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drs4simulationsettingsmanager.h
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drs4simulationsettingsmanager.h
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/****************************************************************************
**
** DDRS4PALS, a software for the acquisition of lifetime spectra using the
** DRS4 evaluation board of PSI: https://www.psi.ch/drs/evaluation-board
**
** Copyright (C) 2016-2022 Dr. Danny Petschke
**
** This program is free software: you can redistribute it and/or modify
** it under the terms of the GNU General Public License as published by
** the Free Software Foundation, either version 3 of the License, or
** (at your option) any later version.
**
** This program is distributed in the hope that it will be useful,
** but WITHOUT ANY WARRANTY; without even the implied warranty of
** MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
** GNU General Public License for more details.
**
** You should have received a copy of the GNU General Public License
** along with this program. If not, see http://www.gnu.org/licenses/.
**
*****************************************************************************
**
** @author: Dr. Danny Petschke
** @contact: danny.petschke@uni-wuerzburg.de
**
*****************************************************************************
**
** related publications:
**
** when using DDRS4PALS for your research purposes please cite:
**
** DDRS4PALS: A software for the acquisition and simulation of lifetime spectra using the DRS4 evaluation board:
** https://www.sciencedirect.com/science/article/pii/S2352711019300676
**
** and
**
** Data on pure tin by Positron Annihilation Lifetime Spectroscopy (PALS) acquired with a semi-analog/digital setup using DDRS4PALS
** https://www.sciencedirect.com/science/article/pii/S2352340918315142?via%3Dihub
**
** when using the integrated simulation tool /DLTPulseGenerator/ of DDRS4PALS for your research purposes please cite:
**
** DLTPulseGenerator: A library for the simulation of lifetime spectra based on detector-output pulses
** https://www.sciencedirect.com/science/article/pii/S2352711018300530
**
** Update (v1.1) to DLTPulseGenerator: A library for the simulation of lifetime spectra based on detector-output pulses
** https://www.sciencedirect.com/science/article/pii/S2352711018300694
**
** Update (v1.2) to DLTPulseGenerator: A library for the simulation of lifetime spectra based on detector-output pulses
** https://www.sciencedirect.com/science/article/pii/S2352711018301092
**
** Update (v1.3) to DLTPulseGenerator: A library for the simulation of lifetime spectra based on detector-output pulses
** https://www.sciencedirect.com/science/article/pii/S235271101930038X
**/
#ifndef DDRS4SIMULATIONSETTINGSMANAGER_H
#define DDRS4SIMULATIONSETTINGSMANAGER_H
#include "DLib.h"
#include <QMutex>
#include <QMutexLocker>
