IPSDKCore/html/a14984_source.html

 // PythonImageUtils.h:
 // -------------------
 //

 #ifndef __PYIPSDKBASE_PYTHONIMAGEUTILS_H__
 #define __PYIPSDKBASE_PYTHONIMAGEUTILS_H__

 // suppression warnings
 // warning C4244: 'return' : conversion from 'Py_ssize_t' to 'unsigned int', possible loss of data
 #pragma warning (push)
 #pragma warning (disable : 4244)

 #include <Python/PyIPSDKBase/PyIPSDKBaseExports.h>
 #include <Python/PyIPSDKBase/PythonImageTypes.h>
 #include <IPSDKImage/Geometry/ImageGeometryTypes.h>
 #include <IPSDKImage/Image/ImageUtils.h>
 #include <boost/python/numpy.hpp>

 namespace ipsdk {
 namespace python {


 PYIPSDKBASE_API PythonImagePtr
 createImage(const image::eImageBufferType& imageBufferType,
             const ipUInt64 sizeX, const ipUInt64 sizeY);

 PYIPSDKBASE_API PythonImagePtr
 createImageRgb(const image::eImageBufferType& imageBufferType,
                const ipUInt64 sizeX, const ipUInt64 sizeY);

 PYIPSDKBASE_API PythonImagePtr
 createImageSeq(const image::eImageBufferType& imageBufferType,
                const ipUInt64 sizeX, const ipUInt64 sizeY, const ipUInt64 sizeT);

 PYIPSDKBASE_API PythonImagePtr
 createImage(const image::eImageBufferType& imageBufferType,
             const ipUInt64 sizeX, const ipUInt64 sizeY, const ipUInt64 sizeZ);

 PYIPSDKBASE_API PythonImagePtr
 createImage(const image::BaseImageGeometry& geometry);

 PYIPSDKBASE_API image::DistributedImagePtr
 createDistributedImage(const image::BaseImageGeometry& geometry);

 PYIPSDKBASE_API python::PythonCudaImagePtr
 createGpuImage(const image::BaseImageGeometry& geometry);


 PYIPSDKBASE_API PythonImagePtr
 fromArray(boost::python::numpy::ndarray& pythonArray);

 PYIPSDKBASE_API PythonImagePtr
 fromRgbArray(boost::python::numpy::ndarray& pythonArray);

 PYIPSDKBASE_API PythonImagePtr
 fromBinaryArray(boost::python::numpy::ndarray& pythonArray);

 PYIPSDKBASE_API PythonImagePtr
 fromLabelArray(boost::python::numpy::ndarray& pythonArray);

 PYIPSDKBASE_API PythonImagePtr
 fromArray(boost::python::numpy::ndarray& pythonArray,
           const image::BaseImageGeometry& geometry);


 PYIPSDKBASE_API image::ImageConstPtr
 extractPlan(const ipUInt64 zPlanIdx,
             const ipUInt64 cPlanIdx,
             const ipUInt64 tPlanIdx,
             const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractPlan(const ipUInt64 zPlanIdx,
             const ipUInt64 cPlanIdx,
             const ipUInt64 tPlanIdx,
             image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractPlan(const PlanIndex& planIdx,
             const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractPlan(const PlanIndex& planIdx,
             image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractPlan(const ipUInt64& planIdx,
             const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractPlan(const ipUInt64& planIdx,
             image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractVolume(const ipUInt64 cPlanIdx,
               const ipUInt64 tPlanIdx,
               const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractVolume(const ipUInt64 cPlanIdx,
               const ipUInt64 tPlanIdx,
               image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractColor(const ipUInt64 zPlanIdx,
              const ipUInt64 tPlanIdx,
              const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractColor(const ipUInt64 zPlanIdx,
              const ipUInt64 tPlanIdx,
              image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractTemporal(const ipUInt64 zPlanIdx,
                 const ipUInt64 cPlanIdx,
                 const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractTemporal(const ipUInt64 zPlanIdx,
                 const ipUInt64 cPlanIdx,
                 image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractColorVolume(const ipUInt64 tPlanIdx,
                    const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractColorVolume(const ipUInt64 tPlanIdx,
                    image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractTemporalVolume(const ipUInt64 cPlanIdx,
                       const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractTemporalVolume(const ipUInt64 cPlanIdx,
                       image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractTemporalColor(const ipUInt64 zPlanIdx,
                      const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractTemporalColor(const ipUInt64 zPlanIdx,
                      image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractSubSequence(const ipUInt64 temporalStartOffset,
                    const ipUInt64 temporalSize,
                    const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractSubSequence(const ipUInt64 temporalStartOffset,
                    const ipUInt64 temporalSize,
                    image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 extractSubVolume(const ipUInt64 volStartOffset,
                  const ipUInt64 volSize,
                  const image::BaseImage& inputImage);
 PYIPSDKBASE_API image::ImagePtr
 extractSubVolume(const ipUInt64 volStartOffset,
                  const ipUInt64 volSize,
                  image::BaseImage& inputImage);

