void le_retirada(FILE* arq, T_Retirada* retirada)
{
memset(retirada, 0, sizeof(T_Retirada));
le_str(arq, &(retirada->nome));
le_str(arq, &(retirada->cnh));
le_float(arq, &(retirada->vl_diaria));
le_int(arq, &(retirada->limite_km));
le_int(arq, &(retirada->km_retirada));
le_float(arq, &(retirada->vl_km_extra));
le_str(arq, &(retirada->data_retirada));
le_boolean(arq, &(retirada->devolvido));
}
int main (int argc, char * argv[])
{
const int N = 16;
const int iters = 1;
float *x, *y, *z;
posix_memalign((void **)&x, VECTOR_SIZE, N*sizeof(float));
posix_memalign((void **)&y, VECTOR_SIZE, N*sizeof(float));
posix_memalign((void **)&z, VECTOR_SIZE, N*sizeof(float));
int i, j;
for (i=0; i<N; i++)
{
x[i] = i;
y[i] = i+1;
z[i] = 0.0f;
}
lt_float(x, y, z, N);
test((void *)z, N);
gt_float(y, x, z, N);
test((void *)z, N);
le_float(x, y, z, N);
test((void *)z, N);
ge_float(y, x, z, N);
test((void *)z, N);
diff_float(y, x, z, N);
test((void *)z, N);
for (i=0; i<N; i++)
{
x[i] = i;
y[i] = i;
}
eq_float(y, x, z, N);
test((void *)z, N);
printf("SUCCESS!\n");
return 0;
}
/*
* xsynth_voice_import_patch
*
* import a patch in old Xsynth format
*/
void
xsynth_voice_import_patch(xsynth_patch_t *xsynth_patch,
unsigned char *old_patch, int unpack_name,
unsigned long bank, unsigned long program)
{
if (!unpack_name) {
strcpy(xsynth_patch->name, "imported patch");
}
/* Unpack patch data */
/* Continuous knobs */
/* VCO 1 */
xsynth_patch->osc1_pitch = le_float(old_patch + 4);
xsynth_patch->osc1_pulsewidth = le_float(old_patch + 12);
/* VCO 2 */
xsynth_patch->osc2_pitch = le_float(old_patch + 20);
xsynth_patch->osc2_pulsewidth = le_float(old_patch + 28);
/* LFO */
xsynth_patch->lfo_frequency = le_float(old_patch + 36);
xsynth_patch->lfo_amount_o = le_float(old_patch + 44);
xsynth_patch->lfo_amount_f = le_float(old_patch + 52);
/* BALANCE */
xsynth_patch->osc_balance = le_float(old_patch + 60);
/* PORTAMENTO */
/* glide_time: compensate for different control-value-recalulation rates */
xsynth_patch->glide_time = 1.0f - pow((1.0f - le_float(old_patch + 68)),
(float)XSYNTH_NUGGET_SIZE / 256.0f);
/* EG 1 */
xsynth_patch->eg1_attack_time = le_float(old_patch + 76);
xsynth_patch->eg1_decay_time = le_float(old_patch + 84);
xsynth_patch->eg1_sustain_level = le_float(old_patch + 92);
xsynth_patch->eg1_release_time = le_float(old_patch + 100);
xsynth_patch->eg1_vel_sens = 0.0f;
xsynth_patch->eg1_amount_o = le_float(old_patch + 108);
xsynth_patch->eg1_amount_f = le_float(old_patch + 116);
/* EG 2 */
xsynth_patch->eg2_attack_time = le_float(old_patch + 124);
xsynth_patch->eg2_decay_time = le_float(old_patch + 132);
xsynth_patch->eg2_sustain_level = le_float(old_patch + 140);
xsynth_patch->eg2_release_time = le_float(old_patch + 148);
xsynth_patch->eg2_vel_sens = 0.0f;
xsynth_patch->eg2_amount_o = le_float(old_patch + 156);
xsynth_patch->eg2_amount_f = le_float(old_patch + 164);
/* VCF */
xsynth_patch->vcf_cutoff = le_float(old_patch + 172);
xsynth_patch->vcf_qres = 2.0f - le_float(old_patch + 180);
/* VOLUME */
xsynth_patch->volume = le_float(old_patch + 188);
/* Detent knobs */
xsynth_patch->osc1_waveform = waveform_bit_to_number(old_patch[196]);
xsynth_patch->osc2_waveform = waveform_bit_to_number(old_patch[201]);
xsynth_patch->lfo_waveform = waveform_bit_to_number(old_patch[206]);
/* Buttons */
xsynth_patch->osc_sync = old_patch[207];
xsynth_patch->vcf_mode = old_patch[208];
/* Name */
if (unpack_name) {
int i;
for (i = 0; i < 15; i++) { /* Yes, 15: old banks had only 15 character names */
xsynth_patch->name[i] = *(old_patch + 209 + i);
}
xsynth_patch->name[15] = '\0';
}
}
