Math
An integer is a collection of positive and negative whole numbers and zero(es); Mathematical operations utilize integers as their primary source of data.
General
mFloor
Rounds %value down to the nearest whole number
Parameters- float %value
==> mCeil(3.1415);
3
mCeil
Rounds %value up to the nearest whole number
Parameters- float %value
==> mCeil(3.1415);
4
mAbs
Converts %value to an absolute value
Parameters- float %value
==> mAbs(-15);
15
mFloatLength
Rounds %value to the amount of decimal places specified in %numDecimals.
Parameters- float %value, integer %numDecimals
==> mFloatLength(3.1415, 2);
3.14
mSqrt
Returns the square root of %value.
Parameters- float %value
==> mSqrt(9);
3
mPow
Raises %value to power specified in %power.
Parameters- float %value, float %power
==> mPow(2, 3);
8
mClamp
Limits the %value given to in-between the %low and %high integer values.
Parameters- integer %value, integer %low, integer %high
==> mClamp(7, 5, 10);
7
==> mClamp(3, 5, 10);
5
==> mClamp(13, 5, 10);
10
mClampF
Limits the %value given to in-between the %low and %high float values.
Parameters- float %value, float %low, float %high
mLog
Returns the natural logarithm, in base 10, of %value.
Parameters- float %value
mSin
Returns the Trigonometric sine, in radians, of %value.
Parameters- float %value
mSin
Returns the Trigonometric cosine, in radians, of %value.
Parameters- float %value
mTan
Returns the Trigonometric tangent, in radians, of %value.
Parameters- float %value
mAsin
Returns the Trigonometric arc-sine, in radians, of %value.
Parameters- float %value
mAcos
Returns the Trigonometric arc-cosine, in radians, of %value.
Parameters- float %value
mAtan
Returns the Trigonometric arc-tangent, in radians, of %value.
Parameters- float %value
mRadToDeg
Converts radian value %radians to degrees.
Parameters- float %radians
mDegToRad
Converts degree value %degrees to radians.
Parameters- float %degees
getMin
Returns the smaller of the two %value1 and %value2 numbers.
Parameters- integer %value1, integer %value2
==> getMin(3, 9);
3
getMax
Returns the larger of the two %value1 and %value2 numbers.
Parameters- integer %value1, integer %value2
==> getMax(3, 9);
9
atoi
Returns an integer representation of the string, %string
Parameters- string %string
==> atoi("1337");
1337
atof
Returns a float representation of the string, %string
Parameters- string %string
==> atof("3.14");
3.14
Vectors
vectorAdd
Adds %vector1 and %vector2 together and returns the resulting vector.
Parameters- vector3f %vector1, vector3f %vector2
==> vectorAdd("1 2 3", "3 2 1");
"4 4 4"
vectorSub
Subtracts %vector2 from %vector1 and returns the resulting vector.
Parameters- vector3f %vector1, vector3f %vector2
==> vectorSub("3 3 3", "2 2 1");
"1 1 2"
vectorScale
Scales (multiplies) the %vector by the float %scalar and returns it.
Parameters- vector3f %vector, float %scalar
==> vectorScale("2 2 2", 4);
"8 8 8"
vectorDot
Calculates and returns the dot product of %vector1 and %vector2.
Parameters- vector3f %vector1, vector3f %vector2
==> vectorDot("2 2 2", "4 4 4");
24
vectorDist
Calculates and returns the distance between %vector1 and %vector2.
Parameters- vector3f %vector1, vector3f %vector2
==> vectorDist("2 2 2", "4 4 4");
3.4641
vectorLen
Calculates and returns the length of %vector.
Parameters- vector3f %vector
==> vectorLen("5 5 5");
8.66025
vectorNormalize
Normalizes and then returns the vector %vector through making its length equal one.
Parameters- vector3f %vector
vectorCross
Calculates and returns the cross product of %vector1 and %vector2.
Parameters- vector3f %vector1, vector3f %vector2