ref: 0ae7a5a616127349a3a14c77ccaf8ab49a05b924
dir: /src/ft2_edit.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 "ft2_header.h"
#include "ft2_config.h"
#include "ft2_keyboard.h"
#include "ft2_audio.h"
#include "ft2_midi.h"
#include "ft2_pattern_ed.h"
#include "ft2_sysreqs.h"
#include "ft2_textboxes.h"
#include "ft2_tables.h"
#include "ft2_structs.h"
enum
{
KEYTYPE_NUM = 0,
KEYTYPE_ALPHA = 1
};
static double dVolScaleFK1 = 1.0, dVolScaleFK2 = 1.0;
// for block cut/copy/paste
static bool blockCopied;
static uint16_t ptnBufLen, trkBufLen;
static int32_t markXSize, markYSize;
static note_t blkCopyBuff[MAX_PATT_LEN * MAX_CHANNELS];
static note_t ptnCopyBuff[MAX_PATT_LEN * MAX_CHANNELS];
static note_t trackCopyBuff[MAX_PATT_LEN];
// for recordNote()
static const int8_t tickArr[16] = { 16, 8, 0, 4, 0, 0, 0, 2, 0, 0, 0, 0, 0, 0, 0, 1 };
void recordNote(uint8_t note, int8_t vol);
// when the cursor is at the note slot
static bool testNoteKeys(SDL_Scancode scancode)
{
const int8_t noteNum = scancodeKeyToNote(scancode);
if (noteNum == NOTE_OFF)
{
// inserts "note off" if editing song
if (playMode == PLAYMODE_EDIT || playMode == PLAYMODE_RECPATT || playMode == PLAYMODE_RECSONG)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
int16_t row = editor.row;
resumeMusic();
if (!allocatePattern(curPattern))
return true; // key pressed
pattern[curPattern][(row * MAX_CHANNELS) + cursor.ch].note = NOTE_OFF;
const uint16_t numRows = patternNumRows[curPattern];
if (playMode == PLAYMODE_EDIT && numRows >= 1)
setPos(-1, (row + editor.editRowSkip) % numRows, true);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
return true; // key pressed
}
if (noteNum > 0 && noteNum <= 96)
{
recordNote(noteNum, -1);
return true; // note key pressed (and note triggered)
}
return false; // no note key pressed
}
// when the cursor is at the note slot
void testNoteKeysRelease(SDL_Scancode scancode)
{
const int8_t noteNum = scancodeKeyToNote(scancode); // convert key scancode to note number
if (noteNum > 0 && noteNum <= 96)
recordNote(noteNum, 0); // release note
}
static bool testEditKeys(SDL_Scancode scancode, SDL_Keycode keycode)
{
int8_t i;
if (cursor.object == CURSOR_NOTE)
{
// the edit cursor is at the note slot
if (testNoteKeys(scancode))
{
keyb.keyRepeat = (playMode == PLAYMODE_EDIT); // repeat keys only if in edit mode
return true; // we jammed an instrument
}
return false; // no note key pressed, test other keys
}
if (playMode != PLAYMODE_EDIT && playMode != PLAYMODE_RECSONG && playMode != PLAYMODE_RECPATT)
return false; // we're not editing, test other keys
// convert key to slot data
if (cursor.object == CURSOR_VOL1)
{
// volume column effect type (mixed keys)
for (i = 0; i < KEY2VOL_ENTRIES; i++)
{
if (keycode == key2VolTab[i])
break;
}
if (i == KEY2VOL_ENTRIES)
{
// volume column key not found, let's try a hack for '-' and '+' keys first
if (scancode == SDL_SCANCODE_MINUS)
i = 5;
else if (scancode == SDL_SCANCODE_EQUALS)
i = 6;
else
i = -1; // invalid key for slot
}
}
else if (cursor.object == CURSOR_EFX0)
{
// effect type (mixed keys)
for (i = 0; i < KEY2EFX_ENTRIES; i++)
{
if (keycode == key2EfxTab[i])
break;
}
if (i == KEY2EFX_ENTRIES)
i = -1; // invalid key for slot
}
else
{
// all other slots (hex keys)
for (i = 0; i < KEY2HEX_ENTRIES; i++)
{
if (keycode == key2HexTab[i])
break;
}
if (i == KEY2HEX_ENTRIES)
i = -1; // invalid key for slot
}
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
int16_t row = editor.row;
resumeMusic();
if (i == -1 || !allocatePattern(curPattern))
return false; // no edit to be done
// insert slot data
note_t *p = &pattern[curPattern][(row * MAX_CHANNELS) + cursor.ch];
switch (cursor.object)
{
case CURSOR_INST1:
{
uint8_t oldVal = p->instr;
p->instr = (p->instr & 0x0F) | (i << 4);
if (p->instr > MAX_INST)
p->instr = MAX_INST;
if (p->instr != oldVal)
setSongModifiedFlag();
}
break;
case CURSOR_INST2:
{
uint8_t oldVal = p->instr;
p->instr = (p->instr & 0xF0) | i;
if (p->instr != oldVal)
setSongModifiedFlag();
}
break;
case CURSOR_VOL1:
{
uint8_t oldVal = p->vol;
p->vol = (p->vol & 0x0F) | ((i + 1) << 4);
if (p->vol >= 0x51 && p->vol <= 0x5F)
p->vol = 0x50;
if (p->vol != oldVal)
setSongModifiedFlag();
}
break;
case CURSOR_VOL2:
{
uint8_t oldVal = p->vol;
if (p->vol < 0x10)
p->vol = 0x10 + i;
else
p->vol = (p->vol & 0xF0) | i;
if (p->vol >= 0x51 && p->vol <= 0x5F)
p->vol = 0x50;
if (p->vol != oldVal)
setSongModifiedFlag();
}
break;
case CURSOR_EFX0:
{
uint8_t oldVal = p->efx;
p->efx = i;
if (p->efx != oldVal)
setSongModifiedFlag();
}
break;
case CURSOR_EFX1:
{
uint8_t oldVal = p->efxData;
p->efxData = (p->efxData & 0x0F) | (i << 4);
if (p->efxData != oldVal)
setSongModifiedFlag();
}
break;
case CURSOR_EFX2:
{
uint8_t oldVal = p->efxData;
p->efxData = (p->efxData & 0xF0) | i;
if (p->efxData != oldVal)
setSongModifiedFlag();
}
break;
default: break;
}
// increase row (only in edit mode)
const int16_t numRows = patternNumRows[curPattern];
if (playMode == PLAYMODE_EDIT && numRows >= 1)
setPos(-1, (row + editor.editRowSkip) % numRows, true);
if (i == 0) // if we inserted a zero, check if pattern is empty
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
return true;
}
static void evaluateTimeStamp(int16_t *songPos, int16_t *pattNum, int16_t *row, int16_t *tick)
{
int16_t outSongPos = editor.songPos;
int16_t outPattern = editor.editPattern;
int16_t outRow = editor.row;
int16_t outTick = editor.speed - editor.tick;
outTick = CLAMP(outTick, 0, editor.speed-1);
// this is needed, but also breaks quantization on speed>15
if (outTick > 15)
outTick = 15;
const int16_t numRows = patternNumRows[outPattern];
if (config.recQuant > 0)
{
if (config.recQuantRes >= 16)
{
outTick += (editor.speed >> 1) + 1;
}
else
{
int16_t r = tickArr[config.recQuantRes-1];
int16_t p = outRow & (r - 1);
if (p < (r >> 1))
outRow -= p;
else
outRow = (outRow + r) - p;
outTick = 0;
}
}
if (outTick > editor.speed)
{
outTick -= editor.speed;
outRow++;
}
if (outRow >= numRows)
{
outRow = 0;
if (playMode == PLAYMODE_RECSONG)
outSongPos++;
if (outSongPos >= song.songLength)
outSongPos = song.songLoopStart;
outPattern = song.orders[outSongPos];
}
*songPos = outSongPos;
*pattNum = outPattern;
*row = outRow;
*tick = outTick;
}
void recordNote(uint8_t noteNum, int8_t vol) // directly ported from the original FT2 code - what a mess, but it works...
