############################################################
# -*- coding: utf-8 -*-
#
# Python-based Tool for interaction with the 10micron mounts
# GUI with PyQT5 for python
# Python  v3.5
#
# Michael Würtenberger
# (c) 2016, 2017
#
# Licence APL2.0
#
############################################################

# import basic stuff
import logging
import logging.handlers
import sys
import json
import time
import datetime
import os
# import for the PyQt5 Framework
from PyQt5 import QtCore
from PyQt5.QtGui import *
from PyQt5.QtWidgets import *
from PyQt5.QtCore import *
# import the UI part, which is done via QT Designer and exported
from support.mw_widget import MwWidget
from support.wizzard_main_ui import Ui_WizzardMainDialog
# commands to threads
from queue import Queue
# import mount functions of other classes
from support.mount_thread import Mount
from support.model_thread import Model
from support.coordinate_widget import ShowCoordinatePopup
from support.analyse import ShowAnalysePopup
from support.dome_thread import Dome
from support.weather_thread import Weather
from support.stick_thread import Stick
from support.relays import Relays
# for handling camera and plate solving interface
from support.sgpro import SGPro
from support.theskyx import TheSkyX


class MountWizzardApp(MwWidget):
    logger = logging.getLogger(__name__)                                                                                    # logging enabling
    BLUE = 'background-color: rgb(42, 130, 218)'                                                                            # colors for changing skin while running
    RED = 'background-color: red'                                                                                           #
    DEFAULT = 'background-color: rgb(32,32,32); color: rgb(192,192,192)'                                                    #

    def __init__(self):
        super(MountWizzardApp, self).__init__()                                                                             # Initialize Class for UI
        self.modifiers = None                                                                                               # for the mouse handling
        self.config = {}                                                                                                    # configuration data, which is stored
        self.ui = Ui_WizzardMainDialog()                                                                                    # load the dialog from "DESIGNER"
        self.ui.setupUi(self)                                                                                               # initialising the GUI
        self.ui.windowTitle.setPalette(self.palette)                                                                        # title color
        self.initUI()                                                                                                       # adapt the window to our purpose
        self.ui.build.setText(BUILD_NO)
        self.commandQueue = Queue()                                                                                         # queue for sending command to mount
        self.mountDataQueue = Queue()                                                                                       # queue for sending data back to gui
        self.modelLogQueue = Queue()                                                                                        # queue for showing the modeling progress
        self.messageQueue = Queue()                                                                                         # queue for showing messages in Gui from threads
        self.relays = Relays(self)                                                                                          # Web base relays box for Booting and CCD / Heater On / OFF
        self.dome = Dome(self)                                                                                              # dome control
        self.mount = Mount(self)                                                                                            # Mount -> everything with mount and alignment
        self.weather = Weather(self)                                                                                        # Stickstation Thread
        self.stick = Stick(self)                                                                                            # Stickstation Thread
        self.model = Model(self)                                                                                            # transferring ui and mount object as well
        self.SGPro = SGPro()                                                                                                # object abstraction class for SGPro
        self.TheSkyX = TheSkyX()                                                                                            # object abstraction class for TheSkyX
        self.cpObject = self.SGPro                                                                                          # set default to SGPro
        self.analysePopup = ShowAnalysePopup(self)                                                                          # windows for analyse data
        self.coordinatePopup = ShowCoordinatePopup(self)                                                                    # window for modeling points
        self.loadConfig()
        self.mount.signalMountConnected.connect(self.setMountStatus)                                                        # status from thread
        self.mount.start()                                                                                                  # starting polling thread
        self.weather.signalWeatherData.connect(self.fillWeatherData)                                                        # connecting the signal
        self.weather.signalWeatherConnected.connect(self.setWeatherStatus)                                                  # status from thread
        self.weather.start()                                                                                                # starting polling thread
        self.stick.signalStickData.connect(self.fillStickData)                                                              # connecting the signal for data
        self.stick.signalStickConnected.connect(self.setStickStatus)                                                        # status from thread
        self.stick.start()                                                                                                  # starting polling thread
        self.dome.signalDomeConnected.connect(self.setDomeStatus)                                                           # status from thread
        self.dome.start()                                                                                                   # starting polling thread
        self.model.signalModelConnected.connect(self.setCameraPlateStatus)                                                  # status from thread
        self.model.start()                                                                                                  # starting polling thread
        self.mappingFunctions()                                                                                             # mapping the functions to ui
        self.mainLoop()                                                                                                     # starting loop for cyclic data to gui from threads
        self.ui.le_mwWorkingDir.setText(os.getcwd())                                                                        # put working directory into gui

