He.MathUtils

public double abs (double n)

public double adapt (double color_channel)

public bool are_in_cyclic_order (double a, double b, double c)

public int argb_from_lstar (double lstar)

public double[] bisect_to_limit (double y, double target_hue)

public double[] bisect_to_segment (double y, double target_hue)

public double chromatic_adaptation (double component)

public double clamp (double start, double end, double value)

public double clamp_double (double min, double max, double input)

public double convert (double value)

public int delinearized (double rgb_component)

public double difference_degrees (double a, double b)

public double double_delinearized (double rgb_component)

public double[] elem_mul (double[] row, double[] matrix)

public double hue_of (double[] linrgb)

public double intercept (double source, double mid, double target)

public double inverse_chromatic_adaptation (double adapted)

public bool is_bounded_rgb (double x)

public double lab_fovea (double t)

public double lab_inverse_fovea (double ft)

public double lerp (double a, double b, double t)

public double[] lerp_point (double[] source, double t, double[] target)

public double linearized (int rgb_component)

public double lstar_from_argb (int argb)

public double lstar_from_y (double y)

public double max (double n, double m)

public double[] midpoint (double[] a, double[] b)

public double min (double n, double m)

public double[] nth_vertex (double y, int n)

public double rotate_direction (double from, double to)

public double sanitize_degrees (double degrees)

public int sanitize_degrees_int (int degrees)

public double sanitize_radians (double angle)

public double[] set_coordinate (double[] source, double coordinate, double[] target, int axis)

public int signum (double x)

public double to_degrees (double radians)

public double to_radians (double degrees)

public double y_from_lstar (double lstar)

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