{
int8_t i;
int16_t pattNum, songPos, row, tick;
int32_t time;
note_t *p;
const int16_t oldRow = editor.row;
if (songPlaying)
{
// row quantization
evaluateTimeStamp(&songPos, &pattNum, &row, &tick);
}
else
{
songPos = editor.songPos;
pattNum = editor.editPattern;
row = editor.row;
tick = 0;
}
bool editmode = (playMode == PLAYMODE_EDIT);
bool recmode = (playMode == PLAYMODE_RECSONG) || (playMode == PLAYMODE_RECPATT);
if (noteNum == NOTE_OFF)
vol = 0;
int8_t c = -1;
int8_t k = -1;
if (editmode || recmode)
{
// find out what channel is the most suitable in edit/record mode
if ((config.multiEdit && editmode) || (config.multiRec && recmode))
{
time = INT32_MAX;
for (i = 0; i < song.numChannels; i++)
{
if (editor.chnMode[i] && config.multiRecChn[i] && editor.keyOffTime[i] < time && editor.keyOnTab[i] == 0)
{
c = i;
time = editor.keyOffTime[i];
}
}
}
else
{
c = cursor.ch;
}
for (i = 0; i < song.numChannels; i++)
{
if (noteNum == editor.keyOnTab[i] && config.multiRecChn[i])
k = i;
}
}
else
{
// find out what channel is the most suitable in idle/play mode (jamming)
if (config.multiKeyJazz)
{
time = INT32_MAX;
c = 0;
if (songPlaying)
{
for (i = 0; i < song.numChannels; i++)
{
if (editor.keyOffTime[i] < time && editor.keyOnTab[i] == 0 && config.multiRecChn[i])
{
c = i;
time = editor.keyOffTime[i];
}
}
}
if (time == INT32_MAX)
{
for (i = 0; i < song.numChannels; i++)
{
if (editor.keyOffTime[i] < time && editor.keyOnTab[i] == 0)
{
c = i;
time = editor.keyOffTime[i];
}
}
}
}
else
{
c = cursor.ch;
}
for (i = 0; i < song.numChannels; i++)
{
if (noteNum == editor.keyOnTab[i])
k = i;
}
}
if (vol != 0)
{
if (c < 0 || (k >= 0 && (config.multiEdit || (recmode || !editmode))))
return;
// play note
editor.keyOnTab[c] = noteNum;
if (row >= oldRow) // non-FT2 fix: only do this if we didn't quantize to next row
{
#ifdef HAS_MIDI
playTone(c, editor.curInstr, noteNum, vol, midi.currMIDIVibDepth, midi.currMIDIPitch);
#else
playTone(c, editor.curInstr, noteNum, vol, 0, 0);
#endif
}
if (editmode || recmode)
{
if (allocatePattern(pattNum))
{
const int16_t numRows = patternNumRows[pattNum];
p = &pattern[pattNum][(row * MAX_CHANNELS) + c];
// insert data
p->note = noteNum;
if (editor.curInstr > 0)
p->instr = editor.curInstr;
if (vol >= 0)
p->vol = 0x10 + vol;
if (!recmode)
{
// increase row (only in edit mode)
if (numRows >= 1)
setPos(-1, (editor.row + editor.editRowSkip) % numRows, true);
}
else
{
// apply tick delay for note if quantization is disabled
if (!config.recQuant && tick > 0)
{
p->efx = 0x0E;
p->efxData = 0xD0 + (tick & 0x0F);
}
}
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
}
}
else
{
// note off
if (k != -1)
c = k;
if (c < 0)
return;
editor.keyOffNr++;
editor.keyOnTab[c] = 0;
editor.keyOffTime[c] = editor.keyOffNr;
if (row >= oldRow) // non-FT2 fix: only do this if we didn't quantize to next row
{
#ifdef HAS_MIDI
playTone(c, editor.curInstr, NOTE_OFF, vol, midi.currMIDIVibDepth, midi.currMIDIPitch);
#else
playTone(c, editor.curInstr, NOTE_OFF, vol, 0, 0);
#endif
}
if (config.recRelease && recmode)
{
if (allocatePattern(pattNum))
{
// insert data
int16_t numRows = patternNumRows[pattNum];
p = &pattern[pattNum][(row * MAX_CHANNELS) + c];
if (p->note != 0)
row++;
if (row >= numRows)
{
row = 0;
if (songPlaying)
{
songPos++;
if (songPos >= song.songLength)
songPos = song.songLoopStart;
pattNum = song.orders[songPos];
numRows = patternNumRows[pattNum];
}
}
p = &pattern[pattNum][(row * MAX_CHANNELS) + c];
p->note = NOTE_OFF;
if (!recmode)
{
// increase row (only in edit mode)
if (numRows >= 1)
setPos(-1, (editor.row + editor.editRowSkip) % numRows, true);
}
else
{
// apply tick delay for note if quantization is disabled
if (!config.recQuant && tick > 0)
{
p->efx = 0x0E;
p->efxData = 0xD0 + (tick & 0x0F);
}
}
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
}
}
}
bool handleEditKeys(SDL_Keycode keycode, SDL_Scancode scancode)
{
// special case for delete - manipulate note data
if (keycode == SDLK_DELETE)
{
if (playMode != PLAYMODE_EDIT && playMode != PLAYMODE_RECSONG && playMode != PLAYMODE_RECPATT)
return false; // we're not editing, test other keys
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
int16_t row = editor.row;
resumeMusic();
if (pattern[curPattern] == NULL)
return true;
note_t *p = &pattern[curPattern][(row * MAX_CHANNELS) + cursor.ch];
if (keyb.leftShiftPressed)
{
// delete all
p->note = p->instr = p->vol = p->efx = p->efxData = 0;
}
else if (keyb.leftCtrlPressed)
{
// delete volume column + effect
p->vol = 0;
p->efx = 0;
p->efxData = 0;
}
else if (keyb.leftAltPressed)
{
// delete effect
