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ix!();
use crate::{
FMOscillator,
};
impl FMOscillator {
#[inline] pub fn do_fm_block(&mut self, k: usize, omega: f64, fm: bool) {
let master_osc: f64 = unsafe {
*self.master_osc.add(k) as f64
};
self.rm1.process();
self.rm2.process();
self.am.process();
self.out.l[k] =
(self.phase +
self.rel_mod_depth1.v * self.rm1.r +
self.rel_mod_depth2.v * self.rm2.r +
self.abs_mod_depth.v * self.am.r +
self.lastoutput) as f32;
if fm {
self.out.l[k] += (self.fm_depth.v * master_osc) as f32;
}
self.out.l[k] = self.out.l[k].sin();
self.lastoutput = (self.out.l[k] * (self.feedback_depth.v as f32)) as f64;
self.phase += omega;
self.rel_mod_depth1.process();
self.rel_mod_depth2.process();
self.abs_mod_depth.process();
if fm {
self.fm_depth.process();
}
self.feedback_depth.process();
}
}