Struct StrainConstantsKeys 

pub struct StrainConstantsKeys {

    pub base: StrainConstants,
    pub ln_end_threshold_ms: f32,
    pub chord_clump_tolerance_ms: f32,
    pub graph_interval_size_ms: i32,
    pub graph_interval_offset_ms: i32,
    pub s_jack_lower_boundary_ms: f32,
    pub s_jack_upper_boundary_ms: f32,
    pub s_jack_max_strain_value: f32,
    pub s_jack_curve_exponential: f32,
    pub t_jack_lower_boundary_ms: f32,
    pub t_jack_upper_boundary_ms: f32,
    pub t_jack_max_strain_value: f32,
    pub t_jack_curve_exponential: f32,
    pub roll_lower_boundary_ms: f32,
    pub roll_upper_boundary_ms: f32,
    pub roll_max_strain_value: f32,
    pub roll_curve_exponential: f32,
    pub bracket_lower_boundary_ms: f32,
    pub bracket_upper_boundary_ms: f32,
    pub bracket_max_strain_value: f32,
    pub bracket_curve_exponential: f32,
    pub roll_ratio_tolerance_ms: f32,
    pub roll_ratio_multiplier: f32,
    pub roll_max_length: f32,
    pub roll_length_multiplier: f32,
    pub vibro_action_duration_ms: f32,
    pub vibro_action_tolerance_ms: f32,
    pub vibro_multiplier: f32,
    pub vibro_max_length: f32,
    pub vibro_length_multiplier: f32,
    pub ln_layer_threshold_ms: f32,
    pub ln_layer_tolerance_ms: f32,
    pub ln_base_multiplier: f32,
    pub ln_release_after_multiplier: f32,
    pub ln_release_before_multiplier: f32,
    pub ln_tap_multiplier: f32,
}

Strain constants specific to Keys mode

Fields

base: StrainConstants

Base strain constants

ln_end_threshold_ms: f32

When Long Notes start/end after this threshold, it will be considered for a specific multiplier. Non-Dynamic Constant. Do not use for optimization.

chord_clump_tolerance_ms: f32

When separate notes are under this threshold, it will count as a chord. Non-Dynamic Constant. Do not use for optimization.

graph_interval_size_ms: i32

Size of each graph partition in milliseconds. Non-Dynamic Constant. Do not use for optimization.

graph_interval_offset_ms: i32

Offset between each graph partition in milliseconds. Non-Dynamic Constant. Do not use for optimization.

s_jack_lower_boundary_ms: f32

s_jack_upper_boundary_ms: f32

s_jack_max_strain_value: f32

s_jack_curve_exponential: f32

t_jack_lower_boundary_ms: f32

t_jack_upper_boundary_ms: f32

t_jack_max_strain_value: f32

t_jack_curve_exponential: f32

roll_lower_boundary_ms: f32

roll_upper_boundary_ms: f32

roll_max_strain_value: f32

roll_curve_exponential: f32

bracket_lower_boundary_ms: f32

bracket_upper_boundary_ms: f32

bracket_max_strain_value: f32

bracket_curve_exponential: f32

roll_ratio_tolerance_ms: f32

roll_ratio_multiplier: f32

roll_max_length: f32

roll_length_multiplier: f32

vibro_action_duration_ms: f32

vibro_action_tolerance_ms: f32

vibro_multiplier: f32

vibro_max_length: f32

vibro_length_multiplier: f32

ln_layer_threshold_ms: f32

ln_layer_tolerance_ms: f32

ln_base_multiplier: f32

ln_release_after_multiplier: f32

ln_release_before_multiplier: f32

ln_tap_multiplier: f32

Implementations

impl StrainConstantsKeys

pub fn new() -> Self

Trait Implementations

impl Clone for StrainConstantsKeys

fn clone(&self) -> StrainConstantsKeys

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for StrainConstantsKeys

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.