p->efx = 0;
p->efxData = 0;
}
else
{
if (cursor.object == CURSOR_VOL1 || cursor.object == CURSOR_VOL2)
{
// delete volume column
p->vol = 0;
}
else
{
// delete note + instrument
p->note = 0;
p->instr = 0;
}
}
killPatternIfUnused(curPattern);
// increase row (only in edit mode)
const int16_t numRows = patternNumRows[curPattern];
if (playMode == PLAYMODE_EDIT && numRows >= 1)
setPos(-1, (row + editor.editRowSkip) % numRows, true);
ui.updatePatternEditor = true;
setSongModifiedFlag();
return true;
}
// a kludge for french keyb. layouts to allow writing numbers in the pattern data with left SHIFT
const bool frKeybHack = keyb.leftShiftPressed && !keyb.leftAltPressed && !keyb.leftCtrlPressed &&
(scancode >= SDL_SCANCODE_1) && (scancode <= SDL_SCANCODE_0);
if (frKeybHack || !keyb.keyModifierDown)
return (testEditKeys(scancode, keycode));
return false;
}
void writeToMacroSlot(uint8_t slot)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
int16_t row = editor.row;
resumeMusic();
uint16_t writeVol = 0;
uint16_t writeEfx = 0;
if (pattern[curPattern] != NULL)
{
note_t *p = &pattern[curPattern][(row * MAX_CHANNELS) + cursor.ch];
writeVol = p->vol;
writeEfx = (p->efx << 8) | p->efxData;
}
if (cursor.object == CURSOR_VOL1 || cursor.object == CURSOR_VOL2)
config.volMacro[slot] = writeVol;
else
config.comMacro[slot] = writeEfx;
}
void writeFromMacroSlot(uint8_t slot)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
int16_t row = editor.row;
resumeMusic();
if (playMode != PLAYMODE_EDIT && playMode != PLAYMODE_RECSONG && playMode != PLAYMODE_RECPATT)
return;
if (!allocatePattern(curPattern))
return;
note_t *p = &pattern[curPattern][(row * MAX_CHANNELS) + cursor.ch];
if (cursor.object == CURSOR_VOL1 || cursor.object == CURSOR_VOL2)
{
p->vol = (uint8_t)config.volMacro[slot];
}
else
{
uint8_t efx = (uint8_t)(config.comMacro[slot] >> 8);
if (efx > 35)
{
// illegal effect
p->efx = 0;
p->efxData = 0;
}
else
{
p->efx = efx;
p->efxData = config.comMacro[slot] & 0xFF;
}
}
const int16_t numRows = patternNumRows[curPattern];
if (playMode == PLAYMODE_EDIT && numRows >= 1)
setPos(-1, (row + editor.editRowSkip) % numRows, true);
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void insertPatternNote(void)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
int16_t row = editor.row;
resumeMusic();
if (playMode != PLAYMODE_EDIT && playMode != PLAYMODE_RECPATT && playMode != PLAYMODE_RECSONG)
return;
note_t *p = pattern[curPattern];
if (p == NULL)
return;
const int16_t numRows = patternNumRows[curPattern];
if (numRows > 1)
{
for (int32_t i = numRows-2; i >= row; i--)
p[((i+1) * MAX_CHANNELS) + cursor.ch] = p[(i * MAX_CHANNELS) + cursor.ch];
}
memset(&p[(row * MAX_CHANNELS) + cursor.ch], 0, sizeof (note_t));
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void insertPatternLine(void)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
int16_t row = editor.row;
resumeMusic();
if (playMode != PLAYMODE_EDIT && playMode != PLAYMODE_RECPATT && playMode != PLAYMODE_RECSONG)
return;
setPatternLen(curPattern, patternNumRows[curPattern] + config.recTrueInsert); // config.recTrueInsert is 0 or 1
note_t *p = pattern[curPattern];
if (p != NULL)
{
const int16_t numRows = patternNumRows[curPattern];
if (numRows > 1)
{
for (int32_t i = numRows-2; i >= row; i--)
{
for (int32_t j = 0; j < MAX_CHANNELS; j++)
p[((i+1) * MAX_CHANNELS) + j] = p[(i * MAX_CHANNELS) + j];
}
}
memset(&p[row * MAX_CHANNELS], 0, TRACK_WIDTH);
killPatternIfUnused(curPattern);
}
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void deletePatternNote(void)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
int16_t row = editor.row;
resumeMusic();
if (playMode != PLAYMODE_EDIT && playMode != PLAYMODE_RECPATT && playMode != PLAYMODE_RECSONG)
return;
const int16_t numRows = patternNumRows[curPattern];
note_t *p = pattern[curPattern];
if (p != NULL)
{
if (row > 0)
{
row--;
editor.row = song.row = row;
for (int32_t i = row; i < numRows-1; i++)
p[(i * MAX_CHANNELS) + cursor.ch] = p[((i+1) * MAX_CHANNELS) + cursor.ch];
memset(&p[((numRows-1) * MAX_CHANNELS) + cursor.ch], 0, sizeof (note_t));
}
}
else
{
if (row > 0)
{
row--;
editor.row = song.row = row;
}
}
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void deletePatternLine(void)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
int16_t row = editor.row;
resumeMusic();
if (playMode != PLAYMODE_EDIT && playMode != PLAYMODE_RECPATT && playMode != PLAYMODE_RECSONG)
return;
const int16_t numRows = patternNumRows[curPattern];
note_t *p = pattern[curPattern];
if (p != NULL)
{
if (row > 0)
{
row--;
editor.row = song.row = row;
