import sys
# import PyQt4 QtCore and QtGui modules
from PyQt4.QtCore import *
from PyQt4.QtGui import *
from calibrator import Calibrator
if __name__ == '__main__':
# create application
app = QApplication( sys.argv )
app.setApplicationName( 'calibrator' )
# create widget
w = Calibrator()
w.setWindowTitle( 'calibrator' )
w.show()
# connection
QObject.connect( app, SIGNAL( 'lastWindowClosed()' ), app, SLOT( 'quit()' ) )
# execute application
sys.exit( app.exec_() )
class MainWindow(QMainWindow, Ui_MainWindow):
temp_signal = QtCore.pyqtSignal(list)
time_signal = QtCore.pyqtSignal(list)
user_data_signal = QtCore.pyqtSignal(int,int)
pincode_signal= QtCore.pyqtSignal(str)
lock_signal=QtCore.pyqtSignal()
finish_signal=QtCore.pyqtSignal()
Fan1_On=0 #fan on/off = 0/1
Fan2_On=0
Line_65=0 #line on=1 line off=0
Line_35=0
T1=T2=t1=t2=0
TRate1=[] #log набора температуры
TRate2=[]
deltaTRate1=0 #хранение текущей скорости роста температуры
deltaTRate2=0
iconOn = QtGui.QIcon()
iconOff = QtGui.QIcon()
iconLock=QtGui.QIcon()
iconUnlock=QtGui.QIcon()
MTemp1=0.0 #храним вычисленное значение температуры
Mtemp2=0.0
WaitText="ГОТОВ К ЗАПУСКУ"
WorkText="НАГРЕВ "
DelayText="ВЫДЕРЖКА "
coldStart1=1 #коррекция скорости при отключении датчиков
coldStart2=1
coldStart=0 #запуск программы после загрузки
Heater1=0 # температура тэнов
Heater2=0
lockedBut=True
State1=0 #флаги состояния нагрев/выдержка
State2=0
justStarted1=0 #флаги начала отсчета времени
justStarted2=0
startTime1=0
startTime2=0
countdown1=0
countdown2=0
level=[0*10000,25*10000,50*10000,75*10000,100*10000]
FI=300
FT=15
Fan1Interval=FI # запуск по 15 через 300 сек
Fan1Time=FT
Fan2Interval=FI
Fan2Time=FT
file_name_1=''
file_name_2=''
def __init__(self, parent=None):
super(MainWindow, self).__init__(parent)
Ui_MainWindow.__init__(self)
self.setupUi(self)
#--------------ini set--------------------
self.setWindowFlags(Qt.FramelessWindowHint)
read_settings()
self.call_ini_set() #set css from metrocss+T-temp and t-delay from settings
call_board_ini() #set raspberry ports
self.set_adc() #start ADC data
self.set_hotkeys()
self.SetVirtualButtons()
#--------------prog buttons set--------------------
self.p1_1.pressed.connect(self.SelectProg)
self.p1_2.pressed.connect(self.SelectProg)
self.p1_3.pressed.connect(self.SelectProg)
self.p1_4.pressed.connect(self.SelectUserProg)
self.p2_1.pressed.connect(self.SelectProg)
self.p2_2.pressed.connect(self.SelectProg)
self.p2_3.pressed.connect(self.SelectProg)
self.p2_4.pressed.connect(self.SelectUserProg)
self.user_data_signal.connect(self.set_user_data, QtCore.Qt.QueuedConnection)
#--------------params buttons set--------------------
self.Over_Heat_Ctrl_1.pressed.connect(self.ParamsSet)
self.Over_Heat_Ctrl_2.pressed.connect(self.ParamsSet)
self.Sensor1_1.pressed.connect(self.ParamsSet)
self.Sensor1_2.pressed.connect(self.ParamsSet)
self.Sensor2_1.pressed.connect(self.ParamsSet)
self.Sensor2_2.pressed.connect(self.ParamsSet)
self.Fan1_Allow.pressed.connect(self.ParamsSet)
self.Fan2_Allow.pressed.connect(self.ParamsSet)
#--------------startstop buttons set--------------------
self.StartVirt1.pressed.connect(self.StartStop)
self.StartVirt2.pressed.connect(self.StartStop)
self.StopVirt1.pressed.connect(self.StartStop)
self.StopVirt2.pressed.connect(self.StartStop)
#--------------fans buttons set--------------------
self.Fan1.pressed.connect(self.SetFans)
self.Fan2.pressed.connect(self.SetFans)
#--------------history button set--------------------
self.HistoryGraph.pressed.connect(self.ViewHistory)
#--------------history button set--------------------
self.lockVirt.pressed.connect(self.UnlockButtons)
self.lock_signal.connect(self.LockButtons, QtCore.Qt.QueuedConnection)
#--------------calibration button set--------------------