    def mappingFunctions(self):
        self.ui.btn_mountQuit.clicked.connect(self.saveConfigQuit)
        self.ui.btn_mountSave.clicked.connect(self.saveConfigCont)
        self.ui.btn_selectClose.clicked.connect(self.selectClose)
        self.ui.btn_shutdownQuit.clicked.connect(self.shutdownQuit)
        self.ui.btn_mountPark.clicked.connect(self.mountPark)
        self.ui.btn_mountUnpark.clicked.connect(self.mountUnpark)
        self.ui.btn_startTracking.clicked.connect(self.startTracking)
        self.ui.btn_stopTracking.clicked.connect(self.stopTracking)
        self.ui.btn_setTrackingLunar.clicked.connect(self.setTrackingLunar)
        self.ui.btn_setTrackingSolar.clicked.connect(self.setTrackingSolar)
        self.ui.btn_setTrackingSideral.clicked.connect(self.setTrackingSideral)
        self.ui.btn_stop.clicked.connect(self.stop)
        self.ui.btn_mountPos1.clicked.connect(self.mountPosition1)
        self.ui.btn_mountPos2.clicked.connect(self.mountPosition2)
        self.ui.btn_mountPos3.clicked.connect(self.mountPosition3)
        self.ui.btn_mountPos4.clicked.connect(self.mountPosition4)
        self.ui.le_parkPos1Text.textChanged.connect(self.setParkPos1Text)
        self.ui.le_parkPos2Text.textChanged.connect(self.setParkPos2Text)
        self.ui.le_parkPos3Text.textChanged.connect(self.setParkPos3Text)
        self.ui.le_parkPos4Text.textChanged.connect(self.setParkPos4Text)
        self.ui.btn_setHorizonLimitHigh.clicked.connect(self.setHorizonLimitHigh)
        self.ui.btn_setHorizonLimitLow.clicked.connect(self.setHorizonLimitLow)
        self.ui.btn_setDualTracking.clicked.connect(self.setDualTracking)
        self.ui.btn_setUnattendedFlip.clicked.connect(self.setUnattendedFlip)
        self.ui.btn_setupMountDriver.clicked.connect(self.setupMountDriver)
        self.ui.btn_setupDomeDriver.clicked.connect(self.setupDomeDriver)
        self.ui.btn_setupStickDriver.clicked.connect(self.setupStickDriver)
        self.ui.btn_setupWeatherDriver.clicked.connect(self.setupWeatherDriver)
        self.ui.btn_setRefractionParameters.clicked.connect(self.setRefractionParameters)
        self.ui.btn_runBaseModel.clicked.connect(self.runBaseModel)
        self.ui.btn_cancelModel.clicked.connect(self.cancelModel)
        self.ui.btn_runRefinementModel.clicked.connect(self.runRefinementModel)
        self.ui.btn_runBatchModel.clicked.connect(self.runBatchModel)
        self.ui.btn_clearAlignmentModel.clicked.connect(self.clearAlignmentModel)
        self.ui.btn_selectImageDirectoryName.clicked.connect(self.selectImageDirectoryName)
        self.ui.btn_selectHorizonPointsFileName.clicked.connect(self.selectHorizonPointsFileName)
        self.ui.checkUseMinimumHorizonLine.stateChanged.connect(self.selectHorizonPointsMode)
        self.ui.altitudeMinimumHorizon.valueChanged.connect(self.selectHorizonPointsMode)
        self.ui.btn_selectModelPointsFileName.clicked.connect(self.selectModelPointsFileName)
        self.ui.btn_selectAnalyseFileName.clicked.connect(self.selectAnalyseFileName)
        self.ui.btn_getActualModel.clicked.connect(self.getAlignmentModel)
        self.ui.btn_setRefractionCorrection.clicked.connect(self.setRefractionCorrection)
        self.ui.btn_runTargetRMSAlignment.clicked.connect(self.runTargetRMSAlignment)
        self.ui.btn_deleteWorstPoint.clicked.connect(self.deleteWorstPoint)
        self.ui.btn_sortRefinementPoints.clicked.connect(self.sortRefinementPoints)
        self.ui.btn_deleteBelowHorizonLine.clicked.connect(self.deleteBelowHorizonLine)
        self.ui.btn_deletePoints.clicked.connect(self.deletePoints)
        self.ui.btn_backupModel.clicked.connect(self.backupModel)
        self.ui.btn_restoreModel.clicked.connect(self.restoreModel)
        self.ui.btn_flipMount.clicked.connect(self.flipMount)
        self.ui.btn_loadRefinementPoints.clicked.connect(self.loadRefinementPoints)
        self.ui.btn_loadBasePoints.clicked.connect(self.loadBasePoints)
        self.ui.btn_saveSimpleModel.clicked.connect(self.saveSimpleModel)
        self.ui.btn_loadSimpleModel.clicked.connect(self.loadSimpleModel)
        self.ui.btn_generateDSOPoints.clicked.connect(self.generateDSOPoints)
        self.ui.numberHoursDSO.valueChanged.connect(self.generateDSOPoints)
        self.ui.numberPointsDSO.valueChanged.connect(self.generateDSOPoints)
        self.ui.btn_generateDensePoints.clicked.connect(self.generateDensePoints)
        self.ui.btn_generateNormalPoints.clicked.connect(self.generateNormalPoints)
        self.ui.btn_generateGridPoints.clicked.connect(self.generateGridPoints)
        self.ui.numberGridPointsRow.valueChanged.connect(self.generateGridPoints)
        self.ui.numberGridPointsCol.valueChanged.connect(self.generateGridPoints)
        self.ui.btn_generateBasePoints.clicked.connect(self.generateBasePoints)
        self.ui.btn_runCheckModel.clicked.connect(self.runCheckModel)
        self.ui.btn_runAllModel.clicked.connect(self.runAllModel)
        self.ui.btn_runTimeChangeModel.clicked.connect(self.runTimeChangeModel)
        self.ui.btn_cancelAnalyseModel.clicked.connect(self.cancelAnalyseModel)
        self.ui.btn_runHystereseModel.clicked.connect(self.runHystereseModel)
        self.ui.btn_openAnalyseWindow.clicked.connect(self.showAnalyseWindow)
        self.ui.btn_openCoordinateWindow.clicked.connect(self.showCoordinateWindow)
        self.ui.btn_bootMount.clicked.connect(self.bootMount)
        self.ui.btn_switchCCD.clicked.connect(self.switchCCD)
        self.ui.btn_switchHeater.clicked.connect(self.switchHeater)
        self.ui.rb_cameraSGPro.clicked.connect(self.cameraPlateChooser)
        self.ui.rb_cameraTSX.clicked.connect(self.cameraPlateChooser)
        self.ui.rb_cameraASCOM.clicked.connect(self.cameraPlateChooser)

    def setParkPos1Text(self):                                                                                              # set text for button 1
        self.ui.btn_mountPos1.setText(self.ui.le_parkPos1Text.text())

    def setParkPos2Text(self):                                                                                              # set text for button 2
        self.ui.btn_mountPos2.setText(self.ui.le_parkPos2Text.text())

    def setParkPos3Text(self):                                                                                              # set text for button 3
        self.ui.btn_mountPos3.setText(self.ui.le_parkPos3Text.text())

