Math

mAbs(%n)

Returns the absolute value (the distance from 0 on the number line) of %n.

==> mAbs(-5);
5
==> mAbs(5);
5

mAcos(%n)

A Trigonometrical function that returns the arc-cosine of %n, in radians.

mAsin(%n)

A Trigonometrical function that returns the arc-sine of %n, in radians.

mAtan(%n)

A Trigonometrical function that returns the arc-tangent of %n, in radians.

mCos(%n)

A Trigonometrical function that returns the cosine of %n.

mSin(%n)

A Trigonometrical function that returns the sine of %n.

mTan(%n)

A Trigonometrical function that returns the tangent of %n.

mCeil(%n)

Rounds %n up and returns the result.

mFloor(%n)

Rounds %n down and returns the result.

mClamp(%n, %min, %max)

Clamps %n between %min and %max. If %n is smaller than %min it returns %min, if %n is larger than %max it returns %max, otherwise it returns %n.

==> mClamp(5,1,10);
5
==> mClamp(-2,1,10);
1
==> mClamp(23,1,10);
10

mClampF(%n, %min, %max)

Clamps %n between %min and %max, supporting floating (decimal) point numbers. If %n is smaller than %min it returns %min, if %n is larger than %max it returns %max, otherwise it returns %n.

mDegToRad(%n)

Converts %n from radians to degrees and returns the result.

mRadToDeg(%n)

Converts %n from degrees to radians and returns the result.

mFloatLength(%n, %length)

Returns the floating (decimal) point value of %n with only %length number of decimal places with the last decimal place rounded.

==> mFloatLength(3.14159265,4);
3.1416

mLog(%n)

Returns the natural logarithm of %n.

mPow(%n, %x)

Returns %n to the power of %x.

==> mPow(2,2);
4
==> mPow(2,4);
16
==> mPow(16, 1 / 2);
4

mSqrt(%n)

Returns the square root of %n. This is the same as mPow(%n, 1 / 2);