ref: a1d153b3ea809d6032483d629d0681bb4743e786
dir: /src/pt2_visuals.c/
// for finding memory leaks in debug mode with Visual Studio
#if defined _DEBUG && defined _MSC_VER
#include <crtdbg.h>
#endif
#include <stdio.h>
#include <stdint.h>
#include <stdbool.h>
#include <math.h> // modf()
#ifdef _WIN32
#define WIN32_MEAN_AND_LEAN
#include <windows.h>
#include <SDL2/SDL_syswm.h>
#endif
#include <stdint.h>
#include <stdbool.h>
#ifndef _WIN32
#include <unistd.h> // usleep()
#endif
#include <ctype.h> // tolower()
#include "pt2_header.h"
#include "pt2_keyboard.h"
#include "pt2_mouse.h"
#include "pt2_audio.h"
#include "pt2_palette.h"
#include "pt2_helpers.h"
#include "pt2_textout.h"
#include "pt2_tables.h"
#include "pt2_modloader.h"
#include "pt2_sampleloader.h"
#include "pt2_patternviewer.h"
#include "pt2_sampler.h"
#include "pt2_diskop.h"
#include "pt2_visuals.h"
#include "pt2_helpers.h"
#include "pt2_scopes.h"
#include "pt2_edit.h"
typedef struct sprite_t
{
bool visible;
int8_t pixelType;
uint16_t newX, newY, x, y, w, h;
uint32_t colorKey, *refreshBuffer;
const void *data;
} sprite_t;
static uint32_t vuMetersBg[4 * (10 * 48)];
static uint64_t timeNext64, timeNext64Frac, _50HzCounter;
sprite_t sprites[SPRITE_NUM]; // globalized
extern bool forceMixerOff; // pt_audio.c
// pt_main.c
extern uint32_t *pixelBuffer;
extern SDL_Window *window;
extern SDL_Renderer *renderer;
extern SDL_Texture *texture;
static const uint16_t cursorPosTable[24] =
{
30, 54, 62, 70, 78, 86,
102, 126, 134, 142, 150, 158,
174, 198, 206, 214, 222, 230,
246, 270, 278, 286, 294, 302
};
bool intMusic(void); // pt_modplayer.c
extern int32_t samplesPerTick; // pt_audio.c
void storeTempVariables(void); // pt_modplayer.c
void updateSongInfo1(void);
void updateSongInfo2(void);
void updateSampler(void);
void updatePatternData(void);
void updateMOD2WAVDialog(void);
void statusAllRight(void)
{
setStatusMessage("ALL RIGHT", DO_CARRY);
}
void statusOutOfMemory(void)
{
displayErrorMsg("OUT OF MEMORY !!!");
}
void setupPerfFreq(void)
{
uint64_t perfFreq64;
double dInt, dFrac;
perfFreq64 = SDL_GetPerformanceFrequency(); assert(perfFreq64 != 0);
editor.dPerfFreq = (double)perfFreq64;
editor.dPerfFreqMulMicro = 1000000.0 / editor.dPerfFreq;
// calculate vblank time for performance counters and split into int/frac
dFrac = modf(editor.dPerfFreq / VBLANK_HZ, &dInt);
// integer part
editor.vblankTimeLen = (uint32_t)dInt;
// fractional part scaled to 0..2^32-1
dFrac *= UINT32_MAX;
editor.vblankTimeLenFrac = (uint32_t)(dFrac + 0.5);
}
void setupWaitVBL(void)
{
// set next frame time
timeNext64 = SDL_GetPerformanceCounter() + editor.vblankTimeLen;
timeNext64Frac = editor.vblankTimeLenFrac;
}
void waitVBL(void)
{
// this routine almost never delays if we have 60Hz vsync, but it's still needed in some occasions
int32_t time32;
uint32_t diff32;
uint64_t time64;
time64 = SDL_GetPerformanceCounter();
if (time64 < timeNext64)
{
assert(timeNext64-time64 <= 0xFFFFFFFFULL);
diff32 = (uint32_t)(timeNext64 - time64);
// convert to microseconds and round to integer
time32 = (int32_t)((diff32 * editor.dPerfFreqMulMicro) + 0.5);
// delay until we have reached next tick
if (time32 > 0)
usleep(time32);
}
// update next tick time
timeNext64 += editor.vblankTimeLen;
timeNext64Frac += editor.vblankTimeLenFrac;
if (timeNext64Frac > 0xFFFFFFFF)
{
timeNext64Frac &= 0xFFFFFFFF;
timeNext64++;
}
}
void renderFrame(void)
{
updateMOD2WAVDialog(); // must be first to avoid flickering issues
updateSongInfo1(); // top left side of screen, when "disk op"/"pos ed" is hidden
updateSongInfo2(); // two middle rows of screen, always visible
updateEditOp();
updatePatternData();
updateDiskOp();
updateSampler();
updatePosEd();
updateVisualizer();
updateDragBars();
drawSamplerLine();
}
void resetAllScreens(void)
{
editor.mixFlag = false;
editor.swapChannelFlag = false;
editor.ui.clearScreenShown = false;
editor.ui.changingChordNote = false;
editor.ui.changingSmpResample = false;
editor.ui.pat2SmpDialogShown = false;
editor.ui.disablePosEd = false;
editor.ui.disableVisualizer = false;
if (editor.ui.samplerScreenShown)
{
editor.ui.samplerVolBoxShown = false;
editor.ui.samplerFiltersBoxShown = false;
displaySample();
}
if (editor.ui.editTextFlag)
exitGetTextLine(EDIT_TEXT_NO_UPDATE);
}
void removeAskDialog(void)
{
if (!editor.ui.askScreenShown && !editor.isWAVRendering)
displayMainScreen();
editor.ui.disablePosEd = false;
editor.ui.disableVisualizer = false;
}
void renderAskDialog(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
editor.ui.disablePosEd = true;
editor.ui.disableVisualizer = true;
// render ask dialog
srcPtr = editor.ui.pat2SmpDialogShown ? pat2SmpDialogBMP : yesNoDialogBMP;
dstPtr = &pixelBuffer[(51 * SCREEN_W) + 160];
for (uint32_t y = 0; y < 39; y++)
{
memcpy(dstPtr, srcPtr, 104 * sizeof (int32_t));
srcPtr += 104;
dstPtr += SCREEN_W;
}
}
void renderBigAskDialog(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
editor.ui.disablePosEd = true;
editor.ui.disableVisualizer = true;
// render custom big ask dialog
srcPtr = bigYesNoDialogBMP;
dstPtr = &pixelBuffer[(44 * SCREEN_W) + 120];
for (uint32_t y = 0; y < 55; y++)
{
memcpy(dstPtr, srcPtr, 200 * sizeof (int32_t));
srcPtr += 200;
dstPtr += SCREEN_W;
}
}
void showDownsampleAskDialog(void)
{
editor.ui.askScreenShown = true;
editor.ui.askScreenType = ASK_LOAD_DOWNSAMPLE;
pointerSetMode(POINTER_MODE_MSG1, NO_CARRY);
setStatusMessage("PLEASE SELECT", NO_CARRY);
renderBigAskDialog();
textOutTight(pixelBuffer, 133, 49, "THE SAMPLE'S FREQUENCY IS", palette[PAL_BACKGRD]);
textOutTight(pixelBuffer, 178, 57, "ABOVE 22KHZ.", palette[PAL_BACKGRD]);
textOutTight(pixelBuffer, 133, 65, "DO YOU WANT TO DOWNSAMPLE", palette[PAL_BACKGRD]);
textOutTight(pixelBuffer, 156, 73, "BEFORE LOADING IT?", palette[PAL_BACKGRD]);
}
static void fillFromVuMetersBgBuffer(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
if (editor.ui.samplerScreenShown || editor.isWAVRendering || editor.isSMPRendering)
return;
srcPtr = vuMetersBg;
dstPtr = &pixelBuffer[(187 * SCREEN_W) + 55];
for (uint32_t i = 0; i < AMIGA_VOICES; i++)
{
for (uint32_t y = 0; y < 48; y++)
{
for (uint32_t x = 0; x < 10; x++)
dstPtr[x] = srcPtr[x];
srcPtr += 10;
dstPtr -= SCREEN_W;
}
dstPtr += (SCREEN_W * 48) + 72;
}
}
void fillToVuMetersBgBuffer(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
if (editor.ui.samplerScreenShown || editor.isWAVRendering || editor.isSMPRendering)
return;
srcPtr = &pixelBuffer[(187 * SCREEN_W) + 55];
dstPtr = vuMetersBg;
for (uint32_t i = 0; i < AMIGA_VOICES; i++)
{
for (uint32_t y = 0; y < 48; y++)
{
for (uint32_t x = 0; x < 10; x++)
dstPtr[x] = srcPtr[x];
srcPtr -= SCREEN_W;
dstPtr += 10;
}
srcPtr += (SCREEN_W * 48) + 72;
}
}
void renderVuMeters(void)
{
const uint32_t *srcPtr;
uint32_t h, *dstPtr;
if (editor.ui.samplerScreenShown || editor.isWAVRendering || editor.isSMPRendering)
return;
fillToVuMetersBgBuffer();
dstPtr = &pixelBuffer[(187 * SCREEN_W) + 55];
for (uint32_t i = 0; i < AMIGA_VOICES; i++)
{
if (ptConfig.realVuMeters)
h = editor.realVuMeterVolumes[i];
else
h = editor.vuMeterVolumes[i];
if (h > 48)
h = 48;
srcPtr = vuMeterBMP;
for (uint32_t y = 0; y < h; y++)
{
for (uint32_t x = 0; x < 10; x++)
dstPtr[x] = srcPtr[x];
srcPtr += 10;
dstPtr -= SCREEN_W;
}
dstPtr += (SCREEN_W * h) + 72;
}
}
void updateSongInfo1(void) // left side of screen, when Disk Op. is hidden
{
moduleSample_t *currSample;
if (editor.ui.diskOpScreenShown)
return;
currSample = &modEntry->samples[editor.currSample];
if (editor.ui.updateSongPos)
{
editor.ui.updateSongPos = false;
printThreeDecimalsBg(pixelBuffer, 72, 3, *editor.currPosDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateSongPattern)
{
editor.ui.updateSongPattern = false;
printTwoDecimalsBg(pixelBuffer, 80, 14, *editor.currPatternDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateSongLength)
{
editor.ui.updateSongLength = false;
if (!editor.isWAVRendering)
printThreeDecimalsBg(pixelBuffer, 72, 25, *editor.currLengthDisp,palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateCurrSampleFineTune)
{
editor.ui.updateCurrSampleFineTune = false;
if (!editor.isWAVRendering)
{
if (currSample->fineTune >= 8)
{
charOutBg(pixelBuffer, 80, 36, '-', palette[PAL_GENTXT], palette[PAL_GENBKG]);
charOutBg(pixelBuffer, 88, 36, '0' + (0x10 - (currSample->fineTune & 0xF)), palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
else if (currSample->fineTune > 0)
{
charOutBg(pixelBuffer, 80, 36, '+', palette[PAL_GENTXT], palette[PAL_GENBKG]);
