Mathematical Functions

mSolveQuadratic(a,b,c)
	-Used to solve for  Quadratic
	-Returns a string

	%quad = mSolveQuadratic(a,b,c);

	
mSolveCubic(a,b,c,d)
	-Used to solve for a Cube
	-Returns a string

%cube =	mSolveCubic(a,b,c,d);

mSolveQuartic(a,b,c,d,e)
	-Used to solve for a Quartic
	-Returns a string
	
	%quartic = mSolveQuartic(a,b,c,d,e);

mFloor(float)
	-Used to return the largest integral value not  greater than “float”
	-Returns a numeric

   %pageLines = mFloor(%chatScrollHeight / %textHeight);
   if (%pageLines <= 0)
      %pageLines = 1;

mCeil(float)
	-Used to return the smallest integral value not less than “float”
	-Returns a numeric

	%min = mCeil(%chatScrollHeight / %textHeight);

mFloatLength(float, numDecimals)
	-Used to return float with a “numDecimals” padding
	-Returns a numeric

	%newFloat = mFloatLength((7/3),5);

	
mAbs(float)
	-Used to return absolute value of float
	-returns a string

	%abs = mAbs(76.3);

mSqrt(float)
	-Used to return the square root (sqrt) of float
	-Returns a numeric

	%sqrt = mSqrt(69);
	
mPow(floatA,floatB)
	-Used to get the value of floatA raised to the power of floatB
	-Returns a numeric

	%pow = mPow(2,4);
 
mLog(float)
	-Used to return the natural  logarithm of
	-Returns a numeric

	%log = mLog(7654.98);

mSin(float)
	-Used to return the “sine” of float measured in radians
	-Returns a numeric

	%sin = mSin(65);

mCos(float)
	-Used to return the “cosine” of float measured in radians
	-Returns a numeric

	%cos = mCos(69);

mTan(float)
	-Used to return the “tangent” of float
	-Returns a numeric

	%tan = mTan(87.6);

mAsin(float)
	-Used to return the “arc sine” of float
	-returns a numeric

	%asin = mAsin(-3,8);

mAcos(float)
	-Used to return the “arc cosine” of float
	-Returns a numeric

	%acos = mAcos(-8,3);

mAtan(float)
	-Used to return the “arc tangent” of float
	-Returns a numeric

	%atan = mAtan(-10,3);

mRadToDeg(float)
	-Used to convert radiant to degrees
	-Returns a numeric

	%r2d = mRadToDeg(5);

mDegToRad(float)
	-used to convert degrees to radians
	-Returns a numeric

	%c2r = mDegToRad(171);