    def setParkPos4Text(self):                                                                                              # set text for button 4
        self.ui.btn_mountPos4.setText(self.ui.le_parkPos4Text.text())

    def loadConfig(self):
        try:
            with open('config/config.cfg', 'r') as data_file:
                self.config = json.load(data_file)
            data_file.close()
            self.model.loadHorizonPoints(str(self.config['HorizonPointsFileName']))
            self.ui.le_parkPos1Text.setText(self.config['ParkPosText1'])
            self.ui.le_altParkPos1.setText(self.config['ParkPosAlt1'])
            self.ui.le_azParkPos1.setText(self.config['ParkPosAz1'])
            self.setParkPos1Text()
            self.ui.le_parkPos2Text.setText(self.config['ParkPosText2'])
            self.ui.le_altParkPos2.setText(self.config['ParkPosAlt2'])
            self.ui.le_azParkPos2.setText(self.config['ParkPosAz2'])
            self.setParkPos2Text()
            self.ui.le_parkPos3Text.setText(self.config['ParkPosText3'])
            self.ui.le_altParkPos3.setText(self.config['ParkPosAlt3'])
            self.ui.le_azParkPos3.setText(self.config['ParkPosAz3'])
            self.setParkPos3Text()
            self.ui.le_parkPos4Text.setText(self.config['ParkPosText4'])
            self.ui.le_altParkPos4.setText(self.config['ParkPosAlt4'])
            self.ui.le_azParkPos4.setText(self.config['ParkPosAz4'])
            self.setParkPos4Text()
            self.ui.le_modelPointsFileName.setText(self.config['ModelPointsFileName'])
            self.ui.le_horizonPointsFileName.setText(self.config['HorizonPointsFileName'])
            self.ui.checkUseMinimumHorizonLine.setChecked(self.config['CheckUseMinimumHorizonLine'])
            self.ui.altitudeMinimumHorizon.setValue(self.config['AltitudeMinimumHorizon'])
            self.ui.le_imageDirectoryName.setText(self.config['ImageDirectoryName'])
            self.ui.cameraBin.setValue(self.config['CameraBin'])
            self.ui.cameraExposure.setValue(self.config['CameraExposure'])
            self.ui.isoSetting.setValue(self.config['ISOSetting'])
            self.ui.checkFastDownload.setChecked(self.config['CheckFastDownload'])
            self.ui.settlingTime.setValue(self.config['SettlingTime'])
            self.ui.checkUseBlindSolve.setChecked(self.config['CheckUseBlindSolve'])
            self.ui.targetRMS.setValue(self.config['TargetRMS'])
            self.ui.pixelSize.setValue(self.config['PixelSize'])
            self.ui.focalLength.setValue(self.config['FocalLength'])
            self.ui.scaleSubframe.setValue(self.config['ScaleSubframe'])
            self.ui.checkDoSubframe.setChecked(self.config['CheckDoSubframe'])
            self.ui.checkAutoRefraction.setChecked(self.config['CheckAutoRefraction'])
            self.ui.checkKeepImages.setChecked(self.config['CheckKeepImages'])
            self.ui.checkRunTrackingWidget.setChecked(self.config['CheckRunTrackingWidget'])
            self.ui.altitudeBase.setValue(self.config['AltitudeBase'])
            self.ui.azimuthBase.setValue(self.config['AzimuthBase'])
            self.ui.numberGridPointsCol.setValue(self.config['NumberGridPointsCol'])
            self.ui.numberGridPointsRow.setValue(self.config['NumberGridPointsRow'])
            self.ui.numberPointsDSO.setValue(self.config['NumberPointsDSO'])
            self.ui.numberHoursDSO.setValue(self.config['NumberHoursDSO'])
            self.analysePopup.ui.scalePlotRA.setValue(self.config['ScalePlotRA'])
            self.analysePopup.ui.scalePlotDEC.setValue(self.config['ScalePlotDEC'])
            self.analysePopup.ui.scalePlotError.setValue(self.config['ScalePlotError'])
            self.ui.le_analyseFileName.setText(self.config['AnalyseFileName'])
            self.ui.altitudeTimeChange.setValue(self.config['AltitudeTimeChange'])
            self.ui.azimuthTimeChange.setValue(self.config['AzimuthTimeChange'])
            self.ui.numberRunsTimeChange.setValue(self.config['NumberRunsTimeChange'])
            self.ui.delayTimeTimeChange.setValue(self.config['DelayTimeTimeChange'])
            self.ui.altitudeHysterese1.setValue(self.config['AltitudeHysterese1'])
            self.ui.altitudeHysterese2.setValue(self.config['AltitudeHysterese2'])
            self.ui.azimuthHysterese1.setValue(self.config['AzimuthHysterese1'])
            self.ui.azimuthHysterese2.setValue(self.config['AzimuthHysterese2'])
            self.ui.numberRunsHysterese.setValue(self.config['NumberRunsHysterese'])
            self.ui.delayTimeHysterese.setValue(self.config['DelayTimeHysterese'])
            self.ui.le_ipRelaybox.setText(self.config['IPRelaybox'])
            self.dome.driverName = self.config['ASCOMDomeDriverName']
            self.stick.driverName = self.config['ASCOMStickDriverName']
            self.mount.driverName = self.config['ASCOMTelescopeDriverName']
            self.weather.driverName = self.config['ASCOMWeatherDriverName']
            self.move(self.config['WindowPositionX'], self.config['WindowPositionY'])
            self.analysePopup.move(self.config['AnalysePopupWindowPositionX'], self.config['AnalysePopupWindowPositionY'])
            self.analysePopup.showStatus = self.config['AnalysePopupWindowShowStatus']
            self.coordinatePopup.move(self.config['CoordinatePopupWindowPositionX'], self.config['CoordinatePopupWindowPositionY'])
            self.coordinatePopup.showStatus = self.config['CoordinatePopupWindowShowStatus']
        except Exception as e:
            self.messageQueue.put('Config.cfg could not be loaded !')
            self.logger.error('loadConfig -> item in config.cfg not loaded error:{0}'.format(e))
            return

