LUTTransform2dImgLvl1.h

// LUTTransform2dImgLvl1.h:
// ----------------------
//

#ifndef __IPSDKIPLINTENSITYTRANSFORM_LUTTRANSFORM2DIMGLVL1_H__
#define __IPSDKIPLINTENSITYTRANSFORM_LUTTRANSFORM2DIMGLVL1_H__

#include <IPSDKIPL/IPSDKIPLIntensityTransform/IPSDKIPLIntensityTransformExports.h>
#include <IPSDKBaseProcessing/Processor/ProcessorHdrMacros.h>
#include <IPSDKImageProcessing/OutputInitializer/Image/ImageInitializerOperators.h>

// Attributes headers
#include <IPSDKIPL/IPSDKIPLAttributes/Attribute/Image/Input/InImg.h>
#include <IPSDKIPL/IPSDKIPLAttributes/Attribute/DataItem/InPIIntensityLUT.h>
#include <IPSDKIPL/IPSDKIPLAttributes/Attribute/Image/Output/OutImg.h>

namespace ipsdk {
namespace imaproc {
namespace itrans {


// declare processor class
IPSDK_DECLARE_LVL1_PROCESSOR(ASYNC1, IPSDKIPLIntensityTransform, LUTTransform2dImg,
                             ipsdk::imaproc::matchSize(_pInImg, _pOutImg) &&
                             //ipsdk::processor::If(ipsdk::imaproc::is2d(_pInPIIntensityLUT),
                             //    ipsdk::processor::If(ipsdk::imaproc::isGrey(_pInPIIntensityLUT),
                             //        ipsdk::processor::If(ipsdk::imaproc::isSingle(_pInPIIntensityLUT),
                             //            ipsdk::processor::none(),
                             //            ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_T)),
                             //        ipsdk::processor::If(ipsdk::imaproc::isSingle(_pInPIIntensityLUT),
                             //            ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_C),
                             //            ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_CT))),
                             //    ipsdk::processor::If(ipsdk::imaproc::isGrey(_pInPIIntensityLUT),
                             //        ipsdk::processor::If(ipsdk::imaproc::isSingle(_pInPIIntensityLUT),
                             //            ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_Z),
                             //            ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_ZT)),
                             //        ipsdk::processor::If(ipsdk::imaproc::isSingle(_pInPIIntensityLUT),
                             //            ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_ZC),
                             //            ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_ZCT)))),
                             
                             ((ipsdk::imaproc::is2d(_pInPIIntensityLUT) && ipsdk::imaproc::isGrey(_pInPIIntensityLUT) && ipsdk::imaproc::isSingle(_pInPIIntensityLUT)) ||
                             ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_ZCT)),
//                             (ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_Z) || ipsdk::imaproc::is2d(_pInPIIntensityLUT)) &&
//                             (ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_C) || ipsdk::imaproc::isGrey(_pInPIIntensityLUT)) &&
//                             (ipsdk::imaproc::matchImagePlans(_pInPIIntensityLUT, _pInImg, eImagePlansMatchPolicy::eIPMP_T) || ipsdk::imaproc::isSingle(_pInPIIntensityLUT)),
                             (((ipsdk)(imaproc)(attr))(InImg))
                             (((ipsdk)(imaproc)(attr))(InPIIntensityLUT))
                             (((ipsdk)(imaproc)(attr))(OutImg)(ipsdk::imaproc::duplicateInOut)(_pInImg)))

// methods
public:

// attributes
protected:

};


} // end of namespace itrans
} // end of namespace imaproc
} // end of namespace ipsdk

#endif // __IPSDKIPLINTENSITYTRANSFORM_LUTTRANSFORM2DIMGLVL1_H__