self.Calibr.pressed.connect(self.Calibration)
self.pincode_signal.connect(self.CheckPinCode, QtCore.Qt.QueuedConnection)
self.finish_signal.connect(self.ADC_ON, QtCore.Qt.QueuedConnection)
#-------------------------------------------------
#---------------end app window--------------------
#----------------------------methods------------------------------
def time_msg(self, out):
self.labeloftime.setText( \
_translate("Calibrator", "<html><head/><body><p align=\"center\"><span style=\" font-size:16pt; font-weight:400;\">%s</span></p><p align=\"center\"><span style=\" font-size:26pt; font-weight:400;\">%s</span></p><p align=\"center\"><span style=\" font-size:16pt; font-weight:400;\">%s</span></p></body></html>"%(out[0],out[1],out[2]), None))
@pyqtSlot()
def ADC_ON(self):
spi.open(0,0)
spi.max_speed_hz = 40000
self.tempthreadcontrol(1)
def CheckPinCode(self, pin):
if pin=='2502':
self.tempthreadcontrol(0)
spi.close()
self.CalibrWindow=Calibrator(self.finish_signal, self)
self.CalibrWindow.show()
else:
pass
self.Calibr.setStyleSheet(metrocss.prog_passive)
@pyqtSlot()
def Calibration(self):
if self.lockedBut: return
self.Calibr.setStyleSheet(metrocss.prog_active)
self.CodeWindow=PinCode(self.pincode_signal, self)
self.CodeWindow.show()
self.CodeWindow.move(313, 195)
@pyqtSlot()
def LockButtons (self):
self.lockedBut=True
self.lockbut.setIcon(self.iconLock)
self.lockbut.setStyleSheet(metrocss.SetButtons_passive)
@pyqtSlot()
def UnlockButtons (self):
sender=self.sender()
longpressed=sender.longpressed
if longpressed==0: return
self.lockedBut=False
self.lockbut.setIcon(self.iconUnlock)
self.lockbut.setStyleSheet(metrocss.SetButtons_active)
self.lockthread.start()
@pyqtSlot()
def ViewHistory(self):
if self.lockedBut: return
self.HistoryGraph.setStyleSheet(metrocss.prog_active)
self.LogsView=GraphWindow(self)
self.LogsView.show()
self.HistoryGraph.setStyleSheet(metrocss.prog_passive)
@pyqtSlot()
def DoMainWork(self):
global file_name_1, file_name_2
i=0
p=0
self.CleanAir()
#it=0
if self.justStarted1==0 and self.Line_65:
self.startTime1=datetime.datetime.now()
self.justStarted1=1
self.State1=0
GPIO.output(Cont1, 1)
file_name_1=str(int(time.time()))+'_1_'+str(self.T1)+'.txt'
if self.justStarted2==0 and self.Line_35:
self.startTime2=datetime.datetime.now()
self.justStarted2=1
self.State2=0
GPIO.output(Cont2, 1)
file_name_2=str(int(time.time()))+'_2_'+str(self.T2)+'.txt'
if self.Line_65==1:
#---------heaters control------------------------
if self.State1==0:
delta1=str(datetime.datetime.now()-self.startTime1)[:7]
#----проверяем границы температура относительно уставки
if self.MTemp1 < (self.T1 - 15):
pi.hardware_PWM(SSRPwm0, Freq, self.level[4])
i=self.level[4]/10000
self.InfoPanel1.setHtml(metrocss.SetInfoPanelText(self.WorkText+delta1+" "+str(i)+"%"))
elif (self.T1 - 15) <= self.MTemp1 < self.T1:
if self.deltaTRate1 >= 5:
pi.hardware_PWM(SSRPwm0, Freq, self.level[0])
i=self.level[0]/10000
elif 3 <= self.deltaTRate1 <5:
pi.hardware_PWM(SSRPwm0, Freq, self.level[1])
i=self.level[1]/10000
elif 1 <= self.deltaTRate1 < 3:
pi.hardware_PWM(SSRPwm0, Freq, self.level[2])
i=self.level[2]/10000
elif self.deltaTRate1 < 1:
pi.hardware_PWM(SSRPwm0, Freq, self.level[4])
i=self.level[4]/10000
self.InfoPanel1.setHtml(metrocss.SetInfoPanelText(self.WorkText+delta1+" "+str(i)+"%"))
#----уходим на выдержку-------------------------
elif self.MTemp1 >= self.T1:
pi.hardware_PWM(SSRPwm0, Freq, self.level[0])
self.State1=1
self.startTime1=datetime.datetime.now()
self.countdown1=datetime.timedelta(minutes=self.t1)
delta1=datetime.datetime.now()-self.startTime1
delta1=str((self.countdown1-delta1))[:7]
self.InfoPanel1.setHtml(metrocss.SetInfoPanelText(self.DelayText+str(self.countdown1)[:7] ) )