for (int32_t i = row; i < numRows-1; i++)
{
for (int32_t j = 0; j < MAX_CHANNELS; j++)
p[(i * MAX_CHANNELS) + j] = p[((i+1) * MAX_CHANNELS) + j];
}
memset(&p[(numRows-1) * MAX_CHANNELS], 0, TRACK_WIDTH);
}
}
else
{
if (row > 0)
{
row--;
editor.row = song.row = row;
}
}
if (config.recTrueInsert && numRows > 1)
setPatternLen(curPattern, numRows-1);
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
// ----- TRANSPOSE FUNCTIONS -----
static uint32_t countOverflowingNotes(uint8_t mode, int8_t addValue, bool allInstrumentsFlag,
uint16_t curPattern, int32_t numRows, int32_t markX1, int32_t markX2, int32_t markY1, int32_t markY2)
{
uint32_t notesToDelete = 0;
// "addValue" is never <-12 or >12, so unsigned 8-bit testing for >96 is safe
switch (mode)
{
case TRANSP_TRACK:
{
note_t *p = pattern[curPattern];
if (p == NULL)
return 0; // empty pattern
p += cursor.ch;
for (int32_t row = 0; row < numRows; row++, p += MAX_CHANNELS)
{
if ((p->note >= 1 && p->note <= 96) && (allInstrumentsFlag || p->instr == editor.curInstr))
{
if ((int8_t)p->note+addValue > 96 || (int8_t)p->note+addValue <= 0)
notesToDelete++;
}
}
}
break;
case TRANSP_PATT:
{
note_t *p = pattern[curPattern];
if (p == NULL)
return 0; // empty pattern
const int32_t pitch = MAX_CHANNELS-song.numChannels;
for (int32_t row = 0; row < numRows; row++, p += pitch)
{
for (int32_t ch = 0; ch < song.numChannels; ch++, p++)
{
if ((p->note >= 1 && p->note <= 96) && (allInstrumentsFlag || p->instr == editor.curInstr))
{
if ((int8_t)p->note+addValue > 96 || (int8_t)p->note+addValue <= 0)
notesToDelete++;
}
}
}
}
break;
case TRANSP_SONG:
{
const int32_t pitch = MAX_CHANNELS - song.numChannels;
for (int32_t i = 0; i < MAX_PATTERNS; i++)
{
note_t *p = pattern[i];
if (p == NULL)
return 0; // empty pattern
for (int32_t row = 0; row < patternNumRows[i]; row++, p += pitch)
{
for (int32_t ch = 0; ch < song.numChannels; ch++, p++)
{
if ((p->note >= 1 && p->note <= 96) && (allInstrumentsFlag || p->instr == editor.curInstr))
{
if ((int8_t)p->note+addValue > 96 || (int8_t)p->note+addValue <= 0)
notesToDelete++;
}
}
}
}
}
break;
case TRANSP_BLOCK:
{
if (markY1 == markY2 || markY1 > markY2)
return 0;
if (markX1 > song.numChannels-1)
markX1 = song.numChannels-1;
if (markX2 > song.numChannels-1)
markX2 = song.numChannels-1;
if (markX2 < markX1)
markX2 = markX1;
if (markY1 >= numRows)
markY1 = numRows-1;
if (markY2 > numRows)
markY2 = numRows-markY1;
note_t *p = pattern[curPattern];
if (p == NULL || markX1 < 0 || markY1 < 0 || markX2 < 0 || markY2 < 0)
return 0;
p += (markY1 * MAX_CHANNELS) + markX1;
const int32_t pitch = MAX_CHANNELS - ((markX2 + 1) - markX1);
for (int32_t row = markY1; row < markY2; row++, p += pitch)
{
for (int32_t ch = markX1; ch <= markX2; ch++, p++)
{
if ((p->note >= 1 && p->note <= 96) && (allInstrumentsFlag || p->instr == editor.curInstr))
{
if ((int8_t)p->note+addValue > 96 || (int8_t)p->note+addValue <= 0)
notesToDelete++;
}
}
}
}
break;
default: break;
}
return notesToDelete;
}
static void doTranspose(uint8_t mode, int8_t addValue, bool allInstrumentsFlag)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
const int32_t numRows = patternNumRows[curPattern];
volatile int32_t markX1 = pattMark.markX1;
volatile int32_t markX2 = pattMark.markX2;
volatile int32_t markY1 = pattMark.markY1;
volatile int32_t markY2 = pattMark.markY2;
resumeMusic();
uint32_t overflowingNotes = countOverflowingNotes(mode, addValue, allInstrumentsFlag,
curPattern, numRows, markX1, markX2, markY1, markY2);
if (overflowingNotes > 0)
{
char text[48];
sprintf(text, "%u note(s) will be erased! Proceed?", overflowingNotes);
if (okBox(2, "System request", text, NULL) != 1)
return;
}
// "addValue" is never <-12 or >12, so unsigned 8-bit testing for >96 is safe
switch (mode)
{
case TRANSP_TRACK:
{
note_t *p = pattern[curPattern];
if (p == NULL)
return;
p += cursor.ch;
for (int32_t row = 0; row < numRows; row++, p += MAX_CHANNELS)
{
volatile uint8_t note = p->note;
if ((note >= 1 && note <= 96) && (allInstrumentsFlag || p->instr == editor.curInstr))
{
note += addValue;
if (note > 96)
note = 0; // also handles underflow
p->note = note;
}
}
}
break;
case TRANSP_PATT:
{
note_t *p = pattern[curPattern];
if (p == NULL)
return;
const int32_t pitch = MAX_CHANNELS - song.numChannels;
for (int32_t row = 0; row < numRows; row++, p += pitch)
{
for (int32_t ch = 0; ch < song.numChannels; ch++, p++)
{
volatile uint8_t note = p->note;
if ((note >= 1 && note <= 96) && (allInstrumentsFlag || p->instr == editor.curInstr))
{
note += addValue;
if (note > 96)
note = 0; // also handles underflow
