otbWrapperApplication.h

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/*
 * Copyright (C) 2005-2022 Centre National d'Etudes Spatiales (CNES)
 *
 * This file is part of Orfeo Toolbox
 *
 *     https://www.orfeo-toolbox.org/
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 *     http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */
 
#ifndef otbWrapperApplication_h
#define otbWrapperApplication_h
 
#include <string>
#include <set>
#include "otbWrapperTypes.h"
#include "otbWrapperTags.h"
#include "otbWrapperParameterGroup.h"
#include "otbWrapperFieldParameter.h"
 
#include "otbLogger.h"
#include "otbStopwatch.h"
#include "otbWrapperMacros.h"
#include "otbWrapperInputImageParameter.h"
#include "otbWrapperInputImageListParameter.h"
#include "otbWrapperOutputImageParameter.h"
#include "otbWrapperDocExampleStructure.h"
#include "itkMersenneTwisterRandomVariateGenerator.h"
#include "OTBApplicationEngineExport.h"
 
namespace otb
{
 
class OTBApplicationEngine_EXPORT ApplicationException : public itk::ExceptionObject
{
public:
  itkTypeMacro(ApplicationException, ExceptionObject);
 
  ApplicationException(const char* file, unsigned int line, const char* message = "Application error.", const char* loc = "Unknown");
 
  ApplicationException(const std::string& file, unsigned int line, const char* message = "Application error.", const char* loc = "Unknown");
 
  ApplicationException(const std::string& file, unsigned int line, const std::string& message = "Application error.", const std::string& loc = "Unknown");
};
 
namespace Wrapper
{
 
class OTBApplicationEngine_EXPORT Application : public itk::Object
{
public:
  typedef Application                   Self;
  typedef itk::Object                   Superclass;
  typedef itk::SmartPointer<Self>       Pointer;
  typedef itk::SmartPointer<const Self> ConstPointer;
 
  itkTypeMacro(Application, itk::Object);
 
  virtual void        SetName(const std::string&);
  virtual const char* GetName() const;
 
  void                SetDescription(const std::string&);
  virtual const char* GetDescription() const;
 
  void Init();
 
  bool IsInitialized() const;
 
  void LoadParametersFromXML(const std::string& filename);
  void SaveParametersToXML(const std::string& filename);
 
  void UpdateParameters();
 
  int Execute();
 
  void WriteOutput();
 
  int ExecuteAndWriteOutput();
 
  bool ConnectImage(std::string in, Application* app, std::string out);
 
  void PropagateConnectMode(bool isMem);
 
  void Stop();
 
  /* Get the internal application parameters
   *
   * WARNING: this method may disappear from the API */
  ParameterGroup* GetParameterList();
 
  /* Get the internal application parameter specified
   * if the follow flag is on, the function returns the target of proxy parameters
   * WARNING: this method may disappear from the API */
  Parameter* GetParameterByKey(std::string const& parameter, bool follow = true);
 
  /* Get the internal application parameter specified
   *
   * WARNING: this method may disappear from the API */
  const Parameter* GetParameterByKey(std::string const& parameter, bool follow = true) const;
 
  /* Returns the description of a parameter */
  std::string GetParameterName(std::string const& paramKey);
 
  /* Returns the description of a parameter */
  std::string GetParameterDescription(std::string const& paramKey);
 
  /* Set the description of a parameter */
  void SetParameterDescription(std::string const& paramKey, std::string dec);
 
  /* Enable the use of an optional parameter. Returns the previous state */
  void EnableParameter(std::string const& paramKey);
 
  /* Disable the use of an optional parameter. Returns the previous state  */
  void DisableParameter(std::string const& paramKey);
 
  /* Return the enable state of an optional parameter  */
  bool IsParameterEnabled(std::string const& paramKey, bool recurseParents = false) const;
 
  /* Return true if the specified parameter is mandatory */
  bool IsMandatory(std::string const& paramKey) const;
 
  /* Return true if the specified parameter was set automatically in
   * the application
   */
  bool HasAutomaticValue(std::string const& paramKey) const;
 
  /* Returns true if the parameter has an associated value provided externally
   *  (not automatically computed by the application) */
  bool HasUserValue(std::string const& paramKey) const;
 
  /* If a user value was provided, clear it and update the other parameters */
  void ClearValue(std::string const& paramKey);
 
  /* Returns true if the parameter has an associated value.
   * This value can be an automatically computed value or default value,
   * or a value set externally by user */
  bool HasValue(std::string const& paramKey) const;
 
  void SetParameterUserValue(std::string const& paramKey, bool value);
 
  /* Return the user level of access to a parameter */
  UserLevel GetParameterUserLevel(std::string const& paramKey) const;
 
  Role GetParameterRole(std::string const& paramKey) const;
 
  /* Get the parameter type from its name */
  ParameterType GetParameterType(std::string const& paramKey) const;
 
  /* Returns the description of a parameter */
  std::vector<std::string> GetChoiceKeys(std::string const& paramKey);
 
  /* Returns the description of a parameter */
  std::vector<std::string> GetChoiceNames(std::string const& paramKey);
 
  /* Set an integer value
   *
   * Can be called for types :
   * \li ParameterType_Int
   * \li ParameterType_Bool
   * \li ParameterType_Float
   * \li ParameterType_Double
   * \li ParameterType_Radius
   * \li ParameterType_Choice
   */
  void SetParameterInt(std::string const& parameter, int value, bool hasUserValueFlag = true);
 
