def __init__(self, parent=None): """ Docstring """ # load all basic PyQt4 functions from QWidget QtGui.QWidget.__init__(self, parent) # load the ui self.ui = Ui_Locomotif() self.ui.setupUi(self) # setup global config configData.setupConfig() # load tools self.tools = Tools_Locomotif() self.tools.setupTools() # load work self.work = Work_Locomotif() self.work.setupWork() # load configuration values and store in config class __base__ = os.path.abspath(os.path.dirname(__file__)) configData.initConfig( __base__ ) configData.debugConfig() # setup global rundata buffer (not sure whetter this is required any longer) g_rundata.setupRundata() g_rundata.setDataFont( configData.getDataFont() ) # initial values for maps in the working dock widget mapWidth = configData.getMapWidth() g_rundata.setMapWidth( mapWidth ) self.ui.cmdMapWidth.setText(str(mapWidth)) mapHeight = configData.getMapHeight() g_rundata.setMapHeight( mapHeight ) self.ui.cmdMapHeight.setText(str(mapHeight)) # setup/select the main data display mainDataWidget = self.ui.mainDataDisplay # delete the first tab page that is created by the code # from the QT-Designer mainDataWidget.removeTab(0) # setup customized main tab page uiTools.setupUiTools(self) uiTools.initCustomTabWidget(self.ui.mainDataDisplay, 0 ) # and now add the first custom tab page uiTools.addCustomTabPage() uiTools.selectCustomTabPage(0) # initial values for google maps in custom tab page mapWidth = configData.getGoogleMapWidth() g_rundata.setGoogleMapWidth( mapWidth ) #g_tabwidgets.t1GMMapWidth.setText(str(mapWidth)) #g_tabwidgets.t1GM2MapWidth.setText(str(mapWidth)) mapHeight = configData.getGoogleMapHeight() g_rundata.setGoogleMapHeight( mapHeight )
def __init__(self, parent=None): """ Docstring """ # load all basic PyQt4 functions from QWidget QtGui.QWidget.__init__(self, parent) # load the ui self.ui = Ui_Locomotif() self.ui.setupUi(self) # setup global config configData.setupConfig() # load tools self.tools = Tools_Locomotif() self.tools.setupTools() # setup global rundata rundata.setupRundata() # load work self.work = Work_Locomotif() self.work.setupWork(self) # create font for data display dataFont = QtGui.QFont() dataFont.setStyleHint(QtGui.QFont.Courier) rundata.setDataFont(dataFont) # more initialisations self.ui.mainDataDisplay.setTabText(0, "Data Record 1") self.ui.mainDataDisplay.setTabText(1, "Data Record 2") self.ui.mainDataDisplay.setCurrentIndex(0) # load configuration values and stor in config class __base__ = os.path.abspath(os.path.dirname(__file__)) configData.initConfig(__base__) configData.debugConfig() # initial values for maps mapWidth = configData.getMapWidth() rundata.setMapWidth(mapWidth) self.ui.cmdMapWidth.setText(str(mapWidth)) mapHeight = configData.getMapHeight() rundata.setMapHeight(mapHeight) self.ui.cmdMapHeight.setText(str(mapHeight))
def __init__(self, parent=None): """ Docstring """ # load all basic PyQt4 functions from QWidget QtGui.QWidget.__init__(self, parent) # load the ui self.ui = Ui_Locomotif() self.ui.setupUi(self) # setup global config configData.setupConfig() # load tools self.tools = Tools_Locomotif() self.tools.setupTools() # setup global rundata rundata.setupRundata() # load work self.work = Work_Locomotif() self.work.setupWork(self) # create font for data display dataFont = QtGui.QFont() dataFont.setStyleHint(QtGui.QFont.Courier) rundata.setDataFont( dataFont ) # more initialisations self.ui.mainDataDisplay.setTabText(0,"Data Record 1") self.ui.mainDataDisplay.setTabText(1,"Data Record 2") self.ui.mainDataDisplay.setCurrentIndex(0) # load configuration values and stor in config class __base__ = os.path.abspath(os.path.dirname(__file__)) configData.initConfig( __base__ ) configData.debugConfig() # initial values for maps mapWidth = configData.getMapWidth() rundata.setMapWidth( mapWidth ) self.ui.cmdMapWidth.setText(str(mapWidth)) mapHeight = configData.getMapHeight() rundata.setMapHeight( mapHeight ) self.ui.cmdMapHeight.setText(str(mapHeight))
