original_docstring: 
          according to dtype to decompose graph
          Args:
              self.simple_graph (nx.Graph): graph to be composed
              self.p (int): the p of subgraphs
docstring: according to dtype to decompose graph
docstring_tokens: according to dtype to decompose graph
code: def graph_decomposition(self, p):
          """
          according to dtype to decompose graph
          Args:
              self.simple_graph (nx.Graph): graph to be composed
              self.p (int): the p of subgraphs"""
  
          if p <= 0:
              warnings.warn(" the argument of p should be >= 1 in qaoa problem, "
                            "so p would be set to the default value at 1")
              p = 1
  
          subg_node = self.generate_subgraph("node", p)
          subg_edge = self.generate_subgraph("edge", p)
          element_to_graph = {}
          for k, v in subg_node.items():
              element_to_graph[k] = v
  
          for k, v in subg_edge.items():
              element_to_graph[k] = v
          return element_to_graph
code_tokens: def graph_decomposition ( self , p ) : if p <= 0 : warnings . warn ( " the argument of p should be >= 1 in qaoa problem, " "so p would be set to the default value at 1" ) p = 1 subg_node = self . generate_subgraph ( "node" , p ) subg_edge = self . generate_subgraph ( "edge" , p ) element_to_graph = { } for k , v in subg_node . items ( ) : element_to_graph [ k ] = v for k , v in subg_edge . items ( ) : element_to_graph [ k ] = v return element_to_graph
short_docstring: according to dtype to decompose graph
short_docstring_tokens: according to dtype to decompose graph
comment: """
          according to dtype to decompose graph
          Args:
              self.simple_graph (nx.Graph): graph to be composed
              self.p (int): the p of subgraphs"""