Module cerberus.math

The math module provides math related constants and functions. More...

Declarations

Imported By
`cerberus`

Please note that only documented modules are listed here, there might be undocumented modules that import this one.

Constants
`HALFPI : Float`
`PI : Float`
`TWOPI : Float`

Functions
`ACos : Float ( x:Float )`	Returns the arc cosine of x, in degrees.
`ACosr : Float ( x:Float )`	Returns the arc cosine of x, in radians.
`ASin : Float ( x:Float )`	Returns the arc sine of x, in degrees.
`ASinr : Float ( x:Float )`	Returns the arc sine of x, in radians.
`ATan : Float ( x:Float )`	Returns the arc tangent of x, in degrees.
`ATan2 : Float ( y:Float, x:Float )`	Returns the arc tangent of x / y, in degrees ranging from -180 to +180.
`ATan2r : Float ( y:Float, x:Float )`	Returns the arc tangent of x / y, in radians ranging from -PI to +PI.
`ATanr : Float ( x:Float )`	Returns the arc tangent of x, in radians.
`Abs : Float ( x:Float )`	Returns the absolute value of x, that is, +x if x>=0 and -x if x<0.
`Abs : Int ( x:Int )`	Returns the absolute value of x, that is, +x if x>=0 and -x if x<0.
`Ceil : Float ( x:Float )`	Returns the smallest integral value that is not less than x.
`Clamp : Float ( x:Float, min:Float, max:Float )`	Clamps x to the range min through max inclusive.
`Clamp : Int ( x:Int, min:Int, max:Int )`	Clamps x to the range min through max inclusive.
`Cos : Float ( x:Float )`	Returns the cosine of x degrees.
`Cosr : Float ( x:Float )`	Returns the cosine of x radians.
`Exp : Float ( x:Float )`	Returns the base-e exponential function of x, which is the e number raised to the power x.
`Floor : Float ( x:Float )`	Returns the largest integral value that is not greater than x.
`Log : Float ( x:Float )`	Returns the natural logarithm of x.
`Max : Float ( x:Float, y:Float )`	Returns the maximum of x and y.
`Max : Int ( x:Int, y:Int )`	Returns the maximum of x and y.
`Min : Float ( x:Float, y:Float )`	Returns the minimum of x and y.
`Min : Int ( x:Int, y:Int )`	Returns the minimum of x and y.
`Pow : Float ( x:Float, y:Float )`	Returns x raised to the power y.
`Sgn : Float ( x:Float )`	Returns -1 if x is less than zero, +1 if x is greater than zero or 0 if x is equal to zero.
`Sgn : Int ( x:Int )`	Returns -1 if x is less than zero, +1 if x is greater than zero or 0 if x is equal to zero.
`Sin : Float ( x:Float )`	Returns the sine of x degrees.
`Sinr : Float ( x:Float )`	Returns the sine of x radians.
`Sqrt : Float ( x:Float )`	Returns the square root of x.
`Tan : Float ( x:Float )`	Returns the tangent of x degrees.
`Tanr : Float ( x:Float )`	Returns the tangent of x radians.

Detailed Discussion

The math module provides math related constants and functions.

Constants Documentation

Const HALFPI : Float

Const PI : Float

Const TWOPI : Float

Functions Documentation

Function ACos : Float ( x:Float )

Returns the arc cosine of x, in degrees.

Params:

x - floating point value in the range -1 to 1 (inclusive).

Function ACosr : Float ( x:Float )

Returns the arc cosine of x, in radians.

Params:

x - floating point value in the range -1 to 1 (inclusive).

Function ASin : Float ( x:Float )

Returns the arc sine of x, in degrees.

Params:

x - floating point value in the range -1 to 1 (inclusive).

Function ASinr : Float ( x:Float )

Returns the arc sine of x, in radians.

Params:

x - floating point value in the range -1 to 1 (inclusive).

Function ATan : Float ( x:Float )

Returns the arc tangent of x, in degrees.