elif self.State1==1:
delta1=datetime.datetime.now()-self.startTime1
#--------обратный отсчет выдержки------------------------
if delta1.total_seconds()/60 <= self.t1:
delta1=str((self.countdown1-delta1))[:7]
if self.MTemp1 >=self.T1:
pi.hardware_PWM(SSRPwm0, Freq, self.level[0])
i=self.level[0]/10000
elif (self.T1 - 1) <= self.MTemp1 < self.T1:
pi.hardware_PWM(SSRPwm0, Freq, self.level[1])
i=self.level[1]/10000
elif (self.T1-2) <=self.MTemp1 < (self.T1-1):
pi.hardware_PWM(SSRPwm0, Freq, self.level[2])
i=self.level[2]/10000
elif (self.T1-4) <=self.MTemp1 < (self.T1-2):
pi.hardware_PWM(SSRPwm0, Freq, self.level[3])
i=self.level[3]/10000
elif (self.T1-4) > self.MTemp1:
pi.hardware_PWM(SSRPwm0, Freq, self.level[4])
i=self.level[4]/10000
self.InfoPanel1.setHtml(metrocss.SetInfoPanelText(self.DelayText+delta1+" "+str(i)+"%"))
#--------работа сделана------------------------
elif delta1.total_seconds()/60 > self.t1:
self.StartButton1.setStyleSheet(metrocss.StartButton_active)
self.StopButton1.setStyleSheet(metrocss.StopButton_passive)
self.setWorkzonePassive('1')
self.Line_65=0
self.InfoPanel1.setHtml(metrocss.SetInfoPanelText(self.WaitText))
pi.hardware_PWM(SSRPwm0, Freq, 0)
self.State1=0
self.justStarted1=0
GPIO.output(Cont1, 0)
save_log(file_name_1,self.MTemp1,i,self.State1,self.Fan1_On, self.Heater1)
if self.Line_35==1:
#---------heaters control------------------------
if self.State2==0:
delta2=str(datetime.datetime.now()-self.startTime2)[:7]
#----проверяем границы температура относительно уставки
if self.MTemp2 < (self.T2 - 15):
pi.hardware_PWM(SSRPwm1, Freq, self.level[4])
p=self.level[4]/10000
self.InfoPanel2.setHtml(metrocss.SetInfoPanelText(self.WorkText+delta2+" "+str(p)+"%"))
elif (self.T2 - 15) <= self.MTemp2 < self.T2:
if self.deltaTRate2 >= 5:
pi.hardware_PWM(SSRPwm1, Freq, self.level[0])
p=self.level[0]/10000
elif 3 <= self.deltaTRate2 <5:
pi.hardware_PWM(SSRPwm1, Freq, self.level[1])
p=self.level[1]/10000
elif 1 <= self.deltaTRate2 < 3:
pi.hardware_PWM(SSRPwm1, Freq, self.level[2])
p=self.level[2]/10000
elif self.deltaTRate2 < 1:
pi.hardware_PWM(SSRPwm1, Freq, self.level[4])
p=self.level[4]/10000
self.InfoPanel2.setHtml(metrocss.SetInfoPanelText(self.WorkText+delta2+" "+str(p)+"%"))
#----уходим на выдержку-------------------------
elif self.MTemp2 >= self.T2:
pi.hardware_PWM(SSRPwm1, Freq, self.level[0])
self.State2=1
self.startTime2=datetime.datetime.now()
self.countdown2=datetime.timedelta(minutes=self.t2)
delta2=datetime.datetime.now()-self.startTime2
delta2=str((self.countdown2-delta2))[:7]
self.InfoPanel2.setHtml(metrocss.SetInfoPanelText(self.DelayText+str(self.countdown2)[:7] ) )
elif self.State2==1:
delta2=datetime.datetime.now()-self.startTime2
#--------обратный отсчет выдержки------------------------
if delta2.total_seconds()/60 <= self.t2:
delta2=str((self.countdown2-delta2))[:7]
if self.MTemp2 >=self.T2:
pi.hardware_PWM(SSRPwm1, Freq, self.level[0])
p=self.level[0]/10000
elif (self.T2 - 1) <= self.MTemp2 < self.T2:
pi.hardware_PWM(SSRPwm1, Freq, self.level[1])
p=self.level[1]/10000
elif (self.T2-2) <=self.MTemp2 < (self.T2-1):
pi.hardware_PWM(SSRPwm1, Freq, self.level[2])
p=self.level[2]/10000
elif (self.T2-4) <=self.MTemp2 < (self.T2-2):
pi.hardware_PWM(SSRPwm1, Freq, self.level[3])
p=self.level[3]/10000
elif (self.T2-4) > self.MTemp2:
pi.hardware_PWM(SSRPwm1, Freq, self.level[4])
p=self.level[4]/10000
self.InfoPanel2.setHtml(metrocss.SetInfoPanelText(self.DelayText+delta2+" "+str(p)+"%"))
#--------работа сделана------------------------
elif delta2.total_seconds()/60 > self.t2:
self.StartButton2.setStyleSheet(metrocss.StartButton_active)
self.StopButton2.setStyleSheet(metrocss.StopButton_passive)