p->note = note;
}
}
}
}
break;
case TRANSP_SONG:
{
const int32_t pitch = MAX_CHANNELS - song.numChannels;
for (int32_t i = 0; i < MAX_PATTERNS; i++)
{
note_t *p = pattern[i];
if (p == NULL)
continue; // empty pattern
for (int32_t row = 0; row < patternNumRows[i]; row++, p += pitch)
{
for (int32_t ch = 0; ch < song.numChannels; ch++, p++)
{
volatile uint8_t note = p->note;
if ((note >= 1 && note <= 96) && (allInstrumentsFlag || p->instr == editor.curInstr))
{
note += addValue;
if (note > 96)
note = 0; // also handles underflow
p->note = note;
}
}
}
}
}
break;
case TRANSP_BLOCK:
{
if (markY1 == markY2 || markY1 > markY2)
return;
if (markX1 > song.numChannels-1)
markX1 = song.numChannels-1;
if (markX2 > song.numChannels-1)
markX2 = song.numChannels-1;
if (markX2 < markX1)
markX2 = markX1;
if (markY1 >= numRows)
markY1 = numRows-1;
if (markY2 > numRows)
markY2 = numRows-markY1;
note_t *p = pattern[curPattern];
if (p == NULL || markX1 < 0 || markY1 < 0 || markX2 < 0 || markY2 < 0)
return;
p += (markY1 * MAX_CHANNELS) + markX1;
const int32_t pitch = MAX_CHANNELS - ((markX2 + 1) - markX1);
for (int32_t row = markY1; row < markY2; row++, p += pitch)
{
for (int32_t ch = markX1; ch <= markX2; ch++, p++)
{
volatile uint8_t note = p->note;
if ((note >= 1 && note <= 96) && (allInstrumentsFlag || p->instr == editor.curInstr))
{
note += addValue;
if (note > 96)
note = 0; // also handles underflow
p->note = note;
}
}
}
}
break;
default: break;
}
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void trackTranspCurInsUp(void)
{
doTranspose(TRANSP_TRACK, 1, TRANSP_CUR_INSTRUMENT);
}
void trackTranspCurInsDn(void)
{
doTranspose(TRANSP_TRACK, -1, TRANSP_CUR_INSTRUMENT);
}
void trackTranspCurIns12Up(void)
{
doTranspose(TRANSP_TRACK, 12, TRANSP_CUR_INSTRUMENT);
}
void trackTranspCurIns12Dn(void)
{
doTranspose(TRANSP_TRACK, -12, TRANSP_CUR_INSTRUMENT);
}
void trackTranspAllInsUp(void)
{
doTranspose(TRANSP_TRACK, 1, TRANSP_ALL_INSTRUMENTS);
}
void trackTranspAllInsDn(void)
{
doTranspose(TRANSP_TRACK, -1, TRANSP_ALL_INSTRUMENTS);
}
void trackTranspAllIns12Up(void)
{
doTranspose(TRANSP_TRACK, 12, TRANSP_ALL_INSTRUMENTS);
}
void trackTranspAllIns12Dn(void)
{
doTranspose(TRANSP_TRACK, -12, TRANSP_ALL_INSTRUMENTS);
}
void pattTranspCurInsUp(void)
{
doTranspose(TRANSP_PATT, 1, TRANSP_CUR_INSTRUMENT);
}
void pattTranspCurInsDn(void)
{
doTranspose(TRANSP_PATT, -1, TRANSP_CUR_INSTRUMENT);
}
void pattTranspCurIns12Up(void)
{
doTranspose(TRANSP_PATT, 12, TRANSP_CUR_INSTRUMENT);
}
void pattTranspCurIns12Dn(void)
{
doTranspose(TRANSP_PATT, -12, TRANSP_CUR_INSTRUMENT);
}
void pattTranspAllInsUp(void)
{
doTranspose(TRANSP_PATT, 1, TRANSP_ALL_INSTRUMENTS);
}
void pattTranspAllInsDn(void)
{
doTranspose(TRANSP_PATT, -1, TRANSP_ALL_INSTRUMENTS);
}
void pattTranspAllIns12Up(void)
{
doTranspose(TRANSP_PATT, 12, TRANSP_ALL_INSTRUMENTS);
}
void pattTranspAllIns12Dn(void)
{
doTranspose(TRANSP_PATT, -12, TRANSP_ALL_INSTRUMENTS);
}
void songTranspCurInsUp(void)
{
doTranspose(TRANSP_SONG, 1, TRANSP_CUR_INSTRUMENT);
}
void songTranspCurInsDn(void)
{
doTranspose(TRANSP_SONG, -1, TRANSP_CUR_INSTRUMENT);
}
void songTranspCurIns12Up(void)
{
doTranspose(TRANSP_SONG, 12, TRANSP_CUR_INSTRUMENT);
}
void songTranspCurIns12Dn(void)
{
doTranspose(TRANSP_SONG, -12, TRANSP_CUR_INSTRUMENT);
}
void songTranspAllInsUp(void)
{
doTranspose(TRANSP_SONG, 1, TRANSP_ALL_INSTRUMENTS);
}
void songTranspAllInsDn(void)
{
doTranspose(TRANSP_SONG, -1, TRANSP_ALL_INSTRUMENTS);
}
void songTranspAllIns12Up(void)
{
doTranspose(TRANSP_SONG, 12, TRANSP_ALL_INSTRUMENTS);
}
void songTranspAllIns12Dn(void)
{
doTranspose(TRANSP_SONG, -12, TRANSP_ALL_INSTRUMENTS);
}
void blockTranspCurInsUp(void)
{
doTranspose(TRANSP_BLOCK, 1, TRANSP_CUR_INSTRUMENT);
}
void blockTranspCurInsDn(void)
{
doTranspose(TRANSP_BLOCK, -1, TRANSP_CUR_INSTRUMENT);
}
void blockTranspCurIns12Up(void)
{
doTranspose(TRANSP_BLOCK, 12, TRANSP_CUR_INSTRUMENT);
}
void blockTranspCurIns12Dn(void)
{
doTranspose(TRANSP_BLOCK, -12, TRANSP_CUR_INSTRUMENT);
}
void blockTranspAllInsUp(void)
{
doTranspose(TRANSP_BLOCK, 1, TRANSP_ALL_INSTRUMENTS);
}
void blockTranspAllInsDn(void)
{
doTranspose(TRANSP_BLOCK, -1, TRANSP_ALL_INSTRUMENTS);
}
void blockTranspAllIns12Up(void)
{
doTranspose(TRANSP_BLOCK, 12, TRANSP_ALL_INSTRUMENTS);
}
void blockTranspAllIns12Dn(void)
{
doTranspose(TRANSP_BLOCK, -12, TRANSP_ALL_INSTRUMENTS);
}
static void copyNote(note_t *src, note_t *dst)
{
if (editor.copyMaskEnable)
{
if (editor.copyMask[0])
dst->note = src->note;
if (editor.copyMask[1])
dst->instr = src->instr;
if (editor.copyMask[2])
dst->vol = src->vol;
