+ p->outBuffer = out;
+ p->bufSize = bufSize;
+ p->frameSize = frameSize;
+ p->framesPerBuffer = p->bufSize / p->frameSize;
+ p->curBlock = 1;
+ p->lastBlock = 0;
+ p->index = 0;
+
+ p->hopSize = DEFHOPSIZE;
+ p->windowSize = DEFWINDOWSIZE;
+ p->fba = FBA;
+
+ tEnvPD_initToPool(&p->env, p->windowSize, p->hopSize, p->frameSize, mp);
+
+ tSNAC_initToPool(&p->snac, DEFOVERLAP, mp);
+
+ p->timeConstant = DEFTIMECONSTANT;
+ p->radius = expf(-1000.0f * p->hopSize * leaf.invSampleRate / p->timeConstant);
+ p->fidelityThreshold = 0.95;
+}
+
+void tPeriodDetection_freeFromPool (tPeriodDetection* const pd, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPeriodDetection* p = *pd;
+
+ tEnvPD_freeFromPool(&p->env, mp);
+ tSNAC_freeFromPool(&p->snac, mp);
+ mpool_free((char*)p, m);
+}
+
+float tPeriodDetection_tick (tPeriodDetection* pd, float sample)
+{
+ _tPeriodDetection* p = *pd;
+
+ int i, iLast;
+
+ i = (p->curBlock*p->frameSize);
+ iLast = (p->lastBlock*p->frameSize)+p->index;
+
+ p->i = i;
+ p->iLast = iLast;
+
+ p->inBuffer[i+p->index] = sample;
+
+ p->index++;
+ p->indexstore = p->index;
+ if (p->index >= p->frameSize)
+ {
+ p->index = 0;
+
+ tEnvPD_processBlock(&p->env, &(p->inBuffer[i]));
+
+ tSNAC_ioSamples(&p->snac, &(p->inBuffer[i]), &(p->outBuffer[i]), p->frameSize);
+ float fidelity = tSNAC_getFidelity(&p->snac);
+ // Fidelity threshold recommended by Katja Vetters is 0.95 for most instruments/voices http://www.katjaas.nl/helmholtz/helmholtz.html
+ if (fidelity > p->fidelityThreshold) p->period = tSNAC_getPeriod(&p->snac);
+
+ p->curBlock++;
+ if (p->curBlock >= p->framesPerBuffer) p->curBlock = 0;
+ p->lastBlock++;
+ if (p->lastBlock >= p->framesPerBuffer) p->lastBlock = 0;
+ }
+
+ return p->period;
+}
+
+float tPeriodDetection_getPeriod(tPeriodDetection* pd)
+{
+ _tPeriodDetection* p = *pd;
+ return p->period;
+}
+
+void tPeriodDetection_setHopSize(tPeriodDetection* pd, int hs)
+{
+ _tPeriodDetection* p = *pd;
+ p->hopSize = hs;
+}
+
+void tPeriodDetection_setWindowSize(tPeriodDetection* pd, int ws)
+{
+ _tPeriodDetection* p = *pd;
+ p->windowSize = ws;
+}
+
+void tPeriodDetection_setFidelityThreshold(tPeriodDetection* pd, float threshold)
+{
+ _tPeriodDetection* p = *pd;
+ p->fidelityThreshold = threshold;
+}
+
+void tPeriodDetection_setAlpha (tPeriodDetection* pd, float alpha)
+{
+ _tPeriodDetection* p = *pd;
+ p->alpha = LEAF_clip(0.0f, alpha, 1.0f);
+}
+
+void tPeriodDetection_setTolerance (tPeriodDetection* pd, float tolerance)
+{
+ _tPeriodDetection* p = *pd;
+ if (tolerance < 0.0f) p->tolerance = 0.0f;
+ else p->tolerance = tolerance;
+}
--- /dev/null
+++ b/leaf/Src/leaf-delay.c
@@ -1,0 +1,928 @@
+/*==============================================================================
+
+ leaf-delay.c
+ Created: 20 Jan 2017 12:01:24pm
+ Author: Michael R Mulshine
+
+==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-delay.h"
+#include "..\leaf.h"
+
+#else
+
+#include "../Inc/leaf-delay.h"
+#include "../leaf.h"
+
+#endif
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Delay ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tDelay_init (tDelay* const dl, uint32_t delay, uint32_t maxDelay)
+{
+ tDelay_initToPool(dl, delay, maxDelay, &leaf.mempool);
+}
+
+void tDelay_free(tDelay* const dl)
+{
+ tDelay_freeFromPool(dl, &leaf.mempool);
+}
+
+void tDelay_initToPool (tDelay* const dl, uint32_t delay, uint32_t maxDelay, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tDelay* d = *dl = (_tDelay*) mpool_alloc(sizeof(_tDelay), m);
+
+ d->maxDelay = maxDelay;
+
+ d->delay = delay;
+
+ d->buff = (float*) mpool_alloc(sizeof(float) * maxDelay, m);
+
+ d->inPoint = 0;
+ d->outPoint = 0;
+
+ d->lastIn = 0.0f;
+ d->lastOut = 0.0f;
+
+ d->gain = 1.0f;
+
+ tDelay_setDelay(dl, d->delay);
+}
+
+void tDelay_freeFromPool (tDelay* const dl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tDelay* d = *dl;
+
+ mpool_free((char*)d->buff, m);
+ mpool_free((char*)d, m);
+}
+
+void tDelay_clear(tDelay* const dl)
+{
+ _tDelay* d = *dl;
+ for (int i = 0; i < d->maxDelay; i++)
+ {
+ d->buff[i] = 0;
+ }
+}
+
+float tDelay_tick (tDelay* const dl, float input)
+{
+ _tDelay* d = *dl;
+
+ // Input
+ d->lastIn = input;
+ d->buff[d->inPoint] = input * d->gain;
+ if (++(d->inPoint) == d->maxDelay) d->inPoint = 0;
+
+ // Output
+ d->lastOut = d->buff[d->outPoint];
+ if (++(d->outPoint) == d->maxDelay) d->outPoint = 0;
+
+ return d->lastOut;
+}
+
+int tDelay_setDelay (tDelay* const dl, uint32_t delay)
+{
+ _tDelay* d = *dl;
+
+ d->delay = LEAF_clip(0.0f, delay, d->maxDelay);
+
+ // read chases write
+ if ( d->inPoint >= delay ) d->outPoint = d->inPoint - d->delay;
+ else d->outPoint = d->maxDelay + d->inPoint - d->delay;
+
+ return 0;
+}
+
+float tDelay_tapOut (tDelay* const dl, uint32_t tapDelay)
+{
+ _tDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ return d->buff[tap];
+
+}
+
+void tDelay_tapIn (tDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ d->buff[tap] = value;
+}
+
+float tDelay_addTo (tDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ return (d->buff[tap] += value);
+}
+
+uint32_t tDelay_getDelay (tDelay* const dl)
+{
+ _tDelay* d = *dl;
+ return d->delay;
+}
+
+float tDelay_getLastOut (tDelay* const dl)
+{
+ _tDelay* d = *dl;
+ return d->lastOut;
+}
+
+float tDelay_getLastIn (tDelay* const dl)
+{
+ _tDelay* d = *dl;
+ return d->lastIn;
+}
+
+void tDelay_setGain (tDelay* const dl, float gain)
+{
+ _tDelay* d = *dl;
+ if (gain < 0.0f) d->gain = 0.0f;
+ else d->gain = gain;
+}
+
+float tDelay_getGain (tDelay* const dl)
+{
+ _tDelay* d = *dl;
+ return d->gain;
+}
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ LinearDelay ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tLinearDelay_init (tLinearDelay* const dl, float delay, uint32_t maxDelay)
+{
+ tLinearDelay_initToPool(dl, delay, maxDelay, &leaf.mempool);
+}
+
+void tLinearDelay_free(tLinearDelay* const dl)
+{
+ tLinearDelay_freeFromPool(dl, &leaf.mempool);
+}
+
+void tLinearDelay_initToPool (tLinearDelay* const dl, float delay, uint32_t maxDelay, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tLinearDelay* d = *dl = (_tLinearDelay*) mpool_alloc(sizeof(_tLinearDelay), m);
+
+ d->maxDelay = maxDelay;
+
+ if (delay > maxDelay) d->delay = maxDelay;
+ else if (delay < 0.0f) d->delay = 0.0f;
+ else d->delay = delay;
+
+ d->buff = (float*) mpool_alloc(sizeof(float) * maxDelay, m);
+
+ d->gain = 1.0f;
+
+ d->lastIn = 0.0f;
+ d->lastOut = 0.0f;
+
+ d->inPoint = 0;
+ d->outPoint = 0;
+
+ tLinearDelay_setDelay(dl, d->delay);
+}
+
+void tLinearDelay_freeFromPool(tLinearDelay* const dl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tLinearDelay* d = *dl;
+
+ mpool_free((char*)d->buff, m);
+ mpool_free((char*)d, m);
+}
+
+void tLinearDelay_clear(tLinearDelay* const dl)
+{
+ _tLinearDelay* d = *dl;
+ for (int i = 0; i < d->maxDelay; i++)
+ {
+ d->buff[i] = 0;
+ }
+}
+
+float tLinearDelay_tick (tLinearDelay* const dl, float input)
+{
+ _tLinearDelay* d = *dl;
+
+ d->buff[d->inPoint] = input * d->gain;
+
+ // Increment input pointer modulo length.
+ if (++(d->inPoint) == d->maxDelay ) d->inPoint = 0;
+
+ uint32_t idx = (uint32_t) d->outPoint;
+ // First 1/2 of interpolation
+ d->lastOut = d->buff[idx] * d->omAlpha;
+ // Second 1/2 of interpolation
+ if ((idx + 1) < d->maxDelay)
+ d->lastOut += d->buff[idx+1] * d->alpha;
+ else
+ d->lastOut += d->buff[0] * d->alpha;
+
+ // Increment output pointer modulo length
+ if ( (++d->outPoint) >= d->maxDelay ) d->outPoint = 0;
+
+ return d->lastOut;
+}
+
+void tLinearDelay_tickIn (tLinearDelay* const dl, float input)
+{
+ _tLinearDelay* d = *dl;
+
+ d->buff[d->inPoint] = input * d->gain;
+
+ // Increment input pointer modulo length.
+ if (++(d->inPoint) == d->maxDelay ) d->inPoint = 0;
+}
+
+float tLinearDelay_tickOut (tLinearDelay* const dl)
+{
+ _tLinearDelay* d = *dl;
+
+ uint32_t idx = (uint32_t) d->outPoint;
+ // First 1/2 of interpolation
+ d->lastOut = d->buff[idx] * d->omAlpha;
+ // Second 1/2 of interpolation
+ if ((idx + 1) < d->maxDelay)
+ d->lastOut += d->buff[idx+1] * d->alpha;
+ else
+ d->lastOut += d->buff[0] * d->alpha;
+
+ // Increment output pointer modulo length
+ if ( (++d->outPoint) >= d->maxDelay ) d->outPoint = 0;
+
+ return d->lastOut;
+}
+
+int tLinearDelay_setDelay (tLinearDelay* const dl, float delay)
+{
+ _tLinearDelay* d = *dl;
+
+ d->delay = LEAF_clip(0.0f, delay, d->maxDelay);
+
+ float outPointer = d->inPoint - d->delay;
+
+ while ( outPointer < 0 )
+ outPointer += d->maxDelay; // modulo maximum length
+
+ d->outPoint = (uint32_t) outPointer; // integer part
+
+ d->alpha = outPointer - d->outPoint; // fractional part
+ d->omAlpha = 1.0f - d->alpha;
+
+ if ( d->outPoint == d->maxDelay ) d->outPoint = 0;
+
+ return 0;
+}
+
+float tLinearDelay_tapOut (tLinearDelay* const dl, uint32_t tapDelay)
+{
+ _tLinearDelay* d = *dl;
+
+ uint32_t tap = d->inPoint - tapDelay - 1;
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ return d->buff[tap];
+}
+
+void tLinearDelay_tapIn (tLinearDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tLinearDelay* d = *dl;
+
+ uint32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ d->buff[tap] = value;
+}
+
+float tLinearDelay_addTo (tLinearDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tLinearDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ return (d->buff[tap] += value);
+}
+
+float tLinearDelay_getDelay (tLinearDelay* const dl)
+{
+ _tLinearDelay* d = *dl;
+ return d->delay;
+}
+
+float tLinearDelay_getLastOut (tLinearDelay* const dl)
+{
+ _tLinearDelay* d = *dl;
+ return d->lastOut;
+}
+
+float tLinearDelay_getLastIn (tLinearDelay* const dl)
+{
+ _tLinearDelay* d = *dl;
+ return d->lastIn;
+}
+
+void tLinearDelay_setGain (tLinearDelay* const dl, float gain)
+{
+ _tLinearDelay* d = *dl;
+ if (gain < 0.0f) d->gain = 0.0f;
+ else d->gain = gain;
+}
+
+float tLinearDelay_getGain (tLinearDelay* const dl)
+{
+ _tLinearDelay* d = *dl;
+ return d->gain;
+}
+
+
+
+
+
+/// Hermite Interpolated Delay
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ LinearDelay ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tHermiteDelay_init (tHermiteDelay* const dl, float delay, uint32_t maxDelay)
+{
+ tHermiteDelay_initToPool(dl, delay, maxDelay, &leaf.mempool);
+}
+
+void tHermiteDelay_free(tHermiteDelay* const dl)
+{
+ tHermiteDelay_freeFromPool(dl, &leaf.mempool);
+}
+
+void tHermiteDelay_initToPool (tHermiteDelay* const dl, float delay, uint32_t maxDelay, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tHermiteDelay* d = *dl = (_tHermiteDelay*) mpool_alloc(sizeof(_tHermiteDelay), m);
+
+ d->maxDelay = maxDelay;
+
+ if (delay > maxDelay) d->delay = maxDelay;
+ else if (delay < 0.0f) d->delay = 0.0f;
+ else d->delay = delay;
+
+ d->buff = (float*) mpool_alloc(sizeof(float) * maxDelay, m);
+
+ d->gain = 1.0f;
+
+ d->lastIn = 0.0f;
+ d->lastOut = 0.0f;
+
+ d->inPoint = 0;
+ d->outPoint = 0;
+
+ tHermiteDelay_setDelay(dl, d->delay);
+}
+
+void tHermiteDelay_freeFromPool(tHermiteDelay* const dl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tHermiteDelay* d = *dl;
+
+ mpool_free((char*)d->buff, m);
+ mpool_free((char*)d, m);
+}
+
+
+void tHermiteDelay_clear(tHermiteDelay* const dl)
+{
+ _tHermiteDelay* d = *dl;
+ for (int i = 0; i < d->maxDelay; i++)
+ {
+ d->buff[i] = 0;
+ }
+}
+
+float tHermiteDelay_tick (tHermiteDelay* const dl, float input)
+{
+ _tHermiteDelay* d = *dl;
+
+ d->buff[d->inPoint] = input * d->gain;
+
+ // Increment input pointer modulo length.
+ if (++(d->inPoint) == d->maxDelay ) d->inPoint = 0;
+
+
+ uint32_t idx = (uint32_t) d->outPoint;
+ d->lastOut = LEAF_interpolate_hermite (d->buff[((idx - 1) + d->maxDelay) % d->maxDelay],
+ d->buff[idx],
+ d->buff[(idx + 1) % d->maxDelay],
+ d->buff[(idx + 2) % d->maxDelay],
+ d->alpha);
+
+ // Increment output pointer modulo length
+ if ( (++d->outPoint) >= d->maxDelay ) d->outPoint = 0;
+
+ return d->lastOut;
+}
+
+void tHermiteDelay_tickIn (tHermiteDelay* const dl, float input)
+{
+ _tHermiteDelay* d = *dl;
+
+ d->buff[d->inPoint] = input * d->gain;
+
+ // Increment input pointer modulo length.
+ if (++(d->inPoint) == d->maxDelay ) d->inPoint = 0;
+}
+
+float tHermiteDelay_tickOut (tHermiteDelay* const dl)
+{
+ _tHermiteDelay* d = *dl;
+
+ uint32_t idx = (uint32_t) d->outPoint;
+
+
+
+ d->lastOut = LEAF_interpolate_hermite (d->buff[((idx - 1) + d->maxDelay) % d->maxDelay],
+ d->buff[idx],
+ d->buff[(idx + 1) % d->maxDelay],
+ d->buff[(idx + 2) % d->maxDelay],
+ d->alpha);
+
+ // Increment output pointer modulo length
+ if ( (++d->outPoint) >= d->maxDelay ) d->outPoint = 0;
+
+ return d->lastOut;
+}
+
+int tHermiteDelay_setDelay (tHermiteDelay* const dl, float delay)
+{
+ _tHermiteDelay* d = *dl;
+
+ d->delay = LEAF_clip(0.0f, delay, d->maxDelay);
+
+ float outPointer = d->inPoint - d->delay;
+
+ while ( outPointer < 0 )
+ outPointer += d->maxDelay; // modulo maximum length
+
+ d->outPoint = (uint32_t) outPointer; // integer part
+
+ d->alpha = outPointer - d->outPoint; // fractional part
+ d->omAlpha = 1.0f - d->alpha;
+
+ if ( d->outPoint == d->maxDelay ) d->outPoint = 0;
+
+ return 0;
+}
+
+float tHermiteDelay_tapOut (tHermiteDelay* const dl, uint32_t tapDelay)
+{
+ _tHermiteDelay* d = *dl;
+
+ uint32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ return d->buff[tap];
+
+}
+
+void tHermiteDelay_tapIn (tHermiteDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tHermiteDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ d->buff[tap] = value;
+}
+
+float tHermiteDelay_addTo (tHermiteDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tHermiteDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ return (d->buff[tap] += value);
+}
+
+float tHermiteDelay_getDelay (tHermiteDelay* const dl)
+{
+ _tHermiteDelay* d = *dl;
+ return d->delay;
+}
+
+float tHermiteDelay_getLastOut (tHermiteDelay* const dl)
+{
+ _tHermiteDelay* d = *dl;
+ return d->lastOut;
+}
+
+float tHermiteDelay_getLastIn (tHermiteDelay* const dl)
+{
+ _tHermiteDelay* d = *dl;
+ return d->lastIn;
+}
+
+void tHermiteDelay_setGain (tHermiteDelay* const dl, float gain)
+{
+ _tHermiteDelay* d = *dl;
+ if (gain < 0.0f) d->gain = 0.0f;
+ else d->gain = gain;
+}
+
+float tHermiteDelay_getGain (tHermiteDelay* const dl)
+{
+ _tHermiteDelay* d = *dl;
+ return d->gain;
+}
+
+
+
+
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ AllpassDelay ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tAllpassDelay_init (tAllpassDelay* const dl, float delay, uint32_t maxDelay)
+{
+ tAllpassDelay_initToPool(dl, delay, maxDelay, &leaf.mempool);
+}
+
+void tAllpassDelay_free(tAllpassDelay* const dl)
+{
+ tAllpassDelay_freeFromPool(dl, &leaf.mempool);
+}
+
+void tAllpassDelay_initToPool (tAllpassDelay* const dl, float delay, uint32_t maxDelay, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tAllpassDelay* d = *dl = (_tAllpassDelay*) mpool_alloc(sizeof(_tAllpassDelay), m);
+
+ d->maxDelay = maxDelay;
+
+ if (delay > maxDelay) d->delay = maxDelay;
+ else if (delay < 0.0f) d->delay = 0.0f;
+ else d->delay = delay;
+
+ d->buff = (float*) mpool_alloc(sizeof(float) * maxDelay, m);
+
+ d->gain = 1.0f;
+
+ d->lastIn = 0.0f;
+ d->lastOut = 0.0f;
+
+ d->inPoint = 0;
+ d->outPoint = 0;
+
+ tAllpassDelay_setDelay(dl, d->delay);
+
+ d->apInput = 0.0f;
+}
+
+void tAllpassDelay_freeFromPool(tAllpassDelay* const dl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tAllpassDelay* d = *dl;
+
+ mpool_free((char*)d->buff, m);
+ mpool_free((char*)d, m);
+}
+
+void tAllpassDelay_clear(tAllpassDelay* const dl)
+{
+ _tAllpassDelay* d = *dl;
+ for (int i = 0; i < d->maxDelay; i++)
+ {
+ d->buff[i] = 0;
+ }
+}
+
+float tAllpassDelay_tick (tAllpassDelay* const dl, float input)
+{
+ _tAllpassDelay* d = *dl;
+
+ d->buff[d->inPoint] = input * d->gain;
+
+ // Increment input pointer modulo length.
+ if ( ++(d->inPoint) >= d->maxDelay ) d->inPoint = 0;
+
+ // Do allpass interpolation delay.
+ float out = d->lastOut * -d->coeff;
+ out += d->apInput + ( d->coeff * d->buff[d->outPoint] );
+ d->lastOut = out;
+
+ // Save allpass input
+ d->apInput = d->buff[d->outPoint];
+
+ // Increment output pointer modulo length.
+ if (++(d->outPoint) >= d->maxDelay ) d->outPoint = 0;
+
+ return d->lastOut;
+}
+
+int tAllpassDelay_setDelay (tAllpassDelay* const dl, float delay)
+{
+ _tAllpassDelay* d = *dl;
+
+ d->delay = LEAF_clip(0.5f, delay, d->maxDelay);
+
+ // outPoint chases inPoint
+ float outPointer = (float)d->inPoint - d->delay + 1.0f;
+
+ while ( outPointer < 0 ) outPointer += d->maxDelay; // mod max length
+
+ d->outPoint = (uint32_t) outPointer; // integer part
+
+ if ( d->outPoint >= d->maxDelay ) d->outPoint = 0;
+
+ d->alpha = 1.0f + (float)d->outPoint - outPointer; // fractional part
+
+ if ( d->alpha < 0.5f )
+ {
+ // The optimal range for alpha is about 0.5 - 1.5 in order to
+ // achieve the flattest phase delay response.
+
+ d->outPoint += 1;
+
+ if ( d->outPoint >= d->maxDelay ) d->outPoint -= d->maxDelay;
+
+ d->alpha += 1.0f;
+ }
+
+ d->coeff = (1.0f - d->alpha) / (1.0f + d->alpha); // coefficient for allpass
+
+ return 0;
+}
+
+float tAllpassDelay_tapOut (tAllpassDelay* const dl, uint32_t tapDelay)
+{
+ _tAllpassDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ return d->buff[tap];
+
+}
+
+void tAllpassDelay_tapIn (tAllpassDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tAllpassDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ d->buff[tap] = value;
+}
+
+float tAllpassDelay_addTo (tAllpassDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tAllpassDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ return (d->buff[tap] += value);
+}
+
+float tAllpassDelay_getDelay (tAllpassDelay* const dl)
+{
+ _tAllpassDelay* d = *dl;
+ return d->delay;
+}
+
+float tAllpassDelay_getLastOut (tAllpassDelay* const dl)
+{
+ _tAllpassDelay* d = *dl;
+ return d->lastOut;
+}
+
+float tAllpassDelay_getLastIn (tAllpassDelay* const dl)
+{
+ _tAllpassDelay* d = *dl;
+ return d->lastIn;
+}
+
+void tAllpassDelay_setGain (tAllpassDelay* const dl, float gain)
+{
+ _tAllpassDelay* d = *dl;
+ if (gain < 0.0f) d->gain = 0.0f;
+ else d->gain = gain;
+}
+
+float tAllpassDelay_getGain (tAllpassDelay* const dl)
+{
+ _tAllpassDelay* d = *dl;
+ return d->gain;
+}
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ TapeDelay ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tTapeDelay_init (tTapeDelay* const dl, float delay, uint32_t maxDelay)
+{
+ tTapeDelay_initToPool(dl, delay, maxDelay, &leaf.mempool);
+}
+
+void tTapeDelay_free(tTapeDelay* const dl)
+{
+ tTapeDelay_freeFromPool(dl, &leaf.mempool);
+}
+
+void tTapeDelay_initToPool (tTapeDelay* const dl, float delay, uint32_t maxDelay, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTapeDelay* d = *dl = (_tTapeDelay*) mpool_alloc(sizeof(_tTapeDelay), m);
+
+ d->maxDelay = maxDelay;
+
+ d->buff = (float*) mpool_alloc(sizeof(float) * maxDelay, m);
+
+ d->gain = 1.0f;
+
+ d->lastIn = 0.0f;
+ d->lastOut = 0.0f;
+
+ d->idx = 0.0f;
+ d->inc = 1.0f;
+ d->inPoint = 0;
+
+ tTapeDelay_setDelay(dl, delay);
+}
+
+void tTapeDelay_freeFromPool(tTapeDelay* const dl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTapeDelay* d = *dl;
+
+ mpool_free((char*)d->buff, m);
+ mpool_free((char*)d, m);
+}
+
+void tTapeDelay_clear(tTapeDelay* const dl)
+{
+ _tTapeDelay* d = *dl;
+ for (int i = 0; i < d->maxDelay; i++)
+ {
+ d->buff[i] = 0;
+ }
+}
+
+//#define SMOOTH_FACTOR 10.f
+
+float tTapeDelay_tick (tTapeDelay* const dl, float input)
+{
+ _tTapeDelay* d = *dl;
+
+ d->buff[d->inPoint] = input * d->gain;
+
+ // Increment input pointer modulo length.
+ if (++(d->inPoint) == d->maxDelay ) d->inPoint = 0;
+
+ int idx = (int) d->idx;
+ float alpha = d->idx - idx;
+
+ d->lastOut = LEAF_interpolate_hermite_x (d->buff[((idx - 1) + d->maxDelay) % d->maxDelay],
+ d->buff[idx],
+ d->buff[(idx + 1) % d->maxDelay],
+ d->buff[(idx + 2) % d->maxDelay],
+ alpha);
+
+ float diff = (d->inPoint - d->idx);
+ while (diff < 0.f) diff += d->maxDelay;
+
+ d->inc = 1.0f + (diff - d->delay) / d->delay; //* SMOOTH_FACTOR;
+
+ d->idx += d->inc;
+
+ if (d->idx >= d->maxDelay) d->idx = 0.0f;
+
+ if (d->lastOut)
+ return d->lastOut;
+ return 0.0f;
+}
+
+void tTapeDelay_incrementInPoint(tTapeDelay* const dl)
+{
+ _tTapeDelay* d = *dl;
+ // Increment input pointer modulo length.
+ if (++(d->inPoint) == d->maxDelay ) d->inPoint = 0;
+}
+
+
+void tTapeDelay_setRate(tTapeDelay* const dl, float rate)
+{
+ _tTapeDelay* d = *dl;
+ d->inc = rate;
+}
+
+void tTapeDelay_setDelay (tTapeDelay* const dl, float delay)
+{
+ _tTapeDelay* d = *dl;
+ d->delay = LEAF_clip(1.f, delay, d->maxDelay);
+}
+
+float tTapeDelay_tapOut (tTapeDelay* const dl, float tapDelay)
+{
+ _tTapeDelay* d = *dl;
+
+ float tap = (float) d->inPoint - tapDelay - 1.f;
+
+ // Check for wraparound.
+ while ( tap < 0.f ) tap += (float)d->maxDelay;
+
+ int idx = (int) tap;
+
+ float alpha = tap - idx;
+
+ float samp = LEAF_interpolate_hermite_x (d->buff[((idx - 1) + d->maxDelay) % d->maxDelay],
+ d->buff[idx],
+ d->buff[(idx + 1) % d->maxDelay],
+ d->buff[(idx + 2) % d->maxDelay],
+ alpha);
+
+ return samp;
+
+}
+
+void tTapeDelay_tapIn (tTapeDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tTapeDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ d->buff[tap] = value;
+}
+
+float tTapeDelay_addTo (tTapeDelay* const dl, float value, uint32_t tapDelay)
+{
+ _tTapeDelay* d = *dl;
+
+ int32_t tap = d->inPoint - tapDelay - 1;
+
+ // Check for wraparound.
+ while ( tap < 0 ) tap += d->maxDelay;
+
+ return (d->buff[tap] += value);
+}
+
+float tTapeDelay_getDelay (tTapeDelay *dl)
+{
+ _tTapeDelay* d = *dl;
+ return d->delay;
+}
+
+float tTapeDelay_getLastOut (tTapeDelay* const dl)
+{
+ _tTapeDelay* d = *dl;
+ return d->lastOut;
+}
+
+float tTapeDelay_getLastIn (tTapeDelay* const dl)
+{
+ _tTapeDelay* d = *dl;
+ return d->lastIn;
+}
+
+void tTapeDelay_setGain (tTapeDelay* const dl, float gain)
+{
+ _tTapeDelay* d = *dl;
+ if (gain < 0.0f) d->gain = 0.0f;
+ else d->gain = gain;
+}
+
+float tTapeDelay_getGain (tTapeDelay* const dl)
+{
+ _tTapeDelay* d = *dl;
+ return d->gain;
+}
+
--- /dev/null
+++ b/leaf/Src/leaf-distortion.c
@@ -1,0 +1,695 @@
+//
+// leaf-distortion.c
+// LEAF
+//
+// Created by Jeff Snyder, Matthew Wang, Michael Mulshine, and Joshua Becker
+// Copyright © 2019 Princeton University. All rights reserved.
+//
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-distortion.h"
+#include "..\Inc\leaf-tables.h"
+#else
+
+
+#include "../Inc/leaf-distortion.h"
+#include "../Inc/leaf-tables.h"
+
+#endif
+
+//============================================================================================================
+// Sample-Rate reducer
+//============================================================================================================
+
+
+void tSampleReducer_init(tSampleReducer* const sr)
+{+ _tSampleReducer* s = *sr = (_tSampleReducer*) leaf_alloc(sizeof(_tSampleReducer));
+
+ s->invRatio = 1.0f;
+ s->hold = 0.0f;
+ s->count = 0;
+}
+
+void tSampleReducer_free (tSampleReducer* const sr)
+{+ _tSampleReducer* s = *sr;
+
+ leaf_free((char*)s);
+}
+
+void tSampleReducer_initToPool (tSampleReducer* const sr, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ _tSampleReducer* s = *sr = (_tSampleReducer*) mpool_alloc(sizeof(_tSampleReducer), m);
+
+ s->invRatio = 1.0f;
+ s->hold = 0.0f;
+ s->count = 0;
+}
+
+void tSampleReducer_freeFromPool (tSampleReducer* const sr, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ _tSampleReducer* s = *sr;
+
+ mpool_free((char*)s, m);
+}
+
+float tSampleReducer_tick(tSampleReducer* const sr, float input)
+{+ _tSampleReducer* s = *sr;
+ if (s->count > s->invRatio)
+ {+ s->hold = input;
+ s->count = 0;
+ }
+
+ s->count++;
+ return s->hold;
+}
+
+
+void tSampleReducer_setRatio(tSampleReducer* const sr, float ratio)
+{+ _tSampleReducer* s = *sr;
+ if ((ratio <= 1.0f) && (ratio >= 0.0f))
+ s->invRatio = 1.0f / ratio;
+
+}
+
+//============================================================================================================
+// Oversampler
+//============================================================================================================
+// Latency is equal to the phase length (numTaps / ratio)
+void tOversampler_init(tOversampler* const osr, int ratio, oBool extraQuality)
+{+ _tOversampler* os = *osr = (_tOversampler*) leaf_alloc(sizeof(_tOversampler));
+
+ uint8_t offset = 0;
+ if (extraQuality) offset = 6;
+ if (ratio == 2 || ratio == 4 ||
+ ratio == 8 || ratio == 16 ||
+ ratio == 32 || ratio == 64) {+ os->ratio = ratio;
+ int idx = (int)(log2f(os->ratio))-1+offset;
+ os->numTaps = __leaf_tablesize_firNumTaps[idx];
+ os->phaseLength = os->numTaps / os->ratio;
+ os->pCoeffs = (float*) __leaf_tableref_firCoeffs[idx];
+ os->upState = (float*) leaf_alloc(sizeof(float) * os->numTaps * 2);
+ os->downState = (float*) leaf_alloc(sizeof(float) * os->numTaps * 2);
+ }
+}
+
+void tOversampler_free(tOversampler* const osr)
+{+ _tOversampler* os = *osr;
+
+ leaf_free((char*)os->upState);
+ leaf_free((char*)os->downState);
+ leaf_free((char*)os);
+}
+
+void tOversampler_initToPool (tOversampler* const osr, int ratio, oBool extraQuality, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ _tOversampler* os = *osr = (_tOversampler*) mpool_alloc(sizeof(_tOversampler), m);
+
+ uint8_t offset = 0;
+ if (extraQuality) offset = 6;
+ if (ratio == 2 || ratio == 4 ||
+ ratio == 8 || ratio == 16 ||
+ ratio == 32 || ratio == 64) {+ os->ratio = ratio;
+ int idx = (int)(log2f(os->ratio))-1+offset;
+ os->numTaps = __leaf_tablesize_firNumTaps[idx];
+ os->phaseLength = os->numTaps / os->ratio;
+ os->pCoeffs = (float*) __leaf_tableref_firCoeffs[idx];
+ os->upState = (float*) mpool_alloc(sizeof(float) * os->numTaps * 2, m);
+ os->downState = (float*) mpool_alloc(sizeof(float) * os->numTaps * 2, m);
+ }
+}
+
+void tOversampler_freeFromPool (tOversampler* const osr, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ _tOversampler* os = *osr;
+
+ mpool_free((char*)os->upState, m);
+ mpool_free((char*)os->downState, m);
+ mpool_free((char*)os, m);
+}
+
+float tOversampler_tick(tOversampler* const osr, float input, float (*effectTick)(float))
+{+ _tOversampler* os = *osr;
+
+ float buf[os->ratio];
+
+ tOversampler_upsample(osr, input, buf);
+
+ for (int i = 0; i < os->ratio; ++i) {+ buf[i] = effectTick(buf[i]);
+ }
+
+ return tOversampler_downsample(osr, buf);
+}
+
+// From CMSIS DSP Library
+void tOversampler_upsample(tOversampler* const osr, float input, float* output)
+{+ _tOversampler* os = *osr;
+
+ float *pState = os->upState; /* State pointer */
+ float *pCoeffs = os->pCoeffs; /* Coefficient pointer */
+ float *pStateCur;
+ float *ptr1; /* Temporary pointer for state buffer */
+ float *ptr2; /* Temporary pointer for coefficient buffer */
+ float sum0; /* Accumulators */
+ uint32_t i, tapCnt; /* Loop counters */
+ uint32_t phaseLen = os->phaseLength; /* Length of each polyphase filter component */
+ uint32_t j;
+
+ /* os->pState buffer contains previous frame (phaseLen - 1) samples */
+ /* pStateCur points to the location where the new input data should be written */
+ pStateCur = os->upState + (phaseLen - 1U);
+
+ /* Copy new input sample into the state buffer */
+ *pStateCur = input;
+
+ /* Address modifier index of coefficient buffer */
+ j = 1U;
+
+ /* Loop over the Interpolation factor. */
+ i = os->ratio;
+
+ while (i > 0U)
+ {+ /* Set accumulator to zero */
+ sum0 = 0.0f;
+
+ /* Initialize state pointer */
+ ptr1 = pState;
+
+ /* Initialize coefficient pointer */
+ ptr2 = pCoeffs + (os->ratio - j);
+
+ /* Loop over the polyPhase length.
+ Repeat until we've computed numTaps-(4*os->L) coefficients. */
+
+ /* Initialize tapCnt with number of samples */
+ tapCnt = phaseLen;
+
+ while (tapCnt > 0U)
+ {+ /* Perform the multiply-accumulate */
+ sum0 += *ptr1++ * *ptr2;
+
+ /* Upsampling is done by stuffing L-1 zeros between each sample.
+ * So instead of multiplying zeros with coefficients,
+ * Increment the coefficient pointer by interpolation factor times. */
+ ptr2 += os->ratio;
+
+ /* Decrement loop counter */
+ tapCnt--;
+ }
+
+ /* The result is in the accumulator, store in the destination buffer. */
+ *output++ = sum0 * os->ratio;
+
+ /* Increment the address modifier index of coefficient buffer */
+ j++;
+
+ /* Decrement the loop counter */
+ i--;
+ }
+
+ /* Advance the state pointer by 1
+ * to process the next group of interpolation factor number samples */
+ pState = pState + 1;
+
+ /* Processing is complete.
+ Now copy the last phaseLen - 1 samples to the satrt of the state buffer.
+ This prepares the state buffer for the next function call. */
+
+ /* Points to the start of the state buffer */
+ pStateCur = os->upState;
+
+ /* Initialize tapCnt with number of samples */
+ tapCnt = (phaseLen - 1U);
+
+ /* Copy data */
+ while (tapCnt > 0U)
+ {+ *pStateCur++ = *pState++;
+
+ /* Decrement loop counter */
+ tapCnt--;
+ }
+}
+
+// From CMSIS DSP Library
+float tOversampler_downsample(tOversampler *const osr, float* input)
+{+ _tOversampler* os = *osr;
+
+ float *pState = os->downState; /* State pointer */
+ float *pCoeffs = os->pCoeffs; /* Coefficient pointer */
+ float *pStateCur; /* Points to the current sample of the state */
+ float *px0; /* Temporary pointer for state buffer */
+ float *pb; /* Temporary pointer for coefficient buffer */
+ float x0, c0; /* Temporary variables to hold state and coefficient values */
+ float acc0; /* Accumulator */
+ uint32_t numTaps = os->numTaps; /* Number of filter coefficients in the filter */
+ uint32_t i, tapCnt;
+ float output;
+
+ /* os->pState buffer contains previous frame (numTaps - 1) samples */
+ /* pStateCur points to the location where the new input data should be written */
+ pStateCur = os->downState + (numTaps - 1U);
+
+ /* Copy decimation factor number of new input samples into the state buffer */
+ i = os->ratio;
+
+ do
+ {+ *pStateCur++ = *input++;
+
+ } while (--i);
+
+ /* Set accumulator to zero */
+ acc0 = 0.0f;
+
+ /* Initialize state pointer */
+ px0 = pState;
+
+ /* Initialize coeff pointer */
+ pb = pCoeffs;
+
+ /* Initialize tapCnt with number of taps */
+ tapCnt = numTaps;
+
+ while (tapCnt > 0U)
+ {+ /* Read coefficients */
+ c0 = *pb++;
+
+ /* Fetch 1 state variable */
+ x0 = *px0++;
+
+ /* Perform the multiply-accumulate */
+ acc0 += x0 * c0;
+
+ /* Decrement loop counter */
+ tapCnt--;
+ }
+
+ /* Advance the state pointer by the decimation factor
+ * to process the next group of decimation factor number samples */
+ pState = pState + os->ratio;
+
+ /* The result is in the accumulator, store in the destination buffer. */
+ output = acc0;
+
+ /* Processing is complete.
+ Now copy the last numTaps - 1 samples to the start of the state buffer.
+ This prepares the state buffer for the next function call. */
+
+ /* Points to the start of the state buffer */
+ pStateCur = os->downState;
+
+ /* Initialize tapCnt with number of taps */
+ tapCnt = (numTaps - 1U);
+
+ /* Copy data */
+ while (tapCnt > 0U)
+ {+ *pStateCur++ = *pState++;
+
+ /* Decrement loop counter */
+ tapCnt--;
+ }
+
+ return output;
+}
+
+int tOversampler_getLatency(tOversampler* const osr)
+{+ _tOversampler* os = *osr;
+ return os->phaseLength;
+}
+
+//============================================================================================================
+// WAVEFOLDER
+//============================================================================================================
+
+
+//from the paper: Virtual Analog Model of the Lockhart Wavefolder
+//by Fabián Esqueda, Henri Pöntynen, Julian D. Parker and Stefan Bilbao
+
+void tLockhartWavefolder_init(tLockhartWavefolder* const wf)
+{+ tLockhartWavefolder_initToPool (wf, &leaf.mempool);
+}
+
+void tLockhartWavefolder_free(tLockhartWavefolder* const wf)
+{+ _tLockhartWavefolder* w = *wf;
+
+ leaf_free((char*)w);
+}
+
+void tLockhartWavefolder_initToPool (tLockhartWavefolder* const wf, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ _tLockhartWavefolder* w = *wf = (_tLockhartWavefolder*) mpool_alloc(sizeof(_tLockhartWavefolder), m);
+
+ w->Ln1 = 0.0;
+ w->Fn1 = 0.0;
+ w->xn1 = 0.0;
+
+ w->RL = 7.5e3;
+ w->R = 15e3;
+ w->VT = 26e-3;
+ w->Is = 10e-16;
+
+ w->a = 2.0*w->RL/w->R;
+ w->b = (w->R+2.0*w->RL)/(w->VT*w->R);
+ w->d = (w->RL*w->Is)/w->VT;
+ w->half_a = 0.5 * w->a;
+ w->longthing = (0.5*w->VT/w->b);
+
+
+ // Antialiasing error threshold
+ w->AAthresh = 10e-10; //10
+
+ w->LambertThresh = 10e-10; //12 //was 8
+
+
+ w->w = 0.0f;
+ w->expw = 0.0f;
+ w->p = 0.0f;
+ w->r = 0.0f;
+ w->s= 0.0f;
+ w->myerr = 0.0f;
+ w->l = 0.0f;
+ w->u = 0.0f;
+ w->Ln = 0.0f;
+ w->Fn = 0.0f;
+ w->tempsDenom = 0.0f;
+ w->tempErrDenom = 0.0f;
+ w->tempOutDenom = 0.0f;
+
+
+}
+
+void tLockhartWavefolder_freeFromPool (tLockhartWavefolder* const wf, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ _tLockhartWavefolder* w = *wf;
+
+ mpool_free((char*)w, m);
+}
+
+
+
+double tLockhartWavefolderLambert(tLockhartWavefolder* const wf, double x, double ln)
+{+ _tLockhartWavefolder* mwf = *wf;
+
+
+ // Initial guess (use previous value)
+ mwf->w = ln;
+
+ // Haley's method (Sec. 4.2 of the paper)
+ for(int i=0; i<3000; i+=1) { //1000+
+ mwf->expw = exp(mwf->w);
+ /*
+ if (isinf(mwf->expw) || isnan(mwf->expw))
+ {+ mwf->expw = 10e-5;
+ LEAF_error();
+ }
+ */
+ mwf->p = mwf->w*mwf->expw - x;
+ /*
+ if (isinf(mwf->p) || isnan(mwf->p))
+ {+ mwf->p = 10e-5;
+ LEAF_error();
+ }
+ */
+ mwf->r = (mwf->w+1.0)*mwf->expw;
+ /*
+ if (isinf(mwf->r) || isnan(mwf->r))
+ {+ mwf->r = 10e-5;
+ LEAF_error();
+ }
+ */
+ mwf->tempsDenom = (2.0*(mwf->w+1.0));
+ /*
+ if ((mwf->tempsDenom == 0.0) || isinf(mwf->tempsDenom) || isnan(mwf->tempsDenom))
+ {+ mwf->tempsDenom = 10e-5;
+ LEAF_error();
+ }
+ */
+ mwf->s = (mwf->w+2.0)/mwf->tempsDenom;
+ /*
+ if (isnan(mwf->s) || isinf(mwf->s))
+ {+ mwf->s = 10e-5;
+ LEAF_error();
+ }
+ */
+ mwf->tempErrDenom = (mwf->r-(mwf->p*mwf->s));
+ /*
+ if ((mwf->tempErrDenom == 0.0) || isinf(mwf->tempErrDenom) || isnan(mwf->tempErrDenom))
+ {+ mwf->tempErrDenom = 10e-5;
+ LEAF_error();
+ }
+ */
+ mwf->myerr = (mwf->p/mwf->tempErrDenom);
+ /*
+ if (isnan(mwf->myerr) || isinf(mwf->myerr))
+ {+ mwf->myerr = 10e-5;
+ LEAF_error();
+ }
+ */
+
+ if ((fabs(mwf->myerr))<mwf->LambertThresh) {+
+ break;
+ }
+
+ mwf->w = mwf->w - mwf->myerr;
+
+ /*
+ if (isinf(mwf->w) || isnan(mwf->w))
+ {+ mwf->w = 10e-5;
+ LEAF_error();
+ }
+*/
+
+ }
+ return mwf->w;
+}
+
+float tLockhartWavefolder_tick(tLockhartWavefolder* const wf, float in)
+{+ _tLockhartWavefolder* w = *wf;
+
+ float out = 0.0f;
+
+ // Compute Antiderivative
+ w->l = (in > 0.0) - (in < 0.0);
+ w->u = w->d*exp(w->l*w->b*in);
+ /*
+ if ((w->u == 0.0) || isinf(w->u) || isnan(w->u))
+ {+ w->u = 10e-5;
+ LEAF_error();
+ }
+ */
+
+ w->Ln = tLockhartWavefolderLambert(wf,w->u,w->Ln1);
+ /*
+ if ((w->Ln == 0.0) || isinf(w->Ln) || isnan(w->Ln))
+ {+ w->Ln = 10e-5;
+ LEAF_error();
+ }
+*/
+ w->Fn = (w->longthing*(w->Ln*(w->Ln + 2.0))) - (w->half_a*in*in);
+ /*
+ if ((w->Fn == 0.0) || isinf(w->Fn) || isnan(w->Fn))
+ {+ w->Fn = 10e-5;
+ LEAF_error();
+ }
+ */
+ // Check for ill-conditioning
+
+ if (fabs(in-w->xn1)<w->AAthresh)
+ {+
+ // Compute Averaged Wavefolder Output
+ double xn = 0.5*(in+w->xn1);
+ w->u = w->d*exp(w->l*w->b*xn);
+ /*
+ if ((w->u == 0.0) || isinf(w->u) || isnan(w->u))
+ {+ w->u = 10e-5;
+ LEAF_error();
+
+ }
+ */
+ w->Ln = tLockhartWavefolderLambert(wf,w->u,w->Ln1);
+ /*
+ if ((w->Ln == 0.0) || isinf(w->Ln) || isnan(w->Ln))
+ {+ w->Ln = 10e-5;
+ LEAF_error();
+ }
+ */
+ out = (float)((w->l*w->VT*w->Ln) - (w->a*xn));
+
+ }
+ else
+ {+
+ // Apply AA Form
+ w->tempOutDenom = (in-w->xn1);
+ /*
+ if ((w->tempOutDenom == 0.0) || isinf(w->tempOutDenom))
+ {+ w->tempOutDenom = 10e-5;
+ LEAF_error();
+ }
+ */
+ out = ((w->Fn-w->Fn1)/w->tempOutDenom);
+ /*
+ if (isinf(out) || isnan(out))
+ {+ out = 10e-5;
+ LEAF_error();
+ }
+ */
+
+ }
+
+ // Update States
+ w->Ln1 = w->Ln;
+ w->Fn1 = w->Fn;
+ w->xn1 = (double)in;
+
+ return out;
+}
+
+//============================================================================================================
+// CRUSHER
+//============================================================================================================
+#define SCALAR 5000.f
+
+void tCrusher_init (tCrusher* const cr)
+{+ _tCrusher* c = *cr = (_tCrusher*) leaf_alloc(sizeof(_tCrusher));
+
+ c->op = 4;
+ c->div = SCALAR;
+ c->rnd = 0.25f;
+ c->srr = 0.25f;
+ tSampleReducer_init(&c->sReducer);
+ c->gain = (c->div / SCALAR) * 0.7f + 0.3f;
+}
+
+void tCrusher_free (tCrusher* const cr)
+{+ _tCrusher* c = *cr;
+ tSampleReducer_free(&c->sReducer);
+ leaf_free((char*)c);
+}
+
+void tCrusher_initToPool (tCrusher* const cr, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ _tCrusher* c = *cr = (_tCrusher*) mpool_alloc(sizeof(_tCrusher), m);
+
+ c->op = 4;
+ c->div = SCALAR;
+ c->rnd = 0.25f;
+ c->srr = 0.25f;
+ tSampleReducer_initToPool(&c->sReducer, mp);
+ c->gain = (c->div / SCALAR) * 0.7f + 0.3f;
+}
+
+void tCrusher_freeFromPool (tCrusher* const cr, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ _tCrusher* c = *cr;
+ tSampleReducer_freeFromPool(&c->sReducer, mp);
+ mpool_free((char*)c, m);
+}
+
+float tCrusher_tick (tCrusher* const cr, float input)
+{+ _tCrusher* c = *cr;
+
+ float sample = input;
+
+ sample *= SCALAR; // SCALAR is 5000 by default
+
+ sample = (int32_t) sample;
+
+ sample /= c->div;
+
+ sample = LEAF_bitwise_xor(sample, c->op << 23);
+
+ sample = LEAF_clip(-1.f, sample, 1.f);
+
+ sample = LEAF_round(sample, c->rnd);
+
+ sample = tSampleReducer_tick(&c->sReducer, sample);
+
+ return sample * c->gain;
+
+}
+
+void tCrusher_setOperation (tCrusher* const cr, float op)
+{+ _tCrusher* c = *cr;
+ c->op = (uint32_t) (op * 8.0f);
+}
+
+// 0.0 - 1.0
+void tCrusher_setQuality (tCrusher* const cr, float val)
+{+ _tCrusher* c = *cr;
+
+ val = LEAF_clip(0.0f, val, 1.0f);
+
+ c->div = 0.01f + val * SCALAR;
+
+ c->gain = (c->div / SCALAR) * 0.7f + 0.3f;
+}
+
+// what decimal to round to
+void tCrusher_setRound (tCrusher* const cr, float rnd)
+{+ _tCrusher* c = *cr;
+ c->rnd = fabsf(rnd);
+}
+
+void tCrusher_setSamplingRatio (tCrusher* const cr, float ratio)
+{+ _tCrusher* c = *cr;
+ c->srr = ratio;
+ tSampleReducer_setRatio(&c->sReducer, ratio);
+
+}
--- /dev/null
+++ b/leaf/Src/leaf-dynamics.c
@@ -1,0 +1,281 @@
+/*==============================================================================
+
+ leaf-dynamics.c
+ Created: 30 Nov 2018 11:56:49am
+ Author: airship
+
+==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-dynamics.h"
+
+#else
+
+#include "../Inc/leaf-dynamics.h"
+
+#endif
+
+//==============================================================================
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Compressor ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+
+/*
+ tCompressor* tCompressorInit(int tauAttack, int tauRelease)
+ {
+ tCompressor* c = &leaf.tCompressorRegistry[leaf.registryIndex[T_COMPRESSOR]++];
+
+ c->tauAttack = tauAttack;
+ c->tauRelease = tauRelease;
+
+ c->x_G[0] = 0.0f, c->x_G[1] = 0.0f,
+ c->y_G[0] = 0.0f, c->y_G[1] = 0.0f,
+ c->x_T[0] = 0.0f, c->x_T[1] = 0.0f,
+ c->y_T[0] = 0.0f, c->y_T[1] = 0.0f;
+
+ c->T = 0.0f; // Threshold
+ c->R = 1.0f; // compression Ratio
+ c->M = 0.0f; // decibel Make-up gain
+ c->W = 0.0f; // decibel Width of knee transition
+
+ return c;
+ }
+ */
+void tCompressor_init(tCompressor* const comp)
+{
+ _tCompressor* c = *comp = (_tCompressor*) leaf_alloc(sizeof(_tCompressor));
+
+ c->tauAttack = 100;
+ c->tauRelease = 100;
+
+ c->isActive = OFALSE;
+
+ c->T = 0.0f; // Threshold
+ c->R = 0.5f; // compression Ratio
+ c->M = 3.0f; // decibel Width of knee transition
+ c->W = 1.0f; // decibel Make-up gain
+}
+
+void tCompressor_free(tCompressor* const comp)
+{
+ _tCompressor* c = *comp;
+
+ leaf_free((char*)c);
+}
+
+void tCompressor_initToPool (tCompressor* const comp, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tCompressor* c = *comp = (_tCompressor*) mpool_alloc(sizeof(_tCompressor), m);
+
+ c->tauAttack = 100;
+ c->tauRelease = 100;
+
+ c->isActive = OFALSE;
+
+ c->T = 0.0f; // Threshold
+ c->R = 0.5f; // compression Ratio
+ c->M = 3.0f; // decibel Width of knee transition
+ c->W = 1.0f; // decibel Make-up gain
+}
+
+void tCompressor_freeFromPool(tCompressor* const comp, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tCompressor* c = *comp;
+
+ mpool_free((char*)c, m);
+}
+
+float tCompressor_tick(tCompressor* const comp, float in)
+{
+ _tCompressor* c = *comp;
+
+ float slope, overshoot;
+ float alphaAtt, alphaRel;
+
+ float in_db = 20.0f * log10f( fmaxf( fabsf( in), 0.000001f)), out_db = 0.0f;
+
+ c->y_T[1] = c->y_T[0];
+
+ slope = c->R - 1.0f; // feed-forward topology; was 1/C->R - 1
+
+ overshoot = in_db - c->T;
+
+
+ if (overshoot <= -(c->W * 0.5f))
+ {
+ out_db = in_db;
+ c->isActive = OFALSE;
+ }
+ else if ((overshoot > -(c->W * 0.5f)) && (overshoot < (c->W * 0.5f)))
+ {
+ out_db = in_db + slope * (powf((overshoot + c->W*0.5f),2) / (2.0f * c->W)); // .^ 2 ???
+ c->isActive = OTRUE;
+ }
+ else if (overshoot >= (c->W * 0.5f))
+ {
+ out_db = in_db + slope * overshoot;
+ c->isActive = OTRUE;
+ }
+
+
+
+ c->x_T[0] = out_db - in_db;
+
+ alphaAtt = expf(-1.0f/(0.001f * c->tauAttack * leaf.sampleRate));
+ alphaRel = expf(-1.0f/(0.001f * c->tauRelease * leaf.sampleRate));
+
+ if (c->x_T[0] > c->y_T[1])
+ c->y_T[0] = alphaAtt * c->y_T[1] + (1-alphaAtt) * c->x_T[0];
+ else
+ c->y_T[0] = alphaRel * c->y_T[1] + (1-alphaRel) * c->x_T[0];
+
+ float attenuation = powf(10.0f, ((c->M - c->y_T[0])/20.0f));
+
+ return attenuation * in;
+}
+
+/* Feedback Leveler */
+
+void tFeedbackLeveler_init(tFeedbackLeveler* const fb, float targetLevel, float factor, float strength, int mode)
+{
+ _tFeedbackLeveler* p = *fb = (_tFeedbackLeveler*) leaf_alloc(sizeof(_tFeedbackLeveler));
+
+ p->curr=0.0f;
+ p->targetLevel=targetLevel;
+ tPowerFollower_init(&p->pwrFlw,factor);
+ p->mode=mode;
+ p->strength=strength;
+}
+
+void tFeedbackLeveler_free(tFeedbackLeveler* const fb)
+{
+ _tFeedbackLeveler* p = *fb;
+
+ tPowerFollower_free(&p->pwrFlw);
+ leaf_free((char*)p);
+}
+
+void tFeedbackLeveler_initToPool (tFeedbackLeveler* const fb, float targetLevel, float factor, float strength, int mode, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tFeedbackLeveler* p = *fb = (_tFeedbackLeveler*) mpool_alloc(sizeof(_tFeedbackLeveler), m);
+
+ p->curr=0.0f;
+ p->targetLevel=targetLevel;
+ tPowerFollower_initToPool(&p->pwrFlw,factor, mp);
+ p->mode=mode;
+ p->strength=strength;
+}
+
+void tFeedbackLeveler_freeFromPool (tFeedbackLeveler* const fb, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tFeedbackLeveler* p = *fb;
+
+ tPowerFollower_freeFromPool(&p->pwrFlw, mp);
+ mpool_free((char*)p, m);
+}
+
+void tFeedbackLeveler_setStrength(tFeedbackLeveler* const fb, float strength)
+{ // strength is how strongly level diff is affecting the amp ratio
+ // try 0.125 for a start
+ _tFeedbackLeveler* p = *fb;
+ p->strength=strength;
+}
+
+void tFeedbackLeveler_setFactor(tFeedbackLeveler* const fb, float factor)
+{
+ _tFeedbackLeveler* p = *fb;
+ tPowerFollower_setFactor(&p->pwrFlw,factor);
+}
+
+void tFeedbackLeveler_setMode(tFeedbackLeveler* const fb, int mode)
+{ // 0 for decaying with upwards lev limiting, 1 for constrained absolute level (also downwards limiting)
+ _tFeedbackLeveler* p = *fb;
+ p->mode=mode;
+}
+
+float tFeedbackLeveler_tick(tFeedbackLeveler* const fb, float input)
+{
+ _tFeedbackLeveler* p = *fb;
+ float levdiff=(tPowerFollower_tick(&p->pwrFlw, input)-p->targetLevel);
+ if (p->mode==0 && levdiff<0.0f) levdiff=0.0f;
+ p->curr=input*(1.0f-p->strength*levdiff);
+ return p->curr;
+}
+
+float tFeedbackLeveler_sample(tFeedbackLeveler* const fb)
+{
+ _tFeedbackLeveler* p = *fb;
+ return p->curr;
+}
+
+
+void tFeedbackLeveler_setTargetLevel (tFeedbackLeveler* const fb, float TargetLevel)
+{
+ _tFeedbackLeveler* p = *fb;
+ p->targetLevel=TargetLevel;
+}
+
+
+
+void tThreshold_init(tThreshold* const th, float low, float high)
+{
+ tThreshold_initToPool(th, low, high, &leaf.mempool);
+}
+
+void tThreshold_free(tThreshold* const th)
+{
+ tThreshold_freeFromPool(th, &leaf.mempool);
+}
+
+void tThreshold_initToPool (tThreshold* const th, float low, float high, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tThreshold* t = *th = (_tThreshold*) mpool_alloc(sizeof(_tThreshold), m);
+
+ t->highThresh = high;
+ t->lowThresh = low;
+
+ t->currentValue = 0;
+}
+
+void tThreshold_freeFromPool(tThreshold* const th, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tThreshold* t = *th;
+
+ mpool_free((char*)t, m);
+}
+
+int tThreshold_tick(tThreshold* const th, float in)
+{
+ _tThreshold* t = *th;
+
+ if (in >= t->highThresh)
+ {
+ t->currentValue = 1;
+ }
+ else if (in <= t->lowThresh)
+ {
+ t->currentValue = 0;
+ }
+
+ return t->currentValue;
+}
+
+void tThreshold_setLow(tThreshold* const th, float low)
+{
+ _tThreshold* t = *th;
+
+ t->lowThresh = low;
+}
+
+void tThreshold_setHigh(tThreshold* const th, float high)
+{
+ _tThreshold* t = *th;
+
+ t->highThresh = high;
+}
--- /dev/null
+++ b/leaf/Src/leaf-effects.c
@@ -1,0 +1,1853 @@
+/*==============================================================================
+
+ leaf-vocoder.c
+ Created: 20 Jan 2017 12:01:54pm
+ Author: Michael R Mulshine
+
+ ==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-effects.c"
+#include "..\leaf.h"
+
+#else
+
+#include "../Inc/leaf-effects.h"
+#include "../leaf.h"
+
+#endif
+
+
+
+//============================================================================================================
+// TALKBOX
+//============================================================================================================
+
+//LPC vocoder adapted from MDA's excellent open source talkbox plugin code
+void tTalkbox_init(tTalkbox* const voc, int bufsize)
+{
+
+ _tTalkbox* v = *voc = (_tTalkbox*) leaf_alloc(sizeof(_tTalkbox));
+
+ v->param[0] = 0.5f; //wet
+ v->param[1] = 0.0f; //dry
+ v->param[2] = 0; // Swap
+ v->param[3] = 1.0f; //quality
+ v->warpFactor = 0.0f;
+ v->warpOn = 0;
+ v->bufsize = bufsize;
+
+ v->car0 = (float*) leaf_alloc(sizeof(float) * v->bufsize);
+ v->car1 = (float*) leaf_alloc(sizeof(float) * v->bufsize);
+ v->window = (float*) leaf_alloc(sizeof(float) * v->bufsize);
+ v->buf0 = (float*) leaf_alloc(sizeof(float) * v->bufsize);
+ v->buf1 = (float*) leaf_alloc(sizeof(float) * v->bufsize);
+
+ tTalkbox_update(voc);
+ tTalkbox_suspend(voc);
+}
+
+void tTalkbox_free(tTalkbox* const voc)
+{
+ _tTalkbox* v = *voc;
+
+ leaf_free((char*)v->buf1);
+ leaf_free((char*)v->buf0);
+ leaf_free((char*)v->window);
+ leaf_free((char*)v->car1);
+ leaf_free((char*)v->car0);
+
+ leaf_free((char*)v);
+}
+
+void tTalkbox_initToPool (tTalkbox* const voc, int bufsize, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTalkbox* v = *voc = (_tTalkbox*) mpool_alloc(sizeof(_tTalkbox), m);
+
+ v->param[0] = 0.5f; //wet
+ v->param[1] = 0.0f; //dry
+ v->param[2] = 0; // Swap
+ v->param[3] = 1.0f; //quality
+ v->warpFactor = 0.0f;
+ v->warpOn = 0;
+ v->bufsize = bufsize;
+
+ v->car0 = (float*) mpool_alloc(sizeof(float) * v->bufsize, m);
+ v->car1 = (float*) mpool_alloc(sizeof(float) * v->bufsize, m);
+ v->window = (float*) mpool_alloc(sizeof(float) * v->bufsize, m);
+ v->buf0 = (float*) mpool_alloc(sizeof(float) * v->bufsize, m);
+ v->buf1 = (float*) mpool_alloc(sizeof(float) * v->bufsize, m);
+
+ tTalkbox_update(voc);
+ tTalkbox_suspend(voc);
+}
+
+void tTalkbox_freeFromPool (tTalkbox* const voc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTalkbox* v = *voc;
+
+ mpool_free((char*)v->buf1, m);
+ mpool_free((char*)v->buf0, m);
+ mpool_free((char*)v->window, m);
+ mpool_free((char*)v->car1, m);
+ mpool_free((char*)v->car0, m);
+
+ mpool_free((char*)v, m);
+}
+
+void tTalkbox_update(tTalkbox* const voc) ///update internal parameters...
+{
+ _tTalkbox* v = *voc;
+
+ float fs = leaf.sampleRate;
+ if(fs < 8000.0f) fs = 8000.0f;
+ if(fs > 96000.0f) fs = 96000.0f;
+
+ int32_t n = (int32_t)(0.01633f * fs); //this sets the window time to 16ms if the buffer is large enough. Buffer needs to be at least 784 samples at 48000
+ if(n > v->bufsize) n = v->bufsize;
+
+ //O = (VstInt32)(0.0005f * fs);
+ v->O = (int32_t)((0.0001f + 0.0004f * v->param[3]) * fs);
+
+ if(n != v->N) //recalc hanning window
+ {
+ v->N = n;
+ float dp = TWO_PI / v->N;
+ float p = 0.0f;
+ for(n=0; n<v->N; n++)
+ {
+ v->window[n] = 0.5f - 0.5f * cosf(p);
+ p += dp;
+ }
+ }
+ v->wet = 0.5f * v->param[0] * v->param[0];
+ v->dry = 2.0f * v->param[1] * v->param[1];
+}
+
+void tTalkbox_suspend(tTalkbox* const voc) ///clear any buffers...
+{
+ _tTalkbox* v = *voc;
+
+ v->pos = v->K = 0;
+ v->emphasis = 0.0f;
+ v->FX = 0;
+
+ v->u0 = v->u1 = v->u2 = v->u3 = v->u4 = 0.0f;
+ v->d0 = v->d1 = v->d2 = v->d3 = v->d4 = 0.0f;
+
+ for (int32_t i = 0; i < v->bufsize; i++)
+ {
+ v->buf0[i] = 0;
+ v->buf1[i] = 0;
+ v->car0[i] = 0;
+ v->car1[i] = 0;
+ }
+}
+
+// warped autocorrelation adapted from ten.enegatum@liam's post on music-dsp 2004-04-07 09:37:51
+//find the order-P autocorrelation array, R, for the sequence x of length L and warping of lambda
+//wAutocorrelate(&pfSrc[stIndex],siglen,R,P,0);
+void tTalkbox_warpedAutocorrelate(float * x, unsigned int L, float * R, unsigned int P, float lambda)
+{
+ double dl[L];
+ double Rt[L];
+ double r1,r2,r1t;
+ R[0]=0;
+ Rt[0]=0;
+ r1=0;
+ r2=0;
+ r1t=0;
+ for(int32_t k=0; k<L;k++)
+ {
+ Rt[0] += (double)(x[k]) * (double)(x[k]);
+
+ dl[k]= r1 - (double)(lambda) * (double)(x[k]-r2);
+ r1 = x[k];
+ r2 = dl[k];
+ }
+ for(int32_t i=1; i<=P; i++)
+ {
+ Rt[i]=0;
+ r1=0;
+ r2=0;
+ for(unsigned int k=0; k<L;k++)
+ {
+ Rt[i] += (double) (dl[k]) * (double)(x[k]);
+
+ r1t = dl[k];
+ dl[k]= r1 - (double)(lambda) * (double)(r1t-r2);
+ r1 = r1t;
+ r2 = dl[k];
+ }
+ }
+ for(int32_t i=0; i<=P; i++)
+ {
+ R[i]=(float)(Rt[i]);
+ }
+
+}
+
+
+
+#define ORD_MAX 35 // Was 100.
+// order is defined by the set_quality function.
+// it's set to max out at 0.0005 of sample rate (if you don't go above 1.0f in the quality setting) == at 48000 that's 24.