    def saveConfig(self):
        self.config['ParkPosText1'] = self.ui.le_parkPos1Text.text()
        self.config['ParkPosAlt1'] = self.ui.le_altParkPos1.text()
        self.config['ParkPosAz1'] = self.ui.le_azParkPos1.text()
        self.config['ParkPosText2'] = self.ui.le_parkPos2Text.text()
        self.config['ParkPosAlt2'] = self.ui.le_altParkPos2.text()
        self.config['ParkPosAz2'] = self.ui.le_azParkPos2.text()
        self.config['ParkPosText3'] = self.ui.le_parkPos3Text.text()
        self.config['ParkPosAlt3'] = self.ui.le_altParkPos3.text()
        self.config['ParkPosAz3'] = self.ui.le_azParkPos3.text()
        self.config['ParkPosText4'] = self.ui.le_parkPos4Text.text()
        self.config['ParkPosAlt4'] = self.ui.le_altParkPos4.text()
        self.config['ParkPosAz4'] = self.ui.le_azParkPos4.text()
        self.config['ModelPointsFileName'] = self.ui.le_modelPointsFileName.text()
        self.config['HorizonPointsFileName'] = self.ui.le_horizonPointsFileName.text()
        self.config['CheckUseMinimumHorizonLine'] = self.ui.checkUseMinimumHorizonLine.isChecked()
        self.config['AltitudeMinimumHorizon'] = self.ui.altitudeMinimumHorizon.value()
        self.config['ImageDirectoryName'] = self.ui.le_imageDirectoryName.text()
        self.config['CameraBin'] = self.ui.cameraBin.value()
        self.config['CameraExposure'] = self.ui.cameraExposure.value()
        self.config['CheckFastDownload'] = self.ui.checkFastDownload.isChecked()
        self.config['ISOSetting'] = self.ui.isoSetting.value()
        self.config['SettlingTime'] = self.ui.settlingTime.value()
        self.config['CheckUseBlindSolve'] = self.ui.checkUseBlindSolve.isChecked()
        self.config['TargetRMS'] = self.ui.targetRMS.value()
        self.config['PixelSize'] = self.ui.pixelSize.value()
        self.config['FocalLength'] = self.ui.focalLength.value()
        self.config['ScaleSubframe'] = self.ui.scaleSubframe.value()
        self.config['CheckDoSubframe'] = self.ui.checkDoSubframe.isChecked()
        self.config['CheckAutoRefraction'] = self.ui.checkAutoRefraction.isChecked()
        self.config['CheckKeepImages'] = self.ui.checkKeepImages.isChecked()
        self.config['CheckRunTrackingWidget'] = self.ui.checkRunTrackingWidget.isChecked()
        self.config['AltitudeBase'] = self.ui.altitudeBase.value()
        self.config['AzimuthBase'] = self.ui.azimuthBase.value()
        self.config['NumberGridPointsRow'] = self.ui.numberGridPointsRow.value()
        self.config['NumberGridPointsCol'] = self.ui.numberGridPointsCol.value()
        self.config['NumberPointsDSO'] = self.ui.numberPointsDSO.value()
        self.config['NumberHoursDSO'] = self.ui.numberHoursDSO.value()
        self.config['WindowPositionX'] = self.pos().x()
        self.config['WindowPositionY'] = self.pos().y()
        self.config['AnalysePopupWindowPositionX'] = self.analysePopup.pos().x()
        self.config['AnalysePopupWindowPositionY'] = self.analysePopup.pos().y()
        self.config['AnalysePopupWindowShowStatus'] = self.analysePopup.showStatus
        self.config['CoordinatePopupWindowPositionX'] = self.coordinatePopup.pos().x()
        self.config['CoordinatePopupWindowPositionY'] = self.coordinatePopup.pos().y()
        self.config['CoordinatePopupWindowShowStatus'] = self.coordinatePopup.showStatus
        self.config['ScalePlotRA'] = self.analysePopup.ui.scalePlotRA.value()
        self.config['ScalePlotDEC'] = self.analysePopup.ui.scalePlotDEC.value()
        self.config['ScalePlotError'] = self.analysePopup.ui.scalePlotError.value()
        self.config['AnalyseFileName'] = self.ui.le_analyseFileName.text()
        self.config['AltitudeTimeChange'] = self.ui.altitudeTimeChange.value()
        self.config['AzimuthTimeChange'] = self.ui.azimuthTimeChange.value()
        self.config['NumberRunsTimeChange'] = self.ui.numberRunsTimeChange.value()
        self.config['DelayTimeTimeChange'] = self.ui.delayTimeTimeChange.value()
        self.config['AltitudeHysterese1'] = self.ui.altitudeHysterese1.value()
        self.config['AltitudeHysterese2'] = self.ui.altitudeHysterese2.value()
        self.config['AzimuthHysterese1'] = self.ui.azimuthHysterese1.value()
        self.config['AzimuthHysterese2'] = self.ui.azimuthHysterese2.value()
        self.config['NumberRunsHysterese'] = self.ui.numberRunsHysterese.value()
        self.config['DelayTimeHysterese'] = self.ui.delayTimeHysterese.value()
        self.config['IPRelaybox'] = self.ui.le_ipRelaybox.text()
        self.config['ASCOMDomeDriverName'] = self.dome.driverName
        self.config['ASCOMStickDriverName'] = self.stick.driverName
        self.config['ASCOMTelescopeDriverName'] = self.mount.driverName
        self.config['ASCOMWeatherDriverName'] = self.weather.driverName
        try:
            if not os.path.isdir(os.getcwd() + '/config'):                                                                  # if config dir doesn't exist, make it
                os.makedirs(os.getcwd() + '/config')                                                                        # if path doesn't exist, generate is
            with open('config/config.cfg', 'w') as outfile:
                json.dump(self.config, outfile)
            outfile.close()
        except Exception as e:
            self.messageQueue.put('Config.cfg could not be saved !')
            self.logger.error('loadConfig -> item in config.cfg not saved error {0}'.format(e))
            return

    def saveConfigQuit(self):
        self.saveConfig()
        # noinspection PyArgumentList
        QCoreApplication.instance().quit()

    def saveConfigCont(self):
        self.saveConfig()
        self.messageQueue.put('Configuration saved.')