if (editor.copyMask[3])
dst->efx = src->efx;
if (editor.copyMask[4])
dst->efxData = src->efxData;
}
else
{
*dst = *src;
}
}
static void pasteNote(note_t *src, note_t *dst)
{
if (editor.copyMaskEnable)
{
if (editor.copyMask[0] && (src->note != 0 || !editor.transpMask[0]))
dst->note = src->note;
if (editor.copyMask[1] && (src->instr != 0 || !editor.transpMask[1]))
dst->instr = src->instr;
if (editor.copyMask[2] && (src->vol != 0 || !editor.transpMask[2]))
dst->vol = src->vol;
if (editor.copyMask[3] && (src->efx != 0 || !editor.transpMask[3]))
dst->efx = src->efx;
if (editor.copyMask[4] && (src->efxData != 0 || !editor.transpMask[4]))
dst->efxData = src->efxData;
}
else
{
*dst = *src;
}
}
void cutTrack(void)
{
const volatile uint16_t curPattern = editor.editPattern;
note_t *p = pattern[curPattern];
if (p == NULL)
return;
const int16_t numRows = patternNumRows[curPattern];
if (config.ptnCutToBuffer)
{
memset(trackCopyBuff, 0, sizeof (trackCopyBuff));
for (int16_t i = 0; i < numRows; i++)
copyNote(&p[(i * MAX_CHANNELS) + cursor.ch], &trackCopyBuff[i]);
trkBufLen = numRows;
}
pauseMusic();
for (int16_t i = 0; i < numRows; i++)
memset(&p[(i * MAX_CHANNELS) + cursor.ch], 0, sizeof (note_t));
resumeMusic();
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void copyTrack(void)
{
const volatile uint16_t curPattern = editor.editPattern;
note_t *p = pattern[curPattern];
if (p != NULL)
{
memset(trackCopyBuff, 0, sizeof (trackCopyBuff));
const int16_t numRows = patternNumRows[curPattern];
for (int16_t i = 0; i < numRows; i++)
copyNote(&p[(i * MAX_CHANNELS) + cursor.ch], &trackCopyBuff[i]);
trkBufLen = numRows;
}
}
void pasteTrack(void)
{
const volatile uint16_t curPattern = editor.editPattern;
if (trkBufLen == 0 || !allocatePattern(curPattern))
return;
note_t *p = pattern[curPattern];
const int16_t numRows = patternNumRows[curPattern];
pauseMusic();
for (int16_t i = 0; i < numRows; i++)
pasteNote(&trackCopyBuff[i], &p[(i * MAX_CHANNELS) + cursor.ch]);
resumeMusic();
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void cutPattern(void)
{
const volatile uint16_t curPattern = editor.editPattern;
note_t *p = pattern[curPattern];
if (p == NULL)
return;
const int16_t numRows = patternNumRows[curPattern];
if (config.ptnCutToBuffer)
{
memset(ptnCopyBuff, 0, (MAX_PATT_LEN * MAX_CHANNELS) * sizeof (note_t));
for (int16_t x = 0; x < song.numChannels; x++)
{
for (int16_t i = 0; i < numRows; i++)
copyNote(&p[(i * MAX_CHANNELS) + x], &ptnCopyBuff[(i * MAX_CHANNELS) + x]);
}
ptnBufLen = numRows;
}
pauseMusic();
for (int16_t x = 0; x < song.numChannels; x++)
{
for (int16_t i = 0; i < numRows; i++)
memset(&p[(i * MAX_CHANNELS) + x], 0, sizeof (note_t));
}
resumeMusic();
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void copyPattern(void)
{
const volatile uint16_t curPattern = editor.editPattern;
note_t *p = pattern[curPattern];
if (p != NULL)
{
memset(ptnCopyBuff, 0, (MAX_PATT_LEN * MAX_CHANNELS) * sizeof (note_t));
const int16_t numRows = patternNumRows[curPattern];
for (int16_t x = 0; x < song.numChannels; x++)
{
for (int16_t i = 0; i < numRows; i++)
copyNote(&p[(i * MAX_CHANNELS) + x], &ptnCopyBuff[(i * MAX_CHANNELS) + x]);
}
ptnBufLen = numRows;
}
}
void pastePattern(void)
{
const volatile uint16_t curPattern = editor.editPattern;
if (ptnBufLen == 0)
return;
if (patternNumRows[curPattern] != ptnBufLen)
{
if (okBox(2, "System request", "Adjust pattern length to match copied pattern length?", NULL) == 1)
setPatternLen(curPattern, ptnBufLen);
}
if (!allocatePattern(curPattern))
return;
note_t *p = pattern[curPattern];
const int16_t numRows = patternNumRows[curPattern];
pauseMusic();
for (int16_t x = 0; x < song.numChannels; x++)
{
for (int16_t i = 0; i < numRows; i++)
pasteNote(&ptnCopyBuff[(i * MAX_CHANNELS) + x], &p[(i * MAX_CHANNELS) + x]);
}
resumeMusic();
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void cutBlock(void)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
volatile int32_t markX1 = pattMark.markX1;
volatile int32_t markX2 = pattMark.markX2;
volatile int32_t markY1 = pattMark.markY1;
volatile int32_t markY2 = pattMark.markY2;
resumeMusic();
const int16_t numRows = patternNumRows[curPattern];
if (markY1 == markY2 || markY1 > markY2)
return;
if (markX1 > song.numChannels-1)
markX1 = song.numChannels-1;
if (markX2 > song.numChannels-1)
markX2 = song.numChannels-1;
if (markX2 < markX1)
markX2 = markX1;
if (markY1 >= numRows)
markY1 = numRows-1;
if (markY2 > numRows)
markY2 = numRows-markY1;
note_t *p = pattern[curPattern];
if (p != NULL && markY1 >= 0 && markX1 >= 0 && markX2 >= 0 && markY2 >= 0)