+// -JS
+void tTalkbox_lpc(float *buf, float *car, int32_t n, int32_t o, float warp, int warpOn)
+{
+ float z[ORD_MAX], r[ORD_MAX], k[ORD_MAX], G, x;
+ int32_t i, j, nn=n;
+
+ if (warpOn == 0)
+ {
+ for(j=0; j<=o; j++, nn--) //buf[] is already emphasized and windowed
+ {
+ z[j] = r[j] = 0.0f;
+ for(i=0; i<nn; i++) r[j] += buf[i] * buf[i+j]; //autocorrelation
+ }
+ }
+ else
+ {
+ for(j=0; j<=o; j++, nn--) //buf[] is already emphasized and windowed
+ {
+ z[j] = r[j] = 0.0f;
+ }
+ tTalkbox_warpedAutocorrelate(buf, n, r, o, warp);
+ }
+
+ r[0] *= 1.001f; //stability fix
+
+ float min = 0.00001f;
+ if(r[0] < min) { for(i=0; i<n; i++) buf[i] = 0.0f; return; }
+
+ tTalkbox_lpcDurbin(r, o, k, &G); //calc reflection coeffs
+
+ //this is for stability to keep reflection coefficients inside the unit circle
+ //but in Harma's papers I've seen 0.998. just needs to be less than 1 it seems but maybe some wiggle room to avoid instability from floating point precision -JS
+ for(i=0; i<=o; i++)
+ {
+ if(k[i] > 0.995f) k[i] = 0.995f; else if(k[i] < -0.995f) k[i] = -.995f;
+ }
+
+ for(i=0; i<n; i++)
+ {
+ x = G * car[i];
+ for(j=o; j>0; j--) //lattice filter
+ {
+ x -= k[j] * z[j-1];
+ z[j] = z[j-1] + k[j] * x;
+ }
+ buf[i] = z[0] = x; //output buf[] will be windowed elsewhere
+ }
+}
+
+
+void tTalkbox_lpcDurbin(float *r, int p, float *k, float *g)
+{
+ int i, j;
+ float a[ORD_MAX], at[ORD_MAX], e=r[0];
+
+ for(i=0; i<=p; i++) a[i] = 0.0f; //probably don't need to clear at[] or k[]
+ at[0] = 0.0f;
+ for(i=1; i<=p; i++)
+ {
+ k[i] = -r[i];
+
+ for(j=1; j<i; j++)
+ {
+ at[j] = a[j];
+ k[i] -= a[j] * r[i-j];
+ }
+ if(fabs(e) < 1.0e-20f) { e = 0.0f; break; }
+ k[i] /= e;
+
+ a[i] = k[i];
+ for(j=1; j<i; j++) a[j] = at[j] + k[i] * at[i-j];
+
+ e *= 1.0f - k[i] * k[i];
+ }
+
+ if(e < 1.0e-20f) e = 0.0f;
+ *g = sqrtf(e);
+}
+
+float tTalkbox_tick(tTalkbox* const voc, float synth, float voice)
+{
+ _tTalkbox* v = *voc;
+
+ int32_t p0=v->pos, p1 = (v->pos + v->N/2) % v->N;
+ float e=v->emphasis, w, o, x, fx=v->FX;
+ float p, q, h0=0.3f, h1=0.77f;
+
+ o = voice;
+ x = synth;
+
+
+
+ p = v->d0 + h0 * x; v->d0 = v->d1; v->d1 = x - h0 * p;
+ q = v->d2 + h1 * v->d4; v->d2 = v->d3; v->d3 = v->d4 - h1 * q;
+ v->d4 = x;
+ x = p + q;
+
+ if(v->K++)
+ {
+ v->K = 0;
+
+ v->car0[p0] = v->car1[p1] = x; //carrier input
+
+ x = o - e; e = o; //6dB/oct pre-emphasis
+
+ w = v->window[p0]; fx = v->buf0[p0] * w; v->buf0[p0] = x * w; //50% overlapping hanning windows
+ if(++p0 >= v->N) { tTalkbox_lpc(v->buf0, v->car0, v->N, v->O, v->warpFactor, v->warpOn); p0 = 0; }
+
+ w = 1.0f - w; fx += v->buf1[p1] * w; v->buf1[p1] = x * w;
+ if(++p1 >= v->N) { tTalkbox_lpc(v->buf1, v->car1, v->N, v->O, v->warpFactor, v->warpOn); p1 = 0; }
+ }
+
+ p = v->u0 + h0 * fx; v->u0 = v->u1; v->u1 = fx - h0 * p;
+ q = v->u2 + h1 * v->u4; v->u2 = v->u3; v->u3 = v->u4 - h1 * q;
+ v->u4 = fx;
+ x = p + q;
+
+ o = x;
+
+ v->emphasis = e;
+ v->pos = p0;
+ v->FX = fx;
+
+
+ return o;
+}
+
+void tTalkbox_setQuality(tTalkbox* const voc, float quality)
+{
+ _tTalkbox* v = *voc;
+
+ v->param[3] = quality;
+ v->O = (int32_t)((0.0001f + 0.0004f * v->param[3]) * leaf.sampleRate);
+ if (v->O >= ORD_MAX)
+ {
+ v->O = ORD_MAX-1;
+ }
+}
+
+void tTalkbox_setWarpFactor(tTalkbox* const voc, float warpFactor)
+{
+ _tTalkbox* v = *voc;
+
+ v->warpFactor = warpFactor;
+}
+
+void tTalkbox_setWarpOn(tTalkbox* const voc, float warpOn)
+{
+ _tTalkbox* v = *voc;
+
+ v->warpOn = warpOn;
+}
+
+
+//============================================================================================================
+// VOCODER
+//============================================================================================================
+
+void tVocoder_init (tVocoder* const voc)
+{
+ _tVocoder* v = *voc = (_tVocoder*) leaf_alloc(sizeof(_tVocoder));
+
+ v->param[0] = 0.33f; //input select
+ v->param[1] = 0.50f; //output dB
+ v->param[2] = 0.40f; //hi thru
+ v->param[3] = 0.40f; //hi band
+ v->param[4] = 0.16f; //envelope
+ v->param[5] = 0.55f; //filter q
+ v->param[6] = 0.6667f;//freq range
+ v->param[7] = 0.33f; //num bands
+
+ tVocoder_update(voc);
+}
+
+void tVocoder_free (tVocoder* const voc)
+{
+ _tVocoder* v = *voc;
+
+ leaf_free((char*)v);
+}
+
+void tVocoder_initToPool (tVocoder* const voc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tVocoder* v = *voc = (_tVocoder*) mpool_alloc(sizeof(_tVocoder), m);
+
+ v->param[0] = 0.33f; //input select
+ v->param[1] = 0.50f; //output dB
+ v->param[2] = 0.40f; //hi thru
+ v->param[3] = 0.40f; //hi band
+ v->param[4] = 0.16f; //envelope
+ v->param[5] = 0.55f; //filter q
+ v->param[6] = 0.6667f;//freq range
+ v->param[7] = 0.33f; //num bands
+
+ tVocoder_update(voc);
+}
+
+void tVocoder_freeFromPool (tVocoder* const voc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tVocoder* v = *voc;
+
+ mpool_free((char*)v, m);
+}
+
+void tVocoder_update (tVocoder* const voc)
+{
+ _tVocoder* v = *voc;
+
+ float tpofs = 6.2831853f * leaf.invSampleRate;
+
+ float rr, th, re;
+
+ float sh;
+
+ int32_t i;
+
+ v->gain = (float)pow(10.0f, 2.0f * v->param[1] - 3.0f * v->param[5] - 2.0f);
+
+ v->thru = (float)pow(10.0f, 0.5f + 2.0f * v->param[1]);
+ v->high = v->param[3] * v->param[3] * v->param[3] * v->thru;
+ v->thru *= v->param[2] * v->param[2] * v->param[2];
+
+ if(v->param[7]<0.5f)
+ {
+ v->nbnd=8;
+ re=0.003f;
+ v->f[1][2] = 3000.0f;
+ v->f[2][2] = 2200.0f;
+ v->f[3][2] = 1500.0f;
+ v->f[4][2] = 1080.0f;
+ v->f[5][2] = 700.0f;
+ v->f[6][2] = 390.0f;
+ v->f[7][2] = 190.0f;
+ }
+ else
+ {
+ v->nbnd=16;
+ re=0.0015f;
+ v->f[ 1][2] = 5000.0f; //+1000
+ v->f[ 2][2] = 4000.0f; //+750
+ v->f[ 3][2] = 3250.0f; //+500
+ v->f[ 4][2] = 2750.0f; //+450
+ v->f[ 5][2] = 2300.0f; //+300
+ v->f[ 6][2] = 2000.0f; //+250
+ v->f[ 7][2] = 1750.0f; //+250
+ v->f[ 8][2] = 1500.0f; //+250
+ v->f[ 9][2] = 1250.0f; //+250
+ v->f[10][2] = 1000.0f; //+250
+ v->f[11][2] = 750.0f; //+210
+ v->f[12][2] = 540.0f; //+190
+ v->f[13][2] = 350.0f; //+155
+ v->f[14][2] = 195.0f; //+100
+ v->f[15][2] = 95.0f;
+ }
+
+ if(v->param[4]<0.05f) //freeze
+ {
+ for(i=0;i<v->nbnd;i++) v->f[i][12]=0.0f;
+ }
+ else
+ {
+ v->f[0][12] = (float)pow(10.0, -1.7 - 2.7f * v->param[4]); //envelope speed
+
+ rr = 0.022f / (float)v->nbnd; //minimum proportional to frequency to stop distortion
+ for(i=1;i<v->nbnd;i++)
+ {
+ v->f[i][12] = (float)(0.025 - rr * (double)i);
+ if(v->f[0][12] < v->f[i][12]) v->f[i][12] = v->f[0][12];
+ }
+ v->f[0][12] = 0.5f * v->f[0][12]; //only top band is at full rate
+ }
+
+ rr = 1.0 - pow(10.0f, -1.0f - 1.2f * v->param[5]);
+ sh = (float)pow(2.0f, 3.0f * v->param[6] - 1.0f); //filter bank range shift
+
+ for(i=1;i<v->nbnd;i++)
+ {
+ v->f[i][2] *= sh;
+ th = acos((2.0 * rr * cos(tpofs * v->f[i][2])) / (1.0 + rr * rr));
+ v->f[i][0] = (float)(2.0 * rr * cos(th)); //a0
+ v->f[i][1] = (float)(-rr * rr); //a1
+ //was .98
+ v->f[i][2] *= 0.96f; //shift 2nd stage slightly to stop high resonance peaks
+ th = acos((2.0 * rr * cos(tpofs * v->f[i][2])) / (1.0 + rr * rr));
+ v->f[i][2] = (float)(2.0 * rr * cos(th));
+ }
+}
+
+float tVocoder_tick (tVocoder* const voc, float synth, float voice)
+{
+ _tVocoder* v = *voc;
+
+ float a, b, o=0.0f, aa, bb, oo = v->kout, g = v->gain, ht = v->thru, hh = v->high, tmp;
+ uint32_t i, k = v->kval, nb = v->nbnd;
+
+ a = voice; //speech
+ b = synth; //synth
+
+ tmp = a - v->f[0][7]; //integrate modulator for HF band and filter bank pre-emphasis
+ v->f[0][7] = a;
+ a = tmp;
+
+ if(tmp<0.0f) tmp = -tmp;
+ v->f[0][11] -= v->f[0][12] * (v->f[0][11] - tmp); //high band envelope
+ o = v->f[0][11] * (ht * a + hh * (b - v->f[0][3])); //high band + high thru
+
+ v->f[0][3] = b; //integrate carrier for HF band
+
+ if(++k & 0x1) //this block runs at half sample rate
+ {
+ oo = 0.0f;
+ aa = a + v->f[0][9] - v->f[0][8] - v->f[0][8]; //apply zeros here instead of in each reson
+ v->f[0][9] = v->f[0][8]; v->f[0][8] = a;
+ bb = b + v->f[0][5] - v->f[0][4] - v->f[0][4];
+ v->f[0][5] = v->f[0][4]; v->f[0][4] = b;
+
+ for(i=1; i<nb; i++) //filter bank: 4th-order band pass
+ {
+ tmp = v->f[i][0] * v->f[i][3] + v->f[i][1] * v->f[i][4] + bb;
+ v->f[i][4] = v->f[i][3];
+ v->f[i][3] = tmp;
+ tmp += v->f[i][2] * v->f[i][5] + v->f[i][1] * v->f[i][6];
+ v->f[i][6] = v->f[i][5];
+ v->f[i][5] = tmp;
+
+ tmp = v->f[i][0] * v->f[i][7] + v->f[i][1] * v->f[i][8] + aa;
+ v->f[i][8] = v->f[i][7];
+ v->f[i][7] = tmp;
+ tmp += v->f[i][2] * v->f[i][9] + v->f[i][1] * v->f[i][10];
+ v->f[i][10] = v->f[i][9];
+ v->f[i][9] = tmp;
+
+ if(tmp<0.0f) tmp = -tmp;
+ v->f[i][11] -= v->f[i][12] * (v->f[i][11] - tmp);
+ oo += v->f[i][5] * v->f[i][11];
+ }
+ }
+ o += oo * g; //effect of interpolating back up to Fs would be minimal (aliasing >16kHz)
+
+ v->kout = oo;
+ v->kval = k & 0x1;
+ if(fabs(v->f[0][11])<1.0e-10) v->f[0][11] = 0.0f; //catch HF envelope denormal
+
+ for(i=1;i<nb;i++)
+ if(fabs(v->f[i][3])<1.0e-10 || fabs(v->f[i][7])<1.0e-10)
+ for(k=3; k<12; k++) v->f[i][k] = 0.0f; //catch reson & envelope denormals
+
+ if(fabs(o)>10.0f) tVocoder_suspend(voc); //catch instability
+
+ return o;
+
+}
+
+void tVocoder_suspend (tVocoder* const voc)
+{
+ _tVocoder* v = *voc;
+
+ int32_t i, j;
+
+ for(i=0; i<v->nbnd; i++) for(j=3; j<12; j++) v->f[i][j] = 0.0f; //zero band filters and envelopes
+ v->kout = 0.0f;
+ v->kval = 0;
+}
+
+
+
+/// Glottal Pulse (Rosenberg model)
+
+void tRosenbergGlottalPulse_init (tRosenbergGlottalPulse* const gp)
+{
+ tRosenbergGlottalPulse_initToPool(gp, &leaf.mempool);
+}
+void tRosenbergGlottalPulse_free (tRosenbergGlottalPulse* const gp)
+{
+ tRosenbergGlottalPulse_freeFromPool(gp, &leaf.mempool);
+}
+void tRosenbergGlottalPulse_initToPool (tRosenbergGlottalPulse* const gp, tMempool* const mp)
+{
+
+ _tMempool* m = *mp;
+ _tRosenbergGlottalPulse* g = *gp = (_tRosenbergGlottalPulse*) mpool_alloc(sizeof(_tRosenbergGlottalPulse), m);
+
+ g->phase = 0.0f;
+ g->openLength = 0.0f;
+ g->pulseLength = 0.0f;
+ g->freq = 0.0f;
+ g->inc = 0.0f;
+
+
+}
+void tRosenbergGlottalPulse_freeFromPool (tRosenbergGlottalPulse* const gp, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tRosenbergGlottalPulse* g = *gp;
+ mpool_free((char*)g, m);
+}
+
+float tRosenbergGlottalPulse_tick (tRosenbergGlottalPulse* const gp)
+{
+ _tRosenbergGlottalPulse* g = *gp;
+
+ float output = 0.0f;
+
+ // Phasor increment
+ g->phase += g->inc;
+ while (g->phase >= 1.0f) g->phase -= 1.0f;
+ while (g->phase < 0.0f) g->phase += 1.0f;
+
+ if (g->phase < g->openLength)
+ {
+ output = 0.5f*(1.0f-cosf(PI * g->phase));
+ }
+
+ else if (g->phase < g->pulseLength)
+ {
+ output = cosf(HALF_PI * (g->phase-g->openLength)/(g->pulseLength-g->openLength));
+ }
+
+ else
+ {
+ output = 0.0f;
+ }
+ return output;
+}
+
+void tRosenbergGlottalPulse_setFreq (tRosenbergGlottalPulse* const gp, float freq)
+{
+ _tRosenbergGlottalPulse* g = *gp;
+ g->freq = freq;
+ g->inc = freq * leaf.invSampleRate;
+}
+
+void tRosenbergGlottalPulse_setOpenLength (tRosenbergGlottalPulse* const gp, float openLength)
+{
+ _tRosenbergGlottalPulse* g = *gp;
+ g->openLength = openLength;
+}
+
+void tRosenbergGlottalPulse_setPulseLength (tRosenbergGlottalPulse* const gp, float pulseLength)
+{
+ _tRosenbergGlottalPulse* g = *gp;
+ g->pulseLength = pulseLength;
+}
+
+
+
+
+//============================================================================================================
+// SOLAD
+//============================================================================================================
+/******************************************************************************/
+/***************** static function declarations *******************************/
+/******************************************************************************/
+
+static void solad_init(_tSOLAD *w);
+static inline float read_sample(_tSOLAD *w, float floatindex);
+static void pitchdown(_tSOLAD *w, float *out);
+static void pitchup(_tSOLAD *w, float *out);
+
+/******************************************************************************/
+/***************** public access functions ************************************/
+/******************************************************************************/
+
+// init
+void tSOLAD_init(tSOLAD* const wp)
+{
+ _tSOLAD* w = *wp = (_tSOLAD*) leaf_calloc(sizeof(_tSOLAD));
+
+ w->pitchfactor = 1.;
+ w->delaybuf = (float*) leaf_calloc(sizeof(float) * (LOOPSIZE+16));
+
+ solad_init(w);
+}
+
+void tSOLAD_free(tSOLAD* const wp)
+{
+ _tSOLAD* w = *wp;
+
+ leaf_free((char*)w->delaybuf);
+ leaf_free((char*)w);
+}
+
+void tSOLAD_initToPool (tSOLAD* const wp, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+
+ _tSOLAD* w = *wp = (_tSOLAD*) mpool_calloc(sizeof(_tSOLAD), m);
+
+ w->pitchfactor = 1.;
+ w->delaybuf = (float*) mpool_calloc(sizeof(float) * (LOOPSIZE+16), m);
+
+ solad_init(w);
+}
+
+void tSOLAD_freeFromPool (tSOLAD* const wp, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSOLAD* w = *wp;
+
+ mpool_free((char*)w->delaybuf, m);
+ mpool_free((char*)w, m);
+}
+
+// send one block of input samples, receive one block of output samples
+void tSOLAD_ioSamples(tSOLAD* const wp, float* in, float* out, int blocksize)
+{
+ _tSOLAD* w = *wp;
+
+ int i = w->timeindex;
+ int n = w->blocksize = blocksize;
+
+ if(!i) w->delaybuf[LOOPSIZE] = in[0]; // copy one sample for interpolation
+ while(n--) w->delaybuf[i++] = *in++; // copy one input block to delay buffer
+
+ if(w->pitchfactor > 1) pitchup(w, out);
+ else pitchdown(w, out);
+
+ w->timeindex += blocksize;
+ w->timeindex &= LOOPMASK;
+}
+
+// set periodicity analysis data
+void tSOLAD_setPeriod(tSOLAD* const wp, float period)
+{
+ _tSOLAD* w = *wp;
+
+ if(period > MAXPERIOD) period = MAXPERIOD;
+ if(period > MINPERIOD) w->period = period; // ignore period when too small
+}
+
+// set pitch factor between 0.25 and 4
+void tSOLAD_setPitchFactor(tSOLAD* const wp, float pitchfactor)
+{
+ _tSOLAD* w = *wp;
+
+ if (pitchfactor <= 0.0f) return;
+ w->pitchfactor = pitchfactor;
+}
+
+// force readpointer lag
+void tSOLAD_setReadLag(tSOLAD* const wp, float readlag)
+{
+ _tSOLAD* w = *wp;
+
+ if(readlag < 0) readlag = 0;
+ if(readlag < w->readlag) // do not jump backward, only forward
+ {
+ w->jump = w->readlag - readlag;
+ w->readlag = readlag;
+ w->xfadelength = readlag;
+ w->xfadevalue = 1;
+ }
+}
+
+// reset state variables
+void tSOLAD_resetState(tSOLAD* const wp)
+{
+ _tSOLAD* w = *wp;
+
+ int n = LOOPSIZE + 1;
+ float *buf = w->delaybuf;
+
+ while(n--) *buf++ = 0;
+ solad_init(w);
+}
+
+/******************************************************************************/
+/******************** private procedures **************************************/
+/******************************************************************************/
+
+/*
+ Function pitchdown() is called to read samples from the delay buffer when pitch
+ factor is between 0.25 and 1. The read pointer lags behind because of the slowed
+ down speed, and it must jump forward towards the write pointer soon as there is
+ sufficient space to jump. That is, if there is at least one period of the input
+ signal between read pointer and write pointer. When short periods follow up on
+ long periods, the read pointer may have space to jump over more than one period
+ lenghts. Jump length must be [periodlength ^ 2] in any case.
+
+ A linear crossfade function joins the jump-from point with the jump-to point.
+ The crossfade must be completed before another read pointer jump is allowed.
+ Length of the crossfade function is stored as a number of samples in terms of
+ the input sample rate. This length is dynamically translated
+ to a crossfade length expressed in output reading rate, according to pitch
+ factor which can change before the crossfade is completed. Crossfade length does
+ not cover an invariable length in periods for all pitch transposition factors.
+ For pitch factors from 0.5 till 1, crossfade length is stretched in the
+ output just as much as the signal itself, as crossfade speed is set to equal
+ pitch factor. For pitch factors below 0.5, the read pointer wants to jump
+ forward before one period is read, therefore the crossfade length as expressed
+ in output periods must be shorter. Crossfade speed is set to [1 - pitchfactor]
+ for those cases. Pitch factor 0.5 is the natural switch point between crossfade
+ speeds [pitchfactor] and [1 - pitchfactor] because 0.5 == 1 - 0.5. The crossfade
+ speed modification for pitch factors below 0.5 also means that much of the
+ original signal content will be skipped.
+ */
+
+
+static void pitchdown(_tSOLAD* const w, float *out)
+{
+ int n = w->blocksize;
+ float refindex = (float)(w->timeindex + LOOPSIZE); // no negative values!
+ float pitchfactor = w->pitchfactor;
+ float period = w->period;
+ float readlag = w->readlag;
+ float readlagstep = 1 - pitchfactor;
+ float jump = w->jump;
+ float xfadevalue = w->xfadevalue;
+ float xfadelength = w->xfadelength;
+ float xfadespeed, xfadestep, readindex, outputsample;
+
+ if(pitchfactor > 0.5) xfadespeed = pitchfactor;
+ else xfadespeed = 1 - pitchfactor;
+ xfadestep = xfadespeed / xfadelength;
+
+ while(n--)
+ {
+ if(readlag > period) // check if read pointer may jump forward...
+ {
+ if(xfadevalue <= 0) // ...but do not interrupt crossfade
+ {
+ jump = period; // jump forward
+ while((jump * 2) < readlag) jump *= 2; // use available space
+ readlag -= jump; // reduce read pointer lag
+ xfadevalue = 1; // start crossfade
+ xfadelength = period - 1;
+ xfadestep = xfadespeed / xfadelength;
+ }
+ }
+
+ readindex = refindex - readlag;
+ outputsample = read_sample(w, readindex);
+
+ if(xfadevalue > 0)
+ {
+ outputsample *= (1 - xfadevalue); // fadein
+ outputsample += read_sample(w, readindex - jump) * xfadevalue; // fadeout
+ xfadevalue -= xfadestep;
+ }
+
+ *out++ = outputsample;
+ refindex += 1;
+ readlag += readlagstep;
+ }
+
+ w->jump = jump; // state variables
+ w->readlag = readlag;
+ w->xfadevalue = xfadevalue;
+ w->xfadelength = xfadelength;
+}
+
+
+/*
+ Function pitchup() for pitch factors above 1 is more complicated than
+ pitchdown(). The read pointer increments faster than the write pointer and a
+ backward jump must happen in time, reckoning with the crossfade region. The read
+ pointer backward jump length is always one period. In order to minimize the area
+ of signal duplicates, crossfade length is aimed at [period / pitchfactor].
+ This leads to a crossfade speed of [pitchfactor * pitchfactor].
+
+ Some samples for the fade out (but not all of them) must already be in the
+ buffer, otherwise we will run out of input samples before the crossfade is
+ completed. The ratio of past samples and future samples for a crossfade of any
+ length is as follows:
+
+ past samples: xfadelength * (1 - 1 / pitchfactor)
+ future samples: xfadelength * (1 / pitchfactor)
+
+ For example in the case of pitch factor 1.5 this would be:
+
+ past samples: xfadelength * (1 - 1 / 1.5) = xfadelength * 1 / 3
+ future samples: xfadelength * (1 / 1.5) = xfadelength * 2 / 3
+
+ In the case of pitch factor 4 this would be:
+
+ past samples: xfadelength * (1 - 1 / 4) = xfadelength * 3 / 4
+ future samples: xfadelength * (1 / 4) = xfadelength * 1 / 4
+
+ The read pointer lag must therefore preserve a minimum dependent on pitch
+ factor. The minimum is called 'limit' here:
+
+ limit = period * (pitchfactor - 1) / pitchfactor * pitchfactor
+
+ Components of this expression are combined to reuse them in operations, while
+ (pitchfactor - 1) is changed to (pitchfactor - 0.99) to avoid numerical
+ resolution issues for pitch factors slightly above 1:
+
+ xfadespeed = pitchfactor * pitchfactor
+ limitfactor = (pitchfactor - 0.99) / xfadespeed
+ limit = period * limitfactor
+
+ When read lag is smaller than this limit, the read pointer must preferably
+ jump backward, unless a previous crossfade is not yet completed. Crossfades must
+ preferably be completed, unless the read pointer lag becomes smaller than zero.
+ With fluctuating period lengths and pitch factors, the readpointer lag limit may
+ change from one input block to the next in such a way that the actual lag is
+ suddenly much smaller than the limit, and the intended crossfade length can not
+ be applied. Therefore the crossfade length is simply calculated from the
+ available amount of samples for all cases, like so:
+
+ xfadelength = readlag / limitfactor
+
+ For most occurrences, this will amount to a crossfade length reduced to
+ [period / pitchfactor] in the output for pitch factors above 1, while in some
+ cases it will be considerably shorter. Fortunately, an incidental aberration of
+ the intended crossfade length hardly ever creates an audible artifact. The
+ reason to specify preferred crossfade length according to pitch factor is to
+ minimize the impression of echoes without sacrificing too much of the signal
+ content. The readpointer jump length remains one period in any case.
+
+ Sometimes, the input signal periodicity may decrease substantially between one
+ signal block and the next. In such cases it may be possible for the read pointer
+ to jump forward and reduce latency. For every signal block, a check on this
+ possibility is done. A previous crossfade must be completed before a forward
+ jump is allowed.
+ */
+static void pitchup(_tSOLAD* const w, float *out)
+{
+ int n = w->blocksize;
+ float refindex = (float)(w->timeindex + LOOPSIZE); // no negative values
+ float pitchfactor = w->pitchfactor;
+ float period = w->period;
+ float readlag = w->readlag;
+ float jump = w->jump;
+ float xfadevalue = w->xfadevalue;
+ float xfadelength = w->xfadelength;
+
+ float readlagstep = pitchfactor - 1;
+ float xfadespeed = pitchfactor * pitchfactor;
+ float xfadestep = xfadespeed / xfadelength;
+ float limitfactor = (pitchfactor - (float)0.99) / xfadespeed;
+ float limit = period * limitfactor;
+ float readindex, outputsample;
+
+ if((readlag > (period + 2 * limit)) & (xfadevalue < 0))
+ {
+ jump = period; // jump forward
+ while((jump * 2) < (readlag - 2 * limit)) jump *= 2; // use available space
+ readlag -= jump; // reduce read pointer lag
+ xfadevalue = 1; // start crossfade
+ xfadelength = period - 1;
+ xfadestep = xfadespeed / xfadelength;
+ }
+
+ while(n--)
+ {
+ if(readlag < limit) // check if read pointer should jump backward...
+ {
+ if((xfadevalue < 0) | (readlag < 0)) // ...but try not to interrupt crossfade
+ {
+ xfadelength = readlag / limitfactor;
+ if(xfadelength < 1) xfadelength = 1;
+ xfadestep = xfadespeed / xfadelength;
+
+ jump = -period; // jump backward
+ readlag += period; // increase read pointer lag
+ xfadevalue = 1; // start crossfade
+ }
+ }
+
+ readindex = refindex - readlag;
+ outputsample = read_sample(w, readindex);
+
+ if(xfadevalue > 0)
+ {
+ outputsample *= (1 - xfadevalue);
+ outputsample += read_sample(w, readindex - jump) * xfadevalue;
+ xfadevalue -= xfadestep;
+ }
+
+ *out++ = outputsample;
+ refindex += 1;
+ readlag -= readlagstep;
+ }
+
+ w->readlag = readlag; // state variables
+ w->jump = jump;
+ w->xfadelength = xfadelength;
+ w->xfadevalue = xfadevalue;
+}
+
+// read one sample from delay buffer, with linear interpolation
+static inline float read_sample(_tSOLAD* const w, float floatindex)
+{
+ int index = (int)floatindex;
+ float fraction = floatindex - (float)index;
+ float *buf = w->delaybuf;
+ index &= LOOPMASK;
+
+ return (buf[index] + (fraction * (buf[index+1] - buf[index])));
+}
+
+static void solad_init(_tSOLAD* const w)
+{
+ w->timeindex = 0;
+ w->xfadevalue = -1;
+ w->period = INITPERIOD;
+ w->readlag = INITPERIOD;
+ w->blocksize = INITPERIOD;
+}
+
+//============================================================================================================
+// PITCHSHIFT
+//============================================================================================================
+
+static int pitchshift_attackdetect(_tPitchShift* ps)
+{
+ float envout;
+
+ _tPeriodDetection* p = *ps->p;
+
+ envout = tEnvPD_tick(&p->env);
+
+ if (envout >= 1.0f)
+ {
+ p->lastmax = p->max;
+ if (envout > p->max)
+ {
+ p->max = envout;
+ }
+ else
+ {
+ p->deltamax = envout - p->max;
+ p->max = p->max * ps->radius;
+ }
+ p->deltamax = p->max - p->lastmax;
+ }
+
+ p->fba = p->fba ? (p->fba - 1) : 0;
+
+ return (p->fba == 0 && (p->max > 60 && p->deltamax > 6)) ? 1 : 0;
+}
+
+void tPitchShift_init (tPitchShift* const psr, tPeriodDetection* pd, float* out, int bufSize)
+{
+ _tPitchShift* ps = *psr = (_tPitchShift*) leaf_calloc(sizeof(_tPitchShift));
+ _tPeriodDetection* p = *pd;
+
+ ps->p = pd;
+
+ ps->outBuffer = out;
+ ps->bufSize = bufSize;
+ ps->frameSize = p->frameSize;
+ ps->framesPerBuffer = ps->bufSize / ps->frameSize;
+ ps->curBlock = 1;
+ ps->lastBlock = 0;
+ ps->index = 0;
+ ps->pitchFactor = 1.0f;
+
+ tSOLAD_init(&ps->sola);
+
+ tHighpass_init(&ps->hp, HPFREQ);
+
+ tSOLAD_setPitchFactor(&ps->sola, DEFPITCHRATIO);
+}
+
+void tPitchShift_free(tPitchShift* const psr)
+{
+ _tPitchShift* ps = *psr;
+
+ tSOLAD_free(&ps->sola);
+ tHighpass_free(&ps->hp);
+ leaf_free((char*)ps);
+}
+
+void tPitchShift_initToPool (tPitchShift* const psr, tPeriodDetection* const pd, float* out, int bufSize, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+
+ _tPitchShift* ps = *psr = (_tPitchShift*) mpool_calloc(sizeof(_tPitchShift), m);
+
+ _tPeriodDetection* p = *pd;
+
+ ps->p = pd;
+
+ ps->outBuffer = out;
+ ps->bufSize = bufSize;
+ ps->frameSize = p->frameSize;
+ ps->framesPerBuffer = ps->bufSize / ps->frameSize;
+ ps->curBlock = 1;
+ ps->lastBlock = 0;
+ ps->index = 0;
+ ps->pitchFactor = 1.0f;
+
+ tSOLAD_initToPool(&ps->sola, mp);
+
+ tHighpass_initToPool(&ps->hp, HPFREQ, mp);
+
+ tSOLAD_setPitchFactor(&ps->sola, DEFPITCHRATIO);
+}
+
+void tPitchShift_freeFromPool (tPitchShift* const psr, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPitchShift* ps = *psr;
+
+ tSOLAD_freeFromPool(&ps->sola, mp);
+ tHighpass_freeFromPool(&ps->hp, mp);
+ mpool_free((char*)ps, m);
+}
+
+void tPitchShift_setPitchFactor(tPitchShift* psr, float pf)
+{
+ _tPitchShift* ps = *psr;
+
+ ps->pitchFactor = pf;
+}
+
+float tPitchShift_shift (tPitchShift* psr)
+{
+ _tPitchShift* ps = *psr;
+ _tPeriodDetection* p = *ps->p;
+
+ float period, out;
+ int i, iLast;
+
+ i = p->i;
+ iLast = p->iLast;
+
+ out = tHighpass_tick(&ps->hp, ps->outBuffer[iLast]);
+
+ if (p->indexstore >= ps->frameSize)
+ {
+ period = tPeriodDetection_getPeriod(&p);
+
+ if(pitchshift_attackdetect(ps) == 1)
+ {
+ p->fba = 5;
+ tSOLAD_setReadLag(&ps->sola, p->windowSize);
+ }
+
+ tSOLAD_setPeriod(&ps->sola, period);
+ tSOLAD_setPitchFactor(&ps->sola, ps->pitchFactor);
+
+ tSOLAD_ioSamples(&ps->sola, &(p->inBuffer[i]), &(ps->outBuffer[i]), ps->frameSize);
+ }
+
+ return out;
+}
+
+float tPitchShift_shiftToFreq (tPitchShift* psr, float freq)
+{
+ _tPitchShift* ps = *psr;
+ _tPeriodDetection* p = *ps->p;
+
+ float period, out;
+ int i, iLast;
+
+ i = p->i;
+ iLast = p->iLast;
+
+ out = tHighpass_tick(&ps->hp, ps->outBuffer[iLast]);
+
+ if (p->indexstore >= ps->frameSize)
+ {
+ period = tPeriodDetection_getPeriod(&p);
+
+ if(pitchshift_attackdetect(ps) == 1)
+ {
+ p->fba = 5;
+ tSOLAD_setReadLag(&ps->sola, p->windowSize);
+ }
+
+ tSOLAD_setPeriod(&ps->sola, period);
+
+ if (period != 0) ps->pitchFactor = period*freq*leaf.invSampleRate;
+ else ps->pitchFactor = 1.0f;
+
+ tSOLAD_setPitchFactor(&ps->sola, ps->pitchFactor);
+
+ tSOLAD_ioSamples(&ps->sola, &(p->inBuffer[i]), &(ps->outBuffer[i]), ps->frameSize);
+ }
+ return out;
+}
+
+float tPitchShift_shiftToFunc (tPitchShift* psr, float (*fun)(float))
+{
+ _tPitchShift* ps = *psr;
+ _tPeriodDetection* p = *ps->p;
+
+ float period, out;
+ int i, iLast;
+
+ i = p->i;
+ iLast = p->iLast;
+
+ out = tHighpass_tick(&ps->hp, ps->outBuffer[iLast]);
+
+ if (p->indexstore >= ps->frameSize)
+ {
+ period = tPeriodDetection_getPeriod(&p);
+
+ if(pitchshift_attackdetect(ps) == 1)
+ {
+ p->fba = 5;
+ tSOLAD_setReadLag(&ps->sola, p->windowSize);
+ }
+
+ tSOLAD_setPeriod(&ps->sola, period);
+
+ ps->pitchFactor = period/fun(period);
+ tSOLAD_setPitchFactor(&ps->sola, ps->pitchFactor);
+
+ tSOLAD_ioSamples(&ps->sola, &(p->inBuffer[i]), &(ps->outBuffer[i]), ps->frameSize);
+
+ ps->curBlock++;
+ if (ps->curBlock >= p->framesPerBuffer) ps->curBlock = 0;
+ ps->lastBlock++;
+ if (ps->lastBlock >= ps->framesPerBuffer) ps->lastBlock = 0;
+ }
+
+ return out;
+}
+
+//============================================================================================================
+// RETUNE
+//============================================================================================================
+
+void tRetune_init(tRetune* const rt, int numVoices, int bufSize, int frameSize)
+{
+ tRetune_initToPool(rt, numVoices, bufSize, frameSize, &leaf.mempool);
+}
+
+void tRetune_free(tRetune* const rt)
+{
+ tRetune_freeFromPool(rt, &leaf.mempool);
+}
+
+void tRetune_initToPool (tRetune* const rt, int numVoices, int bufSize, int frameSize, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tRetune* r = *rt = (_tRetune*) mpool_alloc(sizeof(_tRetune), m);
+
+ r->bufSize = bufSize;
+ r->frameSize = frameSize;
+ r->numVoices = numVoices;
+
+ r->inBuffer = (float*) mpool_calloc(sizeof(float) * r->bufSize, m);
+ r->outBuffers = (float**) mpool_calloc(sizeof(float*) * r->numVoices, m);
+
+ r->hopSize = DEFHOPSIZE;
+ r->windowSize = DEFWINDOWSIZE;
+ r->fba = FBA;
+ tRetune_setTimeConstant(rt, DEFTIMECONSTANT);
+
+ r->inputPeriod = 0.0f;
+
+ r->ps = (tPitchShift*) mpool_calloc(sizeof(tPitchShift) * r->numVoices, m);
+ r->pitchFactor = (float*) mpool_calloc(sizeof(float) * r->numVoices, m);
+ r->tickOutput = (float*) mpool_calloc(sizeof(float) * r->numVoices, m);
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ r->outBuffers[i] = (float*) mpool_calloc(sizeof(float) * r->bufSize, m);
+ }
+
+ tPeriodDetection_initToPool(&r->pd, r->inBuffer, r->outBuffers[0], r->bufSize, r->frameSize, mp);
+
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ tPitchShift_initToPool(&r->ps[i], &r->pd, r->outBuffers[i], r->bufSize, mp);
+ }
+}
+
+void tRetune_freeFromPool (tRetune* const rt, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tRetune* r = *rt;
+
+ tPeriodDetection_freeFromPool(&r->pd, mp);
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ tPitchShift_freeFromPool(&r->ps[i], mp);
+ mpool_free((char*)r->outBuffers[i], m);
+ }
+ mpool_free((char*)r->tickOutput, m);
+ mpool_free((char*)r->pitchFactor, m);
+ mpool_free((char*)r->ps, m);
+ mpool_free((char*)r->inBuffer, m);
+ mpool_free((char*)r->outBuffers, m);
+ mpool_free((char*)r, m);
+}
+
+float* tRetune_tick(tRetune* const rt, float sample)
+{
+ _tRetune* r = *rt;
+
+ r->inputPeriod = tPeriodDetection_tick(&r->pd, sample);
+
+ for (int v = 0; v < r->numVoices; ++v)
+ {
+ r->tickOutput[v] = tPitchShift_shift(&r->ps[v]);
+ }
+
+ return r->tickOutput;
+}
+
+void tRetune_setNumVoices(tRetune* const rt, int numVoices)
+{
+ _tRetune* r = *rt;
+
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ tPitchShift_free(&r->ps[i]);
+ leaf_free((char*)r->outBuffers[i]);
+ }
+ leaf_free((char*)r->tickOutput);
+ leaf_free((char*)r->pitchFactor);
+ leaf_free((char*)r->ps);
+ leaf_free((char*)r->outBuffers);
+
+ r->numVoices = numVoices;
+
+ r->outBuffers = (float**) leaf_alloc(sizeof(float*) * r->numVoices);
+ r->ps = (tPitchShift*) leaf_alloc(sizeof(tPitchShift) * r->numVoices);
+ r->pitchFactor = (float*) leaf_alloc(sizeof(float) * r->numVoices);
+ r->tickOutput = (float*) leaf_alloc(sizeof(float) * r->numVoices);
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ r->outBuffers[i] = (float*) leaf_alloc(sizeof(float) * r->bufSize);
+ tPitchShift_init(&r->ps[i], &r->pd, r->outBuffers[i], r->bufSize);
+ }
+}
+
+void tRetune_setPitchFactors(tRetune* const rt, float pf)
+{
+ _tRetune* r = *rt;
+
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ r->pitchFactor[i] = pf;
+ tPitchShift_setPitchFactor(&r->ps[i], r->pitchFactor[i]);
+ }
+}
+
+void tRetune_setPitchFactor(tRetune* const rt, float pf, int voice)
+{
+ _tRetune* r = *rt;
+
+ r->pitchFactor[voice] = pf;
+ tPitchShift_setPitchFactor(&r->ps[voice], r->pitchFactor[voice]);
+}
+
+void tRetune_setTimeConstant(tRetune* const rt, float tc)
+{
+ _tRetune* r = *rt;
+
+ r->timeConstant = tc;
+ r->radius = expf(-1000.0f * r->hopSize * leaf.invSampleRate / r->timeConstant);
+}
+
+void tRetune_setHopSize(tRetune* const rt, int hs)
+{
+ _tRetune* r = *rt;
+
+ r->hopSize = hs;
+ tPeriodDetection_setHopSize(&r->pd, r->hopSize);
+}
+
+void tRetune_setWindowSize(tRetune* const rt, int ws)
+{
+ _tRetune* r = *rt;
+
+ r->windowSize = ws;
+ tPeriodDetection_setWindowSize(&r->pd, r->windowSize);
+}
+
+void tRetune_setFidelityThreshold(tRetune* const rt, float threshold)
+{
+ _tRetune* r = *rt;
+
+ tPeriodDetection_setFidelityThreshold(&r->pd, threshold);
+}
+
+float tRetune_getInputPeriod(tRetune* const rt)
+{
+ _tRetune* r = *rt;
+
+ return (r->inputPeriod * leaf.invSampleRate);
+}
+
+float tRetune_getInputFreq(tRetune* const rt)
+{
+ _tRetune* r = *rt;
+
+ return 1.0f/(r->inputPeriod * leaf.invSampleRate);
+}
+
+//============================================================================================================
+// AUTOTUNE
+//============================================================================================================
+
+void tAutotune_init(tAutotune* const rt, int numVoices, int bufSize, int frameSize)
+{
+ tAutotune_initToPool(rt, numVoices, bufSize, frameSize, &leaf.mempool);
+}
+
+void tAutotune_free(tAutotune* const rt)
+{
+ tAutotune_freeFromPool(rt, &leaf.mempool);
+}
+
+void tAutotune_initToPool (tAutotune* const rt, int numVoices, int bufSize, int frameSize, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tAutotune* r = *rt = (_tAutotune*) mpool_alloc(sizeof(_tAutotune), m);
+
+ r->bufSize = bufSize;
+ r->frameSize = frameSize;
+ r->numVoices = numVoices;
+
+ r->inBuffer = (float*) mpool_alloc(sizeof(float) * r->bufSize, m);
+ r->outBuffers = (float**) mpool_alloc(sizeof(float*) * r->numVoices, m);
+
+ r->hopSize = DEFHOPSIZE;
+ r->windowSize = DEFWINDOWSIZE;
+ r->fba = FBA;
+ tAutotune_setTimeConstant(rt, DEFTIMECONSTANT);
+
+ r->ps = (tPitchShift*) mpool_alloc(sizeof(tPitchShift) * r->numVoices, m);
+ r->freq = (float*) mpool_alloc(sizeof(float) * r->numVoices, m);
+ r->tickOutput = (float*) mpool_alloc(sizeof(float) * r->numVoices, m);
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ r->outBuffers[i] = (float*) mpool_alloc(sizeof(float) * r->bufSize, m);
+ }
+
+ tPeriodDetection_initToPool(&r->pd, r->inBuffer, r->outBuffers[0], r->bufSize, r->frameSize, mp);
+
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ tPitchShift_initToPool(&r->ps[i], &r->pd, r->outBuffers[i], r->bufSize, mp);
+ }
+
+ r->inputPeriod = 0.0f;
+}
+
+void tAutotune_freeFromPool (tAutotune* const rt, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tAutotune* r = *rt;
+
+ tPeriodDetection_freeFromPool(&r->pd, mp);
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ tPitchShift_freeFromPool(&r->ps[i], mp);
+ mpool_free((char*)r->outBuffers[i], m);
+ }
+ mpool_free((char*)r->tickOutput, m);
+ mpool_free((char*)r->freq, m);
+ mpool_free((char*)r->ps, m);
+ mpool_free((char*)r->inBuffer, m);
+ mpool_free((char*)r->outBuffers, m);
+ mpool_free((char*)r, m);
+}
+
+float* tAutotune_tick(tAutotune* const rt, float sample)
+{
+ _tAutotune* r = *rt;
+
+ float tempPeriod = tPeriodDetection_tick(&r->pd, sample);
+ if (tempPeriod < 1000.0f) //to avoid trying to follow consonants JS
+ {
+ r->inputPeriod = tempPeriod;
+ }
+
+ for (int v = 0; v < r->numVoices; ++v)
+ {
+ r->tickOutput[v] = tPitchShift_shiftToFreq(&r->ps[v], r->freq[v]);
+ }
+
+ return r->tickOutput;
+}
+
+void tAutotune_setNumVoices(tAutotune* const rt, int numVoices)
+{
+ _tAutotune* r = *rt;
+
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ tPitchShift_free(&r->ps[i]);
+ leaf_free((char*)r->outBuffers[i]);
+ }
+ leaf_free((char*)r->tickOutput);
+ leaf_free((char*)r->freq);
+ leaf_free((char*)r->ps);
+ leaf_free((char*)r->outBuffers);
+
+ r->numVoices = numVoices;
+
+ r->outBuffers = (float**) leaf_alloc(sizeof(float*) * r->numVoices);
+ r->ps = (tPitchShift*) leaf_alloc(sizeof(tPitchShift) * r->numVoices);
+ r->freq = (float*) leaf_alloc(sizeof(float) * r->numVoices);
+ r->tickOutput = (float*) leaf_alloc(sizeof(float) * r->numVoices);
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ r->outBuffers[i] = (float*) leaf_alloc(sizeof(float) * r->bufSize);
+ tPitchShift_init(&r->ps[i], &r->pd, r->outBuffers[i], r->bufSize);
+ }
+}
+
+void tAutotune_setFreqs(tAutotune* const rt, float f)
+{
+ _tAutotune* r = *rt;
+
+ for (int i = 0; i < r->numVoices; ++i)
+ {
+ r->freq[i] = f;
+ }
+}
+
+void tAutotune_setFreq(tAutotune* const rt, float f, int voice)
+{
+ _tAutotune* r = *rt;
+
+ r->freq[voice] = f;
+}
+
+void tAutotune_setTimeConstant(tAutotune* const rt, float tc)
+{
+ _tAutotune* r = *rt;
+
+ r->timeConstant = tc;
+ r->radius = expf(-1000.0f * r->hopSize * leaf.invSampleRate / r->timeConstant);
+}
+
+void tAutotune_setHopSize(tAutotune* const rt, int hs)
+{
+ _tAutotune* r = *rt;
+
+ r->hopSize = hs;
+ tPeriodDetection_setHopSize(&r->pd, r->hopSize);
+}
+
+void tAutotune_setWindowSize(tAutotune* const rt, int ws)
+{
+ _tAutotune* r = *rt;
+
+ r->windowSize = ws;
+ tPeriodDetection_setWindowSize(&r->pd, r->windowSize);
+}
+
+void tAutotune_setFidelityThreshold(tAutotune* const rt, float threshold)
+{
+ _tAutotune* r = *rt;
+
+ tPeriodDetection_setFidelityThreshold(&r->pd, threshold);
+}
+
+void tAutotune_setAlpha (tAutotune* rt, float alpha)
+{
+ _tAutotune* r = *rt;
+ tPeriodDetection_setAlpha(&r->pd, alpha);
+}
+
+void tAutotune_setTolerance (tAutotune* rt, float tolerance)
+{
+ _tAutotune* r = *rt;
+ tPeriodDetection_setTolerance(&r->pd, tolerance);
+}
+
+float tAutotune_getInputPeriod(tAutotune* const rt)
+{
+ _tAutotune* r = *rt;
+
+ return r->inputPeriod;
+}
+
+float tAutotune_getInputFreq(tAutotune* const rt)
+{
+ _tAutotune* r = *rt;
+
+ return 1.0f/r->inputPeriod;
+}
+
+//============================================================================================================
+// FORMANTSHIFTER
+//============================================================================================================
+// algorithm from Tom Baran's autotalent code.
+
+void tFormantShifter_init(tFormantShifter* const fsr, int order)
+{
+ _tFormantShifter* fs = *fsr = (_tFormantShifter*) leaf_alloc(sizeof(_tFormantShifter));
+
+ fs->ford = order;
+ fs->fk = (float*) leaf_calloc(sizeof(float) * fs->ford);
+ fs->fb = (float*) leaf_calloc(sizeof(float) * fs->ford);
+ fs->fc = (float*) leaf_calloc(sizeof(float) * fs->ford);
+ fs->frb = (float*) leaf_calloc(sizeof(float) * fs->ford);
+ fs->frc = (float*) leaf_calloc(sizeof(float) * fs->ford);
+ fs->fsig = (float*) leaf_calloc(sizeof(float) * fs->ford);
+ fs->fsmooth = (float*) leaf_calloc(sizeof(float) * fs->ford);
+ fs->ftvec = (float*) leaf_calloc(sizeof(float) * fs->ford);
+ fs->fbuff = (float*) leaf_calloc(sizeof(float*) * fs->ford);
+
+ fs->falph = powf(0.001f, 40.0f * leaf.invSampleRate);
+ fs->flamb = -(0.8517f*sqrtf(atanf(0.06583f*leaf.sampleRate))-0.1916f);
+ fs->fhp = 0.0f;
+ fs->flp = 0.0f;
+ fs->flpa = powf(0.001f, 10.0f * leaf.invSampleRate);
+ fs->fmute = 1.0f;
+ fs->fmutealph = powf(0.001f, 0.5f * leaf.invSampleRate);
+ fs->cbi = 0;
+ fs->intensity = 1.0f;
+ fs->invIntensity = 1.0f;
+ tHighpass_init(&fs->hp, 10.0f);
+ tHighpass_init(&fs->hp2, 10.0f);
+ tFeedbackLeveler_init(&fs->fbl1, 0.99f, 0.005f, 0.125f, 0);
+ tFeedbackLeveler_init(&fs->fbl2, 0.99f, 0.005f, 0.125f, 0);
+}
+
+void tFormantShifter_free(tFormantShifter* const fsr)
+{
+ _tFormantShifter* fs = *fsr;
+
+ leaf_free((char*)fs->fk);
+ leaf_free((char*)fs->fb);
+ leaf_free((char*)fs->fc);
+ leaf_free((char*)fs->frb);
+ leaf_free((char*)fs->frc);
+ leaf_free((char*)fs->fsig);
+ leaf_free((char*)fs->fsmooth);
+ leaf_free((char*)fs->ftvec);
+ leaf_free((char*)fs->fbuff);
+ tHighpass_free(&fs->hp);
+ tHighpass_free(&fs->hp2);
+ tFeedbackLeveler_free(&fs->fbl1);
+ tFeedbackLeveler_free(&fs->fbl2);
+ leaf_free((char*)fs);
+}
+
+void tFormantShifter_initToPool (tFormantShifter* const fsr, int order, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tFormantShifter* fs = *fsr = (_tFormantShifter*) mpool_alloc(sizeof(_tFormantShifter), m);
+
+ fs->ford = order;
+ fs->fk = (float*) mpool_calloc(sizeof(float) * fs->ford, m);
+ fs->fb = (float*) mpool_calloc(sizeof(float) * fs->ford, m);
+ fs->fc = (float*) mpool_calloc(sizeof(float) * fs->ford, m);
+ fs->frb = (float*) mpool_calloc(sizeof(float) * fs->ford, m);
+ fs->frc = (float*) mpool_calloc(sizeof(float) * fs->ford, m);
+ fs->fsig = (float*) mpool_calloc(sizeof(float) * fs->ford, m);
+ fs->fsmooth = (float*) mpool_calloc(sizeof(float) * fs->ford, m);
+ fs->ftvec = (float*) mpool_calloc(sizeof(float) * fs->ford, m);
+
+ fs->fbuff = (float*) mpool_calloc(sizeof(float*) * fs->ford, m);
+
+
+ fs->falph = powf(0.001f, 10.0f * leaf.invSampleRate);
+ fs->flamb = -(0.8517f*sqrtf(atanf(0.06583f*leaf.sampleRate))-0.1916f);
+ fs->fhp = 0.0f;
+ fs->flp = 0.0f;
+ fs->flpa = powf(0.001f, 10.0f * leaf.invSampleRate);
+ fs->fmute = 1.0f;
+ fs->fmutealph = powf(0.001f, 1.0f * leaf.invSampleRate);
+ fs->cbi = 0;
+ fs->intensity = 1.0f;
+ fs->invIntensity = 1.0f;
+ tHighpass_initToPool(&fs->hp, 20.0f, mp);
+ tHighpass_initToPool(&fs->hp2, 20.0f, mp);
+ tFeedbackLeveler_initToPool(&fs->fbl1, 0.8f, .005f, 0.125, 1, mp);
+ tFeedbackLeveler_initToPool(&fs->fbl2, 0.8f, .005f, 0.125, 1, mp);
+}
+
+void tFormantShifter_freeFromPool (tFormantShifter* const fsr, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tFormantShifter* fs = *fsr;
+
+ mpool_free((char*)fs->fk, m);
+ mpool_free((char*)fs->fb, m);
+ mpool_free((char*)fs->fc, m);
+ mpool_free((char*)fs->frb, m);
+ mpool_free((char*)fs->frc, m);
+ mpool_free((char*)fs->fsig, m);
+ mpool_free((char*)fs->fsmooth, m);
+ mpool_free((char*)fs->ftvec, m);
+ mpool_free((char*)fs->fbuff, m);
+ tHighpass_freeFromPool(&fs->hp, mp);
+ tHighpass_freeFromPool(&fs->hp2, mp);
+ tFeedbackLeveler_freeFromPool(&fs->fbl1, mp);
+ tFeedbackLeveler_freeFromPool(&fs->fbl2, mp);
+ mpool_free((char*)fs, m);
+}
+
+float tFormantShifter_tick(tFormantShifter* const fsr, float in)
+{
+ return tFormantShifter_add(fsr, tFormantShifter_remove(fsr, in));
+}
+
+float tFormantShifter_remove(tFormantShifter* const fsr, float in)
+{
+ _tFormantShifter* fs = *fsr;
+ in = tFeedbackLeveler_tick(&fs->fbl1, in);
+ in = tHighpass_tick(&fs->hp, in * fs->intensity);
+
+
+ float fa, fb, fc, foma, falph, ford, flamb, tf, fk;
+
+ ford = fs->ford;
+ falph = fs->falph;
+ foma = (1.0f - falph);
+ flamb = fs->flamb;
+
+ tf = in;
+
+ fa = tf - fs->fhp;
+ fs->fhp = tf;
+ fb = fa;
+ for(int i = 0; i < ford; i++)
+ {
+ fs->fsig[i] = fa*fa*foma + fs->fsig[i]*falph;
+ fc = (fb - fs->fc[i])*flamb + fs->fb[i];
+ fs->fc[i] = fc;
+ fs->fb[i] = fb;
+ fk = fa*fc*foma + fs->fk[i]*falph;
+ fs->fk[i] = fk;
+ tf = fk/(fs->fsig[i] + 0.000001f);
+ tf = tf*foma + fs->fsmooth[i]*falph;
+ fs->fsmooth[i] = tf;
+ fs->fbuff[i] = tf;
+ fb = fc - tf*fa;
+ fa = fa - tf*fc;
+ }
+
+ //return fa * 0.1f;
+ return fa;
+}
+
+float tFormantShifter_add(tFormantShifter* const fsr, float in)
+{
+ _tFormantShifter* fs = *fsr;
+
+ float fa, fb, fc, ford, flpa, flamb, tf, tf2, f0resp, f1resp, frlamb;
+ ford = fs->ford;
+
+ flpa = fs->flpa;
+ flamb = fs->flamb;
+ tf = fs->shiftFactor * (1.0f+flamb)/(1.0f-flamb);
+ frlamb = (tf-1.0f)/(tf+1.0f);
+
+ tf2 = in;
+ fa = 0.0f;
+ fb = fa;
+ for (int i=0; i<ford; i++)
+ {
+ fc = (fb-fs->frc[i])*frlamb + fs->frb[i];
+ tf = fs->fbuff[i];
+ fb = fc - tf*fa;
+ fs->ftvec[i] = tf*fc;
+ fa = fa - fs->ftvec[i];
+ }
+ tf = -fa;
+ for (int i=ford-1; i>=0; i--)
+ {
+ tf = tf + fs->ftvec[i];
+ }
+ f0resp = tf;
+
+ // second time: compute 1-response
+ fa = 1.0f;
+ fb = fa;
+ for (int i=0; i<ford; i++)
+ {
+ fc = (fb-fs->frc[i])*frlamb + fs->frb[i];
+ tf = fs->fbuff[i];
+ fb = fc - tf*fa;
+ fs->ftvec[i] = tf*fc;
+ fa = fa - fs->ftvec[i];
+ }
+ tf = -fa;
+ for (int i=ford-1; i>=0; i--)
+ {
+ tf = tf + fs->ftvec[i];
+ }
+ f1resp = tf;
+
+ // now solve equations for output, based on 0-response and 1-response
+ tf = 2.0f*tf2;
+ tf2 = tf;
+ tf = (1.0f - f1resp + f0resp);
+ if (tf!=0.0f)
+ {
+ tf2 = (tf2 + f0resp) / tf;
+ }
+ else
+ {
+ tf2 = 0.0f;
+ }
+
+ // third time: update delay registers
+ fa = tf2;
+ fb = fa;
+ for (int i=0; i<ford; i++)
+ {
+ fc = (fb-fs->frc[i])*frlamb + fs->frb[i];
+ fs->frc[i] = fc;
+ fs->frb[i] = fb;
+ tf = fs->fbuff[i];
+ fb = fc - tf*fa;
+ fa = fa - tf*fc;
+ }
+ tf = tf2;
+ tf = tf + flpa * fs->flp; // lowpass post-emphasis filter
+ fs->flp = tf;
+
+ // Bring up the gain slowly when formant correction goes from disabled
+ // to enabled, while things stabilize.
+ if (fs->fmute>0.5f)
+ {
+ tf = tf*(fs->fmute - 0.5f)*2.0f;
+ }
+ else
+ {
+ tf = 0.0f;
+ }
+ tf2 = fs->fmutealph;
+ fs->fmute = (1.0f-tf2) + tf2*fs->fmute;
+ // now tf is signal output
+ // ...and we're done messing with formants
+ //tf = tFeedbackLeveler_tick(&fs->fbl2, tf);
+ tf = tHighpass_tick(&fs->hp2, tanhf(tf));
+
+ return tf * fs->invIntensity;
+}
+
+// 1.0f is no change, 2.0f is an octave up, 0.5f is an octave down
+void tFormantShifter_setShiftFactor(tFormantShifter* const fsr, float shiftFactor)
+{
+ _tFormantShifter* fs = *fsr;
+ fs->shiftFactor = shiftFactor;
+}
+
+void tFormantShifter_setIntensity(tFormantShifter* const fsr, float intensity)
+{
+ _tFormantShifter* fs = *fsr;
+
+
+
+ fs->intensity = LEAF_clip(1.0f, intensity, 100.0f);
+
+ // tFeedbackLeveler_setTargetLevel(&fs->fbl1, fs->intensity);
+ //tFeedbackLeveler_setTargetLevel(&fs->fbl2, fs->intensity);
+ //make sure you don't divide by zero, doofies
+ if (fs->intensity != 0.0f)
+ {
+ fs->invIntensity = 1.0f/fs->intensity;
+ }
+ else
+ {
+ fs->invIntensity = 1.0f;
+ }
+
+}
--- /dev/null
+++ b/leaf/Src/leaf-electrical.c
@@ -1,0 +1,551 @@
+/*
+ * leaf-electrical.c
+ *
+ * Created on: Sep 25, 2019
+ * Author: jeffsnyder
+ */
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-electrical.h"
+#include "..\leaf.h"
+
+#else
+
+#include "../Inc/leaf-electrical.h"
+#include "../leaf.h"
+
+#endif
+
+//==============================================================================
+
+static float get_port_resistance_for_resistor(tWDF* const r);
+static float get_port_resistance_for_capacitor(tWDF* const r);
+static float get_port_resistance_for_inductor(tWDF* const r);
+static float get_port_resistance_for_resistive(tWDF* const r);
+static float get_port_resistance_for_inverter(tWDF* const r);
+static float get_port_resistance_for_series(tWDF* const r);
+static float get_port_resistance_for_parallel(tWDF* const r);
+static float get_port_resistance_for_root(tWDF* const r);
+
+static void set_incident_wave_for_leaf(tWDF* const r, float incident_wave, float input);
+static void set_incident_wave_for_leaf_inverted(tWDF* const r, float incident_wave, float input);
+static void set_incident_wave_for_inverter(tWDF* const r, float incident_wave, float input);
+static void set_incident_wave_for_series(tWDF* const r, float incident_wave, float input);
+static void set_incident_wave_for_parallel(tWDF* const r, float incident_wave, float input);
+
+static float get_reflected_wave_for_resistor(tWDF* const r, float input);
+static float get_reflected_wave_for_capacitor(tWDF* const r, float input);
+static float get_reflected_wave_for_resistive(tWDF* const r, float input);
+static float get_reflected_wave_for_inverter(tWDF* const r, float input);
+static float get_reflected_wave_for_series(tWDF* const r, float input);
+static float get_reflected_wave_for_parallel(tWDF* const r, float input);
+
+static float get_reflected_wave_for_ideal(tWDF* const n, float input, float incident_wave);
+static float get_reflected_wave_for_diode(tWDF* const n, float input, float incident_wave);
+static float get_reflected_wave_for_diode_pair(tWDF* const n, float input, float incident_wave);
+
+static void wdf_init(tWDF* const wdf, WDFComponentType type, float value, tWDF* const rL, tWDF* const rR)
+{+ _tWDF* r = *wdf;
+
+ r->type = type;
+ r->child_left = rL;
+ r->child_right = rR;
+ r->incident_wave_up = 0.0f;
+ r->incident_wave_left = 0.0f;
+ r->incident_wave_right = 0.0f;
+ r->reflected_wave_up = 0.0f;
+ r->reflected_wave_left = 0.0f;
+ r->reflected_wave_right = 0.0f;
+ r->sample_rate = leaf.sampleRate;
+ r->value = value;
+
+ tWDF* child;
+ if (r->child_left != NULL) child = r->child_left;
+ else child = r->child_right;
+
+ if (r->type == Resistor)
+ {+ r->port_resistance_up = r->value;
+ r->port_conductance_up = 1.0f / r->value;
+
+ r->get_port_resistance = &get_port_resistance_for_resistor;
+ r->get_reflected_wave_up = &get_reflected_wave_for_resistor;
+ r->set_incident_wave = &set_incident_wave_for_leaf;
+ }
+ else if (r->type == Capacitor)
+ {+ r->port_conductance_up = r->sample_rate * 2.0f * r->value;
+ r->port_resistance_up = 1.0f / r->port_conductance_up; //based on trapezoidal discretization
+
+ r->get_port_resistance = &get_port_resistance_for_capacitor;
+ r->get_reflected_wave_up = &get_reflected_wave_for_capacitor;
+ r->set_incident_wave = &set_incident_wave_for_leaf;
+ }
+ else if (r->type == Inductor)
+ {+ r->port_resistance_up = r->sample_rate * 2.0f * r->value; //based on trapezoidal discretization
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+
+ r->get_port_resistance = &get_port_resistance_for_inductor;
+ r->get_reflected_wave_up = &get_reflected_wave_for_capacitor; // same as capacitor
+ r->set_incident_wave = &set_incident_wave_for_leaf_inverted;
+ }
+ else if (r->type == ResistiveSource)
+ {+ r->port_resistance_up = r->value;
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+
+ r->get_port_resistance = &get_port_resistance_for_resistive;
+ r->get_reflected_wave_up = &get_reflected_wave_for_resistive;
+ r->set_incident_wave = &set_incident_wave_for_leaf;
+ }
+ else if (r->type == Inverter)
+ {+ r->port_resistance_up = tWDF_getPortResistance(r->child_left);
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+
+ r->get_port_resistance = &get_port_resistance_for_inverter;
+ r->get_reflected_wave_up = &get_reflected_wave_for_inverter;
+ r->set_incident_wave = &set_incident_wave_for_inverter;
+ }
+ else if (r->type == SeriesAdaptor)
+ {+ r->port_resistance_left = tWDF_getPortResistance(r->child_left);
+ r->port_resistance_right = tWDF_getPortResistance(r->child_right);
+ r->port_resistance_up = r->port_resistance_left + r->port_resistance_right;
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+ r->port_conductance_left = 1.0f / r->port_resistance_left;
+ r->port_conductance_right = 1.0f / r->port_resistance_right;
+ r->gamma_zero = 1.0f / (r->port_resistance_right + r->port_resistance_left);
+
+ r->get_port_resistance = &get_port_resistance_for_series;
+ r->get_reflected_wave_up = &get_reflected_wave_for_series;
+ r->set_incident_wave = &set_incident_wave_for_series;
+ }
+ else if (r->type == ParallelAdaptor)
+ {+ r->port_resistance_left = tWDF_getPortResistance(r->child_left);
+ r->port_resistance_right = tWDF_getPortResistance(r->child_right);
+ r->port_resistance_up = (r->port_resistance_left * r->port_resistance_right) / (r->port_resistance_left + r->port_resistance_right);
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+ r->port_conductance_left = 1.0f / r->port_resistance_left;
+ r->port_conductance_right = 1.0f / r->port_resistance_right;
+ r->gamma_zero = 1.0f / (r->port_resistance_right + r->port_resistance_left);
+
+ r->get_port_resistance = &get_port_resistance_for_parallel;
+ r->get_reflected_wave_up = &get_reflected_wave_for_parallel;
+ r->set_incident_wave = &set_incident_wave_for_parallel;
+ }
+ else if (r->type == IdealSource)
+ {+ r->port_resistance_up = tWDF_getPortResistance(child);
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+
+ r->get_reflected_wave_down = &get_reflected_wave_for_ideal;
+ r->get_port_resistance = &get_port_resistance_for_root;
+ }
+ else if (r->type == Diode)
+ {+ r->port_resistance_up = tWDF_getPortResistance(child);
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+
+ r->get_reflected_wave_down = &get_reflected_wave_for_diode;
+ r->get_port_resistance = &get_port_resistance_for_root;
+ }
+ else if (r->type == DiodePair)
+ {+ r->port_resistance_up = tWDF_getPortResistance(child);
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+
+ r->get_reflected_wave_down = &get_reflected_wave_for_diode_pair;
+ r->get_port_resistance = &get_port_resistance_for_root;
+ }
+}
+//WDF
+void tWDF_init(tWDF* const wdf, WDFComponentType type, float value, tWDF* const rL, tWDF* const rR)
+{+ *wdf = (_tWDF*) leaf_alloc(sizeof(_tWDF));
+
+ wdf_init(wdf, type, value, rL, rR);
+}
+
+void tWDF_free(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+
+ leaf_free((char*)r);
+}
+
+void tWDF_initToPool (tWDF* const wdf, WDFComponentType type, float value, tWDF* const rL, tWDF* const rR, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ *wdf = (_tWDF*) mpool_alloc(sizeof(_tWDF), m);
+
+ wdf_init(wdf, type, value, rL, rR);
+}
+
+void tWDF_freeFromPool (tWDF* const wdf, tMempool* const mp)
+{+ _tMempool* m = *mp;
+ _tWDF* r = *wdf;
+
+ mpool_free((char*)r, m);
+}
+
+float tWDF_tick(tWDF* const wdf, float sample, tWDF* const outputPoint, uint8_t paramsChanged)
+{+ _tWDF* r = *wdf;
+
+ tWDF* child;
+ if (r->child_left != NULL) child = r->child_left;
+ else child = r->child_right;
+
+ //step 0 : update port resistances if something changed
+ if (paramsChanged) tWDF_getPortResistance(wdf);
+
+ //step 1 : set inputs to what they should be
+ float input = sample;
+
+ //step 2 : scan the waves up the tree
+ r->incident_wave_up = tWDF_getReflectedWaveUp(child, input);
+
+ //step 3 : do root scattering computation
+ r->reflected_wave_up = tWDF_getReflectedWaveDown(wdf, input, r->incident_wave_up);
+
+ //step 4 : propogate waves down the tree
+ tWDF_setIncidentWave(child, r->reflected_wave_up, input);
+
+ //step 5 : grab whatever voltages or currents we want as outputs
+ return tWDF_getVoltage(outputPoint);
+}
+
+void tWDF_setValue(tWDF* const wdf, float value)
+{+ _tWDF* r = *wdf;
+ r->value = value;
+}
+
+void tWDF_setSampleRate(tWDF* const wdf, float sample_rate)
+{+ _tWDF* r = *wdf;
+ r->sample_rate = sample_rate;
+}
+
+uint8_t tWDF_isLeaf(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+ if (r->child_left == NULL && r->child_right == NULL) return 1;
+ return 0;
+}
+
+float tWDF_getPortResistance(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+ return r->get_port_resistance(wdf);
+}
+
+void tWDF_setIncidentWave(tWDF* const wdf, float incident_wave, float input)
+{+ _tWDF* r = *wdf;
+ r->set_incident_wave(wdf, incident_wave, input);
+}
+
+float tWDF_getReflectedWaveUp(tWDF* const wdf, float input)
+{+ _tWDF* r = *wdf;
+ return r->get_reflected_wave_up(wdf, input);
+}
+
+float tWDF_getReflectedWaveDown(tWDF* const wdf, float input, float incident_wave)
+{+ _tWDF* r = *wdf;
+ return r->get_reflected_wave_down(wdf, input, incident_wave);
+}
+
+float tWDF_getVoltage(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+ return ((r->incident_wave_up * 0.5f) + (r->reflected_wave_up * 0.5f));
+}
+
+float tWDF_getCurrent(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+ return (((r->incident_wave_up * 0.5f) - (r->reflected_wave_up * 0.5f)) * r->port_conductance_up);
+}
+
+//============ Static Functions to be Pointed To ====================
+//===================================================================
+//============ Get and Calculate Port Resistances ===================
+
+static float get_port_resistance_for_resistor(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+
+ r->port_resistance_up = r->value;
+ r->port_conductance_up = 1.0f / r->value;
+
+ return r->port_resistance_up;
+}
+
+static float get_port_resistance_for_capacitor(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+
+ r->port_conductance_up = r->sample_rate * 2.0f * r->value; //based on trapezoidal discretization
+ r->port_resistance_up = (1.0f / r->port_conductance_up);
+
+ return r->port_resistance_up;
+}
+
+static float get_port_resistance_for_inductor(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+
+ r->port_resistance_up = r->sample_rate * 2.0f * r->value; //based on trapezoidal discretization
+ r->port_conductance_up = (1.0f / r->port_resistance_up);
+
+ return r->port_resistance_up;
+}
+
+static float get_port_resistance_for_resistive(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+
+ r->port_resistance_up = r->value;
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+
+ return r->port_resistance_up;
+}
+
+static float get_port_resistance_for_inverter(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+
+ r->port_resistance_up = tWDF_getPortResistance(r->child_left);
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+
+ return r->port_resistance_up;
+}
+
+static float get_port_resistance_for_series(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+
+ r->port_resistance_left = tWDF_getPortResistance(r->child_left);
+ r->port_resistance_right = tWDF_getPortResistance(r->child_right);
+ r->port_resistance_up = r->port_resistance_left + r->port_resistance_right;
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+ r->port_conductance_left = 1.0f / r->port_resistance_left;
+ r->port_conductance_right = 1.0f / r->port_resistance_right;
+ r->gamma_zero = 1.0f / (r->port_resistance_right + r->port_resistance_left);
+
+ return r->port_resistance_up;
+}
+
+static float get_port_resistance_for_parallel(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+
+ r->port_resistance_left = tWDF_getPortResistance(r->child_left);
+ r->port_resistance_right = tWDF_getPortResistance(r->child_right);
+ r->port_resistance_up = (r->port_resistance_left * r->port_resistance_right) / (r->port_resistance_left + r->port_resistance_right);
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+ r->port_conductance_left = 1.0f / r->port_resistance_left;
+ r->port_conductance_right = 1.0f / r->port_resistance_right;
+ r->gamma_zero = 1.0f / (r->port_conductance_right + r->port_conductance_left);
+
+ return r->port_resistance_up;
+}
+
+static float get_port_resistance_for_root(tWDF* const wdf)
+{+ _tWDF* r = *wdf;
+
+ tWDF* child;
+ if (r->child_left != NULL) child = r->child_left;
+ else child = r->child_right;
+
+ r->port_resistance_up = tWDF_getPortResistance(child);
+ r->port_conductance_up = 1.0f / r->port_resistance_up;
+
+ return r->port_resistance_up;
+}
+
+//===================================================================
+//================ Set Incident Waves ===============================
+
+static void set_incident_wave_for_leaf(tWDF* const wdf, float incident_wave, float input)
+{+ _tWDF* r = *wdf;
+ r->incident_wave_up = incident_wave;
+}
+
+static void set_incident_wave_for_leaf_inverted(tWDF* const wdf, float incident_wave, float input)
+{+ _tWDF* r = *wdf;
+ r->incident_wave_up = -1.0f * incident_wave;
+}
+
+static void set_incident_wave_for_inverter(tWDF* const wdf, float incident_wave, float input)
+{+ _tWDF* r = *wdf;
+ r->incident_wave_up = incident_wave;
+ tWDF_setIncidentWave(r->child_left, -1.0f * incident_wave, input);
+}
+
+static void set_incident_wave_for_series(tWDF* const wdf, float incident_wave, float input)
+{+ _tWDF* r = *wdf;
+
+ r->incident_wave_up = incident_wave;
+ float gamma_left = r->port_resistance_left * r->gamma_zero;
+ float gamma_right = r->port_resistance_right * r->gamma_zero;
+ float left_wave = tWDF_getReflectedWaveUp(r->child_left, input);
+ float right_wave = tWDF_getReflectedWaveUp(r->child_right, input);
+// downPorts[0]->b = yl * ( downPorts[0]->a * ((1.0 / yl) - 1) - downPorts[1]->a - descendingWave );
+// downPorts[1]->b = yr * ( downPorts[1]->a * ((1.0 / yr) - 1) - downPorts[0]->a - descendingWave );
+ tWDF_setIncidentWave(r->child_left, (-1.0f * gamma_left * incident_wave) + (gamma_right * left_wave) - (gamma_left * right_wave), input);
+ tWDF_setIncidentWave(r->child_right, (-1.0f * gamma_right * incident_wave) + (gamma_left * right_wave) - (gamma_right * left_wave), input);
+ // From rt-wdf
+// tWDF_setIncidentWave(r->child_left, gamma_left * (left_wave * ((1.0f / gamma_left) - 1.0f) - right_wave - incident_wave));
+// tWDF_setIncidentWave(r->child_right, gamma_right * (right_wave * ((1.0f / gamma_right) - 1.0f) - left_wave - incident_wave));
+
+}
+
+static void set_incident_wave_for_parallel(tWDF* const wdf, float incident_wave, float input)
+{+ _tWDF* r = *wdf;
+
+ r->incident_wave_up = incident_wave;
+ float gamma_left = r->port_conductance_left * r->gamma_zero;
+ float gamma_right = r->port_conductance_right * r->gamma_zero;
+ float left_wave = tWDF_getReflectedWaveUp(r->child_left, input);
+ float right_wave = tWDF_getReflectedWaveUp(r->child_right, input);
+// downPorts[0]->b = ( ( dl - 1 ) * downPorts[0]->a + dr * downPorts[1]->a + du * descendingWave );
+// downPorts[1]->b = ( dl * downPorts[0]->a + ( dr - 1 ) * downPorts[1]->a + du * descendingWave );
+ tWDF_setIncidentWave(r->child_left, (gamma_left - 1.0f) * left_wave + gamma_right * right_wave + incident_wave, input);
+ tWDF_setIncidentWave(r->child_right, gamma_left * left_wave + (gamma_right - 1.0f) * right_wave + incident_wave, input);
+}
+
+//===================================================================
+//================ Get Reflected Waves ==============================
+
+static float get_reflected_wave_for_resistor(tWDF* const wdf, float input)
+{+ _tWDF* r = *wdf;
+ r->reflected_wave_up = 0.0f;
+ return r->reflected_wave_up;
+}
+
+static float get_reflected_wave_for_capacitor(tWDF* const wdf, float input)
+{+ _tWDF* r = *wdf;
+ r->reflected_wave_up = r->incident_wave_up;
+ return r->reflected_wave_up;
+}
+
+static float get_reflected_wave_for_resistive(tWDF* const wdf, float input)
+{+ _tWDF* r = *wdf;
+ r->reflected_wave_up = input;
+ return r->reflected_wave_up;
+}
+
+static float get_reflected_wave_for_inverter(tWDF* const wdf, float input)
+{+ _tWDF* r = *wdf;
+ r->reflected_wave_up = -1.0f * tWDF_getReflectedWaveUp(r->child_left, input);
+ return r->reflected_wave_up;
+}
+
+static float get_reflected_wave_for_series(tWDF* const wdf, float input)
+{+ _tWDF* r = *wdf;
+ //-( downPorts[0]->a + downPorts[1]->a );
+ r->reflected_wave_up = (-1.0f * (tWDF_getReflectedWaveUp(r->child_left, input) + tWDF_getReflectedWaveUp(r->child_right, input)));
+ return r->reflected_wave_up;
+}
+
+static float get_reflected_wave_for_parallel(tWDF* const wdf, float input)
+{+ _tWDF* r = *wdf;
+
+ float gamma_left = r->port_conductance_left * r->gamma_zero;
+ float gamma_right = r->port_conductance_right * r->gamma_zero;
+ //return ( dl * downPorts[0]->a + dr * downPorts[1]->a );
+ r->reflected_wave_up = (gamma_left * tWDF_getReflectedWaveUp(r->child_left, input) + gamma_right * tWDF_getReflectedWaveUp(r->child_right, input));
+ return r->reflected_wave_up;
+}
+
+static float get_reflected_wave_for_ideal(tWDF* const wdf, float input, float incident_wave)
+{+ return (2.0f * input) - incident_wave;
+}
+
+#define l2A 0.1640425613334452f
+#define l2B -1.098865286222744f
+#define l2Y 3.148297929334117f
+#define l2K -2.213475204444817f
+static float log2Approximation(float x)
+{+ return (l2A * x*x*x) + (l2B * x*x) + (l2Y * x) + l2K;
+}
+
+#define wX1 -3.684303659906469f
+#define wX2 1.972967391708859f
+#define wA 9.451797158780131e-3f
+#define wB 0.1126446405111627f
+#define wY 0.4451353886588814f
+#define wK 0.5836596684310648f
+static float wrightOmega3(float x)
+{+ if (x <= wX1)
+ {+ return 0;
+ }
+ else if (x < wX2)
+ {+ return (wA * x*x*x) + (wB * x*x) + (wY * x) + wK;
+ }
+ else
+ {+ return x - logf(x);
+ }
+}
+
+static float wrightOmegaApproximation(float x)
+{+ float w3 = wrightOmega3(x);
+ return w3 - ((w3 - expf(x - w3)) / (w3 + 1.0f));
+}
+
+static float lambertW(float a, float r, float I, float iVT)
+{+ return wrightOmegaApproximation(((a + r*I) * iVT) + log((r * I) * iVT));
+}
+
+#define Is_DIODE 2.52e-9f
+#define VT_DIODE 0.02585f
+static float get_reflected_wave_for_diode(tWDF* const wdf, float input, float incident_wave)
+{+ _tWDF* n = *wdf;
+
+ float a = incident_wave;
+ float r = n->port_resistance_up;
+ return a + 2.0f*r*Is_DIODE - 2.0f*VT_DIODE*lambertW(a, r, Is_DIODE, 1.0f/VT_DIODE);
+}
+
+static float get_reflected_wave_for_diode_pair(tWDF* const wdf, float input, float incident_wave)
+{+ _tWDF* n = *wdf;
+
+ float a = incident_wave;
+ float sgn = 0.0f;
+ if (a > 0.0f) sgn = 1.0f;
+ else if (a < 0.0f) sgn = -1.0f;
+ float r = n->port_resistance_up;
+ return a + 2 * sgn * (r*Is_DIODE - VT_DIODE*lambertW(sgn*a, r, Is_DIODE, 1.0f/VT_DIODE));
+}
--- /dev/null
+++ b/leaf/Src/leaf-envelopes.c
@@ -1,0 +1,1612 @@
+/*
+ ==============================================================================
+
+ leaf-envelopes.c
+ Created: 20 Jan 2017 12:02:17pm
+ Author: Michael R Mulshine
+
+ ==============================================================================
+*/
+
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-envelopes.h"
+#include "..\Inc\leaf-tables.h"
+#include "..\leaf.h"
+
+#else
+
+#include "../Inc/leaf-envelopes.h"
+#include "../Inc/leaf-tables.h"
+#include "../leaf.h"
+
+#endif
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Envelope ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tEnvelope_init(tEnvelope* const envlp, float attack, float decay, int loop)
+{
+ _tEnvelope* env = *envlp = (_tEnvelope*) leaf_alloc(sizeof(_tEnvelope));
+
+ env->exp_buff = __leaf_table_exp_decay;
+ env->inc_buff = __leaf_table_attack_decay_inc;
+ env->buff_size = sizeof(__leaf_table_exp_decay);
+
+ env->loop = loop;
+
+ if (attack > 8192.0f)
+ attack = 8192.0f;
+ if (attack < 0.0f)
+ attack = 0.0f;
+
+ if (decay > 8192.0f)
+ decay = 8192.0f;
+ if (decay < 0.0f)
+ decay = 0.0f;
+
+ int16_t attackIndex = ((int16_t)(attack * 8.0f))-1;
+ int16_t decayIndex = ((int16_t)(decay * 8.0f))-1;
+ int16_t rampIndex = ((int16_t)(2.0f * 8.0f))-1;
+
+ if (attackIndex < 0)
+ attackIndex = 0;
+ if (decayIndex < 0)
+ decayIndex = 0;
+ if (rampIndex < 0)
+ rampIndex = 0;
+
+ env->inRamp = OFALSE;
+ env->inAttack = OFALSE;
+ env->inDecay = OFALSE;
+
+ env->attackInc = env->inc_buff[attackIndex];
+ env->decayInc = env->inc_buff[decayIndex];
+ env->rampInc = env->inc_buff[rampIndex];
+}
+
+void tEnvelope_free(tEnvelope* const envlp)
+{
+ _tEnvelope* env = *envlp;
+ leaf_free((char*)env);
+}
+
+void tEnvelope_initToPool (tEnvelope* const envlp, float attack, float decay, int loop, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tEnvelope* env = *envlp = (_tEnvelope*) mpool_alloc(sizeof(_tEnvelope), m);
+
+ env->exp_buff = __leaf_table_exp_decay;
+ env->inc_buff = __leaf_table_attack_decay_inc;
+ env->buff_size = sizeof(__leaf_table_exp_decay);
+
+ env->loop = loop;
+
+ if (attack > 8192.0f)
+ attack = 8192.0f;
+ if (attack < 0.0f)
+ attack = 0.0f;
+
+ if (decay > 8192.0f)
+ decay = 8192.0f;
+ if (decay < 0.0f)
+ decay = 0.0f;
+
+ int16_t attackIndex = ((int16_t)(attack * 8.0f))-1;
+ int16_t decayIndex = ((int16_t)(decay * 8.0f))-1;
+ int16_t rampIndex = ((int16_t)(2.0f * 8.0f))-1;
+
+ if (attackIndex < 0)
+ attackIndex = 0;
+ if (decayIndex < 0)
+ decayIndex = 0;
+ if (rampIndex < 0)
+ rampIndex = 0;
+
+ env->inRamp = OFALSE;
+ env->inAttack = OFALSE;
+ env->inDecay = OFALSE;
+
+ env->attackInc = env->inc_buff[attackIndex];
+ env->decayInc = env->inc_buff[decayIndex];
+ env->rampInc = env->inc_buff[rampIndex];
+}
+
+void tEnvelope_freeFromPool (tEnvelope* const envlp, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tEnvelope* env = *envlp;
+ mpool_free((char*)env, m);
+}
+
+void tEnvelope_setAttack(tEnvelope* const envlp, float attack)
+{
+ _tEnvelope* env = *envlp;
+
+ int32_t attackIndex;
+
+ if (attack < 0.0f) {
+ attackIndex = 0.0f;
+ } else if (attack < 8192.0f) {
+ attackIndex = ((int32_t)(attack * 8.0f))-1;
+ } else {
+ attackIndex = ((int32_t)(8192.0f * 8.0f))-1;
+ }
+
+ env->attackInc = env->inc_buff[attackIndex];
+}
+
+void tEnvelope_setDecay(tEnvelope* const envlp, float decay)
+{
+ _tEnvelope* env = *envlp;
+
+ int32_t decayIndex;
+
+ if (decay < 0.0f) {
+ decayIndex = 0;
+ } else if (decay < 8192.0f) {
+ decayIndex = ((int32_t)(decay * 8.0f)) - 1;
+ } else {
+ decayIndex = ((int32_t)(8192.0f * 8.0f)) - 1;
+ }
+
+ env->decayInc = env->inc_buff[decayIndex];
+}
+
+void tEnvelope_loop(tEnvelope* const envlp, int loop)
+{
+ _tEnvelope* env = *envlp;
+ env->loop = loop;
+}
+
+
+void tEnvelope_on(tEnvelope* const envlp, float velocity)
+{
+ _tEnvelope* env = *envlp;
+
+ if (env->inAttack || env->inDecay) // In case envelope retriggered while it is still happening.