class Locomotif(QtGui.QMainWindow): """ Docstring """ def __init__(self, parent=None): """ Docstring """ # load all basic PyQt4 functions from QWidget QtGui.QWidget.__init__(self, parent) # load the ui self.ui = Ui_Locomotif() self.ui.setupUi(self) # setup global config configData.setupConfig() # load tools self.tools = Tools_Locomotif() self.tools.setupTools() # load work self.work = Work_Locomotif() self.work.setupWork() # load configuration values and store in config class __base__ = os.path.abspath(os.path.dirname(__file__)) configData.initConfig( __base__ ) configData.debugConfig() # setup global rundata buffer (not sure whetter this is required any longer) g_rundata.setupRundata() g_rundata.setDataFont( configData.getDataFont() ) # initial values for maps in the working dock widget mapWidth = configData.getMapWidth() g_rundata.setMapWidth( mapWidth ) self.ui.cmdMapWidth.setText(str(mapWidth)) mapHeight = configData.getMapHeight() g_rundata.setMapHeight( mapHeight ) self.ui.cmdMapHeight.setText(str(mapHeight)) # setup/select the main data display mainDataWidget = self.ui.mainDataDisplay # delete the first tab page that is created by the code # from the QT-Designer mainDataWidget.removeTab(0) # setup customized main tab page uiTools.setupUiTools(self) uiTools.initCustomTabWidget(self.ui.mainDataDisplay, 0 ) # and now add the first custom tab page uiTools.addCustomTabPage() uiTools.selectCustomTabPage(0) # initial values for google maps in custom tab page mapWidth = configData.getGoogleMapWidth() g_rundata.setGoogleMapWidth( mapWidth ) #g_tabwidgets.t1GMMapWidth.setText(str(mapWidth)) #g_tabwidgets.t1GM2MapWidth.setText(str(mapWidth)) mapHeight = configData.getGoogleMapHeight() g_rundata.setGoogleMapHeight( mapHeight ) #g_tabwidgets.t1GMMapHeight.setText(str(mapWidth)) #g_tabwidgets.t1GM2MapHeight.setText(str(mapWidth)) # These are custom slots used within Qt Designer def doConfigDialog(self, Locomotif): print "open configuration dialog" dialog = ConfigDialog(self) dialog.setModal(1) ret = dialog.exec_() # transfer (new) map sizes mapWidth = configData.getMapWidth() g_rundata.setMapWidth( mapWidth ) self.ui.cmdMapWidth.setText(str(mapWidth)) mapHeight = configData.getMapHeight() g_rundata.setMapHeight( mapHeight ) self.ui.cmdMapHeight.setText(str(mapHeight)) # transfer (new) google maps settings mapWidth = configData.getGoogleMapWidth() g_rundata.setGoogleMapWidth( mapWidth ) g_tabwidgets.t1GMMapWidth.setText(str(mapWidth)) g_tabwidgets.t1GM2MapWidth.setText(str(mapWidth)) mapHeight = configData.getGoogleMapHeight() g_rundata.setGoogleMapHeight( mapHeight ) g_tabwidgets.t1GMMapHeight.setText(str(mapHeight)) g_tabwidgets.t1GM2MapHeight.setText(str(mapHeight)) maptype = configData.getGoogle1Maptype() g_rundata.setGoogle1Maptype( maptype ) # following values must fit to combobox in configuration if maptype == "hybrid": g_tabwidgets.t1GMmaptype.setChecked(True) if maptype == "satellite": g_tabwidgets.t1GMmaptype_2.setChecked(True) if maptype == "roadmap": g_tabwidgets.t1GMmaptype_3.setChecked(True) if maptype == "terrain": g_tabwidgets.t1GMmaptype_4.setChecked(True) maptype = configData.getGoogle2Maptype() g_rundata.setGoogle2Maptype( maptype ) # following values must fit to combobox in configuration if maptype == "hybrid": g_tabwidgets.t1GM2maptype.setChecked(True) if maptype == "satellite": g_tabwidgets.t1GM2maptype_2.setChecked(True) if maptype == "roadmap": g_tabwidgets.t1GM2maptype_3.setChecked(True) if maptype == "terrain": g_tabwidgets.t1GM2maptype_4.setChecked(True) def openDataFile(self, Locomotif): """ Load a Data File for Further Processing """ dataFilename = self.tools.selectDataFile() if dataFilename == "": self.tools.showInfo( "Info", "NO