    @staticmethod
    def selectClose():
        # noinspection PyArgumentList
        QCoreApplication.instance().quit()

    def selectModelPointsFileName(self):
        dlg = QFileDialog()
        dlg.setViewMode(QFileDialog.List)
        dlg.setNameFilter("Text files (*.txt)")
        dlg.setFileMode(QFileDialog.ExistingFile)
        # noinspection PyArgumentList
        a = dlg.getOpenFileName(self, 'Open file', os.getcwd()+'/config', 'Text files (*.txt)')
        if a[0] != '':
            self.ui.le_modelPointsFileName.setText(os.path.basename(a[0]))
        else:
            self.logger.warning('selectModelPointsFile -> no file selected')

    def selectAnalyseFileName(self):
        dlg = QFileDialog()
        dlg.setViewMode(QFileDialog.List)
        dlg.setNameFilter("Data Files (*.dat)")
        dlg.setFileMode(QFileDialog.AnyFile)
        # noinspection PyArgumentList
        a = dlg.getOpenFileName(self, 'Open file', os.getcwd()+'/analysedata', 'Data Files (*.dat)')
        if a[0] != '':
            self.ui.le_analyseFileName.setText(os.path.basename(a[0]))
        else:
            self.logger.warning('selectAnalyseFile -> no file selected')

    def showAnalyseWindow(self):
        self.analysePopup.getData()
        self.analysePopup.ui.windowTitle.setText('Analyse:    ' + self.ui.le_analyseFileName.text())
        self.analysePopup.showDecError()
        self.analysePopup.showStatus = True
        self.analysePopup.setVisible(True)

    def showCoordinateWindow(self):
        self.coordinatePopup.showStatus = True
        self.coordinatePopup.setVisible(True)

    def selectImageDirectoryName(self):
        dlg = QFileDialog()
        dlg.setViewMode(QFileDialog.List)
        dlg.setFileMode(QFileDialog.DirectoryOnly)
        # noinspection PyArgumentList
        a = dlg.getExistingDirectory(self, 'Select directory', os.getcwd())
        if len(a) > 0:
            self.ui.le_imageDirectoryName.setText(a)
        else:
            self.logger.warning('selectModelPointsFile -> no file selected')

    def selectHorizonPointsMode(self):
        self.model.loadHorizonPoints(self.ui.le_horizonPointsFileName.text())
        self.coordinatePopup.redrawCoordinateWindow()

    def selectHorizonPointsFileName(self):
        dlg = QFileDialog()
        dlg.setViewMode(QFileDialog.List)
        dlg.setNameFilter("Text files (*.txt)")
        dlg.setFileMode(QFileDialog.ExistingFile)
        # noinspection PyArgumentList
        a = dlg.getOpenFileName(self, 'Open file', os.getcwd()+'/config', 'Text files (*.txt)')
        if a[0] != '':
            self.ui.le_horizonPointsFileName.setText(os.path.basename(a[0]))
            self.model.loadHorizonPoints(os.path.basename(a[0]))
            self.ui.checkUseMinimumHorizonLine.setChecked(False)
            self.coordinatePopup.redrawCoordinateWindow()

    def mountPark(self):
        self.commandQueue.put('hP')

    def mountUnpark(self):
        self.commandQueue.put('PO')

    def startTracking(self):
        self.commandQueue.put('AP')

    def setTrackingLunar(self):
        self.commandQueue.put('RT0')

    def setTrackingSolar(self):
        self.commandQueue.put('RT1')

    def setTrackingSideral(self):
        self.commandQueue.put('RT2')

    def stopTracking(self):
        self.commandQueue.put('RT9')

    def stop(self):
        self.commandQueue.put('STOP')

    def flipMount(self):
        self.commandQueue.put('FLIP')

    def shutdownQuit(self):
        self.saveConfig()
        self.commandQueue.put('shutdown')
        time.sleep(1)
        # noinspection PyArgumentList
        QCoreApplication.instance().quit()

    def setHorizonLimitHigh(self):
        _value = int(self.ui.le_horizonLimitHigh.text())
        if _value < 0:
            _value = 0
        elif _value > 90:
            _value = 90
        self.commandQueue.put('Sh+{0:02d}'.format(_value))

    def setHorizonLimitLow(self):
        _value = int(self.ui.le_horizonLimitLow.text())
        if _value < 0:
            _value = 0
        elif _value > 90:
            _value = 90
        self.commandQueue.put('So+{0:02d}'.format(_value))

    def setDualTracking(self):
        _value = self.ui.le_telescopeDualTrack.text()
        if _value == 'ON':
            _value = 0
            self.ui.le_telescopeDualTrack.setText('OFF')
        else:
            _value = 1
            self.ui.le_telescopeDualTrack.setText('ON')
        self.commandQueue.put('Sdat{0:01d}'.format(_value))

    def setUnattendedFlip(self):
        _value = self.ui.le_telescopeUnattendedFlip.text()
        if _value == 'ON':
            _value = 0
            self.ui.le_telescopeUnattendedFlip.setText('OFF')
        else:
            _value = 1
            self.ui.le_telescopeUnattendedFlip.setText('ON')
        self.commandQueue.put('Suaf{0: 01d}'.format(_value))

    def setRefractionCorrection(self):
        _value = self.ui.le_refractionStatus.text()
        if _value == 'ON':
            _value = 0
            self.ui.le_refractionStatus.setText('OFF')
        else:
            _value = 1
            self.ui.le_refractionStatus.setText('ON')
        self.commandQueue.put('SREF{0: 01d}'.format(_value))

