Math

Complete API reference for Math, including constructors, attributes, virtual attributes, and methods.

Package: JAVARuntime

Category: Math

Component: no

public class Math

Attributes

Name	Type	Description
`PI`	`float`	Represents the `PI` value stored on this instance. Read or assign to update the property.
`PI2`	`float`	Represents the `PI2` value stored on this instance. Read or assign to update the property.
`RADIANS`	`float`	Represents the `RADIANS` value stored on this instance. Read or assign to update the property.

Static Methods

Signature	Returns	Description
`=(Float.SIZE /)`	`int BYTES_IN_FLOAT`	Performs the = operation.
`=(Integer.SIZE /)`	`int BYTES_IN_INT`	Performs the = operation.
`=(Short.SIZE /)`	`int BYTES_IN_SHORT`	Performs the = operation.
`bySecond()`	`float`	Returns the value for this frame to reach 1 in one second (using deltaTime).
`bySecond(float)`	`float`	Returns the value for this frame to reach the specified value in one second (using deltaTime).
`sin(float)`	`float`	Returns the sine of the angle in degrees.
`cos(float)`	`float`	Returns the cosine of the angle in degrees.
`tan(float)`	`float`	Returns the tangent of the angle in degrees.
`asin(float)`	`float`	Returns the arcsine of the angle in degrees.
`acos(float)`	`float`	Returns the arccosine of the angle in degrees.
`atan(float)`	`float`	Returns the arctangent of the angle in degrees.
`atan2(float, float)`	`float`	Returns the arctangent of y/x in degrees.
`sinRad(float)`	`float`	Returns the sine of the angle in radians.
`cosRad(float)`	`float`	Returns the cosine of the angle in radians.
`tanRad(float)`	`float`	Returns the tangent of the angle in radians.
`atan2Rad(float, float)`	`float`	Returns the arctangent of y/x in radians.
`asinRad(float)`	`float`	Returns the arcsine of the angle in radians.
`acosRad(float)`	`float`	Returns the arccosine of the angle in radians.
`atanRad(float)`	`float`	Returns the arctangent of the angle in radians.
`sqrt(float)`	`float`	Returns the square root of the value.
`cbrt(float)`	`float`	Returns the cubic root of the value.
`pow(float, float)`	`float`	Returns the value raised to the power of b.
`abs(float)`	`float`	Returns the absolute value.
`abs(int)`	`int`	Returns the absolute value.
`abs(double)`	`double`	Returns the absolute value.
`ceil(float)`	`float`	Returns the smallest integer greater than or equal to the value.
`floor(float)`	`float`	Returns the largest integer less than or equal to the value.
`round(float)`	`float`	Rounds the value to the nearest integer.
`exp(float)`	`float`	Returns Euler's number (e ≈ 2.718) raised to the given value.
`log(float)`	`float`	Returns the natural logarithm (base e) of the value.
`log10(float)`	`float`	Returns the base 10 logarithm of the value.
`toRadians(float)`	`float`	Converts degrees to radians.
`toDegrees(float)`	`float`	Converts radians to degrees.
`dptopx(int)`	`int`	Converts the value from dp (density-independent pixels) to px (pixels) based on the device screen density.
`deadzone(float, float)`	`float`	Returns 0 if the value is within the deadzone, otherwise returns the original value.
`isOnDeadzone(float, float)`	`boolean`	Checks if the value is within the deadzone. Returns true if it is, false otherwise.
`clamp(float, float, float)`	`float`	Clamps the value between min and max.
`clamp(float, float)`	`float`	Clamps the value to be at least the specified minimum.
`clampMin(float, float)`	`float`	Clamps the value to be at least the specified minimum.
`clamp01(float)`	`float`	Clamps the value between 0 and 1.
`max(float, float)`	`float`	Returns the largest value.
`max(float...)`	`float`	Returns the largest value.
`max(int, int)`	`int`	Returns the largest value.
`max(int...)`	`int`	Returns the largest value.
`max(double, double)`	`double`	Returns the largest value.
`max(double...)`	`double`	Returns the largest value.
`max(long, long)`	`long`	Returns the largest value.
`max(long...)`	`long`	Returns the largest value.
`min(float, float)`	`float`	Returns the smallest value.
`min(float...)`	`float`	Returns the smallest value.
`min(int, int)`	`int`	Returns the smallest value.
`min(int...)`	`int`	Returns the smallest value.
`min(double, double)`	`double`	Returns the smallest value.
`min(double...)`	`double`	Returns the smallest value.
`min(long, long)`	`long`	Returns the smallest value.
`min(long...)`	`long`	Returns the smallest value.
`blend(float, float, float)`	`float`	Blends a value towards the target using the specified blend factor (0..1).
`lerp(float, float, float)`	`float`	Interpolates a value towards the target with the specified speed.
`lerpInSeconds(float, float, float)`	`float`	Interpolates a value towards the target with the specified speed per second.
`negative(boolean)`	`boolean`	Returns the inverse of the value.
`negative(float)`	`float`	Returns the negative value.
`negative(int)`	`int`	Returns the negative value.
`inverseSQRT(float)`	`float`	Returns the inverse square root of the value.
`lerpAngle(float, float, float)`	`float`	Interpolates between two angles (0-360) with the specified progress, keeping the result in this range.
`lerpAngleInSeconds(float, float, float)`	`float`	Interpolates between two angles (0-360) with the specified progress per second, keeping the result in this range.
`clampAngleTo360(float)`	`float`	Keeps the angle between 0 and 360, keeping values in this range.
`rangeConverter(float, float, float, float, float)`	`float`	Converts a value from the range [oldMin, oldMax] to the range [newMin, newMax].
`fixNaN(float)`	`float`	Returns 0 if the value is NaN, otherwise returns the specified value.
`pitchDegrees(Vector3, Vector3)`	`float`	Executes `pitchDegrees` and returns after the underlying engine call finishes.
`normalizeDeg(float)`	`float`	Executes `normalizeDeg` and returns after the underlying engine call finishes.
`deltaPitchDegrees(float, Vector3, Vector3)`	`float`	Executes `deltaPitchDegrees` and returns after the underlying engine call finishes.