Tunze 7096 Strömungssteuerung
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Hey Leute ich habe mal eine Frage, vielleicht kennt sich jemand soweit damit aus.
Ich habe vier Tunze Strömungspupen und einen Tunze Multicontroller.
Ich würde gerne diesen multicontroller per Blockly und ioBroker
Über USB Ansteuern um die Steuer Programme vom Pi über usb an den Controller zu senden.
Ich habe jetzt bei Github Einen Python Code gefunden womit man den Controller steuern kann. Doch habe ich von Python oder JavaScript überhaupt keine Ahnung und auch nicht wie man das ganze über Blockly einbinden kann mit dem integrierten Code.
Der da wäre:#!/usr/bin/python3 import sys import serial import time from PyQt4.QtGui import * class Settings: def __init__(self, str): f = str.split(';') self.mode = int(f[0]) self.p1pw1 = int(f[1]) self.p2pw1 = int(f[2]) self.p3pw1 = int(f[3]) self.p4pw1 = int(f[4]) self.p1pw2 = int(f[5]) self.p2pw2 = int(f[6]) self.p3pw2 = int(f[7]) self.p4pw2 = int(f[8]) self.pulsetime = int(f[9]) * 10 self.foodtimer = int(f[10]) self.moonlight = int(f[11]) self.stormcycle = int(f[12]) self.storminterval = int(f[13]) self.nightmode = int(f[14]) self.interval = int(f[15]) self.seqtime = int(f[16]) self.wavecontroller = int(f[17]) self.waveperiod = int(f[18]) * 10 self.waveinverse = int(f[19]) self.ramptime = int(f[20]) * 100 self.minflow = int(f[21]) self.random = int(f[22]) def __str__(self): return "%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i;%i" % (self.mode, self.p1pw1, self.p2pw1, self.p3pw1, self.p4pw1, self.p1pw2, self.p2pw2, self.p3pw2, self.p4pw2, int(self.pulsetime / 10), self.foodtimer, int(self.moonlight), int(self.stormcycle), self.storminterval, int(self.nightmode), self.interval, self.seqtime, int(self.wavecontroller), int(self.waveperiod / 10), int(self.waveinverse), int(self.ramptime / 100), int(self.minflow), int(self.random)) class MainWindow(QWidget): def get_responce(self): l = self.ser.read(256) if l[0] != 0x02: raise RuntimeError("Missing start of data!") elif l[-2] != 0x03: raise RuntimeError("Missing end of data!") return(l[1:-2]) def changeMode(self, mode): if mode == 0: self.interval.setEnabled(False) self.seqtime.setEnabled(False) self.minflow.setEnabled(False) if mode == 1: self.interval.setEnabled(True) self.seqtime.setEnabled(False) self.minflow.setEnabled(True) if mode == 2: self.interval.setEnabled(False) self.seqtime.setEnabled(True) self.minflow.setEnabled(True) def changeRandom(self, state): self.pulsetime.setEnabled(not state) def changeStormcycle(self, state): self.storminterval.setEnabled(state) def changeWaveinverse(self, state): self.p3pw1.setValue(0) self.p3pw2.setValue(100) if state: self.p4pw1.setValue(100) self.p4pw2.setValue(0) else: self.p4pw1.setValue(0) self.p4pw2.setValue(100) def changeWavecontroller(self, state): self.p3pw1.setEnabled(not state) self.p3pw2.setEnabled(not state) self.p4pw1.setEnabled(not state) self.p4pw2.setEnabled(not state) self.waveperiod.setEnabled(state) self.waveinverse.setEnabled(state) if state: self.changeWaveinverse(self.waveinverse.isChecked()) def save(self): self.settings.mode = self.mode.currentIndex() self.settings.p1pw1 = self.p1pw1.value() self.settings.p1pw2 = self.p1pw2.value() self.settings.p2pw1 = self.p2pw1.value() self.settings.p2pw2 = self.p2pw2.value() self.settings.p3pw1 = self.p3pw1.value() self.settings.p3pw2 = self.p3pw2.value() self.settings.p4pw1 = self.p4pw1.value() self.settings.p4pw2 = self.p4pw2.value() self.settings.pulsetime = self.pulsetime.value() self.settings.foodtimer = self.foodtimer.value() self.settings.moonlight = self.moonlight.isChecked() self.settings.stormcycle = self.stormcycle.isChecked() self.settings.storminterval = self.storminterval.value() self.settings.nightmode = self.nightmode.isChecked() self.settings.interval = self.interval.value() self.settings.seqtime = self.seqtime.value() self.settings.wavecontroller = self.wavecontroller.isChecked() self.settings.waveperiod = self.waveperiod.value() self.settings.waveinverse = self.waveinverse.isChecked() self.settings.ramptime = self.ramptime.value() self.settings.minflow = self.minflow.isChecked() self.settings.random = self.random.isChecked() print("New settings: %s" % self.settings) self.ser.write(b'\x02') self.ser.write(str(self.settings).encode('ascii')) self.ser.write(b'\x03\r') def __init__(self): super(MainWindow, self).