self.setWorkzonePassive('2')
self.Line_35=0
self.InfoPanel2.setHtml(metrocss.SetInfoPanelText(self.WaitText))
pi.hardware_PWM(SSRPwm1, Freq, 0)
self.State2=0
self.justStarted2=0
GPIO.output(Cont2, 0)
save_log(file_name_2,self.MTemp2,p,self.State2,self.Fan2_On, self.Heater2)
@pyqtSlot()
def CleanAir(self): #работа вентиляторов в цикле полимеризации
if sets['Fan1_Allow'] and self.Line_65 and (round(self.MTemp1) in range(150,200)):
if self.Fan1Interval > 0:
self.Fan1Interval -=1
elif self.Fan1Interval == 0:
if self.Fan1Time > 0:
self.Fan1Time -=1
if self.Fan1_On:
pass
else:
self.SetFans(1)
elif self.Fan1Time == 0:
self.Fan1Interval=FI
self.Fan1Time=FT
if self.Fan1_On:
self.SetFans(1)
else:
pass
if sets['Fan2_Allow']==1 and self.Line_35==1 and (round(self.MTemp2) in range(150,200)):
if self.Fan2Interval > 0:
self.Fan2Interval -=1
elif self.Fan2Interval == 0:
if self.Fan2Time > 0:
self.Fan2Time -=1
if self.Fan2_On:
pass
else:
self.SetFans(2)
elif self.Fan2Time == 0:
self.Fan2Interval=FI
self.Fan2Time=FT
if self.Fan2_On:
self.SetFans(2)
else:
pass
def SetFans(self, Line=0):#триггер вентиляторов
if Line==1:
if self.Fan1_On==0:
self.Fan1_On=1
GPIO.output(Fan1, self.Fan1_On)
self.Fan1.setIcon(self.iconOn)
else:
self.Fan1_On=0
GPIO.output(Fan1, self.Fan1_On)
self.Fan1.setIcon(self.iconOff)
elif Line==2:
if self.Fan2_On==0:
self.Fan2_On=1
GPIO.output(Fan2, self.Fan2_On)
self.Fan2.setIcon(self.iconOn)
else:
self.Fan2_On=0
GPIO.output(Fan2, self.Fan2_On)
self.Fan2.setIcon(self.iconOff)
else:
sender=self.sender()
if sender==self.Fan1:
if self.Fan1_On==0:
sender.setIcon(self.iconOn)
self.Fan1_On=1
GPIO.output(Fan1, self.Fan1_On)
else:
sender.setIcon(self.iconOff)
self.Fan1_On=0
GPIO.output(Fan1, self.Fan1_On)
else:
if self.Fan2_On==0:
sender.setIcon(self.iconOn)
self.Fan2_On=1
GPIO.output(Fan2, self.Fan2_On)
else:
sender.setIcon(self.iconOff)
self.Fan2_On=0
GPIO.output(Fan2, self.Fan2_On)
def setWorkzonePassive(self,point):#ожидающая рабочая зона
if point=='1':
self.Channel1.setStyleSheet(metrocss.Channel_waiting)
self.Channel2.setStyleSheet(metrocss.Channel_waiting)
self.Channel3.setStyleSheet(metrocss.Channel_waiting)
else:
self.Channel4.setStyleSheet(metrocss.Channel_waiting)
self.Channel5.setStyleSheet(metrocss.Channel_waiting)
self.Channel6.setStyleSheet(metrocss.Channel_waiting)
getattr(self, 'Counter'+str(point)).setStyleSheet(metrocss.Rate_Counter_waiting)
getattr(self, 'Rate'+str(point)).setStyleSheet(metrocss.Rate_Counter_waiting)
getattr(self, 'MainTemp'+str(point)).setStyleSheet(metrocss.MainTemp_waiting)
getattr(self, 'InfoPanel'+str(point)).setStyleSheet(metrocss.InfoPanel_waiting)
getattr(self, 'SetTemp'+str(point)).setStyleSheet(metrocss.Sets_waiting)
getattr(self, 'SetDelay'+str(point)).setStyleSheet(metrocss.Sets_waiting)
def setWorkzoneActive(self,point):#оранжевая рабочая зона
if point=='1':
self.Channel1.setStyleSheet(metrocss.Channel_working)
self.Channel2.setStyleSheet(metrocss.Channel_working)
self.Channel3.setStyleSheet(metrocss.Channel_working)
else:
self.Channel4.setStyleSheet(metrocss.Channel_working)
self.Channel5.setStyleSheet(metrocss.Channel_working)
self.Channel6.setStyleSheet(metrocss.Channel_working)
getattr(self, 'Counter'+str(point)).setStyleSheet(metrocss.Rate_Counter_working)
getattr(self, 'Rate'+str(point)).setStyleSheet(metrocss.Rate_Counter_working)
getattr(self, 'MainTemp'+str(point)).setStyleSheet(metrocss.MainTemp_working)
getattr(self, 'InfoPanel'+str(point)).setStyleSheet(metrocss.InfoPanel_working)
getattr(self, 'SetTemp'+str(point)).setStyleSheet(metrocss.Sets_working)
getattr(self, 'SetDelay'+str(point)).setStyleSheet(metrocss.Sets_working)
@pyqtSlot()
def StartStop(self):#кнопки старт стоп
sender=self.sender()
name=sender.name
