cxReconstructParams.cpp

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/*=========================================================================
This file is part of CustusX, an Image Guided Therapy Application.
                 
Copyright (c) SINTEF Department of Medical Technology.
All rights reserved.
                 
CustusX is released under a BSD 3-Clause license.
                 
See Lisence.txt (https://github.com/SINTEFMedtek/CustusX/blob/master/License.txt) for details.
=========================================================================*/
 
#include "cxReconstructParams.h"
 
#include "cxStringProperty.h"
#include "cxDoubleProperty.h"
#include "cxBoolProperty.h"
#include "cxTransferFunctions3DPresets.h"
#include "cxDoubleRange.h"
#include "cxPatientModelService.h"
#include "cxLogger.h"
#include "cxTypeConversions.h"
 
//Windows fix
#ifndef M_PI
#define M_PI 3.14159265358979323846
#endif
 
namespace cx
{
 
ReconstructParams::ReconstructParams(PatientModelServicePtr patientModelService, XmlOptionFile settings) :
        mPatientModelService(patientModelService),
        mSettings(settings)
{
        connect(mPatientModelService.get(), &PatientModelService::patientChanged, this, &ReconstructParams::onPatientChanged);
}
 
ReconstructParams::~ReconstructParams()
{
        mSettings.save();
}
 
void ReconstructParams::onPatientChanged()
{
        if (mParameters.empty())
                return;
 
        PresetTransferFunctions3DPtr presets = mPatientModelService->getPresetTransferFunctions3D();
        QStringList presetList;
        if (presets)
        {
                presetList = presets->getPresetList(imUS);
                mPresetTFAdapter->setValueRange(presetList);
        }
}
 
void ReconstructParams::createParameters()
{
        if (!mParameters.empty())
                return;
 
        mSettings.getElement("algorithms");
 
        mOrientationAdapter = StringProperty::initialize("Orientation", "",
                "Algorithm to use for output volume orientation", "MiddleFrame",
                QString("PatientReference MiddleFrame").split(" "),
                mSettings.getElement());
        connect(mOrientationAdapter.get(), &StringProperty::valueWasSet, this, &ReconstructParams::changedInputSettings);
        this->add(mOrientationAdapter);
 
        // note: value range initialized by onPatientChanged()
        mPresetTFAdapter = StringProperty::initialize("Preset", "",
                "Preset transfer function to apply to the reconstructed volume", "US B-Mode", QStringList(),
                mSettings.getElement());
        connect(mPresetTFAdapter.get(), &StringProperty::valueWasSet, this, &ReconstructParams::transferFunctionChangedSlot);
        this->add(mPresetTFAdapter);
 
        mMaskReduce = StringProperty::initialize("Reduce mask (% in 1D)", "",
                "Speedup by reducing mask size", "3",
                QString("0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15").split(" "),
                mSettings.getElement());
        connect(mMaskReduce.get(), &StringProperty::valueWasSet, this, &ReconstructParams::changedInputSettings);
        this->add(mMaskReduce);
 
    mPosFilterStrength = StringProperty::initialize("Position Filter Strength", "",
        "Strength of position data prefiltering - 0 means off", "2",
        QString("0 1 2 3 4 5 6 7").split(" "),
        mSettings.getElement());
    connect(mPosFilterStrength.get(), &StringProperty::valueWasSet, this, &ReconstructParams::changedInputSettings);
    this->add(mPosFilterStrength);
 
    mAlignTimestamps = BoolProperty::initialize("Align timestamps", "",
                "Align the first of tracker and frame timestamps, ignoring lags.", false,
                mSettings.getElement());
        connect(mAlignTimestamps.get(), SIGNAL(valueWasSet()), this, SIGNAL(changedInputSettings()));
        this->add(mAlignTimestamps);
 
    mPositionThinning = BoolProperty::initialize("Position Thinning", "",
        "If 'on', tracking positions that deviate greatly from neighbours will be replaced with an interpolated value", false,
        mSettings.getElement());
    connect(mPositionThinning.get(), SIGNAL(valueWasSet()), this, SIGNAL(changedInputSettings()));
    this->add(mPositionThinning);
 
        mTimeCalibration = DoubleProperty::initialize("Extra Temporal Calib", "",
                "Set an offset in the frame timestamps, in addition to the one used in acquisition", 0.0,
                DoubleRange(-1000, 1000, 10), 0,
                mSettings.getElement());
        connect(mTimeCalibration.get(), SIGNAL(valueWasSet()), this, SIGNAL(changedInputSettings()));
        this->add(mTimeCalibration);
 
        double maxVolumeSizeFactor = 1024*1024;
        mMaxVolumeSize = DoubleProperty::initialize("Volume Size", "",
                "Output Volume Size (Mb)", 32*maxVolumeSizeFactor,
                DoubleRange(maxVolumeSizeFactor, maxVolumeSizeFactor*500, maxVolumeSizeFactor), 0,
                mSettings.getElement());
        mMaxVolumeSize->setInternal2Display(1.0/maxVolumeSizeFactor);
        connect(mMaxVolumeSize.get(), SIGNAL(valueWasSet()), this, SIGNAL(changedInputSettings()));
        this->add(mMaxVolumeSize);
 
        mAngioAdapter = BoolProperty::initialize("Angio data", "",
                "Ultrasound angio data is used as input", false,
                mSettings.getElement());
        connect(mAngioAdapter.get(), SIGNAL(valueWasSet()), this, SIGNAL(changedInputSettings()));
        this->add(mAngioAdapter);
 
        mCreateBModeWhenAngio = BoolProperty::initialize("Dual Angio", "",
                "If angio requested, also create a B-mode reconstruction based on the same data set.", true,
                mSettings.getElement());
        connect(mCreateBModeWhenAngio.get(), SIGNAL(valueWasSet()), this, SIGNAL(changedInputSettings()));
        this->add(mCreateBModeWhenAngio);
 
        mAlgorithmAdapter = StringProperty::initialize("Algorithm", "", "Choose algorithm to use for reconstruction",
                        QString(), QStringList(), mSettings.getElement());
        connect(mAlgorithmAdapter.get(), &StringProperty::valueWasSet, this, &ReconstructParams::changedInputSettings);
        this->add(mAlgorithmAdapter);
 
        this->onPatientChanged();
}
 
void ReconstructParams::add(PropertyPtr param)
{
        mParameters[param->getUid()] = param;
}
 
PropertyPtr ReconstructParams::getParameter(QString uid)
{
        if (mParameters.empty())
                this->createParameters();
        if (mParameters.count(uid))
                        return mParameters[uid];
        return PropertyPtr();
}
 
QStringList ReconstructParams::getParameterUids() const
{
        QStringList retval;
        for (std::map<QString, PropertyPtr>::const_iterator iter=mParameters.begin(); iter!=mParameters.end(); ++iter)
                retval << iter->first;
        return retval;
}
 
void ReconstructParams::transferFunctionChangedSlot()
{
        //Use angio reconstruction also if only transfer function is set to angio
        if(mPresetTFAdapter->getValue() == "US Angio")
        {
                reportDebug("Reconstructing angio (Because of angio transfer function)");
                mAngioAdapter->setValue(true);
        }
        else if(mPresetTFAdapter->getValue() == "US B-Mode" && mAngioAdapter->getValue())
        {
                reportDebug("Not reconstructing angio (Because of B-Mode transfer function)");
                mAngioAdapter->setValue(false);
        }
}
 
 
 
}