from GameQualityAssessment.code_pac import dataBaseAdapter
import GameQualityAssessment.code_pac.desafio.model as desafioModel
#set the test type (brasileiro = 1, desafio = 2)
testType = 1
#set desafioGame data
tournamentCode = 123
seriesCode = 264
groupCode = 10886
if testType == 1:
games = brasileiroModel.Game.retrieveList()
for game in games:
print(game.year)
print(
measures.LeadChange(game=model.BrasileiroGame(game),
ignored=0).getMeasureValue())
print('===================')
elif testType == 2:
conn = dataBaseAdapter.getConnection()
tournament = desafioModel.Tournament.retrieve(tournamentCode, conn)
series = desafioModel.Series.retrieve(tournament, seriesCode, conn)
game = desafioModel.Game(series, groupCode)
print(tournament.refYear)
print(
measures.LeadChange(game=model.DesafioGame(game),
ignored=1).getMeasureValue())
print('================')
if self._normScores:
bestScore = self._game.getGameStruct()[
self._game.getNumberRounds() - 1][1][0].totalScore
else:
bestScore = totalScores[0][2]
'''winner isn't gameRound best totalScore'''
if not self._winner == totalScores[0][0]:
count += 1
for t in totalScores:
if t[0] == self._winner:
dist += math.sqrt(
(totalScores[0][2] - t[2]) / bestScore)
break
self._measureValue = dist / count if count > 0 else 0
if __name__ == "__main__":
from GameQualityAssessment.code_pac import dataBaseAdapter, gamePlots
import GameQualityAssessment.code_pac.desafio.model as desafioModel
import GameQualityAssessment.code_pac.model as model
connection = dataBaseAdapter.getConnection()
tournament = desafioModel.Tournament.retriveList(connection)[0]
series = desafioModel.Series.retrieveList(tournament, connection)[0]
game = desafioModel.Game.retrieveList(series, connection)[0]
obj = model.DesafioGame(game)
value = DramaByPointsUp2First(game=obj, ignored=1)
print(value.getWinner(), value.getMeasureValue())
gamePlots.GamePlots(obj).byPoints()
import GameQualityAssessment.code_pac.desafio.model as desafioModel
#set the test type (brasileiro = 1, desafio = 2)
testType = 2
#set desafioGame data
tournamentCode = 160
seriesCode = 296
groupCode = 64117
if testType == 1:
games = brasileiroModel.Game.retrieveList()
for game in games:
print(game.year)
print(
measures.UncertaintyPDD(game=model.BrasileiroGame(game),
ignored=0,
scoreLimit=3).getMeasureValue())
print('===================')
elif testType == 2:
conn = dataBaseAdapter.getConnection()
tournament = desafioModel.Tournament.retrieve(tournamentCode, conn)
series = desafioModel.Series.retrieve(tournament, seriesCode, conn)
game = desafioModel.Game(series, groupCode)
print(tournament.refYear)
print(
measures.UncertaintyPDD(game=model.DesafioGame(game),
ignored=1,
minScore=50).getMeasureValue())
print('================')
import GameQualityAssessment.code_pac.model as model
import GameQualityAssessment.code_pac.measures as measures
from GameQualityAssessment.code_pac import dataBaseAdapter
import GameQualityAssessment.code_pac.desafio.model as desafioModel
#set the test type (brasileiro = 1, desafio = 2)
testType = 2
#set desafioGame data
tournamentCode = 160
seriesCode = 296
groupCode = 64117
if testType == 1:
games = brasileiroModel.Game.retrieveList()
for game in games:
print (game.year)
print (measures.UncertaintyEntropy(game=model.BrasileiroGame(game), ignored=0, scoreLimit=3).getMeasureValue())
print ('===================')
elif testType == 2:
conn = dataBaseAdapter.getConnection()
tournament = desafioModel.Tournament.retrieve(tournamentCode, conn)
series = desafioModel.Series.retrieve(tournament, seriesCode, conn)
game = desafioModel.Game(series, groupCode)
print (tournament.refYear)
print (measures.UncertaintyEntropy(game=model.DesafioGame(game), ignored=1, minScore=10).getMeasureValue())
print ('================')