+ {
+ env->rampPhase = 0;
+ env->inRamp = OTRUE;
+ env->rampPeak = env->next;
+ }
+ else // Normal start.
+ {
+ env->inAttack = OTRUE;
+ }
+
+
+ env->attackPhase = 0;
+ env->decayPhase = 0;
+ env->inDecay = OFALSE;
+ env->gain = velocity;
+}
+
+float tEnvelope_tick(tEnvelope* const envlp)
+{
+ _tEnvelope* env = *envlp;
+
+ if (env->inRamp)
+ {
+ if (env->rampPhase > UINT16_MAX)
+ {
+ env->inRamp = OFALSE;
+ env->inAttack = OTRUE;
+ env->next = 0.0f;
+ }
+ else
+ {
+ env->next = env->rampPeak * env->exp_buff[(uint32_t)env->rampPhase];
+ }
+
+ env->rampPhase += env->rampInc;
+ }
+
+ if (env->inAttack)
+ {
+
+ // If attack done, time to turn around.
+ if (env->attackPhase > UINT16_MAX)
+ {
+ env->inDecay = OTRUE;
+ env->inAttack = OFALSE;
+ env->next = env->gain * 1.0f;
+ }
+ else
+ {
+ // do interpolation !
+ env->next = env->gain * env->exp_buff[UINT16_MAX - (uint32_t)env->attackPhase]; // inverted and backwards to get proper rising exponential shape/perception
+ }
+
+ // Increment envelope attack.
+ env->attackPhase += env->attackInc;
+
+ }
+
+ if (env->inDecay)
+ {
+
+ // If decay done, finish.
+ if (env->decayPhase >= UINT16_MAX)
+ {
+ env->inDecay = OFALSE;
+
+ if (env->loop)
+ {
+ env->attackPhase = 0;
+ env->decayPhase = 0;
+ env->inAttack = OTRUE;
+ }
+ else
+ {
+ env->next = 0.0f;
+ }
+
+ } else {
+
+ env->next = env->gain * (env->exp_buff[(uint32_t)env->decayPhase]); // do interpolation !
+ }
+
+ // Increment envelope decay;
+ env->decayPhase += env->decayInc;
+ }
+
+ return env->next;
+}
+
+
+
+/* ADSR */
+void tADSR_init(tADSR* const adsrenv, float attack, float decay, float sustain, float release)
+{
+ tADSR_initToPool(adsrenv, attack, decay, sustain, release, &leaf.mempool);
+}
+
+void tADSR_free(tADSR* const adsrenv)
+{
+ tADSR_freeFromPool(adsrenv, &leaf.mempool);
+}
+
+void tADSR_initToPool (tADSR* const adsrenv, float attack, float decay, float sustain, float release, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tADSR* adsr = *adsrenv = (_tADSR*) mpool_alloc(sizeof(_tADSR), m);
+
+ adsr->exp_buff = __leaf_table_exp_decay;
+ adsr->inc_buff = __leaf_table_attack_decay_inc;
+ adsr->buff_size = sizeof(__leaf_table_exp_decay);
+
+ if (attack > 8192.0f)
+ attack = 8192.0f;
+ if (attack < 0.0f)
+ attack = 0.0f;
+
+ if (decay > 8192.0f)
+ decay = 8192.0f;
+ if (decay < 0.0f)
+ decay = 0.0f;
+
+ if (sustain > 1.0f)
+ sustain = 1.0f;
+ if (sustain < 0.0f)
+ sustain = 0.0f;
+
+ if (release > 8192.0f)
+ release = 8192.0f;
+ if (release < 0.0f)
+ release = 0.0f;
+
+ int16_t attackIndex = ((int16_t)(attack * 8.0f))-1;
+ int16_t decayIndex = ((int16_t)(decay * 8.0f))-1;
+ int16_t releaseIndex = ((int16_t)(release * 8.0f))-1;
+ int16_t rampIndex = ((int16_t)(2.0f * 8.0f))-1;
+
+ if (attackIndex < 0)
+ attackIndex = 0;
+ if (decayIndex < 0)
+ decayIndex = 0;
+ if (releaseIndex < 0)
+ releaseIndex = 0;
+ if (rampIndex < 0)
+ rampIndex = 0;
+
+ adsr->next = 0.0f;
+
+ adsr->inRamp = OFALSE;
+ adsr->inAttack = OFALSE;
+ adsr->inDecay = OFALSE;
+ adsr->inSustain = OFALSE;
+ adsr->inRelease = OFALSE;
+
+ adsr->sustain = sustain;
+
+ adsr->attackInc = adsr->inc_buff[attackIndex];
+ adsr->decayInc = adsr->inc_buff[decayIndex];
+ adsr->releaseInc = adsr->inc_buff[releaseIndex];
+ adsr->rampInc = adsr->inc_buff[rampIndex];
+
+ adsr->leakFactor = 1.0f;
+}
+
+void tADSR_freeFromPool (tADSR* const adsrenv, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tADSR* adsr = *adsrenv;
+ mpool_free((char*)adsr, m);
+}
+
+void tADSR_setAttack(tADSR* const adsrenv, float attack)
+{
+ _tADSR* adsr = *adsrenv;
+
+ int32_t attackIndex;
+
+ if (attack < 0.0f) {
+ attackIndex = 0.0f;
+ } else if (attack < 8192.0f) {
+ attackIndex = ((int32_t)(attack * 8.0f))-1;
+ } else {
+ attackIndex = ((int32_t)(8192.0f * 8.0f))-1;
+ }
+
+ adsr->attackInc = adsr->inc_buff[attackIndex];
+}
+
+void tADSR_setDecay(tADSR* const adsrenv, float decay)
+{
+ _tADSR* adsr = *adsrenv;
+
+ int32_t decayIndex;
+
+ if (decay < 0.0f) {
+ decayIndex = 0.0f;
+ } else if (decay < 8192.0f) {
+ decayIndex = ((int32_t)(decay * 8.0f)) - 1;
+ } else {
+ decayIndex = ((int32_t)(8192.0f * 8.0f)) - 1;
+ }
+
+ adsr->decayInc = adsr->inc_buff[decayIndex];
+}
+
+void tADSR_setSustain(tADSR* const adsrenv, float sustain)
+{
+ _tADSR* adsr = *adsrenv;
+
+ if (sustain > 1.0f) adsr->sustain = 1.0f;
+ else if (sustain < 0.0f) adsr->sustain = 0.0f;
+ else adsr->sustain = sustain;
+}
+
+void tADSR_setRelease(tADSR* const adsrenv, float release)
+{
+ _tADSR* adsr = *adsrenv;
+
+ int32_t releaseIndex;
+
+ if (release < 0.0f) {
+ releaseIndex = 0.0f;
+ } else if (release < 8192.0f) {
+ releaseIndex = ((int32_t)(release * 8.0f)) - 1;
+ } else {
+ releaseIndex = ((int32_t)(8192.0f * 8.0f)) - 1;
+ }
+
+ adsr->releaseInc = adsr->inc_buff[releaseIndex];
+}
+
+// 0.999999 is slow leak, 0.9 is fast leak
+void tADSR_setLeakFactor(tADSR* const adsrenv, float leakFactor)
+{
+ _tADSR* adsr = *adsrenv;
+
+
+ adsr->leakFactor = leakFactor;
+}
+
+void tADSR_on(tADSR* const adsrenv, float velocity)
+{
+ _tADSR* adsr = *adsrenv;
+
+ if ((adsr->inAttack || adsr->inDecay) || (adsr->inSustain || adsr->inRelease)) // In case ADSR retriggered while it is still happening.
+ {
+ adsr->rampPhase = 0;
+ adsr->inRamp = OTRUE;
+ adsr->rampPeak = adsr->next;
+ }
+ else // Normal start.
+ {
+ adsr->inAttack = OTRUE;
+ }
+
+ adsr->attackPhase = 0;
+ adsr->decayPhase = 0;
+ adsr->releasePhase = 0;
+ adsr->inDecay = OFALSE;
+ adsr->inSustain = OFALSE;
+ adsr->inRelease = OFALSE;
+ adsr->gain = velocity;
+}
+
+void tADSR_off(tADSR* const adsrenv)
+{
+ _tADSR* adsr = *adsrenv;
+
+ if (adsr->inRelease) return;
+
+ adsr->inAttack = OFALSE;
+ adsr->inDecay = OFALSE;
+ adsr->inSustain = OFALSE;
+ adsr->inRelease = OTRUE;
+
+ adsr->releasePeak = adsr->next;
+}
+
+float tADSR_tick(tADSR* const adsrenv)
+{
+ _tADSR* adsr = *adsrenv;
+
+
+ if (adsr->inRamp)
+ {
+ if (adsr->rampPhase > UINT16_MAX)
+ {
+ adsr->inRamp = OFALSE;
+ adsr->inAttack = OTRUE;
+ adsr->next = 0.0f;
+ }
+ else
+ {
+ adsr->next = adsr->rampPeak * adsr->exp_buff[(uint32_t)adsr->rampPhase];
+ }
+
+ adsr->rampPhase += adsr->rampInc;
+ }
+
+ if (adsr->inAttack)
+ {
+
+ // If attack done, time to turn around.
+ if (adsr->attackPhase > UINT16_MAX)
+ {
+ adsr->inDecay = OTRUE;
+ adsr->inAttack = OFALSE;
+ adsr->next = adsr->gain * 1.0f;
+ }
+ else
+ {
+ // do interpolation !
+ adsr->next = adsr->gain * adsr->exp_buff[UINT16_MAX - (uint32_t)adsr->attackPhase]; // inverted and backwards to get proper rising exponential shape/perception
+ }
+
+ // Increment ADSR attack.
+ adsr->attackPhase += adsr->attackInc;
+
+ }
+
+ if (adsr->inDecay)
+ {
+
+ // If decay done, sustain.
+ if (adsr->decayPhase >= UINT16_MAX)
+ {
+ adsr->inDecay = OFALSE;
+ adsr->inSustain = OTRUE;
+ adsr->next = adsr->gain * adsr->sustain;
+ }
+
+ else
+ {
+ adsr->next = (adsr->gain * (adsr->sustain + ((adsr->exp_buff[(uint32_t)adsr->decayPhase]) * (1.0f - adsr->sustain)))) * adsr->leakFactor; // do interpolation !
+ }
+
+ // Increment ADSR decay.
+ adsr->decayPhase += adsr->decayInc;
+ }
+
+ if (adsr->inSustain)
+ {
+ adsr->next = adsr->next * adsr->leakFactor;
+ }
+
+ if (adsr->inRelease)
+ {
+ // If release done, finish.
+ if (adsr->releasePhase >= UINT16_MAX)
+ {
+ adsr->inRelease = OFALSE;
+ adsr->next = 0.0f;
+ }
+ else {
+
+ adsr->next = adsr->releasePeak * (adsr->exp_buff[(uint32_t)adsr->releasePhase]); // do interpolation !
+ }
+
+ // Increment envelope release;
+ adsr->releasePhase += adsr->releaseInc;
+ }
+
+
+ return adsr->next;
+}
+
+
+
+
+/* ADSR 2*/
+//This one is adapted from the VCV Rack code
+//-JS
+
+
+
+const float ADSR2_MIN_TIME = 1e-3f;
+const float ADSR2_INV_MIN_TIME = 1000.0f;
+const float ADSR2_MAX_TIME = 10.f;
+const float ADSR2_LAMBDA_BASE = 10000.0f;
+
+
+void tADSR2_init(tADSR2* const adsrenv, float attack, float decay, float sustain, float release)
+{
+ tADSR2_initToPool(adsrenv, attack, decay, sustain, release, &leaf.mempool);
+}
+
+void tADSR2_free(tADSR2* const adsrenv)
+{
+ tADSR2_freeFromPool(adsrenv, &leaf.mempool);
+}
+
+void tADSR2_initToPool (tADSR2* const adsrenv, float attack, float decay, float sustain, float release, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tADSR2* adsr = *adsrenv = (_tADSR2*) mpool_alloc(sizeof(_tADSR2), m);
+ adsr->sampleRateInMs = leaf.sampleRate * 0.001f;
+ adsr->attack = LEAF_clip(0.0f, attack * 0.001f, 1.0f);
+ adsr->attackLambda = powf(ADSR2_LAMBDA_BASE, -adsr->attack) * ADSR2_INV_MIN_TIME;
+
+
+ adsr->decay = LEAF_clip(0.0f, decay * 0.001f, 1.0f);
+ adsr->decayLambda = powf(ADSR2_LAMBDA_BASE, -adsr->decay) * ADSR2_INV_MIN_TIME;
+
+
+ adsr->sustain= sustain;
+
+
+ adsr->release = LEAF_clip(0.0f, release * 0.001f, 1.0f);
+ adsr->releaseLambda = powf(ADSR2_LAMBDA_BASE, -adsr->release) * ADSR2_INV_MIN_TIME;
+
+ adsr->attacking = 0;
+ adsr->gate = 0;
+ adsr->gain = 1.0f;
+ adsr->targetGainSquared = 1.0f;
+ adsr->factor = 0.01f;
+ adsr->oneMinusFactor = 0.99f;
+ adsr->env = 0.0f;
+ adsr->leakFactor = 1.0f;
+}
+
+void tADSR2_freeFromPool (tADSR2* const adsrenv, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tADSR2* adsr = *adsrenv;
+ mpool_free((char*)adsr, m);
+}
+
+void tADSR2_setAttack(tADSR2* const adsrenv, float attack)
+{
+ _tADSR2* adsr = *adsrenv;
+ adsr->attack = LEAF_clip(0.0f, attack * 0.001f, 1.0f);
+ adsr->attackLambda = fastPow(ADSR2_LAMBDA_BASE, -adsr->attack) * ADSR2_INV_MIN_TIME;
+
+}
+
+void tADSR2_setDecay(tADSR2* const adsrenv, float decay)
+{
+ _tADSR2* adsr = *adsrenv;
+ adsr->decay = LEAF_clip(0.0f, decay * 0.001f, 1.0f);
+ adsr->decayLambda = fastPow(ADSR2_LAMBDA_BASE, -adsr->decay) * ADSR2_INV_MIN_TIME;
+
+}
+
+void tADSR2_setSustain(tADSR2* const adsrenv, float sustain)
+{
+ _tADSR2* adsr = *adsrenv;
+ adsr->sustain = sustain;
+
+ if (adsr->gate)
+ {
+ if (adsr->attacking == 0)
+ {
+ adsr->envTarget = sustain;
+ }
+ }
+}
+
+void tADSR2_setRelease(tADSR2* const adsrenv, float release)
+{
+ _tADSR2* adsr = *adsrenv;
+ adsr->release = LEAF_clip(0.0f, release * 0.001f, 1.0f);
+ adsr->releaseLambda = fastPow(ADSR2_LAMBDA_BASE, -adsr->release) * ADSR2_INV_MIN_TIME;
+}
+
+// 0.999999 is slow leak, 0.9 is fast leak
+void tADSR2_setLeakFactor(tADSR2* const adsrenv, float leakFactor)
+{
+ _tADSR2* adsr = *adsrenv;
+
+ adsr->leakFactor = leakFactor;
+}
+
+void tADSR2_on(tADSR2* const adsrenv, float velocity)
+{
+ _tADSR2* adsr = *adsrenv;
+ adsr->targetGainSquared = velocity * velocity;
+ adsr->envTarget = 1.2f;
+ adsr->leakGain = 1.0f;
+ adsr->gate = 1;
+ adsr->attacking = 1;
+}
+
+void tADSR2_off(tADSR2* const adsrenv)
+{
+ _tADSR2* adsr = *adsrenv;
+ adsr->gate = 0;
+ adsr->envTarget = 0.0f;
+}
+
+float tADSR2_tick(tADSR2* const adsrenv)
+{
+ _tADSR2* adsr = *adsrenv;
+ float lambda;
+
+ if (adsr->gate)
+ {
+ if (adsr->attacking)
+ {
+ lambda = adsr->attackLambda;
+ }
+ else
+ {
+ lambda = adsr->decayLambda;
+ }
+ }
+ else
+ {
+ lambda = adsr->releaseLambda;
+ }
+
+
+ // Adjust env
+ adsr->env += (adsr->envTarget - adsr->env) * lambda * leaf.invSampleRate;
+
+ // Turn off attacking state if envelope is HIGH
+ if (adsr->env >= 1.0f)
+ {
+ adsr->attacking = 0;
+ adsr->envTarget = adsr->sustain;
+ }
+
+ //smooth the gain value -- this is not ideal, a retrigger while the envelope is still going with a new gain will cause a jump, although it will be smoothed quickly. Maybe doing the math so the range is computed based on the gain rather than 0.->1. is preferable? But that's harder to get the exponential curve right without a lookup.
+ adsr->gain = ((adsr->factor*adsr->targetGainSquared)+(adsr->oneMinusFactor*adsr->gain));
+ adsr->leakGain *= adsr->leakFactor;
+ return adsr->env * adsr->gain * adsr->leakGain;
+}
+
+/* ADSR 3*/
+//This one doesn't use any lookup table - by Nigel Redmon from his blog. Thanks, Nigel!
+//-JS
+
+float calcADSR3Coef(double rate, double targetRatio)
+{
+ return (rate <= 0.0f) ? 0.0f : exp(-log((1.0 + targetRatio) / targetRatio) / rate);
+}
+
+
+void tADSR3_init(tADSR3* const adsrenv, float attack, float decay, float sustain, float release)
+{
+ tADSR3_initToPool(adsrenv, attack, decay, sustain, release, &leaf.mempool);
+}
+
+void tADSR3_free(tADSR3* const adsrenv)
+{
+ tADSR3_freeFromPool(adsrenv, &leaf.mempool);
+}
+
+void tADSR3_initToPool (tADSR3* const adsrenv, float attack, float decay, float sustain, float release, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tADSR3* adsr = *adsrenv = (_tADSR3*) mpool_alloc(sizeof(_tADSR3), m);
+ adsr->sampleRateInMs = leaf.sampleRate * 0.001f;
+ adsr->targetRatioA = 0.3f;
+ adsr->targetRatioDR = 0.0001f;
+ adsr->attackRate = attack * adsr->sampleRateInMs;
+ adsr->attackCoef = calcADSR3Coef(attack * adsr->sampleRateInMs, adsr->targetRatioA);
+ adsr->attackBase = (1.0f + adsr->targetRatioA) * (1.0f - adsr->attackCoef);
+
+ adsr->decayRate = decay * adsr->sampleRateInMs;
+ adsr->decayCoef = calcADSR3Coef(decay * adsr->sampleRateInMs,adsr-> targetRatioDR);
+ adsr->decayBase = (adsr->sustainLevel - adsr->targetRatioDR) * (1.0f - adsr->decayCoef);
+
+ adsr->sustainLevel = sustain;
+ adsr->decayBase = (adsr->sustainLevel - adsr->targetRatioDR) * (1.0f - adsr->decayCoef);
+
+ adsr->releaseRate = release * adsr->sampleRateInMs;
+ adsr->releaseCoef = calcADSR3Coef(release * adsr->sampleRateInMs, adsr->targetRatioDR);
+ adsr->releaseBase = -adsr->targetRatioDR * (1.0f - adsr->releaseCoef);
+
+ adsr->state = env_idle;
+ adsr->gain = 1.0f;
+ adsr->targetGainSquared = 1.0f;
+ adsr->factor = 0.01f;
+ adsr->oneMinusFactor = 0.99f;
+ adsr->output = 0.0f;
+ adsr->leakFactor = 1.0f;
+}
+
+void tADSR3_freeFromPool (tADSR3* const adsrenv, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tADSR3* adsr = *adsrenv;
+ mpool_free((char*)adsr, m);
+}
+
+void tADSR3_setAttack(tADSR3* const adsrenv, float attack)
+{
+ _tADSR3* adsr = *adsrenv;
+
+ adsr->attackRate = attack * adsr->sampleRateInMs;
+ adsr->attackCoef = calcADSR3Coef(adsr->attackRate, adsr->targetRatioA);
+ adsr->attackBase = (1.0f + adsr->targetRatioA) * (1.0f - adsr->attackCoef);
+}
+
+void tADSR3_setDecay(tADSR3* const adsrenv, float decay)
+{
+ _tADSR3* adsr = *adsrenv;
+
+ adsr->decayRate = decay * adsr->sampleRateInMs;
+ adsr->decayCoef = calcADSR3Coef(adsr->decayRate,adsr-> targetRatioDR);
+ adsr->decayBase = (adsr->sustainLevel - adsr->targetRatioDR) * (1.0f - adsr->decayCoef);
+}
+
+void tADSR3_setSustain(tADSR3* const adsrenv, float sustain)
+{
+ _tADSR3* adsr = *adsrenv;
+
+ adsr->sustainLevel = sustain;
+ adsr->decayBase = (adsr->sustainLevel - adsr->targetRatioDR) * (1.0f - adsr->decayCoef);
+}
+
+void tADSR3_setRelease(tADSR3* const adsrenv, float release)
+{
+ _tADSR3* adsr = *adsrenv;
+
+ adsr->releaseRate = release * adsr->sampleRateInMs;
+ adsr->releaseCoef = calcADSR3Coef(adsr->releaseRate, adsr->targetRatioDR);
+ adsr->releaseBase = -adsr->targetRatioDR * (1.0f - adsr->releaseCoef);
+}
+
+// 0.999999 is slow leak, 0.9 is fast leak
+void tADSR3_setLeakFactor(tADSR3* const adsrenv, float leakFactor)
+{
+ _tADSR3* adsr = *adsrenv;
+
+ adsr->leakFactor = leakFactor;
+}
+
+void tADSR3_on(tADSR3* const adsrenv, float velocity)
+{
+ _tADSR3* adsr = *adsrenv;
+ adsr->state = env_attack;
+ adsr->targetGainSquared = velocity * velocity;
+}
+
+void tADSR3_off(tADSR3* const adsrenv)
+{
+ _tADSR3* adsr = *adsrenv;
+
+ if (adsr->state != env_idle)
+ {
+ adsr->state = env_release;
+ }
+}
+
+float tADSR3_tick(tADSR3* const adsrenv)
+{
+ _tADSR3* adsr = *adsrenv;
+
+
+ switch (adsr->state) {
+ case env_idle:
+ break;
+ case env_attack:
+ adsr->output = adsr->attackBase + adsr->output * adsr->attackCoef;
+ if (adsr->output >= 1.0f) {
+ adsr->output = 1.0f;
+ adsr->state = env_decay;
+ }
+ break;
+ case env_decay:
+ adsr->output = adsr->decayBase + adsr->output * adsr->decayCoef * adsr->leakFactor;
+ if (adsr->output <= adsr->sustainLevel) {
+ adsr->output = adsr->sustainLevel;
+ adsr->state = env_sustain;
+ }
+ break;
+ case env_sustain:
+ adsr->output = adsr->output * adsr->leakFactor;
+ break;
+ case env_release:
+ adsr->output = adsr->releaseBase + adsr->output * adsr->releaseCoef;
+ if (adsr->output <= 0.0f) {
+ adsr->output = 0.0f;
+ adsr->state = env_idle;
+ }
+ }
+ //smooth the gain value -- this is not ideal, a retrigger while the envelope is still going with a new gain will cause a jump, although it will be smoothed quickly. Maybe doing the math so the range is computed based on the gain rather than 0.->1. is preferable? But that's harder to get the exponential curve right without a lookup.
+ adsr->gain = (adsr->factor*adsr->targetGainSquared)+(adsr->oneMinusFactor*adsr->gain);
+ return adsr->output * adsr->gain;
+}
+
+
+/* ADSR 4 */ // new version of our original table-based ADSR but with the table passed in by the user
+// use this if the size of the big ADSR tables is too much.
+void tADSR4_init (tADSR4* const adsrenv, float attack, float decay, float sustain, float release, float* expBuffer, int bufferSize)
+{
+ tADSR4_initToPool (adsrenv, attack, decay, sustain, release, expBuffer, bufferSize, &leaf.mempool);
+}
+
+void tADSR4_free(tADSR4* const adsrenv)
+{
+ tADSR4_freeFromPool(adsrenv, &leaf.mempool);
+}
+
+//initialize with an exponential function that decays -- i.e. a call to LEAF_generate_exp(expBuffer, 0.001f, 0.0f, 1.0f, -0.0008f, EXP_BUFFER_SIZE);
+//times are in ms
+void tADSR4_initToPool (tADSR4* const adsrenv, float attack, float decay, float sustain, float release, float* expBuffer, int bufferSize, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tADSR4* adsr = *adsrenv = (_tADSR4*) mpool_alloc(sizeof(_tADSR4), m);
+
+ adsr->exp_buff = expBuffer;
+ adsr->buff_size = bufferSize;
+ adsr->buff_sizeMinusOne = bufferSize - 1;
+
+ adsr->bufferSizeDividedBySampleRateInMs = bufferSize / (leaf.sampleRate * 0.001f);
+
+ if (attack < 0.0f)
+ attack = 0.0f;
+
+ if (decay < 0.0f)
+ decay = 0.0f;
+
+ if (sustain > 1.0f)
+ sustain = 1.0f;
+ if (sustain < 0.0f)
+ sustain = 0.0f;
+
+ if (release < 0.0f)
+ release = 0.0f;
+
+ adsr->next = 0.0f;
+
+ adsr->whichStage = env_idle;
+
+ adsr->sustain = sustain;
+
+ adsr->attackInc = adsr->bufferSizeDividedBySampleRateInMs / attack;
+ adsr->decayInc = adsr->bufferSizeDividedBySampleRateInMs / decay;
+ adsr->releaseInc = adsr->bufferSizeDividedBySampleRateInMs / release;
+ adsr->rampInc = adsr->bufferSizeDividedBySampleRateInMs / 8.0f;
+
+ adsr->leakFactor = 1.0f;
+}
+
+void tADSR4_freeFromPool (tADSR4* const adsrenv, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tADSR4* adsr = *adsrenv;
+ mpool_free((char*)adsr, m);
+}
+
+void tADSR4_setAttack(tADSR4* const adsrenv, float attack)
+{
+ _tADSR4* adsr = *adsrenv;
+
+ if (attack < 0.0f)
+ {
+ attack = 0.0f;
+ }
+
+ adsr->attackInc = adsr->bufferSizeDividedBySampleRateInMs / attack;
+}
+
+void tADSR4_setDecay(tADSR4* const adsrenv, float decay)
+{
+ _tADSR4* adsr = *adsrenv;
+
+ if (decay < 0.0f)
+ {
+ decay = 0.0f;
+ }
+ adsr->decayInc = adsr->bufferSizeDividedBySampleRateInMs / decay;
+}
+
+void tADSR4_setSustain(tADSR4* const adsrenv, float sustain)
+{
+ _tADSR4* adsr = *adsrenv;
+
+ if (sustain > 1.0f) adsr->sustain = 1.0f;
+ else if (sustain < 0.0f) adsr->sustain = 0.0f;
+ else adsr->sustain = sustain;
+}
+
+void tADSR4_setRelease(tADSR4* const adsrenv, float release)
+{
+ _tADSR4* adsr = *adsrenv;
+
+ if (release < 0.0f)
+ {
+ release = 0.0f;
+ }
+ adsr->releaseInc = adsr->bufferSizeDividedBySampleRateInMs / release;
+}
+
+// 0.999999 is slow leak, 0.9 is fast leak
+void tADSR4_setLeakFactor(tADSR4* const adsrenv, float leakFactor)
+{
+ _tADSR4* adsr = *adsrenv;
+
+
+ adsr->leakFactor = leakFactor;
+}
+
+void tADSR4_on(tADSR4* const adsrenv, float velocity)
+{
+ _tADSR4* adsr = *adsrenv;
+
+ if (adsr->whichStage != env_idle) // In case ADSR retriggered while it is still happening.
+ {
+ adsr->rampPhase = 0;
+ adsr->whichStage = env_ramp;
+ adsr->rampPeak = adsr->next;
+ }
+ else // Normal start.
+ {
+ adsr->whichStage = env_attack;
+ }
+
+ adsr->attackPhase = 0;
+ adsr->decayPhase = 0;
+ adsr->releasePhase = 0;
+ adsr->gain = velocity;
+}
+
+void tADSR4_off(tADSR4* const adsrenv)
+{
+ _tADSR4* adsr = *adsrenv;
+
+ if (adsr->whichStage == env_idle)
+ {
+ return;
+ }
+ else
+ {
+ adsr->whichStage = env_release;
+ adsr->releasePeak = adsr->next;
+ }
+}
+
+float tADSR4_tick(tADSR4* const adsrenv)
+{
+ _tADSR4* adsr = *adsrenv;
+
+ switch (adsr->whichStage)
+ {
+ case env_ramp:
+ if (adsr->rampPhase > adsr->buff_sizeMinusOne)
+ {
+ adsr->whichStage = env_attack;
+ adsr->next = 0.0f;
+ }
+ else
+ {
+ uint32_t intPart = (uint32_t)adsr->rampPhase;
+ float floatPart = adsr->rampPhase - intPart;
+ float secondValue;
+ if (adsr->rampPhase + 1.0f > adsr->buff_sizeMinusOne)
+ {
+ secondValue = 0.0f;
+ }
+ else
+ {
+ secondValue = adsr->exp_buff[(uint32_t)((adsr->rampPhase)+1)];
+ }
+ adsr->next = adsr->rampPeak * LEAF_interpolation_linear(adsr->exp_buff[intPart], secondValue, floatPart);
+ }
+
+ adsr->rampPhase += adsr->rampInc;
+ break;
+
+
+ case env_attack:
+
+ // If attack done, time to turn around.
+ if (adsr->attackPhase > adsr->buff_sizeMinusOne)
+ {
+ adsr->whichStage = env_decay;
+ adsr->next = adsr->gain;
+ }
+ else
+ {
+ // do interpolation !
+ uint32_t intPart = (uint32_t)adsr->attackPhase;
+ float floatPart = adsr->attackPhase - intPart;
+ float secondValue;
+ if (adsr->attackPhase + 1.0f > adsr->buff_sizeMinusOne)
+ {
+ secondValue = 0.0f;
+ }
+ else
+ {
+ secondValue = adsr->exp_buff[(uint32_t)((adsr->attackPhase)+1)];
+ }
+
+ adsr->next = adsr->gain * (1.0f - LEAF_interpolation_linear(adsr->exp_buff[intPart], secondValue, floatPart)); // inverted and backwards to get proper rising exponential shape/perception
+ }
+
+ // Increment ADSR attack.
+ adsr->attackPhase += adsr->attackInc;
+ break;
+
+ case env_decay:
+
+ // If decay done, sustain.
+ if (adsr->decayPhase > adsr->buff_sizeMinusOne)
+ {
+ adsr->whichStage = env_sustain;
+ adsr->next = adsr->gain * adsr->sustain;
+ }
+
+ else
+ {
+ uint32_t intPart = (uint32_t)adsr->decayPhase;
+ float floatPart = adsr->decayPhase - intPart;
+ float secondValue;
+ if (adsr->decayPhase + 1.0f > adsr->buff_sizeMinusOne)
+ {
+ secondValue = 0.0f;
+ }
+ else
+ {
+ secondValue = adsr->exp_buff[(uint32_t)((adsr->decayPhase)+1)];
+ }
+ float interpValue = (LEAF_interpolation_linear(adsr->exp_buff[intPart], secondValue, floatPart));
+ adsr->next = (adsr->gain * (adsr->sustain + (interpValue * (1.0f - adsr->sustain)))) * adsr->leakFactor; // do interpolation !
+ }
+
+ // Increment ADSR decay.
+ adsr->decayPhase += adsr->decayInc;
+ break;
+
+ case env_sustain:
+ adsr->next = adsr->next * adsr->leakFactor;
+ break;
+
+ case env_release:
+ // If release done, finish.
+ if (adsr->releasePhase > adsr->buff_sizeMinusOne)
+ {
+ adsr->whichStage = env_idle;
+ adsr->next = 0.0f;
+ }
+ else {
+ uint32_t intPart = (uint32_t)adsr->releasePhase;
+ float floatPart = adsr->releasePhase - intPart;
+ float secondValue;
+ if (adsr->releasePhase + 1.0f > adsr->buff_sizeMinusOne)
+ {
+ secondValue = 0.0f;
+ }
+ else
+ {
+ secondValue = adsr->exp_buff[(uint32_t)((adsr->releasePhase)+1)];
+ }
+ adsr->next = adsr->releasePeak * (LEAF_interpolation_linear(adsr->exp_buff[intPart], secondValue, floatPart)); // do interpolation !
+ }
+
+ // Increment envelope release;
+ adsr->releasePhase += adsr->releaseInc;
+ break;
+ }
+ return adsr->next;
+}
+
+float tADSR4_tickNoInterp(tADSR4* const adsrenv)
+{
+ _tADSR4* adsr = *adsrenv;
+
+ switch (adsr->whichStage)
+ {
+ case env_ramp:
+ if (adsr->rampPhase > adsr->buff_sizeMinusOne)
+ {
+ adsr->whichStage = env_attack;
+ adsr->next = 0.0f;
+ }
+ else
+ {
+ adsr->next = adsr->rampPeak * adsr->exp_buff[(uint32_t)adsr->rampPhase];
+ }
+
+ adsr->rampPhase += adsr->rampInc;
+ break;
+
+
+ case env_attack:
+
+ // If attack done, time to turn around.
+ if (adsr->attackPhase > adsr->buff_sizeMinusOne)
+ {
+ adsr->whichStage = env_decay;
+ adsr->next = adsr->gain;
+ }
+ else
+ {
+ adsr->next = adsr->gain * (1.0f - adsr->exp_buff[(uint32_t)adsr->attackPhase]); // inverted and backwards to get proper rising exponential shape/perception
+ }
+
+ // Increment ADSR attack.
+ adsr->attackPhase += adsr->attackInc;
+ break;
+
+ case env_decay:
+
+ // If decay done, sustain.
+ if (adsr->decayPhase > adsr->buff_sizeMinusOne)
+ {
+ adsr->whichStage = env_sustain;
+ adsr->next = adsr->gain * adsr->sustain;
+ }
+
+ else
+ {
+ adsr->next = (adsr->gain * (adsr->sustain + (adsr->exp_buff[(uint32_t)adsr->decayPhase] * (1.0f - adsr->sustain)))) * adsr->leakFactor;
+ }
+
+ // Increment ADSR decay.
+ adsr->decayPhase += adsr->decayInc;
+ break;
+
+ case env_sustain:
+ adsr->next = adsr->next * adsr->leakFactor;
+ break;
+
+ case env_release:
+ // If release done, finish.
+ if (adsr->releasePhase > adsr->buff_sizeMinusOne)
+ {
+ adsr->whichStage = env_idle;
+ adsr->next = 0.0f;
+ }
+ else {
+ adsr->next = adsr->releasePeak * adsr->exp_buff[(uint32_t)adsr->releasePhase];
+ }
+
+ // Increment envelope release;
+ adsr->releasePhase += adsr->releaseInc;
+ break;
+ }
+ return adsr->next;
+}
+
+
+
+/////-----------------
+/* Ramp */
+void tRamp_init(tRamp* const r, float time, int samples_per_tick)
+{
+ _tRamp* ramp = *r = (_tRamp*) leaf_alloc(sizeof(_tRamp));
+
+ ramp->inv_sr_ms = 1.0f/(leaf.sampleRate*0.001f);
+ ramp->minimum_time = ramp->inv_sr_ms * samples_per_tick;
+ ramp->curr = 0.0f;
+ ramp->dest = 0.0f;
+
+ if (time < ramp->minimum_time)
+ {
+ ramp->time = ramp->minimum_time;
+ }
+ else
+ {
+ ramp->time = time;
+ }
+ ramp->factor = (1.0f / ramp->time) * ramp->inv_sr_ms;
+ ramp->samples_per_tick = samples_per_tick;
+ ramp->inc = ((ramp->dest - ramp->curr) / ramp->time * ramp->inv_sr_ms) * (float)ramp->samples_per_tick;
+}
+
+void tRamp_free(tRamp* const r)
+{
+ _tRamp* ramp = *r;
+
+ leaf_free((char*)ramp);
+}
+
+void tRamp_initToPool (tRamp* const r, float time, int samples_per_tick, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tRamp* ramp = *r = (_tRamp*) mpool_alloc(sizeof(_tRamp), m);
+
+ ramp->inv_sr_ms = 1.0f/(leaf.sampleRate*0.001f);
+ ramp->minimum_time = ramp->inv_sr_ms * samples_per_tick;
+ ramp->curr = 0.0f;
+ ramp->dest = 0.0f;
+
+ if (time < ramp->minimum_time)
+ {
+ ramp->time = ramp->minimum_time;
+ }
+ else
+ {
+ ramp->time = time;
+ }
+ ramp->samples_per_tick = samples_per_tick;
+ ramp->factor = (1.0f / ramp->time) * ramp->inv_sr_ms * (float)ramp->samples_per_tick;
+ ramp->inc = (ramp->dest - ramp->curr) * ramp->factor;
+}
+
+void tRamp_freeFromPool (tRamp* const r, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tRamp* ramp = *r;
+
+ mpool_free((char*)ramp, m);
+}
+
+void tRamp_setTime(tRamp* const ramp, float time)
+{
+ _tRamp* r = *ramp;
+
+ if (time < r->minimum_time)
+ {
+ r->time = r->minimum_time;
+ }
+ else
+ {
+ r->time = time;
+ }
+ r->factor = (1.0f / r->time) * r->inv_sr_ms * (float)r->samples_per_tick;
+ r->inc = (r->dest - r->curr) * r->factor;
+
+}
+
+void tRamp_setDest(tRamp* const ramp, float dest)
+{
+ _tRamp* r = *ramp;
+ r->dest = dest;
+ r->inc = (r->dest - r->curr) * r->factor;
+}
+
+void tRamp_setVal(tRamp* const ramp, float val)
+{
+ _tRamp* r = *ramp;
+ r->curr = val;
+ r->inc = (r->dest - r->curr) * r->factor;
+}
+
+float tRamp_tick(tRamp* const ramp)
+{
+ _tRamp* r = *ramp;
+
+ r->curr += r->inc;
+
+ if (((r->curr >= r->dest) && (r->inc > 0.0f)) || ((r->curr <= r->dest) && (r->inc < 0.0f)))
+ {
+ r->inc = 0.0f;
+ r->curr=r->dest;
+ }
+
+ return r->curr;
+}
+
+float tRamp_sample(tRamp* const ramp)
+{
+ _tRamp* r = *ramp;
+ return r->curr;
+}
+
+void tRampSampleRateChanged(tRamp* const ramp)
+{
+ _tRamp* r = *ramp;
+ r->inv_sr_ms = 1.0f / (leaf.sampleRate * 0.001f);
+ r->factor = (1.0f / r->time) * r->inv_sr_ms * (float)r->samples_per_tick;
+ r->inc = (r->dest - r->curr) * r->factor;
+}
+
+
+
+/* RampUpDown */
+void tRampUpDown_init(tRampUpDown* const r, float upTime, float downTime, int samples_per_tick)
+{
+ tRampUpDown_initToPool(r, upTime, downTime, samples_per_tick, &leaf.mempool);
+}
+
+void tRampUpDown_free(tRampUpDown* const r)
+{
+ tRampUpDown_freeFromPool(r, &leaf.mempool);
+}
+
+void tRampUpDown_initToPool(tRampUpDown* const r, float upTime, float downTime, int samples_per_tick, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tRampUpDown* ramp = *r = (_tRampUpDown*) mpool_alloc(sizeof(_tRampUpDown), m);
+
+ ramp->inv_sr_ms = 1.0f/(leaf.sampleRate*0.001f);
+ ramp->minimum_time = ramp->inv_sr_ms * samples_per_tick;
+ ramp->curr = 0.0f;
+ ramp->dest = 0.0f;
+
+ if (upTime < ramp->minimum_time)
+ {
+ ramp->upTime = ramp->minimum_time;
+ }
+ else
+ {
+ ramp->upTime = upTime;
+ }
+
+ if (downTime < ramp->minimum_time)
+ {
+ ramp->downTime = ramp->minimum_time;
+ }
+ else
+ {
+ ramp->downTime = downTime;
+ }
+
+ ramp->samples_per_tick = samples_per_tick;
+ ramp->upInc = ((ramp->dest - ramp->curr) / ramp->upTime * ramp->inv_sr_ms) * (float)ramp->samples_per_tick;
+ ramp->downInc = ((ramp->dest - ramp->curr) / ramp->downTime * ramp->inv_sr_ms) * (float)ramp->samples_per_tick;
+}
+
+void tRampUpDown_freeFromPool (tRampUpDown* const r, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tRampUpDown* ramp = *r;
+
+ mpool_free((char*)ramp, m);
+}
+
+void tRampUpDown_setUpTime(tRampUpDown* const ramp, float upTime)
+{
+ _tRampUpDown* r = *ramp;
+
+ if (upTime < r->minimum_time)
+ {
+ r->upTime = r->minimum_time;
+ }
+ else
+ {
+ r->upTime = upTime;
+ }
+ r->upInc = ((r->dest - r->curr) / r->upTime * r->inv_sr_ms) * (float)r->samples_per_tick;
+}
+
+
+void tRampUpDown_setDownTime(tRampUpDown* const ramp, float downTime)
+{
+ _tRampUpDown* r = *ramp;
+
+ if (downTime < r->minimum_time)
+ {
+ r->downTime = r->minimum_time;
+ }
+ else
+ {
+ r->downTime = downTime;
+ }
+ r->downInc = ((r->dest - r->curr) / r->downTime * r->inv_sr_ms) * (float)r->samples_per_tick;
+}
+
+void tRampUpDown_setDest(tRampUpDown* const ramp, float dest)
+{
+ _tRampUpDown* r = *ramp;
+ r->dest = dest;
+ r->upInc = ((r->dest - r->curr) / r->upTime * r->inv_sr_ms) * (float)r->samples_per_tick;
+ r->downInc = ((r->dest - r->curr) / r->downTime * r->inv_sr_ms) * (float)r->samples_per_tick;
+}
+
+void tRampUpDown_setVal(tRampUpDown* const ramp, float val)
+{
+ _tRampUpDown* r = *ramp;
+ r->curr = val;
+ r->upInc = ((r->dest - r->curr) / r->upTime * r->inv_sr_ms) * (float)r->samples_per_tick;
+ r->downInc = ((r->dest - r->curr) / r->downTime * r->inv_sr_ms) * (float)r->samples_per_tick;
+}
+
+float tRampUpDown_tick(tRampUpDown* const ramp)
+{
+ _tRampUpDown* r = *ramp;
+ float test;
+
+ if (r->dest < r->curr)
+ {
+ test = r->curr + r->downInc;
+ if (test > r->dest)
+ {
+ r->curr = test;
+ }
+ else
+ {
+ r->downInc = 0.0f;
+ r->curr = r->dest;
+ }
+ }
+ else if (r->dest > r->curr)
+ {
+ test = r->curr + r->upInc;
+ if (test < r->dest)
+ {
+ r->curr = test;
+ }
+ else
+ {
+ r->upInc = 0.0f;
+ r->curr = r->dest;
+ }
+ }
+ return r->curr;
+}
+
+float tRampUpDown_sample(tRampUpDown* const ramp)
+{
+ _tRampUpDown* r = *ramp;
+ return r->curr;
+}
+
+
+
+
+
+
+/* Exponential Smoother */
+void tExpSmooth_init(tExpSmooth* const expsmooth, float val, float factor)
+{ // factor is usually a value between 0 and 0.1. Lower value is slower. 0.01 for example gives you a smoothing time of about 10ms
+ _tExpSmooth* smooth = *expsmooth = (_tExpSmooth*) leaf_alloc(sizeof(_tExpSmooth));
+
+ smooth->curr=val;
+ smooth->dest=val;
+ if (factor<0) factor=0;
+ if (factor>1) factor=1;
+ smooth->factor=factor;
+ smooth->oneminusfactor=1.0f-factor;
+}
+
+void tExpSmooth_free(tExpSmooth* const expsmooth)
+{
+ _tExpSmooth* smooth = *expsmooth;
+
+ leaf_free((char*)smooth);
+}
+
+void tExpSmooth_initToPool (tExpSmooth* const expsmooth, float val, float factor, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tExpSmooth* smooth = *expsmooth = (_tExpSmooth*) mpool_alloc(sizeof(_tExpSmooth), m);
+
+ smooth->curr=val;
+ smooth->dest=val;
+ if (factor<0) factor=0;
+ if (factor>1) factor=1;
+ smooth->factor=factor;
+ smooth->oneminusfactor=1.0f-factor;
+}
+
+void tExpSmooth_freeFromPool (tExpSmooth* const expsmooth, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tExpSmooth* smooth = *expsmooth;
+
+ mpool_free((char*)smooth, m);
+}
+
+void tExpSmooth_setFactor(tExpSmooth* const expsmooth, float factor)
+{ // factor is usually a value between 0 and 0.1. Lower value is slower. 0.01 for example gives you a smoothing time of about 10ms
+ _tExpSmooth* smooth = *expsmooth;
+
+ if (factor<0)
+ factor=0;
+ else
+ if (factor>1) factor=1;
+ smooth->factor=factor;
+ smooth->oneminusfactor=1.0f-factor;
+}
+
+void tExpSmooth_setDest(tExpSmooth* const expsmooth, float dest)
+{
+ _tExpSmooth* smooth = *expsmooth;
+ smooth->dest=dest;
+}
+
+void tExpSmooth_setVal(tExpSmooth* const expsmooth, float val)
+{
+ _tExpSmooth* smooth = *expsmooth;
+ smooth->curr=val;
+}
+
+void tExpSmooth_setValAndDest(tExpSmooth* const expsmooth, float val)
+{
+ _tExpSmooth* smooth = *expsmooth;
+ smooth->curr=val;
+ smooth->dest=val;
+}
+
+float tExpSmooth_tick(tExpSmooth* const expsmooth)
+{
+ _tExpSmooth* smooth = *expsmooth;
+ smooth->curr = smooth->factor*smooth->dest+smooth->oneminusfactor*smooth->curr;
+ return smooth->curr;
+}
+
+float tExpSmooth_sample(tExpSmooth* const expsmooth)
+{
+ _tExpSmooth* smooth = *expsmooth;
+ return smooth->curr;
+}
+
+//tSlide is based on the max/msp slide~ object
+////
+
+void tSlide_init (tSlide* const sl, float upSlide, float downSlide)
+{
+ tSlide_initToPool (sl, upSlide, downSlide, &leaf.mempool);
+}
+void tSlide_free (tSlide* const sl)
+{
+ tSlide_freeFromPool (sl, &leaf.mempool);
+}
+void tSlide_initToPool (tSlide* const sl, float upSlide, float downSlide, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSlide* s = *sl = (_tSlide*) mpool_alloc(sizeof(_tSlide), m);
+ s->prevIn = 0.0f;
+ s->currentOut = 0.0f;
+ s->prevOut = 0.0f;
+ if (upSlide < 1.0f)
+ {
+ upSlide = 1.0f;
+ }
+
+ if (downSlide < 1.0f)
+ {
+ downSlide = 1.0f;
+ }
+ s->invUpSlide = 1.0f / upSlide;
+ s->invDownSlide = 1.0f / downSlide;
+}
+
+void tSlide_freeFromPool (tSlide* const sl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSlide* s = *sl;
+
+ mpool_free((char*)s, m);
+}
+
+float tSlide_tick(tSlide* const sl, float in)
+{
+ _tSlide* s = *sl;
+
+
+ if (in >= s->prevOut)
+ {
+ s->currentOut = s->prevOut + ((in - s->prevOut) * s->invUpSlide);
+ }
+ else
+ {
+ s->currentOut = s->prevOut + ((in - s->prevOut) * s->invDownSlide);
+ }
+ if (s->currentOut < VSF) s->currentOut = 0.0f;
+ s->prevIn = in;
+ s->prevOut = s->currentOut;
+ return s->currentOut;
+}
+
--- /dev/null
+++ b/leaf/Src/leaf-filters.c
@@ -1,0 +1,1802 @@
+/*==============================================================================
+
+ leaf-filter.c
+ Created: 20 Jan 2017 12:01:10pm
+ Author: Michael R Mulshine
+
+==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-filters.h"
+#include "..\Inc\leaf-tables.h"
+#include "..\leaf.h"
+
+#else
+
+#include "../Inc/leaf-filters.h"
+#include "../Inc/leaf-tables.h"
+#include "../leaf.h"
+//#include "tim.h"
+#endif
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ OnePole Filter ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tAllpass_init(tAllpass* const ft, float initDelay, uint32_t maxDelay)
+{
+ _tAllpass* f = *ft = (_tAllpass*) leaf_alloc(sizeof(_tAllpass));
+
+ f->gain = 0.7f;
+
+ f->lastOut = 0.0f;
+
+ tLinearDelay_init(&f->delay, initDelay, maxDelay);
+}
+
+void tAllpass_free(tAllpass* const ft)
+{
+ _tAllpass* f = *ft;
+
+ tLinearDelay_free(&f->delay);
+ leaf_free((char*)f);
+}
+
+void tAllpass_initToPool (tAllpass* const ft, float initDelay, uint32_t maxDelay, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tAllpass* f = *ft = (_tAllpass*) mpool_alloc(sizeof(_tAllpass), m);
+
+ f->gain = 0.7f;
+
+ f->lastOut = 0.0f;
+
+ tLinearDelay_initToPool(&f->delay, initDelay, maxDelay, mp);
+}
+
+void tAllpass_freeFromPool (tAllpass* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tAllpass* f = *ft;
+
+ tLinearDelay_freeFromPool(&f->delay, mp);
+ mpool_free((char*)f, m);
+}
+
+void tAllpass_setDelay(tAllpass* const ft, float delay)
+{
+ _tAllpass* f = *ft;
+
+ tLinearDelay_setDelay(&f->delay, delay);
+}
+
+void tAllpass_setGain(tAllpass* const ft, float gain)
+{
+ _tAllpass* f = *ft;
+
+ f->gain = gain;
+}
+
+float tAllpass_tick(tAllpass* const ft, float input)
+{
+ _tAllpass* f = *ft;
+
+ float s1 = (-f->gain) * f->lastOut + input;
+
+ float s2 = tLinearDelay_tick(&f->delay, s1) + (f->gain) * input;
+
+ f->lastOut = s2;
+
+ return f->lastOut;
+}
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ OnePole Filter ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tOnePole_init(tOnePole* const ft, float freq)
+{
+ _tOnePole* f = *ft = (_tOnePole*) leaf_alloc(sizeof(_tOnePole));
+
+ f->gain = 1.0f;
+ f->a0 = 1.0;
+
+ tOnePole_setFreq(ft, freq);
+
+ f->lastIn = 0.0f;
+ f->lastOut = 0.0f;
+}
+
+void tOnePole_free(tOnePole* const ft)
+{
+ _tOnePole* f = *ft;
+
+ leaf_free((char*)f);
+}
+
+void tOnePole_initToPool (tOnePole* const ft, float freq, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tOnePole* f = *ft = (_tOnePole*) mpool_alloc(sizeof(_tOnePole), m);
+
+ f->gain = 1.0f;
+ f->a0 = 1.0;
+
+ tOnePole_setFreq(ft, freq);
+
+ f->lastIn = 0.0f;
+ f->lastOut = 0.0f;
+}
+
+void tOnePole_freeFromPool (tOnePole* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tOnePole* f = *ft;
+
+ mpool_free((char*)f, m);
+}
+
+void tOnePole_setB0(tOnePole* const ft, float b0)
+{
+ _tOnePole* f = *ft;
+ f->b0 = b0;
+}
+
+void tOnePole_setA1(tOnePole* const ft, float a1)
+{
+ _tOnePole* f = *ft;
+ if (a1 >= 1.0f) a1 = 0.999999f;
+ f->a1 = a1;
+}
+
+void tOnePole_setPole(tOnePole* const ft, float thePole)
+{
+ _tOnePole* f = *ft;
+
+ if (thePole >= 1.0f) thePole = 0.999999f;
+
+ // Normalize coefficients for peak unity gain.
+ if (thePole > 0.0f) f->b0 = (1.0f - thePole);
+ else f->b0 = (1.0f + thePole);
+
+ f->a1 = -thePole;
+}
+
+void tOnePole_setFreq (tOnePole* const ft, float freq)
+{
+ _tOnePole* f = *ft;
+ f->b0 = freq * leaf.twoPiTimesInvSampleRate;
+ f->b0 = LEAF_clip(0.0f, f->b0, 1.0f);
+ f->a1 = 1.0f - f->b0;
+}
+
+void tOnePole_setCoefficients(tOnePole* const ft, float b0, float a1)
+{
+ _tOnePole* f = *ft;
+ if (a1 >= 1.0f) a1 = 0.999999f;
+ f->b0 = b0;
+ f->a1 = a1;
+}
+
+void tOnePole_setGain(tOnePole* const ft, float gain)
+{
+ _tOnePole* f = *ft;
+ f->gain = gain;
+}
+
+float tOnePole_tick(tOnePole* const ft, float input)
+{
+ _tOnePole* f = *ft;
+
+ float in = input * f->gain;
+ float out = (f->b0 * in) + (f->a1 * f->lastOut);
+
+ f->lastIn = in;
+ f->lastOut = out;
+
+ return out;
+}
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ TwoPole Filter ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tTwoPole_init(tTwoPole* const ft)
+{
+ _tTwoPole* f = *ft = (_tTwoPole*) leaf_alloc(sizeof(_tTwoPole));
+
+ f->gain = 1.0f;
+ f->a0 = 1.0;
+ f->b0 = 1.0;
+
+ f->lastOut[0] = 0.0f;
+ f->lastOut[1] = 0.0f;
+}
+
+void tTwoPole_free(tTwoPole* const ft)
+{
+ _tTwoPole* f = *ft;
+
+ leaf_free((char*)f);
+}
+
+void tTwoPole_initToPool (tTwoPole* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTwoPole* f = *ft = (_tTwoPole*) mpool_alloc(sizeof(_tTwoPole), m);
+
+ f->gain = 1.0f;
+ f->a0 = 1.0;
+ f->b0 = 1.0;
+
+ f->lastOut[0] = 0.0f;
+ f->lastOut[1] = 0.0f;
+}
+
+void tTwoPole_freeFromPool (tTwoPole* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTwoPole* f = *ft;
+
+ mpool_free((char*)f, m);
+}
+
+float tTwoPole_tick(tTwoPole* const ft, float input)
+{
+ _tTwoPole* f = *ft;
+
+ float in = input * f->gain;
+ float out = (f->b0 * in) - (f->a1 * f->lastOut[0]) - (f->a2 * f->lastOut[1]);
+
+ f->lastOut[1] = f->lastOut[0];
+ f->lastOut[0] = out;
+
+ return out;
+}
+
+void tTwoPole_setB0(tTwoPole* const ft, float b0)
+{
+ _tTwoPole* f = *ft;
+ f->b0 = b0;
+}
+
+void tTwoPole_setA1(tTwoPole* const ft, float a1)
+{
+ _tTwoPole* f = *ft;
+ f->a1 = a1;
+}
+
+void tTwoPole_setA2(tTwoPole* const ft, float a2)
+{
+ _tTwoPole* f = *ft;
+ f->a2 = a2;
+}
+
+
+void tTwoPole_setResonance(tTwoPole* const ft, float frequency, float radius, oBool normalize)
+{
+ _tTwoPole* f = *ft;
+
+ if (frequency < 0.0f) frequency = 0.0f;
+ if (frequency > (leaf.sampleRate * 0.49f)) frequency = leaf.sampleRate * 0.49f;
+ if (radius < 0.0f) radius = 0.0f;
+ if (radius >= 1.0f) radius = 0.999999f;
+
+ f->radius = radius;
+ f->frequency = frequency;
+ f->normalize = normalize;
+
+ f->a2 = radius * radius;
+ f->a1 = -2.0f * radius * cosf(frequency * leaf.twoPiTimesInvSampleRate);
+
+ if ( normalize )
+ {
+ // Normalize the filter gain ... not terribly efficient.
+ float real = 1 - radius + (f->a2 - radius) * cosf(2 * frequency * leaf.twoPiTimesInvSampleRate);
+ float imag = (f->a2 - radius) * sinf(2 * frequency * leaf.twoPiTimesInvSampleRate);
+ f->b0 = sqrtf( powf(real, 2) + powf(imag, 2) );
+ }
+}
+
+void tTwoPole_setCoefficients(tTwoPole* const ft, float b0, float a1, float a2)
+{
+ _tTwoPole* f = *ft;
+ f->b0 = b0;
+ f->a1 = a1;
+ f->a2 = a2;
+}
+
+void tTwoPole_setGain(tTwoPole* const ft, float gain)
+{
+ _tTwoPole* f = *ft;
+ f->gain = gain;
+}
+
+void tTwoPoleSampleRateChanged (tTwoPole* const ft)
+{
+ _tTwoPole* f = *ft;
+
+ f->a2 = f->radius * f->radius;
+ f->a1 = -2.0f * f->radius * cosf(f->frequency * leaf.twoPiTimesInvSampleRate);
+
+ if ( f->normalize )
+ {
+ // Normalize the filter gain ... not terribly efficient.
+ float real = 1 - f->radius + (f->a2 - f->radius) * cosf(2 * f->frequency * leaf.twoPiTimesInvSampleRate);
+ float imag = (f->a2 - f->radius) * sinf(2 * f->frequency * leaf.twoPiTimesInvSampleRate);
+ f->b0 = sqrtf( powf(real, 2) + powf(imag, 2) );
+ }
+}
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ OneZero Filter ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tOneZero_init(tOneZero* const ft, float theZero)
+{
+ _tOneZero* f = *ft = (_tOneZero*) leaf_alloc(sizeof(_tOneZero));
+
+ f->gain = 1.0f;
+ f->lastIn = 0.0f;
+ f->lastOut = 0.0f;
+ tOneZero_setZero(ft, theZero);
+}
+
+void tOneZero_free(tOneZero* const ft)
+{
+ _tOneZero* f = *ft;
+
+ leaf_free((char*)f);
+}
+
+void tOneZero_initToPool (tOneZero* const ft, float theZero, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tOneZero* f = *ft = (_tOneZero*) mpool_alloc(sizeof(_tOneZero), m);
+
+ f->gain = 1.0f;
+ f->lastIn = 0.0f;
+ f->lastOut = 0.0f;
+ tOneZero_setZero(ft, theZero);
+}
+
+void tOneZero_freeFromPool (tOneZero* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tOneZero* f = *ft;
+
+ mpool_free((char*)f, m);
+}
+
+float tOneZero_tick(tOneZero* const ft, float input)
+{
+ _tOneZero* f = *ft;
+
+ float in = input * f->gain;
+ float out = f->b1 * f->lastIn + f->b0 * in;
+
+ f->lastIn = in;
+
+ return out;
+}
+
+void tOneZero_setZero(tOneZero* const ft, float theZero)
+{
+ _tOneZero* f = *ft;
+
+ if (theZero > 0.0f) f->b0 = 1.0f / (1.0f + theZero);
+ else f->b0 = 1.0f / (1.0f - theZero);
+
+ f->b1 = -theZero * f->b0;
+
+}
+
+void tOneZero_setB0(tOneZero* const ft, float b0)
+{
+ _tOneZero* f = *ft;
+
+ f->b0 = b0;
+}
+
+void tOneZero_setB1(tOneZero* const ft, float b1)
+{
+ _tOneZero* f = *ft;
+ f->b1 = b1;
+}
+
+void tOneZero_setCoefficients(tOneZero* const ft, float b0, float b1)
+{
+ _tOneZero* f = *ft;
+ f->b0 = b0;
+ f->b1 = b1;
+}
+
+void tOneZero_setGain(tOneZero *ft, float gain)
+{
+ _tOneZero* f = *ft;
+ f->gain = gain;
+}
+
+float tOneZero_getPhaseDelay(tOneZero* const ft, float frequency )
+{
+ _tOneZero* f = *ft;
+
+ if ( frequency <= 0.0f) frequency = 0.05f;
+
+ f->frequency = frequency;
+
+ float omegaT = 2 * PI * frequency * leaf.invSampleRate;
+ float real = 0.0, imag = 0.0;
+
+ real += f->b0;
+
+ real += f->b1 * cosf(omegaT);
+ imag -= f->b1 * sinf(omegaT);
+
+ real *= f->gain;
+ imag *= f->gain;
+
+ float phase = atan2f( imag, real );
+
+ real = 0.0; imag = 0.0;
+
+ phase -= atan2f( imag, real );
+
+ phase = fmodf( -phase, 2 * PI );
+
+ return phase / omegaT;
+}
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ TwoZero Filter ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tTwoZero_init(tTwoZero* const ft)
+{
+ _tTwoZero* f = *ft = (_tTwoZero*) leaf_alloc(sizeof(_tTwoZero));
+
+ f->gain = 1.0f;
+ f->lastIn[0] = 0.0f;
+ f->lastIn[1] = 0.0f;
+}
+
+void tTwoZero_free(tTwoZero* const ft)
+{
+ _tTwoZero* f = *ft;
+
+ leaf_free((char*)f);
+}
+
+void tTwoZero_initToPool (tTwoZero* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTwoZero* f = *ft = (_tTwoZero*) mpool_alloc(sizeof(_tTwoZero), m);
+
+ f->gain = 1.0f;
+ f->lastIn[0] = 0.0f;
+ f->lastIn[1] = 0.0f;
+}
+
+void tTwoZero_freeFromPool (tTwoZero* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTwoZero* f = *ft;
+
+ mpool_free((char*)f, m);
+}
+
+float tTwoZero_tick(tTwoZero* const ft, float input)
+{
+ _tTwoZero* f = *ft;
+
+ float in = input * f->gain;
+ float out = f->b2 * f->lastIn[1] + f->b1 * f->lastIn[0] + f->b0 * in;
+
+ f->lastIn[1] = f->lastIn[0];
+ f->lastIn[0] = in;
+
+ return out;
+}
+
+void tTwoZero_setNotch(tTwoZero* const ft, float freq, float radius)
+{
+ _tTwoZero* f = *ft;
+
+ // Should also deal with frequency being > half sample rate / nyquist. See STK
+ if (freq < 0.0f) freq = 0.0f;
+ if (radius < 0.0f) radius = 0.0f;
+
+ f->frequency = freq;
+ f->radius = radius;
+
+ f->b2 = radius * radius;
+ f->b1 = -2.0f * radius * cosf(freq * leaf.twoPiTimesInvSampleRate); // OPTIMIZE with LOOKUP or APPROXIMATION
+
+ // Normalize the filter gain. From STK.
+ if ( f->b1 > 0.0f ) // Maximum at z = 0.
+ f->b0 = 1.0f / ( 1.0f + f->b1 + f->b2 );
+ else // Maximum at z = -1.