charOutBg(pixelBuffer, 88, 36, '0' + (currSample->fineTune & 0xF), palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
else
{
charOutBg(pixelBuffer, 80, 36, ' ', palette[PAL_GENBKG], palette[PAL_GENBKG]);
charOutBg(pixelBuffer, 88, 36, '0', palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
}
if (editor.ui.updateCurrSampleNum)
{
editor.ui.updateCurrSampleNum = false;
if (!editor.isWAVRendering)
{
printTwoHexBg(pixelBuffer, 80, 47,
editor.sampleZero ? 0 : ((*editor.currSampleDisp) + 1), palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
if (editor.ui.updateCurrSampleVolume)
{
editor.ui.updateCurrSampleVolume = false;
if (!editor.isWAVRendering)
printTwoHexBg(pixelBuffer, 80, 58, *currSample->volumeDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateCurrSampleLength)
{
editor.ui.updateCurrSampleLength = false;
if (!editor.isWAVRendering)
printFourHexBg(pixelBuffer, 64, 69, *currSample->lengthDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateCurrSampleRepeat)
{
editor.ui.updateCurrSampleRepeat = false;
printFourHexBg(pixelBuffer, 64, 80, *currSample->loopStartDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateCurrSampleReplen)
{
editor.ui.updateCurrSampleReplen = false;
printFourHexBg(pixelBuffer, 64, 91, *currSample->loopLengthDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
void updateSongInfo2(void) // two middle rows of screen, always present
{
char tempChar;
int32_t secs, MI_TimeM, MI_TimeS, x, i;
moduleSample_t *currSample;
if (editor.ui.updateStatusText)
{
editor.ui.updateStatusText = false;
// clear background
textOutBg(pixelBuffer, 88, 127, " ", palette[PAL_GENBKG], palette[PAL_GENBKG]);
// render status text
if (!editor.errorMsgActive && editor.blockMarkFlag && !editor.ui.askScreenShown
&& !editor.ui.clearScreenShown && !editor.swapChannelFlag)
{
textOut(pixelBuffer, 88, 127, "MARK BLOCK", palette[PAL_GENTXT]);
charOut(pixelBuffer, 192, 127, '-', palette[PAL_GENTXT]);
editor.blockToPos = modEntry->currRow;
if (editor.blockFromPos >= editor.blockToPos)
{
printTwoDecimals(pixelBuffer, 176, 127, editor.blockToPos, palette[PAL_GENTXT]);
printTwoDecimals(pixelBuffer, 200, 127, editor.blockFromPos, palette[PAL_GENTXT]);
}
else
{
printTwoDecimals(pixelBuffer, 176, 127, editor.blockFromPos, palette[PAL_GENTXT]);
printTwoDecimals(pixelBuffer, 200, 127, editor.blockToPos, palette[PAL_GENTXT]);
}
}
else
{
textOut(pixelBuffer, 88, 127, editor.ui.statusMessage, palette[PAL_GENTXT]);
}
}
if (editor.ui.updateSongBPM)
{
editor.ui.updateSongBPM = false;
if (!editor.ui.samplerScreenShown)
printThreeDecimalsBg(pixelBuffer, 32, 123, modEntry->currBPM, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateCurrPattText)
{
editor.ui.updateCurrPattText = false;
if (!editor.ui.samplerScreenShown)
printTwoDecimalsBg(pixelBuffer, 8, 127, *editor.currEditPatternDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateTrackerFlags)
{
editor.ui.updateTrackerFlags = false;
charOutBg(pixelBuffer, 1, 113, ' ', palette[PAL_GENTXT], palette[PAL_GENBKG]);
charOutBg(pixelBuffer, 8, 113, ' ', palette[PAL_GENTXT], palette[PAL_GENBKG]);
if (editor.autoInsFlag)
{
charOut(pixelBuffer, 0, 113, 'I', palette[PAL_GENTXT]);
// in Amiga PT, "auto insert" 9 means 0
if (editor.autoInsSlot == 9)
charOut(pixelBuffer, 8, 113, '0', palette[PAL_GENTXT]);
else
charOut(pixelBuffer, 8, 113, '1' + editor.autoInsSlot, palette[PAL_GENTXT]);
}
charOutBg(pixelBuffer, 1, 102, ' ', palette[PAL_GENTXT], palette[PAL_GENBKG]);
if (editor.metroFlag)
charOut(pixelBuffer, 0, 102, 'M', palette[PAL_GENTXT]);
charOutBg(pixelBuffer, 16, 102, ' ', palette[PAL_GENTXT], palette[PAL_GENBKG]);
if (editor.multiFlag)
charOut(pixelBuffer, 16, 102, 'M', palette[PAL_GENTXT]);
charOutBg(pixelBuffer, 24, 102, '0' + editor.editMoveAdd,palette[PAL_GENTXT], palette[PAL_GENBKG]);
charOutBg(pixelBuffer, 311, 128, ' ', palette[PAL_GENBKG], palette[PAL_GENBKG]);
if (editor.pNoteFlag == 1)
{
pixelBuffer[(129 * SCREEN_W) + 314] = palette[PAL_GENTXT];
pixelBuffer[(129 * SCREEN_W) + 315] = palette[PAL_GENTXT];
}
else if (editor.pNoteFlag == 2)
{
pixelBuffer[(128 * SCREEN_W) + 314] = palette[PAL_GENTXT];
pixelBuffer[(128 * SCREEN_W) + 315] = palette[PAL_GENTXT];
pixelBuffer[(130 * SCREEN_W) + 314] = palette[PAL_GENTXT];
pixelBuffer[(130 * SCREEN_W) + 315] = palette[PAL_GENTXT];
}
}
// playback timer
secs = ((editor.musicTime / 256) * 5) / 512;
secs -= ((secs / 3600) * 3600);
if (secs <= 5999) // below 99 minutes 59 seconds
{
MI_TimeM = secs / 60;
MI_TimeS = secs - (MI_TimeM * 60);
// xx:xx
printTwoDecimalsBg(pixelBuffer, 272, 102, MI_TimeM, palette[PAL_GENTXT], palette[PAL_GENBKG]);
printTwoDecimalsBg(pixelBuffer, 296, 102, MI_TimeS, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
else
{
// 99:59
printTwoDecimalsBg(pixelBuffer, 272, 102, 99, palette[PAL_GENTXT], palette[PAL_GENBKG]);
printTwoDecimalsBg(pixelBuffer, 296, 102, 59, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateSongName)
{
editor.ui.updateSongName = false;
for (x = 0; x < 20; x++)
{
tempChar = modEntry->head.moduleTitle[x];
if (tempChar == '\0')
tempChar = '_';
charOutBg(pixelBuffer, 104 + (x * FONT_CHAR_W), 102, tempChar, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
if (editor.ui.updateCurrSampleName)
{
editor.ui.updateCurrSampleName = false;
currSample = &modEntry->samples[editor.currSample];
for (x = 0; x < 22; x++)
{
tempChar = currSample->text[x];
if (tempChar == '\0')
tempChar = '_';
charOutBg(pixelBuffer, 104 + (x * FONT_CHAR_W), 113, tempChar, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
if (editor.ui.updateSongSize)
{
editor.ui.updateSongSize = false;
// clear background
textOutBg(pixelBuffer, 264, 123, " ", palette[PAL_GENBKG], palette[PAL_GENBKG]);
// calculate module length
uint32_t totalSampleDataSize = 0;
for (i = 0; i < MOD_SAMPLES; i++)
totalSampleDataSize += modEntry->samples[i].length;
uint32_t totalPatterns = 0;
for (i = 0; i < MOD_ORDERS; i++)
{
if (modEntry->head.order[i] > totalPatterns)
totalPatterns = modEntry->head.order[i];
}
uint32_t moduleSize = 2108 + (totalPatterns * 1024) + totalSampleDataSize;
if (moduleSize > 999999)
{
charOut(pixelBuffer, 304, 123, 'K', palette[PAL_GENTXT]);
printFourDecimals(pixelBuffer, 272, 123, moduleSize / 1000, palette[PAL_GENTXT]);
}
else
{
printSixDecimals(pixelBuffer, 264, 123, moduleSize, palette[PAL_GENTXT]);
}
}
if (editor.ui.updateSongTiming)
{
editor.ui.updateSongTiming = false;
textOutBg(pixelBuffer, 288, 130, (editor.timingMode == TEMPO_MODE_CIA) ? "CIA" : "VBL", palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
void updateCursorPos(void)
{
if (!editor.ui.samplerScreenShown)
setSpritePos(SPRITE_PATTERN_CURSOR, cursorPosTable[editor.cursor.pos], 188);
}
void updateSampler(void)
{
int32_t tmpSampleOffset;
moduleSample_t *s;
if (!editor.ui.samplerScreenShown)
return;
assert(editor.currSample >= 0 && editor.currSample <= 30);
s = &modEntry->samples[editor.currSample];
// update 9xx offset
if (input.mouse.y >= 138 && input.mouse.y <= 201 && input.mouse.x >= 3 && input.mouse.x <= 316)
{
if (!editor.ui.samplerVolBoxShown && !editor.ui.samplerFiltersBoxShown && s->length > 0)
{
tmpSampleOffset = (scr2SmpPos(input.mouse.x-3) + (1 << 7)) >> 8; // rounded
tmpSampleOffset = 0x900 + CLAMP(tmpSampleOffset, 0x00, 0xFF);
if (tmpSampleOffset != editor.ui.lastSampleOffset)
{
editor.ui.lastSampleOffset = tmpSampleOffset;
editor.ui.update9xxPos = true;
}
}
}
// display 9xx offset
if (editor.ui.update9xxPos)
{
editor.ui.update9xxPos = false;
printThreeHexBg(pixelBuffer, 288, 247, editor.ui.lastSampleOffset, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateResampleNote)
{
editor.ui.updateResampleNote = false;
// show resample note
if (editor.ui.changingSmpResample)
{
textOutBg(pixelBuffer, 288, 236, "---", palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
else
{
assert(editor.resampleNote < 36);
textOutBg(pixelBuffer, 288, 236,
ptConfig.accidental ? noteNames2[editor.resampleNote] : noteNames1[editor.resampleNote],
palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
if (editor.ui.samplerVolBoxShown)
{
if (editor.ui.updateVolFromText)
{
editor.ui.updateVolFromText = false;
printThreeDecimalsBg(pixelBuffer, 176, 157, *editor.vol1Disp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateVolToText)
{
editor.ui.updateVolToText = false;
printThreeDecimalsBg(pixelBuffer, 176, 168, *editor.vol2Disp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
else if (editor.ui.samplerFiltersBoxShown)
{
if (editor.ui.updateLPText)
{
editor.ui.updateLPText = false;
