utils.gui.pyqt.main_window.MainWindow.MainWindow

class utils.gui.pyqt.main_window.MainWindow.MainWindow(parent=None)

Bases: QMainWindow, Ui_MainWindow

Main window of the application, it contains all the UI elements

Methods

`acceptDrops`
`accessibleDescription`
`accessibleName`
`actionEvent`
`actions`
`activateWindow`
`addAction`
`addActions`
`addDockWidget`
`addToolBar`
`addToolBarBreak`
`adjustSize`
`autoFillBackground`
`backgroundRole`
`baseSize`
`blockSignals`
`centralWidget`
`changeEvent`
`check_input_file`	Check if the input file is valid by checking:
`check_output_folder`	Check if the output folder is valid by cheking if it exists.
`childAt`
`childEvent`
`children`
`childrenRect`
`childrenRegion`
`clearFocus`
`clearMask`
`clear_graphs`	Clear the graphs
`clear_slot`
`close`
`closeEvent`
`colorCount`
`connectNotify`
`contentsMargins`
`contentsRect`
`contextMenuEvent`
`contextMenuPolicy`
`corner`
`create`
`createPopupMenu`
`createWindowContainer`
`cursor`
`customEvent`
`deleteLater`
`depth`
`destroy`
`devType`
`devicePixelRatio`
`devicePixelRatioF`
`devicePixelRatioFScale`
`disconnect`
`disconnectNotify`
`dockOptions`
`dockWidgetArea`
`documentMode`
`dragEnterEvent`
`dragLeaveEvent`
`dragMoveEvent`
`dropEvent`
`dumpObjectInfo`
`dumpObjectTree`
`dynamicPropertyNames`
`effectiveWinId`
`ensurePolished`
`enterEvent`
`event`
`eventFilter`
`export_advanced_data`	Export the advanced data to a file
`find`
`findChild`
`findChildren`
`finish_analyse`	Finish the analyse
`focusInEvent`
`focusNextChild`
`focusNextPrevChild`
`focusOutEvent`
`focusPolicy`
`focusPreviousChild`
`focusProxy`
`focusWidget`
`font`
`fontInfo`
`fontMetrics`
`foregroundRole`
`frameGeometry`
`frameSize`
`geometry`
`getContentsMargins`
`grab`
`grabGesture`
`grabKeyboard`
`grabMouse`
`grabShortcut`
`graph_type_changed`	Update the number of graphs
`graphicsEffect`
`graphicsProxyWidget`
`hasFocus`
`hasHeightForWidth`
`hasMouseTracking`
`hasTabletTracking`
`height`
`heightForWidth`
`heightMM`
`hide`
`hideEvent`
`iconSize`
`inherits`
`initPainter`
`inputMethodEvent`
`inputMethodHints`
`inputMethodQuery`
`insertAction`
`insertActions`
`insertToolBar`
`insertToolBarBreak`
`installEventFilter`
`isActiveWindow`
`isAncestorOf`
`isAnimated`
`isDockNestingEnabled`
`isEnabled`
`isEnabledTo`
`isFullScreen`
`isHidden`
`isLeftToRight`
`isMaximized`
`isMinimized`
`isModal`
`isRightToLeft`
`isSeparator`
`isSignalConnected`
`isVisible`
`isVisibleTo`
`isWidgetType`
`isWindow`
`isWindowModified`
`isWindowType`
`keyPressEvent`
`keyReleaseEvent`
`keyboardGrabber`
`killTimer`
`layer_changed`
`layout`
`layoutDirection`
`leaveEvent`
`locale`
`logicalDpiX`
`logicalDpiY`
`lower`
`mapFrom`
`mapFromGlobal`
`mapFromParent`
`mapTo`
`mapToGlobal`
`mapToParent`
`mask`
`maximumHeight`
`maximumSize`
`maximumWidth`
`menuBar`
`menuWidget`
`metaObject`
`metric`
`minimumHeight`
`minimumSize`
`minimumSizeHint`
`minimumWidth`
`mouseDoubleClickEvent`
`mouseGrabber`
`mouseMoveEvent`
`mousePressEvent`
`mouseReleaseEvent`
`move`
`moveEvent`
`moveToThread`
`nativeEvent`
`nativeParentWidget`
`nextInFocusChain`
`normalGeometry`
`objectName`
`overrideWindowFlags`
`overrideWindowState`
`paintEngine`
`paintEvent`
`paintingActive`
`palette`
`parent`
`parentWidget`
`physicalDpiX`
`physicalDpiY`
`pos`
`previousInFocusChain`
`process_advanced_data`	Start the analyse, create the thread and connect the signals.
`process_discrete_data`	Start the analyse, create the thread and connect the signals.
`process_raw_data`	Start the analyse, create the thread and connect the signals.
`property`
