appsettings.h

Go to the documentation of this file.

// Name:        appsettings.h
// Purpose:     
// Author:      NDA
// Modified by: 
// Created:     11/23/05 16:17:15
// RCS-ID:      
// Copyright:   CAEN S.p.A. All rights reserved
// Licence:     

#ifndef _APPSETTINGS_H_
#define _APPSETTINGS_H_

#if defined(__GNUG__) && !defined(__APPLE__)
#pragma interface "appsettings.h"
#endif

#include <wx/thread.h>
#include "generic_board.h"

class wxMutex;

class AppSettings
{
public:
        typedef enum
        {
                EXT_TRIGGER_MSK=                0x0001,                         // external trigger
                CHANNEL_TRIGGER_MSK=    0x0002,                         // Channels trigger
                SW_AUTO_TRIGGER_MSK=    0x0004,                         // Software auto retrigger
        } TRIGGER_MSK;
        typedef enum
        {
                NO_TRIGGER= 0,
                RAISING_EDGE,
                FALLING_EDGE,
        } TRIGGER_EDGE_TYPE;
        typedef enum
        {
                NO_LINE= 0,
                SOLID,
                DASHED,
                DASH_DOT,
                DOTTED,
        } GRID_LINE_TYPE;

public:
        //
        // Methods
        AppSettings( void (* scope_refresh)( int, bool));
        ~AppSettings( void);
        bool Load( void);
        bool Save( void);

        //
        // Common lock
        wxMutex m_mutex;
        //
        // Properties
        TRIGGER_MSK m_trigger_msk;                                      // Trigger type masks
        int m_post_trigger;                                                     // Number of post trigger samples ( < 0 means pretrigger)
        int m_sample_block_size;                                        // The size of samples' buffer
        wxArrayPtrVoid m_board_array;                           // Boards array
        wxColor m_grid_line_color[ SCOPE_NUM_PANELS];           // The grid color
        GRID_LINE_TYPE m_grid_line_type[ SCOPE_NUM_PANELS];     // The grid line type
        int m_grid_line_width[ SCOPE_NUM_PANELS];                       // The grid line width
        wxColor m_background_color[ SCOPE_NUM_PANELS];          // The background color
        wxString m_record_folder;                                       // The folder where to store recorded files
        TRIGGER_EDGE_TYPE m_trigger_edge_type;          // Trigger edge type

        wxPen *m_grid_pen[ SCOPE_NUM_PANELS];
        wxPen *m_mid_grid_pen[ SCOPE_NUM_PANELS];
        wxBrush *m_back_brush[ SCOPE_NUM_PANELS];
        int m_max_log_X;                                                        // maximum logical unit X
        double m_offset_sec[ SCOPE_NUM_PANELS];         // Horizontal offset (sec)
        double m_sec_2_sample;                                          // Samples/ Sec conversion factor       
        double m_sec_2_div[ SCOPE_NUM_PANELS];          // Div/ Sec conversion factor
        double m_sample_2_sec;                                          // Sec/ Sample conversion factor        

        int m_int_rate_MHz;                                                     // Internal clock (MHz)
        int m_ext_rate_MHz;                                                     // External clock (MHz)
        bool m_use_ext_clock;                                           // External/ Internal clock usage
        bool m_use_TTL;                                                         // Use TTL/NIM external signals 
        bool m_trigger_position_keep;                           // Keep trigger position on screen
        bool m_started;                                                         // Start acquiring upon loading
        bool m_show_left_pane;                                          // Show left pane upon loading
        bool m_show_bottom_pane;                                        // Show bottom pane upon loading
        bool m_show_scope_left_top_pane;                        // Show scope left top pane upon loading
        bool m_show_scope_right_top_pane;                       // Show scope right top pane upon loading
        bool m_show_scope_left_bottom_pane;                     // Show scope left bottom pane upon loading
        bool m_show_scope_right_bottom_pane;            // Show scope right bottom pane upon loading

        double m_sec_2_pix[ SCOPE_NUM_PANELS];
        double m_div_2_pix_X[ SCOPE_NUM_PANELS], m_div_2_pix_Y[ SCOPE_NUM_PANELS];
        int m_pix_Y[ SCOPE_NUM_PANELS], m_pix_X[ SCOPE_NUM_PANELS];

        bool SetGridPen( int scope_index, const wxPen* grid_pen, const wxPen* mid_grid_pen= NULL);
        bool SetBackBrush( int scope_index, const wxBrush* back_brush);

        void (* ScopeRefresh)( int, bool);

        void SetDiv2Pix( int scope_index, double div_2_pix_X);
        void SetSec2Div( int scope_index, double sec_2_div);
        void SetSec2Sample( double sec_2_sample);
        void SetClock( bool use_ext_clock, int ext_rate_MHz);

        inline UINT32 Sec2Pix( int scope_index, double value){ return (UINT32)(double)( this->m_sec_2_pix[ scope_index]* value);};
        inline double Sample2Sec( int value){ return this->m_sample_2_sec* (double)value;};

protected:
        bool EndVME( void);
        bool InitVME( void);

        wxString m_vme_board_type_string;
        int m_vme_link;
        int m_vme_board_num;
        int32_t m_vme_handle;
};


#endif

---