cxIgstkTool.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 "cxIgstkTool.h"
 
#include <QDateTime>
#include <QStringList>
#include <QTextStream>
#include <vtkTransform.h>
#include "cxLogger.h"
#include "cxTypeConversions.h"
#include "cxSettings.h"
#include "cxTransformFile.h"
#include "cxIgstkToolManager.h"
 
namespace cx
{
 
igstk::Transform IgstkTool::toIgstkTransform(Transform3D transform)
{
    igstk::Transform retval;
    retval.ImportTransform(*transform.getVtkMatrix());
    return retval;
}
 
Transform3D IgstkTool::toTransform3D(igstk::Transform transform)
{
    Transform3D retval;
    vtkMatrix4x4Ptr matrix = vtkMatrix4x4Ptr::New();
    transform.ExportTransform(*(matrix.GetPointer()));
    retval = Transform3D::fromVtkMatrix(matrix);
    return retval;
}
 
void IgstkTool::updateCalibration(const Transform3D& cal)
{
        //apply the calibration
                mInternalStructure->mCalibration = cal;
                this->setCalibrationTransform(mInternalStructure->mCalibration);
 
        Transform3D sMt = mInternalStructure->getCalibrationAsSSC();
        report("Set " + mInternalStructure->mName + "s calibration to \n" + qstring_cast(sMt));
 
        //write to file
        mInternalStructure->saveCalibrationToFile();
}
 
 
IgstkTool::IgstkTool(ToolFileParser::ToolInternalStructurePtr internalStructure) :
                                mToolObserver(itk::ReceptorMemberCommand<IgstkTool>::New()), mValid(false), mVisible(false), mAttachedToTracker(
                                                                false)
{
        qRegisterMetaType<Transform3D>("Transform3D");
        qRegisterMetaType<ToolPositionMetadata>("ToolPositionMetadata");
 
        mLatestEmittedTimestamp = 0;
 
        mInternalStructure = internalStructure;
 
        mToolObserver->SetCallbackFunction(this, &IgstkTool::toolTransformCallback);
 
        if (mInternalStructure->verify())
        {
                mTool = this->buildInternalTool();
                this->addLogging();
                mValid = true;
        }
        else
        {
                reportError(mInternalStructure->mUid + " was created with invalid internal structure.");
                mValid = false;
        }
}
 
IgstkTool::~IgstkTool()
{
}
 
ToolFileParser::ToolInternalStructurePtr IgstkTool::getInternalStructure()
{
        return mInternalStructure;
}
 
QString IgstkTool::getUid()
{
        return mInternalStructure->mUid;
}
 
igstk::TrackerTool::Pointer IgstkTool::getPointer() const
{
        return mTool;
}
 
TRACKING_SYSTEM IgstkTool::getTrackerType()
{
        return mInternalStructure->mTrackerType;
}
 
bool IgstkTool::isValid() const
{
        return mValid;
}
 
bool IgstkTool::isInitialized() const
{
        return mAttachedToTracker;
}
 
bool IgstkTool::isTracked() const
{
        return mTracked;
}
 
bool IgstkTool::isVisible() const
{
        return mVisible;
}
 
void IgstkTool::setReference(IgstkToolPtr refTool)
{
        mReferenceTool = refTool;
}
 
void IgstkTool::setTracker(TrackerPtr tracker)
{
        mTracker = tracker;
}
 
igstk::NDITracker::TrackingSampleInfo IgstkTool::getSampleInfo()
{
        igstk::NDITracker::TrackingSampleInfo retval;
        retval.m_FrameNumber = 0;
 
        TrackerPtr tracker = mTracker.lock();
        if (!tracker)
                return retval;
        igstk::NDITracker* ndiTracker = dynamic_cast<igstk::NDITracker*>(tracker->getPointer());
        if (!ndiTracker)
                return retval;
 