`pyqtConfigure`	Each keyword argument is either the name of a Qt property or a Qt signal.
`raise_`
`receivers`
`rect`
`refresh_advanced_data`	Start the analyse, create the thread and connect the signals.
`releaseKeyboard`
`releaseMouse`
`releaseShortcut`
`removeAction`
`removeDockWidget`
`removeEventFilter`
`removeToolBar`
`removeToolBarBreak`
`render`
`renderDiscreteGraphs`
`renderGraphs`	Render the graphs
`repaint`
`resize`
`resizeDocks`
`resizeEvent`
`restoreDockWidget`
`restoreGeometry`
`restoreState`
`retranslateUi`
`saveGeometry`
`saveState`
`save_model`	Save the model to a file
`screen`
`scroll`
`select_file`	Open a file dialog to select the input file, if the folder_path is empty, it fills it with the files folder.
`select_folder`	Open a file dialog to select the output folder
`sender`
`senderSignalIndex`
`setAcceptDrops`
`setAccessibleDescription`
`setAccessibleName`
`setAnimated`
`setAttribute`
`setAutoFillBackground`
`setBackgroundRole`
`setBaseSize`
`setCentralWidget`
`setContentsMargins`
`setContextMenuPolicy`
`setCorner`
`setCursor`
`setDisabled`
`setDockNestingEnabled`
`setDockOptions`
`setDocumentMode`
`setEnabled`
`setFixedHeight`
`setFixedSize`
`setFixedWidth`
`setFocus`
`setFocusPolicy`
`setFocusProxy`
`setFont`
`setForegroundRole`
`setGeometry`
`setGraphicsEffect`
`setHidden`
`setIconSize`
`setInputMethodHints`
`setLayout`
`setLayoutDirection`
`setLocale`
`setMask`
`setMaximumHeight`
`setMaximumSize`
`setMaximumWidth`
`setMenuBar`
`setMenuWidget`
`setMinimumHeight`
`setMinimumSize`
`setMinimumWidth`
`setMouseTracking`
`setObjectName`
`setPalette`
`setParent`
`setProperty`
`setShortcutAutoRepeat`
`setShortcutEnabled`
`setSizeIncrement`
`setSizePolicy`
`setStatusBar`
`setStatusTip`
`setStyle`
`setStyleSheet`
`setTabOrder`
`setTabPosition`
`setTabShape`
`setTabletTracking`
`setToolButtonStyle`
`setToolTip`
`setToolTipDuration`
`setUnifiedTitleAndToolBarOnMac`
`setUpdatesEnabled`
`setVisible`
`setWhatsThis`
`setWindowFilePath`
`setWindowFlag`
`setWindowFlags`
`setWindowIcon`
`setWindowIconText`
`setWindowModality`
`setWindowModified`
`setWindowOpacity`
`setWindowRole`
`setWindowState`
`setWindowTitle`
`set_advanced_data`	Persists the calculated raw data and show the values
`set_discrete_data`	Persists the calculated discrete data
`set_obj`	Persists the pre-processed obj
`set_raw_data`	Persists the calculated raw data
`set_status`	Set the status of the analyse
`setupUi`
`sharedPainter`
`show`
`showEvent`
`showFullScreen`
`showMaximized`
`showMinimized`
`showNormal`
`show_about`	Show the about window
`show_settings`	Show the settings window
`signalsBlocked`
`size`
`sizeHint`
`sizeIncrement`
`sizePolicy`
`splitDockWidget`
`stackUnder`
`startTimer`
`start_preprocess`	Start the analyse, create the thread and connect the signals.
`statusBar`
`statusTip`
`style`
`styleSheet`
`tabPosition`
`tabShape`
`tabifiedDockWidgets`
`tabifyDockWidget`
`tabletEvent`
`takeCentralWidget`
`testAttribute`
`thread`
`timerEvent`
`toggle_graphs`	Show or hide the graphs
`toolBarArea`
`toolBarBreak`
`toolButtonStyle`
`toolTip`
`toolTipDuration`
`tr`
`underMouse`
`ungrabGesture`
`unifiedTitleAndToolBarOnMac`
`unsetCursor`
`unsetLayoutDirection`
`unsetLocale`
`update`
`updateGeometry`
`updateMicroFocus`
`update_progress_bar`	Update the progress bar
`updatesEnabled`
`visibleRegion`
`whatsThis`
`wheelEvent`
`width`
`widthMM`
`winId`
`window`
`windowFilePath`
`windowFlags`
`windowHandle`
`windowIcon`
`windowIconText`
`windowModality`
`windowOpacity`
`windowRole`
`windowState`
`windowTitle`
`windowType`
`x`
`y`

