def getNode(self):
node = notation.Number()
if ( self.func[0:2] == "n(" ):
node = notation.N()
elif ( self.func[0:2] == "r(" ):
node = notation.R()
elif ( self.func[0:2] == "+(" ):
node = notation.Add()
elif ( self.func[0:2] == "*(" ):
node = notation.Mul()
elif ( self.func[0:2] == "-(" ):
node = notation.Sub()
elif ( self.func[0:2] == "/(" ):
node = notation.Div()
elif ( self.func[0:2] == "^(" ):
node = notation.Pow()
elif ( self.func[0:2] == "s(" ):
node = notation.S()
elif ( self.func[0:2] == "c(" ):
node = notation.C()
elif ( self.func[0:2] == "e(" ):
node = notation.E()
elif ( self.func[0:2] == "l(" ):
node = notation.Ln()
elif ( self.func[0:2] == "!(" ):
node = notation.Fac()
elif ( self.func[0:1] == "p" ):
node = notation.P()
elif ( self.func[0:1] == 'x' ):
node = notation.X()
elif( self.func[0] == ',' or self.func[0] == ')'):
node = None
return node
def getNode(self):
node = notation.Number()
# print(':'+self.func+':')
if (self.func[0:2] == "n("):
node = notation.N()
elif (self.func[0:2] == "r("):
node = notation.R()
elif (self.func[0:2] == "+("):
node = notation.Add()
elif (self.func[0:2] == "*("):
node = notation.Mul()
elif (self.func[0:2] == "-("):
node = notation.Sub()
elif (self.func[0:2] == "/("):
node = notation.Div()
elif (self.func[0:2] == "^("):
node = notation.Pow()
elif (self.func[0:2] == "s("):
node = notation.S()
elif (self.func[0:2] == "c("):
node = notation.C()
elif (self.func[0:2] == "e("):
node = notation.E()
elif (self.func[0:2] == "l("):
node = notation.Ln()
elif (self.func[0:2] == "!("):
node = notation.Fac()
elif (self.func[0] == 'p'):
node = notation.P()
elif (self.func[0] == 'x'):
node = notation.X()
return node
def getNode(self):
node = notation.Number()
# print(':'+self.func+':')
if (self.func[0:2] == "n("):
node = notation.N()
elif (self.func[0:2] == "r("):
node = notation.R()
elif (self.func[0:2] == "+("):
node = notation.Add()
elif (self.func[0:2] == "*("):
node = notation.Mul()
elif (self.func[0:2] == "-("):
node = notation.Sub()
elif (self.func[0:2] == "/("):
node = notation.Div()
elif (self.func[0:2] == "^("):
node = notation.Pow()
elif (self.func[0:2] == "s("):
node = notation.S()
elif (self.func[0:2] == "c("):
node = notation.C()
elif (self.func[0:2] == "e("):
node = notation.E()
elif (self.func[0:2] == "l("):
node = notation.Ln()
elif (self.func[0:2] == "!("):
node = notation.Fac()
elif (self.func[0:2] == "p("):
node = notation.P()
elif (self.func[0] == 'x'):
node = notation.X()
elif (self.func[0] == 'h'):
node = notation.H()
return node
# p = Parse("^(x,2)")
# print(p.derivative.toString())
# print(p.differenceQuotion.toString())
# # newroot.toString()