class DRS4SimulationSettingsManager
{
QString m_fileName;
DSimpleXMLNode *m_parentNode;
DSimpleXMLNode *m_electronicsNode;
/* irf-A */
DSimpleXMLNode *m_irfPDSA_parentNode;
DSimpleXMLNode *m_irfPDSA_1_parentNode;
DSimpleXMLNode *m_irfPDSA_1_enabled;
DSimpleXMLNode *m_irfPDSA_1_functionType;
DSimpleXMLNode *m_irfPDSA_1_intensity;
DSimpleXMLNode *m_irfPDSA_1_uncertainty;
DSimpleXMLNode *m_irfPDSA_1_relativeShift;
DSimpleXMLNode *m_irfPDSA_2_parentNode;
DSimpleXMLNode *m_irfPDSA_2_enabled;
DSimpleXMLNode *m_irfPDSA_2_functionType;
DSimpleXMLNode *m_irfPDSA_2_intensity;
DSimpleXMLNode *m_irfPDSA_2_uncertainty;
DSimpleXMLNode *m_irfPDSA_2_relativeShift;
DSimpleXMLNode *m_irfPDSA_3_parentNode;
DSimpleXMLNode *m_irfPDSA_3_enabled;
DSimpleXMLNode *m_irfPDSA_3_functionType;
DSimpleXMLNode *m_irfPDSA_3_intensity;
DSimpleXMLNode *m_irfPDSA_3_uncertainty;
DSimpleXMLNode *m_irfPDSA_3_relativeShift;
DSimpleXMLNode *m_irfPDSA_4_parentNode;
DSimpleXMLNode *m_irfPDSA_4_enabled;
DSimpleXMLNode *m_irfPDSA_4_functionType;
DSimpleXMLNode *m_irfPDSA_4_intensity;
DSimpleXMLNode *m_irfPDSA_4_uncertainty;
DSimpleXMLNode *m_irfPDSA_4_relativeShift;
DSimpleXMLNode *m_irfPDSA_5_parentNode;
DSimpleXMLNode *m_irfPDSA_5_enabled;
DSimpleXMLNode *m_irfPDSA_5_functionType;
DSimpleXMLNode *m_irfPDSA_5_intensity;
DSimpleXMLNode *m_irfPDSA_5_uncertainty;
DSimpleXMLNode *m_irfPDSA_5_relativeShift;
/* irf-B */
DSimpleXMLNode *m_irfPDSB_parentNode;
DSimpleXMLNode *m_irfPDSB_1_parentNode;
DSimpleXMLNode *m_irfPDSB_1_enabled;
DSimpleXMLNode *m_irfPDSB_1_functionType;
DSimpleXMLNode *m_irfPDSB_1_intensity;
DSimpleXMLNode *m_irfPDSB_1_uncertainty;
DSimpleXMLNode *m_irfPDSB_1_relativeShift;
DSimpleXMLNode *m_irfPDSB_2_parentNode;
DSimpleXMLNode *m_irfPDSB_2_enabled;
DSimpleXMLNode *m_irfPDSB_2_functionType;
DSimpleXMLNode *m_irfPDSB_2_intensity;
DSimpleXMLNode *m_irfPDSB_2_uncertainty;
DSimpleXMLNode *m_irfPDSB_2_relativeShift;
DSimpleXMLNode *m_irfPDSB_3_parentNode;
DSimpleXMLNode *m_irfPDSB_3_enabled;
DSimpleXMLNode *m_irfPDSB_3_functionType;
DSimpleXMLNode *m_irfPDSB_3_intensity;
DSimpleXMLNode *m_irfPDSB_3_uncertainty;
DSimpleXMLNode *m_irfPDSB_3_relativeShift;
DSimpleXMLNode *m_irfPDSB_4_parentNode;
DSimpleXMLNode *m_irfPDSB_4_enabled;
DSimpleXMLNode *m_irfPDSB_4_functionType;
DSimpleXMLNode *m_irfPDSB_4_intensity;
DSimpleXMLNode *m_irfPDSB_4_uncertainty;
DSimpleXMLNode *m_irfPDSB_4_relativeShift;
DSimpleXMLNode *m_irfPDSB_5_parentNode;
DSimpleXMLNode *m_irfPDSB_5_enabled;
DSimpleXMLNode *m_irfPDSB_5_functionType;
DSimpleXMLNode *m_irfPDSB_5_intensity;
DSimpleXMLNode *m_irfPDSB_5_uncertainty;
DSimpleXMLNode *m_irfPDSB_5_relativeShift;
/* irf-MU */
DSimpleXMLNode *m_irfMU_parentNode;
DSimpleXMLNode *m_irfMU_1_parentNode;
DSimpleXMLNode *m_irfMU_1_enabled;
DSimpleXMLNode *m_irfMU_1_functionType;
DSimpleXMLNode *m_irfMU_1_intensity;
DSimpleXMLNode *m_irfMU_1_uncertainty;
DSimpleXMLNode *m_irfMU_1_relativeShift;
DSimpleXMLNode *m_irfMU_2_parentNode;
