def on(self): #sets the settings and inv_enable to 1, then sends settings
self.setcurrentcurve()
self.setdirection()
self.setmode()
self.inv_enableon()
test_python_fpga.send_settings(self.a_chosenCurve)
test_python_fpga.send_enable(self.a_inv_enable)
def on(self):
self.setcurrentcurve()
self.setdirection()
self.setmode()
self.inv_enableon()
test_python_fpga.send_settings(self.a_chosenCurve)
test_python_fpga.send_enable(self.a_inv_enable)
def on(self): #sets the settings and inv_enable to 1, then sends settings
if (self.radioButtonSpeed.isChecked()
or self.radioButtonTorque.isChecked()):
self.setcurrentcurve()
self.setmode()
self.inv_enableon()
test_python_fpga.send_settings(self.a_chosenCurve)
test_python_fpga.send_enable(self.a_inv_enable)
else:
print("Check speed or torque mode")
with open('DisplayConsole.txt', 'a') as display_console:
display_console.write("Check speed or torque mode")
self.updateconsole()
def on(self): #sets the settings and inv_enable to 1, then sends settings
if (self.radioButtonSpeed.isChecked() or self.radioButtonTorque.isChecked()):
self.setcurrentcurve()
self.setmode()
self.inv_enableon()
test_python_fpga.send_settings(self.a_chosenCurve)
test_python_fpga.send_enable(self.a_inv_enable)
self.writetolog("'on' function executed correctly.")
self.writetoconsolelog("Turn on successful.\nCurve mode is: " + self.mirror_chosenCure + "\nMode is: " +
self.mirror_targetMode)
else:
print("Check speed or torque mode")
str1 = "hello my name is\n\n\n\n\n\n\n\n\n\n\n\ndf"
self.writetolog(str1)
self.updateconsole()
def on(self): #sets the settings and inv_enable to 1, then sends settings
if (self.radioButtonSpeed.isChecked()
or self.radioButtonTorque.isChecked()):
error_handler1 = logging.FileHandler(
'errorLog' + self.logname) # errorHandler setup
error_handler1.setLevel(logging.ERROR)
error_handler1.setFormatter(self.errorFormatter)
info_handler1 = logging.FileHandler(
'infoLog' + self.logname) # infoHandler setup
info_handler1.setLevel(logging.INFO)
info_handler1.setFormatter(self.infoFormatter)
self.infoLogger.removeHandler(self.error_handler)
self.errorLogger.removeHandler(self.info_handler)
self.error_handler = error_handler1
self.info_handler = info_handler1
self.errorLogger.addHandler(
self.error_handler) # binds handler with the logger object
self.infoLogger.addHandler(self.info_handler)
self.infoLogger.info("On function start")
self.writetoconsolelog("Turn on successful.\nCurve mode is: " +
self.mirror_chosenCure + "\nMode is: " +
self.mirror_targetMode)
self.setcurrentcurve()
self.setmode()
self.inv_enableon()
test_python_fpga.send_settings(self.a_chosenCurve)
test_python_fpga.send_enable(self.a_inv_enable)
else:
self.writetoconsolelog("Check speed or torque mode")
def pushbuttonsendcommand(self):
preppedSpeed = int(self.labelPreppedTargetSpeed.text()
) # NEED to make all labels 0 initially
preppedTime = int(self.labelPreppedInTime.text())
preppedSetting = int(self.labelPreppedCurveMode.text())
if not self.checkBoxSendConfirm.isChecked():
toBeSent = "Send Confirm is not checked."
self.textBrowserDisplay.setText(toBeSent)
if self.checkBoxSendConfirm.isChecked():
self.setdirection()
self.setmode()
self.inv_enableon()
test_python_fpga.send_settings(self.targetTorque, self.targetSpeed,
self.direction, self.inv_enable,
self.inv_discharge, self.targetMode,
self.torqueLimit, self.targetTime)
toBeSent = "Target speed of " + str(preppedSpeed) + " in " + str(
preppedTime
) + " seconds using a " + preppedSetting + " command sent."
self.textBrowserDisplay.setText(toBeSent)
self.checkBoxSendConfirm.setChecked(False)