FILE SELECTED" ) return 0 # deactivate all tabs g_rundata.setWorkingState(1) self.work.workCleanTabs( g_tabwidgets, g_rundata ) g_tabwidgets.t1Data.setCurrentIndex(0) # store name in global data g_rundata.setDataFileName( dataFilename ) # set data into current tab g_tabwidgets.t1LoadedDataFilename.setText(dataFilename) # load and display initial data self.work.readDataFileIntoTable( g_tabwidgets, g_rundata, dataFilename ) self.work.markDataOnGoogleMap( g_tabwidgets, g_rundata ) print "data marked on google map type " + g_rundata.getGoogle1Maptype() # initial names for maps mapv1Filename = configData.getMapPath() + "/" + ntpath.basename(str(dataFilename)) + "_bio_v.png" mapv2Filename = configData.getMapPath() + "/" + ntpath.basename(str(dataFilename)) + "_div_v.png" print mapv1Filename print mapv2Filename g_rundata.setV1Mapname( mapv1Filename ) g_rundata.setV2Mapname( mapv2Filename ) mapd1Filename = configData.getMapPath() + "/" + ntpath.basename(str(dataFilename)) + "_bio_d.png" mapd2Filename = configData.getMapPath() + "/" + ntpath.basename(str(dataFilename)) + "_div_d.png" g_rundata.setD1Mapname( mapd1Filename ) g_rundata.setD2Mapname( mapd2Filename ) return 1 def openGPSFile(self, Locomotif): """ Load a GPS File for Further Processing """ gpsFileName = self.tools.selectGPSFile() def openProjectFile(self, Locomotif): """ Load a Project File for Further Processing """ projectFileName = self.tools.selectProjectFile() def doMainTabAdd(self, Locomotif ): uiTools.addCustomTabPage() def doMainTabSelect(self, currentIndex): print "maintabselect " + str(currentIndex) if currentIndex<0: return print "do maintabselect " + str(currentIndex) uiTools.selectCustomTabPage(currentIndex) def doMainTabClose(self, currentIndex): print "maintabclose " + str(currentIndex) uiTools.removeCustomTabPage(currentIndex) def doSelectGMMaptype1(self, Locomotif): g_rundata.setGoogle1Maptype("hybrid"); if g_rundata.getWorkingState()>=3: self.work.markDataOnGoogleMap( g_tabwidgets, g_rundata ) def doSelectGMMaptype2(self, Locomotif): g_rundata.setGoogle1Maptype("satellite"); if g_rundata.getWorkingState()>=3: self.work.markDataOnGoogleMap( g_tabwidgets, g_rundata ) def doSelectGMMaptype3(self, Locomotif): g_rundata.setGoogle1Maptype("roadmap"); if g_rundata.getWorkingState()>=3: self.work.markDataOnGoogleMap( g_tabwidgets, g_rundata ) def doSelectGMMaptype4(self, Locomotif): g_rundata.setGoogle1Maptype("terrain"); if g_rundata.getWorkingState()>=3: self.work.markDataOnGoogleMap( g_tabwidgets, g_rundata ) def doReadCSV(self, Locomotif): """ Reload the CSV DataFrames with the given name """ self.work.workReadCSV( g_tabwidgets, g_rundata ) if g_rundata.getWorkingState()>=4: df = g_rundata.getDF() self.work.putCSVIntoTable( g_tabwidgets, g_rundata, df ) """ Create Cluster for the loaded Dataframe """ self.work.workCreateCluster( g_tabwidgets, g_rundata ) def doCreateVPolygone(self, Locomotif): """ Create Polygone from given cluster """ self.work.workCreateVPolygone(g_tabwidgets, g_rundata ) if g_rundata.getWorkingState()>=7: self.work.markPolygonOnGoogleMap(g_tabwidgets, g_rundata, g_rundata.getVoronoi1() ) def doCreateDPolygone(self, Locomotif): """ Create Polygone from given cluster """ self.work.workCreateDPolygone(g_tabwidgets, g_rundata ) if g_rundata.getWorkingState()>=7: self.work.markPolygonOnGoogleMap(g_tabwidgets, g_rundata, g_rundata.getDelaunay1() ) def doSelectGM2Maptype1(self, Locomotif): g_rundata.setGoogle2Maptype("hybrid"); self.work.refreshPolygonOnGoogleMap( g_tabwidgets, g_rundata ) def doSelectGM2Maptype2(self, Locomotif): g_rundata.setGoogle2Maptype("satellite"); self.work.refreshPolygonOnGoogleMap( g_tabwidgets, g_rundata ) def doSelectGM2Maptype3(self, Locomotif): g_rundata.setGoogle2Maptype("roadmap"); self.work.refreshPolygonOnGoogleMap( g_tabwidgets, g_rundata ) def doSelectGM2Maptype4(self, Locomotif): g_rundata.setGoogle2Maptype("terrain"); self.work.refreshPolygonOnGoogleMap( g_tabwidgets, g_rundata ) def doCreateMaps(self, Locomotif): """ Slot for button CreateMap """ self.work.workCreateMaps( self, g_tabwidgets, g_rundata ) def doDebugToConsole(self, Locomotif): configData.debugConfig() g_rundata.debugRundata("g_rundata")