        // hacking into the IGSTK internals...
        std::map<std::string,igstk::NDITracker::TrackingSampleInfo> info = ndiTracker->GetTrackingSampleInfo();
        return info[mTool->GetTrackerToolIdentifier()];
}
 
bool IgstkTool::validReferenceForResult(igstk::CoordinateSystemTransformToResult result)
{
        const igstk::CoordinateSystem* destination = result.GetDestination();
        IgstkToolPtr refTool = mReferenceTool.lock();
 
        if (refTool) //if we are tracking with a reftool it must be visible
        {
                if (!refTool->getPointer()->IsCoordinateSystem(destination))
                        return false;
        }
        else //if we dont have a reftool we use the tracker as patientref
        {
                TrackerPtr tracker = mTracker.lock();
                if (!tracker || !tracker->getPointer()->IsCoordinateSystem(destination))
                        return false;
        }
 
        return true;
}
 
Transform3D IgstkTool::igstk2Transform3D(const igstk::Transform& input) const
{
        vtkMatrix4x4Ptr vtkMatrix = vtkMatrix4x4Ptr::New();
        input.ExportTransform(*vtkMatrix.GetPointer());
        return Transform3D(vtkMatrix.GetPointer());
}
 
void IgstkTool::processReceivedTransformResult(igstk::CoordinateSystemTransformToResult result)
{
        if (!this->validReferenceForResult(result))
                return;
 
        // emit even if not visible: need error metadata
 
        igstk::NDITracker::TrackingSampleInfo sampleInfo = this->getSampleInfo();
 
        // ignore duplicate positions
        if (similar(mLatestEmittedTimestamp, sampleInfo.m_TimeStamp,1.0E-3))
        {
                return;
        }
        mLatestEmittedTimestamp = sampleInfo.m_TimeStamp;
 
        QDomDocument doc;
        QDomElement root = doc.createElement("info");
        doc.appendChild(root);
        sampleInfo2xml(sampleInfo, root);
        ToolPositionMetadata metadata;
        metadata.mData = doc.toString();
 
        igstk::Transform transform = result.GetTransform();
        Transform3D prMt = igstk2Transform3D(transform);
        double timestamp = transform.GetStartTime();
 
