parameters: (self)
return_statement: return r
docstring: dZ/dT|p = 0
docstring_summary: dZ/dT|p = 0
docstring_tokens: dZ / dT|p = 0
function: def objective(self):
          """ dZ/dT|p = 0 """
          dvdT__constp = -self.AS.first_partial_deriv(CoolProp.iDmolar, CoolProp.iT, CoolProp.iP) / self.AS.rhomolar()**2
          r = self.AS.p() / (self.AS.gas_constant() * self.AS.T()**2) * (self.AS.T() * dvdT__constp - 1 / self.AS.rhomolar())
          # print self.AS.T(), self.AS.p(), r
          return r
function_tokens: def objective ( self ) : dvdT__constp = - self . AS . first_partial_deriv ( CoolProp . iDmolar , CoolProp . iT , CoolProp . iP ) / self . AS . rhomolar ( ) ** 2 r = self . AS . p ( ) / ( self . AS . gas_constant ( ) * self . AS . T ( ) ** 2 ) * ( self . AS . T ( ) * dvdT__constp - 1 / self . AS . rhomolar ( ) ) # print self.AS.T(), self.AS.p(), r return r