_l_u_a___a_p_i___math_8h_source.html

 // SKYLINE LUA CLASS FOR API DOCUMENTATION

 class math
 {
 public:
     abs();

     acos();

     asin();

     atan();

     atan2();

     ceil();

     floor();

     cos();

     sin();

     tan();

     cosh();

     sinh();

     tanh();

     deg();

     rad();

     exp();

     log();

     log10();

     frexp();

     ldexp();

     huge();

     max();

     min();

     modf();

     pi();

     pow();


     random();

     randomseed();

     sqrt();

     skyMath.linearInterp(inputValue, scaleRangeMin, scaleRangeMax, minOut, maxOut );


 };
math::cos
cos()
The Math cos function returns the cosine number for a given value in radians.

math::modf
modf()
The Math abs function always returns the non-negative number, of a given value.

math::ldexp
ldexp()
The math.ldexp() function takes a normalised number and returns the floating point representation...

math::sin
sin()
The Math sin function returns the cosine number for a given value in radians.

math::sinh
sinh()
The Math cosh function returns the hyperbolic sine number for a given value.

math::abs
abs()
The Math abs function always returns the non-negative number, of a given value.

math::tan
tan()
The Math tan function returns the cosine number for a given value in radians.

math::tanh
tanh()
The Math cosh function returns the hyperbolic tangent[2] number for a given value.

math::pow
pow()
math.pow() raises the first parameter to the power of the second parameter and returns the result...

math::asin
asin()
The Math asin function returns the inverse sine of the given value.

math::deg
deg()
The Math deg function allows you to convert from radians to degrees.

math::log
log()
math.log() returns the inverse of math.exp(). math.exp(1) returns e.

math::huge
huge()
math.huge is a constant. It represents +infinity.

math::ceil
ceil()
The Math ceil function returns the integer no greater than or no less than the given value...

math::cosh
cosh()
The Math cosh function returns the hyperbolic cosine number for a given value.

math::acos
acos()
The Math acos function returns the inverse cosine of the given value.

math::exp
exp()
math.exp(myval) returns e (the base of natural logarithms) raised to the power myval.

math::pi
pi()
This is the constant PI.

math::randomseed
randomseed()
The math.randomseed() function sets a seed for the pseudo-random generator: Equal seeds produce equal...

math::log10
log10()
The Math abs function returns the base 10 logarithm of a given number. The number must be positive...

math::max
max()
The Math max function returns the maximum value from a variable length list of arguments.

math::random
random()
math.random() generates pseudo-random numbers uniformly distributed. Supplying argument alters its be...

math
Definition: LUA_API_Math.h:10

math::sqrt
sqrt()
The Math sqrt function returns the square root of a given number. Only non-negative arguments are all...

math::min
min()
The Math min function returns the minimum value from a variable length list of arguments.

math::floor
floor()
The Math floor function returns the integer no greater than or no less than the given value...

math::frexp
frexp()
This is a normalisation function [6]. The math.frexp() function is used to split the number value int...

math::rad
rad()
The Math deg function allows you to convert from degrees to radians.

math::atan
atan()
Return the inverse tangent. We can do this by supplying y/x ourselves using math.atan() or we can pas...

math::atan2
atan2()
Return the inverse tangent. We can do this by supplying y/x ourselves using math.atan() or we can pas...