s=len(name)
point=name[s-1]
longpressed=sender.longpressed
if longpressed==0: return
if name[:5]=='Start':
if point=='1' and self.Line_65==0:
self.StartButton1.setStyleSheet(metrocss.StartButton_passive)
self.StopButton1.setStyleSheet(metrocss.StopButton_active)
self.setWorkzoneActive(point)
self.Line_65=1
sets['Counter1'] +=1
self.Counter1.setHtml(metrocss.Show_Counter(sets['Counter1']))
save_settings(sets)
elif point=='2' and self.Line_35==0:
self.StartButton2.setStyleSheet(metrocss.StartButton_passive)
self.StopButton2.setStyleSheet(metrocss.StopButton_active)
self.setWorkzoneActive(point)
self.Line_35=1
sets['Counter2'] +=1
self.Counter2.setHtml(metrocss.Show_Counter(sets['Counter2']))
save_settings(sets)
elif name[:4]=='Stop':
if point=='1' and self.Line_65==1:
self.StartButton1.setStyleSheet(metrocss.StartButton_active)
self.StopButton1.setStyleSheet(metrocss.StopButton_passive)
self.setWorkzonePassive(point)
self.Line_65=0
self.InfoPanel1.setHtml(metrocss.SetInfoPanelText(self.WaitText))
pi.hardware_PWM(SSRPwm0, Freq, 0)
self.startHeat1=0
self.startDelay1=0
self.justStarted1=0
GPIO.output(Cont1, 0)
self.Fan1Interval=FI
self.Fan1Time=FT
if self.Fan1_On: self.SetFans(1)
elif point=='2' and self.Line_35==1:
self.StartButton2.setStyleSheet(metrocss.StartButton_active)
self.StopButton2.setStyleSheet(metrocss.StopButton_passive)
self.setWorkzonePassive(point)
self.Line_35=0
self.InfoPanel2.setHtml(metrocss.SetInfoPanelText(self.WaitText))
pi.hardware_PWM(SSRPwm1, Freq, 0)
self.startHeat2=0
self.startDelay2=0
self.justStarted2=0
GPIO.output(Cont2, 0)
self.Fan2Interval=FI
self.Fan2Time=FT
if self.Fan2_On: self.SetFans(2)
def All_is_Clear(self):#корректное завершение
self.tempthreadcontrol(0)
self.timelabel.stop()
spi.close()
pi.stop()
GPIO.cleanup()
self.close()
def __del__ ( self ):#какая-то системная
self.ui = None
@pyqtSlot()
def ParamsSet(self):#работа кнопок Параметры
if self.lockedBut: return
sender=self.sender()
#------------------heater sensors----------------------
if sender==self.Over_Heat_Ctrl_1:
if sets['OH_ctrl_1']==1:
self.Over_Heat_Ctrl_1.setStyleSheet(metrocss.SetButtons_passive)
sets['OH_ctrl_1']=0
else:
self.Over_Heat_Ctrl_1.setStyleSheet(metrocss.SetButtons_active)
sets['OH_ctrl_1']=1
if sender==self.Over_Heat_Ctrl_2:
if sets['OH_ctrl_2']==1:
self.Over_Heat_Ctrl_2.setStyleSheet(metrocss.SetButtons_passive)
sets['OH_ctrl_2']=0
else:
self.Over_Heat_Ctrl_2.setStyleSheet(metrocss.SetButtons_active)
sets['OH_ctrl_2']=1
#---------------main sensors------------------
if sender==self.Sensor1_1:
self.coldStart1=0
if sets['sensor1_1']==1:
self.Sensor1_1.setStyleSheet(metrocss.SetButtons_passive)
sets['sensor1_1']=0
if sets['sensor1_2']==0:
self.Sensor1_2.setStyleSheet(metrocss.SetButtons_active)
sets['sensor1_2']=1
else:
self.Sensor1_1.setStyleSheet(metrocss.SetButtons_active)
sets['sensor1_1']=1
if sender==self.Sensor1_2:
self.coldStart1=0
if sets['sensor1_2']==1:
self.Sensor1_2.setStyleSheet(metrocss.SetButtons_passive)
sets['sensor1_2']=0
if sets['sensor1_1']==0:
self.Sensor1_1.setStyleSheet(metrocss.SetButtons_active)
sets['sensor1_1']=1
else:
self.Sensor1_2.setStyleSheet(metrocss.SetButtons_active)
sets['sensor1_2']=1
if sender==self.Sensor2_1:
self.coldStart2=0
if sets['sensor2_1']==1:
self.Sensor2_1.setStyleSheet(metrocss.SetButtons_passive)
sets['sensor2_1']=0
if sets['sensor2_2']==0:
self.Sensor2_2.setStyleSheet(metrocss.SetButtons_active)
sets['sensor2_2']=1
else:
self.Sensor2_1.setStyleSheet(metrocss.SetButtons_active)
sets['sensor2_1']=1
if sender==self.Sensor2_2:
self.coldStart2=0
if sets['sensor2_2']==1:
self.Sensor2_2.setStyleSheet(metrocss.SetButtons_passive)
sets['sensor2_2']=0
if sets['sensor2_1']==0:
self.Sensor2_1.setStyleSheet(metrocss.SetButtons_active)
