def GetCount(self, graph, num):
nodeCount = graph.GetNodes()
number = str(num)
if number.find("%"):
number = number.strip("%")
if Utility.CheckParameter("(FLOAT2)", number):
return int(float(number) * nodeCount / 100.0)
else:
if Utility.CheckParameter("(FLOAT2)", number):
if number <= nodeCount:
return number
else:
return nodeCount
def ClickSetting(self):
setStep = 0
if self.radioButtonSteps.isChecked():
if self.lineEditStep.text() == "":
Utility.SystemWarning(
"Please input the number of simulation steps!")
return
if self.lineEditEmergencyIndexValue.text() == "":
Utility.SystemWarning(
"Please input the default value of emergency index!")
return
if not Utility.CheckParameter(
"(FLOAT)", self.lineEditEmergencyIndexValue.text()):
Utility.SystemWarning(
"Please set urgency index (0~1) for each step!")
return
setStep = int(self.lineEditStep.text())
elif self.radioButtonPercentage.isChecked():
setStep = 1
while self.tableWidgetEmergencyIndex.rowCount() < setStep:
print self.tableWidgetEmergencyIndex.rowCount()
print self.lineEditStep.text()
i = self.tableWidgetEmergencyIndex.rowCount()
self.tableWidgetEmergencyIndex.insertRow(i)
item = QtGui.QTableWidgetItem()
item.setText(self.lineEditEmergencyIndexValue.text())
self.tableWidgetEmergencyIndex.setItem(i, 0, item)
while self.tableWidgetEmergencyIndex.rowCount() > setStep:
self.tableWidgetEmergencyIndex.removeRow(setStep)
for i in range(setStep):
item = QtGui.QTableWidgetItem()
item.setText(self.lineEditEmergencyIndexValue.text())
self.tableWidgetEmergencyIndex.setItem(i, 0, item)
def ClickSimulation(self):
step = 0
coverage = 0
if self.radioButtonSteps.isChecked():
if not Utility.CheckParameter("(INT)", self.lineEditStep.text()):
Utility.SystemWarning(
"Please make sure you input a positive integer in the textbox for step "
)
return
step = int(self.lineEditStep.text())
elif self.radioButtonPercentage.isChecked():
if not Utility.CheckParameter("(FLOAT2)",
self.lineEditPercentage.text()):
Utility.SystemWarning(
"Please make sure you input a positive float in the textbox for coverage "
)
return
coverage = int(self.lineEditPercentage.text())
# increment = 0.025
# simulationSpeeds = []
# speeds = [round(i*increment,3) for i in range(int(1/increment*0.35))]
# simulationSpeeds = list(product(speeds, repeat=step))
# simulationSpeeds = []
# for i in range(100):
# speeds = []
# for j in range(4):
# speeds.append((i+1)/100.0)
# simulationSpeeds.append(speeds)
tem_speeds = [0.1, 0.2, 0.2, 0.1]
simulationSpeeds = []
for j in range(1, 50):
speeds = []
for i in range(4):
speed = tem_speeds[i] * j / 10
speeds.append(round(speed, 3))
simulationSpeeds.append(speeds)
# for j in range(10):
# speeds = []
# for i in range(10):
# if i > 4:
# speeds.append(((10/(j+1.0))-(i+1.0)/(j+1))/10+0.2)
# else:
# speeds.append(((i+1.0)/(j+1))/10+0.2)
# simulationSpeeds.append(speeds)
for speed in simulationSpeeds:
self.lastLine = None
# step = 0
# coverage = 0
# if self.radioButtonSteps.isChecked():
# if not Utility.CheckParameter("(INT)", self.lineEditStep.text()):
# Utility.SystemWarning("Please make sure you input a positive integer in the textbox for step ")
# return
# step = int(self.lineEditStep.text())
# elif self.radioButtonPercentage.isChecked():
# if not Utility.CheckParameter("(FLOAT2)", self.lineEditPercentage.text()):
# Utility.SystemWarning("Please make sure you input a positive float in the textbox for coverage ")
# return
# coverage = int(self.lineEditPercentage.text())
emergencyIndexType = "G"
decayedCircle = 0.0
decayedRatio = 0.0
if self.radioButtonRegional.isChecked():
emergencyIndexType = "R"
if not Utility.CheckParameter(
"(FLOAT2)", self.lineEditDecayedRadius.text()):
Utility.SystemWarning(
"Please make sure you input a positive float in the textbox for decayed circle "
)
return
decayedCircle = float(self.lineEditDecayedRadius.text())
if not Utility.CheckParameter(
"(FLOAT2)", self.lineEditDecayedRatio.text()):
Utility.SystemWarning(
"Please make sure you input a positive float (0~100) in the textbox for decayed ratio "
)
return
else:
ratio = float(self.lineEditDecayedRatio.text())
if ratio < 0 or ratio > 100:
Utility.SystemWarning(
"Please make sure you input a positive float (0~100) in the textbox for decayed ratio "
)
return
decayedRatio = float(self.lineEditDecayedRatio.text())