+ f->b0 = 1.0f / ( 1.0f - f->b1 + f->b2 );
+ f->b1 *= f->b0;
+ f->b2 *= f->b0;
+
+}
+
+void tTwoZero_setB0(tTwoZero* const ft, float b0)
+{
+ _tTwoZero* f = *ft;
+ f->b0 = b0;
+}
+
+void tTwoZero_setB1(tTwoZero* const ft, float b1)
+{
+ _tTwoZero* f = *ft;
+ f->b1 = b1;
+}
+
+void tTwoZero_setCoefficients(tTwoZero* const ft, float b0, float b1, float b2)
+{
+ _tTwoZero* f = *ft;
+ f->b0 = b0;
+ f->b1 = b1;
+ f->b2 = b2;
+}
+
+void tTwoZero_setGain(tTwoZero* const ft, float gain)
+{
+ _tTwoZero* f = *ft;
+ f->gain = gain;
+}
+
+void tTwoZeroSampleRateChanged(tTwoZero* const ft)
+{
+ _tTwoZero* f = *ft;
+
+ tTwoZero_setNotch(ft, f->frequency, f->radius);
+}
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ PoleZero Filter ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tPoleZero_init(tPoleZero* const pzf)
+{
+ _tPoleZero* f = *pzf = (_tPoleZero*) leaf_alloc(sizeof(_tPoleZero));
+
+ f->gain = 1.0f;
+ f->b0 = 1.0;
+ f->a0 = 1.0;
+
+ f->lastIn = 0.0f;
+ f->lastOut = 0.0f;
+}
+
+void tPoleZero_free(tPoleZero* const pzf)
+{
+ _tPoleZero* f = *pzf;
+
+ leaf_free((char*)f);
+}
+
+void tPoleZero_initToPool (tPoleZero* const pzf, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPoleZero* f = *pzf = (_tPoleZero*) mpool_alloc(sizeof(_tPoleZero), m);
+
+ f->gain = 1.0f;
+ f->b0 = 1.0;
+ f->a0 = 1.0;
+
+ f->lastIn = 0.0f;
+ f->lastOut = 0.0f;
+}
+
+void tPoleZero_freeFromPool (tPoleZero* const pzf, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPoleZero* f = *pzf;
+
+ mpool_free((char*)f, m);
+}
+
+void tPoleZero_setB0(tPoleZero* const pzf, float b0)
+{
+ _tPoleZero* f = *pzf;
+ f->b0 = b0;
+}
+
+void tPoleZero_setB1(tPoleZero* const pzf, float b1)
+{
+ _tPoleZero* f = *pzf;
+ f->b1 = b1;
+}
+
+void tPoleZero_setA1(tPoleZero* const pzf, float a1)
+{
+ _tPoleZero* f = *pzf;
+
+ if (a1 >= 1.0f) // a1 should be less than 1.0
+ {
+ a1 = 0.999999f;
+ }
+
+ f->a1 = a1;
+}
+
+void tPoleZero_setCoefficients(tPoleZero* const pzf, float b0, float b1, float a1)
+{
+ _tPoleZero* f = *pzf;
+
+ if (a1 >= 1.0f) // a1 should be less than 1.0
+ {
+ a1 = 0.999999f;
+ }
+
+ f->b0 = b0;
+ f->b1 = b1;
+ f->a1 = a1;
+}
+
+void tPoleZero_setAllpass(tPoleZero* const pzf, float coeff)
+{
+ _tPoleZero* f = *pzf;
+
+ if (coeff >= 1.0f) // allpass coefficient >= 1.0 makes filter unstable
+ {
+ coeff = 0.999999f;
+ }
+
+ f->b0 = coeff;
+ f->b1 = 1.0f;
+ f->a0 = 1.0f;
+ f->a1 = coeff;
+}
+
+void tPoleZero_setBlockZero(tPoleZero* const pzf, float thePole)
+{
+ _tPoleZero* f = *pzf;
+
+ if (thePole >= 1.0f) // allpass coefficient >= 1.0 makes filter unstable
+ {
+ thePole = 0.999999f;
+ }
+
+ f->b0 = 1.0f;
+ f->b1 = -1.0f;
+ f->a0 = 1.0f;
+ f->a1 = -thePole;
+}
+
+void tPoleZero_setGain(tPoleZero* const pzf, float gain)
+{
+ _tPoleZero* f = *pzf;
+ f->gain = gain;
+}
+
+float tPoleZero_tick(tPoleZero* const pzf, float input)
+{
+ _tPoleZero* f = *pzf;
+
+ float in = input * f->gain;
+ float out = (f->b0 * in) + (f->b1 * f->lastIn) - (f->a1 * f->lastOut);
+
+ f->lastIn = in;
+ f->lastOut = out;
+
+ return out;
+}
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ BiQuad Filter ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tBiQuad_init(tBiQuad* const ft)
+{
+ _tBiQuad* f = *ft = (_tBiQuad*) leaf_alloc(sizeof(_tBiQuad));
+
+ f->gain = 1.0f;
+
+ f->b0 = 0.0f;
+ f->a0 = 0.0f;
+
+ f->lastIn[0] = 0.0f;
+ f->lastIn[1] = 0.0f;
+ f->lastOut[0] = 0.0f;
+ f->lastOut[1] = 0.0f;
+}
+
+void tBiQuad_free(tBiQuad* const ft)
+{
+ _tBiQuad* f = *ft;
+
+ leaf_free((char*)f);
+}
+
+void tBiQuad_initToPool (tBiQuad* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tBiQuad* f = *ft = (_tBiQuad*) mpool_alloc(sizeof(_tBiQuad), m);
+
+ f->gain = 1.0f;
+
+ f->b0 = 0.0f;
+ f->a0 = 0.0f;
+
+ f->lastIn[0] = 0.0f;
+ f->lastIn[1] = 0.0f;
+ f->lastOut[0] = 0.0f;
+ f->lastOut[1] = 0.0f;
+}
+
+void tBiQuad_freeFromPool (tBiQuad* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tBiQuad* f = *ft;
+
+ mpool_free((char*)f, m);
+}
+
+float tBiQuad_tick(tBiQuad* const ft, float input)
+{
+ _tBiQuad* f = *ft;
+
+ float in = input * f->gain;
+ float out = f->b0 * in + f->b1 * f->lastIn[0] + f->b2 * f->lastIn[1];
+ out -= f->a2 * f->lastOut[1] + f->a1 * f->lastOut[0];
+
+ f->lastIn[1] = f->lastIn[0];
+ f->lastIn[0] = in;
+
+ f->lastOut[1] = f->lastOut[0];
+ f->lastOut[0] = out;
+
+ return out;
+}
+
+void tBiQuad_setResonance(tBiQuad* const ft, float freq, float radius, oBool normalize)
+{
+ _tBiQuad* f = *ft;
+
+ if (freq < 0.0f) freq = 0.0f;
+ if (freq > (leaf.sampleRate * 0.49f)) freq = leaf.sampleRate * 0.49f;
+ if (radius < 0.0f) radius = 0.0f;
+ if (radius >= 1.0f) radius = 1.0f;
+
+ f->frequency = freq;
+ f->radius = radius;
+ f->normalize = normalize;
+
+ f->a2 = radius * radius;
+ f->a1 = -2.0f * radius * cosf(freq * leaf.twoPiTimesInvSampleRate);
+
+ if (normalize)
+ {
+ f->b0 = 0.5f - 0.5f * f->a2;
+ f->b1 = 0.0f;
+ f->b2 = -f->b0;
+ }
+}
+
+void tBiQuad_setNotch(tBiQuad* const ft, float freq, float radius)
+{
+ _tBiQuad* f = *ft;
+
+ if (freq < 0.0f) freq = 0.0f;
+ if (freq > (leaf.sampleRate * 0.49f)) freq = leaf.sampleRate * 0.49f;
+ if (radius < 0.0f) radius = 0.0f;
+
+ f->b2 = radius * radius;
+ f->b1 = -2.0f * radius * cosf(freq * leaf.twoPiTimesInvSampleRate); // OPTIMIZE with LOOKUP or APPROXIMATION
+
+ // Does not attempt to normalize filter gain.
+}
+
+void tBiQuad_setEqualGainZeros(tBiQuad* const ft)
+{
+ _tBiQuad* f = *ft;
+ f->b0 = 1.0f;
+ f->b1 = 0.0f;
+ f->b2 = -1.0f;
+}
+
+void tBiQuad_setB0(tBiQuad* const ft, float b0)
+{
+ _tBiQuad* f = *ft;
+ f->b0 = b0;
+}
+
+void tBiQuad_setB1(tBiQuad* const ft, float b1)
+{
+ _tBiQuad* f = *ft;
+ f->b1 = b1;
+}
+
+void tBiQuad_setB2(tBiQuad* const ft, float b2)
+{
+ _tBiQuad* f = *ft;
+ f->b2 = b2;
+}
+
+void tBiQuad_setA1(tBiQuad* const ft, float a1)
+{
+ _tBiQuad* f = *ft;
+ f->a1 = a1;
+}
+
+void tBiQuad_setA2(tBiQuad* const ft, float a2)
+{
+ _tBiQuad* f = *ft;
+ f->a2 = a2;
+}
+
+void tBiQuad_setCoefficients(tBiQuad* const ft, float b0, float b1, float b2, float a1, float a2)
+{
+ _tBiQuad* f = *ft;
+ f->b0 = b0;
+ f->b1 = b1;
+ f->b2 = b2;
+ f->a1 = a1;
+ f->a2 = a2;
+}
+
+void tBiQuad_setGain(tBiQuad* const ft, float gain)
+{
+ _tBiQuad* f = *ft;
+ f->gain = gain;
+}
+
+void tBiQuadSampleRateChanged(tBiQuad* const ft)
+{
+ _tBiQuad* f = *ft;
+ f->a2 = f->radius * f->radius;
+ f->a1 = -2.0f * f->radius * cosf(f->frequency * leaf.twoPiTimesInvSampleRate);
+
+ if (f->normalize)
+ {
+ f->b0 = 0.5f - 0.5f * f->a2;
+ f->b1 = 0.0f;
+ f->b2 = -f->b0;
+ }
+}
+
+// Less efficient, more accurate version of SVF, in which cutoff frequency is taken as floating point Hz value and tanf
+// is calculated when frequency changes.
+void tSVF_init(tSVF* const svff, SVFType type, float freq, float Q)
+{
+ tSVF_initToPool (svff, type, freq, Q, &leaf.mempool);
+
+ // or maybe this?
+ /*
+ * hp=1 bp=A/Q (where A is 10^(G/40) and G is gain in decibels) and lp = 1
+ */
+
+}
+
+void tSVF_free(tSVF* const svff)
+{
+ tSVF_freeFromPool (svff, &leaf.mempool);
+}
+
+void tSVF_initToPool (tSVF* const svff, SVFType type, float freq, float Q, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSVF* svf = *svff = (_tSVF*) mpool_alloc(sizeof(_tSVF), m);
+
+ svf->type = type;
+
+ svf->ic1eq = 0;
+ svf->ic2eq = 0;
+ svf->Q = Q;
+ svf->cutoff = freq;
+ svf->g = tanf(PI * freq * leaf.invSampleRate);
+ svf->k = 1.0f/Q;
+ svf->a1 = 1.0f/(1.0f + svf->g * (svf->g + svf->k));
+ svf->a2 = svf->g*svf->a1;
+ svf->a3 = svf->g*svf->a2;
+ svf->cH = 0.0f;
+ svf->cB = 0.0f;
+ svf->cL = 1.0f;
+
+ if (type == SVFTypeLowpass)
+ {
+ svf->cH = 0.0f;
+ svf->cB = 0.0f;
+ svf->cBK = 0.0f;
+ svf->cL = 1.0f;
+ }
+ else if (type == SVFTypeBandpass)
+ {
+ svf->cH = 0.0f;
+ svf->cB = 1.0f;
+ svf->cBK = 0.0f;
+ svf->cL = 0.0f;
+ }
+
+ else if (type == SVFTypeHighpass)
+ {
+ svf->cH = 1.0f;
+ svf->cB = 0.0f;
+ svf->cBK = -1.0f;
+ svf->cL = -1.0f;
+ }
+
+ else if (type == SVFTypeNotch)
+ {
+ svf->cH = 1.0f;
+ svf->cB = 0.0f;
+ svf->cBK = -1.0f;
+ svf->cL = 0.0f;
+ }
+
+
+ else if (type == SVFTypePeak)
+ {
+ svf->cH = 1.0f;
+ svf->cB = 0.0f;
+ svf->cBK = -1.0f;
+ svf->cL = -2.0f;
+ }
+}
+
+void tSVF_freeFromPool (tSVF* const svff, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSVF* svf = *svff;
+
+ mpool_free((char*)svf, m);
+}
+
+float tSVF_tick(tSVF* const svff, float v0)
+{
+ _tSVF* svf = *svff;
+
+ float v1,v2,v3;
+ v3 = v0 - svf->ic2eq;
+ v1 = (svf->a1 * svf->ic1eq) + (svf->a2 * v3);
+ v2 = svf->ic2eq + (svf->a2 * svf->ic1eq) + (svf->a3 * v3);
+ svf->ic1eq = (2.0f * v1) - svf->ic1eq;
+ svf->ic2eq = (2.0f * v2) - svf->ic2eq;
+
+ return (v0 * svf->cH) + (v1 * svf->cB) + (svf->k * v1 * svf->cBK) + (v2 * svf->cL);
+}
+
+void tSVF_setFreq(tSVF* const svff, float freq)
+{
+ _tSVF* svf = *svff;
+ svf->cutoff = freq;
+ svf->g = tanf(PI * freq * leaf.invSampleRate);
+ svf->a1 = 1.0f/(1.0f + svf->g * (svf->g + svf->k));
+ svf->a2 = svf->g * svf->a1;
+ svf->a3 = svf->g * svf->a2;
+}
+
+void tSVF_setQ(tSVF* const svff, float Q)
+{
+ _tSVF* svf = *svff;
+ svf->Q = Q;
+ svf->k = 1.0f/Q;
+
+ svf->a1 = 1.0f/(1.0f + svf->g * (svf->g + svf->k));
+ svf->a2 = svf->g * svf->a1;
+ svf->a3 = svf->g * svf->a2;
+}
+
+void tSVF_setFreqAndQ(tSVF* const svff, float freq, float Q)
+{
+ _tSVF* svf = *svff;
+ svf->k = 1.0f/Q;
+ svf->g = tanf(PI * freq * leaf.invSampleRate);
+ svf->a1 = 1.0f/(1.0f + svf->g * (svf->g + svf->k));
+ svf->a2 = svf->g * svf->a1;
+ svf->a3 = svf->g * svf->a2;
+}
+
+// Efficient version of tSVF where frequency is set based on 12-bit integer input for lookup in tanh wavetable.
+void tEfficientSVF_init(tEfficientSVF* const svff, SVFType type, uint16_t input, float Q)
+{
+ _tEfficientSVF* svf = *svff = (_tEfficientSVF*) leaf_alloc(sizeof(_tEfficientSVF));
+
+ svf->type = type;
+
+ svf->ic1eq = 0;
+ svf->ic2eq = 0;
+
+ svf->g = __leaf_table_filtertan[input];
+ svf->k = 1.0f/Q;
+ svf->a1 = 1.0f/(1.0f+svf->g*(svf->g+svf->k));
+ svf->a2 = svf->g*svf->a1;
+ svf->a3 = svf->g*svf->a2;
+}
+
+void tEfficientSVF_free(tEfficientSVF* const svff)
+{
+ _tEfficientSVF* svf = *svff;
+
+ leaf_free((char*)svf);
+}
+
+void tEfficientSVF_initToPool (tEfficientSVF* const svff, SVFType type, uint16_t input, float Q, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tEfficientSVF* svf = *svff = (_tEfficientSVF*) mpool_alloc(sizeof(_tEfficientSVF), m);
+
+ svf->type = type;
+
+ svf->ic1eq = 0;
+ svf->ic2eq = 0;
+
+ svf->g = __leaf_table_filtertan[input];
+ svf->k = 1.0f/Q;
+ svf->a1 = 1.0f/(1.0f+svf->g*(svf->g+svf->k));
+ svf->a2 = svf->g*svf->a1;
+ svf->a3 = svf->g*svf->a2;
+}
+
+void tEfficientSVF_freeFromPool (tEfficientSVF* const svff, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tEfficientSVF* svf = *svff;
+
+ mpool_free((char*)svf, m);
+}
+
+float tEfficientSVF_tick(tEfficientSVF* const svff, float v0)
+{
+ _tEfficientSVF* svf = *svff;
+
+ float v1,v2,v3;
+ v3 = v0 - svf->ic2eq;
+ v1 = (svf->a1 * svf->ic1eq) + (svf->a2 * v3);
+ v2 = svf->ic2eq + (svf->a2 * svf->ic1eq) + (svf->a3 * v3);
+ svf->ic1eq = (2.0f * v1) - svf->ic1eq;
+ svf->ic2eq = (2.0f * v2) - svf->ic2eq;
+
+ if (svf->type == SVFTypeLowpass) return v2;
+ else if (svf->type == SVFTypeBandpass) return v1;
+ else if (svf->type == SVFTypeHighpass) return v0 - (svf->k * v1) - v2;
+ else if (svf->type == SVFTypeNotch) return v0 - (svf->k * v1);
+ else if (svf->type == SVFTypePeak) return v0 - (svf->k * v1) - (2.0f * v2);
+ else return 0.0f;
+
+}
+
+void tEfficientSVF_setFreq(tEfficientSVF* const svff, uint16_t input)
+{
+ _tEfficientSVF* svf = *svff;
+
+ svf->g = __leaf_table_filtertan[input];
+ svf->a1 = 1.0f/(1.0f + svf->g * (svf->g + svf->k));
+ svf->a2 = svf->g * svf->a1;
+ svf->a3 = svf->g * svf->a2;
+}
+
+void tEfficientSVF_setQ(tEfficientSVF* const svff, float Q)
+{
+ _tEfficientSVF* svf = *svff;
+
+ svf->k = 1.0f/Q;
+ svf->a1 = 1.0f/(1.0f + svf->g * (svf->g + svf->k));
+ svf->a2 = svf->g * svf->a1;
+ svf->a3 = svf->g * svf->a2;
+}
+
+/* Highpass */
+void tHighpass_init(tHighpass* const ft, float freq)
+{
+ _tHighpass* f = *ft = (_tHighpass*) leaf_alloc(sizeof(_tHighpass));
+
+ f->R = (1.0f - (freq * leaf.twoPiTimesInvSampleRate));
+ f->ys = 0.0f;
+ f->xs = 0.0f;
+
+ f->frequency = freq;
+}
+
+void tHighpass_free(tHighpass* const ft)
+{
+ _tHighpass* f = *ft;
+
+ leaf_free((char*)f);
+}
+
+void tHighpass_initToPool (tHighpass* const ft, float freq, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tHighpass* f = *ft = (_tHighpass*) mpool_calloc(sizeof(_tHighpass), m);
+
+ f->R = (1.0f - (freq * leaf.twoPiTimesInvSampleRate));
+ f->ys = 0.0f;
+ f->xs = 0.0f;
+
+ f->frequency = freq;
+}
+
+void tHighpass_freeFromPool (tHighpass* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tHighpass* f = *ft;
+
+ mpool_free((char*)f, m);
+}
+
+void tHighpass_setFreq(tHighpass* const ft, float freq)
+{
+ _tHighpass* f = *ft;
+ f->frequency = freq;
+ f->R = (1.0f - (freq * leaf.twoPiTimesInvSampleRate));
+
+}
+
+float tHighpass_getFreq(tHighpass* const ft)
+{
+ _tHighpass* f = *ft;
+ return f->frequency;
+}
+
+// From JOS DC Blocker
+float tHighpass_tick(tHighpass* const ft, float x)
+{
+ _tHighpass* f = *ft;
+ f->ys = x - f->xs + f->R * f->ys;
+ f->xs = x;
+ return f->ys;
+}
+
+void tHighpassSampleRateChanged(tHighpass* const ft)
+{
+ _tHighpass* f = *ft;
+ f->R = (1.0f-((f->frequency * 2.0f * 3.14f) * leaf.invSampleRate));
+}
+
+void tButterworth_init(tButterworth* const ft, int N, float f1, float f2)
+{
+ _tButterworth* f = *ft = (_tButterworth*) leaf_alloc(sizeof(_tButterworth));
+
+ f->f1 = f1;
+ f->f2 = f2;
+ f->gain = 1.0f;
+
+ f->N = N;
+
+ if (f->N > NUM_SVF_BW) f->N = NUM_SVF_BW;
+
+ for(int i = 0; i < N/2; ++i)
+ {
+ tSVF_init(&f->low[i], SVFTypeHighpass, f1, 0.5f/cosf((1.0f+2.0f*i)*PI/(2*N)));
+ tSVF_init(&f->high[i], SVFTypeLowpass, f2, 0.5f/cosf((1.0f+2.0f*i)*PI/(2*N)));
+ }
+}
+
+void tButterworth_free(tButterworth* const ft)
+{
+ _tButterworth* f = *ft;
+
+ for(int i = 0; i < f->N/2; ++i)
+ {
+ tSVF_free(&f->low[i]);
+ tSVF_free(&f->high[i]);
+ }
+
+ leaf_free((char*)f);
+}
+
+void tButterworth_initToPool (tButterworth* const ft, int N, float f1, float f2, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tButterworth* f = *ft = (_tButterworth*) mpool_alloc(sizeof(_tButterworth), m);
+
+ f->f1 = f1;
+ f->f2 = f2;
+ f->gain = 1.0f;
+
+ f->N = N;
+
+ if (f->N > NUM_SVF_BW) f->N = NUM_SVF_BW;
+
+ for(int i = 0; i < N/2; ++i)
+ {
+ tSVF_initToPool(&f->low[i], SVFTypeHighpass, f1, 0.5f/cosf((1.0f+2.0f*i)*PI/(2*N)), mp);
+ tSVF_initToPool(&f->high[i], SVFTypeLowpass, f2, 0.5f/cosf((1.0f+2.0f*i)*PI/(2*N)), mp);
+ }
+}
+
+void tButterworth_freeFromPool (tButterworth* const ft, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tButterworth* f = *ft;
+
+ for(int i = 0; i < f->N/2; ++i)
+ {
+ tSVF_freeFromPool(&f->low[i], mp);
+ tSVF_freeFromPool(&f->high[i], mp);
+ }
+
+ mpool_free((char*)f, m);
+}
+
+float tButterworth_tick(tButterworth* const ft, float samp)
+{
+ _tButterworth* f = *ft;
+
+ for(int i = 0; i < ((f->N)/2); ++i)
+ {
+ samp = tSVF_tick(&f->low[i],samp);
+ samp = tSVF_tick(&f->high[i],samp);
+ }
+ return samp;
+}
+
+void tButterworth_setF1(tButterworth* const ft, float f1)
+{
+ _tButterworth* f = *ft;
+
+ f->f1 = f1;
+ for(int i = 0; i < ((f->N)/2); ++i) tSVF_setFreq(&f->low[i], f1);
+}
+
+void tButterworth_setF2(tButterworth* const ft, float f2)
+{
+ _tButterworth* f = *ft;
+
+ f->f2 = f2;
+ for(int i = 0; i < ((f->N)/2); ++i) tSVF_setFreq(&f->high[i], f2);
+}
+
+void tButterworth_setFreqs(tButterworth* const ft, float f1, float f2)
+{
+ _tButterworth* f = *ft;
+
+ f->f1 = f1;
+ f->f2 = f2;
+ for(int i = 0; i < ((f->N)/2); ++i)
+ {
+ tSVF_setFreq(&f->low[i], f1);
+ tSVF_setFreq(&f->high[i], f2);
+ }
+}
+
+void tFIR_init(tFIR* const firf, float* coeffs, int numTaps)
+{
+ _tFIR* fir = *firf = (_tFIR*) leaf_alloc(sizeof(_tFIR));
+
+ fir->numTaps = numTaps;
+ fir->coeff = coeffs;
+ fir->past = (float*)leaf_alloc(sizeof(float) * fir->numTaps);
+ for (int i = 0; i < fir->numTaps; ++i) fir->past[i] = 0.0f;
+}
+
+void tFIR_free(tFIR* const firf)
+{
+ _tFIR* fir = *firf;
+
+ leaf_free((char*)fir->past);
+ leaf_free((char*)fir);
+}
+
+void tFIR_initToPool (tFIR* const firf, float* coeffs, int numTaps, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tFIR* fir = *firf = (_tFIR*) mpool_alloc(sizeof(_tFIR), m);
+
+ fir->numTaps = numTaps;
+ fir->coeff = coeffs;
+ fir->past = (float*) mpool_alloc(sizeof(float) * fir->numTaps, m);
+ for (int i = 0; i < fir->numTaps; ++i) fir->past[i] = 0.0f;
+}
+
+void tFIR_freeFromPool (tFIR* const firf, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tFIR* fir = *firf;
+
+ mpool_free((char*)fir->past, m);
+ mpool_free((char*)fir, m);
+}
+
+float tFIR_tick(tFIR* const firf, float input)
+{
+ _tFIR* fir = *firf;
+
+ fir->past[0] = input;
+ float y = 0.0f;
+ for (int i = 0; i < fir->numTaps; ++i) y += fir->past[i]*fir->coeff[i];
+ for (int i = fir->numTaps-1; i > 0; --i) fir->past[i] = fir->past[i-1];
+ return y;
+}
+
+//---------------------------------------------
+////
+/// Median filter implemented based on James McCartney's median filter in Supercollider,
+/// translated from a Gen~ port of the Supercollider code that I believe was made by Rodrigo Costanzo and which I got from PA Tremblay - JS
+
+
+void tMedianFilter_init (tMedianFilter* const f, int size)
+{
+ tMedianFilter_initToPool(f, size, &leaf.mempool);
+}
+void tMedianFilter_free (tMedianFilter* const f)
+{
+ tMedianFilter_freeFromPool(f, &leaf.mempool);
+}
+void tMedianFilter_initToPool (tMedianFilter* const mf, int size, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMedianFilter* f = *mf = (_tMedianFilter*) mpool_alloc(sizeof(_tMedianFilter), m);
+
+ f->size = size;
+ f->middlePosition = size / 2;
+ f->last = size - 1;
+ f->pos = -1;
+ f->val = (float*) mpool_alloc(sizeof(float) * size, m);
+ f->age = (int*) mpool_alloc(sizeof(int) * size, m);
+ for (int i = 0; i < f->size; ++i)
+ {
+ f->val[i] = 0.0f;
+ f->age[i] = i;
+ }
+
+}
+void tMedianFilter_freeFromPool (tMedianFilter* const mf, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMedianFilter* f = *mf;
+
+ mpool_free((char*)f->val, m);
+ mpool_free((char*)f->age, m);
+ mpool_free((char*)f, m);
+}
+
+float tMedianFilter_tick (tMedianFilter* const mf, float input)
+{
+ _tMedianFilter* f = *mf;
+
+ for(int i=0; i<f->size; i++) {
+ int thisAge = f->age[i];
+ if(thisAge == f->last) {
+ f->pos = i;
+ }
+ else {
+ thisAge++;
+ f->age[i] = thisAge;
+ }
+ }
+
+ while( f->pos!=0 ) {
+ float test = f->val[f->pos-1];
+ if(input < test) {
+ f->val[f->pos]=test;
+ f->age[f->pos]=f->age[f->pos-1];
+ f->pos -= 1;
+ } else {break;}
+ }
+
+ while(f->pos != f->last) {
+ float test = f->val[f->pos+1];
+ if( input > test) {
+ f->val[f->pos] = test;
+ f->age[f->pos] = f->age[f->pos+1];
+ f->pos += 1;
+ } else {break;}
+ }
+
+ f->val[f->pos] = input;
+ f->age[f->pos] = 0;
+
+ return f->val[f->middlePosition];
+}
+
+/////
+
+void tVZFilter_init (tVZFilter* const vf, VZFilterType type, float freq, float bandWidth)
+{
+ tVZFilter_initToPool(vf, type, freq, bandWidth, &leaf.mempool);
+}
+
+void tVZFilter_free (tVZFilter* const vf)
+{
+ tVZFilter_freeFromPool(vf, &leaf.mempool);
+}
+void tVZFilter_initToPool (tVZFilter* const vf, VZFilterType type, float freq, float bandWidth, tMempool* const mp)
+{
+
+ _tMempool* m = *mp;
+ _tVZFilter* f = *vf = (_tVZFilter*) mpool_alloc(sizeof(_tVZFilter), m);
+ f->fc = freq;
+ f->type = type;
+ f->G = ONE_OVER_SQRT2;
+ f->invG = 1.0f/ONE_OVER_SQRT2;
+ f->B = bandWidth;
+ f->m = 0.0f;
+ f->s1 = 0.0f;
+ f->s2 = 0.0f;
+ f->sr = leaf.sampleRate;
+ f->inv_sr = leaf.invSampleRate;
+ tVZFilter_calcCoeffs(vf);
+
+
+}
+void tVZFilter_freeFromPool (tVZFilter* const vf, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tVZFilter* f = *vf = (_tVZFilter*) mpool_alloc(sizeof(_tVZFilter), m);
+ mpool_free((char*)f, m);
+}
+
+void tVZFilter_setSampleRate (tVZFilter* const vf, float sampleRate)
+{
+ _tVZFilter* f = *vf;
+ f->sr = sampleRate;
+ f->inv_sr = 1.0f/sampleRate;
+}
+
+float tVZFilter_tick (tVZFilter* const vf, float in)
+{
+ _tVZFilter* f = *vf;
+
+ float yL, yB, yH;
+
+ // compute highpass output via Eq. 5.1:
+ yH = (in - f->R2*f->s1 - f->g*f->s1 - f->s2) * f->h;
+
+ // compute bandpass output by applying 1st integrator to highpass output:
+ yB = tanhf(f->g*yH) + f->s1;
+ f->s1 = f->g*yH + yB; // state update in 1st integrator
+
+ // compute lowpass output by applying 2nd integrator to bandpass output:
+ yL = tanhf(f->g*yB) + f->s2;
+ f->s2 = f->g*yB + yL; // state update in 2nd integrator
+
+ //according to the Vadim paper, we could add saturation to this model by adding a tanh in the integration stage.
+ //
+ //seems like that might look like this:
+ // y = tanh(g*x) + s; // output computation
+ // s = g*x + y; // state update
+
+ //instead of this:
+ // y = g*x + s; // output computation
+ // s = g*x + y; // state update
+
+ return f->cL*yL + f->cB*yB + f->cH*yH;
+
+}
+
+float tVZFilter_tickEfficient (tVZFilter* const vf, float in)
+{
+ _tVZFilter* f = *vf;
+
+ float yL, yB, yH;
+
+ // compute highpass output via Eq. 5.1:
+ yH = (in - f->R2*f->s1 - f->g*f->s1 - f->s2) * f->h;
+
+ // compute bandpass output by applying 1st integrator to highpass output:
+ yB = (f->g*yH) + f->s1;
+ f->s1 = f->g*yH + yB; // state update in 1st integrator
+
+ // compute lowpass output by applying 2nd integrator to bandpass output:
+ yL = (f->g*yB) + f->s2;
+ f->s2 = f->g*yB + yL; // state update in 2nd integrator
+
+ //according to the Vadim paper, we could add saturation to this model by adding a tanh in the integration stage.
+ //
+ //seems like that might look like this:
+ // y = tanh(g*x) + s; // output computation
+ // s = g*x + y; // state update
+
+ //instead of this:
+ // y = g*x + s; // output computation
+ // s = g*x + y; // state update
+
+ return f->cL*yL + f->cB*yB + f->cH*yH;
+
+}
+
+float tVZFilter_tickEfficientBP (tVZFilter* const vf, float in)
+{
+ _tVZFilter* f = *vf;
+
+ float yL, yB, yH;
+
+ // compute highpass output via Eq. 5.1:
+ yH = (in - f->R2*f->s1 - f->g*f->s1 - f->s2) * f->h;
+
+ // compute bandpass output by applying 1st integrator to highpass output:
+ yB = (f->g*yH) + f->s1;
+ f->s1 = f->g*yH + yB; // state update in 1st integrator
+
+ // compute lowpass output by applying 2nd integrator to bandpass output:
+ yL = (f->g*yB) + f->s2;
+ f->s2 = f->g*yB + yL; // state update in 2nd integrator
+
+ //according to the Vadim paper, we could add saturation to this model by adding a tanh in the integration stage.
+ //
+ //seems like that might look like this:
+ // y = tanh(g*x) + s; // output computation
+ // s = g*x + y; // state update
+
+ //instead of this:
+ // y = g*x + s; // output computation
+ // s = g*x + y; // state update
+
+ return f->cL*yL + f->cB*yB + f->cH*yH;
+
+}
+
+
+void tVZFilter_calcCoeffs (tVZFilter* const vf)
+{
+
+ _tVZFilter* f = *vf;
+ f->g = tanf(PI * f->fc * f->inv_sr); // embedded integrator gain (Fig 3.11)
+
+ switch( f->type )
+ {
+ case Bypass:
+ {
+ f->R2 = f->invG; // can we use an arbitrary value here, for example R2 = 1?
+ f->cL = 1.0f;
+ f->cB = f->R2;
+ f->cH = 1.0f;
+ }
+ break;
+ case Lowpass:
+ {
+ f->R2 = f->invG;
+ f->cL = 1.0f; f->cB = 0.0f; f->cH = 0.0f;
+ }
+ break;
+ case Highpass:
+ {
+ f->R2 = f->invG;
+ f->cL = 0.0f; f->cB = 0.0f; f->cH = 1.0f;
+ }
+ break;
+ case BandpassSkirt:
+ {
+ f->R2 = f->invG;
+ f->cL = 0.0f; f->cB = 1.0f; f->cH = 0.0f;
+ }
+ break;
+ case BandpassPeak:
+ {
+ f->R2 = 2.0f*tVZFilter_BandwidthToR(vf, f->B);
+ f->cL = 0.0f; f->cB = f->R2; f->cH = 0.0f;
+ }
+ break;
+ case BandReject:
+ {
+ f->R2 = 2.0f*tVZFilter_BandwidthToR(vf, f->B);
+ f->cL = 1.0f; f->cB = 0.0f; f->cH = 1.0f;
+ }
+ break;
+ case Bell:
+ {
+ float fl = f->fc*powf(2.0f, (-f->B)*0.5f); // lower bandedge frequency (in Hz)
+ float wl = tanf(PI*fl*f->inv_sr); // warped radian lower bandedge frequency /(2*fs)
+ float r = f->g/wl;
+ r *= r; // warped frequency ratio wu/wl == (wc/wl)^2 where wu is the
+ // warped upper bandedge, wc the center
+ f->R2 = 2.0f*sqrtf(((r*r+1.0f)/r-2.0f)/(4.0f*f->G));
+ f->cL = 1.0f; f->cB = f->R2*f->G; f->cH = 1.0f;
+ }
+ break;
+ case Lowshelf:
+ {
+ float A = sqrtf(f->G);
+ f->g /= sqrtf(A); // scale SVF-cutoff frequency for shelvers
+ f->R2 = 2*sinhf(f->B*logf(2.0f)*0.5f);
+ f->cL = f->G; f->cB = f->R2*A; f->cH = 1.0f;
+ }
+ break;
+ case Highshelf:
+ {
+ float A = sqrtf(f->G);
+ f->g *= sqrtf(A); // scale SVF-cutoff frequency for shelvers
+ f->R2 = 2.0f*sinhf(f->B*logf(2.0f)*0.5f);
+ f->cL = 1.0f; f->cB = f->R2*A; f->cH = f->G;
+ }
+ break;
+ case Allpass:
+ {
+ f->R2 = 2.0f*tVZFilter_BandwidthToR(vf, f->B);
+ f->cL = 1.0f; f->cB = -f->R2; f->cH = 1.0f;
+ }
+ break;
+
+ // experimental - maybe we must find better curves for cL, cB, cH:
+ case Morph:
+ {
+ f->R2 = f->invG;
+ float x = 2.0f*f->m-1.0f;
+
+ f->cL = maximum(-x, 0.0f); /*cL *= cL;*/
+ f->cH = minimum( x, 0.0f); /*cH *= cH;*/
+ f->cB = 1.0f-x*x;
+
+ // bottom line: we need to test different versions for how they feel when tweaking the
+ // morph parameter
+
+ // this scaling ensures constant magnitude at the cutoff point (we divide the coefficients by
+ // the magnitude response value at the cutoff frequency and scale back by the gain):
+ float s = f->G * sqrtf((f->R2*f->R2) / (f->cL*f->cL + f->cB*f->cB + f->cH*f->cH - 2.0f*f->cL*f->cH));
+ f->cL *= s; f->cB *= s; f->cH *= s;
+ }
+ break;
+
+ }
+
+ f->h = 1.0f / (1.0f + f->R2*f->g + f->g*f->g); // factor for feedback precomputation
+}
+
+
+void tVZFilter_setBandwidth (tVZFilter* const vf, float B)
+{
+ _tVZFilter* f = *vf;
+ f->B = LEAF_clip(0.0f, B, 100.0f);
+ tVZFilter_calcCoeffs(vf);
+}
+void tVZFilter_setFreq (tVZFilter* const vf, float freq)
+{
+ _tVZFilter* f = *vf;
+ f->fc = LEAF_clip(0.0f, freq, 0.5f*leaf.sampleRate);
+ tVZFilter_calcCoeffs(vf);
+}
+void tVZFilter_setFreqAndBandwidth (tVZFilter* const vf, float freq, float bw)
+{
+ _tVZFilter* f = *vf;
+ f->B = LEAF_clip(0.0f,bw, 100.0f);
+ f->fc = LEAF_clip(0.0f, freq, 0.5f*leaf.sampleRate);
+ tVZFilter_calcCoeffs(vf);
+}
+
+void tVZFilter_setGain (tVZFilter* const vf, float gain)
+{
+ _tVZFilter* f = *vf;
+ f->G = LEAF_clip(0.000001f, gain, 100.0f);
+ f->invG = 1.0f/f->G;
+ tVZFilter_calcCoeffs(vf);
+}
+
+void tVZFilter_setMorph (tVZFilter* const vf, float morph)
+{
+ _tVZFilter* f = *vf;
+ f->m = LEAF_clip(0.0f, morph, 1.0f);
+ tVZFilter_calcCoeffs(vf);
+}
+
+void tVZFilter_setType (tVZFilter* const vf, VZFilterType type)
+{
+ _tVZFilter* f = *vf;
+ f->type = type;
+ tVZFilter_calcCoeffs(vf);
+}
+
+float tVZFilter_BandwidthToR(tVZFilter* const vf, float B)
+{
+ _tVZFilter* f = *vf;
+ float fl = f->fc*powf(2.0f, -B*0.5f); // lower bandedge frequency (in Hz)
+ float gl = tanf(PI*fl*f->inv_sr); // warped radian lower bandedge frequency /(2*fs)
+ float r = gl/f->g; // ratio between warped lower bandedge- and center-frequencies
+ // unwarped: r = pow(2, -B/2) -> approximation for low
+ // center-frequencies
+ return sqrtf((1.0f-r*r)*(1.0f-r*r)/(4.0f*r*r));
+}
+
+
+
+void tDiodeFilter_init (tDiodeFilter* const vf, float cutoff, float resonance)
+{
+ tDiodeFilter_initToPool(vf, cutoff, resonance, &leaf.mempool);
+}
+
+void tDiodeFilter_free (tDiodeFilter* const vf)
+{
+ tDiodeFilter_freeFromPool(vf, &leaf.mempool);
+}
+void tDiodeFilter_initToPool (tDiodeFilter* const vf, float cutoff, float resonance, tMempool* const mp)
+{
+
+ _tMempool* m = *mp;
+ _tDiodeFilter* f = *vf = (_tDiodeFilter*) mpool_alloc(sizeof(_tDiodeFilter), m);
+ // initialization (the resonance factor is between 0 and 8 according to the article)
+ f->f = tan(PI * cutoff/leaf.sampleRate);
+ f->r = (7.f * resonance + 0.5f);
+ f->Vt = 0.5f;
+ f->n = 1.836f;
+ f->zi = 0.0f; //previous input value
+ f->gamma = f->Vt*f->n;
+ f->s0 = 0.01f;
+ f->s1 = 0.02f;
+ f->s2 = 0.03f;
+ f->s3 = 0.04f;
+ f->g0inv = 1.f/(2.f*f->Vt);
+ f->g1inv = 1.f/(2.f*f->gamma);
+ f->g2inv = 1.f/(6.f*f->gamma);
+
+
+}
+void tDiodeFilter_freeFromPool (tDiodeFilter* const vf, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tDiodeFilter* f = *vf = (_tDiodeFilter*) mpool_alloc(sizeof(_tDiodeFilter), m);
+ mpool_free((char*)f, m);
+}
+
+float tanhXdX(float x)
+{
+ float a = x*x;
+ // IIRC I got this as Pade-approx for tanh(sqrt(x))/sqrt(x)
+ return ((a + 105.0f)*a + 945.0f) / ((15.0f*a + 420.0f)*a + 945.0f);
+}
+
+float tDiodeFilter_tick (tDiodeFilter* const vf, float in)
+{
+ _tDiodeFilter* f = *vf;
+
+ // the input x[n+1] is given by 'in', and x[n] by zi
+ // input with half delay
+ float ih = 0.5f * (in + f->zi);
+
+ // evaluate the non-linear factors
+ float t0 = f->f*tanhXdX((ih - f->r * f->s3)*f->g0inv)*f->g0inv;
+ float t1 = f->f*tanhXdX((f->s1-f->s0)*f->g1inv)*f->g1inv;
+ float t2 = f->f*tanhXdX((f->s2-f->s1)*f->g1inv)*f->g1inv;
+ float t3 = f->f*tanhXdX((f->s3-f->s2)*f->g1inv)*f->g1inv;
+ float t4 = f->f*tanhXdX((f->s3)*f->g2inv)*f->g2inv;
+
+
+
+ // This formula gives the result for y3 thanks to MATLAB
+ float y3 = (f->s2 + f->s3 + t2*(f->s1 + f->s2 + f->s3 + t1*(f->s0 + f->s1 + f->s2 + f->s3 + t0*in)) + t1*(2.0f*f->s2 + 2.0f*f->s3))*t3 + f->s3 + 2.0f*f->s3*t1 + t2*(2.0f*f->s3 + 3.0f*f->s3*t1);
+// if (isnan(y3))
+// {
+// __HAL_TIM_SET_COMPARE(&htim3, TIM_CHANNEL_2, 400);
+// }
+ float tempy3denom = (t4 + t1*(2.0f*t4 + 4.0f) + t2*(t4 + t1*(t4 + f->r*t0 + 4.0f) + 3.0f) + 2.0f)*t3 + t4 + t1*(2.0f*t4 + 2.0f) + t2*(2.0f*t4 + t1*(3.0f*t4 + 3.0f) + 2.0f) + 1.0f;
+// if (isnan(tempy3denom))
+// {
+// __HAL_TIM_SET_COMPARE(&htim3, TIM_CHANNEL_2, 400);
+// }
+ if (tempy3denom == 0.0f)
+ {
+ tempy3denom = 0.000001f;
+ }
+ y3 = y3 / tempy3denom;
+// if (isnan(y3))
+// {
+// __HAL_TIM_SET_COMPARE(&htim3, TIM_CHANNEL_2, 400);
+// }
+ if (t1 == 0.0f)
+ {
+ t1 = 0.000001f;
+ }
+ if (t2 == 0.0f)
+ {
+ t2 = 0.000001f;
+ }
+ if (t3 == 0.0f)
+ {
+ t3 = 0.000001f;
+ }
+ // Other outputs
+ float y2 = (f->s3 - (1+t4+t3)*y3) / (-t3);
+ float y1 = (f->s2 - (1+t3+t2)*y2 + t3*y3) / (-t2);
+ float y0 = (f->s1 - (1+t2+t1)*y1 + t2*y2) / (-t1);
+ float xx = (in - f->r*y3);
+
+ // update state
+ f->s0 += 2.0f * (t0*xx + t1*(y1-y0));
+// if (isnan(f->s0))
+// {
+// __HAL_TIM_SET_COMPARE(&htim3, TIM_CHANNEL_2, 400);
+// }
+
+// if (isinf(f->s0))
+// {
+// __HAL_TIM_SET_COMPARE(&htim3, TIM_CHANNEL_2, 400);
+// }
+ f->s1 += 2.0f * (t2*(y2-y1) - t1*(y1-y0));
+ f->s2 += 2.0f * (t3*(y3-y2) - t2*(y2-y1));
+ f->s3 += 2.0f * (-t4*(y3) - t3*(y3-y2));
+
+ f->zi = in;
+ return y3*f->r;
+
+}
+
+
+
+void tDiodeFilter_setFreq (tDiodeFilter* const vf, float cutoff)
+{
+ _tDiodeFilter* f = *vf;
+ f->f = tanf(PI * LEAF_clip(10.0f, cutoff, 20000.0f)*leaf.invSampleRate);
+}
+
+
+void tDiodeFilter_setQ (tDiodeFilter* const vf, float resonance)
+{
+ _tDiodeFilter* f = *vf;
+ f->r = LEAF_clip(0.5, (7.f * resonance + 0.5f), 8.0f);
+
+}
+
--- /dev/null
+++ b/leaf/Src/leaf-instruments.c
@@ -1,0 +1,706 @@
+/*==============================================================================
+
+ leaf-instruments.c
+ Created: 30 Nov 2018 10:24:21am
+ Author: airship
+
+==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-instruments.h"
+
+#else
+
+#include "../Inc/leaf-instruments.h"
+
+#endif
+
+// ----------------- COWBELL ----------------------------//
+
+void t808Cowbell_init(t808Cowbell* const cowbellInst, int useStick)
+{
+ _t808Cowbell* cowbell = *cowbellInst = (_t808Cowbell*) leaf_alloc(sizeof(_t808Cowbell));
+
+ tSquare_init(&cowbell->p[0]);
+ tSquare_setFreq(&cowbell->p[0], 540.0f);
+
+ tSquare_init(&cowbell->p[1]);
+ tSquare_setFreq(&cowbell->p[1], 1.48148f * 540.0f);
+
+ cowbell->oscMix = 0.5f;
+
+ tSVF_init(&cowbell->bandpassOsc, SVFTypeBandpass, 2500, 1.0f);
+
+ tSVF_init(&cowbell->bandpassStick, SVFTypeBandpass, 1800, 1.0f);
+
+ tEnvelope_init(&cowbell->envGain, 5.0f, 100.0f, OFALSE);
+
+ tEnvelope_init(&cowbell->envFilter, 5.0, 100.0f, OFALSE);
+
+ tHighpass_init(&cowbell->highpass, 1000.0f);
+
+ tNoise_init(&cowbell->stick, WhiteNoise);
+
+ tEnvelope_init(&cowbell->envStick, 5.0f, 5.0f, 0);
+
+ cowbell->useStick = useStick;
+}
+
+void t808Cowebell_free(t808Cowbell* const cowbellInst)
+{
+ _t808Cowbell* cowbell = *cowbellInst;
+
+ tSquare_free(&cowbell->p[0]);
+ tSquare_free(&cowbell->p[1]);
+ tSVF_free(&cowbell->bandpassOsc);
+ tSVF_free(&cowbell->bandpassStick);
+ tEnvelope_free(&cowbell->envGain);
+ tEnvelope_free(&cowbell->envFilter);
+ tHighpass_free(&cowbell->highpass);
+ tNoise_free(&cowbell->stick);
+ tEnvelope_free(&cowbell->envStick);
+ leaf_free((char*)cowbell);
+}
+
+void t808Cowbell_initToPool (t808Cowbell* const cowbellInst, int useStick, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _t808Cowbell* cowbell = *cowbellInst = (_t808Cowbell*) mpool_alloc(sizeof(_t808Cowbell), m);
+
+ tSquare_initToPool(&cowbell->p[0], mp);
+ tSquare_setFreq(&cowbell->p[0], 540.0f);
+
+ tSquare_initToPool(&cowbell->p[1], mp);
+ tSquare_setFreq(&cowbell->p[1], 1.48148f * 540.0f);
+
+ cowbell->oscMix = 0.5f;
+
+ tSVF_initToPool(&cowbell->bandpassOsc, SVFTypeBandpass, 2500, 1.0f, mp);
+
+ tSVF_initToPool(&cowbell->bandpassStick, SVFTypeBandpass, 1800, 1.0f, mp);
+
+ tEnvelope_initToPool(&cowbell->envGain, 5.0f, 100.0f, OFALSE, mp);
+
+ tEnvelope_initToPool(&cowbell->envFilter, 5.0, 100.0f, OFALSE, mp);
+
+ tHighpass_initToPool(&cowbell->highpass, 1000.0f, mp);
+
+ tNoise_initToPool(&cowbell->stick, WhiteNoise, mp);
+
+ tEnvelope_initToPool(&cowbell->envStick, 5.0f, 5.0f, 0, mp);
+
+ cowbell->useStick = useStick;
+}
+
+void t808Cowbell_freeFromPool (t808Cowbell* const cowbellInst, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _t808Cowbell* cowbell = *cowbellInst;
+
+ tSquare_freeFromPool(&cowbell->p[0], mp);
+ tSquare_freeFromPool(&cowbell->p[1], mp);
+ tSVF_freeFromPool(&cowbell->bandpassOsc, mp);
+ tSVF_freeFromPool(&cowbell->bandpassStick, mp);
+ tEnvelope_freeFromPool(&cowbell->envGain, mp);
+ tEnvelope_freeFromPool(&cowbell->envFilter, mp);
+ tHighpass_freeFromPool(&cowbell->highpass, mp);
+ tNoise_freeFromPool(&cowbell->stick, mp);
+ tEnvelope_freeFromPool(&cowbell->envStick, mp);
+ mpool_free((char*)cowbell, m);
+}
+
+void t808Cowbell_on(t808Cowbell* const cowbellInst, float vel)
+{
+ _t808Cowbell* cowbell = *cowbellInst;
+
+ tEnvelope_on(&cowbell->envGain, vel);
+
+ if (cowbell->useStick)
+ tEnvelope_on(&cowbell->envStick,vel);
+}
+
+float t808Cowbell_tick(t808Cowbell* const cowbellInst)
+{
+ _t808Cowbell* cowbell = *cowbellInst;
+
+ float sample = 0.0f;
+
+ // Mix oscillators.
+ sample = (cowbell->oscMix * tSquare_tick(&cowbell->p[0])) + ((1.0f-cowbell->oscMix) * tSquare_tick(&cowbell->p[1]));
+
+ // Filter dive and filter.
+ tSVF_setFreq(&cowbell->bandpassOsc, cowbell->filterCutoff + 1000.0f * tEnvelope_tick(&cowbell->envFilter));
+ sample = tSVF_tick(&cowbell->bandpassOsc,sample);
+
+ sample *= (0.9f * tEnvelope_tick(&cowbell->envGain));
+
+ if (cowbell->useStick)
+ sample += (0.1f * tEnvelope_tick(&cowbell->envStick) * tSVF_tick(&cowbell->bandpassStick, tNoise_tick(&cowbell->stick)));
+
+
+ sample = tHighpass_tick(&cowbell->highpass, sample);
+
+ return sample;
+}
+
+void t808Cowbell_setDecay(t808Cowbell* const cowbellInst, float decay)
+{
+ _t808Cowbell* cowbell = *cowbellInst;
+ tEnvelope_setDecay(&cowbell->envGain,decay);
+}
+
+void t808Cowbell_setHighpassFreq(t808Cowbell *cowbellInst, float freq)
+{
+ _t808Cowbell* cowbell = *cowbellInst;
+ tHighpass_setFreq(&cowbell->highpass,freq);
+}
+
+void t808Cowbell_setBandpassFreq(t808Cowbell* const cowbellInst, float freq)
+{
+ _t808Cowbell* cowbell = *cowbellInst;
+ cowbell->filterCutoff = freq;
+}
+
+void t808Cowbell_setFreq(t808Cowbell* const cowbellInst, float freq)
+{
+ _t808Cowbell* cowbell = *cowbellInst;
+ tSquare_setFreq(&cowbell->p[0],freq);
+ tSquare_setFreq(&cowbell->p[1],1.48148f*freq);
+}
+
+void t808Cowbell_setOscMix(t808Cowbell* const cowbellInst, float oscMix)
+{
+ _t808Cowbell* cowbell = *cowbellInst;
+ cowbell->oscMix = oscMix;
+}
+
+void t808Cowbell_setStick(t808Cowbell* const cowbellInst, int useStick)
+{
+ _t808Cowbell* cowbell = *cowbellInst;
+ cowbell->useStick = useStick;
+}
+
+// ----------------- HIHAT ----------------------------//
+
+void t808Hihat_init(t808Hihat* const hihatInst)
+{
+ _t808Hihat* hihat = *hihatInst = (_t808Hihat*) leaf_alloc(sizeof(_t808Hihat));
+
+ for (int i = 0; i < 6; i++)
+ {
+ tSquare_init(&hihat->p[i]);
+ }
+
+ tNoise_init(&hihat->stick, PinkNoise);
+ tNoise_init(&hihat->n, WhiteNoise);
+
+ // need to fix SVF to be generic
+ tSVF_init(&hihat->bandpassStick, SVFTypeBandpass,2500.0f,1.2f);
+ tSVF_init(&hihat->bandpassOsc, SVFTypeBandpass,3500.0f,0.3f);
+
+ tEnvelope_init(&hihat->envGain, 0.0f, 50.0f, OFALSE);
+ tEnvelope_init(&hihat->envStick, 0.0f, 7.0f, OFALSE);
+
+
+ tHighpass_init(&hihat->highpass, 7000.0f);
+
+ hihat->freq = 40.0f;
+ hihat->stretch = 0.0f;
+
+ tSquare_setFreq(&hihat->p[0], 2.0f * hihat->freq);
+ tSquare_setFreq(&hihat->p[1], 3.00f * hihat->freq);
+ tSquare_setFreq(&hihat->p[2], 4.16f * hihat->freq);
+ tSquare_setFreq(&hihat->p[3], 5.43f * hihat->freq);
+ tSquare_setFreq(&hihat->p[4], 6.79f * hihat->freq);
+ tSquare_setFreq(&hihat->p[5], 8.21f * hihat->freq);
+}
+
+void t808Hihat_free(t808Hihat* const hihatInst)
+{
+ _t808Hihat* hihat = *hihatInst;
+
+ for (int i = 0; i < 6; i++)
+ {
+ tSquare_free(&hihat->p[i]);
+ }
+
+ tNoise_free(&hihat->stick);
+ tNoise_free(&hihat->n);
+
+ // need to fix SVF to be generic
+ tSVF_free(&hihat->bandpassStick);
+ tSVF_free(&hihat->bandpassOsc);
+ tEnvelope_free(&hihat->envGain);
+ tEnvelope_free(&hihat->envStick);
+
+ tHighpass_free(&hihat->highpass);
+
+ leaf_free((char*)hihat);
+}
+
+void t808Hihat_initToPool (t808Hihat* const hihatInst, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _t808Hihat* hihat = *hihatInst = (_t808Hihat*) mpool_alloc(sizeof(_t808Hihat), m);
+
+ for (int i = 0; i < 6; i++)
+ {
+ tSquare_initToPool(&hihat->p[i], mp);
+ }
+
+ tNoise_initToPool(&hihat->stick, PinkNoise, mp);
+ tNoise_initToPool(&hihat->n, WhiteNoise, mp);
+
+ // need to fix SVF to be generic
+ tSVF_initToPool(&hihat->bandpassStick, SVFTypeBandpass,2500.0f,1.2f, mp);
+ tSVF_initToPool(&hihat->bandpassOsc, SVFTypeBandpass,3500.0f,0.3f, mp);
+
+ tEnvelope_initToPool(&hihat->envGain, 0.0f, 50.0f, OFALSE, mp);
+ tEnvelope_initToPool(&hihat->envStick, 0.0f, 7.0f, OFALSE, mp);
+
+
+ tHighpass_initToPool(&hihat->highpass, 7000.0f, mp);
+
+ hihat->freq = 40.0f;
+ hihat->stretch = 0.0f;
+
+ tSquare_setFreq(&hihat->p[0], 2.0f * hihat->freq);
+ tSquare_setFreq(&hihat->p[1], 3.00f * hihat->freq);
+ tSquare_setFreq(&hihat->p[2], 4.16f * hihat->freq);
+ tSquare_setFreq(&hihat->p[3], 5.43f * hihat->freq);
+ tSquare_setFreq(&hihat->p[4], 6.79f * hihat->freq);
+ tSquare_setFreq(&hihat->p[5], 8.21f * hihat->freq);
+}
+
+void t808Hihat_freeFromPool (t808Hihat* const hihatInst, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _t808Hihat* hihat = *hihatInst;
+
+ for (int i = 0; i < 6; i++)
+ {
+ tSquare_freeFromPool(&hihat->p[i], mp);
+ }
+
+ tNoise_freeFromPool(&hihat->stick, mp);
+ tNoise_freeFromPool(&hihat->n, mp);
+
+ // need to fix SVF to be generic
+ tSVF_freeFromPool(&hihat->bandpassStick, mp);
+ tSVF_freeFromPool(&hihat->bandpassOsc, mp);
+ tEnvelope_freeFromPool(&hihat->envGain, mp);
+ tEnvelope_freeFromPool(&hihat->envStick, mp);
+
+ tHighpass_freeFromPool(&hihat->highpass, mp);
+
+ mpool_free((char*)hihat, m);
+}
+
+void t808Hihat_on(t808Hihat* const hihatInst, float vel)
+{
+ _t808Hihat* hihat = *hihatInst;
+ tEnvelope_on(&hihat->envGain, vel);
+ tEnvelope_on(&hihat->envStick, vel);
+}
+
+void t808Hihat_setOscNoiseMix(t808Hihat* const hihatInst, float oscNoiseMix)
+{
+ _t808Hihat* hihat = *hihatInst;
+ hihat->oscNoiseMix = oscNoiseMix;
+}
+
+float t808Hihat_tick(t808Hihat* const hihatInst)
+{
+ _t808Hihat* hihat = *hihatInst;
+
+ float sample = 0.0f;
+ float gainScale = 0.1666f;
+
+ float myNoise = tNoise_tick(&hihat->n);
+
+ tSquare_setFreq(&hihat->p[0], ((2.0f + hihat->stretch) * hihat->freq));
+ tSquare_setFreq(&hihat->p[1], ((3.00f + hihat->stretch) * hihat->freq));
+ tSquare_setFreq(&hihat->p[2], ((4.16f + hihat->stretch) * hihat->freq));
+ tSquare_setFreq(&hihat->p[3], ((5.43f + hihat->stretch) * hihat->freq));
+ tSquare_setFreq(&hihat->p[4], ((6.79f + hihat->stretch) * hihat->freq));
+ tSquare_setFreq(&hihat->p[5], ((8.21f + hihat->stretch) * hihat->freq));
+
+ for (int i = 0; i < 6; i++)
+ {
+ sample += tSquare_tick(&hihat->p[i]);
+ }
+
+ sample *= gainScale;
+
+ sample = (hihat->oscNoiseMix * sample) + ((1.0f-hihat->oscNoiseMix) * myNoise);
+
+ sample = tSVF_tick(&hihat->bandpassOsc, sample);
+
+ float myGain = tEnvelope_tick(&hihat->envGain);
+ sample *= (myGain*myGain);//square the output gain envelope
+ sample = tHighpass_tick(&hihat->highpass, sample);
+ sample += ((0.5f * tEnvelope_tick(&hihat->envStick)) * tSVF_tick(&hihat->bandpassStick, tNoise_tick(&hihat->stick)));
+ sample = tanhf(sample * 2.0f);
+
+ return sample;
+}
+
+void t808Hihat_setDecay(t808Hihat* const hihatInst, float decay)
+{
+ _t808Hihat* hihat = *hihatInst;
+ tEnvelope_setDecay(&hihat->envGain,decay);
+}
+
+void t808Hihat_setHighpassFreq(t808Hihat* const hihatInst, float freq)
+{
+ _t808Hihat* hihat = *hihatInst;
+ tHighpass_setFreq(&hihat->highpass,freq);
+}
+
+void t808Hihat_setStretch(t808Hihat* const hihatInst, float stretch)
+{
+ _t808Hihat* hihat = *hihatInst;
+ hihat->stretch = stretch;
+}
+
+void t808Hihat_setFM(t808Hihat* const hihatInst, float FM_amount)
+{
+ _t808Hihat* hihat = *hihatInst;
+ hihat->FM_amount = FM_amount;
+}
+
+void t808Hihat_setOscBandpassFreq(t808Hihat* const hihatInst, float freq)
+{
+ _t808Hihat* hihat = *hihatInst;
+ tSVF_setFreq(&hihat->bandpassOsc,freq);
+}
+
+void t808Hihat_setOscBandpassQ(t808Hihat* const hihatInst, float Q)
+{
+ _t808Hihat* hihat = *hihatInst;
+ tSVF_setQ(&hihat->bandpassOsc,Q);
+}
+
+void t808Hihat_setStickBandPassFreq(t808Hihat* const hihatInst, float freq)
+{
+ _t808Hihat* hihat = *hihatInst;
+ tSVF_setFreq(&hihat->bandpassStick,freq);
+}
+
+void t808Hihat_setStickBandPassQ(t808Hihat* const hihatInst, float Q)
+{
+ _t808Hihat* hihat = *hihatInst;
+ tSVF_setQ(&hihat->bandpassStick,Q);
+}
+
+void t808Hihat_setOscFreq(t808Hihat* const hihatInst, float freq)
+{
+ _t808Hihat* hihat = *hihatInst;
+ hihat->freq = freq;
+}
+
+// ----------------- SNARE ----------------------------//
+
+void t808Snare_init(t808Snare* const snareInst)
+{
+ _t808Snare* snare = *snareInst = (_t808Snare*) leaf_alloc(sizeof(_t808Snare));
+
+ float ratio[2] = {1.0, 1.5};
+ for (int i = 0; i < 2; i++)
+ {
+ tTriangle_init(&snare->tone[i]);
+
+ tTriangle_setFreq(&snare->tone[i], ratio[i] * 400.0f);
+ tSVF_init(&snare->toneLowpass[i], SVFTypeLowpass, 4000, 1.0f);
+ tEnvelope_init(&snare->toneEnvOsc[i], 0.0f, 50.0f, OFALSE);
+ tEnvelope_init(&snare->toneEnvGain[i], 1.0f, 150.0f, OFALSE);
+ tEnvelope_init(&snare->toneEnvFilter[i], 1.0f, 2000.0f, OFALSE);
+
+ snare->toneGain[i] = 0.5f;
+ }
+
+ snare->tone1Freq = ratio[0] * 100.0f;
+ snare->tone2Freq = ratio[1] * 100.0f;
+ snare->noiseFilterFreq = 3000.0f;
+ tNoise_init(&snare->noiseOsc, WhiteNoise);
+ tSVF_init(&snare->noiseLowpass, SVFTypeLowpass, 12000.0f, 0.8f);
+ tEnvelope_init(&snare->noiseEnvGain, 0.0f, 100.0f, OFALSE);
+ tEnvelope_init(&snare->noiseEnvFilter, 0.0f, 1000.0f, OFALSE);
+ snare->noiseGain = 1.0f;
+}
+
+void t808Snare_free (t808Snare* const snareInst)
+{
+ _t808Snare* snare = *snareInst;
+
+ for (int i = 0; i < 2; i++)
+ {
+ tTriangle_free(&snare->tone[i]);
+ tSVF_free(&snare->toneLowpass[i]);
+ tEnvelope_free(&snare->toneEnvOsc[i]);
+ tEnvelope_free(&snare->toneEnvGain[i]);
+ tEnvelope_free(&snare->toneEnvFilter[i]);
+ }
+
+ tNoise_free(&snare->noiseOsc);
+ tSVF_free(&snare->noiseLowpass);
+ tEnvelope_free(&snare->noiseEnvGain);
+ tEnvelope_free(&snare->noiseEnvFilter);
+
+ leaf_free((char*)snare);
+}
+
+void t808Snare_initToPool (t808Snare* const snareInst, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _t808Snare* snare = *snareInst = (_t808Snare*) mpool_alloc(sizeof(_t808Snare), m);
+
+ float ratio[2] = {1.0, 1.5};
+ for (int i = 0; i < 2; i++)
+ {
+ tTriangle_initToPool(&snare->tone[i], mp);
+
+ tTriangle_setFreq(&snare->tone[i], ratio[i] * 400.0f);
+ tSVF_initToPool(&snare->toneLowpass[i], SVFTypeLowpass, 4000, 1.0f, mp);
+ tEnvelope_initToPool(&snare->toneEnvOsc[i], 0.0f, 50.0f, OFALSE, mp);
+ tEnvelope_initToPool(&snare->toneEnvGain[i], 1.0f, 150.0f, OFALSE, mp);
+ tEnvelope_initToPool(&snare->toneEnvFilter[i], 1.0f, 2000.0f, OFALSE, mp);
+
+ snare->toneGain[i] = 0.5f;
+ }
+
+ snare->tone1Freq = ratio[0] * 100.0f;
+ snare->tone2Freq = ratio[1] * 100.0f;
+ snare->noiseFilterFreq = 3000.0f;
+ tNoise_initToPool(&snare->noiseOsc, WhiteNoise, mp);
+ tSVF_initToPool(&snare->noiseLowpass, SVFTypeLowpass, 12000.0f, 0.8f, mp);
+ tEnvelope_initToPool(&snare->noiseEnvGain, 0.0f, 100.0f, OFALSE, mp);
+ tEnvelope_initToPool(&snare->noiseEnvFilter, 0.0f, 1000.0f, OFALSE, mp);
+ snare->noiseGain = 1.0f;
+}
+
+void t808Snare_freeFromPool (t808Snare* const snareInst, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _t808Snare* snare = *snareInst;
+
+ for (int i = 0; i < 2; i++)
+ {
+ tTriangle_freeFromPool(&snare->tone[i], mp);
+ tSVF_freeFromPool(&snare->toneLowpass[i], mp);
+ tEnvelope_freeFromPool(&snare->toneEnvOsc[i], mp);
+ tEnvelope_freeFromPool(&snare->toneEnvGain[i], mp);
+ tEnvelope_freeFromPool(&snare->toneEnvFilter[i], mp);
+ }
+
+ tNoise_freeFromPool(&snare->noiseOsc, mp);
+ tSVF_freeFromPool(&snare->noiseLowpass, mp);
+ tEnvelope_freeFromPool(&snare->noiseEnvGain, mp);
+ tEnvelope_freeFromPool(&snare->noiseEnvFilter, mp);
+
+ mpool_free((char*)snare, m);
+}
+
+void t808Snare_on(t808Snare* const snareInst, float vel)
+{
+ _t808Snare* snare = *snareInst;
+
+ for (int i = 0; i < 2; i++)
+ {
+ tEnvelope_on(&snare->toneEnvOsc[i], vel);
+ tEnvelope_on(&snare->toneEnvGain[i], vel);
+ tEnvelope_on(&snare->toneEnvFilter[i], vel);
+ }
+
+ tEnvelope_on(&snare->noiseEnvGain, vel);
+ tEnvelope_on(&snare->noiseEnvFilter, vel);
+}
+
+void t808Snare_setTone1Freq(t808Snare* const snareInst, float freq)
+{
+ _t808Snare* snare = *snareInst;
+ snare->tone1Freq = freq;
+ tTriangle_setFreq(&snare->tone[0], freq);
+}
+
+void t808Snare_setTone2Freq(t808Snare* const snareInst, float freq)
+{
+ _t808Snare* snare = *snareInst;
+ snare->tone2Freq = freq;
+ tTriangle_setFreq(&snare->tone[1],freq);
+}
+
+void t808Snare_setTone1Decay(t808Snare* const snareInst, float decay)
+{
+ _t808Snare* snare = *snareInst;
+ tEnvelope_setDecay(&snare->toneEnvGain[0],decay);
+}
+
+void t808Snare_setTone2Decay(t808Snare* const snareInst, float decay)
+{
+ _t808Snare* snare = *snareInst;
+ tEnvelope_setDecay(&snare->toneEnvGain[1],decay);
+}
+
+void t808Snare_setNoiseDecay(t808Snare* const snareInst, float decay)
+{
+ _t808Snare* snare = *snareInst;
+ tEnvelope_setDecay(&snare->noiseEnvGain,decay);
+}
+
+void t808Snare_setToneNoiseMix(t808Snare* const snareInst, float toneNoiseMix)
+{
+ _t808Snare* snare = *snareInst;