sets['sensor2_1']=1
else:
self.Sensor2_2.setStyleSheet(metrocss.SetButtons_active)
sets['sensor2_2']=1
#--------------------Fan Prams------------------------
if sender==self.Fan1_Allow:
if sets['Fan1_Allow']==1:
self.Fan1_Allow.setStyleSheet(metrocss.SetButtons_passive)
sets['Fan1_Allow']=0
if self.Line_65:
self.Fan1Interval=FI
self.Fan1Time=FT
if self.Fan1_On: self.SetFans(1)
else:
self.Fan1_Allow.setStyleSheet(metrocss.SetButtons_active)
sets['Fan1_Allow']=1
if sender==self.Fan2_Allow:
if sets['Fan2_Allow']==1:
self.Fan2_Allow.setStyleSheet(metrocss.SetButtons_passive)
sets['Fan2_Allow']=0
if self.Line_35:
self.Fan2Interval=FI
self.Fan2Time=FT
if self.Fan2_On: self.SetFans(2)
else:
self.Fan2_Allow.setStyleSheet(metrocss.SetButtons_active)
sets['Fan2_Allow']=1
save_settings(sets)
def set_user_data(self, T,t):#ловля сигнала модального окна ввода настроек температуры и выдержки
if self.point==1:
self.SetTemp1.setHtml(metrocss.settemp(T))
self.SetDelay1.setHtml(metrocss.setdelay(t))
self.T1=T
self.t1=t
if self.point==2:
self.SetTemp2.setHtml(metrocss.settemp(T))
self.SetDelay2.setHtml(metrocss.setdelay(t))
self.T2=T
self.t2=t
@pyqtSlot()
def SelectUserProg(self):#отработка нажатия кнопки пользовательская программа
sender=self.sender()
name = sender.objectName()
point=name[1]
self.point=int(point)
if self.point==1 and self.Line_65 == 0:
self.clear_buttons(self.point)
sender.setStyleSheet(metrocss.prog_active)
self.AskWindow=UserData(self.user_data_signal, self)
self.AskWindow.show()
self.AskWindow.move(313, 195)
if self.point==2 and self.Line_35 == 0:
self.clear_buttons(self.point)
sender.setStyleSheet(metrocss.prog_active)
self.AskWindow=UserData(self.user_data_signal, self)
self.AskWindow.show()
self.AskWindow.move(313, 195)
@pyqtSlot()
def SelectProg(self):#кнопки выбора программ
sender = self.sender()
name = sender.objectName()
if name[1]=='1':
if self.Line_65 == 0:
prog=int(name[3])
line=1
self.set_prog(prog,line)
else:
pass
if name[1]=='2':
if self.Line_35 == 0:
prog=int(name[3])
line=2
self.set_prog(prog,line)
else:
pass
@pyqtSlot()
def set_hotkeys(self):#горячие клавиши для завершения и сворачивания
# свернуть окно по CTRL+Hself.SetTemp2.setStyleSheet
self.minact = QAction(self)
self.minact.setShortcut("CTRL+H")
self.minact.setShortcutContext(Qt.ApplicationShortcut)
self.addAction(self.minact)
self.minact.triggered.connect(lambda : self.setWindowState(Qt.WindowMinimized))
# Exit CTRL+Q
self.actq = QAction(self)
self.actq.setShortcut("CTRL+Q")
self.actq.setShortcutContext(Qt.ApplicationShortcut)
self.addAction(self.actq)
self.actq.triggered.connect(self.All_is_Clear)
# Exit CTRL+Й
self.actqr = QAction(self)
self.actqr.setShortcut("CTRL+Й")
self.actqr.setShortcutContext(Qt.ApplicationShortcut)
self.addAction(self.actqr)
self.actqr.triggered.connect(self.All_is_Clear)
@pyqtSlot()
def set_adc(self):#запуск ацп в потоке
self.tempthread=TempThread(self.temp_signal)
self.temp_signal.connect(self.got_worker_msg, QtCore.Qt.QueuedConnection)
self.tempthreadcontrol(1)
def closeEvent(self, event):#переопределяем закрытие окна
self.All_is_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()
def ConvertResults(self, Va):#преобразование вольты в градусы
Ch=1
p='Channel'
Tout={}
while Ch <=6:
p1=p+str(Ch)
realq=sets[p1][0]*Va[Ch]**3+sets[p1][1]*Va[Ch]**2+sets[p1][2]*Va[Ch]+sets[p1][3];
T="%.1f" % realq ##+ DEGREE
Tout[Ch]=T
Ch +=1
return Tout
def got_worker_msg(self,Va):#ловля сигнала от АЦП
self.ShowResults(self.ConvertResults(Va))
def tempthreadcontrol(self, command):#запуск/остановка потока
if command==1:
self.tempthread.isRun=True
self.tempthread.start()
elif command==0:
self.tempthread.stop()
