/**
* Generic palette fader/unfader. Creates a 'FadeProcess' process
* for each palette that is to fade.
* @param multTable Fixed point color multiplier table
* @param noFadeTable List of palettes not to fade
*/
static void Fader(const long multTable[], SCNHANDLE noFadeTable[]) {
PALQ *pPal; // palette manager iterator
if (TinselV2) {
// The is only ever one cuncurrent fade
// But this could be a fade out and the fade in is still going!
CoroScheduler.killMatchingProcess(PID_FADER);
NoFadingPalettes();
}
// create a process for each palette in the palette queue
for (pPal = GetNextPalette(NULL); pPal != NULL; pPal = GetNextPalette(pPal)) {
bool bFade = true;
// assume we want to fade this palette
// is palette in the list of palettes not to fade
if (noFadeTable != NULL) {
// there is a list of palettes not to fade
for (int i = 0; noFadeTable[i] != 0; i++) {
if (pPal->hPal == noFadeTable[i]) {
// palette is in the list - dont fade it
bFade = false;
// leave loop prematurely
break;
}
}
}
if (bFade) {
FADE fade;
// fill in FADE struct
fade.pColorMultTable = multTable;
fade.pPalQ = pPal;
// create a fader process for this palette
CoroScheduler.createProcess(PID_FADER, FadeProcess, (void *)&fade, sizeof(FADE));
}
}
}
/**
* Generic palette fader/unfader. Creates a 'FadeProcess' process
* for each palette that is to fade.
* @param multTable Fixed point color multiplier table
*/
static void Fader(const long multTable[]) {
PALQ *pPal; // palette manager iterator
if (TinselV2) {
// The is only ever one cuncurrent fade
// But this could be a fade out and the fade in is still going!
CoroScheduler.killMatchingProcess(PID_FADER);
NoFadingPalettes();
}
// create a process for each palette in the palette queue
for (pPal = GetNextPalette(NULL); pPal != NULL; pPal = GetNextPalette(pPal)) {
FADE fade;
// fill in FADE struct
fade.pColorMultTable = multTable;
fade.pPalQ = pPal;
// create a fader process for this palette
CoroScheduler.createProcess(PID_FADER, FadeProcess, (void *)&fade, sizeof(FADE));
}
}
