def setupBars(self):
"""
Enable and setup bar and histogram plotting
"""
# Enable bar plotting
self.bar = self.__bar
self.hist = self.__hist
self.updateBarsDataStyle = self.__updateBarsDataStyle
self.updateBarsDataDelete = self.__updateBarsDataDelete
# Initial and insert table view for bars
self.tableViewBars = _QTableView()
self.ui.modelTabWidget.addTab(self.tableViewBars, 'Bars')
# Bars/Bars
self.modelBars = _TableModelBars()
self.delegateBars = _EditDelegateBars()
self.tableViewBars.setModel(self.modelBars)
self.tableViewBars.setItemDelegate(self.delegateBars)
self.tableViewBars.show()
# RESIZE COLUMNS
header = self.tableViewBars.horizontalHeader()
# alpha
col = self.modelBars._COL_ALPHA
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewBars.setColumnWidth(col, new_width)
# linewidth
col = self.modelBars._COL_LINEWIDTH
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewBars.setColumnWidth(col, new_width)
# widthfactor
col = self.modelBars._COL_WIDTH_FACTOR
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewBars.setColumnWidth(col, new_width)
# delete
col = self.modelBars._COL_DELETE
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewBars.setColumnWidth(col, new_width)
# SIGNALS AND SLOTS
# Make use of double-clicking within table
self.tableViewBars.doubleClicked.connect(
self.modelBars.doubleClickCheck)
# When a model (table) elements changes or is deleted
self.modelBars.dataChanged.connect(self.updateBarsDataStyle)
self.modelBars.dataDeleted.connect(self.updateBarsDataDelete)
# Export bars to csv
self.ui.actionExport_Bars_to_CSV.setVisible(True)
self.ui.actionExport_Bars_to_CSV.triggered.connect(self.export_bars_csv)
def setupLines(self):
"""
Enable and setup line plotting
"""
# Enable line plotting
self.plot = self.__plot
self.updatePlotDataStyle = self.__updatePlotDataStyle
self.updatePlotDataDelete = self.__updatePlotDataDelete
# Initial and insert table view for line plots
self.tableViewLine = _QTableView()
self.ui.modelTabWidget.addTab(self.tableViewLine, 'Lines')
# Set model and delegates
# Lines
self.modelLine = _TableModelLines()
self.delegateLine = _EditDelegateLines()
self.tableViewLine.setModel(self.modelLine)
self.tableViewLine.setItemDelegate(self.delegateLine)
self.tableViewLine.show()
# RESIZE COLUMNS
header = self.tableViewLine.horizontalHeader()
# alpha
col = self.modelLine._COL_ALPHA
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewLine.setColumnWidth(col, new_width)
# linewidth
col = self.modelLine._COL_LINEWIDTH
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewLine.setColumnWidth(col, new_width)
# markersize
col = self.modelLine._COL_MARKERSIZE
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewLine.setColumnWidth(col, new_width)
# delete
col = self.modelLine._COL_DELETE
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewLine.setColumnWidth(col, new_width)
# SIGNALS AND SLOTS
# Make use of double-clicking within table
self.tableViewLine.doubleClicked.connect(
self.modelLine.doubleClickCheck)
# When a model (table) elements changes or is deleted
self.modelLine.dataChanged.connect(self.updatePlotDataStyle)
self.modelLine.dataDeleted.connect(self.updatePlotDataDelete)
# Export lines to csv
self.ui.actionExport_Lines_to_CSV.setVisible(True)
self.ui.actionExport_Lines_to_CSV.triggered.connect(self.export_lines_csv)
def setupBars(self):
"""
Enable and setup bar and histogram plotting
"""
# Enable bar plotting
self.bar = self.__bar
self.hist = self.__hist
self.updateBarsDataStyle = self.__updateBarsDataStyle
self.updateBarsDataDelete = self.__updateBarsDataDelete
# Initial and insert table view for bars
self.tableViewBars = _QTableView()
self.ui.modelTabWidget.addTab(self.tableViewBars, 'Bars')
# Bars/Bars
self.modelBars = _TableModelBars()
self.delegateBars = _EditDelegateBars()
self.tableViewBars.setModel(self.modelBars)
self.tableViewBars.setItemDelegate(self.delegateBars)
self.tableViewBars.show()
# RESIZE COLUMNS
header = self.tableViewBars.horizontalHeader()
# alpha
col = self.modelBars._COL_ALPHA
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewBars.setColumnWidth(col, new_width)
# linewidth
col = self.modelBars._COL_LINEWIDTH
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewBars.setColumnWidth(col, new_width)
# widthfactor
col = self.modelBars._COL_WIDTH_FACTOR
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewBars.setColumnWidth(col, new_width)
# delete
col = self.modelBars._COL_DELETE
