Maths

Written by: Alian713, Kramb

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1. abs

Returning Type: float

Prototype: float abs(float x)

Parameters:

1. float x: The number to find the absolute value of

Returns the absolute value (magnitude) of the given number.

2. sqrt

Returning Type: float

Prototype: float sqrt(float x)

Parameters:

1. float x: The number to find the square root of

Returns the square root of the given number.

3. pow

Returning Type: float

Prototype: float pow(float x, float y)

Parameters:

1. float x: The base value
2. float y: The exponent to raise the base value to

Returns x raised to the power y (x**y).

4. sin

Returning Type: float

Prototype: float sin(float x)

Parameters:

1. float x: The angle (in radians) to find the sine of

Returns the sine of the angle in radians.

5. cos

Returning Type: float

Prototype: float cos(float x)

Parameters:

1. float x: The angle (in radians) to find the cosine of

Returns the cosine of the angle in radians

6. tan

Returning Type: float

Prototype: float tan(float x)

Parameters:

1. float x: The angle (in radians) to find the tangent of

Returns the tangent of the angle in radians

7. asin

Returning Type: float

Prototype: float asin(float x)

Parameters:

1. float x: The value to find the inverse sine of

Returns the inverse sine (arcsin) of the given value

8. acos

Returning Type: float

Prototype: float acos(float x)

Parameters:

1. float x: The value to find the inverse cosine of

Returns the inverse cosine (arccos) of the given value

9. atan

Returning Type: float

Prototype: float atan(float x)

Parameters:

1. float x: The value to find the inverse tangent of

Returns the inverse tangent (arctan) of the given value

10. atan2

Returning Type: float

Prototype: float atan2(float y, float x)

Parameters:

1. float y: The Y coordinate of the point to find the X+ angle of
2. float x: The X coordinate of the point to find the X+ angle of

Returns the angle of the given point (x, y) made from the X+ axis, in the range \([-\pi, \pi]\)

11. atan2v

Returning Type: float

Prototype: float atan2v(vector v)

Parameters:

1. vector v: The vector to get the atan2 from

Returns the angle of the given vector from the X+ axis, in the range \([-\pi, \pi]\). Ignores the Z component

12. exp

Returning Type: float

Prototype: float exp(float x)

Parameters:

1. float x: The value to find the exp of

Returns \(e^x\)

13. ceil

Returning Type: float

Prototype: float ceil(float x)

Parameters:

1. float x: The value to find the ceil of

Returns \(\left \lceil{x}\right \rceil\)

14. floor

Returning Type: float

Prototype: float floor(float x)

Parameters:

1. float x: The value to find the floor of

Returns \(\left \lfloor{x}\right \rfloor\)

15. bitCastToFloat

Returning Type: float

Prototype: float bitCastToFloat(int number)

Parameters:

1. int number: The value to reinterpret/bit_cast to float

Reinterprets/Bit casts the given int value to float. Equivalent to std::mem::transmute::<i32, f32>(number)

16. bitCastToInt

Returning Type: int

Prototype: int bitCastToInt(float number)

Parameters:

1. float number: The value to reinterpret/bit_cast to int

Reinterprets/Bit casts the given float value to int. Equivalent to std::mem::transmute::<f32, i32>(number)

17. xsCeilToInt

Returning Type: int

Prototype: int xsCeilToInt(float value)

Parameters:

1. float value: The value to determine the ceil of

Rounds the number up to the next integer