https://www.musicdsp.org/en/latest/Filters/267-simple-tilt-equalizer.html f32::ln(2.0); f32::ln(2.0); f32::ln(2.0); f32::ln(2.0); sample_rate_x3 sample_rate_x3 sample_rate_x3 sample_rate_x3 self.lp_out self.lp_out self.lp_out self.lp_out self.lp_out #[derive(Serialize, #[derive(Serialize, #[derive(Serialize, ResponseType::Bandpass ResponseType::Bandpass ResponseType::Bandpass lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, (self.sample_rate_x3 (self.sample_rate_x3 (self.sample_rate_x3 self.band_out_low self.band_out_low self.band_out_low max_output: max_output: max_output: max_output: max_output: band_a0_high: band_a0_high: band_a0_high: band_a0_high: f32::ln(2.0); f32::ln(2.0); f32::ln(2.0); f32::ln(2.0); h_omega) h_omega) h_omega) h_omega) h_omega) h_omega) self.steepness self.steepness self.steepness self.steepness f32::ln(2.0); f32::ln(2.0); f32::ln(2.0); f32::ln(2.0); (self.sample_rate_x3 (self.sample_rate_x3 (self.sample_rate_x3 Deserialize, Deserialize, Deserialize, Deserialize, (max_output (max_output (max_output (max_output (max_output band_b1_low: band_b1_low: band_b1_low: band_b1_low: self.a0 self.a0 self.a0 self.a0 self.a0 self.a0 self.a0 sample_rate: sample_rate: sample_rate: sample_rate: self.band_b1_low self.band_b1_low self.band_b1_low sample_rate; sample_rate; sample_rate; sample_rate; lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, (self.sample_rate_x3 (self.sample_rate_x3 (self.sample_rate_x3 center_freq; center_freq; center_freq; center_freq; (Self::scale_range(self.steepness, (Self::scale_range(self.steepness, self.lp_out self.lp_out self.lp_out self.lp_out self.lp_out (Self::scale_range(self.steepness, (Self::scale_range(self.steepness, self.lgain self.lgain self.lgain self.lgain self.lgain Deserialize, Deserialize, Deserialize, Deserialize, lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, f32::ln(2.0); f32::ln(2.0); f32::ln(2.0); f32::ln(2.0); self.shape self.shape self.shape self.shape self.shape f32::exp(SLOPE_NEG f32::exp(SLOPE_NEG f32::exp(SLOPE_NEG self.hgain self.hgain self.hgain self.hgain self.hgain h_omega) h_omega) h_omega) h_omega) h_omega) h_omega) self.lgain self.lgain self.lgain self.lgain self.lgain self.band_b1_low self.band_b1_low self.band_b1_low self.lgain self.lgain self.lgain self.lgain self.lgain steepness: steepness: steepness: steepness: steepness: self.band_b1_high self.band_b1_high self.band_b1_high self.band_out_low; self.band_out_low; self.band_out_low; (self.sample_rate_x3 (self.sample_rate_x3 (self.sample_rate_x3 serde::{Deserialize, serde::{Deserialize, serde::{Deserialize, self.shape self.shape self.shape self.shape self.shape Bandpass, Bandpass, Bandpass, Bandpass, Bandpass, min_output: min_output: min_output: min_output: min_output: center_freq: center_freq: center_freq: center_freq: self.band_out_low self.band_out_low self.band_out_low steepness: steepness: steepness: steepness: steepness: f32::exp(0.0 f32::exp(0.0 f32::exp(0.0 f32::exp(0.0 self.b1 self.b1 self.b1 self.b1 self.b1 self.b1 self.b1 width).clamp(20.0, width).clamp(20.0, width).clamp(20.0, lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, self.hgain self.hgain self.hgain self.hgain self.hgain width).clamp(20.0, width).clamp(20.0, width).clamp(20.0, self.band_out_high; self.band_out_high; self.band_out_high; (self.sample_rate_x3 (self.sample_rate_x3 (self.sample_rate_x3 SLOPE_NEG: SLOPE_NEG: SLOPE_NEG: SLOPE_NEG: SLOPE_NEG: lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, lp_out, (self.sample_rate_x3 (self.sample_rate_x3 (self.sample_rate_x3 ResponseType::Bandpass ResponseType::Bandpass ResponseType::Bandpass self.band_out_low; self.band_out_low; self.band_out_low; self.band_out_low; self.band_out_low; self.band_out_low;