def clear_buttons(self, line):#установка кнопок в серое состояние при смене программы
if line==1:
self.p1_1.setStyleSheet(metrocss.prog_passive)
self.p1_2.setStyleSheet(metrocss.prog_passive)
self.p1_3.setStyleSheet(metrocss.prog_passive)
self.p1_4.setStyleSheet(metrocss.prog_passive)
if line==2:
self.p2_1.setStyleSheet(metrocss.prog_passive)
self.p2_2.setStyleSheet(metrocss.prog_passive)
self.p2_3.setStyleSheet(metrocss.prog_passive)
self.p2_4.setStyleSheet(metrocss.prog_passive)
def set_prog(self, prog, line):#подпрограммы кнопок переключения программы
if line == 1:
self.clear_buttons(1)
if prog==1:
self.p1_1.setStyleSheet(metrocss.prog_active)
self.SetTemp1.setHtml(metrocss.settemp(180))
self.SetDelay1.setHtml(metrocss.setdelay(15))
self.T1=180
self.t1=15
sets['start_prog1']=1
if prog==2:
self.p1_2.setStyleSheet(metrocss.prog_active)
self.SetTemp1.setHtml(metrocss.settemp(190))
self.SetDelay1.setHtml(metrocss.setdelay(10))
self.T1=190
self.t1=10
sets['start_prog1']=2
if prog==3:
self.p1_3.setStyleSheet(metrocss.prog_active)
self.SetTemp1.setHtml(metrocss.settemp(200))
self.SetDelay1.setHtml(metrocss.setdelay(10))
self.T1=200
self.t1=10
sets['start_prog1']=3
if line == 2:
self.clear_buttons(2)
if prog==1:
self.p2_1.setStyleSheet(metrocss.prog_active)
self.SetTemp2.setHtml(metrocss.settemp(180))
self.SetDelay2.setHtml(metrocss.setdelay(15))
self.T2=180
self.t2=15
sets['start_prog2']=1
if prog==2:
self.p2_2.setStyleSheet(metrocss.prog_active)
self.SetTemp2.setHtml(metrocss.settemp(190))
self.SetDelay2.setHtml(metrocss.setdelay(10))
self.T2=190
self.t2=10
sets['start_prog2']=2
if prog==3:
self.p2_3.setStyleSheet(metrocss.prog_active)
self.SetTemp2.setHtml(metrocss.settemp(200))
self.SetDelay2.setHtml(metrocss.setdelay(10))
self.T2=200
self.t2=10
sets['start_prog2']=3
save_settings(sets)
@pyqtSlot()
def call_ini_set(self):#установка первоначального & состояния из файла настроек
self.iconOff.addPixmap(QtGui.QPixmap("Fanoff.png"), QtGui.QIcon.Normal, QtGui.QIcon.Off)
self.iconOn.addPixmap(QtGui.QPixmap("Fanon.png"), QtGui.QIcon.Normal, QtGui.QIcon.Off)
self.iconLock.addPixmap(QtGui.QPixmap("lock.png"), QtGui.QIcon.Normal, QtGui.QIcon.Off)
self.iconUnlock.addPixmap(QtGui.QPixmap("unlock.png"), QtGui.QIcon.Normal, QtGui.QIcon.Off)
#---------lock buttons-----------
self.lockedBut=True
self.lockbut.setIcon(self.iconLock)
self.lockbut.setStyleSheet(metrocss.SetButtons_passive)
self.lockthread=LockThread(self.lock_signal)
#---------------timelabel--------------------------
self.timelabel=TimeThread(self.time_signal)
self.time_signal.connect(self.time_msg, QtCore.Qt.QueuedConnection)
self.timelabel.isRun=True
self.timelabel.start()
#---------initial default prog set-----------
if sets['start_prog1']==1:
self.set_prog(1,1)
if sets['start_prog1']==2:
self.set_prog(2,1)
if sets['start_prog1']==3:
self.set_prog(3,1)
if sets['start_prog2']==1:
self.set_prog(1,2)
if sets['start_prog2']==2:
self.set_prog(2,2)
if sets['start_prog2']==3:
self.set_prog(3,2)
#---------heaters set--------------------
if sets['OH_ctrl_1']==1:
self.Over_Heat_Ctrl_1.setStyleSheet(metrocss.SetButtons_active)
if sets['OH_ctrl_2']==1:
self.Over_Heat_Ctrl_2.setStyleSheet(metrocss.SetButtons_active)
if sets['sensor1_1']==1:
self.Sensor1_1.setStyleSheet(metrocss.SetButtons_active)
if sets['sensor1_2']==1:
self.Sensor1_2.setStyleSheet(metrocss.SetButtons_active)
if sets['sensor2_1']==1:
self.Sensor2_1.setStyleSheet(metrocss.SetButtons_active)
if sets['sensor2_2']==1:
self.Sensor2_2.setStyleSheet(metrocss.SetButtons_active)
#---------fans set--------------------
if sets['Fan1_Allow']==1:
self.Fan1_Allow.setStyleSheet(metrocss.SetButtons_active)
if sets['Fan2_Allow']==1:
self.Fan2_Allow.setStyleSheet(metrocss.SetButtons_active)