    def setRefractionParameters(self):
        self.commandQueue.put('SetRefractionParameter')

    def mountPosition1(self):
        self.commandQueue.put('PO')                                                                                         # unpark first
        self.commandQueue.put('Sz{0:03d}*00'.format(int(self.ui.le_azParkPos1.text())))                                     # set az
        self.commandQueue.put('Sa+{0:02d}*00'.format(int(self.ui.le_altParkPos1.text())))                                   # set alt
        self.commandQueue.put('MA')                                                                                         # start Slewing

    def mountPosition2(self):
        self.commandQueue.put('PO')                                                                                         # unpark first
        self.commandQueue.put('Sz{0:03d}*00'.format(int(self.ui.le_azParkPos2.text())))                                     # set az
        self.commandQueue.put('Sa+{0:02d}*00'.format(int(self.ui.le_altParkPos2.text())))                                   # set alt
        self.commandQueue.put('MA')                                                                                         # start Slewing

    def mountPosition3(self):
        self.commandQueue.put('PO')                                                                                         # unpark first
        self.commandQueue.put('Sz{0:03d}*00'.format(int(self.ui.le_azParkPos3.text())))                                     # set az
        self.commandQueue.put('Sa+{0:02d}*00'.format(int(self.ui.le_altParkPos3.text())))                                   # set alt
        self.commandQueue.put('MA')                                                                                         # start Slewing

    def mountPosition4(self):
        self.commandQueue.put('PO')                                                                                         # unpark first
        self.commandQueue.put('Sz{0:03d}*00'.format(int(self.ui.le_azParkPos4.text())))                                     # set az
        self.commandQueue.put('Sa+{0:02d}*00'.format(int(self.ui.le_altParkPos4.text())))                                   # set alt
        self.commandQueue.put('MA')                                                                                         # start Slewing
    #
    # mount handling
    #

    @QtCore.Slot(bool)
    def setMountStatus(self, status):
        if status:
            self.ui.le_driverMountConnected.setStyleSheet('QLineEdit {background-color: green;}')
        else:
            self.ui.le_driverMountConnected.setStyleSheet('QLineEdit {background-color: red;}')

    def getAlignmentModel(self):
        self.commandQueue.put('GetAlignmentModel')

    def runTargetRMSAlignment(self):
        self.commandQueue.put('RunTargetRMSAlignment')

    def deleteWorstPoint(self):
        self.commandQueue.put('DeleteWorstPoint')

    def backupModel(self):
        self.commandQueue.put('BackupModel')

    def restoreModel(self):
        self.commandQueue.put('RestoreModel')

    def saveSimpleModel(self):
        self.commandQueue.put('SaveSimpleModel')

    def loadSimpleModel(self):
        self.commandQueue.put('LoadSimpleModel')

    def setupMountDriver(self):
        self.mount.setupDriver()

    @QtCore.Slot(dict)
    def fillMountData(self, data):
        if data['Name'] == 'Reply':
            pass
        if data['Name'] == 'GetDualAxisTracking':
            if data['Value'] == '1':
                self.ui.le_telescopeDualTrack.setText('ON')
            else:
                self.ui.le_telescopeDualTrack.setText('OFF')
        if data['Name'] == 'NumberAlignmentStars':
            self.ui.le_alignNumberStars.setText(str(data['Value']))
        if data['Name'] == 'ModelRMSError':
            self.ui.le_alignError.setText(str(data['Value']))
        if data['Name'] == 'ModelStarError':
            if data['Value'] == 'delete':
                self.ui.alignErrorStars.setText('')
            else:
                self.ui.alignErrorStars.setText(self.ui.alignErrorStars.toPlainText() + data['Value'])
                self.ui.alignErrorStars.moveCursor(QTextCursor.End)
        if data['Name'] == 'GetCurrentHorizonLimitLow':
            self.ui.le_horizonLimitLow.setText(str(data['Value']))
        if data['Name'] == 'GetCurrentHorizonLimitHigh':
            self.ui.le_horizonLimitHigh.setText(str(data['Value']))
        if data['Name'] == 'GetCurrentSiteLongitude':
            self.ui.le_siteLongitude.setText(str(data['Value']))
        if data['Name'] == 'GetCurrentSiteLatitude':
            self.ui.le_siteLatitude.setText(str(data['Value']))
        if data['Name'] == 'GetCurrentSiteElevation':
            self.ui.le_siteElevation.setText(str(data['Value']))
        if data['Name'] == 'GetLocalTime':
            self.ui.le_localTime.setText(str(data['Value']))
        if data['Name'] == 'GetTelescopeTempDEC':
            self.ui.le_telescopeTempDECMotor.setText(str(data['Value']))
        if data['Name'] == 'GetRefractionTemperature':
            self.ui.le_refractionTemperature.setText(str(data['Value']))
        if data['Name'] == 'GetRefractionPressure':
            self.ui.le_refractionPressure.setText(str(data['Value']))
        if data['Name'] == 'GetRefractionStatus':
            if data['Value'] == '1':
                self.ui.le_refractionStatus.setText('ON')
            else:
                self.ui.le_refractionStatus.setText('OFF')
        if data['Name'] == 'GetMountStatus':
            self.ui.le_mountStatus.setText(str(self.mount.statusReference[data['Value']]))
        if data['Name'] == 'GetTelescopeDEC':
            self.ui.le_telescopeDEC.setText(data['Value'])
        if data['Name'] == 'GetTelescopeRA':
            self.ui.le_telescopeRA.setText(str(data['Value']))
        if data['Name'] == 'GetTelescopeAltitude':
            self.ui.le_telescopeAltitude.setText(str(data['Value']))
            self.coordinatePopup.ui.le_telescopeAltitude.setText(str(data['Value']))
        if data['Name'] == 'GetTelescopeAzimuth':
            self.ui.le_telescopeAzimut.setText(str(data['Value']))
            self.coordinatePopup.ui.le_telescopeAzimut.setText(str(data['Value']))
        if data['Name'] == 'GetSlewRate':
            self.ui.le_slewRate.setText(str(data['Value']))
        if data['Name'] == 'GetUnattendedFlip':
            if data['Value'] == '1':
                self.ui.le_telescopeUnattendedFlip.setText('ON')
            else:
                self.ui.le_telescopeUnattendedFlip.setText('OFF')
        if data['Name'] == 'GetFirmwareProductName':
            self.ui.le_firmwareProductName.setText(str(data['Value']))
        if data['Name'] == 'GetFirmwareNumber':
            self.ui.le_firmwareNumber.setText(str(data['Value']))
        if data['Name'] == 'GetFirmwareDate':
            self.ui.le_firmwareDate.setText(str(data['Value']))
        if data['Name'] == 'GetFirmwareTime':
            self.ui.le_firmwareTime.setText(str(data['Value']))
        if data['Name'] == 'GetHardwareVersion':
            self.ui.le_hardwareVersion.setText(str(data['Value']))
        if data['Name'] == 'GetTelescopePierSide':
            self.ui.le_telescopePierSide.setText(str(data['Value']))
        if data['Name'] == 'GetTimeToTrackingLimit':
            self.ui.le_timeToTrackingLimit.setText(str(data['Value']))

