cxProbeAdapterRTSource.cpp

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/*=========================================================================
This file is part of CustusX, an Image Guided Therapy Application.

Copyright (c) 2008-2014, SINTEF Department of Medical Technology
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#include "cxProbeAdapterRTSource.h"
#include <vtkImageChangeInformation.h>
#include <vtkImageData.h>

#include "cxTool.h"
#include "cxTypeConversions.h"
#include "cxLogger.h"


namespace cx
{

ProbeAdapterRTSource::ProbeAdapterRTSource(QString uid, ProbePtr probe, VideoSourcePtr source) :
        mUid(uid), mBase(source), mProbe(probe)
{
        connect(probe.get(), &Probe::sectorChanged, this, &ProbeAdapterRTSource::probeChangedSlot);

        connect(mBase.get(), &VideoSource::streaming, this, &VideoSource::streaming);
        connect(mBase.get(), &VideoSource::connected, this, &VideoSource::connected);
        connect(mBase.get(), &VideoSource::newFrame, this, &VideoSource::newFrame);
        connect(mBase.get(), &VideoSource::newFrame, this, &ProbeAdapterRTSource::newFrameSlot);

        mRedirecter = vtkImageChangeInformationPtr::New();
        mRedirecter->SetInputData(mBase->getVtkImageData());
        this->probeChangedSlot();
}

ProbeAdapterRTSource::~ProbeAdapterRTSource()
{}

QString ProbeAdapterRTSource::getUid()
{
        return mUid;
}

QString ProbeAdapterRTSource::getName()
{
        return mBase->getName();
}

vtkImageDataPtr ProbeAdapterRTSource::getVtkImageData()
{
        return mRedirecter->GetOutput();
}

double ProbeAdapterRTSource::getTimestamp()
{
        QString uid = mBase->getUid();
        ProbePtr probe = mProbe.lock();
        if (probe)
                return mBase->getTimestamp() - probe->getProbeData(uid).getTemporalCalibration();
        else
                return mBase->getTimestamp();
}

QString ProbeAdapterRTSource::getInfoString() const
{
        return mBase->getInfoString();
}

QString ProbeAdapterRTSource::getStatusString() const
{
        return mBase->getStatusString();
}

void ProbeAdapterRTSource::start()
{
        mBase->start();
}

void ProbeAdapterRTSource::stop()
{
        mBase->stop();
}

bool ProbeAdapterRTSource::validData() const
{
        return mBase->validData();
}

bool ProbeAdapterRTSource::isConnected() const
{
        return mBase->isConnected();
}

bool ProbeAdapterRTSource::isStreaming() const
{
        return mBase->isStreaming();
}

VideoSourcePtr ProbeAdapterRTSource::getBaseSource()
{
        return mBase;
}

void ProbeAdapterRTSource::newFrameSlot()
{
        ProbePtr probe = mProbe.lock();
        if (!probe)
                return;
        if (!this->validData())
                return;

        mRedirecter->Update();

        QString uid = mBase->getUid();
        ProbeDefinition data = probe->getProbeData(uid);
        QSize dimProbe = data.getSize();
        QSize dimImage(mRedirecter->GetOutput()->GetDimensions()[0], mRedirecter->GetOutput()->GetDimensions()[1]);

        if (dimProbe!=dimImage)
        {
                report(
                        QString("Resampling probe calibration. Calibration:[%1,%2], Image:[%3,%4], uid=%5")
                        .arg(dimProbe.width())
                        .arg(dimProbe.height())
                        .arg(dimImage.width())
                        .arg(dimImage.height())
                            .arg(uid));

                data.resample(dimImage);
                probe->setProbeSector(data);
        }

}

void ProbeAdapterRTSource::probeChangedSlot()
{
        ProbePtr probe = mProbe.lock();
        if (!probe)
                return;

        mRedirecter->Update();

        QString uid = mBase->getUid();
        mRedirecter->SetOutputSpacing(probe->getProbeData(uid).getSpacing().begin());

        mRedirecter->Update();
}

}