tl_procession *init_procession(void){
tl_procession *x = malloc(sizeof(tl_procession));
x->class_head = init_class();
x->ctl_head = init_ctl(TL_HEAD_CTL);
x->lvl_stck = init_lvl_stck();
x->ab_in = init_audio_buff(TL_MAXCHANNS);
x->ab_out = init_audio_buff(TL_MAXCHANNS);
return x;
}
void tl_init_dac(int in_cnt, int up){
printf("creating dac...\n");
// think more about this policy
// later ...
// one idea is to have a module called dac_bus
// that simply looks like a [dac~] in Pd and directs
// its output to 'the' tl_dac
/* if(tl_dac_cnt > 0) */
/* { */
/* printf("error: tl_dac_init: only one dac allowed\n"); */
/* return(NULL); */
/* } */
tl_g_dac = (tl_dac *)malloc(sizeof(tl_dac));
tl_g_dac->dsp_func = &tl_dsp_dac;
tl_g_dac->kill_func = &tl_kill_dac;
tl_g_dac->inlets = init_sigs(in_cnt, TL_INLET, 1);
tl_g_dac->in_cnt = in_cnt;
tl_g_dac->sr = tl_get_samplerate();
//tl_dac_cnt++;
// again, we are presuming only one dac at a time ...
set_g_out_chann_cnt(in_cnt);
tl_g_dac->ab = init_audio_buff(in_cnt);
set_g_audio_buff_out(tl_g_dac->ab);
}
//initializes audio buffer
int initAudio(char* fname) {
alt_up_sd_card_dev *device_reference = NULL;
device_reference = alt_up_sd_card_open_dev(SD_CARD_NAME);
open_sd();
av_config_setup();
init_audio_buff(ab);
ab->audio = alt_up_audio_open_dev(AUDIO_0_NAME);
alt_up_audio_reset_audio_core(ab->audio);
file_handle = alt_up_sd_card_fopen(fname, 0);
offset(file_handle, ab);
fill_buff(file_handle, ab);
return file_handle;
}
void resize_audio_buff_block_len(tl_audio_buff *x){
int channs = x->channs;
kill_audio_buff(x);
x = init_audio_buff(channs);
}
void resize_audio_buff_channs(tl_audio_buff *x, int channs){
// will this work?
kill_audio_buff(x);
x = init_audio_buff(channs);
}
