Device_impl* new_DSP_gc(DSP* dsp)
{
DSP_gc* gc = memory_alloc_item(DSP_gc);
if (gc == NULL)
return NULL;
if (!Device_impl_init(&gc->parent, del_DSP_gc))
{
memory_free(gc);
return NULL;
}
gc->parent.device = (Device*)dsp;
Device_set_process((Device*)dsp, DSP_gc_process);
gc->map = NULL;
if (!Device_impl_register_set_envelope(
&gc->parent, "p_e_map.json", NULL, DSP_gc_set_map, NULL))
{
del_DSP_gc(&gc->parent);
return NULL;
}
Device_register_port(gc->parent.device, DEVICE_PORT_TYPE_RECEIVE, 0);
Device_register_port(gc->parent.device, DEVICE_PORT_TYPE_SEND, 0);
return &gc->parent;
}
Device_impl* new_Proc_ringmod(void)
{
Proc_ringmod* ringmod = memory_alloc_item(Proc_ringmod);
if (ringmod == NULL)
return NULL;
if (!Device_impl_init(&ringmod->parent, del_Proc_ringmod))
{
del_Device_impl(&ringmod->parent);
return NULL;
}
ringmod->parent.create_pstate = new_Ringmod_pstate;
ringmod->parent.init_vstate = Ringmod_vstate_init;
return &ringmod->parent;
}
Device_impl* new_Proc_noise(void)
{
Proc_noise* noise = memory_alloc_item(Proc_noise);
if (noise == NULL)
return NULL;
if (!Device_impl_init(&noise->parent, del_Proc_noise))
{
del_Device_impl(&noise->parent);
return NULL;
}
noise->parent.create_pstate = new_Noise_pstate;
noise->parent.get_vstate_size = Noise_vstate_get_size;
noise->parent.init_vstate = Noise_vstate_init;
return &noise->parent;
}
Device_impl* new_DSP_freeverb(DSP* dsp)
{
DSP_freeverb* freeverb = memory_alloc_item(DSP_freeverb);
if (freeverb == NULL)
return NULL;
if (!Device_impl_init(&freeverb->parent, del_DSP_freeverb))
{
memory_free(freeverb);
return NULL;
}
freeverb->parent.device = (Device*)dsp;
Device_set_process((Device*)dsp, DSP_freeverb_process);
Device_set_state_creator(
freeverb->parent.device,
DSP_freeverb_create_state);
DSP_set_clear_history((DSP*)freeverb->parent.device, DSP_freeverb_clear_history);
Device_impl_register_reset_device_state(
&freeverb->parent, DSP_freeverb_reset);
// Register key set/update handlers
bool reg_success = true;
reg_success &= Device_impl_register_set_float(
&freeverb->parent,
"p_f_refl.json",
initial_reflect,
DSP_freeverb_set_refl,
NULL);
reg_success &= Device_impl_register_set_float(
&freeverb->parent,
"p_f_damp.json",
initial_damp,
DSP_freeverb_set_damp,
NULL);
Device_impl_register_set_audio_rate(
&freeverb->parent, DSP_freeverb_set_audio_rate);
Device_register_port(freeverb->parent.device, DEVICE_PORT_TYPE_RECEIVE, 0);
Device_register_port(freeverb->parent.device, DEVICE_PORT_TYPE_SEND, 0);
freeverb->gain = 0;
freeverb->reflect = 0;
freeverb->reflect1 = 0;
freeverb->damp = 0;
freeverb->damp1 = 0;
freeverb->wet = 0;
freeverb->wet1 = 0;
freeverb->wet2 = 0;
// freeverb->dry = 0;
freeverb->width = 0;
DSP_freeverb_update_reflectivity(freeverb, initial_reflect);
DSP_freeverb_update_damp(freeverb, initial_damp);
const double fixed_gain = 0.015;
DSP_freeverb_update_gain(freeverb, fixed_gain);
DSP_freeverb_update_wet(freeverb, initial_wet);
return &freeverb->parent;
}