printFourDecimalsBg(pixelBuffer, 168, 157, *editor.lpCutOffDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateHPText)
{
editor.ui.updateHPText = false;
printFourDecimalsBg(pixelBuffer, 168, 168, *editor.hpCutOffDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateNormFlag)
{
editor.ui.updateNormFlag = false;
if (editor.normalizeFiltersFlag)
textOutBg(pixelBuffer, 208, 179, "YES", palette[PAL_GENTXT], palette[PAL_GENBKG]);
else
textOutBg(pixelBuffer, 208, 179, "NO ", palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
}
void showVolFromSlider(void)
{
uint32_t *dstPtr, pixel, bgPixel, sliderStart, sliderEnd;
sliderStart = ((editor.vol1 * 3) + 5) / 10;
sliderEnd = sliderStart + 4;
pixel = palette[PAL_QADSCP];
bgPixel = palette[PAL_BACKGRD];
dstPtr = &pixelBuffer[(158 * SCREEN_W) + 105];
for (uint32_t y = 0; y < 3; y++)
{
for (uint32_t x = 0; x < 65; x++)
{
if (x >= sliderStart && x <= sliderEnd)
dstPtr[x] = pixel;
else
dstPtr[x] = bgPixel;
}
dstPtr += SCREEN_W;
}
}
void showVolToSlider(void)
{
uint32_t *dstPtr, pixel, bgPixel, sliderStart, sliderEnd;
sliderStart = ((editor.vol2 * 3) + 5) / 10;
sliderEnd = sliderStart + 4;
pixel = palette[PAL_QADSCP];
bgPixel = palette[PAL_BACKGRD];
dstPtr = &pixelBuffer[(169 * SCREEN_W) + 105];
for (uint32_t y = 0; y < 3; y++)
{
for (uint32_t x = 0; x < 65; x++)
{
if (x >= sliderStart && x <= sliderEnd)
dstPtr[x] = pixel;
else
dstPtr[x] = bgPixel;
}
dstPtr += SCREEN_W;
}
}
void renderSamplerVolBox(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
srcPtr = samplerVolumeBMP;
dstPtr = &pixelBuffer[(154 * SCREEN_W) + 72];
for (uint32_t y = 0; y < 33; y++)
{
memcpy(dstPtr, srcPtr, 136 * sizeof (int32_t));
srcPtr += 136;
dstPtr += SCREEN_W;
}
editor.ui.updateVolFromText = true;
editor.ui.updateVolToText = true;
showVolFromSlider();
showVolToSlider();
// hide loop sprites
hideSprite(SPRITE_LOOP_PIN_LEFT);
hideSprite(SPRITE_LOOP_PIN_RIGHT);
}
void removeSamplerVolBox(void)
{
displaySample();
}
void renderSamplerFiltersBox(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
srcPtr = samplerFiltersBMP;
dstPtr = &pixelBuffer[(154 * SCREEN_W) + 65];
for (uint32_t y = 0; y < 33; y++)
{
memcpy(dstPtr, srcPtr, 186 * sizeof (int32_t));
srcPtr += 186;
dstPtr += SCREEN_W;
}
textOut(pixelBuffer, 200, 157, "HZ", palette[PAL_GENTXT]);
textOut(pixelBuffer, 200, 168, "HZ", palette[PAL_GENTXT]);
editor.ui.updateLPText = true;
editor.ui.updateHPText = true;
editor.ui.updateNormFlag = true;
// hide loop sprites
hideSprite(SPRITE_LOOP_PIN_LEFT);
hideSprite(SPRITE_LOOP_PIN_RIGHT);
}
void removeSamplerFiltersBox(void)
{
displaySample();
}
void renderDiskOpScreen(void)
{
memcpy(pixelBuffer, diskOpScreenBMP, (99 * 320) * sizeof (int32_t));
editor.ui.updateDiskOpPathText = true;
editor.ui.updatePackText = true;
editor.ui.updateSaveFormatText = true;
editor.ui.updateLoadMode = true;
editor.ui.updateDiskOpFileList = true;
}
void updateDiskOp(void)
{
char tmpChar;
const uint32_t *srcPtr;
uint32_t *dstPtr;
if (!editor.ui.diskOpScreenShown || editor.ui.posEdScreenShown)
return;
if (editor.ui.updateDiskOpFileList)
{
editor.ui.updateDiskOpFileList = false;
diskOpRenderFileList(pixelBuffer);
}
if (editor.ui.updateLoadMode)
{
editor.ui.updateLoadMode = false;
// clear backgrounds
charOutBg(pixelBuffer, 147, 3, ' ', palette[PAL_GENBKG], palette[PAL_GENBKG]);
charOutBg(pixelBuffer, 147, 14, ' ', palette[PAL_GENBKG], palette[PAL_GENBKG]);
// draw load mode arrow
srcPtr = arrowBMP;
dstPtr = &pixelBuffer[(((11 * editor.diskop.mode) + 3) * SCREEN_W) + 148];
for (uint32_t y = 0; y < 5; y++)
{
for (uint32_t x = 0; x < 6; x++)
dstPtr[x] = srcPtr[x];
srcPtr += 6;
dstPtr += SCREEN_W;
}
}
if (editor.ui.updatePackText)
{
editor.ui.updatePackText = false;
textOutBg(pixelBuffer, 120, 3, editor.diskop.modPackFlg ? "ON " : "OFF", palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateSaveFormatText)
{
editor.ui.updateSaveFormatText = false;
if (editor.diskop.smpSaveType == DISKOP_SMP_WAV) textOutBg(pixelBuffer, 120, 14, "WAV", palette[PAL_GENTXT], palette[PAL_GENBKG]);
else if (editor.diskop.smpSaveType == DISKOP_SMP_IFF) textOutBg(pixelBuffer, 120, 14, "IFF", palette[PAL_GENTXT], palette[PAL_GENBKG]);
else if (editor.diskop.smpSaveType == DISKOP_SMP_RAW) textOutBg(pixelBuffer, 120, 14, "RAW", palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateDiskOpPathText)
{
editor.ui.updateDiskOpPathText = false;
// print disk op. path
for (uint32_t i = 0; i < 26; i++)
{
tmpChar = editor.currPath[editor.textofs.diskOpPath+i];
if (tmpChar == '\0')
tmpChar = '_';
charOutBg(pixelBuffer, 24 + (i * FONT_CHAR_W), 25, tmpChar, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
}
void updatePosEd(void)
{
int16_t posEdPosition;
int32_t x, y, y2;
uint32_t *dstPtr, bgPixel;
if (!editor.ui.posEdScreenShown || !editor.ui.updatePosEd)
return;
editor.ui.updatePosEd = false;
if (!editor.ui.disablePosEd)
{
bgPixel = palette[PAL_BACKGRD];
posEdPosition = modEntry->currOrder;
if (posEdPosition > modEntry->head.orderCount-1)
posEdPosition = modEntry->head.orderCount-1;
// top five
for (y = 0; y < 5; y++)
{
if (posEdPosition-(5-y) >= 0)
{
printThreeDecimalsBg(pixelBuffer, 128, 23+(y*6),
posEdPosition-(5-y), palette[PAL_QADSCP], palette[PAL_BACKGRD]);
printTwoDecimalsBg(pixelBuffer, 160, 23+(y*6), modEntry->head.order[posEdPosition-(5-y)],
palette[PAL_QADSCP], palette[PAL_BACKGRD]);
}
else
{
dstPtr = &pixelBuffer[((23+(y*6)) * SCREEN_W) + 128];
for (y2 = 0; y2 < 5; y2++)
{
for (x = 0; x < FONT_CHAR_W*22; x++)
dstPtr[x] = bgPixel;
dstPtr += SCREEN_W;
}
}
}
// middle
printThreeDecimalsBg(pixelBuffer, 128, 53, posEdPosition, palette[PAL_GENTXT], palette[PAL_GENBKG]);
printTwoDecimalsBg(pixelBuffer, 160, 53, *editor.currPosEdPattDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
// bottom six
for (y = 0; y < 6; y++)
{
if (posEdPosition+y < modEntry->head.orderCount-1)
{
printThreeDecimalsBg(pixelBuffer, 128, 59+(y*6), posEdPosition+(y+1),
palette[PAL_QADSCP], palette[PAL_BACKGRD]);
printTwoDecimalsBg(pixelBuffer, 160, 59+(y*6), modEntry->head.order[posEdPosition+(y+1)],
palette[PAL_QADSCP], palette[PAL_BACKGRD]);
}
else
{
dstPtr = &pixelBuffer[((59+(y*6)) * SCREEN_W) + 128];
for (y2 = 0; y2 < 5; y2++)
{
for (x = 0; x < FONT_CHAR_W*22; x++)
dstPtr[x] = bgPixel;
dstPtr += SCREEN_W;
}
}
}
// kludge to fix bottom part of text edit marker in pos ed
if (editor.ui.editTextFlag && editor.ui.editObject == PTB_PE_PATT)
renderTextEditMarker();
}
}
void renderPosEdScreen(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
srcPtr = posEdBMP;
dstPtr = &pixelBuffer[120];
for (uint32_t y = 0; y < 99; y++)
{
memcpy(dstPtr, srcPtr, 200 * sizeof (int32_t));
srcPtr += 200;
dstPtr += SCREEN_W;
}
}
void renderMuteButtons(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr, srcPitch;
if (editor.ui.diskOpScreenShown || editor.ui.posEdScreenShown)
return;
dstPtr = &pixelBuffer[(3 * SCREEN_W) + 310];
for (uint32_t i = 0; i < AMIGA_VOICES; i++)
{
if (editor.muted[i])
{
srcPtr = &muteButtonsBMP[i * (6 * 7)];
srcPitch = 7;
}
else
{
srcPtr = &trackerFrameBMP[((3 + (i * 11)) * SCREEN_W) + 310];
srcPitch = SCREEN_W;
}
for (uint32_t y = 0; y < 6; y++)
{
for (uint32_t x = 0; x < 7; x++)
dstPtr[x] = srcPtr[x];
srcPtr += srcPitch;
dstPtr += SCREEN_W;
}
dstPtr += SCREEN_W * 5;
}
}
void renderClearScreen(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
editor.ui.disablePosEd = true;
editor.ui.disableVisualizer = true;
srcPtr = clearDialogBMP;
dstPtr = &pixelBuffer[(51 * SCREEN_W) + 160];
for (uint32_t y = 0; y < 39; y++)
{
memcpy(dstPtr, srcPtr, 104 * sizeof (int32_t));
srcPtr += 104;
dstPtr += SCREEN_W;
}
}
void removeClearScreen(void)
{
displayMainScreen();
editor.ui.disablePosEd = false;
editor.ui.disableVisualizer = false;
}
void updateCurrSample(void)
{
editor.ui.updateCurrSampleName = true;
editor.ui.updateSongSize = true;
if (!editor.ui.diskOpScreenShown)
{
editor.ui.updateCurrSampleFineTune = true;
editor.ui.updateCurrSampleNum = true;
editor.ui.updateCurrSampleVolume = true;
editor.ui.updateCurrSampleLength = true;
editor.ui.updateCurrSampleRepeat = true;
editor.ui.updateCurrSampleReplen = true;
}
if (editor.ui.samplerScreenShown)
redrawSample();
updateSamplePos();
recalcChordLength();
editor.sampler.tmpLoopStart = 0;
editor.sampler.tmpLoopLength = 0;
}
void updatePatternData(void)
{
if (editor.ui.updatePatternData)
{
editor.ui.updatePatternData = false;
if (!editor.ui.samplerScreenShown)
redrawPattern(pixelBuffer);
}
}
void removeTextEditMarker(void)
{
uint32_t *dstPtr, pixel;
if (!editor.ui.editTextFlag)
return;
