def setData(self):
sender = self.sender()
name = sender.objectName()
if name[1] in ('1', '2', '3', '4', '5', '6', '7', '8', '9', '0'):
point = name[1]
point = int(point)
sender.setStyleSheet(metrocss.data_active)
data = self.UserData.toPlainText()
data = int(data)
if data == 0:
data = point
self.UserData.setHtml(metrocss.Show_Main_Temp(data))
else:
data = data * 10 + point
if self.tempisset == 0:
if data > 0 and data < 211:
self.UserData.setHtml(metrocss.Show_Main_Temp(data))
else:
if data > 0 and data < 31:
self.UserData.setHtml(metrocss.Show_Main_Temp(data))
if sender == self.bdel:
sender.setStyleSheet(metrocss.data_active)
data = self.UserData.toPlainText()
data = int(data)
if data == 0:
pass
else:
data = data // 10
self.UserData.setHtml(metrocss.Show_Main_Temp(data))
if sender == self.bok:
sender.setStyleSheet(metrocss.data_active)
if self.tempisset == 0:
self.tempisset = 1
data = self.UserData.toPlainText()
self.T = int(data)
self.label.setText(metrocss.SetLabelText(self.label2))
self.UserData.setHtml(metrocss.Show_Main_Temp(0))
else:
self.timeisset = 1
data = self.UserData.toPlainText()
self.t = int(data)
def setData(self):
d = u'\xB7'
sender = self.sender()
name = sender.objectName()
if name[1] in ('1', '2', '3', '4', '5', '6', '7', '8', '9', '0'):
point = name[1]
sender.setStyleSheet(metrocss.data_active)
self.data = self.data + point
self.UserData.setHtml(metrocss.Show_Main_Temp(d * len(self.data)))
if sender == self.bdel:
sender.setStyleSheet(metrocss.data_active)
if len(self.data) == 0:
pass
else:
self.data = self.data[0:-1]
self.UserData.setHtml(
metrocss.Show_Main_Temp(d * len(self.data)))
if sender == self.bok:
sender.setStyleSheet(metrocss.data_active)
def __init__(self, user_data_signal, parent=None):
super(PinCode, self).__init__(parent)
Ui_InputWindow.__init__(self)
self.setupUi(self)
self.setWindowModality(QtCore.Qt.WindowModal)
self.setWindowFlags(Qt.FramelessWindowHint)
self.signal = user_data_signal
self.label1 = u'ПИНКОД'
self.data = ''
self.UserData.setHtml(metrocss.Show_Main_Temp(''))
self.label.setText(metrocss.SetLabelText(self.label1))
self.label.setAlignment(Qt.AlignCenter)
self.b1.pressed.connect(self.setData)
self.b2.pressed.connect(self.setData)
self.b3.pressed.connect(self.setData)
self.b4.pressed.connect(self.setData)
self.b5.pressed.connect(self.setData)
self.b6.pressed.connect(self.setData)
self.b7.pressed.connect(self.setData)
self.b8.pressed.connect(self.setData)
self.b9.pressed.connect(self.setData)
self.b0.pressed.connect(self.setData)
self.bdel.pressed.connect(self.setData)
self.bok.pressed.connect(self.setData)
self.b1.released.connect(self.Clear)
self.b2.released.connect(self.Clear)
self.b3.released.connect(self.Clear)
self.b4.released.connect(self.Clear)
self.b5.released.connect(self.Clear)
self.b6.released.connect(self.Clear)
self.b7.released.connect(self.Clear)
self.b8.released.connect(self.Clear)
self.b9.released.connect(self.Clear)
self.b0.released.connect(self.Clear)
self.bdel.released.connect(self.Clear)
self.bok.released.connect(self.Clear)
def ShowResults(self, Tin):#вывод температуры на рабочую зону
#-------------рассчитываем температуры по разрешенным датчикам---------
if sets['sensor1_1']==1 and sets['sensor1_2']==1:
self.MTemp1=(float(Tin[1])+float(Tin[2]))/2
self.MainTemp1.setHtml(metrocss.Show_Main_Temp ("%.1f" %self.MTemp1 ))
self.Channel1.setHtml(metrocss.Show_temp(Tin[1]))
self.Channel2.setHtml(metrocss.Show_temp(Tin[2]))
elif sets['sensor1_1']==0 and sets['sensor1_2']==1:
self.MTemp1=float(Tin[2])
self.MainTemp1.setHtml(metrocss.Show_Main_Temp ("%.1f" %self.MTemp1 ))
self.Channel1.setHtml(metrocss.Show_temp("NaN"))
self.Channel2.setHtml(metrocss.Show_temp(Tin[2]))
elif sets['sensor1_1']==1 and sets['sensor1_2']==0:
self.MTemp1=float(Tin[1])
self.MainTemp1.setHtml(metrocss.Show_Main_Temp ("%.1f" %self.MTemp1 ))
self.Channel1.setHtml(metrocss.Show_temp(Tin[1]))
self.Channel2.setHtml(metrocss.Show_temp("NaN"))
self.Channel3.setHtml(metrocss.Show_temp(Tin[3]))#Тэны всегда!
self.Channel6.setHtml(metrocss.Show_temp(Tin[6]))
self.Heater1=Tin[3]
self.Heater2=Tin[6]
if sets['sensor2_1']==1 and sets['sensor2_2']==1:
self.MTemp2=(float(Tin[4])+float(Tin[5]))/2
self.MainTemp2.setHtml(metrocss.Show_Main_Temp ("%.1f" %self.MTemp2 ))
self.Channel4.setHtml(metrocss.Show_temp(Tin[4]))
self.Channel5.setHtml(metrocss.Show_temp(Tin[5]))
elif sets['sensor2_1']==0 and sets['sensor2_2']==1:
self.MTemp2=float(Tin[5])
self.MainTemp2.setHtml(metrocss.Show_Main_Temp ("%.1f" %self.MTemp2 ))
self.Channel4.setHtml(metrocss.Show_temp("NaN"))
self.Channel5.setHtml(metrocss.Show_temp(Tin[5]))
elif sets['sensor2_1']==1 and sets['sensor2_2']==0:
self.MTemp2=float(Tin[4])
self.MainTemp2.setHtml(metrocss.Show_Main_Temp ("%.1f" %self.MTemp2 ))
self.Channel4.setHtml(metrocss.Show_temp(Tin[4]))
self.Channel5.setHtml(metrocss.Show_temp("NaN"))
#-------------работаем со стеком значений температур---------
if self.coldStart==0:
for i in range(60):
self.TRate1.append(self.MTemp1)
self.TRate2.append(self.MTemp2)
self.coldStart=1
else:
self.TRate1.append(self.MTemp1)
self.TRate2.append(self.MTemp2)
if self.coldStart1==0:
self.TRate1=[]
for i in range(60):
self.TRate1.append(self.MTemp1)
self.coldStart1=1
if self.coldStart2==0:
self.TRate2=[]
for i in range(60):
self.TRate2.append(self.MTemp2)
self.coldStart2=1
#-------------вычисляем скорость изменения температуры по стеку---------
self.deltaTRate1=self.MTemp1-self.TRate1.pop(0)
self.deltaTRate2=self.MTemp2-self.TRate2.pop(0)
self.Rate1.setHtml(metrocss.Show_Rate(self.deltaTRate1))
self.Rate2.setHtml(metrocss.Show_Rate(self.deltaTRate2))
#-----вызываем обработку состояния вкл/выкл линии по полученным данным----
self.DoMainWork()