original_docstring: 
          Base evaluation of single block.
          If you wish to implement your own problem, please implement this.
  
          Parameters
          ----------
          block : np.ndarray
              Separated genome slice of your problem.
          block_index : int
  
          Returns
          -------
          float
              Fitness value of a block.
          
docstring: Base evaluation of single block.
  If you wish to implement your own problem, please implement this.
  
  Parameters
  
  block : np.ndarray
  Separated genome slice of your problem.
  
  Returns
  
  float
  Fitness value of a block.
docstring_tokens: Base evaluation of single block . If you wish to implement your own problem please implement this . Parameters block : np . ndarray Separated genome slice of your problem . Returns float Fitness value of a block .
code: def evaluate_block(self, block: np.ndarray, block_index: int) -> float:
          """
          Base evaluation of single block.
          If you wish to implement your own problem, please implement this.
  
          Parameters
          ----------
          block : np.ndarray
              Separated genome slice of your problem.
          block_index : int
  
          Returns
          -------
          float
              Fitness value of a block.
          """
          pass
code_tokens: def evaluate_block ( self , block : np . ndarray , block_index : int ) -> float : pass
short_docstring: Base evaluation of single block.
short_docstring_tokens: Base evaluation of single block .
comment: """
          Base evaluation of single block.
          If you wish to implement your own problem, please implement this.
  
          Parameters
          ----------
          block : np.ndarray
              Separated genome slice of your problem.
          block_index : int
  
          Returns
          -------
          float
              Fitness value of a block.
          """