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20 changes: 14 additions & 6 deletions README.md
Original file line number Diff line number Diff line change
@@ -1,4 +1,4 @@
# Actuate (Latest is v1.3.9)
# Actuate (Latest is v1.3.91)
A Subtractive and Additive Synthesizer, Sampler, and Granulizer built in Rust + Nih-Plug
Written by Ardura

Expand All @@ -23,13 +23,18 @@ Hover over any knob (or some labels) for an explanation!
![image](https://github.com/ardura/Actuate/assets/31751444/accd4727-975a-4266-a82a-180c55db628d)


- 12 Subtractive Oscillator shapes:
- 17 Subtractive Oscillator shapes:
- The standard: Sine, Triangle, Saw, Ramp, Square, Pulse, Noise
- WSaw - Saw with noise variance to create crispyness
- SSaw - Saw with small variance to create shimmer
- RSaw - Rounded saw wave
- RASaw - Rounded saw wave with random variances
- RSquare - Rounded square wave
- SkewSaw - A Saw with the rise skewed in one direction
- Bent Saw - A Saw wave with an incomplete bend starting another saw in the middle
- Step Saw - Looks like a staircase
- ScSaw - An 'S' shaped Saw with a Cubic for the curve
- AsymSaw - An asymmetrical saw shape
- Additive Oscillators with up to 16 harmonics
- FM Supported between Oscillators/samples/granulizer
- 5 Main Filter Algorithms
Expand All @@ -43,9 +48,10 @@ Hover over any knob (or some labels) for an explanation!
- Powf - I made this up - Curves based on Powf math function as it scales
- Tilt Filter
- VCF Filter
- Analog inspired filter idea (Ardura's V4)
- Analog inspired filter idea (Ardura's A4I)
- Analog inspired filter idea (Ardura's A4I Take II)
- V4 - Analog inspired filter idea (Ardura's V4 - Use this one for adding tone rather than filtering)
- A4I - Analog inspired filter idea (Ardura's A4I)
- A4II - Analog inspired filter idea (Ardura's A4I Take II)
- A4III - Analog inspired filter idea (Ardura's A4II with some tweaks)
- 11 Different FX for post processing

![image](https://github.com/ardura/Actuate/assets/31751444/c13b62bb-a29e-420c-9f3a-764950cbd4a2)
Expand All @@ -68,7 +74,9 @@ Hover over any knob (or some labels) for an explanation!
## Signal Path
![actuate_flow](https://github.com/ardura/Actuate/assets/31751444/45ce1d56-d6c1-47b2-8bae-09633ecbbd2e)

## Plugin Installation!!
## Plugin Preset Installation!!
*NOTE: This preset section is outdated now that Actuate has a "Download latest presets" Button in the browser!*

Actuate will look for presets and banks here, where USER is your username on your system:

- Linux: `/home/USER/Documents/ActuateDB/`
Expand Down
29 changes: 1 addition & 28 deletions src/CustomWidgets/ui_knob.rs
Original file line number Diff line number Diff line change
Expand Up @@ -493,7 +493,7 @@ impl<'a, P: Param> Widget for ArcKnob<'a, P> {
painter.add(shape);

// Arc Balls
let ball_width = self.line_width / 5.0;
let ball_width = self.line_width / 5.5;
let ball_line_stroke = Stroke::new(ball_width, self.line_color);
let start_ball = Shape::Circle(CircleShape {
center: get_start_point(self.arc_start, center, arc_radius + ball_width),
Expand Down Expand Up @@ -917,33 +917,6 @@ fn get_pointer_points(start: f32, end: f32, center: Pos2, radius: f32, value: f3
vec![pos2(short_x, short_y), pos2(x, y)]
}

/*
fn get_arc_points(
start: f32,
end: f32,
center: Pos2,
radius: f32,
value: f32,
max_arc_distance: f32,
) -> Vec<Pos2> {
let start_turns: f32 = start;
let arc_length = lerp(0.0, end, value);
let end_turns = start_turns + arc_length;

let points = (arc_length.abs() / max_arc_distance).ceil() as usize;
let points = points.max(1);
(0..=points)
.map(|i| {
let t = i as f32 / (points - 1) as f32;
let angle = lerp(start_turns * TAU, end_turns * TAU, t);
let x = radius * angle.cos();
let y = -radius * angle.sin();
pos2(x, y) + center.to_vec2()
})
.collect()
}
*/

fn get_arc_points(
start: f32,
end: f32,
Expand Down
1 change: 1 addition & 0 deletions src/actuate_enums.rs
Original file line number Diff line number Diff line change
Expand Up @@ -106,6 +106,7 @@ pub enum FilterAlgorithms {
V4,
A4I,
A4II,
A4III,
}

