parameters: (self, consumer_idx=0, tensor_idx=0)
return_statement: return self.outputs[tensor_idx].outputs[consumer_idx]
docstring: Convenience function to get a consumer node of one of this node's output tensors.
  
          For example:
          ::
  
              assert node.o() == node.outputs[0].outputs[0]
              assert node.o(2, 1) == node.outputs[1].outputs[2]
  
          Args:
              consumer_idx (int): The index of the consumer of the input tensor. Defaults to 0.
              tensor_idx (int): The index of the output tensor of this node, if the node has multiple outputs. Defaults to 0.
  
          Returns:
              Node: The specified consumer (output) node
docstring_summary: Convenience function to get a consumer node of one of this node's output tensors.
docstring_tokens: Convenience function to get a consumer node of one of this node s output tensors .
function: def o(self, consumer_idx=0, tensor_idx=0):
          """
          Convenience function to get a consumer node of one of this node's output tensors.
  
          For example:
          ::
  
              assert node.o() == node.outputs[0].outputs[0]
              assert node.o(2, 1) == node.outputs[1].outputs[2]
  
          Args:
              consumer_idx (int): The index of the consumer of the input tensor. Defaults to 0.
              tensor_idx (int): The index of the output tensor of this node, if the node has multiple outputs. Defaults to 0.
  
          Returns:
              Node: The specified consumer (output) node
          """
          return self.outputs[tensor_idx].outputs[consumer_idx]
function_tokens: def o ( self , consumer_idx = 0 , tensor_idx = 0 ) : return self . outputs [ tensor_idx ] . outputs [ consumer_idx ]