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All the ranges of the axes work properly without zooming in and out each time

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git-svn-id: file:///afs/psi.ch/project/sls_det_software/svn/slsDetectorGui@11 af1100a4-978c-4157-bff7-07162d2ba061
This commit is contained in:
l_maliakal_d
2012-06-19 15:01:40 +00:00
parent 8246154032
commit 69e6500522
22 changed files with 521 additions and 412 deletions
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186
slsDetectorGui/include/qDrawPlot.h
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@ -13,6 +13,7 @@ class slsDetectorUtils;
#include "detectorData.h"
/** Qt Project Class Headers */
#include "SlsQt1DPlot.h"
#include "SlsQt2DPlotLayout.h"
class SlsQt1DPlot;
class SlsQt2DPlotLayout;
class qCloneWidget;
@ -34,50 +35,51 @@ class qDrawPlot:public QWidget{
Q_OBJECT
public:
/** \short The constructor
*/
/** \short The constructor */
qDrawPlot(QWidget *parent,slsDetectorUtils*& detector);
/** Destructor
*/
/** Destructor */
~qDrawPlot();
/** Number of x axis pixels */
int GetPixelsX(){return nPixelsX;};
/** Number of y axis pixels */
int GetPixelsY(){return nPixelsY;};
/** sets plot Title */
void SetPlotTitle(QString title) {boxPlot->setTitle(title);}
/** sets 1D X Axis Title */
void SetHistXAxisTitle(QString title) {histXAxisTitle = title;}
/** sets 1D Y Axis Title */
void SetHistYAxisTitle(QString title) {histYAxisTitle = title;}
/** sets 2D X Axis Title */
void SetImageXAxisTitle(QString title) {imageXAxisTitle = title;}
/** sets 2D Y Axis Title */
void SetImageYAxisTitle(QString title) {imageYAxisTitle = title;}
/** sets 2D Z Axis Title */
void SetImageZAxisTitle(QString title) {imageZAxisTitle = title;}
/** Sets X min and max */
void SetXMinMax(double min,double max) {if(plot_in_scope==1)plot1D->SetXMinMax(min,max); else plot2D->GetPlot()->SetXMinMax(min,max);};
/** Sets Y min and max */
void SetYMinMax(double min,double max) {if(plot_in_scope==1)plot1D->SetYMinMax(min,max); else plot2D->GetPlot()->SetYMinMax(min,max);};
/** Gets X min */
double GetXMinimum(){if(plot_in_scope==1)return plot1D->GetXMinimum(); else return plot2D->GetPlot()->GetXMinimum();};
/** Gets X max */
double GetXMaximum(){if(plot_in_scope==1)return plot1D->GetXMaximum(); else return plot2D->GetPlot()->GetXMaximum();};
/** Gets Y min */
double GetYMinimum(){if(plot_in_scope==1)return plot1D->GetYMinimum(); else return plot2D->GetPlot()->GetYMinimum();};
/** Gets Y max */
double GetYMaximum(){if(plot_in_scope==1)return plot1D->GetYMaximum(); else return plot2D->GetPlot()->GetYMaximum();};
/** Disables zoom if any of the axes range are checked and fixed with a value */
void DisableZoom(bool disable);
/** gets the progress of acquisition to the measurement tab*/
int GetProgress(){return progress;};
/** Starts or stop acquisition
* Calls startDaq() function
* @param stop_if_running is 0 to stop acquisition and 1 to start acquisition
*/
void StartStopDaqToggle(bool stop_if_running=0);
/** sets plot Title */
void SetPlotTitle(QString title) {boxPlot->setTitle(title);}
/** sets 1D X Axis Title */
void SetHistXAxisTitle(QString title) {histXAxisTitle = title;}
/** sets 1D Y Axis Title */
void SetHistYAxisTitle(QString title) {histYAxisTitle = title;}
/** sets 2D X Axis Title */
void SetImageXAxisTitle(QString title) {imageXAxisTitle = title;}
/** sets 2D Y Axis Title */
void SetImageYAxisTitle(QString title) {imageYAxisTitle = title;}
/** sets 2D Z Axis Title */
void SetImageZAxisTitle(QString title) {imageZAxisTitle = title;}
void SetHistXAxisScale(double min,double max){plot1D->SetXAxisScale(min,max);};
void SetHistYAxisScale(double min,double max){plot1D->SetYAxisScale(min,max);};
int GetPixelsX(){return nPixelsX;};
int GetPixelsY(){return nPixelsY;};
void Unzoom1D(){plot1D->UnZoom();};
double GetHistXAxisLowerBound(){return plot1D->GetXAxisLowerBound();};
double GetHistXAxisUpperBound(){return plot1D->GetXAxisUpperBound();};
double GetHistYAxisLowerBound(){return plot1D->GetYAxisLowerBound();};
double GetHistYAxisUpperBound(){return plot1D->GetYAxisUpperBound();};
/** Disables zoom if any of the axes range are checked and fixed with a value */
void DisableZoom(bool disable);
/** gets the progress of acquisition to the measurement tab*/
int GetProgress(){return progress;};
private:
/** The sls detector object */
slsDetectorUtils *myDet;
@ -97,7 +99,6 @@ private:
QTimer* plot_update_timer;
/** 1D object */
SlsQt1DPlot* plot1D;
/** 2D object */
@ -106,7 +107,6 @@ private:
QVector<SlsQtH1D*> plot1D_hists;