+ snare->toneNoiseMix = toneNoiseMix;
+}
+
+void t808Snare_setNoiseFilterFreq(t808Snare* const snareInst, float noiseFilterFreq)
+{
+ _t808Snare* snare = *snareInst;
+ snare->noiseFilterFreq = noiseFilterFreq;
+}
+
+void t808Snare_setNoiseFilterQ(t808Snare* const snareInst, float noiseFilterQ)
+{
+ _t808Snare* snare = *snareInst;
+ tSVF_setQ(&snare->noiseLowpass, noiseFilterQ);
+}
+
+static float tone[2];
+
+float t808Snare_tick(t808Snare* const snareInst)
+{
+ _t808Snare* snare = *snareInst;
+
+ for (int i = 0; i < 2; i++)
+ {
+ tTriangle_setFreq(&snare->tone[i], snare->tone1Freq + (20.0f * tEnvelope_tick(&snare->toneEnvOsc[i])));
+ tone[i] = tTriangle_tick(&snare->tone[i]);
+
+ tSVF_setFreq(&snare->toneLowpass[i], 2000.0f + (500.0f * tEnvelope_tick(&snare->toneEnvFilter[i])));
+ tone[i] = tSVF_tick(&snare->toneLowpass[i], tone[i]) * tEnvelope_tick(&snare->toneEnvGain[i]);
+ }
+
+ float noise = tNoise_tick(&snare->noiseOsc);
+ tSVF_setFreq(&snare->noiseLowpass, snare->noiseFilterFreq + (1000.0f * tEnvelope_tick(&snare->noiseEnvFilter)));
+ noise = tSVF_tick(&snare->noiseLowpass, noise) * tEnvelope_tick(&snare->noiseEnvGain);
+
+ float sample = (snare->toneNoiseMix)*(tone[0] * snare->toneGain[0] + tone[1] * snare->toneGain[1]) + (1.0f-snare->toneNoiseMix) * (noise * snare->noiseGain);
+ sample = tanhf(sample * 2.0f);
+ return sample;
+}
+
+// ----------------- KICK ----------------------------//
+
+void t808Kick_init (t808Kick* const kickInst)
+{
+ _t808Kick* kick = *kickInst = (_t808Kick*) leaf_alloc(sizeof(_t808Kick));
+
+ tCycle_init(&kick->tone);
+ kick->toneInitialFreq = 40.0f;
+ kick->sighAmountInHz = 7.0f;
+ kick->chirpRatioMinusOne = 3.3f;
+ tCycle_setFreq(&kick->tone, 50.0f);
+ tSVF_init(&kick->toneLowpass, SVFTypeLowpass, 2000.0f, 0.5f);
+ tEnvelope_init(&kick->toneEnvOscChirp, 0.0f, 20.0f, OFALSE);
+ tEnvelope_init(&kick->toneEnvOscSigh, 0.0f, 2500.0f, OFALSE);
+ tEnvelope_init(&kick->toneEnvGain, 0.0f, 800.0f, OFALSE);
+ tNoise_init(&kick->noiseOsc, PinkNoise);
+ tEnvelope_init(&kick->noiseEnvGain, 0.0f, 1.0f, OFALSE);
+ kick->noiseGain = 0.3f;
+}
+
+void t808Kick_free (t808Kick* const kickInst)
+{
+ _t808Kick* kick = *kickInst;
+
+ tCycle_free(&kick->tone);
+ tSVF_free(&kick->toneLowpass);
+ tEnvelope_free(&kick->toneEnvOscChirp);
+ tEnvelope_free(&kick->toneEnvOscSigh);
+ tEnvelope_free(&kick->toneEnvGain);
+ tNoise_free(&kick->noiseOsc);
+ tEnvelope_free(&kick->noiseEnvGain);
+
+ leaf_free((char*)kick);
+}
+
+void t808Kick_initToPool (t808Kick* const kickInst, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _t808Kick* kick = *kickInst = (_t808Kick*) mpool_alloc(sizeof(_t808Kick), m);
+
+ tCycle_initToPool(&kick->tone, mp);
+ kick->toneInitialFreq = 40.0f;
+ kick->sighAmountInHz = 7.0f;
+ kick->chirpRatioMinusOne = 3.3f;
+ tCycle_setFreq(&kick->tone, 50.0f);
+ tSVF_initToPool(&kick->toneLowpass, SVFTypeLowpass, 2000.0f, 0.5f, mp);
+ tEnvelope_initToPool(&kick->toneEnvOscChirp, 0.0f, 20.0f, OFALSE, mp);
+ tEnvelope_initToPool(&kick->toneEnvOscSigh, 0.0f, 2500.0f, OFALSE, mp);
+ tEnvelope_initToPool(&kick->toneEnvGain, 0.0f, 800.0f, OFALSE, mp);
+ tNoise_initToPool(&kick->noiseOsc, PinkNoise, mp);
+ tEnvelope_initToPool(&kick->noiseEnvGain, 0.0f, 1.0f, OFALSE, mp);
+ kick->noiseGain = 0.3f;
+}
+
+void t808Kick_freeFromPool (t808Kick* const kickInst, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _t808Kick* kick = *kickInst;
+
+ tCycle_freeFromPool(&kick->tone, mp);
+ tSVF_freeFromPool(&kick->toneLowpass, mp);
+ tEnvelope_freeFromPool(&kick->toneEnvOscChirp, mp);
+ tEnvelope_freeFromPool(&kick->toneEnvOscSigh, mp);
+ tEnvelope_freeFromPool(&kick->toneEnvGain, mp);
+ tNoise_freeFromPool(&kick->noiseOsc, mp);
+ tEnvelope_freeFromPool(&kick->noiseEnvGain, mp);
+
+ mpool_free((char*)kick, m);
+}
+
+float t808Kick_tick (t808Kick* const kickInst)
+{
+ _t808Kick* kick = *kickInst;
+
+ tCycle_setFreq(&kick->tone, (kick->toneInitialFreq * (1.0f + (kick->chirpRatioMinusOne * tEnvelope_tick(&kick->toneEnvOscChirp)))) + (kick->sighAmountInHz * tEnvelope_tick(&kick->toneEnvOscSigh)));
+ float sample = tCycle_tick(&kick->tone) * tEnvelope_tick(&kick->toneEnvGain);
+ sample+= tNoise_tick(&kick->noiseOsc) * tEnvelope_tick(&kick->noiseEnvGain);
+ //add distortion here
+ sample = tSVF_tick(&kick->toneLowpass, sample);
+ return sample;
+}
+
+void t808Kick_on (t808Kick* const kickInst, float vel)
+{
+ _t808Kick* kick = *kickInst;
+ tEnvelope_on(&kick->toneEnvOscChirp, vel);
+ tEnvelope_on(&kick->toneEnvOscSigh, vel);
+ tEnvelope_on(&kick->toneEnvGain, vel);
+ tEnvelope_on(&kick->noiseEnvGain, vel);
+
+}
+void t808Kick_setToneFreq (t808Kick* const kickInst, float freq)
+{
+ _t808Kick* kick = *kickInst;
+ kick->toneInitialFreq = freq;
+
+}
+
+void t808Kick_setToneDecay (t808Kick* const kickInst, float decay)
+{
+ _t808Kick* kick = *kickInst;
+ tEnvelope_setDecay(&kick->toneEnvGain,decay);
+ tEnvelope_setDecay(&kick->toneEnvGain,decay * 3.0f);
+}
+
+void t808Kick_setNoiseDecay (t808Kick* const kickInst, float decay);
+void t808Kick_setSighAmount (t808Kick* const kickInst, float sigh);
+void t808Kick_setChirpAmount (t808Kick* const kickInst, float chirp);
+void t808Kick_setToneNoiseMix (t808Kick* const kickInst, float toneNoiseMix);
+void t808Kick_setNoiseFilterFreq (t808Kick* const kickInst, float noiseFilterFreq);
+void t808Kick_setNoiseFilterQ (t808Kick* const kickInst, float noiseFilterQ);
+
+
--- /dev/null
+++ b/leaf/Src/leaf-math.c
@@ -1,0 +1,655 @@
+/*==============================================================================
+
+ leaf-math.c
+ Created: 22 Jan 2017 7:02:56pm
+ Author: Michael R Mulshine
+
+ ==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-math.h"
+#include "..\Inc\leaf-tables.h"
+
+#else
+
+#include "../Inc/leaf-math.h"
+#include "../Inc/leaf-tables.h"
+
+#endif
+
+
+#define EXPONENTIAL_TABLE_SIZE 65536
+
+#define log10f_fast(x) (log2f_approx(x)*0.3010299956639812f)
+
+// This is a fast approximation to log2() found on http://openaudio.blogspot.com/2017/02/faster-log10-and-pow.html credited to this post https://community.arm.com/developer/tools-software/tools/f/armds-forum/4292/cmsis-dsp-new-functionality-proposal/22621#22621
+// Y = C[0]*F*F*F + C[1]*F*F + C[2]*F + C[3] + E;
+float log2f_approx(float X) {
+ float Y, F;
+ int E;
+ F = frexpf(fabsf(X), &E);
+ Y = 1.23149591368684f;
+ Y *= F;
+ Y += -4.11852516267426f;
+ Y *= F;
+ Y += 6.02197014179219f;
+ Y *= F;
+ Y += -3.13396450166353f;
+ Y += E;
+ return(Y);
+}
+
+float interpolate3max(float *buf, const int peakindex)
+{
+ float a = buf[peakindex-1];
+ float b = buf[peakindex];
+ float c = buf[peakindex+1];
+ float realpeak;
+
+ realpeak = b + (float)0.125 * (c - a) * (c - a) / ((float)2. * b - a - c);
+
+ return(realpeak);
+}
+
+float interpolate3phase(float *buf, const int peakindex)
+{
+ float a = buf[peakindex-1];
+ float b = buf[peakindex];
+ float c = buf[peakindex+1];
+ float fraction;
+
+ fraction = ((float)0.5 * (c - a)) / ((float)2. * b - a - c);
+
+ return(fraction);
+}
+
+// alternative implementation for abs()
+// REQUIRES: 32 bit integers
+int fastabs_int(int in){
+ unsigned int r;
+ int const mask = in >> 31;
+
+ r = (in ^ mask) - mask;
+
+ return (r);
+}
+
+// alternative implementation for abs()
+// REQUIRES: 32 bit floats
+float fastabsf(float f)
+{
+ union
+ {
+ float f;
+ unsigned int ui;
+ }alias;
+
+ alias.f = f;
+ alias.ui &= 0x7fffffff;
+ return alias.f;
+}
+
+double fastexp(double x) {
+ x = 1.0 + (x * 0.0009765625);
+ x *= x; x *= x; x *= x; x *= x;
+ x *= x; x *= x; x *= x; x *= x;
+ x *= x; x *= x;
+ return x;
+}
+
+float fastexpf(float x) {
+ x = 1.0f + (x * 0.0009765625f);
+ x *= x; x *= x; x *= x; x *= x;
+ x *= x; x *= x; x *= x; x *= x;
+ x *= x; x *= x;
+ return x;
+}
+
+double fasterexp(double x) {
+ x = 1.0 + (x * 0.00390625);
+ x *= x; x *= x; x *= x; x *= x;
+ x *= x; x *= x; x *= x; x *= x;
+ return x;
+}
+
+float fasterexpf(float x) {
+ x = 1.0f + (x * 0.00390625f);
+ x *= x; x *= x; x *= x; x *= x;
+ x *= x; x *= x; x *= x; x *= x;
+ return x;
+}
+
+// fast floating-point exp2 function taken from Robert Bristow Johnson's
+// post in the music-dsp list on Date: Tue, 02 Sep 2014 16:50:11 -0400
+float fastexp2f(float x)
+{
+ if (x >= -127.0)
+ {
+ float accumulator, xPower;
+ union {float f; int32_t i;} xBits;
+
+ xBits.i = (int32_t)(x + 4096.0f) - 4096L; /* integer part */
+ x -= (float)(xBits.i); /* fractional part */
+
+ accumulator = 1.0f + 0.69303212081966f*x;
+ xPower = x*x;
+ accumulator += 0.24137976293709f*xPower;
+ xPower *= x;
+ accumulator += 0.05203236900844f*xPower;
+ xPower *= x;
+ accumulator += 0.01355574723481f*xPower;
+
+ xBits.i += 127; /* bias integer part */
+ xBits.i<<= 23; /* move biased int part into exponent bits */
+
+ return accumulator * xBits.f;
+ }
+ else
+ {
+ return 0.0f;
+ }
+}
+
+
+float fastPowf(float a, float b) {
+ union
+ {
+ float d; int x;
+ }
+ u = { a };
+
+ u.x = (int)(b * (u.x - 1064866805) + 1064866805);
+ return u.d;
+}
+
+
+double fastPow(double a, double b) {
+ union {
+ double d;
+ int x[2];
+ } u = { a };
+
+ u.x[1] = (int)(b * (u.x[1] - 1072632447) + 1072632447);
+
+ u.x[0] = 0;
+ return u.d;
+}
+
+
+
+
+
+/*
+ you pass in a float array to get back two indexes representing the volumes of the left (index 0) and right (index 1) channels
+ when t is -1, volumes[0] = 0, volumes[1] = 1
+ when t = 0, volumes[0] = 0.707, volumes[1] = 0.707 (equal-power cross fade)
+ when t = 1, volumes[0] = 1, volumes[1] = 0
+ */
+
+void LEAF_crossfade(float fade, float* volumes) {
+ volumes[0] = sqrtf(0.5f * (1.0f + fade));
+ volumes[1] = sqrtf(0.5f * (1.0f - fade));
+}
+
+// dope af
+float LEAF_chebyshevT(float in, int n){
+ if (n == 0) return 1;
+ else if (n == 1) return in;
+ else return 2.0f * in * LEAF_chebyshevT(in, n-1) - LEAF_chebyshevT(in, n-2);
+}
+
+#if !(_WIN32 || _WIN64)
+float LEAF_CompoundChebyshevT(float in, int n, float* amps){
+ float T[n+1];
+ T[0] = 1.0f;
+ T[1] = in;
+ for (int i = 2; i <= n; ++i)
+ T[i] = 2*in*T[i-1] - T[i-2];
+ float out = 0;
+ float amp = 0;
+ for (int i = 0; i < n; ++i){
+ out += amps[i]*T[i+1];
+ amp += amps[i];
+ }
+ return out / amp ;
+}
+#endif
+
+float LEAF_frequencyToMidi(float f)
+{
+ return (69.0f + 12.0f * log2f(f * INV_440));
+}
+
+// Jones shaper
+float LEAF_shaper(float input, float m_drive)
+{
+ float fx = input * 2.0f; // prescale
+ float w, c, xc, xc2, xc4;
+
+ xc = LEAF_clip(-SQRT8, fx, SQRT8);
+ xc2 = xc*xc;
+ c = 0.5f*fx*(3.0f - (xc2));
+ xc4 = xc2 * xc2;
+ w = (1.0f - xc2*0.25f + xc4*0.015625f) * WSCALE;
+ float shaperOut = w*(c+ 0.05f*xc2)*(m_drive + 0.75f);
+ shaperOut *= 0.5f; // post_scale
+ return shaperOut;
+}
+
+// round input to nearest rnd
+float LEAF_round (float input, float rnd)
+{
+ rnd = fabsf(rnd);
+
+ if (rnd <= 0.0000001f) return input;
+
+ float scale = 1.f / rnd;
+
+ return roundf(input * scale) / scale;
+}
+
+
+
+float LEAF_bitwise_xor(float input, uint32_t op)
+{
+ union unholy_t unholy;
+ unholy.f = input;
+ unholy.i = (unholy.i ^ op);
+
+ return unholy.f;
+}
+
+float LEAF_reedTable(float input, float offset, float slope)
+{
+ float output = offset + (slope * input);
+ if ( output > 1.0f) output = 1.0f;
+ if ( output < -1.0f) output = -1.0f;
+ return output;
+}
+
+float LEAF_softClip(float val, float thresh)
+{
+ float x;
+
+ if(val > thresh)
+ {
+ x = thresh / val;
+ return (1.0f - x) * (1.0f - thresh) + thresh;
+ }
+ else if(val < -thresh)
+ {
+ x = -thresh / val;
+ return -((1.0f - x) * (1.0f - thresh) + thresh);
+ }
+ else
+ {
+ return val;
+ }
+}
+
+float LEAF_clip(float min, float val, float max)
+{
+ float tempmin = min;
+ float tempmax = max;
+ if (min > max)
+ {
+ tempmin = max;
+ tempmax = min;
+ }
+ if (val < tempmin) {
+ return tempmin;
+ } else if (val > tempmax) {
+ return tempmax;
+ } else {
+ return val;
+ }
+}
+
+int LEAF_clipInt(int min, int val, int max)
+{
+ int tempmin = min;
+ int tempmax = max;
+ if (min > max)
+ {
+ tempmin = max;
+ tempmax = min;
+ }
+ if (val < tempmin) {
+ return tempmin;
+ } else if (val > tempmax) {
+ return tempmax;
+ } else {
+ return val;
+ }
+}
+
+oBool LEAF_isPrime(uint64_t number )
+{
+ if ( number == 2 ) return OTRUE;
+ if ( number & 1 ) {
+ for ( int i=3; i<(int)sqrt((double)number)+1; i+=2 )
+ if ( (number % i) == 0 ) return OFALSE;
+ return OTRUE; // prime
+ }
+ else return OFALSE; // even
+}
+
+// Adapted from MusicDSP: http://www.musicdsp.org/showone.php?id=238
+float LEAF_tanh(float x)
+{
+
+ if( x < -3.0f )
+ return -1.0f;
+ else if( x > 3.0f )
+ return 1.0f;
+ else
+ return x * ( 27.0f + x * x ) / ( 27.0f + 9.0f * x * x );
+}
+
+
+void LEAF_generate_sine(float* buffer, int size)
+{
+ float phase;
+ for (int i = 0; i < size; i++)
+ {
+ phase = (float) i / (float) size;
+ buffer[i] = sinf(phase * TWO_PI);
+ }
+}
+
+void LEAF_generate_sawtooth(float* buffer, float basefreq, int size)
+{
+ int harmonic = 1;
+ float phase = 0.0f;
+ float freq = harmonic * basefreq;
+ float amp;
+
+ while (freq < (leaf.sampleRate * 0.5))
+ {
+ amp = 1.0f / harmonic;
+ for (int i = 0; i < size; i++)
+ {
+ phase = (float) i / (float) size;
+ buffer[i] += (amp * sinf(harmonic * phase * TWO_PI));
+ }
+
+ harmonic++;
+ freq = harmonic * basefreq;
+ }
+}
+
+
+void LEAF_generate_triangle(float* buffer, float basefreq, int size)
+{
+ int harmonic = 1;
+ float phase = 0.0f;
+ float freq = harmonic * basefreq;
+ float amp = 1.0f;
+
+ int count = 0;
+ float mult = 1.0f;
+
+ while (freq < (leaf.sampleRate * 0.5))
+ {
+ amp = 1.0f / (float)(harmonic * harmonic);
+
+ if (count % 2) mult = -1.0f;
+ else mult = 1.0f;
+
+ for (int i = 0; i < size; i++)
+ {
+ phase = (float) i / (float) size;
+ buffer[i] += (mult * amp * sinf(harmonic * phase * TWO_PI));
+ }
+
+ count++;
+ harmonic += 2;
+ freq = harmonic * basefreq;
+ }
+}
+
+void LEAF_generate_square(float* buffer, float basefreq, int size)
+{
+ int harmonic = 1;
+ float phase = 0.0f;
+ float freq = harmonic * basefreq;
+ float amp = 1.0f;
+
+ while (freq < (leaf.sampleRate * 0.5))
+ {
+ amp = 1.0f / (float)(harmonic);
+
+ for (int i = 0; i < size; i++)
+ {
+ phase = (float) i / (float) size;
+ buffer[i] += (amp * sinf(harmonic * phase * TWO_PI));
+ }
+
+ harmonic += 2;
+ freq = harmonic * basefreq;
+ }
+}
+
+
+//0.001 base gives a good curve that goes from 1 to near zero
+void LEAF_generate_exp(float* buffer, float base, float start, float end, float offset, int size)
+{
+ float increment = (end - start) / (float)size;
+ float x = start;
+ for (int i = 0; i < size; i++)
+ {
+ buffer[i] = powf(base, x) + offset;
+ x += increment;
+ }
+}
+
+
+// http://www.martin-finke.de/blog/articles/audio-plugins-018-polyblep-oscillator/
+// http://www.kvraudio.com/forum/viewtopic.php?t=375517
+// t = phase, dt = inc, assuming 0-1 phase
+// assumes discontinuity at 0, so offset inputs as needed
+float LEAF_poly_blep(float t, float dt)
+{
+ // 0 <= t < 1
+ if (t < dt) {
+ t /= dt;
+ return t+t - t*t - 1.0f;
+ }
+ // -1 < t < 0
+ else if (t > 1.0f - dt) {
+ t = (t - 1.0f) / dt;
+ return t*t + t+t + 1.0f;
+ }
+ // 0 otherwise
+ else return 0.0f;
+
+//
+// float y = 0.0f;
+// if (t < 2.0f * dt)
+// {
+// float x = t / dt;
+// float u = 2.0f - x;
+// u *= u;
+// u *= u;
+// y += u;
+// if (t < dt) {
+// float v = 1.0f - x;
+// v *= v;
+// v *= v;
+// y -= 4.0f * v;
+// }
+// }
+// else if (t > 1.0f - (2.0f * dt))
+// {
+// float x = (t - 1.0f) / dt;
+// float u = 2.0f - x;
+// u *= u;
+// u *= u;
+// y += u;
+// if (t > 1.0f - dt) {
+// float v = 1.0f - x;
+// v *= v;
+// v *= v;
+// y += 4.0f * v;
+// }
+// }
+// return y / 12.0f;
+}
+
+
+//-----------------------------------------------------------------------------
+// name: mtof()
+// desc: midi to freq, from PD source
+//-----------------------------------------------------------------------------
+float LEAF_midiToFrequency(float f)
+{
+ if( f <= -1500.0f ) return (0);
+ else if( f > 1499.0f ) return (LEAF_midiToFrequency(1499.0f));
+ else return ( powf(2.0f, (f - 69.0f) * 0.083333333333333f) * 440.0f );
+}
+
+
+// alpha, [0.0, 1.0]
+float LEAF_interpolate_hermite (float A, float B, float C, float D, float alpha)
+{
+ alpha = LEAF_clip(0.0f, alpha, 1.0f);
+
+ float a = -A*0.5f + (3.0f*B)*0.5f - (3.0f*C)*0.5f + D*0.5f;
+ float b = A - (5.0f*B)*0.5f + 2.0f*C - D * 0.5f;
+ float c = -A*0.5f + C*0.5f;
+ float d = B;
+
+ return a*alpha*alpha*alpha + b*alpha*alpha + c*alpha + d;
+}
+
+
+// from http://www.musicdsp.org/archive.php?classid=5#93
+//xx is alpha (fractional part of sample value)
+//grabbed this from Tom Erbe's Delay pd code
+float LEAF_interpolate_hermite_x(float yy0, float yy1, float yy2, float yy3, float xx)
+{
+ // 4-point, 3rd-order Hermite (x-form)
+ float c0 = yy1;
+ float c1 = 0.5f * (yy2 - yy0);
+ float y0my1 = yy0 - yy1;
+ float c3 = (yy1 - yy2) + 0.5f * (yy3 - y0my1 - yy2);
+ float c2 = y0my1 + c1 - c3;
+
+ return ((c3 * xx + c2) * xx + c1) * xx + c0;
+}
+
+// alpha, [0.0, 1.0]
+float LEAF_interpolation_linear (float A, float B, float alpha)
+{
+ alpha = LEAF_clip(0.0f, alpha, 1.0f);
+
+ float omAlpha = 1.0f - alpha;
+
+ // First 1/2 of interpolation
+ float out = A * omAlpha;
+
+ out += B * alpha;
+
+ return out;
+}
+
+#define LOGTEN 2.302585092994
+
+float mtof(float f)
+{
+ if (f <= -1500.0f) return(0);
+ else if (f > 1499.0f) return(mtof(1499.0f));
+ else return (8.17579891564f * expf(0.0577622650f * f));
+}
+
+float fast_mtof(float f)
+{
+ return (8.17579891564f * fastexpf(0.0577622650f * f));
+}
+
+float faster_mtof(float f)
+{
+ return (8.17579891564f * fastexpf(0.0577622650f * f));
+}
+
+float ftom(float f)
+{
+ return (f > 0 ? 17.3123405046f * logf(.12231220585f * f) : -1500.0f);
+}
+
+float powtodb(float f)
+{
+ if (f <= 0) return (0);
+ else
+ {
+ float val = 100.0f + 10.0f/LOGTEN * logf(f);
+ return (val < 0.0f ? 0.0f : val);
+ }
+}
+
+float rmstodb(float f)
+{
+ if (f <= 0) return (0);
+ else
+ {
+ float val = 100 + 20.f/LOGTEN * log(f);
+ return (val < 0 ? 0 : val);
+ }
+}
+
+float dbtopow(float f)
+{
+ if (f <= 0)
+ return(0);
+ else
+ {
+ if (f > 870.0f)
+ f = 870.0f;
+ return (expf((LOGTEN * 0.1f) * (f-100.0f)));
+ }
+}
+
+float dbtorms(float f)
+{
+ if (f <= 0)
+ return(0);
+ else
+ {
+ if (f > 485.0f)
+ f = 485.0f;
+ }
+ return (expf((LOGTEN * 0.05f) * (f-100.0f)));
+}
+
+
+float atodb(float a)
+{
+ return 20.0f*log10f(a);
+}
+
+float dbtoa(float db)
+{
+ return powf(10.0f, db * 0.05f);
+ //return expf(0.115129254649702f * db); //faster version from http://openaudio.blogspot.com/2017/02/faster-log10-and-pow.html
+}
+
+
+float fastdbtoa(float db)
+{
+ //return powf(10.0f, db * 0.05f);
+ return expf(0.115129254649702f * db); //faster version from http://openaudio.blogspot.com/2017/02/faster-log10-and-pow.html
+}
+
+
+float maximum (float num1, float num2)
+{
+ return (num1 > num2 ) ? num1 : num2;
+}
+
+float minimum (float num1, float num2)
+{
+ return (num1 < num2 ) ? num1 : num2;
+}
+
+
--- /dev/null
+++ b/leaf/Src/leaf-mempool.c
@@ -1,0 +1,412 @@
+
+/** mpool source significantly modified by Mike Mulshine, Jeff Snyder, et al., Princeton University Music Department **/
+
+/**
+ In short, mpool is distributed under so called "BSD license",
+
+ Copyright (c) 2009-2010 Tatsuhiko Kubo <cubicdaiya@gmail.com>
+ All rights reserved.
+
+ Redistribution and use in source and binary forms, with or without modification,
+ are permitted provided that the following conditions are met:
+
+ * Redistributions of source code must retain the above copyright notice,
+ this list of conditions and the following disclaimer.
+
+ * Redistributions in binary form must reproduce the above copyright notice,
+ this list of conditions and the following disclaimer in the documentation
+ and/or other materials provided with the distribution.
+
+ * Neither the name of the authors nor the names of its contributors
+ may be used to endorse or promote products derived from this software
+ without specific prior written permission.
+
+ THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+ "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
+ LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
+ A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
+ OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
+ SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED
+ TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
+ PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
+ LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
+ NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
+ SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+ */
+
+/* written with C99 style */
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-mempool.h"
+#include "..\leaf.h"
+
+#else
+
+#include "../Inc/leaf-mempool.h"
+#include "../leaf.h"
+
+#endif
+
+/**
+ * private function
+ */
+static inline size_t mpool_align(size_t size);
+static inline mpool_node_t* create_node(char* block_location, mpool_node_t* next, mpool_node_t* prev, size_t size);
+static inline void delink_node(mpool_node_t* node);
+
+/**
+ * create memory pool
+ */
+void mpool_create (char* memory, size_t size, _tMempool* pool)
+{
+ leaf.header_size = mpool_align(sizeof(mpool_node_t));
+
+ pool->mpool = (char*)memory;
+ pool->usize = 0;
+ pool->msize = size;
+
+ pool->head = create_node(pool->mpool, NULL, NULL, pool->msize-leaf.header_size);
+
+ /*
+ for (int i = 0; i < pool->head->size; i++)
+ {
+ memory[i+leaf.header_size]=0;
+ }
+ */
+ //is zeroing out the memory necessary? This takes a long time on large pools - JS
+}
+
+void leaf_pool_init(char* memory, size_t size)
+{
+ mpool_create(memory, size, &leaf._mempool);
+
+ leaf.mempool = &leaf._mempool;
+}
+
+/**
+ * allocate memory from memory pool
+ */
+char* mpool_alloc(size_t asize, _tMempool* pool)
+{
+ // If the head is NULL, the mempool is full
+ if (pool->head == NULL)
+ {
+ leaf_mempool_overrun();
+ return NULL;
+ }
+
+ // Should we alloc the first block large enough or check all blocks and pick the one closest in size?
+ size_t size_to_alloc = mpool_align(asize);
+ mpool_node_t* node_to_alloc = pool->head;
+
+ // Traverse the free list for a large enough block
+ while (node_to_alloc->size < size_to_alloc)
+ {
+ node_to_alloc = node_to_alloc->next;
+
+ // If we reach the end of the free list, there
+ // are no blocks large enough, return NULL
+ if (node_to_alloc == NULL)
+ {
+ leaf_mempool_overrun();
+ return NULL;
+ }
+ }
+
+ // Create a new node after the node to be allocated if there is enough space
+ mpool_node_t* new_node;
+ size_t leftover = node_to_alloc->size - size_to_alloc;
+ node_to_alloc->size = size_to_alloc;
+ if (leftover > leaf.header_size)
+ {
+ long offset = (char*) node_to_alloc - (char*) pool->mpool;
+ offset += leaf.header_size + node_to_alloc->size;
+ new_node = create_node(&pool->mpool[offset],
+ node_to_alloc->next,
+ node_to_alloc->prev,
+ leftover - leaf.header_size);
+ }
+ else
+ {
+ // Add any leftover space to the allocated node to avoid fragmentation
+ node_to_alloc->size += leftover;
+
+ new_node = node_to_alloc->next;
+ }
+
+ // Update the head if we are allocating the first node of the free list
+ // The head will be NULL if there is no space left
+ if (pool->head == node_to_alloc)
+ {
+ pool->head = new_node;
+ }
+
+ // Remove the allocated node from the free list
+ delink_node(node_to_alloc);
+
+ pool->usize += leaf.header_size + node_to_alloc->size;
+
+ if (leaf.clearOnAllocation > 0)
+ {
+ char* new_pool = (char*)node_to_alloc->pool;
+ for (int i = 0; i < node_to_alloc->size; i++) new_pool[i] = 0;
+ }
+
+ // Return the pool of the allocated node;
+ return node_to_alloc->pool;
+}
+
+
+/**
+ * allocate memory from memory pool and also clear that memory to be blank
+ */
+char* mpool_calloc(size_t asize, _tMempool* pool)
+{
+ // If the head is NULL, the mempool is full
+ if (pool->head == NULL)
+ {
+ leaf_mempool_overrun();
+ return NULL;
+ }
+
+ // Should we alloc the first block large enough or check all blocks and pick the one closest in size?
+ size_t size_to_alloc = mpool_align(asize);
+ mpool_node_t* node_to_alloc = pool->head;
+
+ // Traverse the free list for a large enough block
+ while (node_to_alloc->size < size_to_alloc)
+ {
+ node_to_alloc = node_to_alloc->next;
+
+ // If we reach the end of the free list, there
+ // are no blocks large enough, return NULL
+ if (node_to_alloc == NULL)
+ {
+ leaf_mempool_overrun();
+ return NULL;
+ }
+ }
+
+ // Create a new node after the node to be allocated if there is enough space
+ mpool_node_t* new_node;
+ size_t leftover = node_to_alloc->size - size_to_alloc;
+ node_to_alloc->size = size_to_alloc;
+ if (leftover > leaf.header_size)
+ {
+ long offset = (char*) node_to_alloc - (char*) pool->mpool;
+ offset += leaf.header_size + node_to_alloc->size;
+ new_node = create_node(&pool->mpool[offset],
+ node_to_alloc->next,
+ node_to_alloc->prev,
+ leftover - leaf.header_size);
+ }
+ else
+ {
+ // Add any leftover space to the allocated node to avoid fragmentation
+ node_to_alloc->size += leftover;
+
+ new_node = node_to_alloc->next;
+ }
+
+ // Update the head if we are allocating the first node of the free list
+ // The head will be NULL if there is no space left
+ if (pool->head == node_to_alloc)
+ {
+ pool->head = new_node;
+ }
+
+ // Remove the allocated node from the free list
+ delink_node(node_to_alloc);
+
+ pool->usize += leaf.header_size + node_to_alloc->size;
+ // Format the new pool
+ char* new_pool = (char*)node_to_alloc->pool;
+ for (int i = 0; i < node_to_alloc->size; i++) new_pool[i] = 0;
+ // Return the pool of the allocated node;
+ return node_to_alloc->pool;
+}
+
+char* leaf_alloc(size_t size)
+{
+ //printf("alloc %i\n", size);
+ char* block = mpool_alloc(size, &leaf._mempool);
+
+ if (block == NULL) leaf_mempool_overrun();
+
+ return block;
+}
+
+char* leaf_calloc(size_t size)
+{
+ //printf("alloc %i\n", size);
+ char* block = mpool_calloc(size, &leaf._mempool);
+
+ if (block == NULL) leaf_mempool_overrun();
+
+
+ return block;
+}
+
+void mpool_free(char* ptr, _tMempool* pool)
+{
+ //if (ptr < pool->mpool || ptr >= pool->mpool + pool->msize)
+ // Get the node at the freed space
+ mpool_node_t* freed_node = (mpool_node_t*) (ptr - leaf.header_size);
+
+ pool->usize -= leaf.header_size + freed_node->size;
+
+ // Check each node in the list against the newly freed one to see if it's adjacent in memory
+ mpool_node_t* other_node = pool->head;
+ mpool_node_t* next_node;
+ while (other_node != NULL)
+ {
+ next_node = other_node->next;
+ // Check if a node is directly after the freed node
+ if ((long) freed_node + (leaf.header_size + freed_node->size) == (long) other_node)
+ {
+ // Increase freed node's size
+ freed_node->size += leaf.header_size + other_node->size;
+ // If we are merging with the head, move the head forward
+ if (other_node == pool->head) pool->head = pool->head->next;
+ // Delink the merged node
+ delink_node(other_node);
+ }
+
+ // Check if a node is directly before the freed node
+ else if ((long) other_node + (leaf.header_size + other_node->size) == (long) freed_node)
+ {
+ // Increase the merging node's size
+ other_node->size += leaf.header_size + freed_node->size;
+
+ if (other_node != pool->head)
+ {
+ // Delink the merging node
+ delink_node(other_node);
+ // Attach the merging node to the head
+ other_node->next = pool->head;
+ // Merge
+ freed_node = other_node;
+ }
+ else
+ {
+ // If we are merging with the head, move the head forward
+ pool->head = pool->head->next;
+ // Merge
+ freed_node = other_node;
+ }
+ }
+
+ other_node = next_node;
+ }
+
+ // Ensure the freed node is attached to the head
+ freed_node->next = pool->head;
+ if (pool->head != NULL) pool->head->prev = freed_node;
+ pool->head = freed_node;
+
+ // Format the freed pool
+ // char* freed_pool = (char*)freed_node->pool;
+ // for (int i = 0; i < freed_node->size; i++) freed_pool[i] = 0;
+}
+
+void leaf_free(char* ptr)
+{
+ mpool_free(ptr, &leaf._mempool);
+}
+
+size_t mpool_get_size(_tMempool* pool)
+{
+ return pool->msize;
+}
+
+size_t mpool_get_used(_tMempool* pool)
+{
+ return pool->usize;
+}
+
+size_t leaf_pool_get_size(void)
+{
+ return mpool_get_size(&leaf._mempool);
+}
+
+size_t leaf_pool_get_used(void)
+{
+ return mpool_get_used(&leaf._mempool);
+}
+
+char* leaf_pool_get_pool(void)
+{
+ char* buff = leaf._mempool.mpool;
+
+ return buff;
+}
+
+/**
+ * align byte boundary
+ */
+static inline size_t mpool_align(size_t size) {
+ return (size + (MPOOL_ALIGN_SIZE - 1)) & ~(MPOOL_ALIGN_SIZE - 1);
+}
+
+static inline mpool_node_t* create_node(char* block_location, mpool_node_t* next, mpool_node_t* prev, size_t size)
+{
+ mpool_node_t* node = (mpool_node_t*)block_location;
+ node->pool = block_location + leaf.header_size;
+ node->next = next;
+ node->prev = prev;
+ node->size = size;
+
+ return node;
+}
+
+static inline void delink_node(mpool_node_t* node)
+{
+ // If there is a node after the node to remove
+ if (node->next != NULL)
+ {
+ // Close the link
+ node->next->prev = node->prev;
+ }
+ // If there is a node before the node to remove
+ if (node->prev != NULL)
+ {
+ // Close the link
+ node->prev->next = node->next;
+ }
+
+ node->next = NULL;
+ node->prev = NULL;
+}
+
+void leaf_mempool_overrun(void)
+{
+ LEAF_error(1);
+ //TODO: we should make a set of real error codes that are in an enum type
+}
+
+void tMempool_init(tMempool* const mp, char* memory, size_t size)
+{
+ tMempool_initToPool(mp, memory, size, &leaf.mempool);
+}
+
+void tMempool_free(tMempool* const mp)
+{
+ tMempool_freeFromPool(mp, &leaf.mempool);
+}
+
+void tMempool_initToPool (tMempool* const mp, char* memory, size_t size, tMempool* const mem)
+{
+ _tMempool* mm = *mem;
+ _tMempool* m = *mp = (_tMempool*) mpool_alloc(sizeof(_tMempool), mm);
+
+ mpool_create (memory, size, m);
+}
+
+void tMempool_freeFromPool (tMempool* const mp, tMempool* const mem)
+{
+ _tMempool* mm = *mem;
+ _tMempool* m = *mp;
+
+ mpool_free((char*)m, mm);
+}
--- /dev/null
+++ b/leaf/Src/leaf-midi.c
@@ -1,0 +1,980 @@
+/*==============================================================================
+
+ leaf-midi.c
+ Created: 30 Nov 2018 11:29:16am
+ Author: airship
+
+==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-midi.h"
+
+#else
+
+#include "../Inc/leaf-midi.h"
+
+#endif
+
+//====================================================================================
+/* Stack */
+//====================================================================================
+
+void tStack_init(tStack* const stack)
+{
+ _tStack* ns = *stack = (_tStack*) leaf_alloc(sizeof(_tStack));
+
+ ns->ordered = OFALSE;
+ ns->size = 0;
+ ns->pos = 0;
+ ns->capacity = STACK_SIZE;
+
+ for (int i = 0; i < STACK_SIZE; i++) ns->data[i] = -1;
+}
+
+void tStack_free(tStack* const stack)
+{
+ _tStack* ns = *stack;
+
+ leaf_free((char*)ns);
+}
+
+void tStack_initToPool (tStack* const stack, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tStack* ns = *stack = (_tStack*) mpool_alloc(sizeof(_tStack), m);
+
+ ns->ordered = OFALSE;
+ ns->size = 0;
+ ns->pos = 0;
+ ns->capacity = STACK_SIZE;
+
+ for (int i = 0; i < STACK_SIZE; i++) ns->data[i] = -1;
+}
+
+void tStack_freeFromPool (tStack* const stack, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tStack* ns = *stack;
+
+ mpool_free((char*)ns, m);
+}
+
+// If stack contains note, returns index. Else returns -1;
+int tStack_contains(tStack* const stack, uint16_t noteVal)
+{
+ _tStack* ns = *stack;
+ for (int i = 0; i < ns->size; i++)
+ {
+ if (ns->data[i] == noteVal) return i;
+ }
+ return -1;
+}
+
+void tStack_add(tStack* const stack, uint16_t noteVal)
+{
+ _tStack* ns = *stack;
+
+ uint8_t j;
+
+ int whereToInsert = 0;
+ if (ns->ordered)
+ {
+ for (j = 0; j < ns->size; j++)
+ {
+ if (noteVal > ns->data[j])
+ {
+ if ((noteVal < ns->data[j+1]) || (ns->data[j+1] == -1))
+ {
+ whereToInsert = j+1;
+ break;
+ }
+ }
+ }
+ }
+
+ //first move notes that are already in the stack one position to the right
+ for (j = ns->size; j > whereToInsert; j--)
+ {
+ ns->data[j] = ns->data[(j - 1)];
+ }
+
+ //then, insert the new note into the front of the stack
+ ns->data[whereToInsert] = noteVal;
+
+ ns->size++;
+}
+
+int tStack_addIfNotAlreadyThere(tStack* const stack, uint16_t noteVal)
+{
+ _tStack* ns = *stack;
+
+ uint8_t j;
+
+ int added = 0;
+
+ if (tStack_contains(stack, noteVal) == -1)
+ {
+ int whereToInsert = 0;
+ if (ns->ordered)
+ {
+ for (j = 0; j < ns->size; j++)
+ {
+ if (noteVal > ns->data[j])
+ {
+ if ((noteVal < ns->data[j+1]) || (ns->data[j+1] == -1))
+ {
+ whereToInsert = j+1;
+ break;
+ }
+ }
+ }
+ }
+
+ //first move notes that are already in the stack one position to the right
+ for (j = ns->size; j > whereToInsert; j--)
+ {
+ ns->data[j] = ns->data[(j - 1)];
+ }
+
+ //then, insert the new note into the front of the stack
+ ns->data[whereToInsert] = noteVal;
+
+ ns->size++;
+
+ added = 1;
+ }
+
+ return added;
+}
+
+// Remove noteVal. return 1 if removed, 0 if not
+int tStack_remove(tStack* const stack, uint16_t noteVal)
+{
+ _tStack* ns = *stack;
+
+ uint8_t k;
+ int foundIndex = tStack_contains(stack, noteVal);
+ int removed = 0;
+
+ if (foundIndex >= 0)
+ {
+ for (k = 0; k < (ns->size - foundIndex); k++)
+ {
+ if ((k+foundIndex) >= (ns->capacity - 1))
+ {
+ ns->data[k + foundIndex] = -1;
+ }
+ else
+ {
+ ns->data[k + foundIndex] = ns->data[k + foundIndex + 1];
+ if ((k + foundIndex) == (ns->size - 1))
+ {
+ ns->data[k + foundIndex + 1] = -1;
+ }
+ }
+
+ }
+ // in case it got put on the stack multiple times
+ foundIndex--;
+ ns->size--;
+ removed = 1;
+ }
+
+ return removed;
+}
+
+// Doesn't change size of data types
+void tStack_setCapacity(tStack* const stack, uint16_t cap)
+{
+ _tStack* ns = *stack;
+
+ if (cap <= 0)
+ ns->capacity = 1;
+ else if (cap <= STACK_SIZE)
+ ns->capacity = cap;
+ else
+ ns->capacity = STACK_SIZE;
+
+ for (int i = cap; i < STACK_SIZE; i++)
+ {
+ if ((int)ns->data[i] != -1)
+ {
+ ns->data[i] = -1;
+ ns->size -= 1;
+ }
+ }
+
+ if (ns->pos >= cap)
+ {
+ ns->pos = 0;
+ }
+}
+
+int tStack_getSize(tStack* const stack)
+{
+ _tStack* ns = *stack;
+
+ return ns->size;
+}
+
+void tStack_clear(tStack* const stack)
+{
+ _tStack* ns = *stack;
+
+ for (int i = 0; i < STACK_SIZE; i++)
+ {
+ ns->data[i] = -1;
+ }
+ ns->pos = 0;
+ ns->size = 0;
+}
+
+// Next item in order of addition to stack. Return 0-31 if there is a next item to move to. Returns -1 otherwise.
+int tStack_next(tStack* const stack)
+{
+ _tStack* ns = *stack;
+
+ int step = 0;
+ if (ns->size != 0) // if there is at least one note in the stack
+ {
+ if (ns->pos > 0) // if you're not at the most recent note (first one), then go backward in the array (moving from earliest to latest)
+ {
+ ns->pos--;
+ }
+ else
+ {
+ ns->pos = (ns->size - 1); // if you are the most recent note, go back to the earliest note in the array
+ }
+
+ step = ns->data[ns->pos];
+ return step;
+ }
+ else
+ {
+ return -1;
+ }
+}
+
+int tStack_get(tStack* const stack, int which)
+{
+ _tStack* ns = *stack;
+ return ns->data[which];
+}
+
+int tStack_first(tStack* const stack)
+{
+ _tStack* ns = *stack;
+ return ns->data[0];
+}
+
+
+// POLY
+void tPoly_init(tPoly* const polyh, int maxNumVoices)
+{
+ _tPoly* poly = *polyh = (_tPoly*) leaf_alloc(sizeof(_tPoly));
+
+ poly->numVoices = maxNumVoices;
+ poly->maxNumVoices = maxNumVoices;
+ poly->lastVoiceToChange = 0;
+
+ // Arp mode stuff
+ poly->currentVoice = 0;
+ poly->maxLength = 128;
+ poly->currentNote = -1;
+
+ //default learned CCs and notes are just the CCs 1-128 - notes are skipped
+ for (int i = 0; i < 128; i++)
+ {
+ poly->notes[i][0] = 0;
+ poly->notes[i][1] = -1;
+ }
+
+ poly->glideTime = 5.0f;
+
+ poly->ramps = (tRamp*) leaf_alloc(sizeof(tRamp) * poly->maxNumVoices);
+ poly->rampVals = (float*) leaf_alloc(sizeof(float) * poly->maxNumVoices);
+ poly->firstReceived = (oBool*) leaf_alloc(sizeof(oBool) * poly->maxNumVoices);
+ poly->voices = (int**) leaf_alloc(sizeof(int*) * poly->maxNumVoices);
+
+ for (int i = 0; i < poly->maxNumVoices; ++i)
+ {
+ poly->voices[i] = (int*) leaf_alloc(sizeof(int) * 2);
+ poly->voices[i][0] = -1;
+ poly->firstReceived[i] = OFALSE;
+
+ tRamp_init(&poly->ramps[i], poly->glideTime, 1);
+ }
+
+ poly->pitchBend = 0.0f;
+
+ tRamp_init(&poly->pitchBendRamp, 1.0f, 1);
+ tStack_init(&poly->stack);
+ tStack_init(&poly->orderStack);
+
+ poly->pitchGlideIsActive = OFALSE;
+}
+
+void tPoly_free(tPoly* const polyh)
+{
+ _tPoly* poly = *polyh;
+
+ for (int i = 0; i < poly->maxNumVoices; i++)
+ {
+ tRamp_free(&poly->ramps[i]);
+ leaf_free((char*)poly->voices[i]);
+ }
+ tRamp_free(&poly->pitchBendRamp);
+ tStack_free(&poly->stack);
+ tStack_free(&poly->orderStack);
+
+ leaf_free((char*)poly->voices);
+ leaf_free((char*)poly->ramps);
+ leaf_free((char*)poly->rampVals);
+ leaf_free((char*)poly->firstReceived);
+
+ leaf_free((char*)poly);
+}
+
+void tPoly_initToPool (tPoly* const polyh, int maxNumVoices, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPoly* poly = *polyh = (_tPoly*) mpool_alloc(sizeof(_tPoly), m);
+
+ poly->numVoices = maxNumVoices;
+ poly->maxNumVoices = maxNumVoices;
+ poly->lastVoiceToChange = 0;
+
+ // Arp mode stuff
+ poly->currentVoice = 0;
+ poly->maxLength = 128;
+ poly->currentNote = -1;
+
+ //default learned CCs and notes are just the CCs 1-128 - notes are skipped
+ for (int i = 0; i < 128; i++)
+ {
+ poly->notes[i][0] = 0;
+ poly->notes[i][1] = -1;
+ }
+
+ poly->glideTime = 5.0f;
+
+ poly->ramps = (tRamp*) mpool_alloc(sizeof(tRamp) * poly->maxNumVoices, m);
+ poly->rampVals = (float*) mpool_alloc(sizeof(float) * poly->maxNumVoices, m);
+ poly->firstReceived = (oBool*) mpool_alloc(sizeof(oBool) * poly->maxNumVoices, m);
+ poly->voices = (int**) mpool_alloc(sizeof(int*) * poly->maxNumVoices, m);
+
+ for (int i = 0; i < poly->maxNumVoices; ++i)
+ {
+ poly->voices[i] = (int*) mpool_alloc(sizeof(int) * 2, m);
+ poly->voices[i][0] = -1;
+ poly->firstReceived[i] = OFALSE;
+
+ tRamp_initToPool(&poly->ramps[i], poly->glideTime, 1, mp);
+ }
+
+ poly->pitchBend = 0.0f;
+
+ tRamp_initToPool(&poly->pitchBendRamp, 1.0f, 1, mp);
+ tStack_initToPool(&poly->stack, mp);
+ tStack_initToPool(&poly->orderStack, mp);
+
+ poly->pitchGlideIsActive = OFALSE;
+}
+
+void tPoly_freeFromPool (tPoly* const polyh, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPoly* poly = *polyh;
+
+ for (int i = 0; i < poly->maxNumVoices; i++)
+ {
+ tRamp_freeFromPool(&poly->ramps[i], mp);
+ mpool_free((char*)poly->voices[i], m);
+ }
+ tRamp_freeFromPool(&poly->pitchBendRamp, mp);
+ tStack_freeFromPool(&poly->stack, mp);
+ tStack_freeFromPool(&poly->orderStack, mp);
+
+ mpool_free((char*)poly->voices, m);
+ mpool_free((char*)poly->ramps, m);
+ mpool_free((char*)poly->rampVals, m);
+ mpool_free((char*)poly->firstReceived, m);
+
+ mpool_free((char*)poly, m);
+}
+
+void tPoly_tickPitch(tPoly* polyh)
+{
+ tPoly_tickPitchGlide(polyh);
+ tPoly_tickPitchBend(polyh);
+}
+
+void tPoly_tickPitchGlide(tPoly* polyh)
+{
+ _tPoly* poly = *polyh;
+ for (int i = 0; i < poly->maxNumVoices; ++i)
+ {
+ tRamp_tick(&poly->ramps[i]);
+ }
+}
+
+void tPoly_tickPitchBend(tPoly* polyh)
+{
+ _tPoly* poly = *polyh;
+ tRamp_tick(&poly->pitchBendRamp);
+}
+
+void tPoly_setPitchBend(tPoly* const polyh, float pitchBend)
+{
+ _tPoly* poly = *polyh;
+ poly->pitchBend = pitchBend;
+ tRamp_setDest(&poly->pitchBendRamp, poly->pitchBend);
+}
+
+int tPoly_noteOn(tPoly* const polyh, int note, uint8_t vel)
+{
+ _tPoly* poly = *polyh;
+
+ // if not in keymap or already on stack, dont do anything. else, add that note.
+ if (tStack_contains(&poly->stack, note) >= 0) return -1;
+ else
+ {
+ tPoly_orderedAddToStack(polyh, note);
+ tStack_add(&poly->stack, note);
+
+ int alteredVoice = -1;
+ oBool found = OFALSE;
+ for (int i = 0; i < poly->numVoices; i++)
+ {
+ if (poly->voices[i][0] < 0) // if inactive voice, give this note to voice
+ {
+ if (!poly->firstReceived[i] || !poly->pitchGlideIsActive)
+ {
+ tRamp_setVal(&poly->ramps[i], note);
+ poly->firstReceived[i] = OTRUE;
+ }
+
+ found = OTRUE;
+
+ poly->voices[i][0] = note;
+ poly->voices[i][1] = vel;
+ poly->lastVoiceToChange = i;
+ poly->notes[note][0] = vel;
+ poly->notes[note][1] = i;
+
+ tRamp_setDest(&poly->ramps[i], poly->voices[i][0]);
+
+ alteredVoice = i;
+ break;
+ }
+ }
+
+ if (!found) //steal
+ {
+ int whichVoice, whichNote;
+ for (int j = tStack_getSize(&poly->stack) - 1; j >= 0; j--)
+ {
+ whichNote = tStack_get(&poly->stack, j);
+ whichVoice = poly->notes[whichNote][1];
+ if (whichVoice >= 0)
+ {
+ poly->lastVoiceToChange = whichVoice;
+ int oldNote = poly->voices[whichVoice][0];
+ poly->voices[whichVoice][0] = note;
+ poly->voices[whichVoice][1] = vel;
+ poly->notes[oldNote][1] = -1; //mark the stolen voice as inactive (in the second dimension of the notes array)
+ poly->notes[note][0] = vel;
+ poly->notes[note][1] = whichVoice;
+
+ if (poly->pitchGlideIsActive)
+ {
+ tRamp_setTime(&poly->ramps[whichVoice], poly->glideTime);
+ }
+ else
+ {
+ tRamp_setVal(&poly->ramps[whichVoice], note);
+ }
+ tRamp_setDest(&poly->ramps[whichVoice], poly->voices[whichVoice][0]);
+
+ alteredVoice = whichVoice;
+
+ break;
+ }
+ }
+ }
+ return alteredVoice;
+ }
+}
+
+
+int16_t noteToTest = -1;
+
+int tPoly_noteOff(tPoly* const polyh, uint8_t note)
+{
+ _tPoly* poly = *polyh;
+
+ tStack_remove(&poly->stack, note);
+ tStack_remove(&poly->orderStack, note);
+ poly->notes[note][0] = 0;
+ poly->notes[note][1] = -1;
+
+ int deactivatedVoice = -1;
+ for (int i = 0; i < poly->maxNumVoices; i++)
+ {
+ if (poly->voices[i][0] == note)
+ {
+ poly->voices[i][0] = -1;
+ poly->voices[i][1] = 0;
+ poly->lastVoiceToChange = i;
+ deactivatedVoice = i;
+ break;
+ }
+ }
+ /*
+ //monophonic handling
+ if ((poly->numVoices == 1) && (tStack_getSize(poly->stack) > 0))
+ {
+ int oldNote = tStack_first(poly->stack);
+ poly->voices[0][0] = oldNote;
+ poly->voices[0][1] = poly->notes[oldNote][0];
+ poly->lastVoiceToChange = 0;
+ }
+ */
+
+ //grab old notes off the stack if there are notes waiting to replace the free voice
+ if (deactivatedVoice >= 0)
+ {
+ for (int j = 0; j < tStack_getSize(&poly->stack); ++j)
+ {
+ noteToTest = tStack_get(&poly->stack, j);
+
+ if (poly->notes[noteToTest][1] < 0) //if there is a stolen note waiting (marked inactive but on the stack)
+ {
+ poly->voices[deactivatedVoice][0] = noteToTest; //set the newly free voice to use the old stolen note
+ if (poly->pitchGlideIsActive)
+ {
+ tRamp_setTime(&poly->ramps[deactivatedVoice], poly->glideTime);
+ }
+ else
+ {
+ tRamp_setVal(&poly->ramps[deactivatedVoice], noteToTest);
+ }
+ tRamp_setDest(&poly->ramps[deactivatedVoice], poly->voices[deactivatedVoice][0]);
+ poly->voices[deactivatedVoice][1] = poly->notes[noteToTest][0]; // set the velocity of the voice to be the velocity of that note
+ poly->notes[noteToTest][1] = deactivatedVoice; //mark that it is no longer stolen and is now active
+ return -1;
+ }
+ }
+ }
+ return deactivatedVoice;
+}
+
+void tPoly_orderedAddToStack(tPoly* const polyh, uint8_t noteVal)
+{
+ _tPoly* poly = *polyh;
+
+ uint8_t j;
+ int myPitch, thisPitch, nextPitch;
+
+ tStack ns = poly->orderStack;
+
+ int whereToInsert = 0;
+
+ for (j = 0; j < ns->size; j++)
+ {
+ myPitch = noteVal;
+ thisPitch = ns->data[j];
+ nextPitch = ns->data[j+1];
+
+ if (myPitch > thisPitch)
+ {
+ if ((myPitch < nextPitch) || (nextPitch == -1))
+ {
+ whereToInsert = j+1;
+ break;
+ }
+ }
+ }
+
+ //first move notes that are already in the stack one position to the right
+ for (j = ns->size; j > whereToInsert; j--)
+ {
+ ns->data[j] = ns->data[(j - 1)];
+ }
+
+ //then, insert the new note into the front of the stack
+ ns->data[whereToInsert] = noteVal;
+
+ ns->size++;
+
+}
+
+void tPoly_setNumVoices(tPoly* const polyh, uint8_t numVoices)
+{
+ _tPoly* poly = *polyh;
+ poly->numVoices = (numVoices > poly->maxNumVoices) ? poly->maxNumVoices : numVoices;
+}
+
+void tPoly_setPitchGlideActive(tPoly* const polyh, oBool isActive)
+{
+ _tPoly* poly = *polyh;
+ poly->pitchGlideIsActive = isActive;
+}
+
+void tPoly_setPitchGlideTime(tPoly* const polyh, float t)
+{
+ _tPoly* poly = *polyh;
+ poly->glideTime = t;
+ for (int i = 0; i < poly->maxNumVoices; ++i)
+ {
+ tRamp_setTime(&poly->ramps[i], poly->glideTime);
+ }
+}
+
+void tPoly_setBendGlideTime(tPoly* const polyh, float t)
+{
+ _tPoly* poly = *polyh;
+ tRamp_setTime(&poly->pitchBendRamp, t);
+}
+
+void tPoly_setBendSamplesPerTick(tPoly* const polyh, float t)
+{
+ _tPoly* poly = *polyh;
+ poly->pitchBendRamp->samples_per_tick = t;
+}
+
+int tPoly_getNumVoices(tPoly* const polyh)
+{
+ _tPoly* poly = *polyh;
+ return poly->numVoices;
+}
+
+int tPoly_getNumActiveVoices(tPoly* const polyh)
+{
+ _tPoly* poly = *polyh;
+ return LEAF_clip(0, tStack_getSize(&poly->stack), poly->numVoices);
+}
+
+float tPoly_getPitch(tPoly* const polyh, uint8_t voice)
+{
+ _tPoly* poly = *polyh;
+ return tRamp_sample(&poly->ramps[voice]) + tRamp_sample(&poly->pitchBendRamp);
+}
+
+int tPoly_getKey(tPoly* const polyh, uint8_t voice)
+{
+ _tPoly* poly = *polyh;
+ return poly->voices[voice][0];
+}
+
+int tPoly_getVelocity(tPoly* const polyh, uint8_t voice)
+{
+ _tPoly* poly = *polyh;
+ return poly->voices[voice][1];
+}
+
+int tPoly_isOn(tPoly* const polyh, uint8_t voice)
+{
+ _tPoly* poly = *polyh;
+ return (poly->voices[voice][0] > 0) ? 1 : 0;
+}
+
+
+
+
+//tSimplePoly = much more efficient implementation without ramps and glide
+
+
+// SIMPLE POLY
+void tSimplePoly_init(tSimplePoly* const polyh, int maxNumVoices)
+{
+ tSimplePoly_initToPool(polyh, maxNumVoices, &leaf.mempool);
+}
+
+void tSimplePoly_free(tSimplePoly* const polyh)
+{
+ tSimplePoly_freeFromPool(polyh, &leaf.mempool);
+}
+
+void tSimplePoly_initToPool (tSimplePoly* const polyh, int maxNumVoices, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSimplePoly* poly = *polyh = (_tSimplePoly*) mpool_alloc(sizeof(_tSimplePoly), m);
+
+ poly->numVoices = maxNumVoices;
+ poly->maxNumVoices = maxNumVoices;
+
+ for (int i = 0; i < 128; i++)
+ {
+ poly->notes[i][0] = -1;
+ poly->notes[i][1] = 0;
+ }
+ poly->stealing_on = 1;
+ poly->recover_stolen = 1;
+ poly->voices = (int**) mpool_alloc(sizeof(int*) * poly->maxNumVoices, m);
+
+ for (int i = 0; i < poly->maxNumVoices; ++i)
+ {
+ poly->voices[i] = (int*) mpool_alloc(sizeof(int) * 3, m);
+ poly->voices[i][0] = -1;
+ }
+ tStack_initToPool(&poly->stack, mp);
+
+}
+
+void tSimplePoly_freeFromPool (tSimplePoly* const polyh, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSimplePoly* poly = *polyh;
+
+ for (int i = 0; i < poly->maxNumVoices; i++)
+ {
+ mpool_free((char*)poly->voices[i], m);
+ }
+ tStack_freeFromPool(&poly->stack, mp);
+ mpool_free((char*)poly->voices, m);
+ mpool_free((char*)poly, m);
+}
+
+int tSimplePoly_noteOn(tSimplePoly* const polyh, int note, uint8_t vel)
+{
+ _tSimplePoly* poly = *polyh;
+ int whichVoice, whichNote, oldNote, alteredVoice;
+ // if not in keymap or already on stack, dont do anything. else, add that note.