    #
    # stick handling
    #
    def setupStickDriver(self):
        self.stick.setupDriver()

    @QtCore.Slot(int)
    def setStickStatus(self, status):
        if status == 1:
            self.ui.le_driverStickConnected.setStyleSheet('QLineEdit {background-color: green;}')
        elif status == 2:
            self.ui.le_driverStickConnected.setStyleSheet('QLineEdit {background-color: gray;}')
        else:
            self.ui.le_driverStickConnected.setStyleSheet('QLineEdit {background-color: red;}')

    @QtCore.Slot(dict)
    def fillStickData(self, data):
        # data from Stickstation via signal connected
        self.ui.le_dewPointStick.setText('{0:4.1f}'.format(data['DewPoint']))
        self.ui.le_temperatureStick.setText('{0:4.1f}'.format(data['Temperature']))
        self.ui.le_humidityStick.setText('{0:4.1f}'.format(data['Humidity']))
        self.ui.le_pressureStick.setText('{0:4.1f}'.format(data['Pressure']))

    #
    # open weather handling
    #
    def setupWeatherDriver(self):
        self.weather.setupDriver()

    @QtCore.Slot(int)
    def setWeatherStatus(self, status):
        if status == 1:
            self.ui.le_driverWeatherConnected.setStyleSheet('QLineEdit {background-color: green;}')
        elif status == 2:
            self.ui.le_driverWeatherConnected.setStyleSheet('QLineEdit {background-color: grey;}')
        else:
            self.ui.le_driverWeatherConnected.setStyleSheet('QLineEdit {background-color: red;}')

    @QtCore.Slot(dict)
    def fillWeatherData(self, data):
        # data from Stickstation via signal connected
        self.ui.le_dewPointWeather.setText('{0:4.1f}'.format(data['DewPoint']))
        self.ui.le_temperatureWeather.setText('{0:4.1f}'.format(data['Temperature']))
        self.ui.le_humidityWeather.setText('{0:4.1f}'.format(data['Humidity']))
        self.ui.le_pressureWeather.setText('{0:4.1f}'.format(data['Pressure']))
        self.ui.le_cloudCoverWeather.setText('{0:4.1f}'.format(data['CloudCover']))
        self.ui.le_rainRateWeather.setText('{0:4.1f}'.format(data['RainRate']))
        self.ui.le_windSpeedWeather.setText('{0:4.1f}'.format(data['WindSpeed']))
        self.ui.le_windDirectionWeather.setText('{0:4.1f}'.format(data['WindDirection']))
    #
    # Relay Box Handling
    #

    def bootMount(self):
        self.relays.bootMount()

    def switchHeater(self):
        self.relays.switchHeater()

    def switchCCD(self):
        self.relays.switchCCD()
    #
    # SGPRO and Modelling handling
    #

    def cameraPlateChooser(self):
        if self.ui.rb_cameraSGPro.isChecked():
            self.cpObject = self.SGPro
            self.logger.debug('cameraPlateChoo-> actual camera / plate solver is SGPro')
        elif self.ui.rb_cameraTSX.isChecked():
            self.cpObject = self.TheSkyX
            self.logger.debug('cameraPlateChoo-> actual camera / plate solver is TheSkyX')
        elif self.ui.rb_cameraASCOM.isChecked():
            self.cpObject = self.SGPro
            self.logger.debug('cameraPlateChoo-> actual camera / plate solver is ASCOM')

    @QtCore.Slot(bool)
    def setCameraPlateStatus(self, status):
        if status:
            self.ui.le_sgproConnected.setStyleSheet('QLineEdit {background-color: green;}')
        else:
            self.ui.le_sgproConnected.setStyleSheet('QLineEdit {background-color: red;}')

    def setupDomeDriver(self):
        self.dome.setupDriver()

