Ub3rMath Files

Features
==----==
	Post Processing Filters
	Comments
	Variables
	Error Reporting
	Base Conversion
	Constants
	Operational Modes
	Parenthesial Support

Using Ub3rMath
==----------==
1- Use the included makefile to build the library. You will need cygwin or something similar to build on windows
2- Link your project against libUb3rMath.a and include libUb3rMath.h
4- Use the Ub3rMath class

Supported Operators
==---------------==
	==- Basic Operators -==
		+		Addition 		(a + b)
		-		Substraction	(a - b)
		/		Division		(a / b)
		*		Multiplication 	(a * b)
		^		Exponentiation	(a ^ b)
		%		Modulus			(a % b)
		!		Factorial		(a !)
		sqrt	Square Root		(sqrt a)
		rt		Nth Root		(a rt b)
		log		10th Logarithm	(log a)
		elog	Natural Log		(elog a)
		round	Round			(round a)
		floor	Round Down		(floor a)
		ceil	Round Up		(ceil a)
	==- Geometric Operators -==
		tan		Tangeant		(tan a)
		cos		Cosine			(cos a)
		sin		Sine			(sin a)
		atan	Inverse Tan		(atan a)
		acos	Inverse	Cos		(acos a)
		asin	Inverse Sin		(asin a)
		cotan	Cotangeant		(cotan a)
		sec		Secant			(sec a)
		cosec	Cosecant		(cosec a)

Post Processing Filters
==-------------------==
	Filters can be added at the beginning of an equation followed by '<'
	Example: hex<16 (The output would be 0xf)
	The following filters are supported:
		bin		binary output 				(ex: 0b111)
		hex		hexadecimal output	 		(ex: 0bfff)
		oct		octal output 				(ex: 0o777)
		cel2far	temperature to farenheit
		far2cel	temperature to celcius

		
Variables
==-----==
	Appending 'x=' to the beginning of an equation (after post processing filters), where x is any alphanumeric character besides 'e' allows you to use variables in subsequent equations.
	Example: 
		x=5+5	(Outputs 10)
		10x		(Outputs 100)
		
Error Reporting
==-----------==
	The following errors are defined, get them with LastError() or LastErrorMessage():
		EQUATION_VALID			0x00
			No error, use to validate equations
		UNKNOWN_FILTER			0x01
			A filter was called that does not exist
		INVALID_LEFT_SIDE 		0x02
			The left side of the equation (x=) was invalid
		INVALID_NUMBER			0x03
			A number was not formatted correctly
		INVALID_DOT_COUNT 		0x04
			An integer contained too many dots
		UNKNOWN_VARIABLE 		0x05
			A variable used in the equation was not set
		INVALID_EQUATION 		0x06
			An illegal character was used in the equation, or symbols were used improperly
		OPERATOR_INCORRECT 		0x07
			An operator was not used properly, or one or more of it's operands were missing
		PARENTHESES_INCORRECT 	0x08
			Parentheses were not used properly
		INVALID_ANSWER 			0x09
			The answer was invalid
			
Base Conversion
==-----------==
	Numbers of any base can be used easily:
		0x--		Hexadecimal
		0d--		Decimal
		0o--		Octal
		0b--		Binary
	Where -- is a valid number in the specified format
	
Constants
==-----==
	Some constants are defined and can be called by name:
		e		2.718281828459045235360287471352
		pi		3.141592653589793238462643383279
		
Operational Modes
==-------------==
	Using the SetFlags(int flags) method, any combination onf the following can be used:
		MODE_RADIANS 	0x0000
			Use radians in calculations
		MODE_DEGREES 	0x1000
			Use degrees in calculations
		MODE_LEFTREM 	0x0000
			Do not append the left side of the equation to the output (ex: x=)
		MODE_LEFTAPP 	0x0100
			Append the left side of the equation to the output (ex: x=)
		MODE_FIXED
			Output everything in fixed point notation
		MODE_FLOAT
			Output everything in floating point notation
		MODE_SCI
			Output everything in scientific notation
	The default mode is:
		MODE_RADIANS | MODE_LEFTREM | MODE_FLOAT
		
Parenthesial Support
==----------------==
	Parentheses can be used in equations to override operator priority
	Example:
		5/5+5		(Outputs 5)
		5/(5+5)		(Outputs 0.5)