// Preset categories in dropdown
Expand Down
55 changes: 41 additions & 14 deletions src/actuate_gui.rs
Original file line number Diff line number Diff line change
Expand Up @@ -1038,6 +1038,11 @@ pub(crate) fn make_actuate_gui(instance: &mut Actuate, _async_executor: AsyncExe
String::from("WSaw"),
String::from("SSaw"),
String::from("RASaw"),
String::from("SkewSaw"),
String::from("BentSaw"),
String::from("StepSaw"),
String::from("ScSaw"),
String::from("AsymSaw"),
String::from("Ramp"),
String::from("Square"),
String::from("RSquare"),
Expand Down Expand Up @@ -1089,6 +1094,11 @@ pub(crate) fn make_actuate_gui(instance: &mut Actuate, _async_executor: AsyncExe
String::from("WSaw"),
String::from("SSaw"),
String::from("RASaw"),
String::from("SkewSaw"),
String::from("BentSaw"),
String::from("StepSaw"),
String::from("ScSaw"),
String::from("AsymSaw"),
String::from("Ramp"),
String::from("Square"),
String::from("RSquare"),
Expand Down Expand Up @@ -1139,6 +1149,11 @@ pub(crate) fn make_actuate_gui(instance: &mut Actuate, _async_executor: AsyncExe
String::from("WSaw"),
String::from("SSaw"),
String::from("RASaw"),
String::from("SkewSaw"),
String::from("BentSaw"),
String::from("StepSaw"),
String::from("ScSaw"),
String::from("AsymSaw"),
String::from("Ramp"),
String::from("Square"),
String::from("RSquare"),
Expand Down Expand Up @@ -1586,7 +1601,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_lp_knob = ui_knob::ArcKnob::for_param(
&params.filter_lp_amount,
Expand Down Expand Up @@ -1701,7 +1717,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet,
Expand Down Expand Up @@ -1783,7 +1800,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet,
Expand Down Expand Up @@ -1864,7 +1882,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet,
Expand Down Expand Up @@ -1935,7 +1954,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet,
Expand Down Expand Up @@ -1988,7 +2008,7 @@ A4II: Averaged 4 Pole Integrator II".to_string());
ui.add(filter_env_peak);
});
},
FilterAlgorithms::A4II => {
FilterAlgorithms::A4II | FilterAlgorithms::A4III => {
ui.vertical(|ui|{
let filter_alg_knob = ui_knob::ArcKnob::for_param(
&params.filter_alg_type,
Expand All @@ -2006,7 +2026,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet,
Expand Down Expand Up @@ -2081,7 +2102,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_lp_knob = ui_knob::ArcKnob::for_param(
&params.filter_lp_amount_2,
Expand Down Expand Up @@ -2192,7 +2214,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet_2,
Expand Down Expand Up @@ -2273,7 +2296,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet_2,
Expand Down Expand Up @@ -2355,7 +2379,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet_2,
Expand Down Expand Up @@ -2437,7 +2462,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet_2,
Expand Down Expand Up @@ -2490,7 +2516,7 @@ A4II: Averaged 4 Pole Integrator II".to_string());
ui.add(filter_env_peak);
});
},
FilterAlgorithms::A4II => {
FilterAlgorithms::A4II | FilterAlgorithms::A4III => {
ui.vertical(|ui|{
let filter_alg_knob = ui_knob::ArcKnob::for_param(
&params.filter_alg_type_2,
Expand All @@ -2508,7 +2534,8 @@ Tilt: A linear filter that cuts one side and boosts another
VCF: Voltage Controlled Filter model
V4: Analog Inspired Filter Idea
A4I: Averaged 4 Pole Integrator
A4II: Averaged 4 Pole Integrator II".to_string());
A4II: Averaged 4 Pole Integrator II
A4III: A4II with saturation changes".to_string());
ui.add(filter_alg_knob);
let filter_wet_knob = ui_knob::ArcKnob::for_param(
&params.filter_wet_2,
Expand Down
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