dstPtr = &pixelBuffer[((editor.ui.lineCurY - 1) * SCREEN_W) + (editor.ui.lineCurX - 4)];
if (editor.ui.editObject == PTB_PE_PATT)
{
// position editor text editing
pixel = palette[PAL_GENBKG2];
for (uint32_t x = 0; x < 7; x++)
dstPtr[x] = pixel;
// no need to clear the second row of pixels
editor.ui.updatePosEd = true;
}
else
{
// all others
pixel = palette[PAL_GENBKG];
for (uint32_t y = 0; y < 2; y++)
{
for (uint32_t x = 0; x < 7; x++)
dstPtr[x] = pixel;
dstPtr += SCREEN_W;
}
}
}
void renderTextEditMarker(void)
{
uint32_t *dstPtr, pixel;
if (!editor.ui.editTextFlag)
return;
dstPtr = &pixelBuffer[((editor.ui.lineCurY - 1) * SCREEN_W) + (editor.ui.lineCurX - 4)];
pixel = palette[PAL_TEXTMARK];
for (uint32_t y = 0; y < 2; y++)
{
for (uint32_t x = 0; x < 7; x++)
dstPtr[x] = pixel;
dstPtr += SCREEN_W;
}
}
void updateDragBars(void)
{
if (editor.ui.sampleMarkingPos >= 0) samplerSamplePressed(MOUSE_BUTTON_HELD);
if (editor.ui.forceSampleDrag) samplerBarPressed(MOUSE_BUTTON_HELD);
if (editor.ui.forceSampleEdit) samplerEditSample(MOUSE_BUTTON_HELD);
if (editor.ui.forceVolDrag) volBoxBarPressed(MOUSE_BUTTON_HELD);
}
void updateVisualizer(void)
{
const uint32_t *srcPtr;
int32_t tmpVol;
uint32_t *dstPtr, pixel;
if (editor.ui.disableVisualizer || editor.ui.diskOpScreenShown ||
editor.ui.posEdScreenShown || editor.ui.editOpScreenShown ||
editor.ui.aboutScreenShown || editor.ui.askScreenShown ||
editor.isWAVRendering)
{
return;
}
if (editor.ui.visualizerMode == VISUAL_SPECTRUM)
{
// spectrum analyzer
dstPtr = &pixelBuffer[(59 * SCREEN_W) + 129];
for (uint32_t i = 0; i < SPECTRUM_BAR_NUM; i++)
{
srcPtr = spectrumAnaBMP;
pixel = palette[PAL_GENBKG];
tmpVol = editor.spectrumVolumes[i];
if (tmpVol > SPECTRUM_BAR_HEIGHT)
tmpVol = SPECTRUM_BAR_HEIGHT;
for (int32_t y = SPECTRUM_BAR_HEIGHT-1; y >= 0; y--)
{
if (y < tmpVol)
pixel = srcPtr[y];
for (uint32_t x = 0; x < SPECTRUM_BAR_WIDTH; x++)
dstPtr[x] = pixel;
dstPtr += SCREEN_W;
}
dstPtr -= (SCREEN_W * SPECTRUM_BAR_HEIGHT) - (SPECTRUM_BAR_WIDTH + 2);
}
}
else
{
drawScopes();
}
}
void renderQuadrascopeBg(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
srcPtr = &trackerFrameBMP[(44 * SCREEN_W) + 120];
dstPtr = &pixelBuffer[(44 * SCREEN_W) + 120];
for (uint32_t y = 0; y < 55; y++)
{
memcpy(dstPtr, srcPtr, 200 * sizeof (int32_t));
srcPtr += SCREEN_W;
dstPtr += SCREEN_W;
}
for (uint32_t i = 0; i < AMIGA_VOICES; i++)
scopeExt[i].emptyScopeDrawn = false;
}
void renderSpectrumAnalyzerBg(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
srcPtr = spectrumVisualsBMP;
dstPtr = &pixelBuffer[(44 * SCREEN_W) + 120];
for (uint32_t y = 0; y < 55; y++)
{
memcpy(dstPtr, srcPtr, 200 * sizeof (int32_t));
srcPtr += 200;
dstPtr += SCREEN_W;
}
}
void renderAboutScreen(void)
{
char verString[16];
const uint32_t *srcPtr;
uint32_t verStringX, *dstPtr;
if (!editor.ui.aboutScreenShown || editor.ui.diskOpScreenShown || editor.ui.posEdScreenShown || editor.ui.editOpScreenShown)
return;
srcPtr = aboutScreenBMP;
dstPtr = &pixelBuffer[(44 * SCREEN_W) + 120];
for (uint32_t y = 0; y < 55; y++)
{
memcpy(dstPtr, srcPtr, 200 * sizeof (int32_t));
srcPtr += 200;
dstPtr += SCREEN_W;
}
// draw version string
sprintf(verString, "v%s", PROG_VER_STR);
verStringX = 260 + (((63 - ((uint32_t)strlen(verString) * (FONT_CHAR_W - 1))) + 1) / 2);
textOutTight(pixelBuffer, verStringX, 67, verString, palette[PAL_GENBKG2]);
}
void renderEditOpMode(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
// select what character box to render
switch (editor.ui.editOpScreen)
{
default:
case 0:
srcPtr = &editOpModeCharsBMP[editor.sampleAllFlag ? EDOP_MODE_BMP_A_OFS : EDOP_MODE_BMP_S_OFS];
break;
case 1:
{
if (editor.trackPattFlag == 0) srcPtr = &editOpModeCharsBMP[EDOP_MODE_BMP_T_OFS];
else if (editor.trackPattFlag == 1) srcPtr = &editOpModeCharsBMP[EDOP_MODE_BMP_P_OFS];
else srcPtr = &editOpModeCharsBMP[EDOP_MODE_BMP_S_OFS];
}
break;
case 2:
srcPtr = &editOpModeCharsBMP[editor.halfClipFlag ? EDOP_MODE_BMP_C_OFS : EDOP_MODE_BMP_H_OFS];
break;
case 3:
srcPtr = (editor.newOldFlag == 0) ? &editOpModeCharsBMP[EDOP_MODE_BMP_N_OFS] : &editOpModeCharsBMP[EDOP_MODE_BMP_O_OFS];
break;
}
// render it...
dstPtr = &pixelBuffer[(47 * SCREEN_W) + 310];
for (uint32_t y = 0; y < 6; y++)
{
for (uint32_t x = 0; x < 7; x++)
dstPtr[x] = srcPtr[x];
srcPtr += 7;
dstPtr += SCREEN_W;
}
}
void renderEditOpScreen(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
// select which background to render
switch (editor.ui.editOpScreen)
{
default:
case 0: srcPtr = editOpScreen1BMP; break;
case 1: srcPtr = editOpScreen2BMP; break;
case 2: srcPtr = editOpScreen3BMP; break;
case 3: srcPtr = editOpScreen4BMP; break;
}
// render background
dstPtr = &pixelBuffer[(44 * SCREEN_W) + 120];
for (uint32_t y = 0; y < 55; y++)
{
memcpy(dstPtr, srcPtr, 200 * sizeof (int32_t));
srcPtr += 200;
dstPtr += SCREEN_W;
}
renderEditOpMode();
// render text and content
if (editor.ui.editOpScreen == 0)
{
textOut(pixelBuffer, 128, 47, " TRACK PATTERN ", palette[PAL_GENTXT]);
}
else if (editor.ui.editOpScreen == 1)
{
textOut(pixelBuffer, 128, 47, " RECORD SAMPLES ", palette[PAL_GENTXT]);
editor.ui.updateRecordText = true;
editor.ui.updateQuantizeText = true;
editor.ui.updateMetro1Text = true;
editor.ui.updateMetro2Text = true;
editor.ui.updateFromText = true;
editor.ui.updateKeysText = true;
editor.ui.updateToText = true;
}
else if (editor.ui.editOpScreen == 2)
{
textOut(pixelBuffer, 128, 47, " SAMPLE EDITOR ", palette[PAL_GENTXT]);
charOut(pixelBuffer, 272, 91, '%', palette[PAL_GENTXT]); // for Volume text
editor.ui.updatePosText = true;
editor.ui.updateModText = true;
editor.ui.updateVolText = true;
}
else if (editor.ui.editOpScreen == 3)
{
textOut(pixelBuffer, 128, 47, " SAMPLE CHORD EDITOR ", palette[PAL_GENTXT]);
editor.ui.updateLengthText = true;
editor.ui.updateNote1Text = true;
editor.ui.updateNote2Text = true;
editor.ui.updateNote3Text = true;
editor.ui.updateNote4Text = true;
}
}
void renderMOD2WAVDialog(void)
{
const uint32_t *srcPtr;
uint32_t *dstPtr;
srcPtr = mod2wavBMP;
dstPtr = &pixelBuffer[(27 * SCREEN_W) + 64];
for (uint32_t y = 0; y < 48; y++)
{
memcpy(dstPtr, srcPtr, 192 * sizeof (int32_t));
srcPtr += 192;
dstPtr += SCREEN_W;
}
}
void updateMOD2WAVDialog(void)
{
int32_t barLength, percent;
uint32_t *dstPtr, bgPixel, pixel;
if (!editor.ui.updateMod2WavDialog)
return;
editor.ui.updateMod2WavDialog = false;
if (editor.isWAVRendering)
{
if (editor.ui.mod2WavFinished)
{
editor.ui.mod2WavFinished = false;
resetSong();
pointerSetMode(POINTER_MODE_IDLE, DO_CARRY);
if (editor.abortMod2Wav)
{
displayErrorMsg("MOD2WAV ABORTED !");
}
else
{
displayMsg("MOD RENDERED !");
setMsgPointer();
}
editor.isWAVRendering = false;
displayMainScreen();
}
else
{
// render progress bar
percent = (uint8_t)((modEntry->rowsCounter * 100) / modEntry->rowsInTotal);
if (percent > 100)
percent = 100;
barLength = ((percent * 180) + 50) / 100;
dstPtr = &pixelBuffer[(42 * SCREEN_W) + 70];
pixel = palette[PAL_GENBKG2];
bgPixel = palette[PAL_BORDER];
for (int32_t y = 0; y < 11; y++)
{
for (int32_t x = 0; x < 180; x++)
{
uint32_t color = bgPixel;
if (x < barLength)
color = pixel;
dstPtr[x] = color;
}
dstPtr += SCREEN_W;
}
// render percentage
pixel = palette[PAL_GENTXT];
if (percent > 99)
printThreeDecimals(pixelBuffer, 144, 45, percent, pixel);
else
printTwoDecimals(pixelBuffer, 152, 45, percent, pixel);
charOut(pixelBuffer, 168, 45, '%', pixel);
}
}
}
void updateEditOp(void)
{
if (!editor.ui.editOpScreenShown || editor.ui.posEdScreenShown || editor.ui.diskOpScreenShown)
return;
if (editor.ui.editOpScreen == 1)
{
if (editor.ui.updateRecordText)
{
editor.ui.updateRecordText = false;
textOutBg(pixelBuffer, 176, 58, (editor.recordMode == RECORD_PATT) ? "PATT" : "SONG",
palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateQuantizeText)
{
editor.ui.updateQuantizeText = false;
printTwoDecimalsBg(pixelBuffer, 192, 69, *editor.quantizeValueDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateMetro1Text)
{
editor.ui.updateMetro1Text = false;
printTwoDecimalsBg(pixelBuffer, 168, 80, *editor.metroSpeedDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateMetro2Text)
{
editor.ui.updateMetro2Text = false;
printTwoDecimalsBg(pixelBuffer, 192, 80, *editor.metroChannelDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateFromText)
{
editor.ui.updateFromText = false;
printTwoHexBg(pixelBuffer, 264, 80, *editor.sampleFromDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateKeysText)
{
editor.ui.updateKeysText = false;