Attributes

`AllowNestedDocks`
`AllowTabbedDocks`
`AnimatedDocks`
`DrawChildren`
`DrawWindowBackground`
`ForceTabbedDocks`
`GroupedDragging`
`IgnoreMask`
`PdmDepth`
`PdmDevicePixelRatio`
`PdmDevicePixelRatioScaled`
`PdmDpiX`
`PdmDpiY`
`PdmHeight`
`PdmHeightMM`
`PdmNumColors`
`PdmPhysicalDpiX`
`PdmPhysicalDpiY`
`PdmWidth`
`PdmWidthMM`
`VerticalTabs`
`customContextMenuRequested`	pyqtSignal(*types, name: str = ..., revision: int = ..., arguments: Sequence = ...) -> PYQT_SIGNAL
`destroyed`	pyqtSignal(*types, name: str = ..., revision: int = ..., arguments: Sequence = ...) -> PYQT_SIGNAL
`iconSizeChanged`	pyqtSignal(*types, name: str = ..., revision: int = ..., arguments: Sequence = ...) -> PYQT_SIGNAL
`objectNameChanged`	pyqtSignal(*types, name: str = ..., revision: int = ..., arguments: Sequence = ...) -> PYQT_SIGNAL
`staticMetaObject`
`tabifiedDockWidgetActivated`	pyqtSignal(*types, name: str = ..., revision: int = ..., arguments: Sequence = ...) -> PYQT_SIGNAL
`toolButtonStyleChanged`	pyqtSignal(*types, name: str = ..., revision: int = ..., arguments: Sequence = ...) -> PYQT_SIGNAL
`windowIconChanged`	pyqtSignal(*types, name: str = ..., revision: int = ..., arguments: Sequence = ...) -> PYQT_SIGNAL
`windowIconTextChanged`	pyqtSignal(*types, name: str = ..., revision: int = ..., arguments: Sequence = ...) -> PYQT_SIGNAL
`windowTitleChanged`	pyqtSignal(*types, name: str = ..., revision: int = ..., arguments: Sequence = ...) -> PYQT_SIGNAL

check_input_file()

Check if the input file is valid by checking:

if it exists
if its extension is .obj

check_output_folder(): Check if the output folder is valid by cheking if it exists.

clear_graphs(): Clear the graphs

export_advanced_data(): Export the advanced data to a file

finish_analyse(): Finish the analyse

graph_type_changed(): Update the number of graphs

process_advanced_data(discrete_data: dict, refresh: bool = False): Start the analyse, create the thread and connect the signals.

process_discrete_data(obj: ScannedObject): Start the analyse, create the thread and connect the signals.

process_raw_data(obj: ScannedObject): Start the analyse, create the thread and connect the signals.

refresh_advanced_data(): Start the analyse, create the thread and connect the signals.

renderDiscreteGraphs(obj: ScannedObject, raw_data: dict, discrete_data: dict)

renderGraphs(obj: ScannedObject, raw_data: dict, discrete_data: dict)

Render the graphs

Parameters:

obj – The scanned object
raw_data – The raw data
discrete_data – The discrete data

save_model(): Save the model to a file

select_file(): Open a file dialog to select the input file, if the folder_path is empty, it fills it with the files folder.

select_folder(): Open a file dialog to select the output folder

set_advanced_data(advanced_data: dict): Persists the calculated raw data and show the values

set_discrete_data(discrete_data: dict): Persists the calculated discrete data

set_obj(obj: ScannedObject): Persists the pre-processed obj

set_raw_data(raw_data: dict): Persists the calculated raw data

set_status(status: str): Set the status of the analyse

show_about(): Show the about window

show_settings(): Show the settings window

start_preprocess(): Start the analyse, create the thread and connect the signals.

toggle_graphs(): Show or hide the graphs

update_progress_bar(value): Update the progress bar