 PYIPSDKBASE_API image::ImageConstPtr
 concatenateSequences(const image::ImageConstPtr& pInputImage1,
                      const image::ImageConstPtr& pInputImage2);
 PYIPSDKBASE_API image::ImagePtr
 concatenateSequences(const image::ImagePtr& pInputImage1,
                      const image::ImagePtr& pInputImage2);

 PYIPSDKBASE_API image::ImageConstPtr
 concatenateVolumes(const image::ImageConstPtr& pInputImage1,
                    const image::ImageConstPtr& inputImage2);
 PYIPSDKBASE_API image::ImagePtr
 concatenateVolumes(const image::ImagePtr& pInputImage1,
                    const image::ImagePtr& pInputImage2);


 } // end of namespace python
 } // end of namespace ipsdk

 #pragma warning (pop)

 #endif // __PYIPSDKBASE_PYTHONIMAGEUTILS_H__
ipsdk::python::extractColor
PYIPSDKBASE_API image::ImageConstPtr extractColor(const ipUInt64 zPlanIdx, const ipUInt64 tPlanIdx, const image::BaseImage &inputImage)
extraction of a sub image composed of color plans from an other image

ipsdk
Main namespace for IPSDK library.
Definition: AlgorithmFunctionEfficiency.h:22

ipsdk::python::extractPlan
PYIPSDKBASE_API image::ImageConstPtr extractPlan(const ipUInt64 zPlanIdx, const ipUInt64 cPlanIdx, const ipUInt64 tPlanIdx, const image::BaseImage &inputImage)
extraction of a sub image composed of a single plan from an other image

ipsdk::python::extractTemporalVolume
PYIPSDKBASE_API image::ImageConstPtr extractTemporalVolume(const ipUInt64 cPlanIdx, const image::BaseImage &inputImage)
extraction of a sub image composed of a sequence 3d volume from an other image

ipsdk::python::createImageRgb
PYIPSDKBASE_API PythonImagePtr createImageRgb(const image::eImageBufferType &imageBufferType, const ipUInt64 sizeX, const ipUInt64 sizeY)
function allowing to create a new python rgb 2d image

ipsdk::python::extractVolume
PYIPSDKBASE_API image::ImageConstPtr extractVolume(const ipUInt64 cPlanIdx, const ipUInt64 tPlanIdx, const image::BaseImage &inputImage)
extraction of a sub image composed of a 3d volume from an other image

ipsdk::python::extractTemporalColor
PYIPSDKBASE_API image::ImageConstPtr extractTemporalColor(const ipUInt64 zPlanIdx, const image::BaseImage &inputImage)
extraction of a sub image composed of sequence color plans from an other image

ipsdk::ipUInt64
uint64_t ipUInt64
Base types definition.
Definition: BaseTypes.h:55

ipsdk::python::extractSubVolume
PYIPSDKBASE_API image::ImageConstPtr extractSubVolume(const ipUInt64 volStartOffset, const ipUInt64 volSize, const image::BaseImage &inputImage)
extraction of a sub image composed of a sub volume from an other image

ipsdk::python::fromBinaryArray
PYIPSDKBASE_API PythonImagePtr fromBinaryArray(boost::python::numpy::ndarray &pythonArray)
function allowing to create a python binary image view from an existing array

ipsdk::image::ImagePtr
boost::shared_ptr< BaseImage > ImagePtr
Definition: ImageTypes.h:139

ipsdk::python::createImage
PYIPSDKBASE_API PythonImagePtr createImage(const image::eImageBufferType &imageBufferType, const ipUInt64 sizeX, const ipUInt64 sizeY)
function allowing to create a new python 2d image

PythonImageTypes.h
Predefined types for python image management.