__init__() # Use serial port specified on command line, or /dev/ttyUSB0 if none specified if len(sys.argv) > 1: port = sys.argv[1] else: port = '/dev/ttyUSB0' # Open serial port and do initialization sequence needed to wake up 7096 self.ser = serial.Serial(port=port, baudrate=19200, timeout=0.25, rtscts=False, dsrdtr=False) self.ser.setRTS(0) self.ser.setDTR(0) self.ser.setRTS(1) time.sleep(0.1) self.ser.setRTS(0) time.sleep(0.5) # Get model number and firmware version self.ser.write(b'\x02?\x03\r') r = self.get_responce() model = r.decode('UTF-8') print("Found %s" % model) # Get current settings self.ser.write(b'\x020data\x03\r') r = self.get_responce() # Convert responce to string and parse it to a settings object self.settings = Settings(r.decode('UTF-8')) print("Current settings: %s" % self.settings) # Initialize the main window self.resize(480, 570) self.setWindowTitle("7096 Tool - %s" % model) # Draw all the widgets # First some labels power1lbl = QLabel('Power 1:', self) power1lbl.move(10, 44) power2lbl = QLabel('Power 2:', self) power2lbl.move(10, 74) pump1lbl = QLabel('Pump 1', self) pump1lbl.move(100, 10) pump2lbl = QLabel('Pump 2', self) pump2lbl.move(200, 10) pump3lbl = QLabel('Pump 3', self) pump3lbl.move(300, 10) pump4lbl = QLabel('Pump 4', self) pump4lbl.move(400, 10) # Pump power levels self.p1pw1 = QSpinBox(self) self.p1pw1.setMinimum(0) self.p1pw1.setMaximum(100) self.p1pw1.setValue(self.settings.p1pw1) self.p1pw1.move(100, 40) self.p1pw2 = QSpinBox(self) self.p1pw2.setMinimum(0) self.p1pw2.setMaximum(100) self.p1pw2.setValue(self.settings.p1pw2) self.p1pw2.move(100, 70) self.p2pw1 = QSpinBox(self) self.p2pw1.setMinimum(0) self.p2pw1.setMaximum(100) self.p2pw1.setValue(self.settings.p2pw1) self.p2pw1.move(200, 40) self.p2pw2 = QSpinBox(self) self.p2pw2.setMinimum(0) self.p2pw2.setMaximum(100) self.p2pw2.setValue(self.settings.p2pw2) self.p2pw2.move(200, 70) self.p3pw1 = QSpinBox(self) self.p3pw1.setMinimum(0) self.p3pw1.setMaximum(100) self.p3pw1.setValue(self.settings.p3pw1) self.p3pw1.move(300, 40) self.p3pw2 = QSpinBox(self) self.p3pw2.setMinimum(0) self.p3pw2.setMaximum(100) self.p3pw2.setValue(self.settings.p3pw2) self.p3pw2.move(300, 70) self.p4pw1 = QSpinBox(self) self.p4pw1.setMinimum(0) self.p4pw1.setMaximum(100) self.p4pw1.setValue(self.settings.p4pw1) self.p4pw1.move(400, 40) self.p4pw2 = QSpinBox(self) self.p4pw2.setMinimum(0) self.p4pw2.setMaximum(100) self.p4pw2.setValue(self.settings.p4pw2) self.p4pw2.move(400, 70) # Mode of operation nightmodelbl = QLabel('Mode:', self) nightmodelbl.move(10, 124) self.mode = QComboBox(self) self.mode.addItem('Pulse') self.mode.addItem('Interval') self.mode.addItem('Sequence') self.mode.setCurrentIndex(self.settings.mode) self.mode.currentIndexChanged.connect(self.changeMode) self.mode.move(150, 122) # Time interval for Interval mode intervallbl = QLabel('Interval:', self) intervallbl.move(10, 154) self.interval = QSpinBox(self) self.interval.setMinimum(1) self.interval.setMaximum(779) self.interval.setValue(self.settings.interval) self.interval.move(150, 150) intervallbl2 = QLabel('minutes', self) intervallbl2.move(210, 154) # Time interval for Sequence mode seqtimelbl = QLabel('Sequence time:', self) seqtimelbl.move(10, 184) self.seqtime = QSpinBox(self) self.seqtime.setMinimum(1) self.seqtime.setMaximum(779) self.seqtime.setValue(self.settings.seqtime) self.seqtime.move(150, 180) seqtimelbl2 = QLabel('seconds', self) seqtimelbl2.move(210, 184) # Maintain minimum flow for powered of pumps (Interval and Sequence modes) minflowlbl = QLabel('Maintain min flow:', self) minflowlbl.move(10, 214) self.minflow = QCheckBox(self) self.minflow.setChecked(self.settings.minflow) self.minflow.move(150, 212) # Enable/disable all mode dependent controlls self.changeMode(self.settings.mode) # Pulse