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewBars.setColumnWidth(col, new_width)
# SIGNALS AND SLOTS
# Make use of double-clicking within table
self.tableViewBars.doubleClicked.connect(
self.modelBars.doubleClickCheck)
# When a model (table) elements changes or is deleted
self.modelBars.dataChanged.connect(self.updateBarsDataStyle)
self.modelBars.dataDeleted.connect(self.updateBarsDataDelete)
# Export bars to csv
self.ui.actionExport_Bars_to_CSV.setVisible(True)
self.ui.actionExport_Bars_to_CSV.triggered.connect(
self.export_bars_csv)
def setupLines(self):
"""
Enable and setup line plotting
"""
# Enable line plotting
self.plot = self.__plot
self.updatePlotDataStyle = self.__updatePlotDataStyle
self.updatePlotDataDelete = self.__updatePlotDataDelete
# Initial and insert table view for line plots
self.tableViewLine = _QTableView()
self.ui.modelTabWidget.addTab(self.tableViewLine, 'Lines')
# Set model and delegates
# Lines
self.modelLine = _TableModelLines()
self.delegateLine = _EditDelegateLines()
self.tableViewLine.setModel(self.modelLine)
self.tableViewLine.setItemDelegate(self.delegateLine)
self.tableViewLine.show()
# RESIZE COLUMNS
header = self.tableViewLine.horizontalHeader()
# alpha
col = self.modelLine._COL_ALPHA
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewLine.setColumnWidth(col, new_width)
# linewidth
col = self.modelLine._COL_LINEWIDTH
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewLine.setColumnWidth(col, new_width)
# markersize
col = self.modelLine._COL_MARKERSIZE
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewLine.setColumnWidth(col, new_width)
# delete
col = self.modelLine._COL_DELETE
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewLine.setColumnWidth(col, new_width)
# SIGNALS AND SLOTS
# Make use of double-clicking within table
self.tableViewLine.doubleClicked.connect(
self.modelLine.doubleClickCheck)
# When a model (table) elements changes or is deleted
self.modelLine.dataChanged.connect(self.updatePlotDataStyle)
self.modelLine.dataDeleted.connect(self.updatePlotDataDelete)
# Export lines to csv
self.ui.actionExport_Lines_to_CSV.setVisible(True)
self.ui.actionExport_Lines_to_CSV.triggered.connect(
self.export_lines_csv)
def setupFillBetweens(self):
"""
Enable and setup fill between plotting
"""
# Enable fill_between plotting
self.fill_between = self.__fill_between
self.updateFillBetweenDataStyle = self.__updateFillBetweenDataStyle
self.updateFillBetweenDataDelete = self.__updateFillBetweenDataDelete
# Initial and insert table view for fill_between plots
self.tableViewFillBetween = _QTableView()
self.ui.modelTabWidget.addTab(self.tableViewFillBetween,
'Fill Between')
# Fill Between
self.modelFillBetween = _TableModelFillBetween()
self.delegateFillBetween = _EditDelegateFillBetween()
self.tableViewFillBetween.setModel(self.modelFillBetween)
self.tableViewFillBetween.setItemDelegate(self.delegateFillBetween)
self.tableViewFillBetween.show()
# RESIZE COLUMNS
header = self.tableViewFillBetween.horizontalHeader()
# alpha
col = self.modelFillBetween._COL_ALPHA
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewFillBetween.setColumnWidth(col, new_width)
# linewidth
col = self.modelFillBetween._COL_LINEWIDTH
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewFillBetween.setColumnWidth(col, new_width)
# delete
col = self.modelFillBetween._COL_DELETE
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewFillBetween.setColumnWidth(col, new_width)
# SIGNALS AND SLOTS
# Make use of double-clicking within table
self.tableViewFillBetween.doubleClicked.connect(
self.modelFillBetween.doubleClickCheck)
# When a model (table) elements changes or is deleted
self.modelFillBetween.dataChanged.connect(
self.updateFillBetweenDataStyle)
self.modelFillBetween.dataDeleted.connect(
self.updateFillBetweenDataDelete)
# Export fillbetweens to csv
self.ui.actionExport_Fill_Between_to_CSV.setVisible(True)
self.ui.actionExport_Fill_Between_to_CSV.triggered.connect(
self.export_fillbetweens_csv)
def setupImages(self):
"""
Enable and setup image plotting
"""
# Enable imaging
self.imshow = self.__imshow
self.updateImagesDataStyle = self.__updateImagesDataStyle
self.updateImagesDataDelete = self.__updateImagesDataDelete
# images data-- similar to plot_data above
# Initial and insert table view for images
self.tableViewImages = _QTableView()
self.ui.modelTabWidget.addTab(self.tableViewImages, 'Images')
# Images
self.modelImages = _TableModelImages()
self.delegateImages = _EditDelegateImages()
