static bool load_drum_pxt(char *fname, int d)
{
int i;
signed short sample;
stPXSound snd;
stat("load_drum: loading %s into drum index %d", fname, d);
if (pxt_load(fname, &snd)) return 1;
pxt_Render(&snd);
drumtable[d].nsamples = snd.final_size;
drumtable[d].samples = (signed short *)malloc(snd.final_size * 2); // *2 - it is 16-bit
#ifndef QUIET
stat("drum0%X [%s]: %d samples", d, fname, drumtable[d].nsamples);
#endif
// read data out of pxt's render result and put it into our drum sample table
for(i=0;i<drumtable[d].nsamples;i++)
{
sample = snd.final_buffer[i];
//i'm upscaling the 8-bit value to 16-bit;
//but this also sets volume of drums relative to music
sample *= 200;
drumtable[d].samples[i] = sample;
}
FreePXTBuf(&snd);
return 0;
}
static bool load_drum_pxt(FILE *fd, int s, int d)
{
int i;
signed short sample;
stPXSound snd;
if (pxt_load(fd, &snd, s)) return 1;
pxt_Render(&snd);
drumtable[d].nsamples = snd.final_size;
drumtable[d].samples = (signed short *)malloc(snd.final_size * 2); // *2 - it is 16-bit
// read data out of pxt's render result and put it into our drum sample table
for(i=0;i<drumtable[d].nsamples;i++)
{
sample = snd.final_buffer[i];
//i'm upscaling the 8-bit value to 16-bit;
//but this also sets volume of drums relative to music
sample *= 200;
drumtable[d].samples[i] = sample;
}
FreePXTBuf(&snd);
return 0;
}