DSimpleXMLNode *m_irfMU_2_enabled;
DSimpleXMLNode *m_irfMU_2_functionType;
DSimpleXMLNode *m_irfMU_2_intensity;
DSimpleXMLNode *m_irfMU_2_uncertainty;
DSimpleXMLNode *m_irfMU_2_relativeShift;
DSimpleXMLNode *m_irfMU_3_parentNode;
DSimpleXMLNode *m_irfMU_3_enabled;
DSimpleXMLNode *m_irfMU_3_functionType;
DSimpleXMLNode *m_irfMU_3_intensity;
DSimpleXMLNode *m_irfMU_3_uncertainty;
DSimpleXMLNode *m_irfMU_3_relativeShift;
DSimpleXMLNode *m_irfMU_4_parentNode;
DSimpleXMLNode *m_irfMU_4_enabled;
DSimpleXMLNode *m_irfMU_4_functionType;
DSimpleXMLNode *m_irfMU_4_intensity;
DSimpleXMLNode *m_irfMU_4_uncertainty;
DSimpleXMLNode *m_irfMU_4_relativeShift;
DSimpleXMLNode *m_irfMU_5_parentNode;
DSimpleXMLNode *m_irfMU_5_enabled;
DSimpleXMLNode *m_irfMU_5_functionType;
DSimpleXMLNode *m_irfMU_5_intensity;
DSimpleXMLNode *m_irfMU_5_uncertainty;
DSimpleXMLNode *m_irfMU_5_relativeShift;
/* pulse-shape */
DSimpleXMLNode *m_pulseShapeParentNode;
/* digitization */
DSimpleXMLNode *m_pulseShapeDigitizationParentNode;
DSimpleXMLNode *m_pulseShapeDigitization_enabled_Node;
DSimpleXMLNode *m_pulseShapeDigitization_depth_in_bit_Node;
/* pulse A */
DSimpleXMLNode *m_pulseShape_A_ParentNode;
DSimpleXMLNode *m_pulseShapeRiseTimeInNS_A_Node;
DSimpleXMLNode *m_pulseShapeWidthInNS_A_Node;
DSimpleXMLNode *m_pulseShapeBaselineJitter_A_ParentNode;
DSimpleXMLNode *m_pulseShapeBaselineJitter_enabled_A_Node;
DSimpleXMLNode *m_pulseShapeBaselineJitter_mean_A_Node;
DSimpleXMLNode *m_pulseShapeBaselineJitter_stddev_A_Node;
DSimpleXMLNode *m_pulseShapeRandomNoise_A_ParentNode;
DSimpleXMLNode *m_pulseShapeRandomNoise_enabled_A_Node;
DSimpleXMLNode *m_pulseShapeRandomNoise_stddev_A_Node;
DSimpleXMLNode *m_pulseShapeTimeNonlinearity_A_ParentNode;
DSimpleXMLNode *m_pulseShapeNonLinearity_enabled_A_Node;
DSimpleXMLNode *m_pulseShapeNonLinearity_fixedApertureJitter_A_Node;
DSimpleXMLNode *m_pulseShapeNonLinearity_randomApertureJitter_A_Node;
/* pulse B */
DSimpleXMLNode *m_pulseShape_B_ParentNode;
DSimpleXMLNode *m_pulseShapeRiseTimeInNS_B_Node;
DSimpleXMLNode *m_pulseShapeWidthInNS_B_Node;
DSimpleXMLNode *m_pulseShapeBaselineJitter_B_ParentNode;
DSimpleXMLNode *m_pulseShapeBaselineJitter_enabled_B_Node;
DSimpleXMLNode *m_pulseShapeBaselineJitter_mean_B_Node;
DSimpleXMLNode *m_pulseShapeBaselineJitter_stddev_B_Node;
DSimpleXMLNode *m_pulseShapeRandomNoise_B_ParentNode;
DSimpleXMLNode *m_pulseShapeRandomNoise_enabled_B_Node;
DSimpleXMLNode *m_pulseShapeRandomNoise_stddev_B_Node;
DSimpleXMLNode *m_pulseShapeTimeNonlinearity_B_ParentNode;
DSimpleXMLNode *m_pulseShapeNonLinearity_enabled_B_Node;
DSimpleXMLNode *m_pulseShapeNonLinearity_fixedApertureJitter_B_Node;
DSimpleXMLNode *m_pulseShapeNonLinearity_randomApertureJitter_B_Node;
/* phs */
DSimpleXMLNode *m_phsParentNode;
DSimpleXMLNode *m_phsUseGaussianModelNode;
DSimpleXMLNode *m_sigmaPHS_A_511Node;
DSimpleXMLNode *m_sigmaPHS_B_511Node;
DSimpleXMLNode *m_sigmaPHS_A_1274Node;
