def __init__(self, taskid=0, mData=readHSR.HSRData()):
threading.Thread.__init__(self)
self.taskid = taskid
self._stopevent = threading.Event()
self.mData = mData
self.buffer = 0.0
self.tempo = 1
def __init__(self, taskid = 0, mData = readHSR.HSRData()):
threading.Thread.__init__(self)
self.taskid = taskid
self._stopevent = threading.Event( )
self.mData = mData
self.tempo = 0.5
#mutex to protect concurrent access to chipset
self.lok = threading.Lock()
self.pbassinelle = 0.0
self.ratio = PIROK_RATIO
def __init__(self, taskid=0, mData=readHSR.HSRData()):
threading.Thread.__init__(self)
self.taskid = taskid
self._stopevent = threading.Event()
self.mData = mData
self.p = 0
self.cht = 0
self.previousT = time.time()
self.interval = 0.5
self.Tlast = self.Tnow = self.Tmax = self.Tmin = 0
self.T_dif_now = self.T_dif_last = 0
self.TminLoopCount = 0
self.TmaxLoopCount = 0
self.isBTNOK = 1
self.tempo = 1
#Parametres font / couleur cNoir = 0 #4 #254 cBlanc = OLED_WHITE_STD #254 #4 cB1 = cB2 = cB3 = 63 cBleu = 82 #70 #0x32 #2 cRouge = 0xC4 #224 cVert = 28 cGris = cBleu #76 fBig = 200 fSmall = 201 #global values maximT1 = readMaxim.MaximData(0) maximT2 = readMaxim.MaximData(0) dhtData = readMaxim.MaximData(0) hsrData = readHSR.HSRData(0) barData = readHSR.HSRData(0) flowData = readFlow.FlowData() pumpPTarget = DEFAULTPUMPVAL poidsData = readHSR.HSRData(0) poidsBTData = readHSR.HSRData(0) #plotly data myplot = myplotly.MyPlotly(0) #tasks task1 = multithreadTemp.TaskPrintTemp(0, maximT1) task2 = multithreadTemp.TaskPrintTemp(1, maximT2) task3 = multithreadHX711.TaskPrintWeight(2, poidsData) task4 = multithreadHum.TaskPrintHum(3, dhtData) task5 = multithreadRange.TaskPrintRange(4, hsrData)
done = False # Used to manage how fast the screen updates clock = pygame.time.Clock() # value for test rot = -10 lasttct = 0 # global values for data handling maximT1 = readMaxim.MaximData(0) maximT2 = readMaxim.MaximData(0) maximT3 = readMaxim.MaximData(0) maximT4SPI = readMaxim.MaximData(0) dhtData = readMaxim.MaximData(0) hsrData = readHSR.HSRData(0) scaleData = readMaxim.MaximData(0) #launch thread to update the temp values and other (hum, range etc) task1 = multithreadTemp.TaskPrintTemp(0,maximT1) #task2 = multithreadTemp.TaskPrintTemp(1,maximT2) #task3 = multithreadTemp.TaskPrintTemp(2,maximT3) task4 = multithreadHum.TaskPrintHum(3,dhtData) task5 = multithreadRange.TaskPrintRange(4,hsrData) task7 = multithreadTemp.TaskPrintTemp(5,maximT4SPI) task8 = multithreadScale.TaskPrintScale(7,scaleData) #**** PID setup: ***** #maximT1 is the group temperature (for boost algorithm), maximT4SPI is the boiler temp sensor, default target value = 115C temptarget=115 task6PID = multithreadPID.TaskControlPID(6,maximT1,maximT4SPI,temptarget) consigneSpecialePID = 0