textOutBg(pixelBuffer, 160, 91, editor.multiFlag ? "MULTI " : "SINGLE", palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateToText)
{
editor.ui.updateToText = false;
printTwoHexBg(pixelBuffer, 264, 91, *editor.sampleToDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
else if (editor.ui.editOpScreen == 2)
{
if (editor.ui.updateMixText)
{
editor.ui.updateMixText = false;
if (editor.mixFlag)
{
textOutBg(pixelBuffer, 128, 47, editor.mixText, palette[PAL_GENTXT], palette[PAL_GENBKG]);
textOutBg(pixelBuffer, 248, 47, " ", palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
else
{
textOutBg(pixelBuffer, 128, 47, " SAMPLE EDITOR ", palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
if (editor.ui.updatePosText)
{
editor.ui.updatePosText = false;
printFourHexBg(pixelBuffer, 248, 58, *editor.samplePosDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateModText)
{
editor.ui.updateModText = false;
printThreeDecimalsBg(pixelBuffer, 256, 69,
(editor.modulateSpeed < 0) ? (0 - editor.modulateSpeed) : editor.modulateSpeed,
palette[PAL_GENTXT], palette[PAL_GENBKG]);
if (editor.modulateSpeed < 0)
charOutBg(pixelBuffer, 248, 69, '-', palette[PAL_GENTXT], palette[PAL_GENBKG]);
else
charOutBg(pixelBuffer, 248, 69, ' ', palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateVolText)
{
editor.ui.updateVolText = false;
printThreeDecimalsBg(pixelBuffer, 248, 91, *editor.sampleVolDisp, palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
else if (editor.ui.editOpScreen == 3)
{
if (editor.ui.updateLengthText)
{
editor.ui.updateLengthText = false;
// clear background
textOutBg(pixelBuffer, 168, 91, " ", palette[PAL_GENTXT], palette[PAL_GENBKG]);
charOut(pixelBuffer, 198, 91, ':', palette[PAL_GENBKG]);
if (modEntry->samples[editor.currSample].loopLength > 2 || modEntry->samples[editor.currSample].loopStart >= 2)
{
textOut(pixelBuffer, 168, 91, "LOOP", palette[PAL_GENTXT]);
}
else
{
printFourHex(pixelBuffer, 168, 91, *editor.chordLengthDisp, palette[PAL_GENTXT]); // CHORD MAX LENGTH
charOut(pixelBuffer, 198, 91, (editor.chordLengthMin) ? '.' : ':', palette[PAL_GENTXT]); // MIN/MAX FLAG
}
}
if (editor.ui.updateNote1Text)
{
editor.ui.updateNote1Text = false;
if (editor.note1 > 35)
textOutBg(pixelBuffer, 256, 58, "---", palette[PAL_GENTXT], palette[PAL_GENBKG]);
else
textOutBg(pixelBuffer, 256, 58, ptConfig.accidental ? noteNames2[editor.note1] : noteNames1[editor.note1],
palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateNote2Text)
{
editor.ui.updateNote2Text = false;
if (editor.note2 > 35)
textOutBg(pixelBuffer, 256, 69, "---", palette[PAL_GENTXT], palette[PAL_GENBKG]);
else
textOutBg(pixelBuffer, 256, 69, ptConfig.accidental ? noteNames2[editor.note2] : noteNames1[editor.note2],
palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateNote3Text)
{
editor.ui.updateNote3Text = false;
if (editor.note3 > 35)
textOutBg(pixelBuffer, 256, 80, "---", palette[PAL_GENTXT], palette[PAL_GENBKG]);
else
textOutBg(pixelBuffer, 256, 80, ptConfig.accidental ? noteNames2[editor.note3] : noteNames1[editor.note3],
palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
if (editor.ui.updateNote4Text)
{
editor.ui.updateNote4Text = false;
if (editor.note4 > 35)
textOutBg(pixelBuffer, 256, 91, "---", palette[PAL_GENTXT], palette[PAL_GENBKG]);
else
textOutBg(pixelBuffer, 256, 91, ptConfig.accidental ? noteNames2[editor.note4] : noteNames1[editor.note4],
palette[PAL_GENTXT], palette[PAL_GENBKG]);
}
}
}
void displayMainScreen(void)
{
editor.blockMarkFlag = false;
editor.ui.updateSongName = true;
editor.ui.updateSongSize = true;
editor.ui.updateSongTiming = true;
editor.ui.updateTrackerFlags = true;
editor.ui.updateStatusText = true;
editor.ui.updateCurrSampleName = true;
if (!editor.ui.diskOpScreenShown)
{
editor.ui.updateCurrSampleFineTune = true;
editor.ui.updateCurrSampleNum = true;
editor.ui.updateCurrSampleVolume = true;
editor.ui.updateCurrSampleLength = true;
editor.ui.updateCurrSampleRepeat = true;
editor.ui.updateCurrSampleReplen = true;
}
if (editor.ui.samplerScreenShown)
{
if (!editor.ui.diskOpScreenShown)
memcpy(pixelBuffer, trackerFrameBMP, 320 * 121 * sizeof (int32_t));
}
else
{
if (!editor.ui.diskOpScreenShown)
memcpy(pixelBuffer, trackerFrameBMP, 320 * 255 * sizeof (int32_t));
else
memcpy(&pixelBuffer[121 * SCREEN_W], &trackerFrameBMP[121 * SCREEN_W], 320 * 134 * sizeof (int32_t));
editor.ui.updateSongBPM = true;
editor.ui.updateCurrPattText = true;
editor.ui.updatePatternData = true;
}
if (editor.ui.diskOpScreenShown)
{
renderDiskOpScreen();
}
else
{
editor.ui.updateSongPos = true;
editor.ui.updateSongPattern = true;
editor.ui.updateSongLength = true;
// zeroes (can't integrate zeroes in the graphics, the palette entry is above the 2-bit range)
charOut(pixelBuffer, 64, 3, '0', palette[PAL_GENTXT]);
textOut(pixelBuffer, 64, 14, "00", palette[PAL_GENTXT]);
if (!editor.isWAVRendering)
{
charOut(pixelBuffer, 64, 25, '0', palette[PAL_GENTXT]);
textOut(pixelBuffer, 64, 47, "00", palette[PAL_GENTXT]);
textOut(pixelBuffer, 64, 58, "00", palette[PAL_GENTXT]);
}
if (editor.ui.posEdScreenShown)
{
renderPosEdScreen();
editor.ui.updatePosEd = true;
}
else
{
if (editor.ui.editOpScreenShown)
{
renderEditOpScreen();
}
else
{
if (editor.ui.aboutScreenShown)
{
renderAboutScreen();
}
else
{
if (editor.ui.visualizerMode == VISUAL_QUADRASCOPE) renderQuadrascopeBg();
else if (editor.ui.visualizerMode == VISUAL_SPECTRUM) renderSpectrumAnalyzerBg();
}
}
renderMuteButtons();
}
}
}
static void restoreStatusAndMousePointer(void)
{
editor.errorMsgActive = false;
editor.errorMsgBlock = false;
editor.errorMsgCounter = 0;
pointerSetPreviousMode();
setPrevStatusMessage();
}
void handleAskNo(void)
{
editor.ui.pat2SmpDialogShown = false;
switch (editor.ui.askScreenType)
{
case ASK_SAVEMOD_OVERWRITE:
{
restoreStatusAndMousePointer();
saveModule(DONT_CHECK_IF_FILE_EXIST, GIVE_NEW_FILENAME);
}
break;
case ASK_SAVESMP_OVERWRITE:
{
restoreStatusAndMousePointer();
saveSample(DONT_CHECK_IF_FILE_EXIST, GIVE_NEW_FILENAME);
}
break;
case ASK_LOAD_DOWNSAMPLE:
{
restoreStatusAndMousePointer();
extLoadWAVOrAIFFSampleCallback(DONT_DOWNSAMPLE);
}
break;
default:
{
restoreStatusAndMousePointer();
editor.errorMsgActive = true;
editor.errorMsgBlock = true;
editor.errorMsgCounter = 0;
setErrPointer();
}
break;
}
removeAskDialog();
}
void handleAskYes(void)
{
char fileName[20 + 4 + 1];
int8_t *tmpSmpBuffer, oldSample, oldRow;
int32_t j, newLength, oldSamplesPerTick, loopStart, loopLength;
uint32_t i;
moduleSample_t *s;
switch (editor.ui.askScreenType)
{
case ASK_DISCARD_SONG:
{
restoreStatusAndMousePointer();
diskOpLoadFile2();
}
break;
case ASK_DISCARD_SONG_DRAGNDROP:
{
restoreStatusAndMousePointer();
loadDroppedFile2();
}
break;
case ASK_RESTORE_SAMPLE:
{
restoreStatusAndMousePointer();
redoSampleData(editor.currSample);
}
break;
case ASK_PAT2SMP:
{
restoreStatusAndMousePointer();
editor.ui.pat2SmpDialogShown = false;
editor.pat2SmpBuf = (int16_t *)malloc(MAX_SAMPLE_LEN * sizeof (int16_t));
if (editor.pat2SmpBuf == NULL)
{
statusOutOfMemory();
return;
}
oldRow = editor.songPlaying ? 0 : modEntry->currRow;
oldSamplesPerTick = samplesPerTick;
editor.isSMPRendering = true; // this must be set before restartSong()
storeTempVariables();
restartSong();
modEntry->row = oldRow;
modEntry->currRow = modEntry->row;
editor.blockMarkFlag = false;
pointerSetMode(POINTER_MODE_MSG2, NO_CARRY);
setStatusMessage("RENDERING...", NO_CARRY);
modSetTempo(modEntry->currBPM);
editor.pat2SmpPos = 0;
editor.smpRenderingDone = false;
while (!editor.smpRenderingDone)
{
if (!intMusic())
editor.smpRenderingDone = true;
outputAudio(NULL, samplesPerTick);
}
editor.isSMPRendering = false;
resetSong();
// set back old row and samplesPerTick
modEntry->row = oldRow;
modEntry->currRow = modEntry->row;
mixerSetSamplesPerTick(oldSamplesPerTick);
// normalize 16-bit samples
normalize16bitSigned(editor.pat2SmpBuf, MIN(editor.pat2SmpPos, MAX_SAMPLE_LEN));
s = &modEntry->samples[editor.currSample];
// quantize to 8-bit
for (i = 0; i < editor.pat2SmpPos; i++)
modEntry->sampleData[s->offset+i] = editor.pat2SmpBuf[i] >> 8;
// clear the rest of the sample
if (editor.pat2SmpPos < MAX_SAMPLE_LEN)
memset(&modEntry->sampleData[s->offset+editor.pat2SmpPos], 0, MAX_SAMPLE_LEN - editor.pat2SmpPos);
// free temp mixing buffer
free(editor.pat2SmpBuf);
// zero out sample text
memset(s->text, 0, sizeof (s->text));
// set new sample text
if (editor.pat2SmpHQ)
{
strcpy(s->text, "pat2smp (a-3 tune:+5)");
s->fineTune = 5;
}
else
{
strcpy(s->text, "pat2smp (f-3 tune:+1)");
s->fineTune = 1;
}