DSimpleXMLNode *m_sigmaPHS_B_1274Node;
DSimpleXMLNode *m_meanPHS_A_511Node;
DSimpleXMLNode *m_meanPHS_B_511Node;
DSimpleXMLNode *m_meanPHS_A_1274Node;
DSimpleXMLNode *m_meanPHS_B_1274Node;
DSimpleXMLNode *m_phs_resolution_A_Node;
DSimpleXMLNode *m_phs_gridNumber_A_Node;
DSimpleXMLNode *m_phs_filename_A_511Node;
DSimpleXMLNode *m_phs_filename_A_1274Node;
DSimpleXMLNode *m_phs_resolution_B_Node;
DSimpleXMLNode *m_phs_gridNumber_B_Node;
DSimpleXMLNode *m_phs_filename_B_511Node;
DSimpleXMLNode *m_phs_filename_B_1274Node;
DSimpleXMLNode *m_arrivalTimeSpreadInNsNode;
/* lifetimes (distributions) */
DSimpleXMLNode *m_ltParentNode;
DSimpleXMLNode *m_ltDistr1ParentNode;
DSimpleXMLNode *m_ltDistr2ParentNode;
DSimpleXMLNode *m_ltDistr3ParentNode;
DSimpleXMLNode *m_ltDistr4ParentNode;
DSimpleXMLNode *m_ltDistr5ParentNode;
DSimpleXMLNode *m_backgroundI;
DSimpleXMLNode *m_coincidenceI;
DSimpleXMLNode *m_enableLT1;
DSimpleXMLNode *m_enableLT2;
DSimpleXMLNode *m_enableLT3;
DSimpleXMLNode *m_enableLT4;
DSimpleXMLNode *m_enableLT5;
DSimpleXMLNode *m_tau1_NS;
DSimpleXMLNode *m_tau2_NS;
DSimpleXMLNode *m_tau3_NS;
DSimpleXMLNode *m_tau4_NS;
DSimpleXMLNode *m_tau5_NS;
DSimpleXMLNode *m_I1_NS;
DSimpleXMLNode *m_I2_NS;
DSimpleXMLNode *m_I3_NS;
DSimpleXMLNode *m_I4_NS;
DSimpleXMLNode *m_I5_NS;
DSimpleXMLNode *m_tau1_isDistributionEnabled;
DSimpleXMLNode *m_tau2_isDistributionEnabled;
DSimpleXMLNode *m_tau3_isDistributionEnabled;
DSimpleXMLNode *m_tau4_isDistributionEnabled;
DSimpleXMLNode *m_tau5_isDistributionEnabled;
DSimpleXMLNode *m_tau1_distrUncertainty_NS;
DSimpleXMLNode *m_tau2_distrUncertainty_NS;
DSimpleXMLNode *m_tau3_distrUncertainty_NS;
DSimpleXMLNode *m_tau4_distrUncertainty_NS;
DSimpleXMLNode *m_tau5_distrUncertainty_NS;
DSimpleXMLNode *m_tau1_distrFunctionType;
DSimpleXMLNode *m_tau2_distrFunctionType;
DSimpleXMLNode *m_tau3_distrFunctionType;
DSimpleXMLNode *m_tau4_distrFunctionType;
DSimpleXMLNode *m_tau5_distrFunctionType;
DSimpleXMLNode *m_tau1_distrGridNumber;
DSimpleXMLNode *m_tau2_distrGridNumber;
DSimpleXMLNode *m_tau3_distrGridNumber;
DSimpleXMLNode *m_tau4_distrGridNumber;
DSimpleXMLNode *m_tau5_distrGridNumber;
DSimpleXMLNode *m_tau1_distrGridIncrement;
DSimpleXMLNode *m_tau2_distrGridIncrement;
DSimpleXMLNode *m_tau3_distrGridIncrement;
DSimpleXMLNode *m_tau4_distrGridIncrement;
DSimpleXMLNode *m_tau5_distrGridIncrement;
mutable QMutex m_mutex;
public:
static DRS4SimulationSettingsManager *sharedInstance();
DSimpleXMLNode *parentNode() const;
QString fileName() const;
QString xmlContent() const;
bool load(const QString& path);
bool save(const QString& path);
bool detectorA_irf_1_enabled() const;
QString detectorA_irf_1_functionType() const;
float detectorA_irf_1_intensity() const;
float detectorA_irf_1_uncertainty() const;
float detectorA_irf_1_shift() const;
bool detectorA_irf_2_enabled() const;
QString detectorA_irf_2_functionType() const;
float detectorA_irf_2_intensity() const;