+ if (tStack_contains(&poly->stack, note) >= 0) return -1;
+ else
+ {
+ alteredVoice = -1;
+ oBool found = OFALSE;
+ for (int i = 0; i < poly->numVoices; i++)
+ {
+ if (poly->voices[i][0] == -1) // if inactive voice, give this note to voice
+ {
+
+ found = OTRUE;
+
+ poly->voices[i][0] = note;
+ poly->voices[i][1] = vel;
+ poly->notes[note][0] = i;
+ poly->notes[note][1] = vel;
+ poly->voices[i][2] = note; // voices[i][2] is the output midi note, (avoiding the -1 when a voice is inactive)
+
+ alteredVoice = i;
+ tStack_add(&poly->stack, note);
+ break;
+ }
+ }
+ if (!found)
+ {
+ //second preference is grabbing one that is in release phase but not finished sounding yet
+ for (int i = 0 ; i < poly->numVoices; i++)
+ {
+ if (poly->voices[i][0] == -2) // if voice is released but still sounding, take over this voice
+ {
+
+ found = OTRUE;
+
+ poly->voices[i][0] = note;
+ poly->voices[i][1] = vel;
+ poly->notes[note][0] = i;
+ poly->notes[note][1] = vel;
+ poly->voices[i][2] = note; // voices[i][2] is the output midi note, (avoiding the -1 when a voice is inactive)
+
+ alteredVoice = i;
+ tStack_add(&poly->stack, note);
+ break;
+ }
+ }
+ }
+ if ((!found) && (poly->stealing_on)) //steal
+ {
+ for (int j = tStack_getSize(&poly->stack) - 1; j >= 0; j--)
+ {
+ whichNote = tStack_get(&poly->stack, j);
+ whichVoice = poly->notes[whichNote][0];
+ if (whichVoice >= 0)
+ {
+ oldNote = poly->voices[whichVoice][0];
+ poly->voices[whichVoice][0] = note;
+ poly->voices[whichVoice][1] = vel;
+ poly->notes[oldNote][0] = -3; //mark the stolen voice as stolen (in the second dimension of the notes array)
+ poly->notes[note][0] = whichVoice;
+ poly->notes[note][1] = vel;
+
+ poly->voices[whichVoice][2] = note;
+
+ alteredVoice = whichVoice;
+ tStack_add(&poly->stack, note);
+ break;
+ }
+ }
+ }
+ return alteredVoice;
+ }
+}
+
+
+
+int tSimplePoly_noteOff(tSimplePoly* const polyh, uint8_t note)
+{
+ _tSimplePoly* poly = *polyh;
+ int16_t noteToTest = -1;
+
+ tStack_remove(&poly->stack, note);
+ poly->notes[note][0] = -1;
+
+ int deactivatedVoice = -1;
+ for (int i = 0; i < poly->maxNumVoices; i++)
+ {
+ if (poly->voices[i][0] == note)
+ {
+ poly->voices[i][0] = -1;
+ poly->voices[i][1] = 0;
+ deactivatedVoice = i;
+ break;
+ }
+ }
+
+ if (poly->recover_stolen)
+ {
+ //grab old notes off the stack if there are notes waiting to replace the free voice
+ if (deactivatedVoice >= 0)
+ {
+ for (int j = 0; j < tStack_getSize(&poly->stack); ++j)
+ {
+ noteToTest = tStack_get(&poly->stack, j);
+
+ if (poly->notes[noteToTest][0] == -3) //if there is a stolen note waiting (marked inactive but on the stack)
+ {
+ poly->voices[deactivatedVoice][0] = noteToTest; //set the newly free voice to use the old stolen note
+ poly->voices[deactivatedVoice][1] = poly->notes[noteToTest][1]; // set the velocity of the voice to be the velocity of that note
+ poly->voices[deactivatedVoice][2] = noteToTest;
+ poly->notes[noteToTest][0] = deactivatedVoice; //mark that it is no longer stolen and is now active
+ return -1;
+ }
+ }
+ }
+ }
+ return deactivatedVoice;
+}
+
+
+void tSimplePoly_deactivateVoice(tSimplePoly* const polyh, uint8_t voice)
+{
+ _tSimplePoly* poly = *polyh;
+
+ if (poly->voices[voice][0] == -2) //only do this if the voice is waiting for deactivation (not already reassigned while waiting)
+ {
+ poly->voices[voice][0] = -1;
+ poly->voices[voice][1] = 0;
+ if (poly->recover_stolen)
+ {
+ //grab old notes off the stack if there are notes waiting to replace the free voice
+ for (int j = 0; j < tStack_getSize(&poly->stack); ++j)
+ {
+ noteToTest = tStack_get(&poly->stack, j);
+
+ if (poly->notes[noteToTest][0] == -3) //if there is a stolen note waiting (marked inactive but on the stack)
+ {
+ poly->voices[voice][0] = noteToTest; //set the newly free voice to use the old stolen note
+ poly->voices[voice][1] = poly->notes[noteToTest][1]; // set the velocity of the voice to be the velocity of that note
+ poly->voices[voice][2] = noteToTest;
+ poly->notes[noteToTest][0] = voice; //mark that it is no longer stolen and is now active
+ }
+ }
+ }
+ }
+}
+
+int tSimplePoly_findVoiceAssignedToNote(tSimplePoly* const polyh, uint8_t note)
+{
+ _tSimplePoly* poly = *polyh;
+
+
+ int voiceWithThatNote = -1;
+ for (int i = 0; i < poly->maxNumVoices; i++)
+ {
+ if (poly->voices[i][0] == note)
+ {
+ voiceWithThatNote = i;
+ break;
+ }
+ }
+ return voiceWithThatNote;
+}
+
+
+int tSimplePoly_markPendingNoteOff(tSimplePoly* const polyh, uint8_t note)
+{
+ _tSimplePoly* poly = *polyh;
+ int deactivatedVoice = -1;
+
+ if (tStack_remove(&poly->stack, note))
+
+ {
+
+ poly->notes[note][0] = -2;
+
+
+
+ for (int i = 0; i < poly->maxNumVoices; i++)
+ {
+ if (poly->voices[i][0] == note)
+ {
+ poly->voices[i][0] = -2;
+ poly->voices[i][1] = 0;
+ deactivatedVoice = i;
+ break;
+ }
+ }
+
+
+ }
+ return deactivatedVoice;
+}
+
+void tSimplePoly_setNumVoices(tSimplePoly* const polyh, uint8_t numVoices)
+{
+ _tSimplePoly* poly = *polyh;
+ poly->numVoices = (numVoices > poly->maxNumVoices) ? poly->maxNumVoices : numVoices;
+}
+
+
+int tSimplePoly_getNumVoices(tSimplePoly* const polyh)
+{
+ _tSimplePoly* poly = *polyh;
+ return poly->numVoices;
+}
+
+int tSimplePoly_getNumActiveVoices(tSimplePoly* const polyh)
+{
+ _tSimplePoly* poly = *polyh;
+ return LEAF_clip(0, tStack_getSize(&poly->stack), poly->numVoices);
+}
+
+
+int tSimplePoly_getPitch(tSimplePoly* const polyh, uint8_t voice)
+{
+ _tSimplePoly* poly = *polyh;
+ return poly->voices[voice][2];
+}
+
+//this one returns negative one if the voice is inactive
+int tSimplePoly_getPitchAndCheckActive(tSimplePoly* const polyh, uint8_t voice)
+{
+ _tSimplePoly* poly = *polyh;
+ return poly->voices[voice][0];
+}
+
+int tSimplePoly_getVelocity(tSimplePoly* const polyh, uint8_t voice)
+{
+ _tSimplePoly* poly = *polyh;
+ return poly->voices[voice][1];
+}
+
+int tSimplePoly_isOn(tSimplePoly* const polyh, uint8_t voice)
+{
+ _tSimplePoly* poly = *polyh;
+ return (poly->voices[voice][0] > 0) ? 1 : 0;
+}
--- /dev/null
+++ b/leaf/Src/leaf-oscillators.c
@@ -1,0 +1,1660 @@
+/*==============================================================================
+ leaf-oscillators.c
+ Created: 20 Jan 2017 12:00:58pm
+ Author: Michael R Mulshine
+ ==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-oscillators.h"
+#include "..\leaf.h"
+
+#else
+
+#include "../Inc/leaf-oscillators.h"
+#include "../leaf.h"
+
+#endif
+
+// Cycle
+void tCycle_init(tCycle* const cy)
+{
+ tCycle_initToPool(cy, &leaf.mempool);
+}
+
+void tCycle_free(tCycle* const cy)
+{
+ tCycle_freeFromPool(cy, &leaf.mempool);
+}
+
+void tCycle_initToPool (tCycle* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tCycle* c = *cy = (_tCycle*) mpool_alloc(sizeof(_tCycle), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+
+}
+
+void tCycle_freeFromPool (tCycle* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tCycle* c = *cy;
+
+ mpool_free((char*)c, m);
+}
+
+void tCycle_setFreq(tCycle* const cy, float freq)
+{
+ _tCycle* c = *cy;
+
+ c->freq = freq;
+
+ c->inc = freq * leaf.invSampleRate;
+}
+
+//need to check bounds and wrap table properly to allow through-zero FM
+float tCycle_tick(tCycle* const cy)
+{
+ _tCycle* c = *cy;
+ float temp;;
+ int intPart;;
+ float fracPart;
+ float samp0;
+ float samp1;
+
+ // Phasor increment
+ c->phase += c->inc;
+ while (c->phase >= 1.0f) c->phase -= 1.0f;
+ while (c->phase < 0.0f) c->phase += 1.0f;
+
+ // Wavetable synthesis
+
+ temp = SINE_TABLE_SIZE * c->phase;
+ intPart = (int)temp;
+ fracPart = temp - (float)intPart;
+ samp0 = __leaf_table_sinewave[intPart];
+ if (++intPart >= SINE_TABLE_SIZE) intPart = 0;
+ samp1 = __leaf_table_sinewave[intPart];
+
+ return (samp0 + (samp1 - samp0) * fracPart);
+
+}
+
+void tCycleSampleRateChanged (tCycle* const cy)
+{
+ _tCycle* c = *cy;
+
+ c->inc = c->freq * leaf.invSampleRate;
+}
+
+//========================================================================
+/* Triangle */
+void tTriangle_init(tTriangle* const cy)
+{
+ tTriangle_initToPool(cy, &leaf.mempool);
+}
+
+void tTriangle_free(tTriangle* const cy)
+{
+ tTriangle_freeFromPool(cy, &leaf.mempool);
+}
+
+void tTriangle_initToPool (tTriangle* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTriangle* c = *cy = (_tTriangle*) mpool_alloc(sizeof(_tTriangle), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+ tTriangle_setFreq(cy, 220);
+}
+
+void tTriangle_freeFromPool (tTriangle* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTriangle* c = *cy;
+
+ mpool_free((char*)c, m);
+}
+
+void tTriangle_setFreq(tTriangle* const cy, float freq)
+{
+ _tTriangle* c = *cy;
+
+ c->freq = freq;
+
+ c->inc = c->freq * leaf.invSampleRate;
+
+ c->w = c->freq * INV_20;
+ for (c->oct = 0; c->w > 2.0f; c->oct++)
+ {
+ c->w = 0.5f * c->w;
+ }
+ c->w = 2.0f - c->w;
+}
+
+
+float tTriangle_tick(tTriangle* const cy)
+{
+ _tTriangle* c = *cy;
+
+ // Phasor increment
+ c->phase += c->inc;
+ while (c->phase >= 1.0f) c->phase -= 1.0f;
+ while (c->phase < 0.0f) c->phase += 1.0f;
+
+ float out = 0.0f;
+
+ int idx = (int)(c->phase * TRI_TABLE_SIZE);
+
+ // Wavetable synthesis
+ out = __leaf_table_triangle[c->oct+1][idx] +
+ (__leaf_table_triangle[c->oct][idx] - __leaf_table_triangle[c->oct+1][idx]) * c->w;
+
+ return out;
+}
+
+void tTriangleSampleRateChanged (tTriangle* const cy)
+{
+ _tTriangle* c = *cy;
+
+ c->inc = c->freq * leaf.invSampleRate;
+}
+
+//========================================================================
+/* Square */
+void tSquare_init(tSquare* const cy)
+{
+ tSquare_initToPool(cy, &leaf.mempool);
+}
+
+void tSquare_free(tSquare* const cy)
+{
+ tSquare_freeFromPool(cy, &leaf.mempool);
+}
+
+void tSquare_initToPool (tSquare* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSquare* c = *cy = (_tSquare*) mpool_alloc(sizeof(_tSquare), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+ tSquare_setFreq(cy, 220);
+}
+
+void tSquare_freeFromPool(tSquare* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSquare* c = *cy;
+
+ mpool_free((char*)c, m);
+}
+
+void tSquare_setFreq(tSquare* const cy, float freq)
+{
+ _tSquare* c = *cy;
+
+ c->freq = freq;
+
+ c->inc = c->freq * leaf.invSampleRate;
+
+ c->w = c->freq * INV_20;
+ for (c->oct = 0; c->w > 2.0f; c->oct++)
+ {
+ c->w = 0.5f * c->w;
+ }
+ c->w = 2.0f - c->w;
+}
+
+float tSquare_tick(tSquare* const cy)
+{
+ _tSquare* c = *cy;
+
+ // Phasor increment
+ c->phase += c->inc;
+ while (c->phase >= 1.0f) c->phase -= 1.0f;
+ while (c->phase < 0.0f) c->phase += 1.0f;
+
+ float out = 0.0f;
+
+ int idx = (int)(c->phase * SQR_TABLE_SIZE);
+
+ // Wavetable synthesis
+ out = __leaf_table_squarewave[c->oct+1][idx] +
+ (__leaf_table_squarewave[c->oct][idx] - __leaf_table_squarewave[c->oct+1][idx]) * c->w;
+
+ return out;
+}
+
+void tSquareSampleRateChanged (tSquare* const cy)
+{
+ _tSquare* c = *cy;
+
+ c->inc = c->freq * leaf.invSampleRate;
+}
+
+//=====================================================================
+// Sawtooth
+void tSawtooth_init(tSawtooth* const cy)
+{
+ tSawtooth_initToPool(cy, &leaf.mempool);
+}
+
+void tSawtooth_free(tSawtooth* const cy)
+{
+ tSawtooth_freeFromPool(cy, &leaf.mempool);
+}
+
+void tSawtooth_initToPool (tSawtooth* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSawtooth* c = *cy = (_tSawtooth*) mpool_alloc(sizeof(_tSawtooth), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+ tSawtooth_setFreq(cy, 220);
+}
+
+void tSawtooth_freeFromPool (tSawtooth* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSawtooth* c = *cy;
+
+ mpool_free((char*)c, m);
+}
+
+void tSawtooth_setFreq(tSawtooth* const cy, float freq)
+{
+ _tSawtooth* c = *cy;
+
+ c->freq = freq;
+
+ c->inc = c->freq * leaf.invSampleRate;
+
+ c->w = c->freq * INV_20;
+ for (c->oct = 0; c->w > 2.0f; c->oct++)
+ {
+ c->w = 0.5f * c->w;
+ }
+ c->w = 2.0f - c->w;
+}
+
+float tSawtooth_tick(tSawtooth* const cy)
+{
+ _tSawtooth* c = *cy;
+
+ // Phasor increment
+ c->phase += c->inc;
+ while (c->phase >= 1.0f) c->phase -= 1.0f;
+ while (c->phase < 0.0f) c->phase += 1.0f;
+
+ float out = 0.0f;
+
+ int idx = (int)(c->phase * SAW_TABLE_SIZE);
+
+ // Wavetable synthesis
+ out = __leaf_table_sawtooth[c->oct+1][idx] +
+ (__leaf_table_sawtooth[c->oct][idx] - __leaf_table_sawtooth[c->oct+1][idx]) * c->w;
+
+ return out;
+}
+
+void tSawtoothSampleRateChanged (tSawtooth* const cy)
+{
+ _tSawtooth* c = *cy;
+
+ c->inc = c->freq * leaf.invSampleRate;
+}
+
+//========================================================================
+// Sine
+void tSine_init(tSine* const cy, int size)
+{
+ tSine_initToPool(cy, size, &leaf.mempool);
+}
+
+void tSine_free(tSine* const cy)
+{
+ tSine_freeFromPool(cy, &leaf.mempool);
+}
+
+void tSine_initToPool (tSine* const cy, int size, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSine* c = *cy = (_tSine*) mpool_alloc(sizeof(_tSine), m);
+
+ c->size = size;
+ c->sine = (float*) mpool_alloc(sizeof(float) * c->size, m);
+ LEAF_generate_sine(c->sine, size);
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+}
+
+void tSine_freeFromPool (tSine* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSine* c = *cy;
+
+ mpool_free((char*)c->sine, m);
+ mpool_free((char*)c, m);
+}
+
+void tSine_setFreq(tSine* const cy, float freq)
+{
+ _tSine* c = *cy;
+
+ c->freq = freq;
+ c->inc = freq * leaf.invSampleRate;
+}
+
+float tSine_tick(tSine* const cy)
+{
+ _tSine* c = *cy;
+ float temp;
+ int intPart;
+ float fracPart;
+ float samp0;
+ float samp1;
+
+ // Phasor increment
+ c->phase += c->inc;
+ while (c->phase >= 1.0f) c->phase -= 1.0f;
+ while (c->phase < 0.0f) c->phase += 1.0f;
+
+ // Wavetable synthesis
+
+ temp = c->size * c->phase;
+ intPart = (int)temp;
+ fracPart = temp - (float)intPart;
+ samp0 = c->sine[intPart];
+ if (++intPart >= c->size) intPart = 0;
+ samp1 = c->sine[intPart];
+
+ return (samp0 + (samp1 - samp0) * fracPart);
+
+}
+
+void tSineSampleRateChanged (tSine* const cy)
+{
+ _tSine* c = *cy;
+
+ c->inc = c->freq * leaf.invSampleRate;
+}
+
+//==============================================================================
+
+/* tTri: Anti-aliased Triangle waveform. */
+void tTri_init (tTri* const osc)
+{
+ tTri_initToPool(osc, &leaf.mempool);
+}
+
+void tTri_free (tTri* const osc)
+{
+ tTri_freeFromPool(osc, &leaf.mempool);
+}
+
+void tTri_initToPool (tTri* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTri* c = *osc = (_tTri*) mpool_alloc(sizeof(_tTri), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+ c->skew = 0.5f;
+ c->lastOut = 0.0f;
+}
+
+void tTri_freeFromPool (tTri* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tTri* c = *cy;
+
+ mpool_free((char*)c, m);
+}
+
+float tTri_tick (tTri* const osc)
+{
+ _tTri* c = *osc;
+
+ float out;
+ float skew;
+
+ if (c->phase < c->skew)
+ {
+ out = 1.0f;
+ skew = (1.0f - c->skew) * 2.0f;
+ }
+ else
+ {
+ out = -1.0f;
+ skew = c->skew * 2.0f;
+ }
+
+ out += LEAF_poly_blep(c->phase, c->inc);
+ out -= LEAF_poly_blep(fmod(c->phase + (1.0f - c->skew), 1.0f), c->inc);
+
+ out = (skew * c->inc * out) + ((1 - c->inc) * c->lastOut);
+ c->lastOut = out;
+
+ c->phase += c->inc;
+ if (c->phase >= 1.0f)
+ {
+ c->phase -= 1.0f;
+ }
+
+ return out;
+}
+
+void tTri_setFreq (tTri* const osc, float freq)
+{
+ _tTri* c = *osc;
+
+ c->freq = freq;
+ c->inc = freq * leaf.invSampleRate;
+}
+
+void tTri_setSkew (tTri* const osc, float skew)
+{
+ _tTri* c = *osc;
+ c->skew = (skew + 1.0f) * 0.5f;
+}
+
+
+//==============================================================================
+
+/* tPulse: Anti-aliased pulse waveform. */
+void tPulse_init (tPulse* const osc)
+{
+ tPulse_initToPool(osc, &leaf.mempool);
+}
+
+void tPulse_free (tPulse* const osc)
+{
+ tPulse_freeFromPool(osc, &leaf.mempool);
+}
+
+void tPulse_initToPool (tPulse* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPulse* c = *osc = (_tPulse*) mpool_alloc(sizeof(_tPulse), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+ c->width = 0.5f;
+}
+
+void tPulse_freeFromPool(tPulse* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPulse* c = *osc;
+
+ mpool_free((char*)c, m);
+}
+
+float tPulse_tick (tPulse* const osc)
+{
+ _tPulse* c = *osc;
+
+ float out;
+ if (c->phase < c->width) out = 1.0f;
+ else out = -1.0f;
+ out += LEAF_poly_blep(c->phase, c->inc);
+ out -= LEAF_poly_blep(fmod(c->phase + (1.0f - c->width), 1.0f), c->inc);
+
+ c->phase += c->inc;
+ if (c->phase >= 1.0f)
+ {
+ c->phase -= 1.0f;
+ }
+
+ return out;
+}
+
+void tPulse_setFreq (tPulse* const osc, float freq)
+{
+ _tPulse* c = *osc;
+
+ c->freq = freq;
+ c->inc = freq * leaf.invSampleRate;
+}
+
+void tPulse_setWidth (tPulse* const osc, float width)
+{
+ _tPulse* c = *osc;
+ c->width = width;
+}
+
+
+//==============================================================================
+
+/* tSawtooth: Anti-aliased Sawtooth waveform. */
+void tSaw_init (tSaw* const osc)
+{
+ tSaw_initToPool(osc, &leaf.mempool);
+}
+
+void tSaw_free (tSaw* const osc)
+{
+ tSaw_freeFromPool(osc, &leaf.mempool);
+}
+
+void tSaw_initToPool (tSaw* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSaw* c = *osc = (_tSaw*) mpool_alloc(sizeof(_tSaw), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+}
+
+void tSaw_freeFromPool (tSaw* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSaw* c = *osc;
+
+ mpool_free((char*)c, m);
+}
+
+float tSaw_tick (tSaw* const osc)
+{
+ _tSaw* c = *osc;
+
+ float out = (c->phase * 2.0f) - 1.0f;
+ out -= LEAF_poly_blep(c->phase, c->inc);
+
+ c->phase += c->inc;
+ if (c->phase >= 1.0f)
+ {
+ c->phase -= 1.0f;
+ }
+
+ return out;
+}
+
+void tSaw_setFreq (tSaw* const osc, float freq)
+{
+ _tSaw* c = *osc;
+
+ c->freq = freq;
+
+ c->inc = freq * leaf.invSampleRate;
+}
+
+//========================================================================
+/* Phasor */
+void tPhasorSampleRateChanged (tPhasor* const ph)
+{
+ _tPhasor* p = *ph;
+
+ p->inc = p->freq * leaf.invSampleRate;
+};
+
+void tPhasor_init(tPhasor* const ph)
+{
+ tPhasor_initToPool(ph, &leaf.mempool);
+}
+
+void tPhasor_free(tPhasor* const ph)
+{
+ tPhasor_freeFromPool(ph, &leaf.mempool);
+}
+
+void tPhasor_initToPool (tPhasor* const ph, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPhasor* p = *ph = (_tPhasor*) mpool_alloc(sizeof(_tPhasor), m);
+
+ p->phase = 0.0f;
+ p->inc = 0.0f;
+ p->phaseDidReset = 0;
+}
+
+void tPhasor_freeFromPool(tPhasor* const ph, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPhasor* p = *ph;
+
+ mpool_free((char*)p, m);
+}
+
+void tPhasor_setFreq(tPhasor* const ph, float freq)
+{
+ _tPhasor* p = *ph;
+
+ p->freq = freq;
+
+ p->inc = freq * leaf.invSampleRate;
+}
+
+float tPhasor_tick(tPhasor* const ph)
+{
+ _tPhasor* p = *ph;
+
+ p->phase += p->inc;
+
+
+ p->phaseDidReset = 0;
+ if (p->phase >= 1.0f)
+ {
+ p->phaseDidReset = 1;
+ p->phase -= 1.0f;
+ }
+
+ return p->phase;
+}
+
+/* Noise */
+void tNoise_init(tNoise* const ns, NoiseType type)
+{
+ tNoise_initToPool(ns, type, &leaf.mempool);
+}
+
+void tNoise_free(tNoise* const ns)
+{
+ tNoise_freeFromPool(ns, &leaf.mempool);
+}
+
+void tNoise_initToPool (tNoise* const ns, NoiseType type, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tNoise* n = *ns = (_tNoise*) mpool_alloc(sizeof(_tNoise), m);
+
+ n->type = type;
+ n->rand = leaf.random;
+}
+
+void tNoise_freeFromPool (tNoise* const ns, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tNoise* n = *ns;
+
+ mpool_free((char*)n, m);
+}
+
+float tNoise_tick(tNoise* const ns)
+{
+ _tNoise* n = *ns;
+
+ float rand = (n->rand() * 2.0f) - 1.0f;
+
+ if (n->type == PinkNoise)
+ {
+ float tmp;
+ n->pinkb0 = 0.99765f * n->pinkb0 + rand * 0.0990460f;
+ n->pinkb1 = 0.96300f * n->pinkb1 + rand * 0.2965164f;
+ n->pinkb2 = 0.57000f * n->pinkb2 + rand * 1.0526913f;
+ tmp = n->pinkb0 + n->pinkb1 + n->pinkb2 + rand * 0.1848f;
+ return (tmp * 0.05f);
+ }
+ else // WhiteNoise
+ {
+ return rand;
+ }
+}
+
+//=================================================================================
+/* Neuron */
+
+void tNeuronSampleRateChanged(tNeuron* nr)
+{
+
+}
+
+void tNeuron_init(tNeuron* const nr)
+{
+ tNeuron_initToPool(nr, &leaf.mempool);
+}
+
+void tNeuron_free(tNeuron* const nr)
+{
+ tNeuron_freeFromPool(nr, &leaf.mempool);
+}
+
+void tNeuron_initToPool (tNeuron* const nr, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tNeuron* n = *nr = (_tNeuron*) mpool_alloc(sizeof(_tNeuron), m);
+
+ tPoleZero_initToPool(&n->f, mp);
+
+ tPoleZero_setBlockZero(&n->f, 0.99f);
+
+ n->timeStep = 1.0f / 50.0f;
+
+ n->current = 0.0f; // 100.0f for sound
+ n->voltage = 0.0f;
+
+ n->mode = NeuronNormal;
+
+ n->P[0] = 0.0f;
+ n->P[1] = 0.0f;
+ n->P[2] = 1.0f;
+
+ n->V[0] = -12.0f;
+ n->V[1] = 115.0f;
+ n->V[2] = 10.613f;
+
+ n->gK = 36.0f;
+ n->gN = 120.0f;
+ n->gL = 0.3f;
+ n->C = 1.0f;
+
+ n->rate[2] = n->gL/n->C;
+}
+
+void tNeuron_freeFromPool(tNeuron* const nr, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tNeuron* n = *nr;
+
+ tPoleZero_free(&n->f);
+ mpool_free((char*)n, m);
+}
+
+void tNeuron_reset(tNeuron* const nr)
+{
+ _tNeuron* n = *nr;
+
+ tPoleZero_setBlockZero(&n->f, 0.99f);
+
+ n->timeStep = 1.0f / 50.0f;
+
+ n->current = 0.0f; // 100.0f for sound
+ n->voltage = 0.0f;
+
+ n->mode = NeuronNormal;
+
+ n->P[0] = 0.0f;
+ n->P[1] = 0.0f;
+ n->P[2] = 1.0f;
+
+ n->V[0] = -12.0f;
+ n->V[1] = 115.0f;
+ n->V[2] = 10.613f;
+
+ n->gK = 36.0f;
+ n->gN = 120.0f;
+ n->gL = 0.3f;
+ n->C = 1.0f;
+
+ n->rate[2] = n->gL/n->C;
+}
+
+void tNeuron_setV1(tNeuron* const nr, float V1)
+{
+ _tNeuron* n = *nr;
+ n->V[0] = V1;
+}
+
+
+void tNeuron_setV2(tNeuron* const nr, float V2)
+{
+ _tNeuron* n = *nr;
+ n->V[1] = V2;
+}
+
+void tNeuron_setV3(tNeuron* const nr, float V3)
+{
+ _tNeuron* n = *nr;
+ n->V[2] = V3;
+}
+
+void tNeuron_setTimeStep(tNeuron* const nr, float timeStep)
+{
+ _tNeuron* n = *nr;
+ n->timeStep = timeStep;
+}
+
+void tNeuron_setK(tNeuron* const nr, float K)
+{
+ _tNeuron* n = *nr;
+ n->gK = K;
+}
+
+void tNeuron_setL(tNeuron* const nr, float L)
+{
+ _tNeuron* n = *nr;
+ n->gL = L;
+ n->rate[2] = n->gL/n->C;
+}
+
+void tNeuron_setN(tNeuron* const nr, float N)
+{
+ _tNeuron* n = *nr;
+ n->gN = N;
+}
+
+void tNeuron_setC(tNeuron* const nr, float C)
+{
+ _tNeuron* n = *nr;
+ n->C = C;
+ n->rate[2] = n->gL/n->C;
+}
+
+float tNeuron_tick(tNeuron* const nr)
+{
+ _tNeuron* n = *nr;
+
+ float output = 0.0f;
+ float voltage = n->voltage;
+
+ n->alpha[0] = (0.01f * (10.0f - voltage)) / (expf((10.0f - voltage)/10.0f) - 1.0f);
+ n->alpha[1] = (0.1f * (25.0f-voltage)) / (expf((25.0f-voltage)/10.0f) - 1.0f);
+ n->alpha[2] = (0.07f * expf((-1.0f * voltage)/20.0f));
+
+ n->beta[0] = (0.125f * expf((-1.0f* voltage)/80.0f));
+ n->beta[1] = (4.0f * expf((-1.0f * voltage)/18.0f));
+ n->beta[2] = (1.0f / (expf((30.0f-voltage)/10.0f) + 1.0f));
+
+ for (int i = 0; i < 3; i++)
+ {
+ n->P[i] = (n->alpha[i] * n->timeStep) + ((1.0f - ((n->alpha[i] + n->beta[i]) * n->timeStep)) * n->P[i]);
+
+ if (n->P[i] > 1.0f) n->P[i] = 0.0f;
+ else if (n->P[i] < -1.0f) n->P[i] = 0.0f;
+ }
+ // rate[0]= k ; rate[1] = Na ; rate[2] = l
+ n->rate[0] = ((n->gK * powf(n->P[0], 4.0f)) / n->C);
+ n->rate[1] = ((n->gN * powf(n->P[1], 3.0f) * n->P[2]) / n->C);
+
+ //calculate the final membrane voltage based on the computed variables
+ n->voltage = voltage +
+ (n->timeStep * n->current / n->C) -
+ (n->timeStep * ( n->rate[0] * (voltage - n->V[0]) + n->rate[1] * (voltage - n->V[1]) + n->rate[2] * (voltage - n->V[2])));
+
+ if (n->mode == NeuronTanh)
+ {
+ n->voltage = 100.0f * tanhf(0.01f * n->voltage);
+ }
+ else if (n->mode == NeuronAaltoShaper)
+ {
+ float shapeVoltage = 0.01f * n->voltage;
+
+ float w, c, xc, xc2, xc4;
+
+ float sqrt8 = 2.82842712475f;
+
+ float wscale = 1.30612244898f;
+ float m_drive = 1.0f;
+
+ xc = LEAF_clip(-sqrt8, shapeVoltage, sqrt8);
+
+ xc2 = xc*xc;
+
+ c = 0.5f * shapeVoltage * (3.0f - (xc2));
+
+ xc4 = xc2 * xc2;
+
+ w = (1.0f - xc2 * 0.25f + xc4 * 0.015625f) * wscale;
+
+ shapeVoltage = w * (c + 0.05f * xc2) * (m_drive + 0.75f);
+
+ n->voltage = 100.0f * shapeVoltage;
+ }
+
+
+ if (n->voltage > 100.0f) n->voltage = 100.0f;
+ else if (n->voltage < -100.) n->voltage = -100.0f;
+
+ //(inputCurrent + (voltage - ((voltage * timeStep) / timeConstant)) + P[0] + P[1] + P[2]) => voltage;
+ // now we should have a result
+ //set the output voltage to the "step" ugen, which controls the DAC.
+ output = n->voltage * 0.01f; // volts
+
+ output = tPoleZero_tick(&n->f, output);
+
+ return output;
+
+}
+
+void tNeuron_setMode (tNeuron* const nr, NeuronMode mode)
+{
+ _tNeuron* n = *nr;
+ n->mode = mode;
+}
+
+void tNeuron_setCurrent (tNeuron* const nr, float current)
+{
+ _tNeuron* n = *nr;
+ n->current = current;
+}
+
+
+
+void tMinBLEP_init (tMinBLEP* const minblep, int zeroCrossings, int oversamplerRatio)
+{
+ tMinBLEP_initToPool(minblep, zeroCrossings, oversamplerRatio, &leaf.mempool);
+}
+
+void tMinBLEP_free (tMinBLEP* const minblep)
+{
+ tMinBLEP_freeFromPool(minblep, &leaf.mempool);
+}
+
+void tMinBLEP_initToPool (tMinBLEP* const minblep, int zeroCrossings, int oversamplerRatio, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMinBLEP* mb = *minblep = (_tMinBLEP*) mpool_alloc(sizeof(_tMinBLEP), m);
+
+ mb->overSamplingRatio = zeroCrossings;
+ mb->zeroCrossings = oversamplerRatio;
+ mb->returnDerivative = 0;
+ mb->proportionalBlepFreq = (float) mb->zeroCrossings / (float) mb->overSamplingRatio; // defaults to NyQuist ....
+
+ mb->lastValue = 0;
+ mb->lastDelta = 0;
+
+// float* x1, x2, y1, y2;
+ // AA FILTER
+// zeromem (coefficients, sizeof (coefficients));
+
+ mb->minBlepSize = (mb->zeroCrossings * 2 * mb->overSamplingRatio) + 1;
+
+ mb->ratio = 1;
+ mb->lastRatio = 1;
+
+// createLowPass (ratio);
+// resetFilters();
+
+ mb->blepIndex = 0;
+ mb->numActiveBleps = 0;
+ //currentActiveBlepOffsets;
+
+ // These probably don't need to be this large
+ mb->offset = (float*) mpool_alloc(sizeof(float) * mb->minBlepSize, m);
+// mb->freqMultiple = (float*) mpool_alloc(sizeof(float) * mb->minBlepSize, m);
+ mb->pos_change_magnitude = (float*) mpool_alloc(sizeof(float) * mb->minBlepSize, m);
+ mb->vel_change_magnitude = (float*) mpool_alloc(sizeof(float) * mb->minBlepSize, m);
+
+ mb->minBlepArray = (float*) mpool_alloc(sizeof(float) * mb->minBlepSize, m);
+ mb->minBlepDerivArray = (float*) mpool_alloc(sizeof(float) * mb->minBlepSize, m);
+
+ tMinBLEP_buildBLEP(minblep);
+}
+
+void tMinBLEP_freeFromPool (tMinBLEP* const minblep, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMinBLEP* mb = *minblep;
+
+ mpool_free((char*)mb->offset, m);
+// mpool_free(mb->freqMultiple, m);
+ mpool_free((char*)mb->pos_change_magnitude, m);
+ mpool_free((char*)mb->vel_change_magnitude, m);
+
+ mpool_free((char*)mb->minBlepArray, m);
+ mpool_free((char*)mb->minBlepDerivArray, m);
+
+ mpool_free((char*)mb, m);
+}
+
+// SINC Function
+static float SINC(float x)
+{
+ float pix;
+
+ if(x == 0.0f)
+ return 1.0f;
+ else
+ {
+ pix = PI * x;
+ return sinf(pix) / pix;
+ }
+}
+
+// Generate Blackman Window
+static void BlackmanWindow(int n, float *w)
+{
+ int m = n - 1;
+ int i;
+ float f1, f2, fm;
+
+ fm = (float)m;
+ for(i = 0; i <= m; i++)
+ {
+ f1 = (2.0f * PI * (float)i) / fm;
+ f2 = 2.0f * f1;
+ w[i] = 0.42f - (0.5f * cosf(f1)) + (0.08f * cosf(f2));
+ }
+}
+
+// Discrete Fourier Transform
+static void DFT(int n, float *realTime, float *imagTime, float *realFreq, float *imagFreq)
+{
+ int k, i;
+ float sr, si, p;
+
+ for(k = 0; k < n; k++)
+ {
+ realFreq[k] = 0.0f;
+ imagFreq[k] = 0.0f;
+ }
+
+ for(k = 0; k < n; k++)
+ for(i = 0; i < n; i++)
+ {
+ p = (2.0f * PI * (float)(k * i)) / n;
+ sr = cosf(p);
+ si = -sinf(p);
+ realFreq[k] += (realTime[i] * sr) - (imagTime[i] * si);
+ imagFreq[k] += (realTime[i] * si) + (imagTime[i] * sr);
+ }
+}
+
+// Inverse Discrete Fourier Transform
+static void InverseDFT(int n, float *realTime, float *imagTime, float *realFreq, float *imagFreq)
+{
+ int k, i;
+ float sr, si, p;
+
+ for(k = 0; k < n; k++)
+ {
+ realTime[k] = 0.0f;
+ imagTime[k] = 0.0f;
+ }
+
+ for(k = 0; k < n; k++)
+ {
+ for(i = 0; i < n; i++)
+ {
+ p = (2.0f * PI * (float)(k * i)) / n;
+ sr = cosf(p);
+ si = -sinf(p);
+ realTime[k] += (realFreq[i] * sr) + (imagFreq[i] * si);
+ imagTime[k] += (realFreq[i] * si) - (imagFreq[i] * sr);
+ }
+ realTime[k] /= n;
+ imagTime[k] /= n;
+ }
+}
+
+// Complex Absolute Value
+static float complexabs(float x, float y)
+{
+ return sqrtf((x * x) + (y * y));
+}
+
+// Complex Exponential
+static void complexexp(float x, float y, float *zx, float *zy)
+{
+ float expx;
+
+ expx = expf(x);
+ *zx = expx * cosf(y);
+ *zy = expx * sinf(y);
+}
+
+// Compute Real Cepstrum Of Signal
+static void RealCepstrum(int n, float *signal, float *realCepstrum)
+{
+ int i;
+
+ float realTime[n];
+ float imagTime[n];
+ float realFreq[n];
+ float imagFreq[n];
+
+ // Compose Complex FFT Input
+
+ for(i = 0; i < n; i++)
+ {
+ realTime[i] = signal[i];
+ imagTime[i] = 0.0f;
+ }
+
+ // Perform DFT
+
+ DFT(n, realTime, imagTime, realFreq, imagFreq);
+
+ // Calculate Log Of Absolute Value
+
+ for(i = 0; i < n; i++)
+ {
+ realFreq[i] = logf(complexabs(realFreq[i], imagFreq[i]));
+ imagFreq[i] = 0.0f;
+ }
+
+ // Perform Inverse FFT
+
+ InverseDFT(n, realTime, imagTime, realFreq, imagFreq);
+
+ // Output Real Part Of FFT
+ for(i = 0; i < n; i++)
+ realCepstrum[i] = realTime[i];
+}
+
+// Compute Minimum Phase Reconstruction Of Signal
+static void MinimumPhase(int n, float *realCepstrum, float *minimumPhase)
+{
+ int i, nd2;
+ float realTime[n];
+ float imagTime[n];
+ float realFreq[n];
+ float imagFreq[n];
+
+ nd2 = n / 2;
+
+ if((n % 2) == 1)
+ {
+ realTime[0] = realCepstrum[0];
+ for(i = 1; i < nd2; i++)
+ realTime[i] = 2.0f * realCepstrum[i];
+ for(i = nd2; i < n; i++)
+ realTime[i] = 0.0f;
+ }
+ else
+ {
+ realTime[0] = realCepstrum[0];
+ for(i = 1; i < nd2; i++)
+ realTime[i] = 2.0f * realCepstrum[i];
+ realTime[nd2] = realCepstrum[nd2];
+ for(i = nd2 + 1; i < n; i++)
+ realTime[i] = 0.0f;
+ }
+
+ for(i = 0; i < n; i++)
+ imagTime[i] = 0.0f;
+
+ DFT(n, realTime, imagTime, realFreq, imagFreq);
+
+ for(i = 0; i < n; i++)
+ complexexp(realFreq[i], imagFreq[i], &realFreq[i], &imagFreq[i]);
+
+ InverseDFT(n, realTime, imagTime, realFreq, imagFreq);
+
+ for(i = 0; i < n; i++)
+ minimumPhase[i] = realTime[i];
+}
+
+
+// Generate the MinBLEP
+void tMinBLEP_buildBLEP(tMinBLEP* const minblep)
+{
+ _tMinBLEP* m = *minblep;
+
+ int i, n;
+ float r, a, b;
+
+ n = m->minBlepSize;
+
+ // Generate Sinc
+
+ a = -m->overSamplingRatio;
+ b = m->overSamplingRatio;
+ for(i = 0; i < n; i++)
+ {
+ r = ((float)i) / ((float)(n - 1));
+ m->minBlepArray[i] = SINC(a + (r * (b - a)));
+ m->minBlepDerivArray[i] = 0;
+ }
+
+ // Window Sinc
+
+ BlackmanWindow(n, m->minBlepDerivArray);
+ for(i = 0; i < n; i++)
+ m->minBlepArray[i] *= m->minBlepDerivArray[i];
+
+ // Minimum Phase Reconstruction
+
+ RealCepstrum(n, m->minBlepArray, m->minBlepDerivArray);
+ MinimumPhase(n, m->minBlepDerivArray, m->minBlepArray);
+
+ // Integrate Into MinBLEP
+ a = 0.0f;
+ float secondInt = 0.0f;
+ for(i = 0; i < n; i++)
+ {
+ a += m->minBlepArray[i];
+ m->minBlepArray[i] = a;
+
+ secondInt += a;
+ m->minBlepDerivArray[i] = secondInt;
+ }
+
+ // Normalize
+ a = m->minBlepArray[n - 1];
+ a = 1.0f / a;
+ b = 0.0f;
+ for(i = 0; i < n; i++)
+ {
+ m->minBlepArray[i] *= a;
+ b = fmaxf(b, m->minBlepDerivArray[i]);
+ }
+
+ // Normalize ...
+ b = 1.0f/b;
+ for (i = 0; i < n; i++)
+ {
+ m->minBlepDerivArray[i] *= b;
+ m->minBlepDerivArray[i] -= ((float)i) / ((float) n-1);
+
+ // SUBTRACT 1 and invert so the signal (so it goes 1->0)
+ m->minBlepArray[i] -= 1.0f;
+ m->minBlepArray[i] = -m->minBlepArray[i];
+ }
+}
+
+void tMinBLEP_addBLEP (tMinBLEP* const minblep, float offset, float posChange, float velChange)
+{
+ _tMinBLEP* m = *minblep;
+
+ int n = m->minBlepSize;
+
+ m->offset[m->blepIndex] = offset;
+// m->freqMultiple[m->blepIndex] = m->overSamplingRatio*m->proportionalBlepFreq;
+ m->pos_change_magnitude[m->blepIndex] = posChange;
+ m->vel_change_magnitude[m->blepIndex] = velChange;
+
+ m->blepIndex++;
+ if (m->blepIndex >= n) m->blepIndex = 0;
+
+ m->numActiveBleps++;
+}
+
+float tMinBLEP_tick (tMinBLEP* const minblep, float input)
+{
+ _tMinBLEP* m = *minblep;
+ // PROCESS ALL BLEPS -
+ /// for each offset, copy a portion of the blep array to the output ....
+
+ float sample = input;
+
+ int n = m->minBlepSize;
+
+ for (int blep = 1; blep <= m->numActiveBleps; blep++)
+ {
+ int i = (m->blepIndex - blep + n) % n;
+ float adjusted_Freq = m->overSamplingRatio*m->proportionalBlepFreq;//m->freqMultiple[i];
+ float exactPosition = m->offset[i];
+
+ float blepPosExact = adjusted_Freq*(exactPosition + 1); // +1 because this needs to trigger on the LOW SAMPLE
+ float blepPosSample = 0;
+ float fraction = modff(blepPosExact, &blepPosSample);
+
+ // LIMIT the scaling on the derivative array
+ // otherwise, it can get TOO large
+ float depthLimited = m->proportionalBlepFreq; //jlimit<double>(.1, 1, proportionalBlepFreq);
+ float blepDeriv_PosExact = depthLimited*m->overSamplingRatio*(exactPosition + 1);
+ float blepDeriv_Sample = 0;
+ float fraction_Deriv = modff(blepDeriv_PosExact, &blepDeriv_Sample);
+
+
+ // DONE ... we reached the end ...
+ if (((int) blepPosExact > n) && ((int) blepDeriv_PosExact > n))
+ break;
+
+ // BLEP has not yet occurred ...
+ if (blepPosExact < 0)
+ continue;
+
+
+ // 0TH ORDER COMPENSATION ::::
+ /// add the BLEP to compensate for discontinuties in the POSITION
+ if ( fabs(m->pos_change_magnitude[i]) > 0 && blepPosSample < n)
+ {
+ // LINEAR INTERPOLATION ::::
+ float lowValue = m->minBlepArray[(int) blepPosSample];
+ float hiValue = lowValue;
+
+ if ((int) blepPosSample + 1 < n)
+ hiValue = m->minBlepArray[(int) blepPosSample + 1];
+
+ float delta = hiValue - lowValue;
+ float exactValue = lowValue + fraction*delta;
+
+ // SCALE by the discontinuity magnitude
+ exactValue *= m->pos_change_magnitude[i];
+
+ // ADD to the thruput
+ sample += exactValue;
+ }
+
+
+ // 1ST ORDER COMPENSATION ::::
+ /// add the BLEP DERIVATIVE to compensate for discontinuties in the VELOCITY
+ if ( fabs(m->vel_change_magnitude[i]) > 0 && blepDeriv_PosExact < n)
+ {
+
+ // LINEAR INTERPOLATION ::::
+ double lowValue = m->minBlepDerivArray[(int) blepDeriv_PosExact];
+ double hiValue = lowValue;
+
+ if ((int) blepDeriv_PosExact + 1 < n)
+ hiValue = m->minBlepDerivArray[(int) blepDeriv_PosExact + 1];
+
+ double delta = hiValue - lowValue;
+ double exactValue = lowValue + fraction_Deriv*delta;
+
+ // SCALE by the discontinuity magnitude`
+ exactValue *= m->vel_change_magnitude[i];
+
+ // ADD to the thruput
+ sample += exactValue;
+
+ }
+
+ // UPDATE ::::
+ m->offset[i] += 1.0f;
+ if (m->offset[i] * adjusted_Freq > n)
+ {
+ m->numActiveBleps--;
+ }
+ }
+ return sample;
+}
+
+//==============================================================================
+
+/* tMBTriangle: Anti-aliased Triangle waveform. */
+void tMBTriangle_init (tMBTriangle* const osc)
+{
+ tMBTriangle_initToPool(osc, &leaf.mempool);
+}
+
+void tMBTriangle_free (tMBTriangle* const osc)
+{
+ tMBTriangle_freeFromPool(osc, &leaf.mempool);
+}
+
+void tMBTriangle_initToPool (tMBTriangle* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMBTriangle* c = *osc = (_tMBTriangle*) mpool_alloc(sizeof(_tMBTriangle), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+ c->skew = 0.5f;
+ c->lastOut = 0.0f;
+
+ tMinBLEP_initToPool(&c->minBlep, 16, 32, mp);
+ tHighpass_initToPool(&c->dcBlock, 5.0f, mp);
+}
+
+void tMBTriangle_freeFromPool (tMBTriangle* const cy, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMBTriangle* c = *cy;
+
+ tMinBLEP_freeFromPool(&c->minBlep, mp);
+ tHighpass_freeFromPool(&c->dcBlock, mp);
+
+ mpool_free((char*)c, m);
+}
+
+float tMBTriangle_tick (tMBTriangle* const osc)
+{
+ _tMBTriangle* c = *osc;
+
+ float out;
+
+ c->phase += c->inc;
+ if (c->phase >= 1.0f)
+ {
+ c->phase -= 1.0f;
+ float offset = 1.0f - ((c->inc - c->phase) / c->inc);
+ tMinBLEP_addBLEP(&c->minBlep, offset, -2, 0.0f);
+ }
+ if (c->skew <= c->phase && c->phase < c->skew + c->inc)
+ {
+ float offset = 1.0f - ((c->inc - c->phase + c->skew) / c->inc);
+ tMinBLEP_addBLEP(&c->minBlep, offset, 2, 0.0f);
+ }
+
+ if (c->phase < c->skew)
+ {
+ out = (1.0f - c->skew) * 2.0f;
+ }
+ else
+ {
+ out = -c->skew * 2.0f;
+ }
+
+ out = tMinBLEP_tick(&c->minBlep, out);// - phasor->inc * 2.0f;
+
+ out = (c->inc * out) + ((1 - c->inc) * c->lastOut);
+ c->lastOut = out;
+
+ return tHighpass_tick(&c->dcBlock, out * 4.0f);
+
+// float offset;
+// float vel = 2;
+// c->phase += c->inc;
+// if (c->phase >= 1.0f)
+// {
+// c->phase -= 1.0f;
+// offset = 1.0f - ((c->inc - c->phase) / c->inc);
+// tMinBLEP_addBLEP(&c->minBlep, offset, 0.0f, -vel);
+// }
+// if (c->skew <= c->phase && c->phase < c->skew + c->inc)
+// {
+// offset = 1.0f - ((c->inc - c->phase + c->skew) / c->inc);
+// tMinBLEP_addBLEP(&c->minBlep, offset, 0.0f, vel);
+// }
+//
+// float out;
+// if (c->phase < c->skew) out = 1.0f - (c->phase / c->skew);
+// else out = (c->phase - c->skew) / (1 - c->skew);
+//
+// out = (out - 0.5f) * 2.0f;
+//
+//// return tHighpass_tick(&c->dcBlock, tMinBLEP_tick(&c->minBlep, out));
+// return tMinBLEP_tick(&c->minBlep, out);
+}
+
+void tMBTriangle_setFreq (tMBTriangle* const osc, float freq)
+{
+ _tMBTriangle* c = *osc;
+
+ c->freq = freq;
+ c->inc = freq * leaf.invSampleRate;
+
+// tHighpass_setFreq(&c->dcBlock, freq*0.5);
+}
+
+void tMBTriangle_setSkew (tMBTriangle* const osc, float skew)
+{
+ _tMBTriangle* c = *osc;
+ c->skew = (skew + 1.0f) * 0.5f;
+}
+
+void tMBTriangle_sync (tMBTriangle* const osc, float phase)
+{
+ _tMBTriangle* c = *osc;
+
+ phase += 0.5f;
+
+ int intPart = (int) phase;
+ phase = phase - (float) intPart;
+
+ float before, after;
+
+ if (c->phase < c->skew) before = (1.0f - c->skew - c->phase) * 2.0f;
+ else before = -(c->skew - c->phase) * 2.0f;
+
+ if (phase < c->skew) after = (1.0f - c->skew - c->phase) * 2.0f;
+ else after = -(c->skew - c->phase) * 2.0f;
+
+ c->phase = phase;
+
+ float offset = 0.0f;//1.0f - ((c->inc - c->phase) / c->inc);
+ tMinBLEP_addBLEP(&c->minBlep, offset, before - after, 0.0f);
+
+ if (c->phase < c->skew) c->lastOut = 1.0f - (c->phase / c->skew);
+ else c->lastOut = (c->phase - c->skew) / (1.0f - c->skew);
+}
+
+//==============================================================================
+
+/* tMBPulse: Anti-aliased pulse waveform. */
+void tMBPulse_init (tMBPulse* const osc)
+{
+ tMBPulse_initToPool(osc, &leaf.mempool);
+}
+
+void tMBPulse_free (tMBPulse* const osc)
+{
+ tMBPulse_freeFromPool(osc, &leaf.mempool);
+}
+
+void tMBPulse_initToPool (tMBPulse* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMBPulse* c = *osc = (_tMBPulse*) mpool_alloc(sizeof(_tMBPulse), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+ c->width = 0.5f;
+
+ tMinBLEP_initToPool(&c->minBlep, 16, 32, mp);
+ tHighpass_initToPool(&c->dcBlock, 10.0f, mp);
+}
+
+void tMBPulse_freeFromPool(tMBPulse* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMBPulse* c = *osc;
+
+ tMinBLEP_freeFromPool(&c->minBlep, mp);
+ tHighpass_freeFromPool(&c->dcBlock, mp);
+
+ mpool_free((char*)c, m);
+}
+
+float tMBPulse_tick (tMBPulse* const osc)
+{
+ _tMBPulse* c = *osc;
+
+
+
+ c->phase += c->inc;
+ if (c->phase >= 1.0f)
+ {
+ c->phase -= 1.0f;
+ float offset = 1.0f - ((c->inc - c->phase) / c->inc);
+ tMinBLEP_addBLEP(&c->minBlep, offset, -2.0f, 0.0f);
+ }
+ if (c->width <= c->phase && c->phase < c->width + c->inc)
+ {
+ float offset = 1.0f - ((c->inc - c->phase + c->width) / c->inc);
+ tMinBLEP_addBLEP(&c->minBlep, offset, 2.0f, 0.0f);
+ }
+
+ float out;
+ if (c->phase < c->width) out = 1.0f;
+ else out = -1.0f;
+
+ return tHighpass_tick(&c->dcBlock, tMinBLEP_tick(&c->minBlep, out));
+}
+
+void tMBPulse_setFreq (tMBPulse* const osc, float freq)
+{
+ _tMBPulse* c = *osc;
+
+ c->freq = freq;
+ c->inc = freq * leaf.invSampleRate;
+}
+
+void tMBPulse_setWidth (tMBPulse* const osc, float width)
+{
+ _tMBPulse* c = *osc;
+ c->width = width;
+}
+
+void tMBPulse_sync (tMBPulse* const osc, float phase)
+{
+ _tMBPulse* c = *osc;
+ int intPart = (int) phase;
+ phase = phase - (float) intPart;
+
+ float before, after;
+
+ if (c->phase < c->width) before = 1.0f;
+ else before = -1.0f;
+
+ if (phase < c->width) after = 1.0;
+ else after = -1.0f;
+
+ float offset = 0.0f;//1.0f - ((c->inc - c->phase) / c->inc);
+ tMinBLEP_addBLEP(&c->minBlep, offset, before - after, 0.0f);
+
+ c->phase = phase;
+}
+
+
+//==============================================================================
+
+/* tMBSawtooth: Anti-aliased Sawtooth waveform. */
+void tMBSaw_init (tMBSaw* const osc)
+{
+ tMBSaw_initToPool(osc, &leaf.mempool);
+}
+
+void tMBSaw_free (tMBSaw* const osc)
+{
+ tMBSaw_freeFromPool(osc, &leaf.mempool);
+}
+
+void tMBSaw_initToPool (tMBSaw* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMBSaw* c = *osc = (_tMBSaw*) mpool_alloc(sizeof(_tMBSaw), m);
+
+ c->inc = 0.0f;
+ c->phase = 0.0f;
+
+ tMinBLEP_initToPool(&c->minBlep, 16, 32, mp);
+ tHighpass_initToPool(&c->dcBlock, 10.0f, mp);
+}
+
+void tMBSaw_freeFromPool (tMBSaw* const osc, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tMBSaw* c = *osc;
+
+ tMinBLEP_freeFromPool(&c->minBlep, mp);
+ tHighpass_freeFromPool(&c->dcBlock, mp);
+
+ mpool_free((char*)c, m);
+}
+
+float tMBSaw_tick (tMBSaw* const osc)
+{
+ _tMBSaw* c = *osc;
+
+ c->phase += c->inc;
+ if (c->phase >= 1.0f)
+ {
+ c->phase -= 1.0f;
+ float offset = 1.0f - ((c->inc - c->phase) / c->inc);
+ tMinBLEP_addBLEP(&c->minBlep, offset, 2.0f, 0.0f);
+ }
+
+ float out = (c->phase * 2.0f) - 1.0f;
+
+ return tHighpass_tick(&c->dcBlock, tMinBLEP_tick(&c->minBlep, out));
+}
+
+void tMBSaw_setFreq (tMBSaw* const osc, float freq)
+{
+ _tMBSaw* c = *osc;
+
+ c->freq = freq;
+
+ c->inc = freq * leaf.invSampleRate;
+}
+
+void tMBSaw_sync (tMBSaw* const osc, float phase)
+{
+ _tMBSaw* c = *osc;
+ int intPart = (int) phase;
+ phase = phase - (float) intPart;
+
+ float offset = 0.0f;//1.0f - ((c->inc - phase +) / c->inc);
+ tMinBLEP_addBLEP(&c->minBlep, offset, (c->phase - phase) * 2.0f, 0.0f);
+
+ c->phase = phase;
+}
--- /dev/null
+++ b/leaf/Src/leaf-physical.c
@@ -1,0 +1,747 @@
+/*==============================================================================
+
+ leaf-string.c
+ Created: 30 Nov 2018 10:41:42am
+ Author: airship
+
+==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-physical.h"
+
+#else
+
+#include "../Inc/leaf-physical.h"
+
+#endif
+
+/* ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ tPluck ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ */
+void tPluck_init (tPluck* const pl, float lowestFrequency)
+{
+ tPluck_initToPool(pl, lowestFrequency, &leaf.mempool);
+}
+
+void tPluck_free (tPluck* const pl)
+{
+ tPluck_freeFromPool(pl, &leaf.mempool);
+}
+
+void tPluck_initToPool (tPluck* const pl, float lowestFrequency, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPluck* p = *pl = (_tPluck*) mpool_alloc(sizeof(_tPluck), m);
+
+ if ( lowestFrequency <= 0.0f ) lowestFrequency = 10.0f;
+
+ tNoise_initToPool(&p->noise, WhiteNoise, mp);
+
+ tOnePole_initToPool(&p->pickFilter, 0.0f, mp);
+
+ tOneZero_initToPool(&p->loopFilter, 0.0f, mp);
+
+ tAllpassDelay_initToPool(&p->delayLine, 0.0f, leaf.sampleRate * 2, mp);
+ tAllpassDelay_clear(&p->delayLine);
+
+ tPluck_setFrequency(pl, 220.0f);
+}
+
+void tPluck_freeFromPool (tPluck* const pl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPluck* p = *pl;
+
+ tNoise_freeFromPool(&p->noise, mp);
+ tOnePole_freeFromPool(&p->pickFilter, mp);
+ tOneZero_freeFromPool(&p->loopFilter, mp);
+ tAllpassDelay_freeFromPool(&p->delayLine, mp);
+
+ mpool_free((char*)p, m);
+}
+
+float tPluck_getLastOut (tPluck* const pl)
+{
+ _tPluck* p = *pl;
+ return p->lastOut;
+}
+
+float tPluck_tick (tPluck* const pl)
+{
+ _tPluck* p = *pl;
+ return (p->lastOut = 3.0f * tAllpassDelay_tick(&p->delayLine, tOneZero_tick(&p->loopFilter, tAllpassDelay_getLastOut(&p->delayLine) * p->loopGain ) ));
+}
+
+void tPluck_pluck (tPluck* const pl, float amplitude)
+{
+ _tPluck* p = *pl;
+
+ if ( amplitude < 0.0f) amplitude = 0.0f;
+ else if (amplitude > 1.0f) amplitude = 1.0f;
+
+ tOnePole_setPole(&p->pickFilter, 0.999f - (amplitude * 0.15f));
+ tOnePole_setGain(&p->pickFilter, amplitude * 0.5f );
+
+ // Fill delay with noise additively with current contents.
+ for ( uint32_t i = 0; i < (uint32_t)tAllpassDelay_getDelay(&p->delayLine); i++ )
+ tAllpassDelay_tick(&p->delayLine, 0.6f * tAllpassDelay_getLastOut(&p->delayLine) + tOnePole_tick(&p->pickFilter, tNoise_tick(&p->noise) ) );
+}
+
+// Start a note with the given frequency and amplitude.;
+void tPluck_noteOn (tPluck* const pl, float frequency, float amplitude )
+{
+ _tPluck* p = *pl;
+ p->lastFreq = frequency;
+ tPluck_setFrequency( pl, frequency );
+ tPluck_pluck( pl, amplitude );
+}
+
+// Stop a note with the given amplitude (speed of decay).
+void tPluck_noteOff (tPluck* const pl, float amplitude )
+{
+ _tPluck* p = *pl;
+
+ if ( amplitude < 0.0f) amplitude = 0.0f;
+ else if (amplitude > 1.0f) amplitude = 1.0f;
+
+ p->loopGain = 1.0f - amplitude;
+}
+
+// Set instrument parameters for a particular frequency.
+void tPluck_setFrequency (tPluck* const pl, float frequency )
+{
+ _tPluck* p = *pl;
+
+ if ( frequency <= 0.0f ) frequency = 0.001f;
+
+ // Delay = length - filter delay.
+ float delay = ( leaf.sampleRate / frequency ) - tOneZero_getPhaseDelay(&p->loopFilter, frequency );
+
+ tAllpassDelay_setDelay(&p->delayLine, delay );
+
+ p->loopGain = 0.99f + (frequency * 0.000005f);
+
+ if ( p->loopGain >= 0.999f ) p->loopGain = 0.999f;
+
+}
+
+// Perform the control change specified by \e number and \e value (0.0 - 128.0).
+void tPluck_controlChange (tPluck* const pl, int number, float value)
+{
+ return;
+}
+
+void tPluckSampleRateChanged(tPluck* const pl)
+{
+ _tPluck* p = *pl;
+ tPluck_setFrequency(pl, p->lastFreq);
+}
+
+/* ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ tKarplusStrong ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ */
+void tKarplusStrong_init (tKarplusStrong* const pl, float lowestFrequency)
+{
+ tKarplusStrong_initToPool(pl, lowestFrequency, &leaf.mempool);
+}
+
+void tKarplusStrong_free (tKarplusStrong* const pl)
+{
+ tKarplusStrong_freeFromPool(pl, &leaf.mempool);
+}
+
+void tKarplusStrong_initToPool (tKarplusStrong* const pl, float lowestFrequency, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tKarplusStrong* p = *pl = (_tKarplusStrong*) mpool_alloc(sizeof(_tKarplusStrong), m);
+
+ if ( lowestFrequency <= 0.0f ) lowestFrequency = 8.0f;
+
+ tAllpassDelay_initToPool(&p->delayLine, 0.0f, leaf.sampleRate * 2, mp);
+ tAllpassDelay_clear(&p->delayLine);
+
+ tLinearDelay_initToPool(&p->combDelay, 0.0f, leaf.sampleRate * 2, mp);
+ tLinearDelay_clear(&p->combDelay);
+
+ tOneZero_initToPool(&p->filter, 0.0f, mp);
+
+ tNoise_initToPool(&p->noise, WhiteNoise, mp);
+
+ for (int i = 0; i < 4; i++)
+ {
+ tBiQuad_initToPool(&p->biquad[i], mp);
+ }
+
+ p->pluckAmplitude = 0.3f;
+ p->pickupPosition = 0.4f;
+
+ p->stretching = 0.9999f;
+ p->baseLoopGain = 0.995f;
+ p->loopGain = 0.999f;
+
+ tKarplusStrong_setFrequency( pl, 220.0f );
+}
+
+void tKarplusStrong_freeFromPool (tKarplusStrong* const pl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tKarplusStrong* p = *pl;
+
+ tAllpassDelay_freeFromPool(&p->delayLine, mp);
+ tLinearDelay_freeFromPool(&p->combDelay, mp);
+ tOneZero_freeFromPool(&p->filter, mp);
+ tNoise_freeFromPool(&p->noise, mp);
+
+ for (int i = 0; i < 4; i++)
+ {
+ tBiQuad_freeFromPool(&p->biquad[i], mp);
+ }
+
+ mpool_free((char*)p, m);
+}
+
+float tKarplusStrong_getLastOut (tKarplusStrong* const pl)
+{
+ _tKarplusStrong* p = *pl;
+ return p->lastOut;
+}
+
+float tKarplusStrong_tick (tKarplusStrong* const pl)
+{
+ _tKarplusStrong* p = *pl;
+
+ float temp = tAllpassDelay_getLastOut(&p->delayLine) * p->loopGain;
+
+ // Calculate allpass stretching.
+ for (int i=0; i<4; i++) temp = tBiQuad_tick(&p->biquad[i],temp);
+
+ // Moving average filter.
+ temp = tOneZero_tick(&p->filter, temp);
+
+ float out = tAllpassDelay_tick(&p->delayLine, temp);
+ out = out - tLinearDelay_tick(&p->combDelay, out);
+ p->lastOut = out;
+
+ return p->lastOut;
+}
+
+void tKarplusStrong_pluck (tKarplusStrong* const pl, float amplitude)
+{
+ _tKarplusStrong* p = *pl;
+
+ if ( amplitude < 0.0f) amplitude = 0.0f;
+ else if (amplitude > 1.0f) amplitude = 1.0f;
+
+ p->pluckAmplitude = amplitude;
+
+ for ( uint32_t i=0; i < (uint32_t)tAllpassDelay_getDelay(&p->delayLine); i++ )
+ {
+ // Fill delay with noise additively with current contents.
+ tAllpassDelay_tick(&p->delayLine, (tAllpassDelay_getLastOut(&p->delayLine) * 0.6f) + 0.4f * tNoise_tick(&p->noise) * p->pluckAmplitude );
+ //delayLine_.tick( combDelay_.tick((delayLine_.lastOut() * 0.6) + 0.4 * noise->tick() * pluckAmplitude_) );
+ }
+}
+
+// Start a note with the given frequency and amplitude.;
+void tKarplusStrong_noteOn (tKarplusStrong* const pl, float frequency, float amplitude )
+{
+ tKarplusStrong_setFrequency( pl, frequency );
+ tKarplusStrong_pluck( pl, amplitude );
+}
+
+// Stop a note with the given amplitude (speed of decay).
+void tKarplusStrong_noteOff (tKarplusStrong* const pl, float amplitude )
+{
+ _tKarplusStrong* p = *pl;
+
+ if ( amplitude < 0.0f) amplitude = 0.0f;
+ else if (amplitude > 1.0f) amplitude = 1.0f;
+
+ p->loopGain = 1.0f - amplitude;
+}
+
+// Set instrument parameters for a particular frequency.
+void tKarplusStrong_setFrequency (tKarplusStrong* const pl, float frequency )
+{
+ _tKarplusStrong* p = *pl;
+
+ if ( frequency <= 0.0f ) frequency = 0.001f;
+
+ p->lastFrequency = frequency;
+ p->lastLength = leaf.sampleRate / p->lastFrequency;
+ float delay = p->lastLength - 0.5f;
+ tAllpassDelay_setDelay(&p->delayLine, delay);
+
+ // MAYBE MODIFY LOOP GAINS
+ p->loopGain = p->baseLoopGain + (frequency * 0.000005f);
+ if (p->loopGain >= 1.0f) p->loopGain = 0.99999f;
+
+ tKarplusStrong_setStretch(pl, p->stretching);
+
+ tLinearDelay_setDelay(&p->combDelay, 0.5f * p->pickupPosition * p->lastLength );
+
+}
+
+// Set the stretch "factor" of the string (0.0 - 1.0).
+void tKarplusStrong_setStretch (tKarplusStrong* const pl, float stretch )
+{
+ _tKarplusStrong* p = *pl;
+
+ p->stretching = stretch;
+ float coefficient;
+ float freq = p->lastFrequency * 2.0f;
+ float dFreq = ( (0.5f * leaf.sampleRate) - freq ) * 0.25f;
+ float temp = 0.5f + (stretch * 0.5f);
+ if ( temp > 0.9999f ) temp = 0.9999f;
+
+ for ( int i=0; i<4; i++ )
+ {
+ coefficient = temp * temp;
+ tBiQuad_setA2(&p->biquad[i], coefficient);
+ tBiQuad_setB0(&p->biquad[i], coefficient);
+ tBiQuad_setB2(&p->biquad[i], 1.0f);
+
+ coefficient = -2.0f * temp * cos(TWO_PI * freq / leaf.sampleRate);
+ tBiQuad_setA1(&p->biquad[i], coefficient);
+ tBiQuad_setB1(&p->biquad[i], coefficient);
+
+ freq += dFreq;
+ }
+}
+
+// Set the pluck or "excitation" position along the string (0.0 - 1.0).
+void tKarplusStrong_setPickupPosition (tKarplusStrong* const pl, float position )
+{
+ _tKarplusStrong* p = *pl;
+
+ if (position < 0.0f) p->pickupPosition = 0.0f;
+ else if (position <= 1.0f) p->pickupPosition = position;
+ else p->pickupPosition = 1.0f;
+
+ tLinearDelay_setDelay(&p->combDelay, 0.5f * p->pickupPosition * p->lastLength);
+}
+
+// Set the base loop gain.
+void tKarplusStrong_setBaseLoopGain (tKarplusStrong* const pl, float aGain )
+{
+ _tKarplusStrong* p = *pl;
+
+ p->baseLoopGain = aGain;
+ p->loopGain = p->baseLoopGain + (p->lastFrequency * 0.000005f);
+ if ( p->loopGain > 0.99999f ) p->loopGain = 0.99999f;
+}
+
+// Perform the control change specified by \e number and \e value (0.0 - 128.0).
+void tKarplusStrong_controlChange (tKarplusStrong* const pl, SKControlType type, float value)
+{
+ if ( value < 0.0f ) value = 0.0f;
+ else if (value > 128.0f) value = 128.0f;
+
+ float normalizedValue = value * INV_128;
+
+ if (type == SKPickPosition) // 4
+ tKarplusStrong_setPickupPosition( pl, normalizedValue );
+ else if (type == SKStringDamping) // 11
+ tKarplusStrong_setBaseLoopGain( pl, 0.97f + (normalizedValue * 0.03f) );
+ else if (type == SKDetune) // 1
+ tKarplusStrong_setStretch( pl, 0.91f + (0.09f * (1.0f - normalizedValue)) );
+}
+
+void tKarplusStrongSampleRateChanged (tKarplusStrong* const pl)
+{
+ _tKarplusStrong* p = *pl;
+
+ tKarplusStrong_setFrequency(pl, p->lastFrequency);
+ tKarplusStrong_setStretch(pl, p->stretching);
+}
+
+/* Simple Living String*/
+
+void tSimpleLivingString_init(tSimpleLivingString* const pl, float freq, float dampFreq,
+ float decay, float targetLev, float levSmoothFactor,
+ float levStrength, int levMode)
+{
+ tSimpleLivingString_initToPool(pl, freq, dampFreq, decay, targetLev, levSmoothFactor, levStrength, levMode, &leaf.mempool);
+}
+
+void tSimpleLivingString_free(tSimpleLivingString* const pl)
+{
+ tSimpleLivingString_freeFromPool(pl, &leaf.mempool);
+}
+
+void tSimpleLivingString_initToPool (tSimpleLivingString* const pl, float freq, float dampFreq,
+ float decay, float targetLev, float levSmoothFactor,
+ float levStrength, int levMode, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSimpleLivingString* p = *pl = (_tSimpleLivingString*) mpool_alloc(sizeof(_tSimpleLivingString), m);
+
+ p->curr=0.0f;
+ tExpSmooth_initToPool(&p->wlSmooth, leaf.sampleRate/freq, 0.01, mp); // smoother for string wavelength (not freq, to avoid expensive divisions)
+ tSimpleLivingString_setFreq(pl, freq);
+ tLinearDelay_initToPool(&p->delayLine,p->waveLengthInSamples, 2400, mp);
+ tLinearDelay_clear(&p->delayLine);
+ tOnePole_initToPool(&p->bridgeFilter, dampFreq, mp);
+ tHighpass_initToPool(&p->DCblocker,13, mp);
+ p->decay=decay;
+ tFeedbackLeveler_initToPool(&p->fbLev, targetLev, levSmoothFactor, levStrength, levMode, mp);
+ p->levMode=levMode;
+}
+
+void tSimpleLivingString_freeFromPool (tSimpleLivingString* const pl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSimpleLivingString* p = *pl;
+
+ tExpSmooth_freeFromPool(&p->wlSmooth, mp);
+ tLinearDelay_freeFromPool(&p->delayLine, mp);
+ tOnePole_freeFromPool(&p->bridgeFilter, mp);
+ tHighpass_freeFromPool(&p->DCblocker, mp);
+ tFeedbackLeveler_freeFromPool(&p->fbLev, mp);
+
+ mpool_free((char*)p, m);
+}
+
+void tSimpleLivingString_setFreq(tSimpleLivingString* const pl, float freq)
+{
+ _tSimpleLivingString* p = *pl;
+
+ if (freq<20) freq=20;
+ else if (freq>10000) freq=10000;
+ p->waveLengthInSamples = leaf.sampleRate/freq;
+ tExpSmooth_setDest(&p->wlSmooth, p->waveLengthInSamples);
+}
+
+void tSimpleLivingString_setWaveLength(tSimpleLivingString* const pl, float waveLength)
+{
+ _tSimpleLivingString* p = *pl;
+
+ if (waveLength<4.8) waveLength=4.8;
+ else if (waveLength>2400) waveLength=2400;
+ p->waveLengthInSamples = waveLength;
+ tExpSmooth_setDest(&p->wlSmooth, p->waveLengthInSamples);
+}
+
+void tSimpleLivingString_setDampFreq(tSimpleLivingString* const pl, float dampFreq)
+{
+ _tSimpleLivingString* p = *pl;
+ tOnePole_setFreq(&p->bridgeFilter, dampFreq);
+}
+
+void tSimpleLivingString_setDecay(tSimpleLivingString* const pl, float decay)
+{
+ _tSimpleLivingString* p = *pl;
+ p->decay=decay;
+}
+
+void tSimpleLivingString_setTargetLev(tSimpleLivingString* const pl, float targetLev)
+{
+ _tSimpleLivingString* p = *pl;
+ tFeedbackLeveler_setTargetLevel(&p->fbLev, targetLev);
+}
+
+void tSimpleLivingString_setLevSmoothFactor(tSimpleLivingString* const pl, float levSmoothFactor)
+{
+ _tSimpleLivingString* p = *pl;
+ tFeedbackLeveler_setFactor(&p->fbLev, levSmoothFactor);
+}
+
+void tSimpleLivingString_setLevStrength(tSimpleLivingString* const pl, float levStrength)
+{
+ _tSimpleLivingString* p = *pl;
+ tFeedbackLeveler_setStrength(&p->fbLev, levStrength);
+}
+
+void tSimpleLivingString_setLevMode(tSimpleLivingString* const pl, int levMode)
+{
+ _tSimpleLivingString* p = *pl;
+ tFeedbackLeveler_setMode(&p->fbLev, levMode);
+ p->levMode=levMode;
+}
+
+float tSimpleLivingString_tick(tSimpleLivingString* const pl, float input)
+{
+ _tSimpleLivingString* p = *pl;
+
+ float stringOut=tOnePole_tick(&p->bridgeFilter,tLinearDelay_tickOut(&p->delayLine));
+ float stringInput=tHighpass_tick(&p->DCblocker, tFeedbackLeveler_tick(&p->fbLev, (p->levMode==0?p->decay*stringOut:stringOut)+input));
+ tLinearDelay_tickIn(&p->delayLine, stringInput);
+ tLinearDelay_setDelay(&p->delayLine, tExpSmooth_tick(&p->wlSmooth));
+ p->curr = stringOut;
+ return p->curr;
+}
+
+float tSimpleLivingString_sample(tSimpleLivingString* const pl)
+{
+ _tSimpleLivingString* p = *pl;
+ return p->curr;
+}
+
+/* Living String*/
+
+void tLivingString_init(tLivingString* const pl, float freq, float pickPos, float prepIndex,
+ float dampFreq, float decay, float targetLev, float levSmoothFactor,
+ float levStrength, int levMode)
+{
+ tLivingString_initToPool(pl, freq, pickPos, prepIndex, dampFreq, decay, targetLev, levSmoothFactor, levStrength, levMode, &leaf.mempool);
+}
+
+void tLivingString_free(tLivingString* const pl)
+{
+ tLivingString_freeFromPool(pl, &leaf.mempool);
+}
+
+void tLivingString_initToPool (tLivingString* const pl, float freq, float pickPos, float prepIndex,
+ float dampFreq, float decay, float targetLev, float levSmoothFactor,
+ float levStrength, int levMode, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tLivingString* p = *pl = (_tLivingString*) mpool_alloc(sizeof(_tLivingString), m);
+
+ p->curr=0.0f;
+ tExpSmooth_initToPool(&p->wlSmooth, leaf.sampleRate/freq, 0.01, mp); // smoother for string wavelength (not freq, to avoid expensive divisions)
+ tLivingString_setFreq(pl, freq);
+ p->freq = freq;
+ tExpSmooth_initToPool(&p->ppSmooth, pickPos, 0.01, mp); // smoother for pick position
+ tLivingString_setPickPos(pl, pickPos);
+ p->prepIndex=prepIndex;
+ tLinearDelay_initToPool(&p->delLF,p->waveLengthInSamples, 2400, mp);
+ tLinearDelay_initToPool(&p->delUF,p->waveLengthInSamples, 2400, mp);
+ tLinearDelay_initToPool(&p->delUB,p->waveLengthInSamples, 2400, mp);
+ tLinearDelay_initToPool(&p->delLB,p->waveLengthInSamples, 2400, mp);
+ tLinearDelay_clear(&p->delLF);
+ tLinearDelay_clear(&p->delUF);
+ tLinearDelay_clear(&p->delUB);
+ tLinearDelay_clear(&p->delLB);
+ p->dampFreq = dampFreq;
+ tOnePole_initToPool(&p->bridgeFilter, dampFreq, mp);
+ tOnePole_initToPool(&p->nutFilter, dampFreq, mp);
+ tOnePole_initToPool(&p->prepFilterU, dampFreq, mp);
+ tOnePole_initToPool(&p->prepFilterL, dampFreq, mp);
+ tHighpass_initToPool(&p->DCblockerU,13, mp);
+ tHighpass_initToPool(&p->DCblockerL,13, mp);
+ p->decay=decay;
+ p->prepIndex = prepIndex;
+ tFeedbackLeveler_initToPool(&p->fbLevU, targetLev, levSmoothFactor, levStrength, levMode, mp);
+ tFeedbackLeveler_initToPool(&p->fbLevL, targetLev, levSmoothFactor, levStrength, levMode, mp);
+ p->levMode=levMode;
+}
+
+void tLivingString_freeFromPool (tLivingString* const pl, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tLivingString* p = *pl;
+
+ tExpSmooth_freeFromPool(&p->wlSmooth, mp);
+ tExpSmooth_freeFromPool(&p->ppSmooth, mp);
+ tLinearDelay_freeFromPool(&p->delLF, mp);
+ tLinearDelay_freeFromPool(&p->delUF, mp);
+ tLinearDelay_freeFromPool(&p->delUB, mp);
+ tLinearDelay_freeFromPool(&p->delLB, mp);
+ tOnePole_freeFromPool(&p->bridgeFilter, mp);
+ tOnePole_freeFromPool(&p->nutFilter, mp);
+ tOnePole_freeFromPool(&p->prepFilterU, mp);
+ tOnePole_freeFromPool(&p->prepFilterL, mp);
+ tHighpass_freeFromPool(&p->DCblockerU, mp);
+ tHighpass_freeFromPool(&p->DCblockerL, mp);
+ tFeedbackLeveler_freeFromPool(&p->fbLevU, mp);
+ tFeedbackLeveler_freeFromPool(&p->fbLevL, mp);
+
+ mpool_free((char*)p, m);
+}
+
+void tLivingString_setFreq(tLivingString* const pl, float freq)
+{ // NOTE: It is faster to set wavelength in samples directly
+ _tLivingString* p = *pl;
+ if (freq<20) freq=20;
+ else if (freq>10000) freq=10000;
+ p->waveLengthInSamples = leaf.sampleRate/freq;
+ tExpSmooth_setDest(&p->wlSmooth, p->waveLengthInSamples);
+}
+
+void tLivingString_setWaveLength(tLivingString* const pl, float waveLength)
+{
+ _tLivingString* p = *pl;
+ if (waveLength<4.8) waveLength=4.8;
+ else if (waveLength>2400) waveLength=2400;
+ p->waveLengthInSamples = waveLength;
+ tExpSmooth_setDest(&p->wlSmooth, p->waveLengthInSamples);
+}
+
+void tLivingString_setPickPos(tLivingString* const pl, float pickPos)
+{ // between 0 and 1
+ _tLivingString* p = *pl;
+ if (pickPos<0.f) pickPos=0.f;
+ else if (pickPos>1.f) pickPos=1.f;
+ p->pickPos = pickPos;
+ tExpSmooth_setDest(&p->ppSmooth, p->pickPos);
+}
+
+void tLivingString_setPrepIndex(tLivingString* const pl, float prepIndex)
+{ // between 0 and 1
+ _tLivingString* p = *pl;
+ if (prepIndex<0.f) prepIndex=0.f;
+ else if (prepIndex>1.f) prepIndex=1.f;
+ p->prepIndex = prepIndex;
+}
+
+void tLivingString_setDampFreq(tLivingString* const pl, float dampFreq)
+{
+ _tLivingString* p = *pl;
+ tOnePole_setFreq(&p->bridgeFilter, dampFreq);
+ tOnePole_setFreq(&p->nutFilter, dampFreq);
+ tOnePole_setFreq(&p->prepFilterU, dampFreq);
+ tOnePole_setFreq(&p->prepFilterL, dampFreq);
+}
+
+void tLivingString_setDecay(tLivingString* const pl, float decay)
+{
+ _tLivingString* p = *pl;
+ p->decay=decay;
+}
+
+void tLivingString_setTargetLev(tLivingString* const pl, float targetLev)
+{
+ _tLivingString* p = *pl;
+ tFeedbackLeveler_setTargetLevel(&p->fbLevU, targetLev);
+ tFeedbackLeveler_setTargetLevel(&p->fbLevL, targetLev);
+}
+
+void tLivingString_setLevSmoothFactor(tLivingString* const pl, float levSmoothFactor)
+{
+ _tLivingString* p = *pl;
+ tFeedbackLeveler_setFactor(&p->fbLevU, levSmoothFactor);
+ tFeedbackLeveler_setFactor(&p->fbLevL, levSmoothFactor);
+}
+
+void tLivingString_setLevStrength(tLivingString* const pl, float levStrength)
+{
+ _tLivingString* p = *pl;
+ tFeedbackLeveler_setStrength(&p->fbLevU, levStrength);
+ tFeedbackLeveler_setStrength(&p->fbLevL, levStrength);
+}
+
+void tLivingString_setLevMode(tLivingString* const pl, int levMode)
+{
+ _tLivingString* p = *pl;
+ tFeedbackLeveler_setMode(&p->fbLevU, levMode);
+ tFeedbackLeveler_setMode(&p->fbLevL, levMode);
+ p->levMode=levMode;
+}
+
+float tLivingString_tick(tLivingString* const pl, float input)
+{
+ _tLivingString* p = *pl;
+
+ // from pickPos upwards=forwards
+ float fromLF=tLinearDelay_tickOut(&p->delLF);
+ float fromUF=tLinearDelay_tickOut(&p->delUF);
+ float fromUB=tLinearDelay_tickOut(&p->delUB);
+ float fromLB=tLinearDelay_tickOut(&p->delLB);
+ // into upper half of string, from nut, going backwards
+ float fromNut=-tFeedbackLeveler_tick(&p->fbLevU, (p->levMode==0?p->decay:1)*tHighpass_tick(&p->DCblockerU, tOnePole_tick(&p->nutFilter, fromUF)));
+ tLinearDelay_tickIn(&p->delUB, fromNut);
+ // into lower half of string, from pickpoint, going backwards
+ float fromLowerPrep=-tOnePole_tick(&p->prepFilterL, fromLF);
+ float intoLower=p->prepIndex*fromLowerPrep+(1.0f - p->prepIndex)*fromUB+input;
+ tLinearDelay_tickIn(&p->delLB, intoLower);
+ // into lower half of string, from bridge
+ float fromBridge=-tFeedbackLeveler_tick(&p->fbLevL, (p->levMode==0?p->decay:1.0f)*tHighpass_tick(&p->DCblockerL, tOnePole_tick(&p->bridgeFilter, fromLB)));
+ tLinearDelay_tickIn(&p->delLF, fromBridge);
+ // into upper half of string, from pickpoint, going forwards/upwards
+ float fromUpperPrep=-tOnePole_tick(&p->prepFilterU, fromUB);
+ float intoUpper=p->prepIndex*fromUpperPrep+(1.0f - p->prepIndex)*fromLF+input;
+ tLinearDelay_tickIn(&p->delUF, intoUpper);
+ // update all delay lengths
+ float pickP=tExpSmooth_tick(&p->ppSmooth);
+ float wLen=tExpSmooth_tick(&p->wlSmooth);
+ float lowLen=pickP*wLen;
+ float upLen=(1.0f-pickP)*wLen;
+ tLinearDelay_setDelay(&p->delLF, lowLen);
+ tLinearDelay_setDelay(&p->delLB, lowLen);
+ tLinearDelay_setDelay(&p->delUF, upLen);
+ tLinearDelay_setDelay(&p->delUB, upLen);
+ p->curr = fromBridge;
+ return p->curr;
+}
+
+float tLivingString_sample(tLivingString* const pl)
+{
+ _tLivingString* p = *pl;
+ return p->curr;
+}
+
+///Reed Table model
+//default values from STK are 0.6 offset and -0.8 slope
+
+void tReedTable_init (tReedTable* const pm, float offset, float slope)
+{
+ _tReedTable* p = *pm = (_tReedTable*) leaf_alloc(sizeof(_tReedTable));
+
+ p->offset = offset;
+ p->slope = slope;
+}
+
+void tReedTable_free (tReedTable* const pm)
+{
+ _tReedTable* p = *pm;
+
+ leaf_free((char*)p);
+}
+
+void tReedTable_initToPool (tReedTable* const pm, float offset, float slope, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tReedTable* p = *pm = (_tReedTable*) mpool_alloc(sizeof(_tReedTable), m);
+
+ p->offset = offset;
+ p->slope = slope;
+}
+
+void tReedTable_freeFromPool (tReedTable* const pm, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tReedTable* p = *pm;
+
+ mpool_free((char*)p, m);
+}
+
+float tReedTable_tick (tReedTable* const pm, float input)
+{
+ _tReedTable* p = *pm;
+
+ // The input is differential pressure across the reed.
+ float output = p->offset + (p->slope * input);
+
+ // If output is > 1, the reed has slammed shut and the
+ // reflection function value saturates at 1.0.
+ if ( output > 1.0f) output = 1.0f;
+
+ // This is nearly impossible in a physical system, but
+ // a reflection function value of -1.0 corresponds to
+ // an open end (and no discontinuity in bore profile).