Params:

x - floating point value in the range -1 to 1 (inclusive).

Function ATan2 : Float ( y:Float, x:Float )

Returns the arc tangent of x / y, in degrees ranging from -180 to +180.

The function uses the signs of x and y to compute the correct quadrant for the result.

Print Atan2(0,1) ' 0
Print Atan2(1,1) ' 45
Print Atan2(1,0) ' 90
Print Atan2(-1,0) ' -90

Params:

x, y - floating point values.

Function ATan2r : Float ( y:Float, x:Float )

Returns the arc tangent of x / y, in radians ranging from -PI to +PI.

The function uses the signs of x and y to compute the correct quadrant for the result.

Print Atan2r(0,1) ' 0
Print Atan2r(1,1) ' approx PI/4
Print Atan2r(1,0) ' approx PI/2
Print Atan2r(-1,0) ' approx -PI/2

Params:

x, y - floating point values.

Function ATanr : Float ( x:Float )

Returns the arc tangent of x, in radians.

Params:

x - floating point value in the range -1 to 1 (inclusive).

Function Abs : Float ( x:Float )

Returns the absolute value of x, that is, +x if x>=0 and -x if x<0.

Params:

x - input value.

Function Abs : Int ( x:Int )

Returns the absolute value of x, that is, +x if x>=0 and -x if x<0.

Params:

x - input value.

Function Ceil : Float ( x:Float )

Returns the smallest integral value that is not less than x.

Params:

x - floatint point value.

Function Clamp : Float ( x:Float, min:Float, max:Float )

Clamps x to the range min through max inclusive.

Params:

x - value to clamp

min - minimum returnable value

max - maximum returnable value

Function Clamp : Int ( x:Int, min:Int, max:Int )

Clamps x to the range min through max inclusive.

Params:

x - value to clamp

min - minimum returnable value

max - maximum returnable value

Function Cos : Float ( x:Float )

Returns the cosine of x degrees.

Params:

x - angle in degrees.

Function Cosr : Float ( x:Float )

Returns the cosine of x radians.

Params:

x - angle in radians.

Function Exp : Float ( x:Float )

Returns the base-e exponential function of x, which is the e number raised to the power x.

Params:

x - floating point value.

Function Floor : Float ( x:Float )

Returns the largest integral value that is not greater than x.

Params:

x - floating point value.

Function Log : Float ( x:Float )

Returns the natural logarithm of x.

Params:

2x - floating point value.

Function Max : Float ( x:Float, y:Float )

Returns the maximum of x and y.

Params:

x, y - input values.

Function Max : Int ( x:Int, y:Int )

Returns the maximum of x and y.

Params:

x, y - input values.

Function Min : Float ( x:Float, y:Float )

Returns the minimum of x and y.

Params:

x, y - input values.

Function Min : Int ( x:Int, y:Int )

Returns the minimum of x and y.

Params:

x, y - input values.

Function Pow : Float ( x:Float, y:Float )

Returns x raised to the power y.

Params:

x, y - float point values.

Function Sgn : Float ( x:Float )

Returns -1 if x is less than zero, +1 if x is greater than zero or 0 if x is equal to zero.

Params:

x - input value.

Function Sgn : Int ( x:Int )

Returns -1 if x is less than zero, +1 if x is greater than zero or 0 if x is equal to zero.

Params:

x - input value.

Function Sin : Float ( x:Float )

Returns the sine of x degrees.

Params:

x - angle in degrees.

Function Sinr : Float ( x:Float )

Returns the sine of x radians.

Params:

x - angle in radians.

Function Sqrt : Float ( x:Float )

Returns the square root of x.

Params:

x - floatint point value.

Function Tan : Float ( x:Float )

Returns the tangent of x degrees.

Params:

x - angle in degrees.

Function Tanr : Float ( x:Float )

Returns the tangent of x radians.

Params:

x - angle in radians.