float detectorA_irf_2_uncertainty() const;
float detectorA_irf_2_shift() const;
bool detectorA_irf_3_enabled() const;
QString detectorA_irf_3_functionType() const;
float detectorA_irf_3_intensity() const;
float detectorA_irf_3_uncertainty() const;
float detectorA_irf_3_shift() const;
bool detectorA_irf_4_enabled() const;
QString detectorA_irf_4_functionType() const;
float detectorA_irf_4_intensity() const;
float detectorA_irf_4_uncertainty() const;
float detectorA_irf_4_shift() const;
bool detectorA_irf_5_enabled() const;
QString detectorA_irf_5_functionType() const;
float detectorA_irf_5_intensity() const;
float detectorA_irf_5_uncertainty() const;
float detectorA_irf_5_shift() const;
bool detectorB_irf_1_enabled() const;
QString detectorB_irf_1_functionType() const;
float detectorB_irf_1_intensity() const;
float detectorB_irf_1_uncertainty() const;
float detectorB_irf_1_shift() const;
bool detectorB_irf_2_enabled() const;
QString detectorB_irf_2_functionType() const;
float detectorB_irf_2_intensity() const;
float detectorB_irf_2_uncertainty() const;
float detectorB_irf_2_shift() const;
bool detectorB_irf_3_enabled() const;
QString detectorB_irf_3_functionType() const;
float detectorB_irf_3_intensity() const;
float detectorB_irf_3_uncertainty() const;
float detectorB_irf_3_shift() const;
bool detectorB_irf_4_enabled() const;
QString detectorB_irf_4_functionType() const;
float detectorB_irf_4_intensity() const;
float detectorB_irf_4_uncertainty() const;
float detectorB_irf_4_shift() const;
bool detectorB_irf_5_enabled() const;
QString detectorB_irf_5_functionType() const;
float detectorB_irf_5_intensity() const;
float detectorB_irf_5_uncertainty() const;
float detectorB_irf_5_shift() const;
bool mu_irf_1_enabled() const;
QString mu_irf_1_functionType() const;
float mu_irf_1_intensity() const;
float mu_irf_1_uncertainty() const;
float mu_irf_1_shift() const;
bool mu_irf_2_enabled() const;
QString mu_irf_2_functionType() const;
float mu_irf_2_intensity() const;
float mu_irf_2_uncertainty() const;
float mu_irf_2_shift() const;
bool mu_irf_3_enabled() const;
QString mu_irf_3_functionType() const;
float mu_irf_3_intensity() const;
float mu_irf_3_uncertainty() const;
float mu_irf_3_shift() const;
bool mu_irf_4_enabled() const;
QString mu_irf_4_functionType() const;
float mu_irf_4_intensity() const;
float mu_irf_4_uncertainty() const;
float mu_irf_4_shift() const;
bool mu_irf_5_enabled() const;
QString mu_irf_5_functionType() const;
float mu_irf_5_intensity() const;
float mu_irf_5_uncertainty() const;
float mu_irf_5_shift() const;
bool usingPHSGaussianModel() const;
float sigmaPHS511keV_A() const;
float meanPHS511keV_A() const;
float sigmaPHS511keV_B() const;
float meanPHS511keV_B() const;
float sigmaPHS1274keV_A() const;
float meanPHS1274keV_A() const;
float sigmaPHS1274keV_B() const;
float meanPHS1274keV_B() const;
QString phsFileName511keV_A() const;
QString phsFileName1274keV_A() const;
