cxSliceProxy.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
All rights reserved.

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modification, are permitted provided that the following conditions are met:

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   this list of conditions and the following disclaimer.

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   may be used to endorse or promote products derived from this software 
   without specific prior written permission.

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AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE 
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=========================================================================*/


#include "cxSliceProxy.h"

#include <math.h>
#include "cxTypeConversions.h"
#include "cxPatientModelService.h"
#include "cxSliceComputer.h"
#include "cxTool.h"

namespace cx
{

SliceProxyPtr SliceProxy::create(PatientModelServicePtr dataManager)
{
        SliceProxyPtr retval(new SliceProxy(dataManager));
        return retval;
}

SliceProxy::SliceProxy(PatientModelServicePtr dataManager) :
        mCutplane(new SliceComputer())
{
        mDataManager = dataManager;
        mAlwaysUseDefaultCenter = false;
        mUseTooltipOffset = true;
        connect(mDataManager.get(), SIGNAL(centerChanged()),this, SLOT(centerChangedSlot()) ) ;
        connect(mDataManager.get(), SIGNAL(clinicalApplicationChanged()), this, SLOT(clinicalApplicationChangedSlot()));
        //TODO connect to toolmanager rMpr changed
        mDefaultCenter = mDataManager->getCenter();
        this->centerChangedSlot();
}

SliceProxy::~SliceProxy()
{
}

void SliceProxy::setTool(ToolPtr tool)
{
        if (mTool)
        {
                disconnect(mTool.get(), SIGNAL(toolTransformAndTimestamp(Transform3D,double)), this, SLOT(toolTransformAndTimestampSlot(Transform3D,double)));
                disconnect(mTool.get(), SIGNAL(toolVisible(bool)), this, SLOT(toolVisibleSlot(bool)));
                disconnect(mTool.get(), SIGNAL(tooltipOffset(double)), this, SLOT(tooltipOffsetSlot(double)));
                disconnect(mTool.get(), SIGNAL(toolProbeSector()), this, SLOT(changed())); 
        }

        mTool = tool;

        if (mTool)
        {
                connect(mTool.get(), SIGNAL(toolTransformAndTimestamp(Transform3D,double)), this, SLOT(toolTransformAndTimestampSlot(Transform3D,double)));
                connect(mTool.get(), SIGNAL(toolVisible(bool)), this, SLOT(toolVisibleSlot(bool)));
                connect(mTool.get(), SIGNAL(tooltipOffset(double)), this, SLOT(tooltipOffsetSlot(double)));
                connect(mTool.get(), SIGNAL(toolProbeSector()), this, SLOT(changed()));

                emit toolVisible(mTool->getVisible());
                toolTransformAndTimestampSlot(mTool->get_prMt(), 0); // initial values
                tooltipOffsetSlot(mTool->getTooltipOffset());
        }

        this->centerChangedSlot(); // force center update for tool==0
        this->changed();
}

void SliceProxy::toolTransformAndTimestampSlot(Transform3D prMt, double timestamp)
{
        //std::cout << "proxy get transform" << std::endl;
        Transform3D rMpr = mDataManager->get_rMpr();
        Transform3D rMt = rMpr*prMt;
//      if (similar(rMt, mCutplane->getToolPosition()))
//      {
//    return;
//      }
        mCutplane->setToolPosition(rMt);
        this->changed();
        emit toolTransformAndTimestamp(prMt, timestamp);

}

void SliceProxy::tooltipOffsetSlot(double val)
{
        if (mUseTooltipOffset)
        {
                mCutplane->setToolOffset(val);
                this->changed();
        }
}

void SliceProxy::setUseTooltipOffset(bool use)
{
        if (!use)
        {
                tooltipOffsetSlot(0);
        }
        mUseTooltipOffset = use;
        if (use)
        {
                tooltipOffsetSlot(mTool->getTooltipOffset());
        }
}

void SliceProxy::toolVisibleSlot(bool visible)
{

}

Transform3D SliceProxy::getSyntheticToolPos(const Vector3D& center) const
{
        Transform3D R_tq = createTransformRotateY(M_PI) * createTransformRotateZ(M_PI_2);
        Transform3D T_c = createTransformTranslate(center);
        return T_c * R_tq;
}

void SliceProxy::setDefaultCenter(const Vector3D& c)
{
        mDefaultCenter = c;
        this->centerChangedSlot();
}

