Metadata-Version: 2.1
Name: pymep
Version: 1.0.5
Summary: Python Math Expression Parser
Home-page: https://github.com/sbesada/python.math.expression.parser.pymep
Author: Sergio Besada
Author-email: sergio.besada@gmail.com
License: UNKNOWN
Description: # python.math.expression.parser.pymep
        
        pymep can parse or evaluate math expressions.
        
        This algorithm does not use a decision tree. It is a kind of Recursive Ascent Parser (https://en.wikipedia.org/wiki/Recursive_ascent_parser). In fact, it is LR parser (Left-Right Parser) without backtracking. This recursive algorithm is faster than decision trees
        
        ## pypi version
        
          https://pypi.org/project/pymep/
        
        ## Installation
        
        pip install pymep
        
        ## Examples
        
        Here you can see some examples:
        
          Real Numbers:    
        	
        	from pymep.realParser import parse
        	from pymep.realParser import eval
        
        
        	#Real Expresion parser
        	fx="cos(10)"
        	print(parse(fx))
        	
        	xi=5
        	fx = "1 + x"
        	print(eval(fx, xi))
        	
        	var = {"x":"1+1", "Z":1}
        	eval(" 2*(-(((z*3)*sqrt(x^(2)))+3))",var)
        	
        
          For Complex Numbers:
          
            from pymep.complexParser import parse
        	from pymep.complexParser import eval
        	from pymep.complex import Complex
        
        	#Operation with complex numbers
        	a = Complex(1,2)
        	print(a.__radd__(10).__complex__())
        	print(Complex.radd(10, a).__complex__())
        
        
        	#Complex Expresion parser
        	fx="cos(10+2j)"
        	print(parse(fx).__complex__())
        	
        	xi=5
        	fx = "1 +j+x"
        	print(eval(fx, xi).__complex__())
        	
        	var={"x":"1+2j", "Y":complex(2,1)}
        	f_x = "x-y"
        	eval(f_x,var).__complex__()
        	
            
         There is a full list of examples inside!!
        
        Enjoy it!!
        
        The java version of this library is: https://github.com/sbesada/java.math.expression.parser
        
        NOTE: Regarding to the OS where you excute the tests, it is possible that some tests fail beacause of rounding issues. The mathematical library that was used in this project is "math". In the future, it is possible that the math library changes. 
        
        PD: If you think that my work deserves a donation, you can do it: https://sbesada.github.io/
        
Platform: UNKNOWN
Classifier: Programming Language :: Python :: 3
Classifier: License :: OSI Approved :: Apache Software License
Classifier: Operating System :: OS Independent
Description-Content-Type: text/markdown