+ if ( output < -1.0f) output = -1.0f;
+
+ return output;
+}
+
+float tReedTable_tanh_tick (tReedTable* const pm, float input)
+{
+ _tReedTable* p = *pm;
+
+ // The input is differential pressure across the reed.
+ float output = p->offset + (p->slope * input);
+
+ // If output is > 1, the reed has slammed shut and the
+ // reflection function value saturates at 1.0.
+ return tanhf(output);
+}
+
+void tReedTable_setOffset (tReedTable* const pm, float offset)
+{
+ _tReedTable* p = *pm;
+ p->offset = offset;
+}
+
+void tReedTable_setSlope (tReedTable* const pm, float slope)
+{
+ _tReedTable* p = *pm;
+ p->slope = slope;
+}
--- /dev/null
+++ b/leaf/Src/leaf-reverb.c
@@ -1,0 +1,925 @@
+/*==============================================================================
+
+ leaf-reverb.c
+ Created: 20 Jan 2017 12:02:04pm
+ Author: Michael R Mulshine
+
+==============================================================================*/
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-reverb.h"
+#include "..\leaf.h"
+
+#else
+
+#include "../Inc/leaf-reverb.h"
+#include "../leaf.h"
+
+#endif
+
+// ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ PRCReverb ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ //
+void tPRCReverb_init(tPRCReverb* const rev, float t60)
+{
+ _tPRCReverb* r = *rev = (_tPRCReverb*) leaf_alloc(sizeof(_tPRCReverb));
+
+ if (t60 <= 0.0f) t60 = 0.001f;
+
+ r->inv_441 = 1.0f/44100.0f;
+
+ int lengths[4] = { 341, 613, 1557, 2137 }; // Delay lengths for 44100 Hz sample rate.
+ double scaler = leaf.sampleRate * r->inv_441;
+
+ int delay, i;
+ if (scaler != 1.0f)
+ {
+ for (i=0; i<4; i++)
+ {
+ delay = (int) scaler * lengths[i];
+
+ if ( (delay & 1) == 0) delay++;
+
+ while ( !LEAF_isPrime(delay) ) delay += 2;
+
+ lengths[i] = delay;
+ }
+ }
+
+ tDelay_init(&r->allpassDelays[0], lengths[0], lengths[0] * 2);
+ tDelay_init(&r->allpassDelays[1], lengths[1], lengths[1] * 2);
+ tDelay_init(&r->combDelay, lengths[2], lengths[2] * 2);
+
+ tPRCReverb_setT60(rev, t60);
+
+ r->allpassCoeff = 0.7f;
+ r->mix = 0.5f;
+}
+
+void tPRCReverb_free(tPRCReverb* const rev)
+{
+ _tPRCReverb* r = *rev;
+
+ tDelay_free(&r->allpassDelays[0]);
+ tDelay_free(&r->allpassDelays[1]);
+ tDelay_free(&r->combDelay);
+ leaf_free((char*)r);
+}
+
+void tPRCReverb_initToPool (tPRCReverb* const rev, float t60, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPRCReverb* r = *rev = (_tPRCReverb*) mpool_alloc(sizeof(_tPRCReverb), m);
+
+ if (t60 <= 0.0f) t60 = 0.001f;
+
+ r->inv_441 = 1.0f/44100.0f;
+
+ int lengths[4] = { 341, 613, 1557, 2137 }; // Delay lengths for 44100 Hz sample rate.
+ double scaler = leaf.sampleRate * r->inv_441;
+
+ int delay, i;
+ if (scaler != 1.0f)
+ {
+ for (i=0; i<4; i++)
+ {
+ delay = (int) scaler * lengths[i];
+
+ if ( (delay & 1) == 0) delay++;
+
+ while ( !LEAF_isPrime(delay) ) delay += 2;
+
+ lengths[i] = delay;
+ }
+ }
+
+ tDelay_initToPool(&r->allpassDelays[0], lengths[0], lengths[0] * 2, mp);
+ tDelay_initToPool(&r->allpassDelays[1], lengths[1], lengths[1] * 2, mp);
+ tDelay_initToPool(&r->combDelay, lengths[2], lengths[2] * 2, mp);
+
+ tPRCReverb_setT60(rev, t60);
+
+ r->allpassCoeff = 0.7f;
+ r->mix = 0.5f;
+}
+
+void tPRCReverb_freeFromPool (tPRCReverb* const rev, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tPRCReverb* r = *rev;
+
+ tDelay_freeFromPool(&r->allpassDelays[0], mp);
+ tDelay_freeFromPool(&r->allpassDelays[1], mp);
+ tDelay_freeFromPool(&r->combDelay, mp);
+ mpool_free((char*)r, m);
+}
+
+void tPRCRevert_clear(tPRCReverb* const rev)
+{
+ _tPRCReverb* r = *rev;
+
+ tDelay_clear(&r->allpassDelays[0]);
+ tDelay_clear(&r->allpassDelays[1]);
+ tDelay_clear(&r->combDelay);
+}
+
+void tPRCReverb_setT60(tPRCReverb* const rev, float t60)
+{
+ _tPRCReverb* r = *rev;
+
+ if ( t60 <= 0.0f ) t60 = 0.001f;
+
+ r->t60 = t60;
+
+ r->combCoeff = pow(10.0f, (-3.0f * tDelay_getDelay(&r->combDelay) * leaf.invSampleRate / t60 ));
+
+}
+
+void tPRCReverb_setMix(tPRCReverb* const rev, float mix)
+{
+ _tPRCReverb* r = *rev;
+ r->mix = mix;
+}
+
+float tPRCReverb_tick(tPRCReverb* const rev, float input)
+{
+ _tPRCReverb* r = *rev;
+
+ float temp, temp0, temp1, temp2;
+ float out;
+
+ r->lastIn = input;
+
+ temp = tDelay_getLastOut(&r->allpassDelays[0]);
+ temp0 = r->allpassCoeff * temp;
+ temp0 += input;
+ tDelay_tick(&r->allpassDelays[0], temp0);
+ temp0 = -( r->allpassCoeff * temp0) + temp;
+
+ temp = tDelay_getLastOut(&r->allpassDelays[1]);
+ temp1 = r->allpassCoeff * temp;
+ temp1 += temp0;
+ tDelay_tick(&r->allpassDelays[1], temp1);
+ temp1 = -(r->allpassCoeff * temp1) + temp;
+
+ temp2 = temp1 + ( r->combCoeff * tDelay_getLastOut(&r->combDelay));
+
+ out = r->mix * tDelay_tick(&r->combDelay, temp2);
+
+ temp = (1.0f - r->mix) * input;
+
+ out += temp;
+
+ r->lastOut = out;
+
+ return out;
+}
+
+void tPRCReverbSampleRateChanged (tPRCReverb* const rev)
+{
+ _tPRCReverb* r = *rev;
+ r->combCoeff = pow(10.0f, (-3.0f * tDelay_getDelay(&r->combDelay) * leaf.invSampleRate / r->t60 ));
+}
+
+/* ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ NReverb ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ */
+void tNReverb_init(tNReverb* const rev, float t60)
+{
+ _tNReverb* r = *rev = (_tNReverb*) leaf_alloc(sizeof(_tNReverb));
+
+ if (t60 <= 0.0f) t60 = 0.001f;
+
+ r->inv_441 = 1.0f/44100.0f;
+
+ int lengths[15] = {1433, 1601, 1867, 2053, 2251, 2399, 347, 113, 37, 59, 53, 43, 37, 29, 19}; // Delay lengths for 44100 Hz sample rate.
+ double scaler = leaf.sampleRate / 25641.0f;
+
+ int delay, i;
+
+ for (i=0; i < 15; i++)
+ {
+ delay = (int) scaler * lengths[i];
+ if ( (delay & 1) == 0)
+ delay++;
+ while ( !LEAF_isPrime(delay) )
+ delay += 2;
+ lengths[i] = delay;
+ }
+
+ for ( i=0; i<6; i++ )
+ {
+ tLinearDelay_init(&r->combDelays[i], lengths[i], lengths[i] * 2.0f);
+ tLinearDelay_clear(&r->combDelays[i]);
+ r->combCoeffs[i] = pow(10.0, (-3 * lengths[i] * leaf.invSampleRate / t60));
+ }
+
+ for ( i=0; i<8; i++ )
+ {
+ tLinearDelay_init(&r->allpassDelays[i], lengths[i+6], lengths[i+6] * 2.0f);
+ tLinearDelay_clear(&r->allpassDelays[i]);
+ }
+
+
+ tNReverb_setT60(rev, t60);
+ r->allpassCoeff = 0.7f;
+ r->mix = 0.3f;
+}
+
+void tNReverb_free(tNReverb* const rev)
+{
+ _tNReverb* r = *rev;
+
+ for (int i = 0; i < 6; i++)
+ {
+ tLinearDelay_free(&r->combDelays[i]);
+ }
+
+ for (int i = 0; i < 8; i++)
+ {
+ tLinearDelay_free(&r->allpassDelays[i]);
+ }
+
+ leaf_free((char*)r);
+}
+
+void tNReverb_initToPool (tNReverb* const rev, float t60, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tNReverb* r = *rev = (_tNReverb*) mpool_alloc(sizeof(_tNReverb), m);
+
+ if (t60 <= 0.0f) t60 = 0.001f;
+
+ r->inv_441 = 1.0f/44100.0f;
+
+ int lengths[15] = {1433, 1601, 1867, 2053, 2251, 2399, 347, 113, 37, 59, 53, 43, 37, 29, 19}; // Delay lengths for 44100 Hz sample rate.
+ double scaler = leaf.sampleRate / 25641.0f;
+
+ int delay, i;
+
+ for (i=0; i < 15; i++)
+ {
+ delay = (int) scaler * lengths[i];
+ if ( (delay & 1) == 0)
+ delay++;
+ while ( !LEAF_isPrime(delay) )
+ delay += 2;
+ lengths[i] = delay;
+ }
+
+ for ( i=0; i<6; i++ )
+ {
+ tLinearDelay_initToPool(&r->combDelays[i], lengths[i], lengths[i] * 2.0f, mp);
+ r->combCoeffs[i] = pow(10.0, (-3 * lengths[i] * leaf.invSampleRate / t60));
+ }
+
+ for ( i=0; i<8; i++ )
+ {
+ tLinearDelay_initToPool(&r->allpassDelays[i], lengths[i+6], lengths[i+6] * 2.0f, mp);
+ }
+
+
+ tNReverb_setT60(rev, t60);
+ r->allpassCoeff = 0.7f;
+ r->mix = 0.3f;
+}
+
+void tNReverb_freeFromPool (tNReverb* const rev, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tNReverb* r = *rev;
+
+ for (int i = 0; i < 6; i++)
+ {
+ tLinearDelay_freeFromPool(&r->combDelays[i], mp);
+ }
+
+ for (int i = 0; i < 8; i++)
+ {
+ tLinearDelay_freeFromPool(&r->allpassDelays[i], mp);
+ }
+
+ mpool_free((char*)r, m);
+}
+
+void tNReverb_setT60(tNReverb* const rev, float t60)
+{
+ _tNReverb* r = *rev;
+
+ if (t60 <= 0.0f) t60 = 0.001f;
+
+ r->t60 = t60;
+
+ for (int i=0; i<6; i++) r->combCoeffs[i] = pow(10.0, (-3.0 * tLinearDelay_getDelay(&r->combDelays[i]) * leaf.invSampleRate / t60 ));
+
+}
+
+void tNReverb_setMix(tNReverb* const rev, float mix)
+{
+ _tNReverb* r = *rev;
+ r->mix = mix;
+}
+
+void tNReverb_clear (tNReverb* const rev)
+{
+ _tNReverb* r = *rev;
+
+ for (int i = 0; i < 6; i++)
+ {
+ tLinearDelay_clear(&r->combDelays[i]);
+ }
+
+ for (int i = 0; i < 8; i++)
+ {
+ tLinearDelay_clear(&r->allpassDelays[i]);
+ }
+}
+
+float tNReverb_tick(tNReverb* const rev, float input)
+{
+ _tNReverb* r = *rev;
+ r->lastIn = input;
+
+ float temp, temp0, temp1, temp2, out;
+ int i;
+
+ temp0 = 0.0;
+ for ( i=0; i<6; i++ )
+ {
+ temp = input + (r->combCoeffs[i] * tLinearDelay_getLastOut(&r->combDelays[i]));
+ temp0 += tLinearDelay_tick(&r->combDelays[i],temp);
+ }
+
+ for ( i=0; i<3; i++ )
+ {
+ temp = tLinearDelay_getLastOut(&r->allpassDelays[i]);
+ temp1 = r->allpassCoeff * temp;
+ temp1 += temp0;
+ tLinearDelay_tick(&r->allpassDelays[i], temp1);
+ temp0 = -(r->allpassCoeff * temp1) + temp;
+ }
+
+ // One-pole lowpass filter.
+ r->lowpassState = 0.7f * r->lowpassState + 0.3f * temp0;
+
+ temp = tLinearDelay_getLastOut(&r->allpassDelays[3]);
+ temp1 = r->allpassCoeff * temp;
+ temp1 += r->lowpassState;
+ tLinearDelay_tick(&r->allpassDelays[3], temp1 );
+ temp1 = -(r->allpassCoeff * temp1) + temp;
+
+ temp = tLinearDelay_getLastOut(&r->allpassDelays[4]);
+ temp2 = r->allpassCoeff * temp;
+ temp2 += temp1;
+ tLinearDelay_tick(&r->allpassDelays[4], temp2 );
+ out = -( r->allpassCoeff * temp2 ) + temp ;
+
+ //the other channel in stereo version below
+/*
+ temp = tLinearDelay_getLastOut(&r->allpassDelays[5]);
+ temp3 = r->allpassCoeff * temp;
+ temp3 += temp1;
+ tLinearDelay_tick(&r->allpassDelays[5], temp3 );
+ out = r->mix *( - ( r->allpassCoeff * temp3 ) + temp );
+*/
+
+ temp = ( 1.0f - r->mix ) * input;
+
+ out += temp;
+
+ r->lastOut = out;
+
+ return out;
+}
+
+void tNReverb_tickStereo(tNReverb* const rev, float input, float* output)
+{
+ _tNReverb* r = *rev;
+ r->lastIn = input;
+
+ float temp, temp0, temp1, temp2, temp3, out;
+ int i;
+
+ temp0 = 0.0;
+ for ( i=0; i<6; i++ )
+ {
+ temp = input + (r->combCoeffs[i] * tLinearDelay_getLastOut(&r->combDelays[i]));
+ temp0 += tLinearDelay_tick(&r->combDelays[i],temp);
+ }
+
+ for ( i=0; i<3; i++ )
+ {
+ temp = tLinearDelay_getLastOut(&r->allpassDelays[i]);
+ temp1 = r->allpassCoeff * temp;
+ temp1 += temp0;
+ tLinearDelay_tick(&r->allpassDelays[i], temp1);
+ temp0 = -(r->allpassCoeff * temp1) + temp;
+ }
+
+ // One-pole lowpass filter.
+ r->lowpassState = 0.7f * r->lowpassState + 0.3f * temp0;
+
+ temp = tLinearDelay_getLastOut(&r->allpassDelays[3]);
+ temp1 = r->allpassCoeff * temp;
+ temp1 += r->lowpassState;
+ tLinearDelay_tick(&r->allpassDelays[3], temp1 );
+ temp1 = -(r->allpassCoeff * temp1) + temp;
+
+ float drymix = ( 1.0f - r->mix ) * input;
+
+ temp = tLinearDelay_getLastOut(&r->allpassDelays[4]);
+ temp2 = r->allpassCoeff * temp;
+ temp2 += temp1;
+ tLinearDelay_tick(&r->allpassDelays[4], temp2 );
+ output[0] = -( r->allpassCoeff * temp2 ) + temp + drymix;
+ out = output[0];
+
+
+ temp = tLinearDelay_getLastOut(&r->allpassDelays[5]);
+ temp3 = r->allpassCoeff * temp;
+ temp3 += temp1;
+ tLinearDelay_tick(&r->allpassDelays[5], temp3 );
+ output[1] = r->mix *( - ( r->allpassCoeff * temp3 ) + temp + drymix);
+
+ r->lastOut = out;
+}
+
+void tNReverbSampleRateChanged (tNReverb* const rev)
+{
+ _tNReverb* r = *rev;
+ for (int i=0; i<6; i++) r->combCoeffs[i] = pow(10.0, (-3.0 * tLinearDelay_getDelay(&r->combDelays[i]) * leaf.invSampleRate / r->t60 ));
+}
+
+// ======================================DATTORRO=========================================
+
+#define SAMP(in) (in*r->t)
+
+float in_allpass_delays[4] = { 4.771f, 3.595f, 12.73f, 9.307f };
+float in_allpass_gains[4] = { 0.75f, 0.75f, 0.625f, 0.625f };
+
+
+void tDattorroReverb_init (tDattorroReverb* const rev)
+{
+ tDattorroReverb_initToPool(rev, &leaf.mempool);
+}
+
+void tDattorroReverb_free (tDattorroReverb* const rev)
+{
+ tDattorroReverb_freeFromPool(rev, &leaf.mempool);
+}
+
+void tDattorroReverb_initToPool (tDattorroReverb* const rev, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tDattorroReverb* r = *rev = (_tDattorroReverb*) mpool_alloc(sizeof(_tDattorroReverb), m);
+
+ r->size_max = 2.0f;
+ r->size = 1.f;
+ r->t = r->size * leaf.sampleRate * 0.001f;
+ r->frozen = 0;
+ // INPUT
+ tTapeDelay_initToPool(&r->in_delay, 0.f, SAMP(200.f), mp);
+ tOnePole_initToPool(&r->in_filter, 1.f, mp);
+
+ for (int i = 0; i < 4; i++)
+ {
+ tAllpass_initToPool(&r->in_allpass[i], SAMP(in_allpass_delays[i]), SAMP(20.f), mp); // * r->size_max
+ tAllpass_setGain(&r->in_allpass[i], in_allpass_gains[i]);
+ }
+
+ // FEEDBACK 1
+ tAllpass_initToPool(&r->f1_allpass, SAMP(30.51f), SAMP(100.f), mp); // * r->size_max
+ tAllpass_setGain(&r->f1_allpass, 0.7f);
+
+ tTapeDelay_initToPool(&r->f1_delay_1, SAMP(141.69f), SAMP(200.0f) * r->size_max + 1, mp);
+ tTapeDelay_initToPool(&r->f1_delay_2, SAMP(89.24f), SAMP(100.0f) * r->size_max + 1, mp);
+ tTapeDelay_initToPool(&r->f1_delay_3, SAMP(125.f), SAMP(200.0f) * r->size_max + 1, mp);
+
+ tOnePole_initToPool(&r->f1_filter, 1.f, mp);
+
+ tHighpass_initToPool(&r->f1_hp, 20.f, mp);
+
+ tCycle_initToPool(&r->f1_lfo, mp);
+ tCycle_setFreq(&r->f1_lfo, 0.1f);
+
+ // FEEDBACK 2
+ tAllpass_initToPool(&r->f2_allpass, SAMP(22.58f), SAMP(100.f), mp); // * r->size_max
+ tAllpass_setGain(&r->f2_allpass, 0.7f);
+
+ tTapeDelay_initToPool(&r->f2_delay_1, SAMP(149.62f), SAMP(200.f) * r->size_max + 1, mp);
+ tTapeDelay_initToPool(&r->f2_delay_2, SAMP(60.48f), SAMP(100.f) * r->size_max + 1, mp);
+ tTapeDelay_initToPool(&r->f2_delay_3, SAMP(106.28f), SAMP(200.f) * r->size_max + 1, mp);
+
+ tOnePole_initToPool(&r->f2_filter, 1.f, mp);
+
+ tHighpass_initToPool(&r->f2_hp, 20.f, mp);
+
+ tCycle_initToPool(&r->f2_lfo, mp);
+ tCycle_setFreq(&r->f2_lfo, 0.07f);
+
+
+ // PARAMETERS
+ tDattorroReverb_setMix(rev, 0.5f);
+
+ tDattorroReverb_setInputDelay(rev, 0.f);
+
+ tDattorroReverb_setInputFilter(rev, 10000.f);
+
+ tDattorroReverb_setFeedbackFilter(rev, 5000.f);
+
+ tDattorroReverb_setFeedbackGain(rev, 0.4f);
+}
+
+void tDattorroReverb_freeFromPool (tDattorroReverb* const rev, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tDattorroReverb* r = *rev;
+
+ // INPUT
+ tTapeDelay_freeFromPool(&r->in_delay, mp);
+ tOnePole_freeFromPool(&r->in_filter, mp);
+
+ for (int i = 0; i < 4; i++)
+ {
+ tAllpass_freeFromPool(&r->in_allpass[i], mp);
+ }
+
+ // FEEDBACK 1
+ tAllpass_freeFromPool(&r->f1_allpass, mp);
+
+ tTapeDelay_freeFromPool(&r->f1_delay_1, mp);
+ tTapeDelay_freeFromPool(&r->f1_delay_2, mp);
+ tTapeDelay_freeFromPool(&r->f1_delay_3, mp);
+
+ tOnePole_freeFromPool(&r->f1_filter, mp);
+
+ tHighpass_freeFromPool(&r->f1_hp, mp);
+
+ tCycle_freeFromPool(&r->f1_lfo, mp);
+
+ // FEEDBACK 2
+ tAllpass_freeFromPool(&r->f2_allpass, mp);
+
+ tTapeDelay_freeFromPool(&r->f2_delay_1, mp);
+ tTapeDelay_freeFromPool(&r->f2_delay_2, mp);
+ tTapeDelay_freeFromPool(&r->f2_delay_3, mp);
+
+ tOnePole_freeFromPool(&r->f2_filter, mp);
+
+ tHighpass_freeFromPool(&r->f2_hp, mp);
+
+ tCycle_freeFromPool(&r->f2_lfo, mp);
+
+ mpool_free((char*)r, m);
+}
+
+void tDattorroReverb_clear (tDattorroReverb* const rev)
+{
+ _tDattorroReverb* r = *rev;
+
+ tTapeDelay_clear(&r->in_delay);
+ tTapeDelay_clear(&r->f1_delay_1);
+ tTapeDelay_clear(&r->f1_delay_2);
+ tTapeDelay_clear(&r->f1_delay_3);
+ tTapeDelay_clear(&r->f2_delay_1);
+ tTapeDelay_clear(&r->f2_delay_2);
+ tTapeDelay_clear(&r->f2_delay_3);
+}
+
+float tDattorroReverb_tick (tDattorroReverb* const rev, float input)
+{
+ _tDattorroReverb* r = *rev;
+
+
+ float in_sample, f1_sample,f1_delay_2_sample, f2_sample, f2_delay_2_sample;
+
+ if (r->frozen)
+ {
+ input = 0.0f;
+ //r->f1_last = 0.0f;
+ //r->f2_last = 0.0f;
+ }
+ // INPUT
+ in_sample = tTapeDelay_tick(&r->in_delay, input);
+
+ in_sample = tOnePole_tick(&r->in_filter, in_sample);
+
+ for (int i = 0; i < 4; i++)
+ {
+ in_sample = tAllpass_tick(&r->in_allpass[i], in_sample);
+ }
+
+ // FEEDBACK 1
+ f1_sample = in_sample + r->f2_last; // + f2_last_out;
+
+ tAllpass_setDelay(&r->f1_allpass, SAMP(30.51f) + tCycle_tick(&r->f1_lfo) * SAMP(4.0f));
+
+ f1_sample = tAllpass_tick(&r->f1_allpass, f1_sample);
+
+ f1_sample = tTapeDelay_tick(&r->f1_delay_1, f1_sample);
+
+ f1_sample = tOnePole_tick(&r->f1_filter, f1_sample);
+
+ f1_sample = f1_sample + r->f1_delay_2_last * 0.5f;
+
+ f1_delay_2_sample = tTapeDelay_tick(&r->f1_delay_2, f1_sample * 0.5f);
+
+ r->f1_delay_2_last = f1_delay_2_sample;
+
+ f1_sample = r->f1_delay_2_last + f1_sample;
+
+ f1_sample = tHighpass_tick(&r->f1_hp, f1_sample);
+
+ f1_sample *= r->feedback_gain;
+
+ r->f1_last = tTapeDelay_tick(&r->f1_delay_3, f1_sample);
+
+ // FEEDBACK 2
+ f2_sample = in_sample + r->f1_last;
+
+ tAllpass_setDelay(&r->f2_allpass, SAMP(22.58f) + tCycle_tick(&r->f2_lfo) * SAMP(4.0f));
+
+ f2_sample = tAllpass_tick(&r->f2_allpass, f2_sample);
+
+ f2_sample = tTapeDelay_tick(&r->f2_delay_1, f2_sample);
+
+ f2_sample = tOnePole_tick(&r->f2_filter, f2_sample);
+
+ f2_sample = f2_sample + r->f2_delay_2_last * 0.5f;
+
+ f2_delay_2_sample = tTapeDelay_tick(&r->f2_delay_2, f2_sample * 0.5f);
+
+ r->f2_delay_2_last = f2_delay_2_sample;
+
+ f2_sample = r->f2_delay_2_last + f2_sample;
+
+ f2_sample = tHighpass_tick(&r->f2_hp, f2_sample);
+
+ f2_sample *= r->feedback_gain;
+
+ r->f2_last = tTapeDelay_tick(&r->f2_delay_3, f2_sample);
+
+ // TAP OUT 1
+ f1_sample = tTapeDelay_tapOut(&r->f1_delay_1, SAMP(8.9f)) +
+ tTapeDelay_tapOut(&r->f1_delay_1, SAMP(99.8f));
+
+ f1_sample -= tTapeDelay_tapOut(&r->f1_delay_2, SAMP(64.2f));
+
+ f1_sample += tTapeDelay_tapOut(&r->f1_delay_3, SAMP(67.f));
+
+ f1_sample -= tTapeDelay_tapOut(&r->f2_delay_1, SAMP(66.8f));
+
+ f1_sample -= tTapeDelay_tapOut(&r->f2_delay_2, SAMP(6.3f));
+
+ f1_sample -= tTapeDelay_tapOut(&r->f2_delay_3, SAMP(35.8f));
+
+ f1_sample *= 0.14f;
+
+ // TAP OUT 2
+ f2_sample = tTapeDelay_tapOut(&r->f2_delay_1, SAMP(11.8f)) +
+ tTapeDelay_tapOut(&r->f2_delay_1, SAMP(121.7f));
+
+ f2_sample -= tTapeDelay_tapOut(&r->f2_delay_2, SAMP(6.3f));
+
+ f2_sample += tTapeDelay_tapOut(&r->f2_delay_3, SAMP(89.7f));
+
+ f2_sample -= tTapeDelay_tapOut(&r->f1_delay_1, SAMP(70.8f));
+
+ f2_sample -= tTapeDelay_tapOut(&r->f1_delay_2, SAMP(11.2f));
+
+ f2_sample -= tTapeDelay_tapOut(&r->f1_delay_3, SAMP(4.1f));
+
+ f2_sample *= 0.14f;
+
+ float sample = (f1_sample + f2_sample) * 0.5f;
+
+ return (input * (1.0f - r->mix) + sample * r->mix);
+}
+
+void tDattorroReverb_tickStereo (tDattorroReverb* const rev, float input, float* output)
+{
+ _tDattorroReverb* r = *rev;
+ float in_sample, f1_sample,f1_delay_2_sample, f2_sample, f2_delay_2_sample;
+
+ if (r->frozen)
+ {
+ input = 0.0f;
+ //r->f1_last = 0.0f;
+ //r->f2_last = 0.0f;
+ }
+ // INPUT
+ in_sample = tTapeDelay_tick(&r->in_delay, input);
+
+ in_sample = tOnePole_tick(&r->in_filter, in_sample);
+
+ for (int i = 0; i < 4; i++)
+ {
+ in_sample = tAllpass_tick(&r->in_allpass[i], in_sample);
+ }
+
+
+ // FEEDBACK 1
+ f1_sample = in_sample + r->f2_last; // + f2_last_out;
+
+ tAllpass_setDelay(&r->f1_allpass, SAMP(30.51f) + tCycle_tick(&r->f1_lfo) * SAMP(4.0f));
+
+ f1_sample = tAllpass_tick(&r->f1_allpass, f1_sample);
+
+ f1_sample = tTapeDelay_tick(&r->f1_delay_1, f1_sample);
+
+ f1_sample = tOnePole_tick(&r->f1_filter, f1_sample);
+
+ f1_sample = f1_sample + r->f1_delay_2_last * 0.5f;
+
+ f1_delay_2_sample = tTapeDelay_tick(&r->f1_delay_2, f1_sample * 0.5f);
+
+ r->f1_delay_2_last = f1_delay_2_sample;
+
+ f1_sample = r->f1_delay_2_last + f1_sample;
+
+ f1_sample = tHighpass_tick(&r->f1_hp, f1_sample);
+
+ f1_sample *= r->feedback_gain;
+
+ if (r->frozen)
+ {
+ f1_sample = 0.0f;
+ }
+
+ r->f1_last = tTapeDelay_tick(&r->f1_delay_3, f1_sample);
+
+ // FEEDBACK 2
+ f2_sample = in_sample + r->f1_last;
+
+ tAllpass_setDelay(&r->f2_allpass, SAMP(22.58f) + tCycle_tick(&r->f2_lfo) * SAMP(4.0f));
+
+ f2_sample = tAllpass_tick(&r->f2_allpass, f2_sample);
+
+ f2_sample = tTapeDelay_tick(&r->f2_delay_1, f2_sample);
+
+ f2_sample = tOnePole_tick(&r->f2_filter, f2_sample);
+
+ f2_sample = f2_sample + r->f2_delay_2_last * 0.5f;
+
+ f2_delay_2_sample = tTapeDelay_tick(&r->f2_delay_2, f2_sample * 0.5f);
+
+ r->f2_delay_2_last = f2_delay_2_sample;
+
+ f2_sample = r->f2_delay_2_last + f2_sample;
+
+ f2_sample = tHighpass_tick(&r->f2_hp, f2_sample);
+
+ f2_sample *= r->feedback_gain;
+
+ if (r->frozen)
+ {
+ f2_sample = 0.0f;
+ }
+ r->f2_last = tTapeDelay_tick(&r->f2_delay_3, f2_sample);
+
+
+
+ // TAP OUT 1
+ f1_sample = tTapeDelay_tapOut(&r->f1_delay_1, SAMP(8.9f)) +
+ tTapeDelay_tapOut(&r->f1_delay_1, SAMP(99.8f));
+
+ f1_sample -= tTapeDelay_tapOut(&r->f1_delay_2, SAMP(64.2f));
+
+ f1_sample += tTapeDelay_tapOut(&r->f1_delay_3, SAMP(67.f));
+
+ f1_sample -= tTapeDelay_tapOut(&r->f2_delay_1, SAMP(66.8f));
+
+ f1_sample -= tTapeDelay_tapOut(&r->f2_delay_2, SAMP(6.3f));
+
+ f1_sample -= tTapeDelay_tapOut(&r->f2_delay_3, SAMP(35.8f));
+
+ f1_sample *= 0.14f;
+
+ // TAP OUT 2
+ f2_sample = tTapeDelay_tapOut(&r->f2_delay_1, SAMP(11.8f)) +
+ tTapeDelay_tapOut(&r->f2_delay_1, SAMP(121.7f));
+
+ f2_sample -= tTapeDelay_tapOut(&r->f2_delay_2, SAMP(6.3f));
+
+ f2_sample += tTapeDelay_tapOut(&r->f2_delay_3, SAMP(89.7f));
+
+ f2_sample -= tTapeDelay_tapOut(&r->f1_delay_1, SAMP(70.8f));
+
+ f2_sample -= tTapeDelay_tapOut(&r->f1_delay_2, SAMP(11.2f));
+
+ f2_sample -= tTapeDelay_tapOut(&r->f1_delay_3, SAMP(4.1f));
+
+ f2_sample *= 0.14f;
+
+ output[0] = input * (1.0f - r->mix) + f1_sample * r->mix;
+ output[1] = input * (1.0f - r->mix) + f2_sample * r->mix;
+
+}
+
+void tDattorroReverb_setMix (tDattorroReverb* const rev, float mix)
+{
+ _tDattorroReverb* r = *rev;
+ r->mix = LEAF_clip(0.0f, mix, 1.0f);
+}
+
+void tDattorroReverb_setFreeze (tDattorroReverb* const rev, uint32_t freeze)
+{
+ _tDattorroReverb* r = *rev;
+ r->frozen = freeze;
+ if (freeze)
+ {
+ tAllpass_setGain(&r->f2_allpass, 1.0f);
+ tAllpass_setGain(&r->f1_allpass, 1.0f);
+ for (int i = 0; i < 4; i++)
+ {
+
+ //tAllpass_setGain(&r->in_allpass[i], 1.0f);
+ }
+ tCycle_setFreq(&r->f1_lfo, 0.0f);
+ tCycle_setFreq(&r->f2_lfo, 0.0f);
+ }
+ else
+ {
+ tAllpass_setGain(&r->f2_allpass, 0.7f);
+ tAllpass_setGain(&r->f1_allpass, 0.7f);
+ for (int i = 0; i < 4; i++)
+ {
+ //tAllpass_setGain(&r->in_allpass[i], in_allpass_gains[i]);
+ }
+ tCycle_setFreq(&r->f1_lfo, 0.1f);
+ tCycle_setFreq(&r->f2_lfo, 0.07f);
+ }
+}
+
+
+void tDattorroReverb_setHP (tDattorroReverb* const rev, float freq)
+{
+ _tDattorroReverb* r = *rev;
+ float newFreq = LEAF_clip(20.0f, freq, 20000.0f);
+ tHighpass_setFreq(&r->f1_hp, newFreq);
+ tHighpass_setFreq(&r->f2_hp, newFreq);
+}
+
+
+void tDattorroReverb_setSize (tDattorroReverb* const rev, float size)
+{
+ _tDattorroReverb* r = *rev;
+
+ r->size = LEAF_clip(0.01f, size*r->size_max, r->size_max);
+ r->t = r->size * leaf.sampleRate * 0.001f;
+
+ /*
+ for (int i = 0; i < 4; i++)
+ {
+ tAllpass_setDelay(&r->in_allpass[i], SAMP(in_allpass_delays[i]));
+ }
+ */
+
+ // FEEDBACK 1
+ //tAllpass_setDelay(&r->f1_allpass, SAMP(30.51f));
+
+ tTapeDelay_setDelay(&r->f1_delay_1, SAMP(141.69f));
+ tTapeDelay_setDelay(&r->f1_delay_2, SAMP(89.24f));
+ tTapeDelay_setDelay(&r->f1_delay_3, SAMP(125.f));
+
+ // maybe change rate of SINE LFO's when size changes?
+ //tCycle_setFreq(&r->f2_lfo, 0.07f * size * r->size_max);
+
+ // FEEDBACK 2
+ //tAllpass_setDelay(&r->f2_allpass, SAMP(22.58f));
+
+ tTapeDelay_setDelay(&r->f2_delay_1, SAMP(149.62f));
+ tTapeDelay_setDelay(&r->f2_delay_2, SAMP(60.48f));
+ tTapeDelay_setDelay(&r->f2_delay_3, SAMP(106.28f));
+}
+
+void tDattorroReverb_setInputDelay (tDattorroReverb* const rev, float preDelay)
+{
+ _tDattorroReverb* r = *rev;
+
+ r->predelay = LEAF_clip(0.0f, preDelay, 200.0f);
+
+ tTapeDelay_setDelay(&r->in_delay, SAMP(r->predelay));
+}
+
+void tDattorroReverb_setInputFilter (tDattorroReverb* const rev, float freq)
+{
+ _tDattorroReverb* r = *rev;
+
+ r->input_filter = LEAF_clip(0.0f, freq, 20000.0f);
+
+ tOnePole_setFreq(&r->in_filter, r->input_filter);
+}
+
+void tDattorroReverb_setFeedbackFilter (tDattorroReverb* const rev, float freq)
+{
+ _tDattorroReverb* r = *rev;
+
+ r->feedback_filter = LEAF_clip(0.0f, freq, 20000.0f);
+
+ tOnePole_setFreq(&r->f1_filter, r->feedback_filter);
+ tOnePole_setFreq(&r->f2_filter, r->feedback_filter);
+}
+
+void tDattorroReverb_setFeedbackGain (tDattorroReverb* const rev, float gain)
+{
+ _tDattorroReverb* r = *rev;
+ r->feedback_gain = gain;
+}
--- /dev/null
+++ b/leaf/Src/leaf-sampling.c
@@ -1,0 +1,866 @@
+/*
+ ==============================================================================
+
+ leaf-sampling.c
+ Created: 20 Jan 2017 12:02:17pm
+ Author: Michael R Mulshine
+
+ ==============================================================================
+ */
+
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-sampling.h"
+#include "..\leaf.h"
+
+#else
+
+#include "../Inc/leaf-sampling.h"
+#include "../leaf.h"
+
+
+#endif
+
+//==============================================================================
+
+void tBuffer_init (tBuffer* const sb, uint32_t length)
+{
+ tBuffer_initToPool(sb, length, &leaf.mempool);
+}
+
+void tBuffer_free (tBuffer* const sb)
+{
+ tBuffer_freeFromPool(sb, &leaf.mempool);
+}
+
+void tBuffer_initToPool (tBuffer* const sb, uint32_t length, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tBuffer* s = *sb = (_tBuffer*) mpool_alloc(sizeof(_tBuffer), m);
+
+ s->buff = (float*) mpool_alloc( sizeof(float) * length, m);
+
+ s->bufferLength = length;
+ s->recordedLength = 0;
+ s->active = 0;
+ s->idx = 0;
+ s->mode = RecordOneShot;
+}
+
+void tBuffer_freeFromPool (tBuffer* const sb, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tBuffer* s = *sb;
+
+ mpool_free((char*)s->buff, m);
+ mpool_free((char*)s, m);
+}
+
+void tBuffer_tick (tBuffer* const sb, float sample)
+{
+ _tBuffer* s = *sb;
+
+ if (s->active == 1)
+ {
+ s->buff[s->idx] = sample;
+
+ s->idx += 1;
+
+ if (s->idx >= s->bufferLength)
+ {
+ if (s->mode == RecordOneShot)
+ {
+ tBuffer_stop(sb);
+ }
+ else if (s->mode == RecordLoop)
+ {
+ s->idx = 0;
+ }
+ }
+ }
+}
+
+void tBuffer_read(tBuffer* const sb, float* buff, uint32_t len)
+{
+ _tBuffer* s = *sb;
+ for (int i = 0; i < s->bufferLength; i++)
+ {
+ if (i < len) s->buff[i] = buff[i];
+ else s->buff[i] = 0.f;
+ }
+ s->recordedLength = len;
+}
+
+float tBuffer_get (tBuffer* const sb, int idx)
+{
+ _tBuffer* s = *sb;
+ if ((idx < 0) || (idx >= s->bufferLength)) return 0.f;
+ return s->buff[idx];
+}
+
+void tBuffer_record(tBuffer* const sb)
+{
+ _tBuffer* s = *sb;
+ s->active = 1;
+ s->idx = 0;
+}
+
+void tBuffer_stop(tBuffer* const sb)
+{
+ _tBuffer* s = *sb;
+ s->active = 0;
+ s->recordedLength = s->idx;
+}
+
+int tBuffer_getRecordPosition(tBuffer* const sb)
+{
+ _tBuffer* s = *sb;
+ return s->idx;
+}
+
+void tBuffer_setRecordMode (tBuffer* const sb, RecordMode mode)
+{
+ _tBuffer* s = *sb;
+ s->mode = mode;
+}
+
+void tBuffer_clear (tBuffer* const sb)
+{
+ _tBuffer* s = *sb;
+ for (int i = 0; i < s->bufferLength; i++)
+ {
+ s->buff[i] = 0.f;
+ }
+}
+
+uint32_t tBuffer_getBufferLength(tBuffer* const sb)
+{
+ _tBuffer* s = *sb;
+ return s->bufferLength;
+}
+
+uint32_t tBuffer_getRecordedLength(tBuffer* const sb)
+{
+ _tBuffer* s = *sb;
+ return s->recordedLength;
+}
+
+//================================tSampler=====================================
+
+static void handleStartEndChange(tSampler* const sp);
+
+static void attemptStartEndChange(tSampler* const sp);
+
+void tSampler_init(tSampler* const sp, tBuffer* const b)
+{
+ tSampler_initToPool(sp, b, &leaf.mempool);
+}
+
+void tSampler_free (tSampler* const sp)
+{
+ tSampler_freeFromPool(sp, &leaf.mempool);
+}
+
+void tSampler_initToPool(tSampler* const sp, tBuffer* const b, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSampler* p = *sp = (_tSampler*) mpool_alloc(sizeof(_tSampler), m);
+ _tBuffer* s = *b;
+
+ p->samp = s;
+
+ p->active = 0;
+
+ p->start = 0;
+ p->end = 0;
+
+ p->len = p->end - p->start;
+
+ p->idx = 0.f;
+ p->inc = 1.f;
+ p->iinc = 1.f;
+
+ p->dir = 1;
+ p->flip = 1;
+ p->bnf = 1;
+
+ p->mode = PlayNormal;
+
+ p->cfxlen = 500; // default 300 sample crossfade
+
+ tRamp_initToPool(&p->gain, 7.0f, 1, mp);
+ tRamp_setVal(&p->gain, 0.f);
+
+ p->targetstart = -1;
+ p->targetend = -1;
+
+ p->inCrossfade = 0;
+ p->flipStart = -1;
+ p->flipIdx = -1;
+}
+
+void tSampler_freeFromPool (tSampler* const sp, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tSampler* p = *sp;
+ tRamp_freeFromPool(&p->gain, mp);
+
+ mpool_free((char*)p, m);
+}
+
+void tSampler_setSample (tSampler* const sp, tBuffer* const b)
+{
+ _tSampler* p = *sp;
+ _tBuffer* s = *b;
+
+ p->samp = s;
+
+ p->start = 0;
+ p->end = p->samp->bufferLength - 1;
+
+ p->len = p->end - p->start;
+
+ p->idx = 0.f;
+}
+
+volatile uint32_t errorState = 0;
+
+float tSampler_tick (tSampler* const sp)
+{
+ _tSampler* p = *sp;
+
+ attemptStartEndChange(sp);
+
+ if (p->active == 0) return 0.f;
+
+ if ((p->inc == 0.0f) || (p->len < 2))
+ {
+ // p->inCrossfade = 1;
+ return p->last;
+ }
+
+ float sample = 0.0f;
+ float cfxsample = 0.0f;
+ float crossfadeMix = 0.0f;
+ float flipsample = 0.0f;
+ float flipMix = 0.0f;
+
+ float* buff = p->samp->buff;
+
+ // Variables so start is also before end
+ int32_t start = p->start;
+ int32_t end = p->end;
+ if (p->flip < 0)
+ {
+ start = p->end;
+ end = p->start;
+ }
+
+ // Get the direction and a reverse flag for some calcs
+ int dir = p->bnf * p->dir * p->flip;
+ int rev = 0;
+ if (dir < 0) rev = 1;
+
+ // Get the current integer index and alpha for interpolation
+ int idx = (int) p->idx;
+ float alpha = rev + (p->idx - idx) * dir;
+ idx += rev;
+
+ // Get the indexes for interpolation
+ int i1 = idx-(1*dir);
+ int i2 = idx;
+ int i3 = idx+(1*dir);
+ int i4 = idx+(2*dir);
+
+ int length = p->samp->recordedLength;
+
+ // Wrap as needed
+ i1 = (i1 < length*rev) ? i1 + (length * (1-rev)) : i1 - (length * rev);
+ i2 = (i2 < length*rev) ? i2 + (length * (1-rev)) : i2 - (length * rev);
+ i3 = (i3 < length*(1-rev)) ? i3 + (length * rev) : i3 - (length * (1-rev));
+ i4 = (i4 < length*(1-rev)) ? i4 + (length * rev) : i4 - (length * (1-rev));
+
+ sample = LEAF_interpolate_hermite_x (buff[i1],
+ buff[i2],
+ buff[i3],
+ buff[i4],
+ alpha);
+
+ uint32_t cfxlen = p->cfxlen;
+ if (p->len * 0.25f < cfxlen) cfxlen = p->len * 0.25f;
+
+ // Determine crossfade points
+ uint32_t fadeLeftStart = 0;
+ if (start >= cfxlen) fadeLeftStart = start - cfxlen;
+ uint32_t fadeLeftEnd = fadeLeftStart + cfxlen;
+
+ uint32_t fadeRightEnd = end;// + (fadeLeftEnd - start);
+ // if (fadeRightEnd >= length) fadeRightEnd = length - 1;
+ uint32_t fadeRightStart = fadeRightEnd - cfxlen;
+
+
+
+
+ if (p->mode == PlayLoop)
+ {
+
+ int offset = 0;
+ int cdx = 0;
+ if ((fadeLeftStart <= idx) && (idx <= fadeLeftEnd))
+ {
+ offset = fadeLeftEnd - idx;
+ cdx = fadeRightEnd - offset;
+ p->inCrossfade = 1;
+ }
+ else if ((fadeRightStart <= idx) && (idx <= fadeRightEnd))
+ {
+ offset = idx - fadeRightStart;
+ cdx = fadeLeftStart + offset;
+ p->inCrossfade = 1;
+ }
+ else p->inCrossfade = 0;
+
+ if (p->inCrossfade)
+ {
+ int c1 = cdx-(1*dir);
+ int c2 = cdx;
+ int c3 = cdx+(1*dir);
+ int c4 = cdx+(2*dir);
+
+ // Wrap as needed
+ c1 = (c1 < length * rev) ? c1 + (length * (1-rev)) : c1 - (length * rev);
+ c2 = (c2 < length * rev) ? c2 + (length * (1-rev)) : c2 - (length * rev);
+ c3 = (c3 < length * (1-rev)) ? c3 + (length * rev) : c3 - (length * (1-rev));
+ c4 = (c4 < length * (1-rev)) ? c4 + (length * rev) : c4 - (length * (1-rev));
+
+ cfxsample = LEAF_interpolate_hermite_x (buff[c1],
+ buff[c2],
+ buff[c3],
+ buff[c4],
+ alpha);
+ crossfadeMix = (float) offset / (float) cfxlen;
+ }
+
+ float flipLength = fabsf(p->flipIdx - p->flipStart);
+ if (flipLength > cfxlen)
+ {
+ p->flipStart = -1;
+ p->flipIdx = -1;
+ }
+ if (p->flipIdx >= 0)
+ {
+ if (p->flipStart == -1)
+ {
+ p->flipStart = p->idx;
+ p->flipIdx = p->idx;
+ }
+ flipLength = fabsf(p->flipIdx - p->flipStart);
+
+ int fdx = (int) p->flipIdx;
+ float falpha = (1-rev) - (p->flipIdx - fdx) * dir;
+ idx += (1-rev);
+
+ // Get the indexes for interpolation
+ int f1 = fdx+(1*dir);
+ int f2 = fdx;
+ int f3 = fdx-(1*dir);
+ int f4 = fdx-(2*dir);
+
+ // Wrap as needed
+ f1 = (f1 < length*(1-rev)) ? f1 + (length * rev) : f1 - (length * (1-rev));
+ f2 = (f2 < length*(1-rev)) ? f2 + (length * rev) : f2 - (length * (1-rev));
+ f3 = (f3 < length*rev) ? f3 + (length * (1-rev)) : f3 - (length * rev);
+ f4 = (f4 < length*rev) ? f4 + (length * (1-rev)) : f4 - (length * rev);
+
+ flipsample = LEAF_interpolate_hermite_x (buff[f1],
+ buff[f2],
+ buff[f3],
+ buff[f4],
+ falpha);
+ flipMix = (float) (cfxlen - flipLength) / (float) cfxlen;
+ }
+ }
+
+ float inc = fmod(p->inc, p->len);
+ p->idx += (dir * inc);
+ if (p->flipStart >= 0)
+ {
+ p->flipIdx += (-dir * inc);
+ if((int)p->flipIdx < 0)
+ {
+ p->idx += (float)length;
+ }
+ if((int)p->idx >= length)
+ {
+
+ p->idx -= (float)length;
+ }
+ }
+
+
+
+ attemptStartEndChange(sp);
+
+
+ if (p->mode == PlayLoop)
+ {
+ if((int)p->idx < start)
+ {
+ p->idx += (float)(fadeRightEnd - fadeLeftEnd);
+ }
+ if((int)p->idx > end)
+ {
+
+ p->idx -= (float)(fadeRightEnd - fadeLeftEnd);
+ }
+ }
+ else if (p->mode == PlayBackAndForth)
+ {
+ if (p->idx < start)
+ {
+ p->bnf = -p->bnf;
+ p->idx = start + 1;
+ }
+ else if (p->idx > end)
+ {
+ p->bnf = -p->bnf;
+ p->idx = end - 1;
+ }
+ }
+
+ float ticksToEnd = rev ? ((idx - start) * p->iinc) : ((end - idx) * p->iinc);
+ if (p->mode == PlayNormal)
+ {
+ if (ticksToEnd < (0.007f * leaf.sampleRate))
+ {
+ tRamp_setDest(&p->gain, 0.f);
+ p->active = -1;
+ }
+ }
+
+ sample = ((sample * (1.0f - crossfadeMix)) + (cfxsample * crossfadeMix)) * (1.0f - flipMix) + (flipsample * flipMix);
+
+ sample = sample * tRamp_tick(&p->gain);
+
+ if (p->active < 0)
+ {
+ if (tRamp_sample(&p->gain) <= 0.00001f)
+ {
+ if (p->retrigger == 1)
+ {
+ p->active = 1;
+ p->retrigger = 0;
+ tRamp_setDest(&p->gain, 1.f);
+
+ if (p->dir > 0)
+ {
+ if (p->flip > 0) p->idx = p->start;
+ else p->idx = p->end;
+ }
+ else
+ {
+ if (p->flip > 0) p->idx = p->end;
+ else p->idx = p->start;
+ }
+ }
+ else
+ {
+ p->active = 0;
+ }
+
+ }
+ }
+
+ if (fabsf(sample-p->last) > 0.1f)
+ {
+ errorState = 1;
+ }
+
+ p->last = sample;
+
+
+ return p->last;
+}
+
+void tSampler_setMode (tSampler* const sp, PlayMode mode)
+{
+ _tSampler* p = *sp;
+ p->mode = mode;
+}
+
+void tSampler_setCrossfadeLength (tSampler* const sp, uint32_t length)
+{
+ _tSampler* p = *sp;
+
+ uint32_t cfxlen = LEAF_clip(0, length, p->len * 0.25f);
+
+ p->cfxlen = cfxlen;
+}
+
+void tSampler_play (tSampler* const sp)
+{
+ _tSampler* p = *sp;
+
+ if (p->active != 0)
+ {
+ p->active = -1;
+ p->retrigger = 1;
+
+ tRamp_setDest(&p->gain, 0.f);
+ }
+ else
+ {
+ p->active = 1;
+ p->retrigger = 0;
+
+ tRamp_setDest(&p->gain, 1.f);
+
+ if (p->dir > 0)
+ {
+ if (p->flip > 0) p->idx = p->start;
+ else p->idx = p->end;
+ }
+ else
+ {
+ if (p->flip > 0) p->idx = p->end;
+ else p->idx = p->start;
+ }
+ handleStartEndChange(&p);
+ }
+}
+
+void tSampler_stop (tSampler* const sp)
+{
+ _tSampler* p = *sp;
+
+ p->active = -1;
+
+ tRamp_setDest(&p->gain, 0.f);
+}
+
+static void handleStartEndChange(tSampler* const sp)
+{
+ _tSampler* p = *sp;
+
+ p->len = abs(p->end - p->start);
+
+ if (p->cfxlen > (p->len * 0.25f)) p->cfxlen = p->len * 0.25f;
+
+ if (p->start > p->end)
+ {
+ p->flip = -1;
+ }
+ else
+ {
+ p->flip = 1;
+ }
+}
+
+static void attemptStartEndChange(tSampler* const sp)
+{
+ _tSampler* p = *sp;
+
+ // Try to update start/end if needed
+ if (p->targetstart >= 0)
+ {
+ tSampler_setStart(sp, p->targetstart);
+ }
+ if (p->targetend >= 0)
+ {
+ tSampler_setEnd(sp, p->targetend);
+ }
+}
+
+void tSampler_setStart (tSampler* const sp, int32_t start)
+{
+ _tSampler* p = *sp;
+
+ int tempflip;
+ /*
+ if (start == p->end)
+ {
+ return;
+ }
+ */
+ if (p->active) // only bother with these checks if we're actually playing
+ {
+ if (start > p->end)
+ {
+ tempflip = -1;
+ }
+ else
+ {
+ tempflip = 1;
+ }
+
+ int dir = p->bnf * p->dir * tempflip;
+
+ uint32_t cfxlen = p->cfxlen;
+ if (p->len * 0.25f < cfxlen) cfxlen = p->len * 0.25f;
+
+ if (p->inCrossfade || p->flipStart >= 0)
+ {
+ p->targetstart = start;
+ return;
+ }
+ if ((tempflip > 0) && (dir > 0)) // start is start and we're playing forward
+ {
+ if (start > p->idx)// start given is after current index or we're in a crossfade
+ {
+ p->targetstart = start;
+ float tempLen = abs(p->end - start) * 0.25f;
+ if (cfxlen > tempLen)
+ {
+ p->cfxlen = tempLen;
+ }
+ return;
+ }
+ }
+ else if ((tempflip < 0) && (dir < 0)) // start is end and we're playing in reverse
+ {
+ if (start < p->idx)// start given is before current index or we're in a crossfade
+ {
+ p->targetstart = start;
+ float tempLen = abs(p->end - start) * 0.25f;
+ if (cfxlen > tempLen)
+ {
+ p->cfxlen = tempLen;
+ }
+ return;
+ }
+ }
+ if (tempflip != p->flip && p->flipStart < 0)
+ {
+ p->flipIdx = 0;
+ }
+ }
+
+ p->start = LEAF_clipInt(0, start, p->samp->recordedLength-1);
+ handleStartEndChange(sp);
+ p->targetstart = -1;
+
+}
+
+void tSampler_setEnd (tSampler* const sp, int32_t end)
+{
+ _tSampler* p = *sp;
+
+ int tempflip;
+
+ /*
+ if (end == p->start)
+ {
+ return;
+ }
+ */
+ if (p->active) // only bother with these checks if we're actually playing
+ {
+ if (p->start > end)
+ {
+ tempflip = -1;
+ }
+ else
+ {
+ tempflip = 1;
+ }
+
+ int dir = p->bnf * p->dir * tempflip;
+
+ uint32_t cfxlen = p->cfxlen;
+ if (p->len * 0.25f < cfxlen) cfxlen = p->len * 0.25f;
+
+ if (p->inCrossfade || p->flipStart >= 0)
+ {
+ p->targetend = end;
+ return;
+ }
+ if (tempflip > 0 && dir < 0) // end is end and we're playing in reverse
+ {
+ if (end < p->idx) // end given is before current index or we're in a crossfade
+ {
+ p->targetend = end;
+ float tempLen = abs(end - p->start) * 0.25f;
+ if (cfxlen > tempLen)
+ {
+ p->cfxlen = tempLen;
+ }
+ return;
+ }
+ }
+ else if (tempflip < 0 && dir > 0) // end is start and we're playing forward
+ {
+ if (end > p->idx) // end given is after current index or we're in a crossfade
+ {
+ p->targetend = end;
+ float tempLen = abs(end - p->start) * 0.25f;
+ if (cfxlen > tempLen)
+ {
+ p->cfxlen = tempLen;
+ }
+ return;
+ }
+ }
+ if (tempflip != p->flip && p->flipStart < 0)
+ {
+ p->flipIdx = 0;
+ }
+ }
+
+ p->end = LEAF_clipInt(0, end, p->samp->recordedLength-1);
+ handleStartEndChange(sp);
+ p->targetend = -1;
+}
+
+void tSampler_setLength (tSampler* const sp, int32_t length)
+{
+ _tSampler* p = *sp;
+ if (length == 0) length = 1;
+ tSampler_setEnd(sp, p->start + length);
+}
+
+void tSampler_setRate (tSampler* const sp, float rate)
+{
+ _tSampler* p = *sp;
+
+ if (rate < 0.f)
+ {
+ rate = -rate;
+ p->dir = -1;
+ }
+ else
+ {
+ p->dir = 1;
+ }
+
+ p->inc = rate;
+ p->iinc = 1.f / p->inc;
+}
+
+//==============================================================================
+
+void tAutoSampler_init (tAutoSampler* const as, tBuffer* const b)
+{
+ tAutoSampler_initToPool(as, b, &leaf.mempool);
+}
+
+void tAutoSampler_free (tAutoSampler* const as)
+{
+ tAutoSampler_freeFromPool(as, &leaf.mempool);
+}
+
+void tAutoSampler_initToPool (tAutoSampler* const as, tBuffer* const b, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tAutoSampler* a = *as = (_tAutoSampler*) mpool_alloc(sizeof(_tAutoSampler), m);
+
+ tBuffer_setRecordMode(b, RecordOneShot);
+ tSampler_initToPool(&a->sampler, b, mp);
+ tSampler_setMode(&a->sampler, PlayLoop);
+ tEnvelopeFollower_initToPool(&a->ef, 0.05f, 0.9999f, mp);
+}
+
+void tAutoSampler_freeFromPool (tAutoSampler* const as, tMempool* const mp)
+{
+ _tMempool* m = *mp;
+ _tAutoSampler* a = *as;
+
+ tEnvelopeFollower_freeFromPool(&a->ef, mp);
+ tSampler_freeFromPool(&a->sampler, mp);
+
+ mpool_free((char*)a, m);
+}
+
+float tAutoSampler_tick (tAutoSampler* const as, float input)
+{
+ _tAutoSampler* a = *as;
+ float currentPower = tEnvelopeFollower_tick(&a->ef, input);
+
+ if ((currentPower > (a->threshold)) &&
+ (currentPower > a->previousPower + 0.001f) &&
+ (a->sampleTriggered == 0) &&
+ (a->sampleCounter == 0))
+ {
+ a->sampleTriggered = 1;
+ tBuffer_record(&a->sampler->samp);
+ a->sampler->samp->recordedLength = a->sampler->samp->bufferLength;
+ a->sampleCounter = a->windowSize + 24;//arbitrary extra time to avoid resampling while playing previous sample - better solution would be alternating buffers and crossfading
+ a->powerCounter = 1000;
+ }
+
+ if (a->sampleCounter > 0)
+ {
+ a->sampleCounter--;
+ }
+
+
+ tSampler_setEnd(&a->sampler, a->windowSize);
+ tBuffer_tick(&a->sampler->samp, input);
+ //on it's way down
+ if (currentPower <= a->previousPower)
+ {
+ if (a->powerCounter > 0)
+ {
+ a->powerCounter--;
+ }
+ else if (a->sampleTriggered == 1)
+ {
+ a->sampleTriggered = 0;
+ }
+ }
+
+ a->previousPower = currentPower;
+
+ return tSampler_tick(&a->sampler);
+}
+
+void tAutoSampler_setBuffer (tAutoSampler* const as, tBuffer* const b)
+{
+ _tAutoSampler* a = *as;
+ tBuffer_setRecordMode(b, RecordOneShot);
+ if (a->windowSize > tBuffer_getBufferLength(b))
+ a->windowSize = tBuffer_getBufferLength(b);
+ tSampler_setSample(&a->sampler, b);
+}
+
+void tAutoSampler_setMode (tAutoSampler* const as, PlayMode mode)
+{
+ _tAutoSampler* a = *as;
+ tSampler_setMode(&a->sampler, mode);
+}
+
+void tAutoSampler_play (tAutoSampler* const as)
+{
+ _tAutoSampler* a = *as;
+ tSampler_play(&a->sampler);
+}
+void tAutoSampler_stop (tAutoSampler* const as)
+{
+ _tAutoSampler* a = *as;
+ tSampler_stop(&a->sampler);
+}
+
+void tAutoSampler_setThreshold (tAutoSampler* const as, float thresh)
+{
+ _tAutoSampler* a = *as;
+ a->threshold = thresh;
+}
+
+void tAutoSampler_setWindowSize (tAutoSampler* const as, uint32_t size)
+{
+ _tAutoSampler* a = *as;
+ if (size > tBuffer_getBufferLength(&a->sampler->samp))
+ a->windowSize = tBuffer_getBufferLength(&a->sampler->samp);
+ else a->windowSize = size;
+}
+
+void tAutoSampler_setCrossfadeLength (tAutoSampler* const as, uint32_t length)
+{
+ _tAutoSampler* a = *as;
+ tSampler_setCrossfadeLength(&a->sampler, length);
+}
+
+void tAutoSampler_setRate (tAutoSampler* const as, float rate)
+{
+ ;
+}
--- /dev/null
+++ b/leaf/Src/leaf-tables.c
@@ -1,0 +1,14061 @@
+/* sine wave table ripped from http://aquaticus.info/pwm-sine-wave */
+
+#if _WIN32 || _WIN64
+
+#include "..\Inc\leaf-tables.h"
+#include "..\Inc\leaf-global.h"
+#else
+
+#include "../Inc/leaf-tables.h"
+#include "../Inc/leaf-global.h"
+
+#endif
+
+
+#include "stdlib.h"
+
+const float __leaf_table_fir2XLow[32] = { 0.001067048115027622, -0.004557728776555209, -0.016711590887520535, -0.021065500881657994, -0.003828695019946828, 0.01865935152799254, 0.012036365576553658, -0.02064070362810112, -0.02682399333687091, 0.017862623081258543, 0.0492716766870816, -0.004310232755957251, -0.08571879958189704, -0.03828300159135686, 0.18420501161808442, 0.4054061613074031, 0.4054061613074031, 0.18420501161808442, -0.03828300159135686, -0.08571879958189704, -0.004310232755957251, 0.0492716766870816, 0.017862623081258543, -0.02682399333687091, -0.02064070362810112, 0.012036365576553658, 0.01865935152799254, -0.003828695019946828, -0.021065500881657994, -0.016711590887520535, -0.004557728776555209, 0.001067048115027622
+
+};
+const float __leaf_table_fir4XLow[64] = { 0.0006952369848543607, -0.0021602595656775407, -0.005046940892783684, -0.009045400833780066, -0.01291169046367334, -0.015115999752735221, -0.014305643164290147, -0.009951858009311934, -0.0028258377448417927, 0.004999374847547033, 0.010750729432710248, 0.012011264580991868, 0.007846433846826574, -0.0005004296670167205, -0.009772888585453377, -0.015810363406761653, -0.01525350231205246, -0.007226084282741553, 0.005835838890105145, 0.018676910759237414, 0.025091142837250335, 0.02056199072613674, 0.004658087892329196, -0.017877850338462058, -0.03800800914197999, -0.04518029996599868, -0.031146769751981856, 0.006553281738260734, 0.06282284508297871, 0.1257919544316159, 0.18007204974638935, 0.21145499612282317, 0.21145499612282317, 0.18007204974638935, 0.1257919544316159, 0.06282284508297871, 0.006553281738260734, -0.031146769751981856, -0.04518029996599868, -0.03800800914197999, -0.017877850338462058, 0.004658087892329196, 0.02056199072613674, 0.025091142837250335, 0.018676910759237414, 0.005835838890105145, -0.007226084282741553, -0.01525350231205246, -0.015810363406761653, -0.009772888585453377, -0.0005004296670167205, 0.007846433846826574, 0.012011264580991868, 0.010750729432710248, 0.004999374847547033, -0.0028258377448417927, -0.009951858009311934, -0.014305643164290147, -0.015115999752735221, -0.01291169046367334, -0.009045400833780066, -0.005046940892783684, -0.0021602595656775407, 0.0006952369848543607
+};
+const float __leaf_table_fir8XLow[64] = { 0.0006754949160790157, 0.0002779478357299437, 0.00016529299248029802, -0.00013134896547707938, -0.0006717131404275674, -0.0015110701381990592, -0.002691718323402088, -0.004233151560515273, -0.006122759810873029, -0.008309678451155357, -0.010700324896169348, -0.013154262594364387, -0.015486775440587882, -0.01748014690133886, -0.018887653514132675, -0.019456772349369558, -0.01894272181784527, -0.017131243827335194, -0.013858969256894846, -0.009032963777720983, -0.0026459262830678125, 0.00521276165394513, 0.01435273458276724, 0.024486845310977834, 0.03524172116254876, 0.04617574968276393, 0.05680505888194891, 0.06663123541320262, 0.07517390607705798, 0.08200222626654773, 0.0867639105153248, 0.08920930675382921, 0.08920930675382921, 0.0867639105153248, 0.08200222626654773, 0.07517390607705798, 0.06663123541320262, 0.05680505888194891, 0.04617574968276393, 0.03524172116254876, 0.024486845310977834, 0.01435273458276724, 0.00521276165394513, -0.0026459262830678125, -0.009032963777720983, -0.013858969256894846, -0.017131243827335194, -0.01894272181784527, -0.019456772349369558, -0.018887653514132675, -0.01748014690133886, -0.015486775440587882, -0.013154262594364387, -0.010700324896169348, -0.008309678451155357, -0.006122759810873029, -0.004233151560515273, -0.002691718323402088, -0.0015110701381990592, -0.0006717131404275674, -0.00013134896547707938, 0.00016529299248029802, 0.0002779478357299437, 0.0006754949160790157
+};
+
+
+const float __leaf_table_fir16XLow[128] = { 0.0046126349429950276, 0.002418251320043122, 0.002998396982119693, 0.0036278090719021024, 0.0042975430005925104, 0.004996222179947315, 0.005711926725799716, 0.00643079625328543, 0.007135468516004265, 0.007808520869830334, 0.008432568881455365, 0.008987453845736109, 0.00945525638237626, 0.009815890031354925, 0.01005214318250272, 0.0101471696783731, 0.010086582032584102, 0.009858344528406827, 0.009453351108896472, 0.00886647074448095, 0.008096771309653635, 0.00714751717242796, 0.006026566967445846, 0.004745997071949807, 0.0033222377606249025, 0.0017766711441555428, 0.00013504407845816216, -0.0015717347700967995, -0.0033094088955885038, -0.005040712758495562, -0.0067262136355625045, -0.00832548062138737, -0.009796853749250854, -0.011097728611024173, -0.012187337326564303, -0.013023698103098556, -0.013573509920266506, -0.013801755448129987, -0.013685636499932173, -0.0132011750541409, -0.012328290422335804, -0.011059565013468301, -0.009397775060844537, -0.007349071952063118, -0.004920665178899413, -0.002134336426912994, 0.0009664872092121234, 0.00436478920287496, 0.008003553325930378, 0.011839210717492617, 0.015814297525442545, 0.01987142580304551, 0.023948983229671674, 0.0279823843957138, 0.03190689232743185, 0.03565816745288488, 0.03917373689862927, 0.042395392373465575, 0.04526788671987817, 0.0477424527036618, 0.04977580760639264, 0.051332653704811104, 0.05238580079738586, 0.05291690409987073, 0.05291690409987073, 0.05238580079738586, 0.051332653704811104, 0.04977580760639264, 0.0477424527036618, 0.04526788671987817, 0.042395392373465575, 0.03917373689862927, 0.03565816745288488, 0.03190689232743185, 0.0279823843957138, 0.023948983229671674, 0.01987142580304551, 0.015814297525442545, 0.011839210717492617, 0.008003553325930378, 0.00436478920287496, 0.0009664872092121234, -0.002134336426912994, -0.004920665178899413, -0.007349071952063118, -0.009397775060844537, -0.011059565013468301, -0.012328290422335804, -0.0132011750541409, -0.013685636499932173, -0.013801755448129987, -0.013573509920266506, -0.013023698103098556, -0.012187337326564303, -0.011097728611024173, -0.009796853749250854, -0.00832548062138737, -0.0067262136355625045, -0.005040712758495562, -0.0033094088955885038, -0.0015717347700967995, 0.00013504407845816216, 0.0017766711441555428, 0.0033222377606249025, 0.004745997071949807, 0.006026566967445846, 0.00714751717242796, 0.008096771309653635, 0.00886647074448095, 0.009453351108896472, 0.009858344528406827, 0.010086582032584102, 0.0101471696783731, 0.01005214318250272, 0.009815890031354925, 0.00945525638237626, 0.008987453845736109, 0.008432568881455365, 0.007808520869830334, 0.007135468516004265, 0.00643079625328543, 0.005711926725799716, 0.004996222179947315, 0.0042975430005925104, 0.0036278090719021024, 0.002998396982119693, 0.002418251320043122, 0.0046126349429950276
+};
+
+const float __leaf_table_fir32XLow[256] = { 0.003135815035675548, 0.0008156232239328851, 0.000917068197598276, 0.0010233321389754753, 0.001134110218761504, 0.0012491667970169805, 0.0013680375075057851, 0.001490070275243389, 0.0016147643011084855, 0.0017417157238882276, 0.0018700914504121836, 0.0019991579415749683, 0.002128471863076254, 0.0022567566738769186, 0.002383672659264704, 0.002508166194956474, 0.002629506399721181, 0.0027467683378931368, 0.0028590361951993043, 0.0029653540222406116, 0.0030647286416823558, 0.00315623470697179, 0.003238837936508139, 0.0033114996375323753, 0.003373275427426179, 0.003423120728613286, 0.0034602078573979502, 0.00348370126489233, 0.0034928589363555137, 0.003487024926580723, 0.00346544617544127, 0.0034275901596743786, 0.003372744288160786, 0.003300374368830668, 0.0032100011629779615, 0.0031011259873207366, 0.0029734835473811155, 0.002826966057696581, 0.002661647372342504, 0.002477856491791658, 0.0022758592957851788, 0.002056324802981239, 0.0018188203182857804, 0.0015643564184398945, 0.0012926118931092972, 0.0010045690459120843, 0.0007018867678747181, 0.0003860391202902529, 0.00005849980158161824, -0.0002799696936324717, -0.0006296005356373679, -0.0009895247437558183, -0.0013546785675169304, -0.0017195561866995873, -0.0020963876502479964, -0.002468260301862593, -0.0028417218921490055, -0.0032120394918615683, -0.0035773608021516137, -0.003935505336691309, -0.004284369920502227, -0.004621670593236145, -0.004945031807804129, -0.005252279037886353, -0.005541035510098375, -0.0058089264241534076, -0.006054095814242929, -0.006274068947767563, -0.00646696244866887, -0.0066305675756926155, -0.006762900683506128, -0.0068620368760529005, -0.006926182735003765, -0.0069537046122919695, -0.006943019919480639, -0.006892771889917669, -0.006801741377343995, -0.006668838708546407, -0.006493264006045824, -0.006274267867821416, -0.006011320357808483, -0.0057040303527059145, -0.0053521596030233955, -0.004955865565614219, -0.0045153171035821945, -0.004031251472901679, -0.0035043462024212605, -0.002935495552851842, -0.0023258420785969196, -0.0016765768456949962, -0.0009892344368254917, -0.0002656979807816483, 0.0004919846584003508, 0.0012815018066687268, 0.0021009777555761797, 0.002947120990883713, 0.003818897132096946, 0.004711821532573362, 0.005623441877750917, 0.0065507318610126455, 0.00749007256295643, 0.008438601047417412, 0.009393231377415961, 0.010349728929990198, 0.011304034683748016, 0.012253787036798792, 0.0131957325172224, 0.014123534046112132, 0.015037407721547907, 0.015930638333497147, 0.016801083762848282, 0.017644931748342123, 0.018458926379618365, 0.019239740862760844, 0.0199842074278331, 0.02068926196032209, 0.021351902836904902, 0.021969538576994418, 0.022539688024890127, 0.02305979792910538, 0.023527892067270753, 0.023941757493848588, 0.02429975740762361, 0.024600378168866704, 0.02484241441905009, 0.025024893038415853, 0.025146995906550493, 0.025208214258904054, 0.025208214258904054, 0.025146995906550493, 0.025024893038415853, 0.02484241441905009, 0.024600378168866704, 0.02429975740762361, 0.023941757493848588, 0.023527892067270753, 0.02305979792910538, 0.022539688024890127, 0.021969538576994418, 0.021351902836904902, 0.02068926196032209, 0.0199842074278331, 0.019239740862760844, 0.018458926379618365, 0.017644931748342123, 0.016801083762848282, 0.015930638333497147, 0.015037407721547907, 0.014123534046112132, 0.0131957325172224, 0.012253787036798792, 0.011304034683748016, 0.010349728929990198, 0.009393231377415961, 0.008438601047417412, 0.00749007256295643, 0.0065507318610126455, 0.005623441877750917, 0.004711821532573362, \ No newline at end of file
+};