self.tableViewImages.setModel(self.modelImages)
self.tableViewImages.setItemDelegate(self.delegateImages)
self.tableViewImages.show()
# RESIZE COLUMNS
header = self.tableViewImages.horizontalHeader()
# alpha
col = self.modelImages._COL_ALPHA
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewImages.setColumnWidth(col, new_width)
# clim low
col = self.modelImages._COL_CLIM_LOW
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewImages.setColumnWidth(col, new_width)
# clim high
col = self.modelImages._COL_CLIM_HIGH
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewImages.setColumnWidth(col, new_width)
# delete
col = self.modelImages._COL_DELETE
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewImages.setColumnWidth(col, new_width)
# SIGNALS AND SLOTS
# Make use of double-clicking within table
self.tableViewImages.doubleClicked.connect(
self.modelImages.doubleClickCheck)
# When a model (table) elements changes or is deleted
self.modelImages.dataChanged.connect(self.updateImagesDataStyle)
self.modelImages.dataDeleted.connect(self.updateImagesDataDelete)
def setupImages(self):
"""
Enable and setup image plotting
"""
# Enable imaging
self.imshow = self.__imshow
self.updateImagesDataStyle = self.__updateImagesDataStyle
self.updateImagesDataDelete = self.__updateImagesDataDelete
# images data-- similar to plot_data above
# Initial and insert table view for images
self.tableViewImages = _QTableView()
self.ui.modelTabWidget.addTab(self.tableViewImages, 'Images')
# Images
self.modelImages = _TableModelImages()
self.delegateImages = _EditDelegateImages()
self.tableViewImages.setModel(self.modelImages)
self.tableViewImages.setItemDelegate(self.delegateImages)
self.tableViewImages.show()
# RESIZE COLUMNS
header = self.tableViewImages.horizontalHeader()
# alpha
col = self.modelImages._COL_ALPHA
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewImages.setColumnWidth(col, new_width)
# clim low
col = self.modelImages._COL_CLIM_LOW
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewImages.setColumnWidth(col, new_width)
# clim high
col = self.modelImages._COL_CLIM_HIGH
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewImages.setColumnWidth(col, new_width)
# delete
col = self.modelImages._COL_DELETE
new_width = int(1.1 * header.sectionSizeHint(col))
self.tableViewImages.setColumnWidth(col, new_width)
# SIGNALS AND SLOTS
# Make use of double-clicking within table
self.tableViewImages.doubleClicked.connect(
self.modelImages.doubleClickCheck)
# When a model (table) elements changes or is deleted
self.modelImages.dataChanged.connect(self.updateImagesDataStyle)
self.modelImages.dataDeleted.connect(self.updateImagesDataDelete)
def setupFillBetweens(self):
"""
Enable and setup fill between plotting
"""
# Enable fill_between plotting
self.fill_between = self.__fill_between
self.updateFillBetweenDataStyle = self.__updateFillBetweenDataStyle
self.updateFillBetweenDataDelete = self.__updateFillBetweenDataDelete
# Initial and insert table view for fill_between plots
self.tableViewFillBetween = _QTableView()
self.ui.modelTabWidget.addTab(self.tableViewFillBetween,
'Fill Between')
# Fill Between
self.modelFillBetween = _TableModelFillBetween()
self.delegateFillBetween = _EditDelegateFillBetween()
self.tableViewFillBetween.setModel(self.modelFillBetween)
self.tableViewFillBetween.setItemDelegate(self.delegateFillBetween)
self.tableViewFillBetween.show()
# RESIZE COLUMNS
header = self.tableViewFillBetween.horizontalHeader()
# alpha
col = self.modelFillBetween._COL_ALPHA
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewFillBetween.setColumnWidth(col, new_width)
# linewidth
col = self.modelFillBetween._COL_LINEWIDTH
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewFillBetween.setColumnWidth(col, new_width)
# delete
col = self.modelFillBetween._COL_DELETE
new_width = int(1.1*header.sectionSizeHint(col))
self.tableViewFillBetween.setColumnWidth(col, new_width)
# SIGNALS AND SLOTS
# Make use of double-clicking within table
self.tableViewFillBetween.doubleClicked.connect(
self.modelFillBetween.doubleClickCheck)
# When a model (table) elements changes or is deleted
self.modelFillBetween.dataChanged.connect(self.updateFillBetweenDataStyle)
self.modelFillBetween.dataDeleted.connect(self.updateFillBetweenDataDelete)
# Export fillbetweens to csv
self.ui.actionExport_Fill_Between_to_CSV.setVisible(True)
self.ui.actionExport_Fill_Between_to_CSV.triggered.connect(self.export_fillbetweens_csv)