double phsResolution_A() const;
int phsGridNumber_A() const;
QString phsFileName511keV_B() const;
QString phsFileName1274keV_B() const;
double phsResolution_B() const;
int phsGridNumber_B() const;
float arrivalTimeSpreadInNs() const;
/* pulse */
unsigned int digitizationDepthInBit() const;
bool isDigitizationEnabled() const;
/* pulse A */
float riseTimeInNs_A() const;
float pulseWidthInNs_A() const;
bool isBaselineOffsetJitterEnabled_A() const;
double baselineOffsetJitterMean_in_mV_A() const;
double baselineOffsetJitterStddev_in_mV_A() const;
bool isRandomNoiseEnabled_A() const;
double randomNoise_in_mV_A() const;
bool isTimeAxisNonlinearityEnabled_A() const;
double nonlinearityFixedApertureJitter_in_ns_A() const;
double nonlinearityRandomApertureJitter_in_ns_A() const;
/* pulse B */
float riseTimeInNs_B() const;
float pulseWidthInNs_B() const;
bool isBaselineOffsetJitterEnabled_B() const;
double baselineOffsetJitterMean_in_mV_B() const;
double baselineOffsetJitterStddev_in_mV_B() const;
bool isRandomNoiseEnabled_B() const;
double randomNoise_in_mV_B() const;
bool isTimeAxisNonlinearityEnabled_B() const;
double nonlinearityFixedApertureJitter_in_ns_B() const;
double nonlinearityRandomApertureJitter_in_ns_B() const;
float backgroundIntensity() const;
float coincidenceIntensity() const;
bool isLT1activated() const;
bool isLT2activated() const;
bool isLT3activated() const;
bool isLT4activated() const;
bool isLT5activated() const;
float tau1InNs() const;
float tau2InNs() const;
float tau3InNs() const;
float tau4InNs() const;
float tau5InNs() const;
float intensityLT1() const;
float intensityLT2() const;
float intensityLT3() const;
float intensityLT4() const;
float intensityLT5() const;
bool isLT1DistributionEnabled() const;
bool isLT2DistributionEnabled() const;
bool isLT3DistributionEnabled() const;
bool isLT4DistributionEnabled() const;
bool isLT5DistributionEnabled() const;
QString functionTypeLT1Distribution() const;
QString functionTypeLT2Distribution() const;
QString functionTypeLT3Distribution() const;
QString functionTypeLT4Distribution() const;
QString functionTypeLT5Distribution() const;
float uncertaintyLT1DistributionInNs() const;
float uncertaintyLT2DistributionInNs() const;
float uncertaintyLT3DistributionInNs() const;
float uncertaintyLT4DistributionInNs() const;
float uncertaintyLT5DistributionInNs() const;
int gridLT1DistributionCount() const;
int gridLT2DistributionCount() const;
int gridLT3DistributionCount() const;
int gridLT4DistributionCount() const;
int gridLT5DistributionCount() const;
float gridLT1DistributionIncrementInNs() const;
float gridLT2DistributionIncrementInNs() const;
float gridLT3DistributionIncrementInNs() const;
float gridLT4DistributionIncrementInNs() const;
float gridLT5DistributionIncrementInNs() const;
private:
DRS4SimulationSettingsManager();
virtual ~DRS4SimulationSettingsManager();
};
#endif // DDRS4SIMULATIONSETTINGSMANAGER_H