old_contents: from LiSE import Engine
  from LiSE.examples import college, kobold, polygons, sickle
  
  
  def test_college(engy):
      college.install(engy)
      engy.turn = 10  # wake up the students
      engy.next_turn()
  
  
  def test_kobold(engy):
      kobold.inittest(engy, shrubberies=20, kobold_sprint_chance=.9)
      for i in range(10):
          engy.next_turn()
  
  
  def test_polygons(engy):
      polygons.install(engy)
      for i in range(10):
          engy.next_turn()
  
  
  def test_char_stat_startup(tempdir):
      with Engine(tempdir) as eng:
          tri = eng.new_character('triangle')
          sq = eng.new_character('square')
  
          sq.stat['min_sameness'] = 0.1
          assert 'min_sameness' in sq.stat
          sq.stat['max_sameness'] = 0.9
          assert 'max_sameness' in sq.stat
          tri.stat['min_sameness'] = 0.2
          assert 'min_sameness' in tri.stat
          tri.stat['max_sameness'] = 0.8
          assert 'max_sameness' in tri.stat
  
      with Engine(tempdir) as eng:
          assert 'min_sameness' in eng.character['square'].stat
          assert 'max_sameness' in eng.character['square'].stat
          assert 'min_sameness' in eng.character['triangle'].stat
          assert 'max_sameness' in eng.character['triangle'].stat
  
  
  def test_sickle(engy):
      sickle.install(engy)
      for i in range(100):
          engy.next_turn()
  
new_contents: import networkx as nx
  
  from LiSE import Engine
  from LiSE.examples import college, kobold, polygons, sickle
  
  
  def test_college(engy):
      college.install(engy)
      engy.turn = 10  # wake up the students
      engy.next_turn()
  
  
  def test_kobold(engy):
      kobold.inittest(engy, shrubberies=20, kobold_sprint_chance=.9)
      for i in range(10):
          engy.next_turn()
  
  
  def test_polygons(engy):
      polygons.install(engy)
      for i in range(10):
          engy.next_turn()
  
  
  def test_char_stat_startup(tempdir):
      with Engine(tempdir) as eng:
          eng.new_character('physical', nx.hexagonal_lattice_graph(20, 20))
          tri = eng.new_character('triangle')
          sq = eng.new_character('square')
  
          sq.stat['min_sameness'] = 0.1
          assert 'min_sameness' in sq.stat
          sq.stat['max_sameness'] = 0.9
          assert 'max_sameness' in sq.stat
          tri.stat['min_sameness'] = 0.2
          assert 'min_sameness' in tri.stat
          tri.stat['max_sameness'] = 0.8
          assert 'max_sameness' in tri.stat
  
      with Engine(tempdir) as eng:
          assert 'min_sameness' in eng.character['square'].stat
          assert 'max_sameness' in eng.character['square'].stat
          assert 'min_sameness' in eng.character['triangle'].stat
          assert 'max_sameness' in eng.character['triangle'].stat
  
  
  def test_sickle(engy):
      sickle.install(engy)
      for i in range(100):
          engy.next_turn()
  
subject: Fix test_char_stat_startup