PYIPSDKBASE_API
#define PYIPSDKBASE_API
Import/Export macro for library PyIPSDKBase.
Definition: PyIPSDKBaseExports.h:25

ipsdk::python::fromArray
PYIPSDKBASE_API PythonImagePtr fromArray(boost::python::numpy::ndarray &pythonArray)
function allowing to create python image view from an existing array

ipsdk::python::extractColorVolume
PYIPSDKBASE_API image::ImageConstPtr extractColorVolume(const ipUInt64 tPlanIdx, const image::BaseImage &inputImage)
extraction of a sub image composed of a color 3d volume from an other image

ipsdk::python::PythonCudaImagePtr
boost::shared_ptr< PythonCudaImage > PythonCudaImagePtr
Definition: PythonImageTypes.h:44

ipsdk::python::createGpuImage
PYIPSDKBASE_API python::PythonCudaImagePtr createGpuImage(const image::BaseImageGeometry &geometry)
function allowing to create a new gpu image from an existing geometry

ipsdk::python::createDistributedImage
PYIPSDKBASE_API image::DistributedImagePtr createDistributedImage(const image::BaseImageGeometry &geometry)
function allowing to create a new distributed image from an existing geometry

ipsdk::python::PythonImagePtr
boost::shared_ptr< PythonImage > PythonImagePtr
Definition: PythonImageTypes.h:25

ipsdk::image::geometry
IPSDKIMAGE_API ImageGeometryPtr geometry(const eImageBufferType &imageBufferType, const ipUInt64 sizeX, const ipUInt64 sizeY, const VolumeGeometry &volumeGeometry, const ColorGeometry &colorGeometry, const TemporalGeometry &temporalGeometry)
create an image geometry

ipsdk::python::concatenateVolumes
PYIPSDKBASE_API image::ImageConstPtr concatenateVolumes(const image::ImageConstPtr &pInputImage1, const image::ImageConstPtr &inputImage2)
generation of a sub image composed of the volume concatenation of two 3d images

ipsdk::python::extractSubSequence
PYIPSDKBASE_API image::ImageConstPtr extractSubSequence(const ipUInt64 temporalStartOffset, const ipUInt64 temporalSize, const image::BaseImage &inputImage)
extraction of a sub image composed of a sub sequence from an other image

ImageUtils.h
Utility functions for image management.

ImageGeometryTypes.h
Predefined types for image geometry management.

ipsdk::python::fromRgbArray
PYIPSDKBASE_API PythonImagePtr fromRgbArray(boost::python::numpy::ndarray &pythonArray)
function allowing to create a rgb python 2d image view from an existing array

ipsdk::image::ImageConstPtr
boost::shared_ptr< const BaseImage > ImageConstPtr
Definition: ImageTypes.h:140

ipsdk::python::fromLabelArray
PYIPSDKBASE_API PythonImagePtr fromLabelArray(boost::python::numpy::ndarray &pythonArray)
function allowing to create a python label image view from an existing array

ipsdk::image::DistributedImagePtr
boost::shared_ptr< DistributedImage > DistributedImagePtr
Definition: DistributedImageTypes.h:38

PyIPSDKBaseExports.h
Definition of import/export macro for library.

ipsdk::python::extractTemporal
PYIPSDKBASE_API image::ImageConstPtr extractTemporal(const ipUInt64 zPlanIdx, const ipUInt64 cPlanIdx, const image::BaseImage &inputImage)
extraction of a sub image composed of sequence plans from an other image

ipsdk::python::createImageSeq
PYIPSDKBASE_API PythonImagePtr createImageSeq(const image::eImageBufferType &imageBufferType, const ipUInt64 sizeX, const ipUInt64 sizeY, const ipUInt64 sizeT)
function allowing to create a new python sequence 2d image

ipsdk::python::concatenateSequences
PYIPSDKBASE_API image::ImageConstPtr concatenateSequences(const image::ImageConstPtr &pInputImage1, const image::ImageConstPtr &pInputImage2)
generation of a sub image composed of the concatenation of two sequence images

ipsdk::image::eImageBufferType
eImageBufferType
types associated to image buffers
Definition: ImageTypes.h:78