void lp_ladspa_knob_float::emit_changed(double val)
{
if(val != pv_last_val){
pv_last_val = val;
//sp_val->setValue(val);
if(pv_is_log == true){
val = pow(10.0, val);
//val = exp(val);
}
emit(val_changed((float)val));
}
}
void GxCabinet::run_dsp_mono(uint32_t n_samples)
{
cur_bufsize = n_samples;
if (*(schedule_ok) != schedule_ok_) *(schedule_ok) = schedule_ok_;
// run dsp
memcpy(output, input, n_samples * sizeof(float));
// run selected cabinet convolver
cabconv.run_static(n_samples, &cabconv, output);
// work ?
if (!atomic_get(schedule_wait) && (val_changed() || buffsize_changed()))
{
clevel_ = (*clevel);
cbass_ = (*cbass);
ctreble_ = (*ctreble);
c_model_= (*c_model);
atomic_set(&schedule_wait,1);
schedule->schedule_work(schedule->handle, sizeof(bool), &doit);
}
}
void lp_ladspa_knob_float::pos_def_val()
{
set_kb_val(pv_def_val);
sp_val->setValue(pv_def_val);
emit(val_changed((float)pv_def_val));
}