// new sample attributes
s->length = editor.pat2SmpPos;
s->volume = 64;
s->loopStart = 0;
s->loopLength = 2;
pointerSetMode(POINTER_MODE_IDLE, DO_CARRY);
displayMsg("ROWS RENDERED!");
setMsgPointer();
editor.samplePos = 0;
fixSampleBeep(s);
updateCurrSample();
}
break;
case ASK_SAVE_ALL_SAMPLES:
{
editor.errorMsgActive = false;
editor.errorMsgBlock = false;
editor.errorMsgCounter = 0;
oldSample = editor.currSample;
for (i = 0; i < MOD_SAMPLES; i++)
{
editor.currSample = (int8_t)i;
if (modEntry->samples[i].length > 2)
saveSample(DONT_CHECK_IF_FILE_EXIST, GIVE_NEW_FILENAME);
}
editor.currSample = oldSample;
displayMsg("SAMPLES SAVED !");
setMsgPointer();
}
break;
case ASK_MAKE_CHORD:
{
restoreStatusAndMousePointer();
mixChordSample();
}
break;
case ASK_BOOST_ALL_SAMPLES:
{
restoreStatusAndMousePointer();
for (i = 0; i < MOD_SAMPLES; i++)
boostSample(i, true);
if (editor.ui.samplerScreenShown)
redrawSample();
updateWindowTitle(MOD_IS_MODIFIED);
}
break;
case ASK_FILTER_ALL_SAMPLES:
{
restoreStatusAndMousePointer();
for (i = 0; i < MOD_SAMPLES; i++)
filterSample(i, true);
if (editor.ui.samplerScreenShown)
redrawSample();
updateWindowTitle(MOD_IS_MODIFIED);
}
break;
case ASK_UPSAMPLE:
{
restoreStatusAndMousePointer();
s = &modEntry->samples[editor.currSample];
tmpSmpBuffer = (int8_t *)malloc(s->length);
if (tmpSmpBuffer == NULL)
{
statusOutOfMemory();
return;
}
newLength = (s->length / 2) & 0xFFFE;
if (newLength < 2)
return;
turnOffVoices();
memcpy(tmpSmpBuffer, &modEntry->sampleData[s->offset], s->length);
// upsample
for (j = 0; j < newLength; j++)
modEntry->sampleData[s->offset + j] = tmpSmpBuffer[j * 2];
if (newLength < MAX_SAMPLE_LEN)
memset(&modEntry->sampleData[s->offset + newLength], 0, MAX_SAMPLE_LEN - newLength);
free(tmpSmpBuffer);
s->length = newLength;
s->loopStart = (s->loopStart / 2) & 0xFFFE;
s->loopLength = (s->loopLength / 2) & 0xFFFE;
if (s->loopLength < 2)
{
s->loopStart = 0;
s->loopLength = 2;
}
fixSampleBeep(s);
updateCurrSample();
editor.ui.updateSongSize = true;
updateWindowTitle(MOD_IS_MODIFIED);
}
break;
case ASK_DOWNSAMPLE:
{
restoreStatusAndMousePointer();
s = &modEntry->samples[editor.currSample];
tmpSmpBuffer = (int8_t *)malloc(s->length);
if (tmpSmpBuffer == NULL)
{
statusOutOfMemory();
return;
}
newLength = s->length * 2;
if (newLength > MAX_SAMPLE_LEN)
newLength = MAX_SAMPLE_LEN;
turnOffVoices();
memcpy(tmpSmpBuffer, &modEntry->sampleData[s->offset], s->length);
// downsample
for (j = 0; j < newLength; j++)
modEntry->sampleData[s->offset+j] = tmpSmpBuffer[j >> 1];
if (newLength < MAX_SAMPLE_LEN)
memset(&modEntry->sampleData[s->offset+newLength], 0, MAX_SAMPLE_LEN - newLength);
free(tmpSmpBuffer);
s->length = newLength;
if (s->loopLength > 2)
{
loopStart = s->loopStart * 2;
loopLength = s->loopLength * 2;
if (loopStart+loopLength > s->length)
{
loopStart = 0;
loopLength = 2;
}
s->loopStart = (uint16_t)loopStart;
s->loopLength = (uint16_t)loopLength;
}
fixSampleBeep(s);
updateCurrSample();
editor.ui.updateSongSize = true;
updateWindowTitle(MOD_IS_MODIFIED);
}
break;
case ASK_KILL_SAMPLE:
{
restoreStatusAndMousePointer();
turnOffVoices();
s = &modEntry->samples[editor.currSample];
s->fineTune = 0;
s->volume = 0;
s->length = 0;
s->loopStart = 0;
s->loopLength = 2;
memset(s->text, 0, sizeof (s->text));
memset(&modEntry->sampleData[(editor.currSample * MAX_SAMPLE_LEN)], 0, MAX_SAMPLE_LEN);
editor.samplePos = 0;
updateCurrSample();
editor.ui.updateSongSize = true;
updateWindowTitle(MOD_IS_MODIFIED);
}
break;
case ASK_RESAMPLE:
{
restoreStatusAndMousePointer();
samplerResample();
}
break;
case ASK_LOAD_DOWNSAMPLE:
{
// for WAV and AIFF sample loader
restoreStatusAndMousePointer();
extLoadWAVOrAIFFSampleCallback(DO_DOWNSAMPLE);
}
break;
case ASK_MOD2WAV_OVERWRITE:
{
memset(fileName, 0, sizeof (fileName));
if (modEntry->head.moduleTitle[0] != '\0')
{
for (i = 0; i < 20; i++)
{
fileName[i] = (char)tolower(modEntry->head.moduleTitle[i]);
if (fileName[i] == '\0') break;
sanitizeFilenameChar(&fileName[i]);
}
strcat(fileName, ".wav");
}
else
{
strcpy(fileName, "untitled.wav");
}
renderToWav(fileName, DONT_CHECK_IF_FILE_EXIST);
}
break;
case ASK_MOD2WAV:
{
memset(fileName, 0, sizeof (fileName));
if (modEntry->head.moduleTitle[0] != '\0')
{
for (i = 0; i < 20; i++)
{
fileName[i] = (char)(tolower(modEntry->head.moduleTitle[i]));
if (fileName[i] == '\0') break;
sanitizeFilenameChar(&fileName[i]);
}
strcat(fileName, ".wav");
}
else
{
strcpy(fileName, "untitled.wav");
}
renderToWav(fileName, CHECK_IF_FILE_EXIST);
}
break;
case ASK_QUIT:
{
restoreStatusAndMousePointer();
editor.ui.throwExit = true;
}
break;
case ASK_SAVE_SAMPLE:
{
restoreStatusAndMousePointer();
saveSample(CHECK_IF_FILE_EXIST, DONT_GIVE_NEW_FILENAME);
}
break;
case ASK_SAVESMP_OVERWRITE:
{
restoreStatusAndMousePointer();
saveSample(DONT_CHECK_IF_FILE_EXIST, DONT_GIVE_NEW_FILENAME);
}
break;
case ASK_SAVE_MODULE:
{
restoreStatusAndMousePointer();
saveModule(CHECK_IF_FILE_EXIST, DONT_GIVE_NEW_FILENAME);
}
break;
case ASK_SAVEMOD_OVERWRITE:
{
restoreStatusAndMousePointer();
saveModule(DONT_CHECK_IF_FILE_EXIST, DONT_GIVE_NEW_FILENAME);
}
break;
default: break;
}
removeAskDialog();
}
void createBitmaps(void)
{
uint8_t r8, g8, b8, r8_2, g8_2, b8_2;
uint16_t pixel12;
uint32_t i, j, x, y, pixel24;
pixel24 = palette[PAL_PATCURSOR];
for (y = 0; y < 14; y++)
{
// top two rows have a lighter color
if (y < 2)
{
r8 = R24(pixel24);
g8 = G24(pixel24);
b8 = B24(pixel24);
if (r8 <= 0xFF-0x33)
r8 += 0x33;
else
r8 = 0xFF;
if (g8 <= 0xFF-0x33)
g8 += 0x33;
else
g8 = 0xFF;
if (b8 <= 0xFF-0x33)
b8 += 0x33;
else
b8 = 0xFF;
for (x = 0; x < 11; x++)
patternCursorBMP[(y * 11) + x] = RGB24(r8, g8, b8);
}
// sides (same color)
if (y >= 2 && y <= 12)
{
patternCursorBMP[(y * 11) + 0] = pixel24;
for (x = 1; x < 10; x++)
patternCursorBMP[(y * 11) + x] = palette[PAL_COLORKEY];
patternCursorBMP[(y * 11) + 10] = pixel24;
}
// bottom two rows have a darker color
if (y > 11)
{
r8 = R24(pixel24);
g8 = G24(pixel24);
b8 = B24(pixel24);
if (r8 >= 0x33)
r8 -= 0x33;
else
r8 = 0x00;
if (g8 >= 0x33)
g8 -= 0x33;
else
g8 = 0x00;
if (b8 >= 0x33)
b8 -= 0x33;
else
b8 = 0x00;
for (x = 0; x < 11; x++)
patternCursorBMP[(y * 11) + x] = RGB24(r8, g8, b8);
}
}
// create spectrum analyzer bar graphics
for (i = 0; i < 36; i++)
spectrumAnaBMP[i] = RGB12_to_RGB24(analyzerColors[35-i]);
// create VU-Meter bar graphics
for (i = 0; i < 48; i++)
{
pixel12 = vuMeterColors[47-i];
r8_2 = r8 = R12_to_R24(pixel12);
g8_2 = g8 = G12_to_G24(pixel12);
b8_2 = b8 = B12_to_B24(pixel12);
// brighter pixels on the left side
if (r8_2 <= 0xFF-0x33)
r8_2 += 0x33;
else
r8_2 = 0xFF;
if (g8_2 <= 0xFF-0x33)
g8_2 += 0x33;
else
g8_2 = 0xFF;
if (b8_2 <= 0xFF-0x33)
b8_2 += 0x33;
else
b8_2 = 0xFF;
pixel24 = RGB24(r8_2, g8_2, b8_2);
vuMeterBMP[(i * 10) + 0] = pixel24;
vuMeterBMP[(i * 10) + 1] = pixel24;
// main pixels
for (j = 2; j < 8; j++)
vuMeterBMP[(i * 10) + j] = RGB24(r8, g8, b8);
// darker pixels on the right side
r8_2 = r8;
g8_2 = g8;
b8_2 = b8;
if (r8_2 >= 0x33)
r8_2 -= 0x33;
else
r8_2 = 0x00;
if (g8_2 >= 0x33)
g8_2 -= 0x33;
else
g8_2 = 0x00;
if (b8_2 >= 0x33)
b8_2 -= 0x33;
else
b8_2 = 0x00;
pixel24 = RGB24(r8_2, g8_2, b8_2);
vuMeterBMP[(i * 10) + 8] = pixel24;
vuMeterBMP[(i * 10) + 9] = pixel24;
}
for (i = 0; i < 30; i++) arrowBMP[i] = palette[arrowPaletteBMP[i]];
for (i = 0; i < 64; i++) samplingPosBMP[i] = samplingPosBMP[i];
for (i = 0; i < 512; i++) loopPinsBMP[i] = loopPinsBMP[i];
}
void freeBMPs(void)
{
if (trackerFrameBMP != NULL) free(trackerFrameBMP);
if (samplerScreenBMP != NULL) free(samplerScreenBMP);
if (samplerVolumeBMP != NULL) free(samplerVolumeBMP);
if (samplerFiltersBMP != NULL) free(samplerFiltersBMP);
if (clearDialogBMP != NULL) free(clearDialogBMP);
if (diskOpScreenBMP != NULL) free(diskOpScreenBMP);
if (mod2wavBMP != NULL) free(mod2wavBMP);
if (posEdBMP != NULL) free(posEdBMP);
if (spectrumVisualsBMP != NULL) free(spectrumVisualsBMP);
if (yesNoDialogBMP != NULL) free(yesNoDialogBMP);
if (bigYesNoDialogBMP != NULL) free(bigYesNoDialogBMP);
if (pat2SmpDialogBMP != NULL) free(pat2SmpDialogBMP);
if (editOpScreen1BMP != NULL) free(editOpScreen1BMP);
if (editOpScreen2BMP != NULL) free(editOpScreen2BMP);
if (editOpScreen3BMP != NULL) free(editOpScreen3BMP);
if (editOpScreen4BMP != NULL) free(editOpScreen4BMP);
if (aboutScreenBMP != NULL) free(aboutScreenBMP);
if (muteButtonsBMP != NULL) free(muteButtonsBMP);
if (editOpModeCharsBMP != NULL) free(editOpModeCharsBMP);
if (arrowBMP != NULL) free(arrowBMP);
}
uint32_t *unpackBMP(const uint8_t *src, uint32_t packedLen)
