# File to print data
filename = 'boardingData50Luggage500.txt'
f = open(filename, 'w')
for iSeatsPerSide in range(len(nSeatsPerSide)):
for iRows in range(len(nRows)):
timeForRandom = []
timeForBackToFront = []
timeForOutsideIn = []
timeForFlyingCarpet = []
# Random boarding
for iIteration in range(nIterations):
myAirplane1 = airplane.Airplane(nRows[iRows],
nSeatsPerSide[iSeatsPerSide],
'random', nBlocks, fracFilled,
fracLuggage)
myAirplane1.board()
timeForRandom.append(myAirplane1.tBoarding)
# Back to front boarding
nBlocks = 2
for iIteration in range(nIterations):
myAirplane2 = airplane.Airplane(nRows[iRows],
nSeatsPerSide[iSeatsPerSide],
'backToFront', nBlocks, fracFilled,
fracLuggage)
myAirplane2.board()
timeForBackToFront.append(myAirplane2.tBoarding)
# Outside in boarding
# File to print data
filename = 'boardingData3Blocks.txt'
#f = open(filename,'w')
times = open('waitingTimes.txt', 'w')
boardingID = 0
for iSeatsPerSide in range(len(nSeatsPerSide)):
for iRows in range(len(nRows)):
nBlocks = 2
# Random boarding
for iIteration in range(nIterations):
myAirplane = airplane.Airplane(nRows[iRows],
nSeatsPerSide[iSeatsPerSide],
'random', nBlocks)
myAirplane.board()
# timeForRandom.append(myAirplane.reportWaitingTimes())
boardingID += 1
for waitTime in myAirplane.reportWaitingTimes():
times.write("%d, %.2f\n" % (boardingID, waitTime))
# Back to front boarding
for iIteration in range(nIterations):
myAirplane = airplane.Airplane(nRows[iRows],
nSeatsPerSide[iSeatsPerSide],
'backToFront', nBlocks)
myAirplane.board()
boardingID += 1
for waitTime in myAirplane.reportWaitingTimes():
times.write("%d, %.2f\n" % (boardingID, waitTime))
filename = 'boardingDataBlocks500.txt'
f = open(filename, 'w')
for iBlocks in range(len(listBlocks)):
for iSeatsPerSide in range(len(nSeatsPerSide)):
for iRows in range(len(nRows)):
timeForRandom = []
timeForBackToFront = []
timeForOutsideIn = []
timeForFlyingCarpet = []
# Random boarding
for iIteration in range(nIterations):
myAirplane = airplane.Airplane(nRows[iRows],
nSeatsPerSide[iSeatsPerSide],
'random', listBlocks[iBlocks],
fracFilled, fracLuggage)
myAirplane.board()
timeForRandom.append(myAirplane.tBoarding)
# Back to front boarding
for iIteration in range(nIterations):
myAirplane = airplane.Airplane(nRows[iRows],
nSeatsPerSide[iSeatsPerSide],
'backToFront',
listBlocks[iBlocks], fracFilled,
fracLuggage)
myAirplane.board()
timeForBackToFront.append(myAirplane.tBoarding)
# Outside in boarding
def add_player(self):
self.player_plane = airplane.Airplane('player', self)
x = (self.__window[0] - self.player_plane.plane_rect[2]) / 2
y = self.__window[1] - self.player_plane.plane_rect[3] - 50
self.player_plane.plane_rect.move_ip(x, y)
self.window.blit(self.player_plane.plane, (x, y))
def setEnd(num):
global start, end
appl.log(u'到着地:' + pref[num])
end = pref[num]
if start == end:
appl.log(u'出発地と到着を同じ場所に設定できません')
if __name__ == '__main__':
# UI関係モジュールをクラスとして生成し、applに入れる
appl = appui.AppUI(pref, rank)
# 輸送クラスの初期化した配列
trans = [
ship.Ship(appl),
airplane.Airplane(appl),
train.Train(appl),
track.Track(appl)
]
# sliderがスライドされた時に呼び出す関数を設定
appl.valueChanged('horizontalSlider', setVariablescost)
appl.valueChanged('horizontalSlider_2', setVariablestime)
appl.valueChanged('horizontalSlider_3', setVariablesenvload)
# pushButtonが押されたときにdoCalc関数を呼び出すように設定
appl.setClickFunction('pushButton', doCalc)
# pushButtonが押されたときにdoCache関数を呼び出すように設定
appl.setClickFunction('pushButton_3', doCache)
# pushButtonが押されたときにdoRanking関数を呼び出すように設定
appl.setClickFunction('pushButton_2', doRanking)
# テキストインプットに文字が入力された時に呼び出す関数を設定