class_docstr: A class representing unknown measurement outcomes in the qubit model.
  
  Measurements on a single qubit in the computational basis are assumed.
  
  Args:
      measurements (list[.MidMeasureMP]): The measurement(s) that this object depends on.
      processing_fn (callable): A lazily transformation applied to the measurement values.
class_docstr_tok: ["A","class","representing","unknown","measurement","outcomes","in","the","qubit","model",".","Measurements","on","a","single","qubit","in","the","computational","basis","are","assumed",".","Args",":","measurements","(","list","[",".MidMeasureMP","]",")",":","The","measurement","(","s",")","that","this","object","depends","on",".","processing_fn","(","callable",")",":","A","lazily","transformation","applied","to","the","measurement","values","."]
docstr: Returns a copy of the current ``MeasurementValue`` with the wires of each measurement changed
  according to the given wire map.
  
  Args:
      wire_map (dict): dictionary containing the old wires as keys and the new wires as values
  
  Returns:
      MeasurementValue: new ``MeasurementValue`` instance with measurement wires mapped
docstr_tok: ["Returns","a","copy","of","the","current","``","MeasurementValue","``","with","the","wires","of","each","measurement","changed","according","to","the","given","wire","map",".","Args",":","wire_map","(","dict",")",":","dictionary","containing","the","old","wires","as","keys","and","the","new","wires","as","values","Returns",":","MeasurementValue",":","new","``","MeasurementValue","``","instance","with","measurement","wires","mapped"]
code: def map_wires(self, wire_map):
      """Returns a copy of the current ``MeasurementValue`` with the wires of each measurement changed
      according to the given wire map.
  
      Args:
          wire_map (dict): dictionary containing the old wires as keys and the new wires as values
  
      Returns:
          MeasurementValue: new ``MeasurementValue`` instance with measurement wires mapped
      """
      mapped_measurements = [
          m.map_wires(wire_map) for m in self.measurements
      ]
      return MeasurementValue(mapped_measurements, self.processing_fn)
  
imports: import uuid
  from typing import Generic, TypeVar, Optional
  import numpy
  import pennylane
  from pennylane.wires import Wires
  from .measurements import MeasurementProcess, MidMeasure
label_desc: Use image node_id 5 for calling the MeasurementValue obj's underlying member method code with example usage: obj.map_wires(wire_map) and returns: MeasurementValue