// Files
void LoadToVRAM(const char* filename, u16 x, u16 y)
{
filename; x; y;
//subRom.SX = (u16)filename;
//subRom.SY = 0;
//subRom.DX = x;
//subRom.DY = y;
//subRom.NX = 0;
//subRom.NY = 0;
//subRom.CLR = 0;
//subRom.ARG = 0;
//subRom.CMD = 0;
#define EXTROM #0x015F
#define BLTVD #0x019D
#define SX #0xF562 // X-coordinate of the source
#define SY #0xF564 // Y-coordinate of the source
#define DX #0xF566 // X-coordinate of the destination
#define DY #0xF568 // Y-coordinate of the destination
#define NX #0xF56A // number of dots in the X direction
#define NY #0xF56C // number of dots in the Y direction
#define CDUMMY #0xF56E // dummy (not required to be set)
#define ARG #0xF56F // selects the direction and expansion RAM (same as VDP R#45)
#define LOGOP #0xF570 // logical operation code (same as the logical operation code of VDP)
__asm
;// Init data
ld l,4(ix)
ld h,5(ix)
ld (SX), hl
ld l,6(ix)
ld h,7(ix)
ld (DX), hl
ld l,8(ix)
ld h,9(ix)
ld (DY), hl
xor a
ld (ARG), a ;// ARG doit toujours être mis à zéro !!!
ld (LOGOP), a ;// Idem LOGOP
;// Call BLTVD function
di
ld hl, #0xF562
ld ix, BLTVD
call EXTROM
ei
__endasm;
}
/***************************************************************************/
void write_float(float data) {
fwrite( ((char*) &data) + 3, sizeof(char), 1, arch_dest);
fwrite( ((char*) &data) + 2, sizeof(char), 1, arch_dest);
fwrite( ((char*) &data) + 1, sizeof(char), 1, arch_dest);
fwrite( ((char*) &data) , sizeof(char), 1, arch_dest);
}
/***************************************************************************/
void usage(void)
{
fprintf(stderr,"\nusage: %s <DATA-File> <HTK-File>\n\
Header: nSamples=number_of_vectors\n\
sampPeriod=50 (arbitrary)\n\
sSize=4*PUNTOS (float, vector dimension)\n\
parmKind=9 (USER)\n\n",prog);
exit(1);
}
int main (int argc, char *argv[])
{
int i, j, cont, puntos;
char linea[MAX_LINE_LENGTH], *np, *endp;
FILE *arch_orig=NULL;
// Cabecera
long nSamples, sampPeriod;
int sampSize, parmKind;
prog=argv[0];
if ((argc<2) || (argc>3)) {
