V1724_board.cpp

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// Name:        V1724_board.cpp
// Purpose:     
// Author:      NDA
// Modified by: 
// Created:     04/03/06 14:18:40
// RCS-ID:      
// Copyright:   CAEN S.p.A. All rights reserved
// Licence:     


#if defined(__GNUG__) && !defined(__APPLE__)
#pragma implementation "V1724_board.h"
#endif

// For compilers that support precompilation, includes "wx/wx.h".
#include "wx/wxprec.h"

#ifdef __BORLANDC__
#pragma hdrstop
#endif

#ifndef WX_PRECOMP
#include "wx/wx.h"
#endif

#include "v1724_board.h"
#include "v1724_board_channel.h"
#include "appsettings.h"

V1724Board::V1724Board( int board_index, void (*scope_refresh)( int, bool), wxMutex *p_data_mutex, AppSettings *p_app_settings): 
                                                GenericBoard( board_index, scope_refresh, p_data_mutex, p_app_settings) 
{
        this->m_p_data= (cvt_board_data*)new cvt_V1724_data;
}

V1724Board::~V1724Board(void)
{
        if( this->m_p_data!= NULL)
        {
                cvt_V1724_close( (cvt_V1724_data* )this->m_p_data);
                delete (cvt_V1724_data* )this->m_p_data;
                this->m_p_data= NULL;
        }
}

bool V1724Board::Open( long /* vme_handle*/)
{
        return true;
}

bool V1724Board::Init( long vme_handle)
{
        //
        // Open the CAENVMETool module
        if( !cvt_V1724_open( (cvt_V1724_data* )this->m_p_data, this->m_p_data->m_base_address, vme_handle))
                return false;

        //
        // Write trigger mode
        if( !this->WriteTriggerMode( false))
                return false;
        // 
        // Font Panel IO
        if( !this->SetFrontPanelIO( this->m_p_app_settings->m_use_TTL))
                return false;

        return true;
}

GenericBoardChannel* V1724Board::CreateChannel( int ch_index, void (* scope_refresh)( int, bool), wxMutex *p_data_mutex)
{
        return new V1724BoardChannel( this, ch_index, this->m_p_data, scope_refresh, p_data_mutex, this->m_p_app_settings);
}

bool V1724Board::WriteSampleBufferSize( void)
{
        if( !cvt_V1724_set_acquisition_mode( (cvt_V1724_data* )this->m_p_data, false, ( CVT_V1724_CH_BLKSIZE) ( CVT_V1724_CHBKSZ_512- this->m_p_app_settings->m_sample_block_size), CVT_V1724_ACQCTRL_ACQ_MODE_REGISTER_CTRL, FALSE, 0))
                return false;
        return cvt_V1724_data_clear( (cvt_V1724_data* )this->m_p_data)!= FALSE;

}

bool V1724Board::WriteTriggerMode( bool started)
{
        bool falling_edge_enable= this->m_p_app_settings->m_trigger_edge_type== AppSettings::FALLING_EDGE;
        bool trigger_out_enable= this->m_p_app_settings->m_trigger_edge_type!= AppSettings::NO_TRIGGER;
        unsigned char ch_msk= 0;
        int i;

        // HACK: delete when fixed on next firmware release
        if( this->m_p_app_settings->m_post_trigger< 5)
                this->m_p_app_settings->m_post_trigger= 5;

        for( i= 0; i< (int)this->m_channel_array.GetCount(); i++)
        {
                ch_msk|= ( (GenericBoardChannel*)this->m_channel_array[i])->m_enabled? ( 1<< i): 0;
                ( (GenericBoardChannel*)this->m_channel_array[i])->SetEnable( !started);
        }
        if( !( started? 
                cvt_V1724_set_trigger_mode( (cvt_V1724_data* )this->m_p_data, falling_edge_enable, true, trigger_out_enable, this->m_p_app_settings->m_trigger_msk& ( int)AppSettings::EXT_TRIGGER_MSK, true, ch_msk, false, this->m_p_app_settings->m_post_trigger):
                cvt_V1724_set_trigger_mode( (cvt_V1724_data* )this->m_p_data, false, false, false, false, false, 0x00, false, this->m_p_app_settings->m_post_trigger)))
                        return false;
        // Data clear
        return cvt_V1724_data_clear( (cvt_V1724_data* )this->m_p_data)!= FALSE;
}

bool V1724Board::WriteSoftwareTrigger( void)
{
        wxMutexLocker lock( this->m_p_app_settings->m_mutex);

        return cvt_V1724_software_trigger( (cvt_V1724_data* )this->m_p_data)!= FALSE;
}

bool V1724Board::SetFrontPanelIO( bool use_TTL)
{
        if( !cvt_V1724_set_front_panel_IO( (cvt_V1724_data* )this->m_p_data, use_TTL, TRUE, 0, CVT_V1724_FPIO_MODES_GPIO))
                return false;
        return cvt_V1724_data_clear( (cvt_V1724_data* )this->m_p_data)!= FALSE;
}
bool V1724Board::ReadBoardData( UINT32 *p_max_num_samples, UINT32* p_num_events)
{
        return cvt_V1724_read_data( (cvt_V1724_data* )this->m_p_data, p_max_num_samples, p_num_events)!= FALSE;
}
bool V1724Board::DoStartAcquisition( void)
{
        unsigned char ch_msk= 0;
        int i= 0;
        for( i= 0; i< (int)this->m_channel_array.GetCount(); i++)
        {
                ch_msk|= ( (GenericBoardChannel*)this->m_channel_array[i])->m_enabled? ( 1<< i): 0;
        }
        if( cvt_V1724_set_readout_mode( (cvt_V1724_data* )this->m_p_data, TRUE, 1)== FALSE)
        {
                return false;
        }
        return cvt_V1724_start_acquisition( (cvt_V1724_data* )this->m_p_data, ch_msk)!= FALSE;
}
bool V1724Board::DoStopAcquisition( void)
{
        return cvt_V1724_stop_acquisition( (cvt_V1724_data* )this->m_p_data)!= FALSE;
}

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