src/MOIRA.py
def __independent_vars(self):
        '''
        Defines the symbols for the independent variables, differential elements, wave number variables, and indices
        '''
        self.vars = {}
        self.t = {}
        num = 1
        for var, index in zip(self.__independentVars, self.__indices):
            self.vars[var] = {}
            varName = 'indepVar{}'.format(num)
            setattr(self, varName, symbols(var))
            self.vars[var]['sym'] = getattr(self, varName)
            waveNumName = 'k{}'.format(num)
            setattr(self, waveNumName, symbols(waveNumName))
            self.vars[var]['waveNum'] = getattr(self, waveNumName)
            variationName = 'd{}'.format(var)
            variationSymStr= '\Delta\ {}'.format(var)
            setattr(self, variationName, symbols(variationSymStr))
            self.vars[var]['variation'] = getattr(self, variationName)
            self.vars[var]['index'] = index
            num += 1
        self.t['sym'] = symbols('t')
        self.t['ampFactor'] = symbols('q')
        setattr(self, 'dt', symbols('\Delta{t}'))
        self.t['variation'] = getattr(self, 'dt')
        self.t['index'] = self.__timeIndex

        Defines the symbols for the independent variables, differential elements, wave number variables, and indices
        
Defines the symbols for the independent variables, differential elements, wave number variables, and indices
Defines the symbols for the independent variables differential elements wave number variables and indices
def __independent_vars(self):
        self.vars = {}
        self.t = {}
        num = 1
        for var, index in zip(self.__independentVars, self.__indices):
            self.vars[var] = {}
            varName = 'indepVar{}'.format(num)
            setattr(self, varName, symbols(var))
            self.vars[var]['sym'] = getattr(self, varName)
            waveNumName = 'k{}'.format(num)
            setattr(self, waveNumName, symbols(waveNumName))
            self.vars[var]['waveNum'] = getattr(self, waveNumName)
            variationName = 'd{}'.format(var)
            variationSymStr= '\Delta\ {}'.format(var)
            setattr(self, variationName, symbols(variationSymStr))
            self.vars[var]['variation'] = getattr(self, variationName)
            self.vars[var]['index'] = index
            num += 1
        self.t['sym'] = symbols('t')
        self.t['ampFactor'] = symbols('q')
        setattr(self, 'dt', symbols('\Delta{t}'))
        self.t['variation'] = getattr(self, 'dt')
        self.t['index'] = self.__timeIndex
def __independent_vars ( self ) : self . vars = { } self . t = { } num = 1 for var , index in zip ( self . __independentVars , self . __indices ) : self . vars [ var ] = { } varName = 'indepVar{}' . format ( num ) setattr ( self , varName , symbols ( var ) ) self . vars [ var ] [ 'sym' ] = getattr ( self , varName ) waveNumName = 'k{}' . format ( num ) setattr ( self , waveNumName , symbols ( waveNumName ) ) self . vars [ var ] [ 'waveNum' ] = getattr ( self , waveNumName ) variationName = 'd{}' . format ( var ) variationSymStr = '\Delta\ {}' . format ( var ) setattr ( self , variationName , symbols ( variationSymStr ) ) self . vars [ var ] [ 'variation' ] = getattr ( self , variationName ) self . vars [ var ] [ 'index' ] = index num += 1 self . t [ 'sym' ] = symbols ( 't' ) self . t [ 'ampFactor' ] = symbols ( 'q' ) setattr ( self , 'dt' , symbols ( '\Delta{t}' ) ) self . t [ 'variation' ] = getattr ( self , 'dt' ) self . t [ 'index' ] = self . __timeIndex
Defines the symbols for the independent variables, differential elements, wave number variables, and indices
Defines the symbols for the independent variables differential elements wave number variables and indices
'''
        Defines the symbols for the independent variables, differential elements, wave number variables, and indices
        '''
self