/** Number of Measurements */
int numberOfMeasurements;
/** currentFrame */
@ -126,20 +126,20 @@ private:
static pthread_mutex_t last_image_complete_mutex;
/**variables for histograms */
/** Title in 2D */
std::string imageTitle;
/** X Axis Title in 2D */
QString imageXAxisTitle;
/** Y Axis Title in 2D */
QString imageYAxisTitle;
/** Z Axis Title in 2D */
QString imageZAxisTitle;
/** Title for all the graphs in 1D */
static std::string histTitle[MAX_1DPLOTS];
/** X Axis Title in 1D */
QString histXAxisTitle;
/** Y Axis Title in 1D */
QString histYAxisTitle;
/** Title for all the graphs in 1D */
static std::string histTitle[MAX_1DPLOTS];
/** Title in 2D */
static std::string imageTitle;
/** 1D or 2D */
static unsigned int plot_in_scope;
/** Number of Pixels in X Axis */
@ -169,117 +169,85 @@ private:
static int progress;
static bool plotEnable;
/** */
int LockLastImageArray() {return pthread_mutex_lock(&last_image_complete_mutex); }
/** */
int UnlockLastImageArray() {return pthread_mutex_unlock(&last_image_complete_mutex);}
/** */
int StartDaqForGui() {return StartOrStopThread(1) ? 1:0;}
/** */
int StopDaqForGui() {return StartOrStopThread(0) ? 0:1;}
/** */
const char* GetImageTitle() {return imageTitle.c_str();}
/** */
const char* GetHistTitle(int i) {return (i>=0&&i<MAX_1DPLOTS) ? histTitle[i].c_str():0;} //int for hist number
/** */
double* GetHistYAxis(int i) {return (i>=0&&i<MAX_1DPLOTS) ? histYAxis[i]:0;} //int for hist number
/** Initializes all its members and the thread */
void Initialization();
/** Sets up the widget */
void SetupWidgetWindow();
/** */
/** Gets the image title */
const char* GetImageTitle() {return imageTitle.c_str();}
/** Gets the hist title for a 1D plot */
const char* GetHistTitle(int i) {return (i>=0&&i<MAX_1DPLOTS) ? histTitle[i].c_str():0;} //int for hist number
/** Gets the y axis value for the hist in 1D plot */
double* GetHistYAxis(int i) {return (i>=0&&i<MAX_1DPLOTS) ? histYAxis[i]:0;} //int for hist number
/** Locks the image to update plot */
int LockLastImageArray() {return pthread_mutex_lock(&last_image_complete_mutex); }
/** Unocks the image to update plot */
int UnlockLastImageArray() {return pthread_mutex_unlock(&last_image_complete_mutex);}
/** Starts the acquisition */
int StartDaqForGui() {return StartOrStopThread(1) ? 1:0;}
/** Stops the acquisition */
int StopDaqForGui() {return StartOrStopThread(0) ? 0:1;}
/** Starts/stops Acquisition Thread */
bool StartOrStopThread(bool start);
/** Resets the acquisition parameter like lastimagenumber */
int ResetDaqForGui();
/**acquisition thread stuff */
/** */
bool StartOrStopThread(bool start);
/** */
/** The function which is called when start acquisition thread is created */
static void* DataStartAcquireThread(void *this_pointer);
/** */
/** This is called by the detector class to copt the data it jus acquired */
static int GetDataCallBack(detectorData *data);
public slots:
/** Set number of measurements
* @param num number of measurements to be set
*/
* @param num number of measurements to be set */
void setNumMeasurements(int num);
/** To select 1D or 2D plot
* @param i is 1 for 1D, else 2D plot
*/
@param i is 1 for 1D, else 2D plot */
void SelectPlot(int i=2);
/** To select 1D plot
*/
/** To select 1D plot */
void Select1DPlot() {SelectPlot(1);}
/** To select 2D plot
*/
/** To select 2D plot */
void Select2DPlot() {SelectPlot(2);}
/** To clear plot
*/
/** To clear plot */
void Clear1DPlot();
/** Creates a clone of the plot
* */
/** Creates a clone of the plot */
void ClonePlot();
/** Closes all the clone plots
* */
/** Closes all the clone plots */
void CloseClones();
/** To Save plot
* @param FName full name of file
* */
@param FName full name of file */
void SavePlot(QString FName);
/** Sets persistency from plot tab */
void SetPersistency(int val);
/** Enables plot */
void EnablePlot(bool enable);
private slots:
/** To update plot
*/
/** To update plot */
void UpdatePlot();
/** To stop updating plot
*/
/** To stop updating plot */
void StopUpdatePlot();
/** To start or stop acquisition
* @param start is 1 to start and 0 to stop acquisition
*/
* @param start is 1 to start and 0 to stop acquisition */
void StartDaq(bool start);
/** To set the reference to zero after closing a clone
* @param id is the id of the clone
*/
* @param id is the id of the clone */
void CloneCloseEvent(int id);
signals:
void UpdatingPlotFinished();
void InterpolateSignal(bool);
void ContourSignal(bool);
void LogzSignal(bool);
void SetZRangeSignal(double,double);
void EnableZRangeSignal(bool);
};