void Texture_Setup(void)
{
int i = 0;
int pos = 0;
for(i = Wad_GetLumpNum("T_START")+1; i < Wad_GetLumpNum("T_END"); i++)
{
romWadFile.lumpcache[i] = Wad_GetLump(romWadFile.lump[i].name, true);
Texture_CreateRomLump(&d64RomTexture[pos], romWadFile.lumpcache[i]);
Texture_CreateExLump(&d64ExTexture[pos], &d64RomTexture[pos]);
// Masked textures are identified by having its first palette color all 0s, but
// the nukage textures appear to have 0 RGB for its first palette color.. which
// causes them to be masked or see-through. This hack will prevent that..
if(i == Wad_GetLumpNum("SLIMEA") || i == Wad_GetLumpNum("SLIMEB"))
{
d64ExTexture[pos].palette[0][0].r =
d64ExTexture[pos].palette[0][0].g =
d64ExTexture[pos].palette[0][0].b = 1;
}
d64ExTexture[pos++].lumpRef = i;
WGen_UpdateProgress("Converting Textures...");
}
}
void SF_CreatePresets(patch_t* patch, int npatch,
subpatch_t* subpatch, int nsubpatch,
wavtable_t* wavtable)
{
int i;
int j;
uint banks = 0;
uint presetcount = 0;
gentypes_t value;
char name[20];
WGen_UpdateProgress("Building Soundfont Presets...");
for(i = 0; i < npatch; i++)
{
patch_t* p;
p = &patch[i];
//
// I can only assume that normal sounds come after all instruments...
// it would suck if they didn't...
//
if(!subpatch[p->offset].instrument && !banks)
{
presetcount = 0;
banks++;
}
sprintf(name, "PRESET_%03d", totalpresets);
SF_AddPreset(&preset->info, name, totalpresets, banks, presetcount++);
for(j = 0; j < p->length; j++)
{
subpatch_t* sp;
wavtable_t* wt;
SF_AddPresetBag(&preset->bag);
value.wAmount = totalinstruments;
SF_AddPresetGenerator(&preset->gen, GEN_INSTRUMENT, value);
sp = &subpatch[p->offset + j];
wt = &wavtable[sp->id];
sprintf(name, "INST_%03d", totalinstruments);
SF_AddInstrument(&inst->info, name, totalinstruments);
SF_AddInstrumentBag(&inst->bag);
//
// min/max notes
//
value.ranges.byLo = sp->minnote;
value.ranges.byHi = sp->maxnote;
SF_AddInstrumentGenerator(&inst->gen, GEN_KEYRANGE, value);
//
// attenuation
//
if(sp->attenuation < 127)
{
value.wAmount = (int)attentopercent(sp->attenuation);
SF_AddInstrumentGenerator(&inst->gen, GEN_ATTENUATION, value);
}
//
// panning
//
if(sp->pan != 64)
{
value.wAmount = (int)pantopercent(sp->pan);
SF_AddInstrumentGenerator(&inst->gen, GEN_PAN, value);
}
//
// attack time
//
if(sp->attacktime > 1)
{
value.wAmount = (int)usectotimecents(sp->attacktime);
SF_AddInstrumentGenerator(&inst->gen, GEN_VOLENVATTACK, value);
}
//
// release time
//
if(sp->decaytime > 1)
{
value.wAmount = (int)usectotimecents(sp->decaytime);
SF_AddInstrumentGenerator(&inst->gen, GEN_VOLENVRELEASE, value);
}
//
// sample loops
//
if(wt->loopid != -1)
{
value.wAmount = 1;
SF_AddInstrumentGenerator(&inst->gen, GEN_SAMPLEMODE, value);
}
//
// root key override
//
value.wAmount = getoriginalpitch(sp->rootkey, wt->pitch);
SF_AddInstrumentGenerator(&inst->gen, GEN_OVERRIDEROOTKEY, value);
//
// sample id
//
value.wAmount = sp->id;
SF_AddInstrumentGenerator(&inst->gen, GEN_SAMPLEID, value);
totalinstruments++;
}
totalpresets++;
}
SF_AddPreset(&preset->info, "EOP", totalpresets, 0, ++banks);
SF_AddPresetBag(&preset->bag);
value.wAmount = 0;
SF_AddPresetGenerator(&preset->gen, GEN_INSTRUMENT, value);
SF_AddInstrument(&inst->info, "EOI", totalinstruments);
SF_AddInstrumentBag(&inst->bag);
value.wAmount = 0;
SF_AddInstrumentGenerator(&inst->gen, GEN_SAMPLEID, value);
}