class Locomotif(QtGui.QMainWindow): """ Docstring """ def __init__(self, parent=None): """ Docstring """ # load all basic PyQt4 functions from QWidget QtGui.QWidget.__init__(self, parent) # load the ui self.ui = Ui_Locomotif() self.ui.setupUi(self) # setup global config configData.setupConfig() # load tools self.tools = Tools_Locomotif() self.tools.setupTools() # setup global rundata rundata.setupRundata() # load work self.work = Work_Locomotif() self.work.setupWork(self) # create font for data display dataFont = QtGui.QFont() dataFont.setStyleHint(QtGui.QFont.Courier) rundata.setDataFont( dataFont ) # more initialisations self.ui.mainDataDisplay.setTabText(0,"Data Record 1") self.ui.mainDataDisplay.setTabText(1,"Data Record 2") self.ui.mainDataDisplay.setCurrentIndex(0) # load configuration values and stor in config class __base__ = os.path.abspath(os.path.dirname(__file__)) configData.initConfig( __base__ ) configData.debugConfig() # initial values for maps mapWidth = configData.getMapWidth() rundata.setMapWidth( mapWidth ) self.ui.cmdMapWidth.setText(str(mapWidth)) mapHeight = configData.getMapHeight() rundata.setMapHeight( mapHeight ) self.ui.cmdMapHeight.setText(str(mapHeight)) # These are custom slots used within Qt Designer def doConfigDialog(self, Locomotif): print "open configuration dialog" dialog = ConfigDialog(self) dialog.setModal(1) ret = dialog.exec_() # transfer some values mapWidth = configData.getMapWidth() rundata.setMapWidth( mapWidth ) self.ui.cmdMapWidth.setText(str(mapWidth)) mapHeight = configData.getMapHeight() rundata.setMapHeight( mapHeight ) self.ui.cmdMapHeight.setText(str(mapHeight)) def openDataFile(self, Locomotif): """ Load a Data File for Further Processing """ dataFilename = self.tools.selectDataFile() if dataFilename == "": self.tools.showInfo( "Info", "NO FILE SELECTED" ) return 0 # deactivate all tabs self.work.workCleanTabs( self, rundata, 0 ) self.ui.t1Data.setCurrentIndex(0) # store nme in global data rundata.setDataFileName( dataFilename ) self.ui.loadedDataFilename.setText(dataFilename) self.ui.t1LoadedDataFilename.setText(dataFilename) # load and display initial data self.work.readDataFileIntoTable( self, dataFilename ) self.work.markDataOnGoogleMap( self, dataFilename ) # initial names for maps mapv1Filename = configData.getMapPath() + "/map1_v.png" mapv2Filename = configData.getMapPath() + "/map2_v.png" rundata.setV1Mapname( mapv1Filename ) rundata.setV2Mapname( mapv2Filename ) mapd1Filename = configData.getMapPath() + "/map1_d.png" mapd2Filename = configData.getMapPath() + "/map2_d.png" rundata.setD1Mapname( mapd1Filename ) rundata.setD2Mapname( mapd2Filename ) return 1 def openGPSFile(self, Locomotif): """ Load a GPS File for Further Processing """ gpsFileName = self.tools.selectGPSFile() def openProjectFile(self, Locomotif): """ Load a Project File for Further Processing """ projectFileName = self.tools.selectProjectFile() def doReadCSV(self, Locomotif): """ Reload the CSV DataFrames with the given name """ self.work.workReadCSV( self, rundata ) df = rundata.getDF() self.work.putCSVIntoTable( self, df ) """ Create Cluster for the loaded Dataframe """ self.work.workCreateCluster( self, rundata ) def doCreateVPolygone(self, Locomotif): """ Create Polygone from given cluster """ self.work.workCreateVPolygone(self, rundata ) self.work.markPolygonOnGoogleMap(self,rundata.getVoronoi1()) def doCreateDPolygone(self, Locomotif): """ Create Polygone from given cluster """ self.work.workCreateDPolygone(self, rundata ) self.work.markPolygonOnGoogleMap(self,rundata.getDelaunay1()) def doCreateMaps(self, Locomotif): """ Slot for button CreateMap """ self.work.workCreateMaps( self, rundata )