{
const uint8_t *packSrc;
uint8_t *tmpBuffer, *packDst, byteIn;
int16_t count;
uint32_t *dst, decodedLength, i;
// RLE decode
decodedLength = (src[0] << 24) | (src[1] << 16) | (src[2] << 8) | src[3];
// 2-bit to 8-bit conversion
dst = (uint32_t *)malloc((decodedLength * 4) * sizeof (int32_t));
if (dst == NULL)
return NULL;
tmpBuffer = (uint8_t *)malloc(decodedLength + 512); // some margin is needed, the packer is buggy
if (tmpBuffer == NULL)
{
free(dst);
return NULL;
}
packSrc = src + 4;
packDst = tmpBuffer;
i = packedLen - 4;
while (i > 0)
{
byteIn = *packSrc++;
if (byteIn == 0xCC) // compactor code
{
count = *packSrc++;
byteIn = *packSrc++;
while (count-- >= 0)
*packDst++ = byteIn;
i -= 2;
}
else
{
*packDst++ = byteIn;
}
i--;
}
for (i = 0; i < decodedLength; i++)
{
byteIn = (tmpBuffer[i] & 0xC0) >> 6;
assert(byteIn < PALETTE_NUM);
dst[(i * 4) + 0] = palette[byteIn];
byteIn = (tmpBuffer[i] & 0x30) >> 4;
assert(byteIn < PALETTE_NUM);
dst[(i * 4) + 1] = palette[byteIn];
byteIn = (tmpBuffer[i] & 0x0C) >> 2;
assert(byteIn < PALETTE_NUM);
dst[(i * 4) + 2] = palette[byteIn];
byteIn = (tmpBuffer[i] & 0x03) >> 0;
assert(byteIn < PALETTE_NUM);
dst[(i * 4) + 3] = palette[byteIn];
}
free(tmpBuffer);
return dst;
}
bool unpackBMPs(void)
{
trackerFrameBMP = unpackBMP(trackerFramePackedBMP, sizeof (trackerFramePackedBMP));
samplerScreenBMP = unpackBMP(samplerScreenPackedBMP, sizeof (samplerScreenPackedBMP));
samplerVolumeBMP = unpackBMP(samplerVolumePackedBMP, sizeof (samplerVolumePackedBMP));
samplerFiltersBMP = unpackBMP(samplerFiltersPackedBMP, sizeof (samplerFiltersPackedBMP));
clearDialogBMP = unpackBMP(clearDialogPackedBMP, sizeof (clearDialogPackedBMP));
diskOpScreenBMP = unpackBMP(diskOpScreenPackedBMP, sizeof (diskOpScreenPackedBMP));
mod2wavBMP = unpackBMP(mod2wavPackedBMP, sizeof (mod2wavPackedBMP));
posEdBMP = unpackBMP(posEdPackedBMP, sizeof (posEdPackedBMP));
spectrumVisualsBMP = unpackBMP(spectrumVisualsPackedBMP, sizeof (spectrumVisualsPackedBMP));
yesNoDialogBMP = unpackBMP(yesNoDialogPackedBMP, sizeof (yesNoDialogPackedBMP));
bigYesNoDialogBMP = unpackBMP(bigYesNoDialogPackedBMP, sizeof (bigYesNoDialogPackedBMP));
pat2SmpDialogBMP = unpackBMP(pat2SmpDialogPackedBMP, sizeof (pat2SmpDialogPackedBMP));
editOpScreen1BMP = unpackBMP(editOpScreen1PackedBMP, sizeof (editOpScreen1PackedBMP));
editOpScreen2BMP = unpackBMP(editOpScreen2PackedBMP, sizeof (editOpScreen2PackedBMP));
editOpScreen3BMP = unpackBMP(editOpScreen3PackedBMP, sizeof (editOpScreen3PackedBMP));
editOpScreen4BMP = unpackBMP(editOpScreen4PackedBMP, sizeof (editOpScreen4PackedBMP));
aboutScreenBMP = unpackBMP(aboutScreenPackedBMP, sizeof (aboutScreenPackedBMP));
muteButtonsBMP = unpackBMP(muteButtonsPackedBMP, sizeof (muteButtonsPackedBMP));
editOpModeCharsBMP = unpackBMP(editOpModeCharsPackedBMP, sizeof (editOpModeCharsPackedBMP));
arrowBMP = (uint32_t *)malloc(30 * sizeof (int32_t)); // different format
if (trackerFrameBMP == NULL || samplerScreenBMP == NULL || samplerVolumeBMP == NULL ||
clearDialogBMP == NULL || diskOpScreenBMP == NULL || mod2wavBMP == NULL ||
posEdBMP == NULL || spectrumVisualsBMP == NULL || yesNoDialogBMP == NULL ||
editOpScreen1BMP == NULL || editOpScreen2BMP == NULL || editOpScreen3BMP == NULL ||
editOpScreen4BMP == NULL || aboutScreenBMP == NULL || muteButtonsBMP == NULL ||
editOpModeCharsBMP == NULL || arrowBMP == NULL || samplerFiltersBMP == NULL ||
yesNoDialogBMP == NULL || bigYesNoDialogBMP == NULL)
{
showErrorMsgBox("Out of memory!");
return false; // BMPs are free'd in cleanUp()
}
createBitmaps();
return true;
}
void videoClose(void)
{
SDL_DestroyTexture(texture);
SDL_DestroyRenderer(renderer);
SDL_DestroyWindow(window);
free(pixelBuffer);
}
void setupSprites(void)
{
memset(sprites, 0, sizeof (sprites));
sprites[SPRITE_MOUSE_POINTER].data = mousePointerBMP;
sprites[SPRITE_MOUSE_POINTER].pixelType = SPRITE_TYPE_PALETTE;
sprites[SPRITE_MOUSE_POINTER].colorKey = PAL_COLORKEY;
sprites[SPRITE_MOUSE_POINTER].w = 16;
sprites[SPRITE_MOUSE_POINTER].h = 16;
hideSprite(SPRITE_MOUSE_POINTER);
sprites[SPRITE_PATTERN_CURSOR].data = patternCursorBMP;
sprites[SPRITE_PATTERN_CURSOR].pixelType = SPRITE_TYPE_RGB;
sprites[SPRITE_PATTERN_CURSOR].colorKey = palette[PAL_COLORKEY];
sprites[SPRITE_PATTERN_CURSOR].w = 11;
sprites[SPRITE_PATTERN_CURSOR].h = 14;
hideSprite(SPRITE_PATTERN_CURSOR);
sprites[SPRITE_LOOP_PIN_LEFT].data = loopPinsBMP;
sprites[SPRITE_LOOP_PIN_LEFT].pixelType = SPRITE_TYPE_RGB;
sprites[SPRITE_LOOP_PIN_LEFT].colorKey = palette[PAL_COLORKEY];
sprites[SPRITE_LOOP_PIN_LEFT].w = 4;
sprites[SPRITE_LOOP_PIN_LEFT].h = 64;
hideSprite(SPRITE_LOOP_PIN_LEFT);
sprites[SPRITE_LOOP_PIN_RIGHT].data = &loopPinsBMP[4 * 64];
sprites[SPRITE_LOOP_PIN_RIGHT].pixelType = SPRITE_TYPE_RGB;
sprites[SPRITE_LOOP_PIN_RIGHT].colorKey = palette[PAL_COLORKEY];
sprites[SPRITE_LOOP_PIN_RIGHT].w = 4;
sprites[SPRITE_LOOP_PIN_RIGHT].h = 64;
hideSprite(SPRITE_LOOP_PIN_RIGHT);
sprites[SPRITE_SAMPLING_POS_LINE].data = samplingPosBMP;
sprites[SPRITE_SAMPLING_POS_LINE].pixelType = SPRITE_TYPE_RGB;
sprites[SPRITE_SAMPLING_POS_LINE].colorKey = palette[PAL_COLORKEY];
sprites[SPRITE_SAMPLING_POS_LINE].w = 1;
sprites[SPRITE_SAMPLING_POS_LINE].h = 64;
hideSprite(SPRITE_SAMPLING_POS_LINE);
// setup refresh buffer (used to clear sprites after each frame)
for (uint32_t i = 0; i < SPRITE_NUM; i++)
sprites[i].refreshBuffer = (uint32_t *)malloc((sprites[i].w * sprites[i].h) * sizeof (int32_t));
}
void freeSprites(void)
{
for (uint8_t i = 0; i < SPRITE_NUM; i++)
free(sprites[i].refreshBuffer);
}
void setSpritePos(uint8_t sprite, uint16_t x, uint16_t y)
{
sprites[sprite].newX = x;
sprites[sprite].newY = y;
}
void hideSprite(uint8_t sprite)
{
sprites[sprite].newX = SCREEN_W;
}
void eraseSprites(void)
{
int32_t sw, sh, srcPitch, dstPitch;
const uint32_t *src32;
uint32_t *dst32;
sprite_t *s;
for (int32_t i = SPRITE_NUM-1; i >= 0; i--) // erasing must be done in reverse order
{
s = &sprites[i];
if (s->x >= SCREEN_W) // sprite is hidden, don't erase
continue;
assert(s->x >= 0 && s->y >= 0 && s->refreshBuffer != NULL);
sw = s->w;
sh = s->h;
dst32 = &pixelBuffer[(s->y * SCREEN_W) + s->x];
src32 = s->refreshBuffer;
// handle xy clipping
if (s->y+sh >= SCREEN_H) sh = SCREEN_H - s->y;
if (s->x+sw >= SCREEN_W) sw = SCREEN_W - s->x;
srcPitch = s->w - sw;
dstPitch = SCREEN_W - sw;
for (int32_t y = 0; y < sh; y++)
{
for (int32_t x = 0; x < sw; x++)
*dst32++ = *src32++;
src32 += srcPitch;
dst32 += dstPitch;
}
}
fillFromVuMetersBgBuffer(); // let's put it here even though it's not sprite-based
}
void renderSprites(void)
{
const uint8_t *src8;
int32_t x, y, sw, sh, srcPitch, dstPitch;
const uint32_t *src32;
uint32_t *dst32, *clr32;
register uint32_t colorKey;
sprite_t *s;
renderVuMeters(); // let's put it here even though it's not sprite-based
for (int32_t i = 0; i < SPRITE_NUM; i++)
{
s = &sprites[i];
// set new sprite position
s->x = s->newX;
s->y = s->newY;
if (s->x >= SCREEN_W) // sprite is hidden, don't draw nor fill clear buffer
continue;
assert(s->x >= 0 && s->y >= 0 && s->data != NULL && s->refreshBuffer != NULL);
sw = s->w;
sh = s->h;
dst32 = &pixelBuffer[(s->y * SCREEN_W) + s->x];
clr32 = s->refreshBuffer;
// handle xy clipping
if (s->y+sh >= SCREEN_H) sh = SCREEN_H - s->y;
if (s->x+sw >= SCREEN_W) sw = SCREEN_W - s->x;
srcPitch = s->w - sw;
dstPitch = SCREEN_W - sw;
colorKey = sprites[i].colorKey;
if (sprites[i].pixelType == SPRITE_TYPE_RGB)
{
// 24-bit RGB sprite
src32 = (uint32_t *)sprites[i].data;
for (y = 0; y < sh; y++)
{
for (x = 0; x < sw; x++)
{
*clr32++ = *dst32; // fill clear buffer
if (*src32 != colorKey)
*dst32 = *src32;
dst32++;
src32++;
}
clr32 += srcPitch;
src32 += srcPitch;
dst32 += dstPitch;
}
}
else
{
// 8-bit paletted sprite
src8 = (uint8_t *)sprites[i].data;
for (y = 0; y < sh; y++)
{
for (x = 0; x < sw; x++)
{
*clr32++ = *dst32; // fill clear buffer
if (*src8 != colorKey)
{
assert(*src8 < PALETTE_NUM);
*dst32 = palette[*src8];
}
dst32++;
src8++;
}
clr32 += srcPitch;
src8 += srcPitch;
dst32 += dstPitch;
}
}
}
}
void flipFrame(void)
{
uint32_t windowFlags = SDL_GetWindowFlags(window);
renderSprites();
SDL_UpdateTexture(texture, NULL, pixelBuffer, SCREEN_W * sizeof (int32_t));
SDL_RenderClear(renderer);
SDL_RenderCopy(renderer, texture, NULL, NULL);
SDL_RenderPresent(renderer);
eraseSprites();
if (!editor.ui.vsync60HzPresent)
{
waitVBL(); // we have no VSync, do crude thread sleeping to sync to ~60Hz
}
else
{
/* We have VSync, but it can unexpectedly get inactive in certain scenarios.