{
pauseMusic();
for (int32_t x = markX1; x <= markX2; x++)
{
for (int32_t y = markY1; y < markY2; y++)
{
note_t *n = &p[(y * MAX_CHANNELS) + x];
if (config.ptnCutToBuffer)
copyNote(n, &blkCopyBuff[((y - markY1) * MAX_CHANNELS) + (x - markX1)]);
memset(n, 0, sizeof (note_t));
}
}
resumeMusic();
killPatternIfUnused(curPattern);
if (config.ptnCutToBuffer)
{
markXSize = markX2 - markX1;
markYSize = markY2 - markY1;
blockCopied = true;
}
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
}
void copyBlock(void)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
volatile int32_t markX1 = pattMark.markX1;
volatile int32_t markX2 = pattMark.markX2;
volatile int32_t markY1 = pattMark.markY1;
volatile int32_t markY2 = pattMark.markY2;
resumeMusic();
const int16_t numRows = patternNumRows[curPattern];
if (markY1 == markY2 || markY1 > markY2)
return;
if (markX1 > song.numChannels-1)
markX1 = song.numChannels-1;
if (markX2 > song.numChannels-1)
markX2 = song.numChannels-1;
if (markX2 < markX1)
markX2 = markX1;
if (markY1 >= numRows)
markY1 = numRows-1;
if (markY2 > numRows)
markY2 = numRows-markY1;
note_t *p = pattern[curPattern];
if (p != NULL && markY1 >= 0 && markX1 >= 0 && markX2 >= 0 && markY2 >= 0)
{
for (int32_t x = markX1; x <= markX2; x++)
{
for (int32_t y = markY1; y < markY2; y++)
copyNote(&p[(y * MAX_CHANNELS) + x], &blkCopyBuff[((y - markY1) * MAX_CHANNELS) + (x - markX1)]);
}
markXSize = markX2 - markX1;
markYSize = markY2 - markY1;
blockCopied = true;
}
}
void pasteBlock(void)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
const volatile uint16_t curRow = editor.row;
resumeMusic();
if (!blockCopied || !allocatePattern(curPattern))
return;
int32_t chStart = cursor.ch;
int32_t rowStart = curRow;
const int16_t numRows = patternNumRows[curPattern];
if (chStart >= song.numChannels)
chStart = song.numChannels-1;
if (rowStart >= numRows)
rowStart = numRows-1;
int32_t markedChannels = markXSize + 1;
if (chStart+markedChannels > song.numChannels)
markedChannels = song.numChannels - chStart;
int32_t markedRows = markYSize;
if (rowStart+markedRows > numRows)
markedRows = numRows - rowStart;
if (markedChannels > 0 && markedRows > 0)
{
note_t *p = pattern[curPattern];
pauseMusic();
for (int32_t x = chStart; x < chStart+markedChannels; x++)
{
for (int32_t y = rowStart; y < rowStart+markedRows; y++)
pasteNote(&blkCopyBuff[((y - rowStart) * MAX_CHANNELS) + (x - chStart)], &p[(y * MAX_CHANNELS) + x]);
}
resumeMusic();
}
killPatternIfUnused(curPattern);
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
static void remapInstrXY(int32_t pattNum, int32_t x1, int32_t y1, int32_t x2, int32_t y2, uint8_t src, uint8_t dst)
{
note_t *pattPtr = pattern[pattNum];
if (pattPtr == NULL)
return;
if (x1 > song.numChannels-1)
x1 = song.numChannels-1;
if (x2 > song.numChannels-1)
x2 = song.numChannels-1;
if (x2 < x1)
x2 = x1;
const int16_t numRows = patternNumRows[pattNum];
if (y1 >= numRows)
y1 = numRows-1;
if (y2 > numRows)
y2 = numRows-y1;
note_t *p = &pattPtr[(y1 * MAX_CHANNELS) + x1];
const int32_t pitch = MAX_CHANNELS - ((x2 + 1) - x1);
for (int32_t y = y1; y <= y2; y++, p += pitch)
{
for (int32_t x = x1; x <= x2; x++, p++)
{
if (p->instr == src)
p->instr = dst;
}
}
}
void remapBlock(void)
{
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
volatile int32_t markX1 = pattMark.markX1;
volatile int32_t markX2 = pattMark.markX2;
volatile int32_t markY1 = pattMark.markY1;
volatile int32_t markY2 = pattMark.markY2;
resumeMusic();
if (editor.srcInstr == editor.curInstr || markY1 == markY2 || markY1 > markY2)
return;
remapInstrXY(curPattern,
markX1, markY1,
markX2, markY2 - 1,
editor.srcInstr, editor.curInstr);
resumeMusic();
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void remapTrack(void)
{
const volatile uint16_t curPattern = editor.editPattern;
if (editor.srcInstr == editor.curInstr)
return;
pauseMusic();
remapInstrXY(curPattern,
cursor.ch, 0,
cursor.ch, patternNumRows[curPattern]-1,
editor.srcInstr, editor.curInstr);
resumeMusic();
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void remapPattern(void)
{
const volatile uint16_t curPattern = editor.editPattern;
if (editor.srcInstr == editor.curInstr)
return;
pauseMusic();
remapInstrXY(curPattern,
0, 0,
song.numChannels-1, patternNumRows[curPattern]-1,
editor.srcInstr, editor.curInstr);
resumeMusic();
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
void remapSong(void)
{
if (editor.srcInstr == editor.curInstr)
return;
pauseMusic();
for (int32_t i = 0; i < MAX_PATTERNS; i++)
{
// remapInstrXY() also checks if pattern is not allocated!