time pulsetimelbl = QLabel('Pulse time:', self) pulsetimelbl.move(10, 244) self.pulsetime = QSpinBox(self) self.pulsetime.setMinimum(0) self.pulsetime.setMaximum(8000) self.pulsetime.setSingleStep(10) self.pulsetime.setValue(self.settings.pulsetime) self.pulsetime.move(150, 240) pulsetimelbl2 = QLabel('ms', self) pulsetimelbl2.move(215, 244) self.random = QCheckBox('Randomize', self) self.random.setChecked(self.settings.random) self.random.stateChanged.connect(self.changeRandom) self.random.move(240, 242) if self.settings.random: self.pulsetime.setEnabled(False) # Ramp time (soft start) ramptimelbl = QLabel('Ramp time:', self) ramptimelbl.move(10, 274) self.ramptime = QSpinBox(self) self.ramptime.setMinimum(0) self.ramptime.setMaximum(200) self.ramptime.setSingleStep(100) self.ramptime.setValue(self.settings.ramptime) self.ramptime.move(150, 270) ramptimelbl2 = QLabel('ms', self) ramptimelbl2.move(215, 274) # Night mode nightmodelbl = QLabel('Night mode:', self) nightmodelbl.move(10, 304) self.nightmode = QCheckBox(self) self.nightmode.setChecked(self.settings.nightmode) self.nightmode.move(150, 302) # Moonlight moonlightlbl = QLabel('Moonlight:', self) moonlightlbl.move(10, 334) self.moonlight = QCheckBox(self) self.moonlight.setChecked(self.settings.moonlight) self.moonlight.move(150, 332) # Food timer foodtimerlbl = QLabel('Food timer:', self) foodtimerlbl.move(10, 364) self.foodtimer = QSpinBox(self) self.foodtimer.setMinimum(0) self.foodtimer.setMaximum(15) self.foodtimer.setValue(self.settings.foodtimer) self.foodtimer.move(150, 360) foodtimerlbl2 = QLabel('minutes', self) foodtimerlbl2.move(205, 364) # Storm cycle stormcyclelbl = QLabel('Storm cycle:', self) stormcyclelbl.move(10, 394) self.stormcycle = QCheckBox('Enable', self) self.stormcycle.setChecked(self.settings.stormcycle) self.stormcycle.move(150, 392) self.stormcycle.stateChanged.connect(self.changeStormcycle) self.storminterval = QSpinBox(self) self.storminterval.setMinimum(1) self.storminterval.setMaximum(191) self.storminterval.setValue(self.settings.storminterval) self.storminterval.move(230, 390) stormintervallbl = QLabel('hours', self) stormintervallbl.move(290, 394) # Enable/disable storm cycle dependent controlls self.changeStormcycle(self.settings.stormcycle) # Wave controller wavecontrollerlbl = QLabel('Use pump 3&4 as Wave controller:', self) wavecontrollerlbl.move(10, 444) self.wavecontroller = QCheckBox(self) self.wavecontroller.setChecked(self.settings.wavecontroller) self.wavecontroller.stateChanged.connect(self.changeWavecontroller) self.wavecontroller.move(250, 442) waveperiodlbl = QLabel('Period:', self) waveperiodlbl.move(30, 474) self.waveperiod = QSpinBox(self) self.waveperiod.setMinimum(300) self.waveperiod.setMaximum(2500) self.waveperiod.setSingleStep(10) self.waveperiod.setValue(self.settings.waveperiod) self.waveperiod.move(100, 470) waveperiodlbl2 = QLabel('ms', self) waveperiodlbl2.move(170, 474) waveinverselbl = QLabel('Inverse:', self) waveinverselbl.move(30, 504) self.waveinverse = QCheckBox(self) self.waveinverse.setChecked(self.settings.waveinverse) self.waveinverse.stateChanged.connect(self.changeWaveinverse) self.waveinverse.move(100, 502) # If wave controller is enabled, update pump power levels if self.settings.wavecontroller: self.changeWaveinverse(self.settings.waveinverse) # Enable/disable wave controller dependent controlls self.changeWavecontroller(self.settings.wavecontroller) # The Save button savebutton = QPushButton('Save', self) savebutton.move(400, 530) savebutton.clicked.connect(self.save) # Show the main window self.show() def main(): app = QApplication(sys.argv) w = MainWindow() return(app.exec_()) if __name__ == '__main__': main() -
@Dutchman
Vielleicht ist ja hier was drin woran man erkennt wie die Daten gesendet werden !?
Das ist das Steuerprogramm für den Controller nur in Python geschrieben.
Entweder man bekommt den usb sende Befehl so heraus und kann die Daten per Blockly senden oder man kann das Python irgendwie einbinden in vis und Zeit gesteuert ein anders Programm senden.
