use sva_formula::filter::Shape;
use crate::lower::physics::MODAL;
use crate::overload::FINITE_DIFFERENCE as PHYSICS;
pub const MAX_WIDTH: usize = 8;
pub use sva_ast::{JOIN, SERIES};
pub const CHANNEL: &str = "ch";
const ARITHMETIC: [&str; 21] = [
"sin", "cos", "exp", "log", "pow", "sqrt", "abs", "tanh", "max", "min", "saw", "square",
"triangle", "sat", "crop", "rand", "delta", "pv", SERIES, JOIN, CHANNEL,
];
pub const CASTS: [&str; 5] = ["sample", "fourier", "ifourier", "stft", "istft"];
const WRITTEN_LAWS: [&str; 1] = ["noise"];
const LAWS: [&str; WRITTEN_LAWS.len() + MODAL.len()] = {
let mut all = [""; WRITTEN_LAWS.len() + MODAL.len()];
let mut i = 0;
while i < WRITTEN_LAWS.len() {
all[i] = WRITTEN_LAWS[i];
i += 1;
}
let mut j = 0;
while j < MODAL.len() {
all[WRITTEN_LAWS.len() + j] = MODAL[j];
j += 1;
}
all
};
pub const BUILTINS: [&str; ARITHMETIC.len() + PHYSICS.len() + CASTS.len() + LAWS.len()] = {
let mut all = [""; ARITHMETIC.len() + PHYSICS.len() + CASTS.len() + LAWS.len()];
let mut i = 0;
while i < ARITHMETIC.len() {
all[i] = ARITHMETIC[i];
i += 1;
}
let mut j = 0;
while j < PHYSICS.len() {
all[ARITHMETIC.len() + j] = PHYSICS[j];
j += 1;
}
let mut k = 0;
while k < CASTS.len() {
all[ARITHMETIC.len() + PHYSICS.len() + k] = CASTS[k];
k += 1;
}
let mut n = 0;
while n < LAWS.len() {
all[ARITHMETIC.len() + PHYSICS.len() + CASTS.len() + n] = LAWS[n];
n += 1;
}
all
};
pub fn is_builtin(name: &str) -> bool {
Shape::from_name(name).is_some() || BUILTINS.contains(&name)
}
const NO_NAMED: &[&str] = &[];
const WAVE_NAMED: &[&str] = &["tol"];
const SAT_NAMED: &[&str] = &["drive"];
const CROP_NAMED: &[&str] = &["start", "end", "rise", "fall"];
const RAND_NAMED: &[&str] = &["seed"];
const DELTA_NAMED: &[&str] = &["k"];
const STFT_NAMED: &[&str] = &["window", "hop"];
const NOISE_NAMED: &[&str] = &["period", "color"];
macro_rules! modal_named {
(one_mode $($own:literal),+ $(,)?) => {
&[$($own,)+ "damp_dc", "damp_freq", "vel", "at", "contact", "p", "force"]
};
($($own:literal),+ $(,)?) => {
&[$($own,)+ "damp_dc", "damp_freq", "modes", "vel", "at", "contact", "p", "force"]
};
}
const STRING_NAMED: &[&str] = modal_named!("inharmonicity", "strike");
const MEMBRANE_NAMED: &[&str] = modal_named!("tension", "density", "strike_x", "strike_y");
const BAR_NAMED: &[&str] = modal_named!("thickness", "young", "density");
const BORE_NAMED: &[&str] = modal_named!("radius", "speed", "closed");
const ROOM_NAMED: &[&str] = modal_named!("speed");
const HELMHOLTZ_NAMED: &[&str] =
modal_named!(one_mode "neck_area", "neck_length", "radius", "speed");
const HAMMER_NAMED: &[&str] = &["at", "contact", "p", "force"];
const FILTER_NAMED: &[&str] = &["cutoff", "q", "gain"];
const CHAIGNE_ASKENFELT_NAMED: &[&str] = &[
"b",
"strike_pos",
"vel",
"hammer_mass",
"hammer_k",
"hammer_p",
"damp_dc",
"damp_freq",
"unison_count",
"detune",
"bridge_coupling",
];
const WILLEMSEN_BILBAO_SERAFIN_NAMED: &[&str] = &[
"b",
"bow_pos",
"bow_vel",
"bow_force",
"mu_s",
"mu_c",
"stribeck_vel",
"bristle_stiffness",
"bristle_damping",
"viscous_friction",
"damp_dc",
"damp_freq",
];
const DARABUNDIT_SCAVONE_NAMED: &[&str] = &[
"radius_in",
"radius_out",
"excite_pos",
"pulse_amp",
"pulse_width",
"damp_dc",
"damp_freq",
"hole1_pos",
"hole1_open",
"hole1_radius",
"hole1_height",
"hole2_pos",
"hole2_open",
"hole2_radius",
"hole2_height",
"hole3_pos",
"hole3_open",
"hole3_radius",
"hole3_height",
"hole4_pos",
"hole4_open",
"hole4_radius",
"hole4_height",
"hole5_pos",
"hole5_open",
"hole5_radius",
"hole5_height",
"hole6_pos",
"hole6_open",
"hole6_radius",
"hole6_height",
];
const RHAOUTI_CHAIGNE_JOLY_NAMED: &[&str] = &[
"aspect_ratio",
"strike_x",
"strike_y",
"vel",
"hammer_mass",
"hammer_k",
"hammer_p",
"damp_dc",
"damp_freq",
];
const CHAIGNE_DOUTAUT_NAMED: &[&str] = &[
"strike_pos",
"vel",
"hammer_mass",
"hammer_k",
"hammer_p",
"damp_dc",
"damp_freq",
];
const BOTTELDOOREN_NAMED: &[&str] = &[
"aspect_y",
"aspect_z",
"listener_x",
"listener_y",
"listener_z",
"pulse_amp",
"pulse_width",
"damp_dc",
"damp_freq",
];
pub fn recognized_named(name: &str) -> Option<&'static [&'static str]> {
if Shape::from_name(name).is_some() {
return Some(FILTER_NAMED);
}
Some(match name {
"sin" | "cos" | "exp" | "sqrt" | "abs" | "tanh" | "max" | "min" | "pow" | "log" => NO_NAMED,
"saw" | "square" | "triangle" => WAVE_NAMED,
"sat" => SAT_NAMED,
SERIES | "pv" => NO_NAMED,
"crop" => CROP_NAMED,
"rand" => RAND_NAMED,
"delta" => DELTA_NAMED,
"chaigne_askenfelt" => CHAIGNE_ASKENFELT_NAMED,
"willemsen_bilbao_serafin" => WILLEMSEN_BILBAO_SERAFIN_NAMED,
"darabundit_scavone" => DARABUNDIT_SCAVONE_NAMED,
"rhaouti_chaigne_joly" => RHAOUTI_CHAIGNE_JOLY_NAMED,
"chaigne_doutaut" => CHAIGNE_DOUTAUT_NAMED,
"botteldooren" => BOTTELDOOREN_NAMED,
JOIN | CHANNEL => NO_NAMED,
"stft" => STFT_NAMED,
"sample" | "fourier" | "ifourier" | "istft" => NO_NAMED,
"noise" => NOISE_NAMED,
"string" => STRING_NAMED,
"membrane" => MEMBRANE_NAMED,
"bar" => BAR_NAMED,
"bore" => BORE_NAMED,
"room" => ROOM_NAMED,
"helmholtz" => HELMHOLTZ_NAMED,
"hammer_pulse" => HAMMER_NAMED,
_ => return None,
})
}