class DiagMainWindow : public TGMainFrame

Diagnostics main window

Inheritance:

Public Methods

	DiagMainWindow (const TGWindow *p, basic_commandline* cmdline, Int_t meastype = 0, const char* filename = 0) Constructor
virtual	~DiagMainWindow () Destructor.
virtual void	CloseWindow () Close method
virtual Bool_t	UpdatePlot (Int_t stepnum = -1, Bool_t updatePads = kTRUE) Update plot method.
virtual Bool_t	AddOtherData () Add data method.
virtual Bool_t	UpdateData () Update data method.
virtual Bool_t	SaveCalibrationData () Save calibration method.
virtual Bool_t	RestoreCalibrationData () Restore calibration method.
virtual void	ShowDefaultPlot (Bool_t updatePads = kTRUE, ligogui::TLGMultiPad* mpads = 0) Show default plot method.
virtual Int_t	GetMeasurementType () const Get measurement type.
virtual Bool_t	SetMeasurementType (Int_t type) Set measurement type.
virtual Bool_t	ClearResults (Bool_t askfirst = kFALSE, Bool_t all = kTRUE) Remove results method.
virtual Bool_t	TransferParameters (Bool_t toGUI = kTRUE, Bool_t newparam = kFALSE) Transfer parameters.
virtual Bool_t	TransferPlotSettings (Bool_t toGUI, Int_t index1, Int_t index2, ligogui::OptionAll_t* pset) Transfer plot settings.
virtual Bool_t	TransferCalibrationSettings (Bool_t toGUI, Int_t index, calrec_t* cal) Transfer calibration settings.
virtual Bool_t	SavePlotSettings () Save plot settings.
virtual Bool_t	ShowPlots () Show plots.
virtual DiagState_t	GetState () const Get state method.
virtual void	SetState (DiagState_t state) Set state method.
virtual void	SetStatusMsg (const char* msg) Set state message method.
virtual Bool_t	IsRunning () const Is running method.
virtual Bool_t	ProcessMessage (Long_t msg, Long_t parm1, Long_t parm2) Process message method.
virtual Bool_t	ProcessMenu (Long_t parm1, Long_t) Process menu method.
virtual Bool_t	ProcessButton (Long_t parm1, Long_t) Process button method.
virtual Bool_t	ProcessStatus (Long_t parm1, Long_t) Process status method.
virtual Bool_t	ProcessNotify (Long_t parm1, Long_t parm2) Process notification method.
virtual Bool_t	HandleTimer (TTimer* timer) Heartbeat method.
virtual Bool_t	Notification (const char* msg) Notify method.

Protected Fields

basic_commandline*	fCmdLine Pointer to command line interpreter
TestParam_t*	fParam Test parameters
char*	fMeasChannelList List of measurement channels
char*	fExcChannelList List of excitation channels
ligogui::PlotSet*	fPlot Plot set
TString	fFilename File name
Int_t	fFileSaveFlag File save flag
Int_t	fFileRestoreFlag File restore flag
Bool_t	fSettingsSaveFlag Settings save flag
Bool_t	fSettingsRestoreFlag Settings restore flag
Bool_t	fCalibrationSaveFlag Calibration save flag
Bool_t	fCalibrationRestoreFlag Calibration restore flag
DiagState_t	fState State of the diagnostics kernel
Int_t	fCurMeasurement current iteration/measurement number (while running)
Int_t	fNewMeasurement true if the next test result belongs to a new measurement
Int_t	fCurAverage current average number (while running)
TString	fStatusMsg last status message
TTimer*	fHeartbeat Heartbeat timer
NotificationList*	fNotifyMsgs Notification messages
ligogui::OptionAll_t**	fStoreOptions List of stored options
static const Int_t	fStoreOptionsMax Size of stored options list
ligogui::TLGPrintParam*	fPrintDef Printing defaults
ligogui::ImportOption_t*	fImportDef Import option defaults
ligogui::ExportOption_t*	fExportDef Export option defaults
ligogui::ReferenceTraceList_t*	fRefTraces List of reference traces
ligogui::MathTable_t*	fMathTable Math function table
ligogui::CalibrationTable*	fCalTable Calibration table
ligogui::TLGMultiPad::ResetPlotPads*	fReset reset plot settings
TGMenuBar*	fMenuBar Menu bar
TGPopupMenu*	fMenuFile File menu
TGPopupMenu*	fMenuFileFlag [2] Save/restore flag submenu
TGPopupMenu*	fMenuFilePrintGraph File print graph submenu
TGPopupMenu*	fMenuEdit Edit menu
TGPopupMenu*	fMenuEditCopyGraph Edit copy graph submenu
TGPopupMenu*	fMenuMeas Measurement menu
TGPopupMenu*	fMenuPlot Plot menu
TGPopupMenu*	fMenuWindow Window menu
TGPopupMenu*	fMenuWindowZoom Zoom window submenu
TGPopupMenu*	fMenuWindowActive Active window submenu
TGPopupMenu*	fMenuHelp Help menu
TGLayoutHints*	fMenuBarLayout Menu bar layout hint
TGLayoutHints*	fMenuBarItemLayout Menu items layout hint
TGLayoutHints*	fMenuBarHelpLayout Menu help item layout hint
TGButton*	fStart Start button
TGButton*	fAbort Abort button
TGButton*	fPause Pause button
TGButton*	fResume Resume button
TGStatusBar*	fStatus Status bar
TGLayoutHints*	fStatusBarLayout Status bar layout hint
static Cursor_t	fWaitCursor Busy cursor

