ref: 4933e4ed327d7eafdcabb477902810b441d4305a
parent: cca22a8aa94c31ff5731f7e1a0e5b65f48ded2cd
author: Olav Sørensen <olav.sorensen@live.no>
date: Sun Mar 3 11:05:02 EST 2024
Remove some unneeded macros
--- a/src/mixer/ft2_mix_macros.h
+++ b/src/mixer/ft2_mix_macros.h
@@ -130,7 +130,6 @@
** There is also a second special case for the left edge (negative taps) after the sample has looped once.
*/
-#if CUBIC_FSHIFT>=0
#define CUBIC_SPLINE_INTERPOLATION(s, f, scale) \
{ \const float *t = fCubicSplineLUT + (((uint32_t)(f) >> CUBIC_SPLINE_FSHIFT) & CUBIC_SPLINE_FMASK); \
@@ -139,16 +138,6 @@
( s[1] * t[2]) + \
( s[2] * t[3])) * (1.0f / scale); \
}
-#else
-#define CUBIC_SPLINE_INTERPOLATION(s, f, scale) \
-{ \- const float *t = fCubicSplineLUT + (((uint32_t)(f) << -CUBIC_SPLINE_FSHIFT) & CUBIC_SPLINE_FMASK); \
- fSample = ((s[-1] * t[0]) + \
- ( s[0] * t[1]) + \
- ( s[1] * t[2]) + \
- ( s[2] * t[3])) * (1.0f / scale); \
-}
-#endif
#define RENDER_8BIT_SMP_CINTRP \
CUBIC_SPLINE_INTERPOLATION(smpPtr, positionFrac, 128) \
@@ -190,7 +179,6 @@
** There is also a second special case for the left edge (negative taps) after the sample has looped once.
*/
-#if SINC8_FSHIFT>=0
#define WINDOWED_SINC8_INTERPOLATION(s, f, scale) \
{ \const float *t = v->fSincLUT + (((uint32_t)(f) >> SINC8_FSHIFT) & SINC8_FMASK); \
@@ -203,22 +191,7 @@
( s[3] * t[6]) + \
( s[4] * t[7])) * (1.0f / scale); \
}
-#else
-#define WINDOWED_SINC8_INTERPOLATION(s, f, scale) \
-{ \- const float *t = v->fSincLUT + (((uint32_t)(f) << -SINC8_FSHIFT) & SINC8_FMASK); \
- fSample = ((s[-3] * t[0]) + \
- (s[-2] * t[1]) + \
- (s[-1] * t[2]) + \
- ( s[0] * t[3]) + \
- ( s[1] * t[4]) + \
- ( s[2] * t[5]) + \
- ( s[3] * t[6]) + \
- ( s[4] * t[7])) * (1.0f / scale); \
-}
-#endif
-#if SINC32_FSHIFT>=0
#define WINDOWED_SINC32_INTERPOLATION(s, f, scale) \
{ \const float *t = v->fSincLUT + (((uint32_t)(f) >> SINC32_FSHIFT) & SINC32_FMASK); \
@@ -255,44 +228,6 @@
( s[15] * t[30]) + \
( s[16] * t[31])) * (1.0f / scale); \
}
-#else
-#define WINDOWED_SINC32_INTERPOLATION(s, f, scale) \
-{ \- const float *t = v->fSincLUT + (((uint32_t)(f) << -SINC32_FSHIFT) & SINC32_FMASK); \
- fSample = ((s[-15] * t[0]) + \
- (s[-14] * t[1]) + \
- (s[-13] * t[2]) + \
- (s[-12] * t[3]) + \
- (s[-11] * t[4]) + \
- (s[-10] * t[5]) + \
- ( s[-9] * t[6]) + \
- ( s[-8] * t[7]) + \
- ( s[-7] * t[8]) + \
- ( s[-6] * t[9]) + \
- ( s[-5] * t[10]) + \
- ( s[-4] * t[11]) + \
- ( s[-3] * t[12]) + \
- ( s[-2] * t[13]) + \
- ( s[-1] * t[14]) + \
- ( s[0] * t[15]) + \
- ( s[1] * t[16]) + \
- ( s[2] * t[17]) + \
- ( s[3] * t[18]) + \
- ( s[4] * t[19]) + \
- ( s[5] * t[20]) + \
- ( s[6] * t[21]) + \
- ( s[7] * t[22]) + \
- ( s[8] * t[23]) + \
- ( s[9] * t[24]) + \
- ( s[10] * t[25]) + \
- ( s[11] * t[26]) + \
- ( s[12] * t[27]) + \
- ( s[13] * t[28]) + \
- ( s[14] * t[29]) + \
- ( s[15] * t[30]) + \
- ( s[16] * t[31])) * (1.0f / scale); \
-}
-#endif
#define RENDER_8BIT_SMP_S8INTRP \
WINDOWED_SINC8_INTERPOLATION(smpPtr, positionFrac, 128) \