parameters: (self, probs1=None)
return_statement: return (-probs0 * self.log(probs0) - probs1 * self.log(probs1)) / probs1
docstring: r"""
          .. math::
              H(Geo) = \frac{-1 * probs0 \log_2 (1-probs0)\ - prob1 * \log_2 (1-probs1)\ }{probs1}
docstring_summary: r"""
          .. math::
              H(Geo) = \frac{-1 * probs0 \log_2 (1-probs0)\ - prob1 * \log_2 (1-probs1)\ }{probs1}
docstring_tokens: r .. math :: H ( Geo ) = \ frac { - 1 * probs0 \ log_2 ( 1 - probs0 ) \ - prob1 * \ log_2 ( 1 - probs1 ) \ } { probs1 }
function: def _entropy(self, probs1=None):
          r"""
          .. math::
              H(Geo) = \frac{-1 * probs0 \log_2 (1-probs0)\ - prob1 * \log_2 (1-probs1)\ }{probs1}
          """
          probs1 = self._check_param_type(probs1)
          probs0 = 1.0 - probs1
          return (-probs0 * self.log(probs0) - probs1 * self.log(probs1)) / probs1
function_tokens: def _entropy ( self , probs1 = None ) : probs1 = self . _check_param_type ( probs1 ) probs0 = 1.0 - probs1 return ( - probs0 * self . log ( probs0 ) - probs1 * self . log ( probs1 ) ) / probs1