#---------counter set--------------------
self.Counter1.setHtml(metrocss.Show_Counter(sets['Counter1']))
self.Counter2.setHtml(metrocss.Show_Counter(sets['Counter2']))
#---------Infopanel set--------------------
self.InfoPanel1.setHtml(metrocss.SetInfoPanelText(self.WaitText))
self.InfoPanel2.setHtml(metrocss.SetInfoPanelText(self.WaitText))
def SetVirtualButtons(self):#рисуем кнопки с длинным нажатием
self.StartVirt1 = LongButton(self.centralwidget, name="StartVirt1")
self.StartVirt1.setGeometry(QtCore.QRect(15, 75, 134, 139))
sizePolicy = QSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
sizePolicy.setHorizontalStretch(0)
sizePolicy.setVerticalStretch(0)
sizePolicy.setHeightForWidth(self.StartVirt1.sizePolicy().hasHeightForWidth())
self.StartVirt1.setSizePolicy(sizePolicy)
self.StartVirt1.setCursor(QtGui.QCursor(QtCore.Qt.ArrowCursor))
self.StartVirt1.setFocusPolicy(QtCore.Qt.NoFocus)
self.StartVirt1.setContextMenuPolicy(QtCore.Qt.NoContextMenu)
self.StartVirt1.setAcceptDrops(False)
self.StartVirt1.setStyleSheet(_fromUtf8("border-style: outset;background-color: none;"))
self.StopVirt1 = LongButton(self.centralwidget, name="StopVirt1")
self.StopVirt1.setGeometry(QtCore.QRect(15, 227, 134, 139))
sizePolicy = QSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
sizePolicy.setHorizontalStretch(0)
sizePolicy.setVerticalStretch(0)
sizePolicy.setHeightForWidth(self.StopVirt1.sizePolicy().hasHeightForWidth())
self.StopVirt1.setSizePolicy(sizePolicy)
self.StopVirt1.setCursor(QtGui.QCursor(QtCore.Qt.ArrowCursor))
self.StopVirt1.setFocusPolicy(QtCore.Qt.NoFocus)
self.StopVirt1.setContextMenuPolicy(QtCore.Qt.NoContextMenu)
self.StopVirt1.setAcceptDrops(False)
self.StopVirt1.setStyleSheet(_fromUtf8("border-style: outset;background-color: none;"))
self.StartVirt2 = LongButton(self.centralwidget, name="StartVirt2")
self.StartVirt2.setGeometry(QtCore.QRect(651, 75, 134, 139))
sizePolicy = QSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
sizePolicy.setHorizontalStretch(0)
sizePolicy.setVerticalStretch(0)
sizePolicy.setHeightForWidth(self.StartVirt2.sizePolicy().hasHeightForWidth())
self.StartVirt2.setSizePolicy(sizePolicy)
self.StartVirt2.setCursor(QtGui.QCursor(QtCore.Qt.ArrowCursor))
self.StartVirt2.setFocusPolicy(QtCore.Qt.NoFocus)
self.StartVirt2.setContextMenuPolicy(QtCore.Qt.NoContextMenu)
self.StartVirt2.setAcceptDrops(False)
self.StartVirt2.setStyleSheet(_fromUtf8("border-style: outset;background-color: none;"))
self.StopVirt2 = LongButton(self.centralwidget, name="StopVirt2")
self.StopVirt2.setGeometry(QtCore.QRect(651, 227, 134, 139))
sizePolicy = QSizePolicy(QSizePolicy.Fixed, QSizePolicy.Fixed)
sizePolicy.setHorizontalStretch(0)
sizePolicy.setVerticalStretch(0)
sizePolicy.setHeightForWidth(self.StopVirt2.sizePolicy().hasHeightForWidth())
self.StopVirt2.setSizePolicy(sizePolicy)
self.StopVirt2.setCursor(QtGui.QCursor(QtCore.Qt.ArrowCursor))
self.StopVirt2.setFocusPolicy(QtCore.Qt.NoFocus)
self.StopVirt2.setContextMenuPolicy(QtCore.Qt.NoContextMenu)
self.StopVirt2.setAcceptDrops(False)
self.StopVirt2.setStyleSheet(_fromUtf8("border-style: outset;background-color: none;"))
self.lockVirt = LongButton(self.centralwidget, name="lockVirt")
self.lockVirt.setGeometry(QtCore.QRect(322, 836, 150, 148))
sizePolicy.setHorizontalStretch(0)
sizePolicy.setVerticalStretch(0)
sizePolicy.setHeightForWidth(self.lockVirt.sizePolicy().hasHeightForWidth())
self.lockVirt.setSizePolicy(sizePolicy)
self.lockVirt.setCursor(QtGui.QCursor(QtCore.Qt.ArrowCursor))
self.lockVirt.setFocusPolicy(QtCore.Qt.NoFocus)
self.lockVirt.setContextMenuPolicy(QtCore.Qt.NoContextMenu)
self.lockVirt.setAcceptDrops(False)
self.lockVirt.setStyleSheet(_fromUtf8("border-style: outset;background-color: none;"))