Protected Methods

virtual Bool_t	ReadParam () Read measurement parameters.
virtual Bool_t	WriteParam () Write measurement parameters.

basic_commandline* fCmdLine

Pointer to command line interpreter

TestParam_t* fParam

Test parameters

char* fMeasChannelList

List of measurement channels

char* fExcChannelList

List of excitation channels

ligogui::PlotSet* fPlot

Plot set

TString fFilename

File name

Int_t fFileSaveFlag

File save flag

Int_t fFileRestoreFlag

File restore flag

Bool_t fSettingsSaveFlag

Settings save flag

Bool_t fSettingsRestoreFlag

Settings restore flag

Bool_t fCalibrationSaveFlag

Calibration save flag

Bool_t fCalibrationRestoreFlag

Calibration restore flag

DiagState_t fState

State of the diagnostics kernel

Int_t fCurMeasurement

current iteration/measurement number (while running)

Int_t fNewMeasurement

true if the next test result belongs to a new measurement

Int_t fCurAverage

current average number (while running)

TString fStatusMsg

last status message

TTimer* fHeartbeat

Heartbeat timer

NotificationList* fNotifyMsgs

Notification messages

ligogui::OptionAll_t** fStoreOptions

List of stored options

static const Int_t fStoreOptionsMax

Size of stored options list

ligogui::TLGPrintParam* fPrintDef

Printing defaults

ligogui::ImportOption_t* fImportDef

Import option defaults

ligogui::ExportOption_t* fExportDef

Export option defaults

ligogui::ReferenceTraceList_t* fRefTraces

List of reference traces

ligogui::MathTable_t* fMathTable

Math function table

ligogui::CalibrationTable* fCalTable

Calibration table

ligogui::TLGMultiPad::ResetPlotPads* fReset

reset plot settings

TGMenuBar* fMenuBar

Menu bar

TGPopupMenu* fMenuFile

File menu

TGPopupMenu* fMenuFileFlag[2]

Save/restore flag submenu

TGPopupMenu* fMenuFilePrintGraph

File print graph submenu

TGPopupMenu* fMenuEdit

Edit menu

TGPopupMenu* fMenuEditCopyGraph

Edit copy graph submenu

TGPopupMenu* fMenuMeas

Measurement menu

TGPopupMenu* fMenuPlot

Plot menu

TGPopupMenu* fMenuWindow

Window menu

TGPopupMenu* fMenuWindowZoom

Zoom window submenu

TGPopupMenu* fMenuWindowActive

Active window submenu

TGPopupMenu* fMenuHelp

Help menu

TGLayoutHints* fMenuBarLayout

Menu bar layout hint

TGLayoutHints* fMenuBarItemLayout

Menu items layout hint

TGLayoutHints* fMenuBarHelpLayout

Menu help item layout hint

TGButton* fStart

Start button

TGButton* fAbort

Abort button

TGButton* fPause

Pause button

TGButton* fResume

Resume button

TGStatusBar* fStatus

Status bar

TGLayoutHints* fStatusBarLayout

Status bar layout hint

static Cursor_t fWaitCursor

Busy cursor

virtual Bool_t ReadParam()

Read parameters from diagnostics kernel.

Returns:

true if successful

Parameters:

id - Measurement type

virtual Bool_t WriteParam()

Write parameters to diagnostics kernel.

Returns:

true if successful

Parameters:

id - Measurement type

DiagMainWindow(const TGWindow *p, basic_commandline* cmdline, Int_t meastype = 0, const char* filename = 0)

Constructs a main diagnostics window. Supported measurement types: 0 - FFT, 1 - Swept sine, 2 - Sine response, 3 - Triggered time series

Parameters:

p - Parent window
cmdline - Pointer to command line
meastype - Default measurement type

virtual ~DiagMainWindow()

Destructs the main diagnostics window.

virtual void CloseWindow()

Close the main window and exit the program.

Returns:

void

virtual Bool_t UpdatePlot(Int_t stepnum = -1, Bool_t updatePads = kTRUE)

Update plot method.