remapInstrXY(i,
0, 0,
song.numChannels-1, patternNumRows[i]-1,
editor.srcInstr, editor.curInstr);
}
resumeMusic();
ui.updatePatternEditor = true;
setSongModifiedFlag();
}
// "scale-fade volume" routines
static int8_t getNoteVolume(note_t *p)
{
int8_t nv, vv, ev;
if (p->vol >= 0x10 && p->vol <= 0x50)
vv = p->vol - 0x10;
else
vv = -1;
if (p->efx == 0xC)
ev = MIN(p->efxData, 64);
else
ev = -1;
if (p->instr != 0 && instr[p->instr] != NULL)
nv = (int8_t)instr[p->instr]->smp[0].volume;
else
nv = -1;
int8_t finalv = -1;
if (nv >= 0) finalv = nv;
if (vv >= 0) finalv = vv;
if (ev >= 0) finalv = ev;
return finalv;
}
static void setNoteVolume(note_t *p, int8_t newVol)
{
if (newVol < 0)
return;
if (newVol > 64)
newVol = 64;
const int8_t oldv = getNoteVolume(p);
if (p->vol == oldv)
return; // volume is the same
if (p->efx == 0x0C)
p->efxData = newVol; // Cxx effect
else
p->vol = 0x10 + newVol; // volume column
}
static void scaleNote(int32_t pattNum, int32_t ch, int32_t row, double dScale)
{
if (pattern[pattNum] == NULL)
return;
const int32_t numRows = patternNumRows[pattNum];
if (row < 0 || row >= numRows || ch < 0 || ch >= song.numChannels)
return;
note_t *p = &pattern[pattNum][(row * MAX_CHANNELS) + ch];
int32_t vol = getNoteVolume(p);
if (vol >= 0)
{
vol = (int32_t)((vol * dScale) + 0.5); // rounded
vol = MIN(MAX(0, vol), 64);
setNoteVolume(p, (int8_t)vol);
}
}
static bool askForScaleFade(char *msg)
{
char volstr[32+1];
sprintf(volstr, "%0.2f,%0.2f", dVolScaleFK1, dVolScaleFK2);
if (inputBox(1, msg, volstr, sizeof (volstr)-1) != 1)
return false;
bool error = false;
char *val1 = volstr;
if (strlen(val1) < 3)
error = true;
char *val2 = strchr(volstr, ',');
if (val2 == NULL || strlen(val2) < 3)
error = true;
if (error)
{
okBox(0, "System message", "Invalid constant expressions.", NULL);
return false;
}
dVolScaleFK1 = atof(val1+0);
dVolScaleFK2 = atof(val2+1);
return true;
}
void scaleFadeVolumeTrack(void)
{
if (!askForScaleFade("Volume scale-fade track (start-, end scale)"))
return;
const volatile uint16_t curPattern = editor.editPattern;
if (pattern[curPattern] == NULL)
return;
const int32_t numRows = patternNumRows[curPattern];
double dVolDelta = 0.0;
if (numRows > 0)
dVolDelta = (dVolScaleFK2 - dVolScaleFK1) / numRows;
double dVol = dVolScaleFK1;
pauseMusic();
for (int32_t row = 0; row < numRows; row++)
{
scaleNote(curPattern, cursor.ch, row, dVol);
dVol += dVolDelta;
}
resumeMusic();
}
void scaleFadeVolumePattern(void)
{
if (!askForScaleFade("Volume scale-fade pattern (start-, end scale)"))
return;
const volatile uint16_t curPattern = editor.editPattern;
if (pattern[curPattern] == NULL)
return;
const int32_t numRows = patternNumRows[curPattern];
double dVolDelta = 0.0;
if (numRows > 0)
dVolDelta = (dVolScaleFK2 - dVolScaleFK1) / numRows;
double dVol = dVolScaleFK1;
pauseMusic();
for (int32_t row = 0; row < numRows; row++)
{
for (int32_t ch = 0; ch < song.numChannels; ch++)
scaleNote(curPattern, ch, row, dVol);
dVol += dVolDelta;
}
resumeMusic();
}
void scaleFadeVolumeBlock(void)
{
if (!askForScaleFade("Volume scale-fade block (start-, end scale)"))
return;
pauseMusic();
const volatile uint16_t curPattern = editor.editPattern;
volatile int32_t markX1 = pattMark.markX1;
volatile int32_t markX2 = pattMark.markX2;
volatile int32_t markY1 = pattMark.markY1;
volatile int32_t markY2 = pattMark.markY2;
resumeMusic();
if (pattern[curPattern] == NULL || markY1 == markY2 || markY1 > markY2)
return;
const int32_t numRows = markY2 - markY1;
double dVolDelta = 0.0;
if (numRows > 0)
dVolDelta = (dVolScaleFK2 - dVolScaleFK1) / numRows;
double dVol = dVolScaleFK1;
pauseMusic();
for (int32_t row = markY1; row < markY2; row++)
{
for (int32_t ch = markX1; ch <= markX2; ch++)
scaleNote(curPattern, ch, row, dVol);
dVol += dVolDelta;
}
resumeMusic();
}
void toggleCopyMaskEnable(void) { editor.copyMaskEnable ^= 1; }
void toggleCopyMask0(void) { editor.copyMask[0] ^= 1; };
void toggleCopyMask1(void) { editor.copyMask[1] ^= 1; };
void toggleCopyMask2(void) { editor.copyMask[2] ^= 1; };
void toggleCopyMask3(void) { editor.copyMask[3] ^= 1; };
void toggleCopyMask4(void) { editor.copyMask[4] ^= 1; };
void togglePasteMask0(void) { editor.pasteMask[0] ^= 1; };
void togglePasteMask1(void) { editor.pasteMask[1] ^= 1; };
void togglePasteMask2(void) { editor.pasteMask[2] ^= 1; };
void togglePasteMask3(void) { editor.pasteMask[3] ^= 1; };
void togglePasteMask4(void) { editor.pasteMask[4] ^= 1; };
void toggleTranspMask0(void) { editor.transpMask[0] ^= 1; };
void toggleTranspMask1(void) { editor.transpMask[1] ^= 1; };
void toggleTranspMask2(void) { editor.transpMask[2] ^= 1; };
void toggleTranspMask3(void) { editor.transpMask[3] ^= 1; };
void toggleTranspMask4(void) { editor.transpMask[4] ^= 1; };