def testHTMLGeneration(self):
# Note to self! Check the date if this function fails. HTML Generate puts today's date on all new html files.
currentDir = os.getcwd()
testingDocDir = os.path.join(currentDir, "TestingDocs")
shutil.copyfile(testingDocDir + "\\tableGenerator.html", currentDir + "\\Test.html")
event = Penalty(
"Claude McSlash", "Boston Bruins", "Slashing", True, "Calgary Flames", "July 10, 2015", ["Don", "Ron"]
)
generateHTML(event.printTable(), "Test.html")
self.assertTrue(filecmp.cmp("Test.html", testingDocDir + "\\CorrectTestTable.html"))
os.remove("Test.html")
def __init__(self, num=0):
self._playernum = num
self._finalboard = fbc.FinalBoardComponent()
self._penalty = p.Penalty()
self._prepboard = pbc.PrepBoardComponent(self._finalboard,
self._penalty)
self._score = 0
self._firstplayer = False
self._projfinalboard = fbc.FinalBoardComponent()
def __init__(self, chromosome, resEval, penEval, fitnessEval, pop):
self.Chromosome = chromosome
self.ResEval = resEval
self.PenEval = penEval
self.FitnessEval = fitnessEval
self.PopulationSize = 400
self.Elitism = 2
self.SelectionOp = TournamentSelectionOperator(2, 2)
self.RecombinationOp = DrunkRecombinationOperator()
self.MutationOp = None
self.PenEval.Evaluate(pop)
self.FitnessEval.Evaluate(pop)
pop.SortByFitness()
self.Population = pop
rdb = Surrogate.ResponseDatabaseFromPopulation(self.Population)
sdb = Surrogate.SuccessDatabaseFromPopulation(self.Population)
self.ResponseModel = Surrogate.RBFNetwork()
self.ResponseModel.Train(rdb)
self.SuccessModel = Surrogate.RBFNetwork()
self.SuccessModel.Train(sdb)
self.SurrogateResEval = SurrogateResponseEvaluator(
self.ResponseModel, self.SuccessModel, self.Chromosome)
self.SurrogateChromosome = self.Chromosome.Clone()
self.SurrogateChromosome.Responses.append(
Value("TorczonMerit", "FLOAT", 0.0))
self.SurrogatePenEval = copy.deepcopy(self.PenEval)
self.SurrogatePenEval.ObjectivePenalties.append(
Penalty("MAXIMIZE", "TorczonMerit", exponent=1.0))
# self.SurrogatePenEval.ConstraintPenalties.append(Penalty("LOWER_BOUND", "__SUCCESS__", 100.0, 1.0, 0.5))
self.TrustRegion = TrustRegion(self.SurrogateChromosome)
self.TrustRegionSize = 1.0
self.TrustRegionCoeffWhenImproved = 1.3 # 1.2
self.TrustRegionCoeffWhenNotImproved = 0.9 # 0.7
self.TrustRegionSizeMinimum = 0.05
self.MeritWeight = 0.01
self.HistoryOutput = open("history.dat", "w")
def __penalty(self, chromosome) -> float:
penalty = Penalty.penalty(self.initial_position, chromosome)
penalty += Penalty.penalty(chromosome, self.final_position)
return penalty
from DatabaseManager import *
from Penalty import *
import os
if os.path.isfile("test.db"):
os.remove("test.db")
databaseManager = DatabaseManager("test.db")
for i in range(0,10):
databaseManager.insertData("'Roy Gero','Boston','Hooking','09-26-2016','Montreal',0,'Steve'")
print databaseManager.getHighestID()
event = Penalty("Claude McSlash","Boston Bruins","Slashing",True,"Calgary Flames","July 10, 2015",["Don","Ron"])
databaseManager.insertData(event.formatForSQL())