        emit toolTransformAndTimestamp(prMt, timestamp, metadata);
}
 
void IgstkTool::toolTransformCallback(const itk::EventObject &event)
{
        if (igstk::CoordinateSystemTransformToEvent().CheckEvent(&event))
        {
                const igstk::CoordinateSystemTransformToEvent *transformEvent;
                transformEvent = dynamic_cast<const igstk::CoordinateSystemTransformToEvent*>(&event);
                if (!transformEvent)
                        return;         
                this->processReceivedTransformResult(transformEvent->Get());
        }
        //Successes
        else if (igstk::TrackerToolConfigurationEvent().CheckEvent(&event))
        {
                report(QString("Configured [%1] with the tracking system").arg(mInternalStructure->mUid));
        }
        else if (igstk::TrackerToolAttachmentToTrackerEvent().CheckEvent(&event))
        {
                this->internalAttachedToTracker(true);
        }
        else if (igstk::TrackerToolDetachmentFromTrackerEvent().CheckEvent(&event))
        {
                this->internalAttachedToTracker(false);
        }
        else if (igstk::TrackerToolMadeTransitionToTrackedStateEvent().CheckEvent(&event))
        {
                this->internalVisible(true);
        }
        else if (igstk::TrackerToolNotAvailableToBeTrackedEvent().CheckEvent(&event))
        {
                this->internalVisible(false);
        }
        else if (igstk::ToolTrackingStartedEvent().CheckEvent(&event))
        {
                this->internalTracked(true);
                report(mInternalStructure->mUid + " is tracked.");
        }
        else if (igstk::ToolTrackingStoppedEvent().CheckEvent(&event))
        {
                this->internalTracked(false);
                report(mInternalStructure->mUid + " is not tracked anymore.");
        }
        //Failures
        else if (igstk::InvalidRequestErrorEvent().CheckEvent(&event))
        {
                reportWarning(
                                                mInternalStructure->mUid
                                                                                + " received an invalid request.  This means that the internal igstk trackertool did not accept the request. Do not know which request.");
        }
        else if (igstk::TrackerToolConfigurationErrorEvent().CheckEvent(&event))
        {
                reportError(mInternalStructure->mUid + " could not configure with the tracking system.");
        }
        else if (igstk::InvalidRequestToAttachTrackerToolErrorEvent().CheckEvent(&event))
        {
                reportError(mInternalStructure->mUid + " could not request to attach to tracker.");
        }
        else if (igstk::InvalidRequestToDetachTrackerToolErrorEvent().CheckEvent(&event))
        {
                reportError(mInternalStructure->mUid + " could not request to detach from tracker.");
        }
        else if (igstk::TrackerToolAttachmentToTrackerErrorEvent().CheckEvent(&event))
        {
                reportError(mInternalStructure->mUid + " could not attach to tracker.");
        }
        else if (igstk::TrackerToolDetachmentFromTrackerErrorEvent().CheckEvent(&event))
        {
                reportError(mInternalStructure->mUid + " could not detach from tracker.");
        }
        //Polaris specific failures
        else if (igstk::InvalidPolarisPortNumberErrorEvent().CheckEvent(&event))
        {
                reportError(
                                                mInternalStructure->mUid + " sendt invalid Polaris port number: "
                                                                                + qstring_cast(mInternalStructure->mPortNumber) + ".");
        }
        else if (igstk::InvalidPolarisSROMFilenameErrorEvent().CheckEvent(&event))
        {
                reportError(
                                                mInternalStructure->mUid + " sendt invalid ROM file: " + mInternalStructure->mSROMFilename);
        }
        else if (igstk::InvalidPolarisPartNumberErrorEvent().CheckEvent(&event))
        {
                reportError(mInternalStructure->mUid + " has an invalid part number.");
        }
        //Aurora specific failures
        else if (igstk::InvalidAuroraPortNumberErrorEvent().CheckEvent(&event))
        {
                reportError(
                                                mInternalStructure->mUid + " has an invalid port number: "
                                                                                + qstring_cast(mInternalStructure->mPortNumber) + ".");
        }
        else if (igstk::InvalidAuroraSROMFilenameErrorEvent().CheckEvent(&event))
        {
                reportError(
                                                mInternalStructure->mUid + " sendt invalid ROM file: " + mInternalStructure->mSROMFilename);
        }
        else if (igstk::InvalidAuroraPartNumberErrorEvent().CheckEvent(&event))
        {
                reportError(mInternalStructure->mUid + " has an invalid part number.");
        }
        else if (igstk::InvalidAuroraChannelNumberErrorEvent().CheckEvent(&event))
        {
                reportError(
                                                mInternalStructure->mUid + " has an invalid channel number:"
                                                                                + qstring_cast(mInternalStructure->mChannelNumber) + ".");
        }
}
 
igstk::TrackerTool::Pointer IgstkTool::buildInternalTool()
{
        igstk::TrackerTool::Pointer tool;
 
        igstk::PolarisTrackerTool::Pointer tempPolarisTool;
        igstk::AuroraTrackerTool::Pointer tempAuroraTool;
 
                igstk::Transform calibration = toIgstkTransform(mInternalStructure->mCalibration);
        switch (mInternalStructure->mTrackerType)
        {
        case tsNONE:
                break;
        case tsPOLARIS_SPECTRA:
        case tsPOLARIS_VICRA:
        case tsPOLARIS:
                tempPolarisTool = igstk::PolarisTrackerTool::New();
                tempPolarisTool->AddObserver(igstk::IGSTKEvent(), mToolObserver);
                if (!mInternalStructure->mWireless) //we only support wireless atm
                        return tool = tempPolarisTool.GetPointer();
                tempPolarisTool->RequestSelectWirelessTrackerTool();
                tempPolarisTool->RequestSetSROMFileName(string_cast(mInternalStructure->mSROMFilename));
                tempPolarisTool->RequestConfigure();
        tempPolarisTool->SetCalibrationTransform(calibration);
                tool = tempPolarisTool;
                break;
        case tsAURORA:
                tempAuroraTool = igstk::AuroraTrackerTool::New();
                tempAuroraTool->AddObserver(igstk::IGSTKEvent(), mToolObserver);
                if (mInternalStructure->m5DOF)
                {
                        tempAuroraTool->RequestSelect5DOFTrackerTool();
                        tempAuroraTool->RequestSetPortNumber(mInternalStructure->mPortNumber);
                        tempAuroraTool->RequestSetChannelNumber(mInternalStructure->mChannelNumber);
                }
                else
                {
                        tempAuroraTool->RequestSelect6DOFTrackerTool();
                        tempAuroraTool->RequestSetPortNumber(mInternalStructure->mPortNumber);
                }
                tempAuroraTool->RequestConfigure();
        tempAuroraTool->SetCalibrationTransform(calibration);
                tool = tempAuroraTool;
                break;
        case tsMICRON:
                //TODO: implement
                break;
        default:
                break;
        }
        return tool;
}
 
