parameters: (self, x=0, y=0)
return_statement: return self.Ytop((x*self.sinA*self.Xscale + y*self.cosA*self.Yscale) + self.Ytrans)
docstring: Return y co-ordinate using graphic states and transforms
              Input x,y are current co-ords
docstring_summary: Return y co-ordinate using graphic states and transforms
              Input x,y are current co-ords
docstring_tokens: Return y co - ordinate using graphic states and transforms Input x y are current co - ords
function: def Get_y(self, x=0, y=0):
          """ Return y co-ordinate using graphic states and transforms
              Input x,y are current co-ords
          """
          return self.Ytop((x*self.sinA*self.Xscale + y*self.cosA*self.Yscale) + self.Ytrans)
function_tokens: def Get_y ( self , x = 0 , y = 0 ) : return self . Ytop ( ( x * self . sinA * self . Xscale + y * self . cosA * self . Yscale ) + self . Ytrans )