# simulation purpose only, hard-coded.
emergencyIndexType = "R"
decayedCircle_list = [50, 100, 150, 200, 250, 300, 350, 400]
for dc in decayedCircle_list:
decayedRatio_list = [5, 15, 25, 35, 45, 55, 65, 75, 85, 95]
for dr in decayedRatio_list:
decayedCircle = dc
decayedRatio = dr
seedNodes = set()
if self.textEditSeedNodes.toPlainText() == "":
Utility.SystemWarning(
"Please make sure you input the ID of seed nodes!")
return
seedNodesList = self.textEditSeedNodes.toPlainText().split(
";")
for i in range(len(seedNodesList)):
try:
seedNodes.add(int(seedNodesList[i]))
except:
Utility.SystemWarning(
"Please make sure you input the ID of seed nodes that are separated by semicolon!"
)
return
if len(self.weightMatrix) == 0:
Utility.SystemWarning(
"Please make sure you load weight matrix file!")
return
self.diffusionThread = CityDiffusion2.CityDiffusion(
self.graph, seedNodes, self.weightMatrix, speed, step,
coverage, self.nodesLatLonPostion, emergencyIndexType,
[decayedCircle, decayedRatio])
#self.connect(self.diffusionThread, QtCore.SIGNAL("ActiveNodeCityDiffusion(int, int, int)"),
# self.ActiveNodeCityDiffusion)
#self.connect(self.diffusionThread, QtCore.SIGNAL("FinishedDiffusion(QString)"), self.FinishedDiffusion)
self.pushButtonSimulation.setEnabled(False)
# self.RestoreDiffusionNodes()
self.BeginDiffusion()
time.sleep(0.5)
self.diffusionThread.start()
i += 1
"""
seedNodes = set()
if self.textEditSeedNodes.toPlainText() == "":
Utility.SystemWarning("Please make sure you input the ID of seed nodes!")
return
seedNodesList = self.textEditSeedNodes.toPlainText().split(";")
for i in range(len(seedNodesList)):
try:
seedNodes.add(int(seedNodesList[i]))
except:
Utility.SystemWarning("Please make sure you input the ID of seed nodes that are separated by semicolon!")
return
if len(self.weightMatrix) == 0:
Utility.SystemWarning("Please make sure you load weight matrix file!")