void SliceProxy::setAlwaysUseDefaultCenter(bool on)
{
        mAlwaysUseDefaultCenter = on;
        this->centerChangedSlot();
}

void SliceProxy::centerChangedSlot()
{
        if (mAlwaysUseDefaultCenter)
        {
                mCutplane->setFixedCenter(mDefaultCenter);
        }
        else if (mTool)
        {
                Vector3D c = mDataManager->getCenter();
                mCutplane->setFixedCenter(c);
                //std::cout << "center changed: " + string_cast(c) << std::endl;
        }
        else
        {
                // If no tool is available, ensure only dummy values are used.
                // It is very important that this volume is completely frozen in order
                // to avoid any confusion - the user must know it is nonnavigable.
                mCutplane->setFixedCenter(mDefaultCenter);
                mCutplane->setToolPosition(getSyntheticToolPos(mDefaultCenter));
                //std::cout << "center changed: " + string_cast(mDefaultCenter) << std::endl;
        }

        changed();
}

void SliceProxy::clinicalApplicationChangedSlot()
{
        mCutplane->setClinicalApplication(mDataManager->getClinicalApplication());
        changed();
}

void SliceProxy::initializeFromPlane(PLANE_TYPE plane, bool useGravity, const Vector3D& gravityDir, bool useViewOffset, double viewportHeight, double toolViewOffset, bool useConstrainedViewOffset)
{
        mCutplane->initializeFromPlane(plane,
                                                                   useGravity, gravityDir,
                                                                   useViewOffset, viewportHeight, toolViewOffset,
                                                                   mDataManager->getClinicalApplication(),
                                                                   useConstrainedViewOffset);
        changed();
//      setPlane(plane);
//      //Logger::log("vm.log"," set plane to proxy ");
//      if (plane == ptSAGITTAL || plane == ptCORONAL || plane == ptAXIAL )
//      {
//              setOrientation(otORTHOGONAL);
//              setFollowType(ftFIXED_CENTER);
//      }
//      else if (plane == ptANYPLANE || plane==ptRADIALPLANE || plane==ptSIDEPLANE)
//      {
//              setOrientation(otOBLIQUE);
//              setFollowType(ftFOLLOW_TOOL);
//
//              setGravity(useGravity, gravityDir);
//              setToolViewOffset(useViewOffset, viewportHeight, toolViewOffset); // TODO finish this one
//      }
}

SliceComputer SliceProxy::getComputer() const
{
        return *mCutplane;
}

void SliceProxy::setComputer(const SliceComputer& val)
{
        mCutplane.reset(new SliceComputer(val));
        changed();
}

void SliceProxy::setOrientation(ORIENTATION_TYPE orientation)
{
        mCutplane->setOrientationType(orientation);
        changed();
}

void SliceProxy::setPlane(PLANE_TYPE plane)
{
        mCutplane->setPlaneType(plane);
        changed();
}

void SliceProxy::setFollowType(FOLLOW_TYPE followType)
{
        mCutplane->setFollowType(followType);
        changed();
}

void SliceProxy::setGravity(bool use, const Vector3D& dir)
{
        mCutplane->setGravity(use, dir);
        this->changed();
}
void SliceProxy::setToolViewOffset(bool use, double viewportHeight, double toolViewOffset, bool useConstrainedViewOffset)
{
        mCutplane->setToolViewOffset(use, viewportHeight, toolViewOffset, useConstrainedViewOffset);
        this->changed();
}
 
void SliceProxy::setToolViewportHeight(double viewportHeight)
{
        mCutplane->setToolViewportHeight(viewportHeight);
        this->changed();
}

ToolPtr SliceProxy::getTool()
{
        return mTool;
}

Transform3D SliceProxy::get_sMr()
{
        SlicePlane plane = mCutplane->getPlane();
        //std::cout << "---" << " proxy get transform.c : " << plane.c << std::endl;
        //std::cout << "proxy get transform -" << getName() <<":\n" << plane << std::endl;
        return createTransformIJC(plane.i, plane.j, plane.c).inv();
}

void SliceProxy::changed()
{
        emit transformChanged(get_sMr());
}

void SliceProxy::printSelf(std::ostream & os, Indent indent)
{
        os << indent << "sliceproxy" << std::endl;
        os << indent << "sMr: " << std::endl;
        get_sMr().put(os, indent.getIndent()+3);
        os << std::endl;
}

} // namespace cx