/*
 * ProfilerBPU.cpp
 *
 *  Created on: Sep 29, 2015
 *      Author: Hovanes Egiyan
 */

#include "ProfilerBPU.hh"
#include "ProfilerPlaneV.hh"
#include "ProfilerPlane.hh"


using namespace std;
char 		ProfilerBPU::pbPlaneNameX[] 		= "x";
char 		ProfilerBPU::pbPlaneNameY[] 		= "y";

// Assumption id the the center of the profiler is at (x,y) (0,0) position, that is
// the ideal beam line psotion. Any offset would need to be added to these.
// Define the width of the fibers for BPU and the position of the center in mm.
double		ProfilerBPU::pbFiberWidth			= 2.00;								// in mm
double		ProfilerBPU::pbPositionX 			= 32.0 * ProfilerBPU::pbFiberWidth;	// in mm
double		ProfilerBPU::pbPositionY			= 32.0 * ProfilerBPU::pbFiberWidth;	// in mm

ProfilerBPU::ProfilerBPU() :  MutexedClass(), ProfilerDetector( "bpu" ) {
	cout << " Entering " << __FUNCTION__ << endl;
	// Populate the map of planes
	pdPlaneMap[pbPlaneNameX]		= new ProfilerPlane<pbPlaneNameX>( this, pbPositionX, pbFiberWidth, true );
//	cout << "X-Planes pointer is " << hex << showbase <<  pdPlaneMap["x"] << dec << endl;
	pdPlaneMap[pbPlaneNameY]		= new ProfilerPlane<pbPlaneNameY>( this, pbPositionY, pbFiberWidth, false );

	pdPlaneMap[pbPlaneNameX]->setSimulation( false );
	pdPlaneMap[pbPlaneNameY]->setSimulation( false );

	pdSimMap[pbPlaneNameX]			= new ProfilerPlaneSimulator<pbPlaneNameX>( this, pbPositionX, true );
	pdSimMap[pbPlaneNameY]			= new ProfilerPlaneSimulator<pbPlaneNameY>( this, pbPositionY, false );

	// Add PVs for this detector
	addPVs();

	return;
}

// Add board-related PVs to the PV map for the board
int ProfilerBPU::addPVs() {
	MtxLock obLock(mcMutex);

	std::string pvKey, pvName;

	cout << "Adding BPU PVs " << endl;

//	// Add PVs for acquire completion
	pvKey = "acqcmp_x"		;	pvName = pdName+":x:AcquireComplete"				;	pdPV->addPV( "short"	, pvKey, pvName );
	pvKey = "acqcmp_y"		;	pvName = pdName+":y:AcquireComplete"				;	pdPV->addPV( "short"	, pvKey, pvName );


	// Add PVs for erasing the scalers
	pvKey = "erase_x"			;	pvName = pdName+":x:EraseSeq"					;	pdPV->addPV( "short"	, pvKey, pvName );
	pvKey = "erase_y"			;	pvName = pdName+":y:EraseSeq"					;	pdPV->addPV( "short"	, pvKey, pvName );

	// Add PVs for starting scalers
	pvKey = "start_x"		;	pvName = pdName+":x:StartSeq"						;	pdPV->addPV( "short"	, pvKey, pvName );
	pvKey = "start_y"		;	pvName = pdName+":y:StartSeq"						;	pdPV->addPV( "short"	, pvKey, pvName );

	// Add PVs for dwell time
	pvKey = "dwell_x"		;	pvName = pdName+":x:ComDwel"						;	pdPV->addPV( "double"	, pvKey, pvName );
	pvKey = "dwell_y"		;	pvName = pdName+":y:ComDwel"						;	pdPV->addPV( "double"	, pvKey, pvName );

	// Add PVs for efficiencies (they get multiplied by)
	pvKey = "effc_x"		;	pvName = pdName+":x:gain"							;	pdPV->addPV( "wave"		, pvKey, pvName );
	pvKey = "effc_y"		;	pvName = pdName+":y:gain"							;	pdPV->addPV( "wave"		, pvKey, pvName );

	// Add PVs for disabling
	pvKey = "disable_x"		;	pvName = pdName+":x:disable"						;	pdPV->addPV( "wave"		, pvKey, pvName );
	pvKey = "disable_y"		;	pvName = pdName+":y:disable"						;	pdPV->addPV( "wave"		, pvKey, pvName );

	// Loop over all profiler channel names
	// First add x-plane PVs
	for (unsigned iFibr = 1; iFibr <= pdPlaneMap["x"]->getChanNumber(); iFibr++) {
		stringstream ssFibr; ssFibr << iFibr; std::string sFibr = ssFibr.str();
		pvKey = std::string("mca_x:")+sFibr		;	pvName = pdName + ":x:mca:" + sFibr 			;	pdPV->addPV("wave"	, pvKey, pvName);
		pvKey = std::string("sim_x:")+sFibr		;	pvName = pdName + ":x:sim:" + sFibr 			;	pdPV->addPV("wave"	, pvKey, pvName);
	}
	// Then add y-plane PVs
	for (unsigned iFibr = 1; iFibr <= pdPlaneMap["y"]->getChanNumber(); iFibr++) {
		stringstream ssFibr; ssFibr << iFibr; std::string sFibr = ssFibr.str();
		pvKey = std::string("mca_y:")+sFibr		;	pvName = pdName + ":y:mca:" + sFibr 			;	pdPV->addPV("wave", pvKey, pvName);
		pvKey = std::string("sim_y:")+sFibr		;	pvName = pdName + ":y:sim:" + sFibr 			;	pdPV->addPV("wave", pvKey, pvName);
	}

	cout << "BPU PVs have been added" << endl;
	return 0;
}