return
self.diffusionThread = CityDiffusion2.CityDiffusion(self.graph, seedNodes, self.weightMatrix, speed, step, coverage, self.nodesLatLonPostion, emergencyIndexType, [decayedCircle, decayedRatio])
# self.connect(self.diffusionThread, QtCore.SIGNAL("ActiveNodeCityDiffusion(int, int, int)"),
# self.ActiveNodeCityDiffusion)
# self.connect(self.diffusionThread, QtCore.SIGNAL("FinishedDiffusion(QString)"), self.FinishedDiffusion)
self.pushButtonDiffusion.setEnabled(False)
# self.RestoreDiffusionNodes()
self.BeginDiffusion()
time.sleep(0.5)
self.diffusionThread.start()
"""
self.pushButtonSimulation.setEnabled(True)
def ClickDiffusion(self):
self.lastLine = None
step = 0
coverage = 0
if self.radioButtonSteps.isChecked():
if not Utility.CheckParameter("(INT)", self.lineEditStep.text()):
Utility.SystemWarning(
"Please make sure you input a positive integer in the textbox for step "
)
return
step = int(self.lineEditStep.text())
elif self.radioButtonPercentage.isChecked():
if not Utility.CheckParameter("(FLOAT2)",
self.lineEditPercentage.text()):
Utility.SystemWarning(
"Please make sure you input a positive float in the textbox for coverage "
)
return
coverage = int(self.lineEditPercentage.text())
speed = []
rowCount = self.tableWidgetEmergencyIndex.rowCount()
if self.radioButtonSteps.isChecked():
if rowCount != step:
Utility.SystemWarning(
"Please set urgency index (0~1) for each step!")
return
else:
for i in range(step):
if not Utility.CheckParameter(
"(FLOAT)",
self.tableWidgetEmergencyIndex.item(i, 0).text()):
Utility.SystemWarning(
"Please set urgency index (0~1) for each step!")
return
currentSpeed = float(
self.tableWidgetEmergencyIndex.item(i, 0).text())
speed.append(currentSpeed)
elif self.radioButtonPercentage.isChecked():
if rowCount != 1:
Utility.SystemWarning("Please set urgency index (0~1)!")
return
else:
for i in range(1):
if not Utility.CheckParameter(
"(FLOAT)",
self.tableWidgetEmergencyIndex.item(i, 0).text()):
Utility.SystemWarning(
"Please set urgency index (0~1) for each step!")
return
currentSpeed = float(
self.tableWidgetEmergencyIndex.item(i, 0).text())
speed.append(currentSpeed)
emergencyIndexType = "G"
decayedCircle = 0.0
decayedRatio = 0.0
if self.radioButtonRegional.isChecked():
emergencyIndexType = "R"
if not Utility.CheckParameter("(FLOAT2)",
self.lineEditDecayedRadius.text()):
Utility.SystemWarning(
"Please make sure you input a positive float in the textbox for decayed circle "
)
return
decayedCircle = float(self.lineEditDecayedRadius.text())
if not Utility.CheckParameter("(FLOAT2)",
self.lineEditDecayedRatio.text()):
Utility.SystemWarning(
"Please make sure you input a positive float (0~100) in the textbox for decayed ratio "
)
return
else:
ratio = float(self.lineEditDecayedRatio.text())
if ratio < 0 or ratio > 100:
Utility.SystemWarning(
"Please make sure you input a positive float (0~100) in the textbox for decayed ratio "
)
return
decayedRatio = float(self.lineEditDecayedRatio.text())
seedNodes = set()
if self.textEditSeedNodes.toPlainText() == "":
Utility.SystemWarning(
"Please make sure you input the ID of seed nodes!")
return
seedNodesList = self.textEditSeedNodes.toPlainText().split(";")
for i in range(len(seedNodesList)):
try:
seedNodes.add(int(seedNodesList[i]))
except:
Utility.SystemWarning(
"Please make sure you input the ID of seed nodes that are separated by semicolon!"
)
return
if len(self.weightMatrix) == 0:
Utility.SystemWarning(
"Please make sure you load weight matrix file!")
return
self.diffusionThread = CityDiffusion2.CityDiffusion(
self.graph, seedNodes, self.weightMatrix, speed, step, coverage,
self.nodesLatLonPostion, emergencyIndexType,
[decayedCircle, decayedRatio])
self.connect(self.diffusionThread,
QtCore.SIGNAL("ActiveNodeCityDiffusion(int, int, int)"),
self.ActiveNodeCityDiffusion)
self.connect(self.diffusionThread,
QtCore.SIGNAL("FinishedDiffusion(QString)"),
self.FinishedDiffusion)
self.pushButtonDiffusion.setEnabled(False)
# self.RestoreDiffusionNodes()
self.BeginDiffusion()
time.sleep(0.5)
self.diffusionThread.start()