** We have to force thread sleeping (to ~60Hz) if so.
*/
#ifdef __APPLE__
// macOS: VSync gets disabled if the window is 100% covered by another window. Let's add a (crude) fix:
if ((windowFlags & SDL_WINDOW_MINIMIZED) || !(windowFlags & SDL_WINDOW_INPUT_FOCUS))
waitVBL();
#elif __unix__
// *NIX: VSync gets disabled in fullscreen mode (at least on some distros/systems). Let's add a fix:
if ((windowFlags & SDL_WINDOW_MINIMIZED) || editor.fullscreen)
waitVBL();
#else
if (windowFlags & SDL_WINDOW_MINIMIZED)
waitVBL();
#endif
}
}
void updateSpectrumAnalyzer(int8_t vol, int16_t period)
{
const uint8_t maxHeight = SPECTRUM_BAR_HEIGHT + 1; // +1 because of audio latency - allows full height to be seen
int16_t scaledVol;
int32_t scaledNote;
if (editor.ui.visualizerMode != VISUAL_SPECTRUM || vol <= 0)
return;
scaledVol = (vol * 256) / ((64 * 256) / (SPECTRUM_BAR_NUM+1)); // 64 = max sample vol
period = CLAMP(period, 113, 856);
// 856 = C-1 period, 113 = B-3 period
scaledNote = (856-113) - (period - 113);
scaledNote *= scaledNote;
scaledNote /= ((856 - 113) * (856 - 113)) / (SPECTRUM_BAR_NUM-1);
// scaledNote now ranges 0..22, no need to clamp
// increment main spectrum bar
editor.spectrumVolumes[scaledNote] += scaledVol;
if (editor.spectrumVolumes[scaledNote] > maxHeight)
editor.spectrumVolumes[scaledNote] = maxHeight;
// increment left side of spectrum bar with half volume
if (scaledNote > 0)
{
editor.spectrumVolumes[scaledNote-1] += scaledVol >> 1;
if (editor.spectrumVolumes[scaledNote-1] > maxHeight)
editor.spectrumVolumes[scaledNote-1] = maxHeight;
}
// increment right side of spectrum bar with half volume
if (scaledNote < SPECTRUM_BAR_NUM-1)
{
editor.spectrumVolumes[scaledNote+1] += scaledVol >> 1;
if (editor.spectrumVolumes[scaledNote+1] > maxHeight)
editor.spectrumVolumes[scaledNote+1] = maxHeight;
}
}
void sinkVisualizerBars(void)
{
// sink stuff @ 50Hz rate
const uint64_t _50HzCounterDelta = ((uint64_t)AMIGA_PAL_VBLANK_HZ << 32) / VBLANK_HZ;
_50HzCounter += _50HzCounterDelta; // 32.32 fixed-point counter
if (_50HzCounter > 0xFFFFFFFF)
{
_50HzCounter &= 0xFFFFFFFF;
// sink VU-meters
for (uint32_t i = 0; i < AMIGA_VOICES; i++)
{
if (editor.vuMeterVolumes[i] > 0)
editor.vuMeterVolumes[i]--;
}
// sink "spectrum analyzer" bars
for (uint32_t i = 0; i < SPECTRUM_BAR_NUM; i++)
{
if (editor.spectrumVolumes[i] > 0)
editor.spectrumVolumes[i]--;
}
}
}
void updateRenderSizeVars(void)
{
int32_t di;
#ifdef __APPLE__
int32_t actualScreenW, actualScreenH;
double dXUpscale, dYUpscale;
#endif
float fXScale, fYScale;
SDL_DisplayMode dm;
di = SDL_GetWindowDisplayIndex(window);
if (di < 0)
di = 0; /* return display index 0 (default) on error */
SDL_GetDesktopDisplayMode(di, &dm);
editor.ui.displayW = dm.w;
editor.ui.displayH = dm.h;
if (editor.fullscreen)
{
if (ptConfig.fullScreenStretch)
{
editor.ui.renderW = editor.ui.displayW;
editor.ui.renderH = editor.ui.displayH;
editor.ui.renderX = 0;
editor.ui.renderY = 0;
}
else
{
SDL_RenderGetScale(renderer, &fXScale, &fYScale);
editor.ui.renderW = (int32_t)(SCREEN_W * fXScale);
editor.ui.renderH = (int32_t)(SCREEN_H * fYScale);
#ifdef __APPLE__
// retina high-DPI hackery (SDL2 is bad at reporting actual rendering sizes on macOS w/ high-DPI)
SDL_GL_GetDrawableSize(window, &actualScreenW, &actualScreenH);
SDL_GetDesktopDisplayMode(0, &dm);
dXUpscale = ((double)actualScreenW / editor.ui.displayW);
dYUpscale = ((double)actualScreenH / editor.ui.displayH);
// downscale back to correct sizes
if (dXUpscale != 0.0) editor.ui.renderW = (int32_t)(editor.ui.renderW / dXUpscale);
if (dYUpscale != 0.0) editor.ui.renderH = (int32_t)(editor.ui.renderH / dYUpscale);
#endif
editor.ui.renderX = (editor.ui.displayW - editor.ui.renderW) / 2;
editor.ui.renderY = (editor.ui.displayH - editor.ui.renderH) / 2;
}
}
else
{
SDL_GetWindowSize(window, &editor.ui.renderW, &editor.ui.renderH);
editor.ui.renderX = 0;
editor.ui.renderY = 0;
}
// for mouse cursor creation
editor.ui.xScale = (int32_t)((editor.ui.renderW / (double)SCREEN_W) + 0.5);
editor.ui.yScale = (int32_t)((editor.ui.renderH / (double)SCREEN_H) + 0.5);
createMouseCursors();
}
void toggleFullScreen(void)
{
SDL_DisplayMode dm;
editor.fullscreen ^= 1;
if (editor.fullscreen)
{
if (ptConfig.fullScreenStretch)
{
SDL_GetDesktopDisplayMode(0, &dm);
SDL_RenderSetLogicalSize(renderer, dm.w, dm.h);
}
else
{
SDL_RenderSetLogicalSize(renderer, SCREEN_W, SCREEN_H);
}
SDL_SetWindowSize(window, SCREEN_W, SCREEN_H);
SDL_SetWindowFullscreen(window, SDL_WINDOW_FULLSCREEN_DESKTOP);
SDL_SetWindowGrab(window, SDL_TRUE);
}
else
{
SDL_SetWindowFullscreen(window, 0);
SDL_RenderSetLogicalSize(renderer, SCREEN_W, SCREEN_H);
SDL_SetWindowSize(window, SCREEN_W * ptConfig.videoScaleFactor, SCREEN_H * ptConfig.videoScaleFactor);
SDL_SetWindowPosition(window, SDL_WINDOWPOS_CENTERED, SDL_WINDOWPOS_CENTERED);
SDL_SetWindowGrab(window, SDL_FALSE);
}
updateRenderSizeVars();
updateMouseScaling();
if (editor.fullscreen)
{
input.mouse.setPosX = editor.ui.displayW / 2;
input.mouse.setPosY = editor.ui.displayH / 2;
}
else
{
input.mouse.setPosX = editor.ui.renderW / 2;
input.mouse.setPosY = editor.ui.renderH / 2;
}
input.mouse.setPosFlag = true;
}
bool setupVideo(void)
{
int32_t screenW, screenH;
uint32_t rendererFlags;
SDL_DisplayMode dm;
screenW = SCREEN_W * ptConfig.videoScaleFactor;
screenH = SCREEN_H * ptConfig.videoScaleFactor;
rendererFlags = 0;
#ifdef _WIN32
#if SDL_PATCHLEVEL >= 4
SDL_SetHint(SDL_HINT_WINDOWS_NO_CLOSE_ON_ALT_F4, "1"); // this is for Windows only
#endif
#endif
#if SDL_PATCHLEVEL >= 5
SDL_SetHint(SDL_HINT_MOUSE_FOCUS_CLICKTHROUGH, "1");
#endif
editor.ui.vsync60HzPresent = false;
if (!ptConfig.vsyncOff)
{
SDL_GetDesktopDisplayMode(0, &dm);
if (dm.refresh_rate >= 59 && dm.refresh_rate <= 61)
{
editor.ui.vsync60HzPresent = true;
rendererFlags |= SDL_RENDERER_PRESENTVSYNC;
}
}
window = SDL_CreateWindow("", SDL_WINDOWPOS_CENTERED,
SDL_WINDOWPOS_CENTERED, screenW, screenH,
SDL_WINDOW_HIDDEN | SDL_WINDOW_ALLOW_HIGHDPI);
if (window == NULL)
{
showErrorMsgBox("Couldn't create SDL window:\n%s", SDL_GetError());
return false;
}
renderer = SDL_CreateRenderer(window, -1, rendererFlags);
if (renderer == NULL)
{
if (editor.ui.vsync60HzPresent) // try again without vsync flag
{
editor.ui.vsync60HzPresent = false;
rendererFlags &= ~SDL_RENDERER_PRESENTVSYNC;
renderer = SDL_CreateRenderer(window, -1, rendererFlags);
}
if (renderer == NULL)
{
showErrorMsgBox("Couldn't create SDL renderer:\n%s\n\n" \
"Is your GPU (+ driver) too old?", SDL_GetError());
return false;
}
}
SDL_RenderSetLogicalSize(renderer, SCREEN_W, SCREEN_H);
#if SDL_PATCHLEVEL >= 5
SDL_RenderSetIntegerScale(renderer, SDL_TRUE);
#endif
SDL_SetRenderDrawBlendMode(renderer, SDL_BLENDMODE_NONE);
SDL_SetHint("SDL_RENDER_SCALE_QUALITY", "nearest");
texture = SDL_CreateTexture(renderer, SDL_PIXELFORMAT_ARGB8888, SDL_TEXTUREACCESS_STREAMING, SCREEN_W, SCREEN_H);
if (texture == NULL)
{
showErrorMsgBox("Couldn't create %dx%d GPU texture:\n%s\n\n" \
"Is your GPU (+ driver) too old?", SCREEN_W, SCREEN_H, SDL_GetError());
return false;
}
SDL_SetTextureBlendMode(texture, SDL_BLENDMODE_NONE);
// frame buffer used by SDL (for texture)
pixelBuffer = (uint32_t *)malloc(SCREEN_W * SCREEN_H * sizeof (int32_t));
if (pixelBuffer == NULL)
{
showErrorMsgBox("Out of memory!");
return false;
}
updateRenderSizeVars();
updateMouseScaling();
if (ptConfig.hwMouse)
SDL_ShowCursor(SDL_TRUE);
else
SDL_ShowCursor(SDL_FALSE);
return true;
}