input: Write a function to evaluate and compare the performance of two different heuristics algorithms by measuring the time taken to run each algorithm on their respective input data. If the first algorithm is faster, return "Algorithm 1 is faster than algorithm 2". If the second algorithm is faster, return "Algorithm 2 is faster than algorithm 1". If both algorithms have the same performance time, return "Both algorithms have the same performance time".
  
  def compare_heuristics_performance(data1, data2):
      import time
      start = time.time()
      result1 = heuristics_algorithm1.run(data1)
      end = time.time()
      time1 = end - start
  
      start = time.time()
      result2 = heuristics_algorithm2.run(data2)
      end = time.time()
      time2 = end - start
  
      if time1 < time2:
          return "Algorithm 1 is faster than algorithm 2"
      elif time2 < time1:
          return "Algorithm 2 is faster than algorithm 1"
      else:
          return "Both algorithms have the same performance time"
  
  assert compare_heuristics_performance(data1, data2)=="Algorithm 1 is faster than algorithm 2"
  assert compare_heuristics_performance(data1, data2)=="Algorithm 2 is faster than algorithm 1"
  assert compare_heuristics_performance(data1, data2)=="Both algorithms have the same performance time"
output: def compare_heuristics_performance(data1, data2):
      import time
      start = time.time()
      result1 = heuristics_algorithm1.run(data1)
      end = time.time()
      time1 = end - start
  
      start = time.time()
      result2 = heuristics_algorithm2.run(data2)
      end = time.time()
      time2 = end - start
  
      if time1 < time2:
          return "Algorithm 1 is faster than algorithm 2"
      elif time2 < time1:
          return "Algorithm 2 is faster than algorithm 1"
      else:
          return "Both algorithms have the same performance time"