Returns:

true if successful

Parameters:

stepnum - Step number to update

virtual Bool_t AddOtherData()

Add other data. Add reference traces, auxiliary data and raw data objects.

Returns:

true if successful

virtual Bool_t UpdateData()

Update data. This method updates the data in the diagnostics kernel for all 'dirty' plot descriptors in the plot set.

Returns:

true if successful

virtual Bool_t SaveCalibrationData()

Save calibration method.

Returns:

true if successful

virtual Bool_t RestoreCalibrationData()

Restore calibration method.

Returns:

true if successful

virtual void ShowDefaultPlot(Bool_t updatePads = kTRUE, ligogui::TLGMultiPad* mpads = 0)

Show the default plot for the current measurement type.

Returns:

void

Parameters:

updatePads - if true update plot pads

virtual Int_t GetMeasurementType() const

Returns the currently selected measurement type in the diagnostics kernel.

Returns:

0 - FFT, 1 - Swept sine, 2 - Sine response, 3 - Triggered time series, -1 Unknown

virtual Bool_t SetMeasurementType(Int_t type)

Sets a new measurement type in the diagnostics kernel.

Returns:

true if changed from before

Parameters:

type - : 0 - FFT, 1 - Swept sine, 2 - Sine response, 3 - Triggered time series, -1 Unknown

virtual Bool_t ClearResults(Bool_t askfirst = kFALSE, Bool_t all = kTRUE)

Remove results from plot set. If askfirst is true a popup dialog box will ask the user and only change clear results if the user confirms.

Returns:

true if results were removed

Parameters:

askfirst - Ask the user before removing
all - clear all traces including references

virtual Bool_t TransferParameters(Bool_t toGUI = kTRUE, Bool_t newparam = kFALSE)

Transferes parameter between GUI (data structure) and diagnostics kernel.

Returns:

true if successful

Parameters:

toGUI - if true read from kernel, otherwise write
newparam - If false parameters are not read from kernel when transferring to the GUI

virtual Bool_t TransferPlotSettings(Bool_t toGUI, Int_t index1, Int_t index2, ligogui::OptionAll_t* pset)

Transferes plot settings between GUI (data structure) and diagnostics kernel.

Returns:

true if successful

Parameters:

toGUI - if true read from kernel, otherwise write
index1 - first index of plot settings
index2 - second index of plot settings
opt - plot settings

virtual Bool_t TransferCalibrationSettings(Bool_t toGUI, Int_t index, calrec_t* cal)

Transferes calibration settings between GUI (data structure) and diagnostics kernel.

Returns:

true if successful

Parameters:

toGUI - if true read from kernel, otherwise write
index - index of calibration record
cal - calibration record

virtual Bool_t SavePlotSettings()

Saves the plot settings of all currently open plot pads.

Returns:

true if successful

virtual Bool_t ShowPlots()

Shows the plots with the settings which were previously saved. This function will create plot windows as necessary.

Returns:

true if successful

virtual DiagState_t GetState() const

Get state. This method will returns the state flag for the diagnostics kernel.

Returns:

test state

virtual void SetState(DiagState_t state)

Set state. This method will set the state flag for the diagnostics kernel. (It will not change the state itself!)

Parameters:

state - New test state

virtual void SetStatusMsg(const char* msg)

Set status message. This method will set the message string in status bar.

Parameters:

msg - message string

virtual Bool_t IsRunning() const

Returns true if a test is running.

Returns:

true if test is running

virtual Bool_t ProcessMessage(Long_t msg, Long_t parm1, Long_t parm2)

Process message method.

Returns:

true if successful

Parameters:

msg - Message id
parm1 - First message parameter
parm2 - Second message parameter

virtual Bool_t ProcessMenu(Long_t parm1, Long_t)

Process menu method.

Returns:

true if successful

Parameters:

parm1 - First message parameter
parm2 - Second message parameter

virtual Bool_t ProcessButton(Long_t parm1, Long_t)

Process button method.

Returns:

true if successful

Parameters:

parm1 - First message parameter
parm2 - Second message parameter

virtual Bool_t ProcessStatus(Long_t parm1, Long_t)

Process status method.

Returns:

true if successful

Parameters:

parm1 - First message parameter
parm2 - Second message parameter

virtual Bool_t ProcessNotify(Long_t parm1, Long_t parm2)

Process notification method.

Returns:

true if successful

Parameters:

parm1 - First message parameter
parm2 - Second message parameter

virtual Bool_t HandleTimer(TTimer* timer)

Heartbeat timer handler.

Returns:

true if successful

Parameters:

timer - Timer

virtual Bool_t Notification(const char* msg)

This method is called by the diagnostics kernel to notify the GUI interface.

Returns:

true if successful

Parameters:

msg - Notification mssage

alphabetic index hierarchy of classes

Please send questions and comments to sigg_d@ligo-wa.caltech.edu

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