class Locomotif(QtGui.QMainWindow): """ Docstring """ def __init__(self, parent=None): """ Docstring """ # load all basic PyQt4 functions from QWidget QtGui.QWidget.__init__(self, parent) # load the ui self.ui = Ui_Locomotif() self.ui.setupUi(self) # setup global config configData.setupConfig() # load tools self.tools = Tools_Locomotif() self.tools.setupTools() # setup global rundata rundata.setupRundata() # load work self.work = Work_Locomotif() self.work.setupWork(self) # create font for data display dataFont = QtGui.QFont() dataFont.setStyleHint(QtGui.QFont.Courier) rundata.setDataFont(dataFont) # more initialisations self.ui.mainDataDisplay.setTabText(0, "Data Record 1") self.ui.mainDataDisplay.setTabText(1, "Data Record 2") self.ui.mainDataDisplay.setCurrentIndex(0) # load configuration values and stor in config class __base__ = os.path.abspath(os.path.dirname(__file__)) configData.initConfig(__base__) configData.debugConfig() # initial values for maps mapWidth = configData.getMapWidth() rundata.setMapWidth(mapWidth) self.ui.cmdMapWidth.setText(str(mapWidth)) mapHeight = configData.getMapHeight() rundata.setMapHeight(mapHeight) self.ui.cmdMapHeight.setText(str(mapHeight)) # These are custom slots used within Qt Designer def doConfigDialog(self, Locomotif): print "open configuration dialog" dialog = ConfigDialog(self) dialog.setModal(1) ret = dialog.exec_() # transfer some values mapWidth = configData.getMapWidth() rundata.setMapWidth(mapWidth) self.ui.cmdMapWidth.setText(str(mapWidth)) mapHeight = configData.getMapHeight() rundata.setMapHeight(mapHeight) self.ui.cmdMapHeight.setText(str(mapHeight)) def openDataFile(self, Locomotif): """ Load a Data File for Further Processing """ dataFilename = self.tools.selectDataFile() if dataFilename == "": self.tools.showInfo("Info", "NO FILE SELECTED") return 0 # deactivate all tabs self.work.workCleanTabs(self, rundata, 0) self.ui.t1Data.setCurrentIndex(0) # store nme in global data rundata.setDataFileName(dataFilename) self.ui.loadedDataFilename.setText(dataFilename) self.ui.t1LoadedDataFilename.setText(dataFilename) # load and display initial data self.work.readDataFileIntoTable(self, dataFilename) self.work.markDataOnGoogleMap(self, dataFilename) # initial names for maps mapv1Filename = configData.getMapPath() + "/map1_v.png" mapv2Filename = configData.getMapPath() + "/map2_v.png" rundata.setV1Mapname(mapv1Filename) rundata.setV2Mapname(mapv2Filename) mapd1Filename = configData.getMapPath() + "/map1_d.png" mapd2Filename = configData.getMapPath() + "/map2_d.png" rundata.setD1Mapname(mapd1Filename) rundata.setD2Mapname(mapd2Filename) return 1 def openGPSFile(self, Locomotif): """ Load a GPS File for Further Processing """ gpsFileName = self.tools.selectGPSFile() def openProjectFile(self, Locomotif): """ Load a Project File for Further Processing """ projectFileName = self.tools.selectProjectFile() def doReadCSV(self, Locomotif): """ Reload the CSV DataFrames with the given name """ self.work.workReadCSV(self, rundata) df = rundata.getDF() self.work.putCSVIntoTable(self, df) """ Create Cluster for the loaded Dataframe """ self.work.workCreateCluster(self, rundata) def doCreateVPolygone(self, Locomotif): """ Create Polygone from given cluster """ self.work.workCreateVPolygone(self, rundata) self.work.markPolygonOnGoogleMap(self, rundata.getVoronoi1()) def doCreateDPolygone(self, Locomotif): """ Create Polygone from given cluster """ self.work.workCreateDPolygone(self, rundata) self.work.markPolygonOnGoogleMap(self, rundata.getDelaunay1()) def doCreateMaps(self, Locomotif): """ Slot for button CreateMap """ self.work.workCreateMaps(self, rundata)