+const float __leaf_table_fir64XLow[256] = { -0.007573012406345277, 0.00024079274850113426, 0.00024263723882202515, 0.0002481761013286244, 0.0002570861260137623, 0.0002699368701027846, 0.0002857208679875607, 0.00030498547559247845, 0.0003276748319944884, 0.0003537347795633787, 0.0003828493219762104, 0.00041517688767673063, 0.00045068714217736007, 0.0004893648798719514, 0.0005311398297784606, 0.0005760959724897604, 0.0006241866818625697, 0.00067534060229161, 0.0007295120216703175, 0.0007867375202056556, 0.00084702149975344, 0.0009103261049980538, 0.000976697360607544, 0.001046184181770156, 0.0011188000414977899, 0.0011944092399743605, 0.0012730564419046215, 0.0013547197757430203, 0.0014394035452673572, 0.0015269066196715306, 0.0016175658016292192, 0.0017113538530254156, 0.0018082288964809644, 0.0019074086707092258, 0.0020102102191501834, 0.002115750178775707, 0.0022249923434846707, 0.002324224442263978, 0.0024546715656463027, 0.0025707750602413674, 0.0026886907797787993, 0.0028092893752555753, 0.0029332425986383416, 0.003059760096689252, 0.0031892620828723227, 0.0033216131163189126, 0.00345667963318062, 0.003594116005810746, 0.00373401564369845, 0.003876285696289593, 0.004020837780560375, 0.004167535061341574, 0.004316384032044447, 0.004467271202856345, 0.004620059305184111, 0.00477464934326076, 0.004931017978539705, 0.005089107569792517, 0.005248795189805357, 0.005410043882397958, 0.00557279812512997, 0.005736960631925176, 0.005902264421456515, 0.006068673112862706, 0.006236075536115428, 0.006404404103216645, 0.006573347381526989, 0.006743241263261084, 0.006913918086775748, 0.007085185727911214, 0.007255841416075524, 0.007427788300814843, 0.007599440425756014, 0.007771491831017079, 0.007940210385740073, 0.008115982431613405, 0.008286230477311076, 0.008455728261315427, 0.008624828065636171, 0.0087938382520137, 0.008961934603559608, 0.009129309914478244, 0.009295705048569773, 0.009460895719293651, 0.009624512383898252, 0.009786590519239425, 0.009946995212091796, 0.010105592312872629, 0.010262212502414601, 0.010416818688520148, 0.010569268906811192, 0.010719396502249774, 0.010867082742078902, 0.011012274230511132, 0.011154883295408143, 0.01129473907939671, 0.011431766458575066, 0.011565861880187342, 0.011696890630696698, 0.011824548066976817, 0.011948823922340134, 0.012069629781346847, 0.012186937947306629, 0.012300432892104241, 0.01241055721228422, 0.012517086983512674, 0.012619772868365714, 0.01271694508250919, 0.012811738843612799, 0.012901614577029171, 0.012987520090940792, 0.013067705672196494, 0.013146659639966262, 0.013218602399208508, 0.013285987093409357, 0.013349032229359648, 0.013407929990549725, 0.013461999810303231, 0.013511437444384976, 0.013556082697096088, 0.013595835757053917, 0.013630499982440026, 0.01366023670087255, 0.013685042776887582, 0.013704903172994373, 0.013719772986706352, 0.013729721512429531, 0.01373472352074017, 0.01373472352074017, 0.013729721512429531, 0.013719772986706352, 0.013704903172994373, 0.013685042776887582, 0.01366023670087255, 0.013630499982440026, 0.013595835757053917, 0.013556082697096088, 0.013511437444384976, 0.013461999810303231, 0.013407929990549725, 0.013349032229359648, 0.013285987093409357, 0.013218602399208508, 0.013146659639966262, 0.013067705672196494, 0.012987520090940792, 0.012901614577029171, 0.012811738843612799, 0.01271694508250919, 0.012619772868365714, 0.012517086983512674, 0.01241055721228422, 0.012300432892104241, 0.012186937947306629, 0.012069629781346847, 0.011948823922340134, 0.011824548066976817, 0.011696890630696698, 0.011565861880187342, 0.011431766458575066, 0.01129473907939671, \ No newline at end of file
+};
+
+const float __leaf_table_fir2XHigh[128] = { -2.84059575423864e-7, -0.00000136947295895967, -0.00000213110629785921, 5.807441351521463e-7, 0.000005239591854415941, 0.0000017841093721093506, -0.000011653029986124283, -0.000012481751035611902, 0.000014692437654954816, 0.00003091988960026406, -0.000011636477685383897, -0.00006163665493961978, -0.00001118322316939516, 0.0000961395818492714, 0.00006083206665324362, -0.00012648324239817438, -0.0001504708418330321, 0.00012753607518766694, 0.00027753923597010266, -0.00007473591299809917, -0.0004344444061086839, -0.00006832501012358436, 0.0005862297350582802, 0.00032465365599127654, -0.0006850628390191059, -0.0007096577214822187, 0.0006552234666252462, 0.0012010034203710784, -0.00041922406056782083, -0.0017446179378994388, -0.00010392099105524336, 0.002230631291161319, 0.0009594567093737222, -0.0025128059157130817, -0.002149706133662562, 0.0024038381899768617, 0.0035931253272614688, -0.0017176062590590708, -0.005125004981810711, 0.0002868765073834209, 0.006475023818177746, 0.001977797493927114, -0.007294746305130189, -0.005063375113227534, 0.007166496494812792, 0.008801581540883702, -0.005659099397006974, -0.012862366201787455, 0.00235384598511852, 0.016726921191779598, 0.0031052434033518096, -0.01970178000552065, -0.011028401875416302, 0.020882193937533836, 0.021743369519245558, -0.019061942568474207, -0.03589474387520175, 0.012292311428695956, 0.05536768370150782, 0.0038607600693388554, -0.08741418160721261, -0.046877671142694095, 0.18124004024261609, 0.41210996873316647, 0.41210996873316647, 0.18124004024261609, -0.046877671142694095, -0.08741418160721261, 0.0038607600693388554, 0.05536768370150782, 0.012292311428695956, -0.03589474387520175, -0.019061942568474207, 0.021743369519245558, 0.020882193937533836, -0.011028401875416302, -0.01970178000552065, 0.0031052434033518096, 0.016726921191779598, 0.00235384598511852, -0.012862366201787455, -0.005659099397006974, 0.008801581540883702, 0.007166496494812792, -0.005063375113227534, -0.007294746305130189, 0.001977797493927114, 0.006475023818177746, 0.0002868765073834209, -0.005125004981810711, -0.0017176062590590708, 0.0035931253272614688, 0.0024038381899768617, -0.002149706133662562, -0.0025128059157130817, 0.0009594567093737222, 0.002230631291161319, -0.00010392099105524336, -0.0017446179378994388, -0.00041922406056782083, 0.0012010034203710784, 0.0006552234666252462, -0.0007096577214822187, -0.0006850628390191059, 0.00032465365599127654, 0.0005862297350582802, -0.00006832501012358436, -0.0004344444061086839, -0.00007473591299809917, 0.00027753923597010266, 0.00012753607518766694, -0.0001504708418330321, -0.00012648324239817438, 0.00006083206665324362, 0.0000961395818492714, -0.00001118322316939516, -0.00006163665493961978, -0.000011636477685383897, 0.00003091988960026406, 0.000014692437654954816, -0.000012481751035611902, -0.000011653029986124283, 0.0000017841093721093506, 0.000005239591854415941, 5.807441351521463e-7, -0.00000213110629785921, -0.00000136947295895967, -2.84059575423864e-7
+};
+const float __leaf_table_fir4XHigh[256] = { -0.000005005316694254475, -0.000010486216859223391, -0.000020341389435584184, -0.000028297461945285203, -0.00003403970018224806, -0.00003356141383522181, -0.000028580071407296435, -0.000021726870316473222, -0.000018929805847104457, -0.000024937785475375726, -0.00004148092321827023, -0.00006494904958257674, -0.00008704299086494871, -0.00009817726370665003, -0.00009207287115371104, -0.000070350790919461, -0.000043204247279965386, -0.000026338754429996997, -0.00003337527183661095, -0.00006864404983689099, -0.00012208654155480072, -0.00017229784061896603, -0.00019443471041769651, -0.0001738448733058993, -0.00011458014625437172, -0.00004241909459592675, 0.000005858218684625342, -0.000001824861163195929, -0.00007376494795165521, -0.0001870435534541462, -0.00029242213522170924, -0.00033660459070401045, -0.00028781004597914193, -0.00015737268974254042, 2.4069038430437714e-7, 0.00010675981100488967, 0.00009819903503597289, -0.000041503003504151876, -0.00026298229853436046, -0.0004679330143401381, -0.000550680089032831, -0.00045235278384860993, -0.0001968527747134386, 0.00010787721721971545, 0.00031390651451180623, 0.0003015617300329922, 0.00004577001768172358, -0.0003593242009009715, -0.0007303801286775824, -0.0008768456304295432, -0.0006955854650565154, -0.00023554905807185743, 0.00030790928383371996, 0.0006717577010285365, 0.0006504775398685704, 0.00020580176646200433, -0.0004919858457618222, -0.0011250441730682327, -0.001368894036877941, -0.0010555177901930952, -0.00027554321698262794, 0.0006358082850902164, 0.0012391753523202087, 0.0011981314765901019, 0.0004602570434921762, -0.0006853292543951153, -0.0017133793271509106, -0.0020995520812018714, -0.0015812527530506791, -0.00031822317984990035, 0.0011425257824338887, 0.0020968295391595774, 0.0020180799074488486, 0.000837174097496827, -0.0009743823002432432, -0.0025836938014065975, -0.00317200799245191, -0.0023436048910665127, -0.0003642960983689493, 0.0019025392919524162, 0.0033649169125380706, 0.003219398725098763, 0.0013786588356217962, -0.001415068708295585, -0.003874469283244301, -0.004750945120551563, -0.0034548726172607498, -0.0004124431830693066, 0.003046185830666762, 0.005254266475282044, 0.004999101428335298, 0.002164099554982996, -0.0021053850268023615, -0.005843180111542266, -0.0071497618238720055, -0.0051353491910507984, -0.0004583930086451031, 0.004842595616255233, 0.008213402548972962, 0.00778770755309392, 0.003376641721920036, -0.003263596560752136, -0.00908888688929085, -0.011124936147882954, -0.007935453568187856, -0.0004986705357686102, 0.007998600315936934, 0.013466881500422878, 0.012810645017913123, 0.0055655403444453775, -0.00554207852540761, -0.015510462180576574, -0.019193722858760427, -0.013786276388279539, -0.0005292356782833587, 0.01526523041211863, 0.026109899142542758, 0.02555053211054643, 0.011414259133477645, -0.01233979307221452, -0.036160130412882435, -0.04790631293501779, -0.03735668670551693, -0.0005458966005379449, 0.0578178869957579, 0.12496957303698586, 0.18372600900451644, 0.21795911568314993, 0.21795911568314993, 0.18372600900451644, 0.12496957303698586, 0.0578178869957579, -0.0005458966005379449, -0.03735668670551693, -0.04790631293501779, -0.036160130412882435, -0.01233979307221452, 0.011414259133477645, 0.02555053211054643, 0.026109899142542758, 0.01526523041211863, -0.0005292356782833587, -0.013786276388279539, -0.019193722858760427, -0.015510462180576574, -0.00554207852540761, 0.0055655403444453775, 0.012810645017913123, 0.013466881500422878, 0.007998600315936934, -0.0004986705357686102, -0.007935453568187856, -0.011124936147882954, -0.\ No newline at end of file
+};
+const float __leaf_table_fir8XHigh[256] = { 0.00003151783634577697, 0.00009875809063575779, 0.00011952623149469952, 0.00019849261073490482, 0.0002696485066015727, 0.0003584099608999308, 0.00044625388761023913, 0.0005319258847527823, 0.0006044238440905041, 0.0006561179367621888, 0.0006780841482803052, 0.0006636425833116022, 0.0006082918945412483, 0.0005111129662557197, 0.00037520607336543075, 0.00020804636935322743, 0.000021269501878054377, -0.00017002451555728345, -0.00034851615605358005, -0.0004962768841556523, -0.0005966792410792791, -0.0006363992327126103, -0.0006072812580573203, -0.0005078006712943802, -0.00034391453642163835, -0.0001291740152058233, 0.00011608199926386939, 0.0003663883172395964, 0.0005935643814352129, 0.0007697197860148682, 0.0008705060394986916, 0.0008782421413312541, 0.0007845404678866458, 0.0005921472961030223, 0.0003155390021514345, -0.00001975662025403667, -0.0003792242746719516, -0.0007226903878816747, -0.0010085916592065419, -0.0011987843551975912, -0.0012633390417589486, -0.0011847927602402282, -0.0009612078105002279, -0.000607656728473499, -0.00015580100244720835, 0.0003485912201162041, 0.0008499567444557006, 0.0012888238057625968, 0.0016085750487669262, 0.0017624573232133487, 0.0017198572703654494, 0.0014712649629561752, 0.0010309092850789008, 0.0004369297346610886, -0.0002514846038907312, -0.0009595058667715721, -0.0016045955886596882, -0.002105611566700304, -0.002392827139552557, -0.0024168530933362325, -0.00215621955374809, -0.0016217376891380843, -0.0008577023023227786, 0.00006118480472750677, 0.0010364584424907685, 0.001956049351551786, 0.002706696800527712, 0.00318733017834542, 0.003322096376141488, 0.0030709922507173265, 0.0024373280210738995, 0.0014701293295941087, 0.0002616176696267551, -0.0010608870493178752, -0.002347699681593795, -0.0034429894732297774, -0.004203029219555798, -0.00451398893736866, -0.004307677839041472, -0.0035726927213363046, -0.0023597776381211666, -0.0007800969761600126, 0.00100380173046076, 0.0027935634872831047, 0.0043761562977185555, 0.005547954061740437, 0.006139532362567163, 0.006038187372164252, 0.005205193104614497, 0.003685832364921369, 0.001610065959141185, -0.000816509624547802, -0.003331179568244694, -0.005640769473740277, -0.007453565321222198, -0.008513609412918493, -0.008633348531283494, -0.0077207439401804495, -0.005797651634024999, -0.003006470630061831, 0.00039645931697321107, 0.004060688288708085, 0.007573881722373314, 0.010503477916637444, 0.012443852783009171, 0.013064660267980682, 0.012154652149365373, 0.009656403107118496, 0.005687627159122434, 0.000545686660735971, -0.0053060804504155646, -0.011269885881064536, -0.016661104177372186, -0.02076782817847515, -0.022917127850131423, -0.022542073972735464, -0.01924294503235089, -0.012836088871532723, -0.0033855865368634104, 0.008786222880026725, 0.023111259021133423, 0.038810833745067747, 0.05495087979175688, 0.0705128544598909, 0.08447430461530625, 0.0958915908436123, 0.10397774191970133, 0.10816816138474043, 0.10816816138474043, 0.10397774191970133, 0.0958915908436123, 0.08447430461530625, 0.0705128544598909, 0.05495087979175688, 0.038810833745067747, 0.023111259021133423, 0.008786222880026725, -0.0033855865368634104, -0.012836088871532723, -0.01924294503235089, -0.022542073972735464, -0.022917127850131423, -0.02076782817847515, -0.016661104177372186, -0.011269885881064536, -0.0053060804504155646, 0.000545686660735971, 0.005687627159122434, 0.009656403107118496, 0.012154652149365373, 0.013064660267980682, 0.012443852783009171, 0.010503477916637444, 0.007573881722373314, 0.004060688288708085, 0.00039645931697321107, -0.0030064706\ No newline at end of file
+};
+const float __leaf_table_fir16XHigh[512] = { -0.00004017374344384353, -0.00003227078919691645, -0.000044582740239682106, -0.000059425359817699515, -0.00007697752128893082, -0.00009737601811785888, -0.0001207053885646365, -0.0001469875004658367, -0.00017617089070723918, -0.00020812277783425573, -0.00024262055862920822, -0.0002793450290387454, -0.00031787504789909166, -0.0003576848687093178, -0.00039814402944626006, -0.0004385193477821247, -0.0004779801054675081, -0.0005156064224889276, -0.0005503998661674507, -0.0005812986840141297, -0.0006071960902571958, -0.0006269579055230081, -0.0006394482697590037, -0.0006435494696099878, -0.0006381976745823161, -0.0006223990810339609, -0.0005952724709135361, -0.0005560644539084499, -0.0005041884015231086, -0.00043924670962451254, -0.0003610522906867853, -0.00026965679983683306, -0.0001653614058088566, -0.00004873297752271577, 0.00007938716594862651, 0.0002178851248768366, 0.0003653745221459382, 0.0005202048736767491, 0.0006804822788501571, 0.000844091795557933, 0.0010087245432410705, 0.001171916285444633, 0.0013310914106543618, 0.0014836070887652329, 0.0016268044135357975, 0.0017580661564216042, 0.0018748692581644735, 0.0019748436871571654, 0.002055827323171664, 0.0021159244704237914, 0.002153555697975211, 0.002167506085967786, 0.0021569688626138744, 0.0021215783384772617, 0.002061435847387089, 0.0019771222276341416, 0.0018697088674027409, 0.0017407508215061904, 0.0015922694449783334, 0.0014267282165683897, 0.0012469961488860717, 0.001056296589672521, 0.0008581466323761644, 0.0006562897137528959, 0.0004546180492460159, 0.00025709020784146465, 0.00006764748603812152, -0.00010987539810307727, -0.00027183788464963423, -0.0004148795460643277, -0.0005360117384990369, -0.0006326924816840852, -0.0007028976477190042, -0.0007451789241688792, -0.0007587025992854616, -0.00074329154026803, -0.00069943732077003, -0.0006283153390612298, -0.0005317674541381928, -0.0004122736350806254, -0.0002728965175373041, -0.00011721898154916056, 0.000050727732077616854, 0.00022654511040849531, 0.0004055654685261572, 0.0005829725151929097, 0.0007539299891718014, 0.0009136968081628693, 0.001057727366040496, 0.0011817838315511687, 0.0012820768752281682, 0.0013553936088779655, 0.0013991567634035874, 0.0014114626691980761, 0.0013911994521601603, 0.001338158623469115, 0.0012529312652788224, 0.0011368782078168052, 0.0009924227419316402, 0.0008225367782712132, 0.0006311126153653432, 0.000422596130820185, 0.00020202566973633374, -0.000025140126274052846, -0.00025314012889659734, -0.00047605825978268214, -0.0006879757889763613, -0.0008831265836660278, -0.001056052961049124, -0.0012017570118505278, -0.0013158443800074546, -0.0013946550179738235, -0.00143537714856422, -0.0014361430413177665, -0.0013961025273104373, -0.0013154698934900741, -0.0011955448624625515, -0.001038705445344848, -0.000848370211905452, -0.0006289357238567322, -0.00038567726087640876, -0.00012464084542349136, 0.00014751424024790855, 0.00042365555592108265, 0.000696381707633601, 0.0009581911739190034, 0.0012016945125591883, 0.0014198129038021875, 0.0016059677163340854, 0.0017542822302381216, 0.0018597489437935104, 0.0019183843680031518, 0.001927370582069373, 0.0018851569558006424, 0.0017915316423764106, 0.0016476681649469273, 0.001456129721890939, 0.0012208322294896099, 0.0009469770920907817, 0.0006409478559993642, 0.0003101659717946291, -0.00003708137047780295, -0.0003918367361265021, -0.0007446984520565823, -0.0010860619549777095, -0.0014063764577860907, -0.001696397687712767, -0.0019474488265779002, -0.002151669227747982, -0.002302249012563522, -0.0023936395957784356, -0.0024217386080201218, -0.002\ No newline at end of file
+};
+
+const float __leaf_table_fir32XHigh[512] = { 0.00001695726883388158, 0.000007675466747345142, 0.000009369969074343828, 0.000011279085806814155, 0.000013415806582636418, 0.00001579269222570207, 0.000018421887123570193, 0.00002131472780344219, 0.000024481596821410856, 0.000027931521966672674, 0.00003167253546774698, 0.00003571156802204514, 0.00004005385180859527, 0.00004470260388316558, 0.00004965901316017587, 0.00005492204008152043, 0.00006048845305842843, 0.00006635289665744708, 0.00007250665288501187, 0.0000789384885513108, 0.00008563367774264342, 0.00009257537368625661, 0.00009974252621593992, 0.00010711124658254552, 0.00011465337570751053, 0.00012233800287448705, 0.0001301305708291957, 0.00013799197926318244, 0.00014587929227876596, 0.00015374657372226684, 0.000161543746522965, 0.0001692168951984779, 0.00017670780599526637, 0.0001839550739841348, 0.00019089427588832468, 0.00019745677767765902, 0.00020357062514912954, 0.00020916210971675997, 0.0002141545274069432, 0.00021846768000518762, 0.00022202071352577454, 0.00022473075934779818, 0.00022651220405928228, 0.00022728022159501112, 0.0002269491553453425, 0.00022543136577234978, 0.00022264296187547415, 0.0002184968451898252, 0.00021291103136150344, 0.00020580302601570826, 0.00019709428929377538, 0.00018670887176183611, 0.00017457550213741742, 0.00016062706678436397, 0.0001448013951907719, 0.0001270421247034733, 0.00010729940118257597, 0.00008553038364340326, 0.00006169965119086659, 0.00003577991793585758, 0.000007752990690551504, -0.000022389783957090243, -0.00005464753929697829, -0.00008900834335751579, -0.0001254499161703673, -0.00016393632811230729, -0.0002044234554405178, -0.00024684930385593585, -0.000291146274450184, -0.0003372278537321366, -0.00038499799259658716, -0.00043434821843157495, -0.0004851539797413716, -0.000537279458928773, -0.0005905762825387684, -0.0006448805823763886, -0.0007000164290861944, -0.0007557967574505448, -0.0008120214850938284, -0.0008684784362018723, -0.000924945795118327, -0.0009811922513964621, -0.0010369764412132298, -0.0010920476659586364, -0.0011461469777671403, -0.0011990092591572569, -0.0012503626824092186, -0.001299930348337511, -0.0013474327014007098, -0.0013925895075579725, -0.0014351200205514354, -0.0014747442974922531, -0.0015111829899403478, -0.0015441601544571469, -0.0015734040663474662, -0.0015986504297413274, -0.0016196438588602622, -0.0016361410571864347, -0.0016479110521030553, -0.0016547353303458935, -0.0016564077630374632, -0.0016527363435263026, -0.0016435483225404998, -0.0016286956518505767, -0.0016080553748913375, -0.0015815237521207347, -0.0015490117157615478, -0.0015104528831698094, -0.001465823165002548, -0.0014151394219170251, -0.001358416974565312, -0.0012956736049528927, -0.0012270686956067616, -0.001152656073186285, -0.0010726190880063075, -0.0009871267066080157, -0.0008963952696138223, -0.0008006703533508123, -0.0007002299686741377, -0.0005953836139186328, -0.0004864723381871633, -0.0003738679720682553, -0.00025797228061734796, -0.00013921599931306062, -0.000018057446410729332, 0.00010501885598494471, 0.00022950336047164354, 0.00035486342787289485, 0.00048054572124056215, 0.0006059774135387564, 0.0007305691337782367, 0.0008537161333655127, 0.0009748030963864794, 0.0010932046990955392, 0.0012082904750566619, 0.0013194249851955161, 0.0014259733376771368, 0.001527303743896754, 0.0016227897956312704, 0.001711814456379326, 0.0017937737205012431, 0.0018680795987737412, 0.0019341641568400244, 0.0019914815935822066, 0.002039512595508008, 0.0020777684004774366, 0.002105792845115274, 0.002123165845077641, 0.0021295078285898787, 0.002124481676328226, 0.0021077949476114846,\ No newline at end of file
+};
+const float __leaf_table_fir64XHigh[1024] = { 0.000022913289467138396, 0.0000053659189590266235, 0.0000059874129268137184, 0.000006651966903409214, 0.000007360859185648702, 0.000008116254962232182, 0.000008919034969234169, 0.000009771649771624484, 0.00001067513223630924, 0.000011631201209261511, 0.000012641797347255405, 0.00001370786337628007, 0.000014831347439124435, 0.00001601386713533323, 0.00001725659281802051, 0.000018561209740219567, 0.00001992924403854817, 0.00002136207377464052, 0.000022860960742170415, 0.00002442737159197627, 0.000026062787460182665, 0.00002776823090942686, 0.00002954497152514943, 0.000031394387750225555, 0.0000333174817796639, 0.00003531515315607694, 0.000037388352711032095, 0.00003953809180607858, 0.000041765124869157065, 0.00004406996003435772, 0.00004645314118637872, 0.00004891512239763599, 0.000051456283434024254, 0.000054076836400090634, 0.00005677675565218903, 0.00005955600371707976, 0.00006241451652786996, 0.0000653520878490535, 0.00006836828400903681, 0.00007146257248874113, 0.00007463447593939765, 0.00007788334878376474, 0.00008120828768996651, 0.00008460822180317937, 0.00008808197111592392, 0.00009162826246394013, 0.00009524561718379787, 0.0000989323217880672, 0.00010268641529207459, 0.00010650572670297642, 0.00011038797758602729, 0.00011433071893118852, 0.00011833127277888537, 0.0001223867211507117, 0.0001264939791526471, 0.0001306498943438022, 0.00013485120459499745, 0.0001390945080465441, 0.0001433761787732808, 0.0001476923508970611, 0.0001520390228045441, 0.00015641203030453322, 0.0001608069510673283, 0.00016521898552431528, 0.0001696430686231646, 0.0001740740165774301, 0.00017850636200629103, 0.0001829343448175031, 0.00018735205242694257, 0.000191753562437378, 0.00019613295450734188, 0.00020048414321002534, 0.00020480094575553342, 0.00020907706346541747, 0.00021330607883745088, 0.00021748145118260308, 0.00022159611743123445, 0.0002256425365807074, 0.0002296129456080256, 0.00023349938436811445, 0.00023729369397980805, 0.00024098757818162363, 0.0002445732198467269, 0.00024804316088030066, 0.00025138980120093706, 0.00025460575109546185, 0.00025768336513093236, 0.000260614166491108, 0.00026338871874574443, 0.000265996883919168, 0.00026842872851524756, 0.0002706745796903796, 0.00027272653793114146, 0.0002745790007011535, 0.0002762259706331217, 0.0002776600678298683, 0.0002788693645809233, 0.0002798371088712506, 0.0002805501390130166, 0.0002810071637276198, 0.0002812218387032567, 0.0002811853995116189, 0.0002808065268305555, 0.000280197444464886, 0.00027926833477321045, 0.0002780409500002217, 0.0002765020258372484, 0.00027464338678576605, 0.00027245845620400524, 0.0002699387312629035, 0.0002670776879725044, 0.0002638682356241208, 0.00026030295633048156, 0.0002563760351381784, 0.00025208079324849864, 0.00024741089077219824, 0.00024236092911432053, 0.00023692535214431433, 0.00023109887243694582, 0.0002248766203312044, 0.00021825436568685826, 0.0002112279751888258, 0.00020379342129965214, 0.00019594765441000844, 0.00018768793613519225, 0.00017901156693343162, 0.0001699163889323255, 0.00016040086314937234, 0.00015046397564821766, 0.00014010492118016657, 0.00012932331202118152, 0.00011811939311034222, 0.00010649390448787931, 0.00009444816369190979, 0.00008198390428241564, 0.00006910334679829026, 0.00005580947004681174, 0.000042105866991998394, 0.000027996578416041823, 0.000013486064917873263, -0.0000014205550195404417, -0.000016717431552354825, -0.00003239824489309241, -0.00004845619470295486, -0.00006488392097284113, -0.00008167344072768395, -0.00009881608266779326, -0.00011630254584578235, -0.000134122927443183, -0.0001522667855569792, -0.0001\ No newline at end of file
+};
+
+
+const float* __leaf_tableref_firCoeffs[COEFFS_SIZE] = { __leaf_table_fir2XLow, __leaf_table_fir4XLow, __leaf_table_fir8XLow, __leaf_table_fir16XLow, __leaf_table_fir32XLow, __leaf_table_fir64XLow, __leaf_table_fir2XHigh, __leaf_table_fir4XHigh, __leaf_table_fir8XHigh, __leaf_table_fir16XHigh, __leaf_table_fir32XHigh, __leaf_table_fir64XHigh
+};
+
+const float __leaf_tablesize_firNumTaps[COEFFS_SIZE] = { 32, 32, 64, 128, 256, 256, 128, 256, 256, 512, 512, 1024 };
+
+
+#ifdef USE_SHAPER_TABLE
+const float __leaf_table_shaper1[SHAPER1_TABLE_SIZE] = {0.333061f, 0.333022f, 0.332983f, 0.332944f, 0.332905f, 0.332866f, 0.332827f, 0.332788f, 0.332749f, 0.33271f, 0.332671f, 0.332632f, 0.332593f, 0.332554f, 0.332515f, 0.332475f, 0.332436f, 0.332397f, 0.332358f, 0.332319f,
+0.33228f, 0.33224f, 0.332201f, 0.332162f, 0.332123f, 0.332083f, 0.332044f, 0.332005f, 0.331966f, 0.331926f, 0.331887f, 0.331848f, 0.331808f, 0.331769f, 0.33173f, 0.33169f, 0.331651f, 0.331611f, 0.331572f, 0.331533f,
+0.331493f, 0.331454f, 0.331414f, 0.331375f, 0.331335f, 0.331296f, 0.331256f, 0.331217f, 0.331177f, 0.331138f, 0.331098f, 0.331059f, 0.331019f, 0.330979f, 0.33094f, 0.3309f, 0.330861f, 0.330821f, 0.330781f, 0.330742f,
+0.330702f, 0.330662f, 0.330623f, 0.330583f, 0.330543f, 0.330504f, 0.330464f, 0.330424f, 0.330384f, 0.330344f, 0.330305f, 0.330265f, 0.330225f, 0.330185f, 0.330145f, 0.330106f, 0.330066f, 0.330026f, 0.329986f, 0.329946f,
+0.329906f, 0.329866f, 0.329826f, 0.329786f, 0.329746f, 0.329706f, 0.329667f, 0.329627f, 0.329587f, 0.329547f, 0.329506f, 0.329466f, 0.329426f, 0.329386f, 0.329346f, 0.329306f, 0.329266f, 0.329226f, 0.329186f, 0.329146f,
+0.329106f, 0.329065f, 0.329025f, 0.328985f, 0.328945f, 0.328905f, 0.328864f, 0.328824f, 0.328784f, 0.328744f, 0.328704f, 0.328663f, 0.328623f, 0.328583f, 0.328542f, 0.328502f, 0.328462f, 0.328421f, 0.328381f, 0.328341f,
+0.3283f, 0.32826f, 0.328219f, 0.328179f, 0.328139f, 0.328098f, 0.328058f, 0.328017f, 0.327977f, 0.327936f, 0.327896f, 0.327855f, 0.327815f, 0.327774f, 0.327734f, 0.327693f, 0.327653f, 0.327612f, 0.327571f, 0.327531f,
+0.32749f, 0.32745f, 0.327409f, 0.327368f, 0.327328f, 0.327287f, 0.327246f, 0.327206f, 0.327165f, 0.327124f, 0.327084f, 0.327043f, 0.327002f, 0.326961f, 0.32692f, 0.32688f, 0.326839f, 0.326798f, 0.326757f, 0.326716f,
+0.326676f, 0.326635f, 0.326594f, 0.326553f, 0.326512f, 0.326471f, 0.32643f, 0.326389f, 0.326348f, 0.326307f, 0.326266f, 0.326225f, 0.326184f, 0.326143f, 0.326102f, 0.326061f, 0.32602f, 0.325979f, 0.325938f, 0.325897f,
+0.325856f, 0.325815f, 0.325774f, 0.325733f, 0.325692f, 0.325651f, 0.325609f, 0.325568f, 0.325527f, 0.325486f, 0.325445f, 0.325403f, 0.325362f, 0.325321f, 0.32528f, 0.325239f, 0.325197f, 0.325156f, 0.325115f, 0.325073f,
+0.325032f, 0.324991f, 0.324949f, 0.324908f, 0.324867f, 0.324825f, 0.324784f, 0.324743f, 0.324701f, 0.32466f, 0.324618f, 0.324577f, 0.324535f, 0.324494f, 0.324452f, 0.324411f, 0.324369f, 0.324328f, 0.324286f, 0.324245f,
+0.324203f, 0.324162f, 0.32412f, 0.324079f, 0.324037f, 0.323995f, 0.323954f, 0.323912f, 0.323871f, 0.323829f, 0.323787f, 0.323746f, 0.323704f, 0.323662f, 0.32362f, 0.323579f, 0.323537f, 0.323495f, 0.323453f, 0.323412f,
+0.32337f, 0.323328f, 0.323286f, 0.323244f, 0.323203f, 0.323161f, 0.323119f, 0.323077f, 0.323035f, 0.322993f, 0.322951f, 0.32291f, 0.322868f, 0.322826f, 0.322784f, 0.322742f, 0.3227f, 0.322658f, 0.322616f, 0.322574f,
+0.322532f, 0.32249f, 0.322448f, 0.322406f, 0.322364f, 0.322322f, 0.322279f, 0.322237f, 0.322195f, 0.322153f, 0.322111f, 0.322069f, 0.322027f, 0.321985f, 0.321942f, 0.3219f, 0.321858f, 0.321816f, 0.321774f, 0.321731f,
+0.321689f, 0.321647f, 0.321605f, 0.321562f, 0.32152f, 0.321478f, 0.321435f, 0.321393f, 0.321351f, 0.321308f, 0.321266f, 0.321224f, 0.321181f, 0.321139f, 0.321096f, 0.321054f, 0.321012f, 0.320969f, 0.320927f, 0.320884f,
+0.320842f, 0.320799f, 0.320757f, 0.320714f, 0.320672f, 0.320629f, 0.320587f, 0.320544f, 0.320501f, 0.320459f, 0.320416f, 0.320374f, 0.320331f, 0.320288f, 0.320246f, 0.320203f, 0.32016f, 0.320118f, 0.320075f, 0.320032f,
+0.31999f, 0.319947f, 0.319904f, 0.319862f, 0.319819f, 0.319776f, 0.319733f, 0.31969f, 0.319648f, 0.319605f, 0.319562f, 0.319519f, 0.319476f, 0.319433f, 0.319391f, 0.319348f, 0.319305f, 0.319262f, 0.319219f, 0.319176f,
+0.319133f, 0.31909f, 0.319047f, 0.319004f, 0.318961f, 0.318918f, 0.318875f, 0.318832f, 0.318789f, 0.318746f, 0.318703f, 0.31866f, 0.318617f, 0.318574f, 0.318531f, 0.318488f, 0.318444f, 0.318401f, 0.318358f, 0.318315f,
+0.318272f, 0.318229f, 0.318185f, 0.318142f, 0.318099f, 0.318056f, 0.318013f, 0.317969f, 0.317926f, 0.317883f, 0.317839f, 0.317796f, 0.317753f, 0.31771f, 0.317666f, 0.317623f, 0.31758f, 0.317536f, 0.317493f, 0.317449f,
+0.317406f, 0.317363f, 0.317319f, 0.317276f, 0.317232f, 0.317189f, 0.317145f, 0.317102f, 0.317058f, 0.317015f, 0.316971f, 0.316928f, 0.316884f, 0.316841f, 0.316797f, 0.316754f, 0.31671f, 0.316666f, 0.316623f, 0.316579f,
+0.316536f, 0.316492f, 0.316448f, 0.316405f, 0.316361f, 0.316317f, 0.316274f, 0.31623f, 0.316186f, 0.316142f, 0.316099f, 0.316055f, 0.316011f, 0.315967f, 0.315924f, 0.31588f, 0.315836f, 0.315792f, 0.315748f, 0.315704f,
+0.315661f, 0.315617f, 0.315573f, 0.315529f, 0.315485f, 0.315441f, 0.315397f, 0.315353f, 0.315309f, 0.315265f, 0.315221f, 0.315177f, 0.315133f, 0.315089f, 0.315045f, 0.315001f, 0.314957f, 0.314913f, 0.314869f, 0.314825f,
+0.314781f, 0.314737f, 0.314693f, 0.314649f, 0.314604f, 0.31456f, 0.314516f, 0.314472f, 0.314428f, 0.314384f, 0.314339f, 0.314295f, 0.314251f, 0.314207f, 0.314162f, 0.314118f, 0.314074f, 0.31403f, 0.313985f, 0.313941f,
+0.313897f, 0.313852f, 0.313808f, 0.313764f, 0.313719f, 0.313675f, 0.313631f, 0.313586f, 0.313542f, 0.313497f, 0.313453f, 0.313409f, 0.313364f, 0.31332f, 0.313275f, 0.313231f, 0.313186f, 0.313142f, 0.313097f, 0.313053f,
+0.313008f, 0.312963f, 0.312919f, 0.312874f, 0.31283f, 0.312785f, 0.312741f, 0.312696f, 0.312651f, 0.312607f, 0.312562f, 0.312517f, 0.312473f, 0.312428f, 0.312383f, 0.312338f, 0.312294f, 0.312249f, 0.312204f, 0.31216f,
+0.312115f, 0.31207f, 0.312025f, 0.31198f, 0.311936f, 0.311891f, 0.311846f, 0.311801f, 0.311756f, 0.311711f, 0.311666f, 0.311621f, 0.311577f, 0.311532f, 0.311487f, 0.311442f, 0.311397f, 0.311352f, 0.311307f, 0.311262f,
+0.311217f, 0.311172f, 0.311127f, 0.311082f, 0.311037f, 0.310992f, 0.310947f, 0.310902f, 0.310857f, 0.310811f, 0.310766f, 0.310721f, 0.310676f, 0.310631f, 0.310586f, 0.310541f, 0.310495f, 0.31045f, 0.310405f, 0.31036f,
+0.310315f, 0.310269f, 0.310224f, 0.310179f, 0.310134f, 0.310088f, 0.310043f, 0.309998f, 0.309952f, 0.309907f, 0.309862f, 0.309816f, 0.309771f, 0.309726f, 0.30968f, 0.309635f, 0.309589f, 0.309544f, 0.309499f, 0.309453f,
+0.309408f, 0.309362f, 0.309317f, 0.309271f, 0.309226f, 0.30918f, 0.309135f, 0.309089f, 0.309044f, 0.308998f, 0.308953f, 0.308907f, 0.308861f, 0.308816f, 0.30877f, 0.308725f, 0.308679f, 0.308633f, 0.308588f, 0.308542f,
+0.308496f, 0.308451f, 0.308405f, 0.308359f, 0.308313f, 0.308268f, 0.308222f, 0.308176f, 0.30813f, 0.308085f, 0.308039f, 0.307993f, 0.307947f, 0.307901f, 0.307856f, 0.30781f, 0.307764f, 0.307718f, 0.307672f, 0.307626f,
+0.30758f, 0.307534f, 0.307489f, 0.307443f, 0.307397f, 0.307351f, 0.307305f, 0.307259f, 0.307213f, 0.307167f, 0.307121f, 0.307075f, 0.307029f, 0.306983f, 0.306937f, 0.30689f, 0.306844f, 0.306798f, 0.306752f, 0.306706f,
+0.30666f, 0.306614f, 0.306568f, 0.306522f, 0.306475f, 0.306429f, 0.306383f, 0.306337f, 0.306291f, 0.306244f, 0.306198f, 0.306152f, 0.306106f, 0.306059f, 0.306013f, 0.305967f, 0.30592f, 0.305874f, 0.305828f, 0.305781f,
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+-0.219509f, -0.219555f, -0.219601f, -0.219648f, -0.219694f, -0.21974f, -0.219787f, -0.219833f, -0.219879f, -0.219925f, -0.219972f, -0.220018f, -0.220064f, -0.22011f, -0.220156f, -0.220203f, -0.220249f, -0.220295f, -0.220341f, -0.220387f,
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+-0.221354f, -0.221399f, -0.221445f, -0.221491f, -0.221537f, -0.221583f, -0.221629f, -0.221675f, -0.22172f, -0.221766f, -0.221812f, -0.221858f, -0.221904f, -0.221949f, -0.221995f, -0.222041f, };
+#endif
+
+
+#ifdef USE_SAWTOOTH_TABLE
+const float __leaf_table_sawtooth[11][SAW_TABLE_SIZE] =
+{
+
+ {
+ -0.0f, -0.92083f, -0.71616f, -0.82246f, -0.759278f, -0.79369f, -0.776532f, -0.77849f, -0.785048f, -0.769729f, -0.788402f, -0.765306f, -0.788036f, -0.764071f, -0.784983f, -0.765029f, -0.780229f, -0.767199f, -0.774742f, -0.769647f, -0.769397f, -0.771579f, -0.764884f, -0.77243f, -0.761631f, -0.771916f, -0.759774f, -0.770046f, -0.759167f, -0.767085f, -0.75945f, -0.763468f, -0.760134f, -0.759709f, -0.760712f, -0.756285f, -0.760756f, -0.753555f, -0.759992f, -0.751696f, -0.758342f, -0.750691f, -0.755916f, -0.750345f, -0.752977f, -0.750345f, -0.749871f, -0.750332f, -0.74695f, -0.74998f, -0.744496f, -0.749062f, -0.742672f, -0.747488f, -0.741493f, -0.745316f, -0.740835f, -0.742726f, -0.740471f, -0.739978f, -0.740127f, -0.737346f, -0.739541f, -0.735062f, -0.738521f, -0.73327f, -0.736983f, -0.731995f, -0.734957f, -0.731151f, -0.73258f, -0.730561f, -0.730057f, -0.730004f, -0.727613f, -0.729263f, -0.725445f, -0.728173f, -0.723678f, -0.726654f, -0.722343f, -0.724724f, -0.721375f, -0.72249f, -0.720631f, -0.720122f, -0.719927f, -0.71781f, -0.719076f, -0.715725f, -0.717933f, -0.713977f, -0.716426f, -0.712601f, -0.714563f, -0.711545f, -0.712432f, -0.71069f, -0.710177f, -0.709877f, -0.707964f, -0.708944f, -0.70594f, -0.707762f, -0.704209f, -0.706262f, -0.702803f, -0.704448f, -0.701682f, -0.702395f, -0.700742f, -0.700227f, -0.699846f, -0.698088f, -0.698849f, -0.696114f, -0.697635f, -0.694396f, -0.69614f, -0.692967f, -0.694365f, -0.691795f, -0.692373f, -0.690789f, -0.690272f, -0.689827f, -0.688194f, -0.688779f, -0.686258f, -0.68754f, -0.684552f, -0.686049f, -0.683105f, -0.684304f, -0.681891f, -0.68236f, -0.680832f, -0.680314f, -0.679817f, -0.678285f, -0.678728f, -0.676382f, -0.677467f, -0.674684f, -0.675979f, -0.673223f, -0.674259f, -0.671976f, -0.672355f, -0.670873f, -0.670355f, -0.669813f, -0.668365f, -0.66869f, -0.666489f, -0.667412f, -0.664799f, -0.665926f, -0.663326f, -0.664226f, -0.662052f, -0.662355f, -0.660912f, -0.660393f, -0.659815f, -0.658438f, -0.658662f, -0.656584f, -0.657369f, -0.654901f, -0.655885f, -0.653419f, -0.654203f, -0.65212f, -0.65236f, -0.650949f, -0.65043f, -0.649821f, -0.648504f, -0.648643f, -0.64667f, -0.647337f, -0.644993f, -0.645854f, -0.643502f, -0.644186f, -0.642183f, -0.642368f, -0.640985f, -0.640466f, -0.63983f, -0.638565f, -0.638631f, -0.636748f, -0.637313f, -0.635076f, -0.635831f, -0.633578f, -0.634176f, -0.632242f, -0.632379f, -0.631021f, -0.630501f, -0.629841f, -0.628622f, -0.628623f, -0.626819f, -0.627296f, -0.625152f, -0.625815f, -0.623648f, -0.624171f, -0.622297f, -0.622392f, -0.621055f, -0.620536f, -0.619855f, -0.618676f, -0.61862f, -0.616886f, -0.617284f, -0.615223f, -0.615804f, -0.613713f, -0.61417f, -0.612349f, -0.612407f, -0.611089f, -0.61057f, -0.60987f, -0.608727f, -0.608621f, -0.606949f, -0.607277f, -0.605289f, -0.605798f, -0.603774f, -0.604172f, -0.602398f, -0.602424f, -0.601122f, -0.600603f, -0.599887f, -0.598776f, -0.598624f, -0.597008f, -0.597274f, -0.595351f, -0.595795f, -0.593832f, -0.594177f, -0.592445f, -0.592442f, -0.591155f, -0.590636f, -0.589905f, -0.588822f, -0.588631f, -0.587064f, -0.587274f, -0.58541f, -0.585795f, -0.583887f, -0.584185f, -0.582491f, -0.582461f, -0.581187f, -0.580669f, -0.579924f, -0.578868f, -0.578639f, -0.577117f, -0.577276f, -0.575466f, -0.575798f, -0.57394f, -0.574194f, -0.572534f, -0.572481f, -0.571219f, -0.570701f, -0.569944f, -0.568911f, -0.568649f, -0.567169f, -0.567281f, -0.56552f, -0.565804f, -0.56399f, -0.564206f, -0.562577f, -0.562502f, -0.561251f, -0.560734f, -0.559965f, -0.558954f, -0.558661f, -0.557218f, -0.557289f, -0.555572f, -0.555812f, -0.554039f, -0.554218f, -0.552618f, -0.552524f, -0.551283f, -0.550765f, -0.549986f, -0.548995f, -0.548674f, -0.547265f, -0.547298f, -0.545621f, -0.545821f, -0.544086f, -0.544233f, -0.542659f, -0.542546f, -0.541314f, -0.540797f, -0.540008f, -0.539035f, -0.538689f, -0.537312f, -0.537308f, -0.535669f, -0.535832f, -0.534131f, -0.534248f, -0.532698f, -0.532569f, -0.531345f, -0.530829f, -0.53003f, -0.529075f, -0.528705f, -0.527356f, -0.52732f, -0.525716f, -0.525844f, -0.524176f, -0.524265f, -0.522736f, -0.522592f
\ No newline at end of file
+ },
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+ {
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\ No newline at end of file
+ },
+
+};
+#endif
+
+#ifdef USE_TRIANGLE_TABLE
+
+const float __leaf_table_triangle[11][TRI_TABLE_SIZE] =
+{
+
+ {
+ 0.0f, -0.001807f, -0.003614f, -0.005421f, -0.007229f, -0.009036f, -0.010843f, -0.01265f, -0.014458f, -0.016264f, -0.018072f, -0.019879f, -0.021686f, -0.023493f, -0.0253f, -0.027108f, -0.028915f, -0.030722f, -0.032529f, -0.034337f, -0.036143f, -0.037951f, -0.039758f, -0.041565f, -0.043372f, -0.04518f, -0.046987f, -0.048794f, -0.050601f, -0.052408f, -0.054216f, -0.056022f, -0.05783f, -0.059637f, -0.061444f, -0.063251f, -0.065059f, -0.066865f, -0.068673f, -0.07048f, -0.072287f, -0.074094f, -0.075901f, -0.077709f, -0.079516f, -0.081323f, -0.08313f, -0.084938f, -0.086744f, -0.088552f, -0.090359f, -0.092166f, -0.093973f, -0.09578f, -0.097588f, -0.099395f, -0.101202f, -0.103009f, -0.104817f, -0.106623f, -0.108431f, -0.110238f, -0.112045f, -0.113852f, -0.11566f, -0.117467f, -0.119274f, -0.121081f, -0.122888f, -0.124696f, -0.126502f, -0.12831f, -0.130117f, -0.131924f, -0.133731f, -0.135539f, -0.137345f, -0.139153f, -0.14096f, -0.142767f, -0.144574f, -0.146381f, -0.148189f, -0.149996f, -0.151803f, -0.15361f, -0.155418f, -0.157224f, -0.159032f, -0.160839f, -0.162646f, -0.164453f, -0.16626f, -0.168068f, -0.169875f, -0.171682f, -0.173489f, -0.175297f, -0.177103f, -0.178911f, -0.180718f, -0.182525f, -0.184332f, -0.18614f, -0.187946f, -0.189754f, -0.191561f, -0.193368f, -0.195175f, -0.196982f, -0.19879f, -0.200596f, -0.202404f, -0.204211f, -0.206019f, -0.207825f, -0.209633f, -0.21144f, -0.213247f, -0.215054f, -0.216861f, -0.218669f, -0.220476f, -0.222283f, -0.22409f, -0.225898f, -0.227704f, -0.229512f, -0.231319f, -0.233126f, -0.234933f, -0.23674f, -0.238548f, -0.240355f, -0.242162f, -0.243969f, -0.245777f, -0.247583f, -0.249391f, -0.251197f, -0.253005f, -0.254812f, -0.25662f, -0.258426f, -0.260234f, -0.262041f, -0.263848f, -0.265655f, -0.267462f, -0.26927f, -0.271076f, -0.272884f, -0.274691f, -0.276499f, -0.278305f, -0.280113f, -0.28192f, -0.283727f, -0.285534f, -0.287341f, -0.289149f, -0.290955f, -0.292763f, -0.29457f, -0.296378f, -0.298184f, -0.299992f, -0.301799f, -0.303606f, -0.305413f, -0.30722f, -0.309028f, -0.310835f, -0.312642f, -0.314449f, -0.316257f, -0.318063f, -0.319871f, -0.321677f, -0.323485f, -0.325292f, -0.3271f, -0.328906f, -0.330714f, -0.332521f, -0.334328f, -0.336135f, -0.337942f, -0.33975f, -0.341556f, -0.343364f, -0.345171f, -0.346979f, -0.348785f, -0.350593f, -0.3524f, -0.354207f, -0.356014f, -0.357821f, -0.359629f, -0.361435f, -0.363243f, -0.36505f, -0.366858f, -0.368664f, -0.370472f, -0.372278f, -0.374086f, -0.375893f, -0.3777f, -0.379507f, -0.381315f, -0.383122f, -0.384929f, -0.386737f, -0.388543f, -0.390351f, -0.392157f, -0.393965f, -0.395772f, -0.39758f, -0.399386f, -0.401194f, -0.403001f, -0.404808f, -0.406615f, -0.408422f, -0.41023f, -0.412036f, -0.413844f, -0.415651f, -0.417459f, -0.419265f, -0.421073f, -0.42288f, -0.424687f, -0.426494f, -0.428301f, -0.430109f, -0.431915f, -0.433723f, -0.43553f, -0.437338f, -0.439144f, -0.440952f, -0.442758f, -0.444566f, -0.446373f, -0.44818f, -0.449987f, -0.451795f, -0.453602f, -0.455409f, -0.457216f, -0.459023f, -0.460831f, -0.462637f, -0.464445f, -0.466252f, -0.46806f, -0.469866f, -0.471674f, -0.473481f, -0.475288f, -0.477095f, -0.478902f, -0.48071f, -0.482516f, -0.484324f, -0.486131f, -0.487939f, -0.489745f, -0.491553f, -0.493359f, -0.495167f, -0.496974f, -0.498781f, -0.500589f, -0.502395f, -0.504203f, -0.50601f, -0.507818f, -0.509624f, -0.511432f, -0.513238f, -0.515046f, -0.516853f, -0.51866f, -0.520467f, -0.522275f, -0.524082f, -0.525889f, -0.527696f, -0.529503f, -0.531311f, -0.533117f, -0.534925f, -0.536732f, -0.53854f, -0.540346f, -0.542154f, -0.543961f, -0.545768f, -0.547575f, -0.549382f, -0.55119f, -0.552996f, -0.554804f, -0.55661f, -0.558419f, -0.560225f, -0.562033f, -0.563839f, -0.565647f, -0.567454f, -0.569261f, -0.571069f, -0.572875f, -0.574683f, -0.57649f, -0.578298f, -0.580104f, -0.581912f, -0.583718f, -0.585526f, -0.587333f, -0.58914f, -0.590947f, -0.592755f, -0.594562f, -0.596369f, -0.598176f, -0.599983f, -0.601791f, -0.603597f, -0.605405f, -0.607211f, -0.60902f, -0.610826f, -0.612634f, -0.614441f, -0.616248f, -0.618055f, -0.619862f, -0.62167f,
\ No newline at end of file
+ },
+
+ {
+ -0.0f, -0.001806f, -0.003615f, -0.005423f, -0.007228f, -0.009035f, -0.010844f, -0.012651f, -0.014456f, -0.016264f, -0.018073f, -0.019879f, -0.021685f, -0.023493f, -0.025302f, -0.027107f, -0.028914f, -0.030723f, -0.03253f, -0.034336f, -0.036143f, -0.037952f, -0.039758f, -0.041564f, -0.043372f, -0.045181f, -0.046987f, -0.048793f, -0.050601f, -0.052409f, -0.054215f, -0.056022f, -0.057831f, -0.059638f, -0.061443f, -0.063251f, -0.06506f, -0.066866f, -0.068672f, -0.07048f, -0.072288f, -0.074094f, -0.0759f, -0.077709f, -0.079517f, -0.081322f, -0.083129f, -0.084938f, -0.086745f, -0.088551f, -0.090359f, -0.092167f, -0.093973f, -0.095779f, -0.097588f, -0.099396f, -0.101201f, -0.103008f, -0.104817f, -0.106624f, -0.10843f, -0.110237f, -0.112046f, -0.113852f, -0.115658f, -0.117467f, -0.119275f, -0.121081f, -0.122887f, -0.124696f, -0.126503f, -0.128309f, -0.130116f, -0.131925f, -0.133732f, -0.135537f, -0.137345f, -0.139154f, -0.14096f, -0.142766f, -0.144575f, -0.146383f, -0.148188f, -0.149995f, -0.151804f, -0.153611f, -0.155416f, -0.157224f, -0.159033f, -0.160839f, -0.162645f, -0.164453f, -0.166262f, -0.168067f, -0.169874f, -0.171683f, -0.17349f, -0.175295f, -0.177103f, -0.178912f, -0.180718f, -0.182524f, -0.184332f, -0.186141f, -0.187946f, -0.189753f, -0.191561f, -0.193369f, -0.195174f, -0.196982f, -0.198791f, -0.200597f, -0.202403f, -0.204211f, -0.20602f, -0.207826f, -0.209631f, -0.21144f, -0.213248f, -0.215054f, -0.21686f, -0.218669f, -0.220477f, -0.222282f, -0.22409f, -0.225899f, -0.227705f, -0.22951f, -0.231319f, -0.233127f, -0.234933f, -0.236739f, -0.238548f, -0.240356f, -0.242161f, -0.243968f, -0.245777f, -0.247584f, -0.249389f, -0.251198f, -0.253006f, -0.254812f, -0.256618f, -0.258427f, -0.260235f, -0.26204f, -0.263847f, -0.265656f, -0.267463f, -0.269268f, -0.271076f, -0.272885f, -0.274691f, -0.276497f, -0.278306f, -0.280114f, -0.281919f, -0.283726f, -0.285535f, -0.287342f, -0.289148f, -0.290955f, -0.292764f, -0.294571f, -0.296376f, -0.298184f, -0.299993f, -0.301799f, -0.303605f, -0.305414f, -0.307222f, -0.309027f, -0.310834f, -0.312643f, -0.31445f, -0.316255f, -0.318063f, -0.319872f, -0.321678f, -0.323484f, -0.325292f, -0.327101f, -0.328906f, -0.330712f, -0.332522f, -0.334329f, -0.336134f, -0.337942f, -0.339751f, -0.341557f, -0.343362f, -0.345171f, -0.34698f, -0.348785f, -0.350591f, -0.3524f, -0.354208f, -0.356013f, -0.35782f, -0.35963f, -0.361437f, -0.363242f, -0.36505f, -0.366859f, -0.368665f, -0.37047f, -0.372279f, -0.374087f, -0.375893f, -0.377699f, -0.379508f, -0.381316f, -0.383121f, -0.384928f, -0.386738f, -0.388544f, -0.390349f, -0.392158f, -0.393966f, -0.395772f, -0.397578f, -0.399387f, -0.401195f, -0.403f, -0.404807f, -0.406616f, -0.408423f, -0.410228f, -0.412036f, -0.413845f, -0.415651f, -0.417457f, -0.419266f, -0.421074f, -0.422879f, -0.424686f, -0.426495f, -0.428302f, -0.430107f, -0.431915f, -0.433724f, -0.43553f, -0.437336f, -0.439144f, -0.440953f, -0.442758f, -0.444564f, -0.446374f, -0.448182f, -0.449986f, -0.451793f, -0.453603f, -0.45541f, -0.457215f, -0.459023f, -0.460832f, -0.462638f, -0.464443f, -0.466252f, -0.468061f, -0.469866f, -0.471672f, -0.473482f, -0.475289f, -0.477094f, -0.478902f, -0.480711f, -0.482517f, -0.484322f, -0.486131f, -0.48794f, -0.489745f, -0.491551f, -0.493361f, -0.495168f, -0.496973f, -0.49878f, -0.50059f, -0.502396f, -0.504201f, -0.50601f, -0.507819f, -0.509624f, -0.51143f, -0.513239f, -0.515048f, -0.516852f, -0.518659f, -0.520469f, -0.522276f, -0.52408f, -0.525888f, -0.527698f, -0.529504f, -0.531309f, -0.533118f, -0.534927f, -0.536731f, -0.538537f, -0.540347f, -0.542155f, -0.543959f, -0.545767f, -0.547577f, -0.549383f, -0.551187f, -0.552996f, -0.554806f, -0.556611f, -0.558416f, -0.560226f, -0.562034f, -0.563839f, -0.565645f, -0.567456f, -0.569262f, -0.571066f, -0.572875f, -0.574685f, -0.57649f, -0.578295f, -0.580105f, -0.581914f, -0.583718f, -0.585524f, -0.587334f, -0.589142f, -0.590946f, -0.592753f, -0.594564f, -0.59637f, -0.598174f, -0.599983f, -0.601793f, -0.603597f, -0.605403f, -0.607213f, -0.609021f, -0.610825f, -0.612632f, -0.614443f, -0.616249f, -0.618053f, -0.619861f,
\ No newline at end of file
+ },
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+ },
+
+ {
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\ No newline at end of file
+ },
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+ {
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\ No newline at end of file
+ }
+};
+#endif
+
+#ifdef USE_SQUARE_TABLE
+const float __leaf_table_squarewave[11][SQR_TABLE_SIZE] =
+{
+
+ {
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\ No newline at end of file
+ },
+
+ {
+ -0.0f, -0.003068f, -0.006136f, -0.009204f, -0.012272f, -0.015339f, -0.018407f, -0.021474f, -0.024541f, -0.027608f, -0.030675f, -0.033741f, -0.036807f, -0.039873f, -0.042938f, -0.046003f, -0.049068f, -0.052132f, -0.055195f, -0.058258f, -0.061321f, -0.064383f, -0.067444f, -0.070505f, -0.073565f, -0.076624f, -0.079682f, -0.08274f, -0.085797f, -0.088854f, -0.091909f, -0.094963f, -0.098017f, -0.10107f, -0.104122f, -0.107172f, -0.110222f, -0.113271f, -0.116319f, -0.119365f, -0.122411f, -0.125455f, -0.128498f, -0.13154f, -0.134581f, -0.13762f, -0.140658f, -0.143695f, -0.14673f, -0.149765f, -0.152797f, -0.155828f, -0.158858f, -0.161886f, -0.164913f, -0.167938f, -0.170962f, -0.173984f, -0.177004f, -0.180023f, -0.18304f, -0.186055f, -0.189069f, -0.19208f, -0.19509f, -0.198098f, -0.201105f, -0.204109f, -0.207111f, -0.210112f, -0.21311f, -0.216107f, -0.219101f, -0.222094f, -0.225084f, -0.228072f, -0.231058f, -0.234042f, -0.237024f, -0.240003f, -0.24298f, -0.245955f, -0.248928f, -0.251898f, -0.254866f, -0.257831f, -0.260794f, -0.263755f, -0.266713f, -0.269668f, -0.272621f, -0.275572f, -0.27852f, -0.281465f, -0.284408f, -0.287347f, -0.290285f, -0.293219f, -0.296151f, -0.29908f, -0.302006f, -0.304929f, -0.30785f, -0.310767f, -0.313682f, -0.316593f, -0.319502f, -0.322408f, -0.32531f, -0.32821f, -0.331106f, -0.334f, -0.33689f, -0.339777f, -0.342661f, -0.345541f, -0.348419f, -0.351293f, -0.354164f, -0.357031f, -0.359895f, -0.362756f, -0.365613f, -0.368467f, -0.371317f, -0.374164f, -0.377007f, -0.379847f, -0.382683f, -0.385516f, -0.388345f, -0.39117f, -0.393992f, -0.39681f, -0.399624f, -0.402435f, -0.405241f, -0.408044f, -0.410843f, -0.413638f, -0.41643f, -0.419217f, -0.422f, -0.42478f, -0.427555f, -0.430326f, -0.433094f, -0.435857f, -0.438616f, -0.441371f, -0.444122f, -0.446869f, -0.449611f, -0.45235f, -0.455084f, -0.457813f, -0.460539f, -0.46326f, -0.465976f, -0.468689f, -0.471397f, -0.4741f, -0.476799f, -0.479494f, -0.482184f, -0.484869f, -0.48755f, -0.490226f, -0.492898f, -0.495565f, -0.498228f, -0.500885f, -0.503538f, -0.506187f, -0.50883f, -0.511469f, -0.514103f, -0.516732f, -0.519356f, -0.521975f, -0.52459f, -0.527199f, -0.529804f, -0.532403f, -0.534998f, -0.537587f, -0.540171f, -0.542751f, -0.545325f, -0.547894f, -0.550458f, -0.553017f, -0.55557f, -0.558119f, -0.560662f, -0.563199f, -0.565732f, -0.568259f, -0.570781f, -0.573297f, -0.575808f, -0.578314f, -0.580814f, -0.583309f, -0.585798f, -0.588282f, -0.59076f, -0.593232f, -0.595699f, -0.598161f, -0.600616f, -0.603067f, -0.605511f, -0.60795f, -0.610383f, -0.61281f, -0.615232f, -0.617647f, -0.620057f, -0.622461f, -0.624859f, -0.627252f, -0.629638f, -0.632019f, -0.634393f, -0.636762f, -0.639124f, -0.641481f, -0.643832f, -0.646176f, -0.648514f, -0.650847f, -0.653173f, -0.655493f, -0.657807f, -0.660114f, -0.662416f, -0.664711f, -0.667f, -0.669283f, -0.671559f, -0.673829f, -0.676093f, -0.67835f, -0.680601f, -0.682846f, -0.685084f, -0.687315f, -0.689541f, -0.691759f, -0.693971f, -0.696177f, -0.698376f, -0.700569f, -0.702755f, -0.704934f, -0.707107f, -0.709273f, -0.711432f, -0.713585f, -0.715731f, -0.71787f, -0.720003f, -0.722128f, -0.724247f, -0.726359f, -0.728464f, -0.730563f, -0.732654f, -0.734739f, -0.736817f, -0.738887f, -0.740951f, -0.743008f, -0.745058f, -0.747101f, -0.749136f, -0.751165f, -0.753187f, -0.755201f, -0.757209f, -0.759209f, -0.761202f, -0.763188f, -0.765167f, -0.767139f, -0.769103f, -0.771061f, -0.77301f, -0.774953f, -0.776888f, -0.778817f, -0.780737f, -0.782651f, -0.784557f, -0.786455f, -0.788346f, -0.79023f, -0.792107f, -0.793975f, -0.795837f, -0.797691f, -0.799537f, -0.801376f, -0.803208f, -0.805031f, -0.806848f, -0.808656f, -0.810457f, -0.812251f, -0.814036f, -0.815814f, -0.817585f, -0.819348f, -0.821103f, -0.82285f, -0.824589f, -0.826321f, -0.828045f, -0.829761f, -0.83147f, -0.83317f, -0.834863f, -0.836548f, -0.838225f, -0.839894f, -0.841555f, -0.843208f, -0.844854f, -0.846491f, -0.84812f, -0.849742f, -0.851355f, -0.852961f, -0.854558f, -0.856147f, -0.857729f, -0.859302f, -0.860867f, -0.862424f, -0.863973f, -0.865514f, -0.867046f, -0.868571f, -0.870087f,
\ No newline at end of file
+ },
+
+};
+#endif
+
+
+
+
+#if DECAY_TABLES_USED
+const float __leaf_table_exp_decay[EXP_DECAY_TABLE_SIZE] = {
+ 1.0f, 0.999969f, 0.999939f, 0.999908f, 0.999878f, 0.999847f, 0.999817f, 0.999786f, 0.999756f, 0.999725f, 0.999695f, 0.999664f, 0.999634f, 0.999603f, 0.999573f, 0.999542f, 0.999512f, 0.999481f, 0.999451f, 0.99942f,
+0.99939f, 0.999359f, 0.999329f, 0.999298f, 0.999268f, 0.999237f, 0.999207f, 0.999176f, 0.999146f, 0.999115f, 0.999085f, 0.999054f, 0.999024f, 0.998993f, 0.998963f, 0.998932f, 0.998902f, 0.998871f, 0.998841f, 0.99881f,
+0.99878f, 0.998749f, 0.998719f, 0.998688f, 0.998658f, 0.998627f, 0.998597f, 0.998566f, 0.998536f, 0.998505f, 0.998475f, 0.998444f, 0.998414f, 0.998383f, 0.998353f, 0.998322f, 0.998292f, 0.998261f, 0.998231f, 0.9982f,
+0.99817f, 0.998139f, 0.998109f, 0.998078f, 0.998048f, 0.998017f, 0.997987f, 0.997956f, 0.997926f, 0.997895f, 0.997865f, 0.997834f, 0.997804f, 0.997773f, 0.997743f, 0.997712f, 0.997682f, 0.997652f, 0.997621f, 0.997591f,
+0.99756f, 0.99753f, 0.997499f, 0.997469f, 0.997438f, 0.997408f, 0.997377f, 0.997347f, 0.997316f, 0.997286f, 0.997255f, 0.997225f, 0.997194f, 0.997164f, 0.997133f, 0.997103f, 0.997072f, 0.997042f, 0.997012f, 0.996981f,
+0.996951f, 0.99692f, 0.99689f, 0.996859f, 0.996829f, 0.996798f, 0.996768f, 0.996737f, 0.996707f, 0.996676f, 0.996646f, 0.996615f, 0.996585f, 0.996554f, 0.996524f, 0.996494f, 0.996463f, 0.996433f, 0.996402f, 0.996372f,
+0.996341f, 0.996311f, 0.99628f, 0.99625f, 0.996219f, 0.996189f, 0.996158f, 0.996128f, 0.996098f, 0.996067f, 0.996037f, 0.996006f, 0.995976f, 0.995945f, 0.995915f, 0.995884f, 0.995854f, 0.995823f, 0.995793f, 0.995763f,
+0.995732f, 0.995702f, 0.995671f, 0.995641f, 0.99561f, 0.99558f, 0.995549f, 0.995519f, 0.995488f, 0.995458f, 0.995428f, 0.995397f, 0.995367f, 0.995336f, 0.995306f, 0.995275f, 0.995245f, 0.995214f, 0.995184f, 0.995154f,
+0.995123f, 0.995093f, 0.995062f, 0.995032f, 0.995001f, 0.994971f, 0.99494f, 0.99491f, 0.99488f, 0.994849f, 0.994819f, 0.994788f, 0.994758f, 0.994727f, 0.994697f, 0.994667f, 0.994636f, 0.994606f, 0.994575f, 0.994545f,
+0.994514f, 0.994484f, 0.994454f, 0.994423f, 0.994393f, 0.994362f, 0.994332f, 0.994301f, 0.994271f, 0.99424f, 0.99421f, 0.99418f, 0.994149f, 0.994119f, 0.994088f, 0.994058f, 0.994027f, 0.993997f, 0.993967f, 0.993936f,
+0.993906f, 0.993875f, 0.993845f, 0.993815f, 0.993784f, 0.993754f, 0.993723f, 0.993693f, 0.993662f, 0.993632f, 0.993602f, 0.993571f, 0.993541f, 0.99351f, 0.99348f, 0.993449f, 0.993419f, 0.993389f, 0.993358f, 0.993328f,
+0.993297f, 0.993267f, 0.993237f, 0.993206f, 0.993176f, 0.993145f, 0.993115f, 0.993085f, 0.993054f, 0.993024f, 0.992993f, 0.992963f, 0.992932f, 0.992902f, 0.992872f, 0.992841f, 0.992811f, 0.99278f, 0.99275f, 0.99272f,
+0.992689f, 0.992659f, 0.992628f, 0.992598f, 0.992568f, 0.992537f, 0.992507f, 0.992476f, 0.992446f, 0.992416f, 0.992385f, 0.992355f, 0.992324f, 0.992294f, 0.992264f, 0.992233f, 0.992203f, 0.992172f, 0.992142f, 0.992112f,
+0.992081f, 0.992051f, 0.99202f, 0.99199f, 0.99196f, 0.991929f, 0.991899f, 0.991868f, 0.991838f, 0.991808f, 0.991777f, 0.991747f, 0.991716f, 0.991686f, 0.991656f, 0.991625f, 0.991595f, 0.991564f, 0.991534f, 0.991504f,
+0.991473f, 0.991443f, 0.991413f, 0.991382f, 0.991352f, 0.991321f, 0.991291f, 0.991261f, 0.99123f, 0.9912f, 0.991169f, 0.991139f, 0.991109f, 0.991078f, 0.991048f, 0.991018f, 0.990987f, 0.990957f, 0.990926f, 0.990896f,
+0.990866f, 0.990835f, 0.990805f, 0.990775f, 0.990744f, 0.990714f, 0.990683f, 0.990653f, 0.990623f, 0.990592f, 0.990562f, 0.990532f, 0.990501f, 0.990471f, 0.99044f, 0.99041f, 0.99038f, 0.990349f, 0.990319f, 0.990289f,
+0.990258f, 0.990228f, 0.990197f, 0.990167f, 0.990137f, 0.990106f, 0.990076f, 0.990046f, 0.990015f, 0.989985f, 0.989955f, 0.989924f, 0.989894f, 0.989863f, 0.989833f, 0.989803f, 0.989772f, 0.989742f, 0.989712f, 0.989681f,
+0.989651f, 0.989621f, 0.98959f, 0.98956f, 0.98953f, 0.989499f, 0.989469f, 0.989438f, 0.989408f, 0.989378f, 0.989347f, 0.989317f, 0.989287f, 0.989256f, 0.989226f, 0.989196f, 0.989165f, 0.989135f, 0.989105f, 0.989074f,
+0.989044f, 0.989013f, 0.988983f, 0.988953f, 0.988922f, 0.988892f, 0.988862f, 0.988831f, 0.988801f, 0.988771f, 0.98874f, 0.98871f, 0.98868f, 0.988649f, 0.988619f, 0.988589f, 0.988558f, 0.988528f, 0.988498f, 0.988467f,
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