    @QtCore.Slot(int)
    def setDomeStatus(self, status):
        if status == 1:
            self.ui.le_domeConnected.setStyleSheet('QLineEdit {background-color: green;}')
        elif status == 2:
            self.ui.le_domeConnected.setStyleSheet('QLineEdit {background-color: grey;}')
        else:
            self.ui.le_domeConnected.setStyleSheet('QLineEdit {background-color: red;}')

    def runBaseModel(self):
        self.model.signalModelCommand.emit('RunBaseModel')

    def runRefinementModel(self):
        self.model.signalModelCommand.emit('RunRefinementModel')

    def sortRefinementPoints(self):
        self.model.signalModelCommand.emit('SortRefinementPoints')

    def deleteBelowHorizonLine(self):
        self.model.signalModelCommand.emit('DeleteBelowHorizonLine')

    def deletePoints(self):
        self.model.signalModelCommand.emit('DeletePoints')

    def clearAlignmentModel(self):
        self.model.signalModelCommand.emit('ClearAlignmentModel')

    def loadBasePoints(self):
        self.model.signalModelCommand.emit('LoadBasePoints')

    def loadRefinementPoints(self):
        self.model.signalModelCommand.emit('LoadRefinementPoints')

    def generateDSOPoints(self):
        self.model.signalModelCommand.emit('GenerateDSOPoints')

    def generateDensePoints(self):
        self.model.signalModelCommand.emit('GenerateDensePoints')

    def generateNormalPoints(self):
        self.model.signalModelCommand.emit('GenerateNormalPoints')

    def generateGridPoints(self):
        self.model.signalModelCommand.emit('GenerateGridPoints')

    def generateBasePoints(self):
        self.model.signalModelCommand.emit('GenerateBasePoints')

    def runCheckModel(self):
        self.model.signalModelCommand.emit('RunCheckModel')

    def runAllModel(self):
        self.model.signalModelCommand.emit('RunAllModel')

    def cancelModel(self):
        self.model.signalModelCommand.emit('CancelModel')

    def runBatchModel(self):
        self.model.signalModelCommand.emit('RunBatchModel')

    def runTimeChangeModel(self):
        self.model.signalModelCommand.emit('RunTimeChangeModel')

    def cancelAnalyseModel(self):
        self.model.signalModelCommand.emit('CancelAnalyseModel')

    def runHystereseModel(self):
        self.model.signalModelCommand.emit('RunHystereseModel')

    def mainLoop(self):
        while not self.mountDataQueue.empty():                                                                              # checking data transfer from mount to GUI
            data = self.mountDataQueue.get()                                                                                # get the data from the queue
            self.fillMountData(data)                                                                                        # write dta in gui
            self.mountDataQueue.task_done()
        while not self.messageQueue.empty():                                                                                # do i have error messages ?
            text = self.messageQueue.get()                                                                                  # get the message
            self.ui.errorStatus.setText(self.ui.errorStatus.toPlainText() + text + '\n')                                    # write it to window
            self.messageQueue.task_done()
            self.ui.errorStatus.moveCursor(QTextCursor.End)                                                                 # move cursor
        while not self.modelLogQueue.empty():                                                                               # checking if in queue is something to do
            text = self.modelLogQueue.get()                                                                                 # if yes, getting the work command
            if text == 'delete':                                                                                            # delete logfile for modeling
                self.coordinatePopup.ui.modellingLog.setText('')                                                            # reset window text
            elif text == 'backspace':
                self.coordinatePopup.ui.modellingLog.setText(self.coordinatePopup.ui.modellingLog.toPlainText()[:-6])
            else:
                self.coordinatePopup.ui.modellingLog.setText(self.coordinatePopup.ui.modellingLog.toPlainText() + text)     # otherwise add text at the end
            self.coordinatePopup.ui.modellingLog.moveCursor(QTextCursor.End)                                                # and move cursor up
            self.modelLogQueue.task_done()
        # noinspection PyCallByClass,PyTypeChecker
        QTimer.singleShot(200, self.mainLoop)                                                                               # 200ms repeat time cyclic

if __name__ == "__main__":
    BUILD_NO = '2.0.8'

    def except_hook(typeException, valueException, tbackException):                                                         # manage unhandled exception here
        logging.error('Exception: type:{0} value:{1} tback:{2}'.format(typeException, valueException, tbackException))      # write to logger
        sys.__excepthook__(typeException, valueException, tbackException)                                                   # then call the default handler
    name = 'mount.{0}.log'.format(datetime.datetime.now().strftime("%Y-%m-%d"))
    handler = logging.handlers.RotatingFileHandler(name, backupCount=3)
    logging.basicConfig(level=logging.DEBUG,
                        format='%(asctime)s [%(threadName)15s] - %(message)s',
                        handlers=[handler], datefmt='%Y-%m-%d %H:%M:%S')
    if not os.path.isdir(os.getcwd() + '/analysedata'):                                                                     # if analyse dir doesn't exist, make it
        os.makedirs(os.getcwd() + '/analysedata')                                                                           # if path doesn't exist, generate is
    if not os.path.isdir(os.getcwd() + '/images'):                                                                          # if images dir doesn't exist, make it
        os.makedirs(os.getcwd() + '/images')                                                                                # if path doesn't exist, generate is
    if not os.path.isdir(os.getcwd() + '/config'):                                                                          # if config dir doesn't exist, make it
        os.makedirs(os.getcwd() + '/config')                                                                                # if path doesn't exist, generate is
    logging.error('----------------------------------------')                                                               # start message logger
    logging.error('MountWizzard v' + BUILD_NO + 'started !')                                                                         # start message logger
    logging.error('----------------------------------------')                                                               # start message logger
    logging.error('main           -> working directory: {0}'.format(os.getcwd()))
    app = QApplication(sys.argv)                                                                                            # built application
    sys.excepthook = except_hook                                                                                            # manage except hooks for logging
    # noinspection PyCallByClass,PyTypeChecker,PyArgumentList
    app.setStyle(QStyleFactory.create('Fusion'))                                                                            # set theme
    mountApp = MountWizzardApp()                                                                                            # instantiate Application
    mountApp.loadConfig()
    mountApp.show()
    # if mountApp.analysePopup.showStatus:                                                                                  # if windows was shown last run, open it directly
    #    mountApp.showAnalyseWindow()                                                                                       # show it
    if mountApp.coordinatePopup.showStatus:                                                                                 # if windows was shown last run, open it directly
        mountApp.coordinatePopup.redrawCoordinateWindow()                                                                   # update content
        mountApp.showCoordinateWindow()                                                                                     # show it
    sys.exit(app.exec_())                                                                                                   # close application