void IgstkTool::setCalibrationTransform(Transform3D calibration)
{
        mInternalStructure->mCalibration = calibration;
                igstk::Transform transform = toIgstkTransform(mInternalStructure->mCalibration);
    mTool->SetCalibrationTransform(transform);
}
 
void IgstkTool::internalAttachedToTracker(bool value)
{
        if (mAttachedToTracker == value)
                return;
        mAttachedToTracker = value;
        report(
                                        mInternalStructure->mUid + " is " + (value ? "at" : "de") + "tached " + (value ? "to" : "from")
                                                                        + " the tracker.");
        emit attachedToTracker(mAttachedToTracker);
}
 
void IgstkTool::internalTracked(bool value)
{
        if (mTracked == value)
                return;
        mTracked = value;
 
        if (!mTracked && mVisible)
                this->internalVisible(false); //Make sure tool is invisible when not tracked
 
        emit tracked(mTracked);
}
 
void IgstkTool::internalVisible(bool value)
{
        if (mVisible == value)
                return;
        mVisible = value;
        emit toolVisible(mVisible);
}
 
void IgstkTool::addLogging()
{
        bool logging = settings()->value("IGSTKDebugLogging", true).toBool();
        if (logging)
        {
                std::ofstream* loggerFile = new std::ofstream();
                QString logFile = mInternalStructure->mLoggingFolderName + "Tool_" + mInternalStructure->mName + "_Logging.txt";
                loggerFile->open(cstring_cast(logFile));
                mLogger = igstk::Logger::New();
                mLogOutput = itk::StdStreamLogOutput::New();
                mLogOutput->SetStream(*loggerFile);
                mLogger->AddLogOutput(mLogOutput);
                mLogger->SetPriorityLevel(itk::Logger::DEBUG);
 
                mTool->SetLogger(mLogger);
        }
}
 
void IgstkTool::printInternalStructure()
{
        std::cout << "------------------------------------------------------------------" << std::endl;
        std::cout << "mIsProbe: " << mInternalStructure->mIsProbe << std::endl;
        std::cout << "mIsReference: " << mInternalStructure->mIsReference << std::endl;
        std::cout << "mIsPointer: " << mInternalStructure->mIsPointer << std::endl;
        std::cout << "mName: " << mInternalStructure->mName << std::endl;
        std::cout << "mUid: " << mInternalStructure->mUid << std::endl;
        std::cout << "mTrackerType: " << mInternalStructure->mTrackerType << std::endl;
        std::cout << "mSROMFilename: " << mInternalStructure->mSROMFilename << std::endl;
        std::cout << "mPortNumber: " << mInternalStructure->mPortNumber << std::endl;
        std::cout << "mChannelNumber: " << mInternalStructure->mChannelNumber << std::endl;
        std::cout << "mReferencePoints: " << string_cast(mInternalStructure->mReferencePoints.size()) << std::endl;
        std::cout << "mWireless: " << mInternalStructure->mWireless << std::endl;
        std::cout << "m5DOF: " << mInternalStructure->m5DOF << std::endl;
                std::cout << "mCalibration: " << mInternalStructure->mCalibration << std::endl;
    //mInternalStructure.mCalibration.Print(std::cout, itk::Indent());"
        std::cout << "mCalibrationFilename: " << mInternalStructure->mCalibrationFilename << std::endl;
        std::cout << "mGraphicsFileName: " << mInternalStructure->mGraphicsFileName << std::endl;
        std::cout << "mTransformSaveFileName: " << mInternalStructure->mTransformSaveFileName << std::endl;
        std::cout << "mLoggingFolderName: " << mInternalStructure->mLoggingFolderName << std::endl;
        std::cout << "------------------------------------------------------------------" << std::endl;
}
 
} //namespace cx