  /* Set a floating value
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  void SetParameterFloat(std::string const& parameter, float value, bool hasUserValueFlag = true);
 
  /* Set a double precision floating value
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  void SetParameterDouble(std::string const& parameter, double value, bool hasUserValueFlag = true);
 
  /* Set a string value
   *
   * Can be called for types :
   * \li ParameterType_InputImageListParameter
   * \li ParameterType_InputVectorDataListParameter
   * \li ParameterType_InputFilenameListParameter
   * \li ParameterType_StringList
   * \li ParameterType_ListView
   * \li ParameterType_Band
   * \li ParameterType_Field
   */
  void SetParameterString(std::string const& parameter, std::string value, bool hasUserValueFlag = true);
 
  /* Set a string value
   *
   * Can be called for types :
   * \li ParameterType_String
   * \li ParameterType_StringList
   * \li ParameterType_ListView
   * \li ParameterType_Band
   * \li ParameterType_Field
   * \li ParameterType_InputFilename
   * \li ParameterType_OutputFilename
   * \li ParameterType_Directory
   * \li ParameterType_Choice
   * \li ParameterType_Float
   * \li ParameterType_Double
   * \li ParameterType_Int
   * \li ParameterType_Radius
   * \li ParameterType_InputImageParameter
   * \li ParameterType_InputVectorDataParameter
   * \li ParameterType_OutputImageParameter
   * \li ParameterType_OutputVectorDataParameter
   */
  void SetParameterStringList(std::string const& parameter, std::vector<std::string> values, bool hasUserValueFlag = true);
 
  bool IsApplicationReady();
 
  bool IsParameterMissing(const std::string& key) const;
 
  /* Set a default integer value, must be used in the
   * DoInit when setting a value by default
   * for the parameter
   *
   * Can be called for types :
   * \li ParameterType_Int
   * \li ParameterType_Float
   * \li ParameterType_Double
   * \li ParameterType_Radius
   * \li ParameterType_Choice
   */
  void SetDefaultParameterInt(std::string const& parameter, int value);
 
  /* Get the default integer value of a parameter
   *
   * Can be called for types :
   * \li ParameterType_Int
   * \li ParameterType_Float
   * \li ParameterType_Double
   * \li ParameterType_Radius
   * \li ParameterType_Choice
   */
  int GetDefaultParameterInt(std::string const& parameter);
 
  /* Set a default floating value, must be used in the
   * DoInit when setting a value by default
   * for the parameter
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  void SetDefaultParameterFloat(std::string const& parameter, float value);
 
  /* Get the default floating value of a parameter
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  float GetDefaultParameterFloat(std::string const& parameter);
 
  /* Set a default double precision floating value, must be used in the
   * DoInit when setting a value by default
   * for the parameter
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  void SetDefaultParameterDouble(std::string const& parameter, double value);
 
  /* Get the default double precision floating value of a parameter
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  double GetDefaultParameterDouble(std::string const& parameter);
 
  void SetDefaultOutputPixelType(std::string const& parameter, ImagePixelType type);
 
  void SetDefaultOutputComplexPixelType(std::string const& parameter, ComplexImagePixelType type);
 
  /* Set a minimum int value, must used in the
   * DoInit when setting a value by default
   * for the parameter
   *
   * Can be called for types :
   * \li ParameterType_Int
   */
  void SetMinimumParameterIntValue(std::string const& parameter, int value);
 
  /* Set a maximum int value, must used in the
   * DoInit when setting a value by default
   * for the parameter
   *
   * Can be called for types :
   * \li ParameterType_Int
   */
  void SetMaximumParameterIntValue(std::string const& parameter, int value);
 
  /* Set a minimum float value, must used in the
   * DoInit when setting a value by default
   * for the parameter
   *
   * Can be called for types :
   * \li ParameterType_Float
   */
  void SetMinimumParameterFloatValue(std::string const& parameter, float value);
 
  /* Set a maximum float value, must used in the
   * DoInit when setting a value by default
   * for the parameter
   *
   * Can be called for types :
   * \li ParameterType_Float
   */
  void SetMaximumParameterFloatValue(std::string const& parameter, float value);
 
  /* Set a minimum double precision float value, must used in the
   * DoInit when setting a value by default
   * for the parameter
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  void SetMinimumParameterDoubleValue(std::string const& parameter, double value);
 
  /* Set a maximum double precision value, must used in the
   * DoInit when setting a value by default
   * for the parameter
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  void SetMaximumParameterDoubleValue(std::string const& parameter, double value);
 
 
  void SetListViewSingleSelectionMode(std::string const& parameter, bool status);
 
  bool GetListViewSingleSelectionMode(const std::string& parameter);
 
  /* Set an output image value
   *
   * Can be called for types :
   * \li ParameterType_OutputImage
   */
  void SetParameterOutputImage(std::string const& parameter, FloatVectorImageType* value);
 
  /* Set the pixel type in which the image will be saved
   *
   * Can be called for types :
   * \li ParameterType_OutputImage
   */
  void SetParameterOutputImagePixelType(std::string const& parameter, ImagePixelType pixelType);
 
  /* Set an output vector data value
   *
   * Can be called for types :
   * \li ParameterType_OutputVectorData
   */
  void SetParameterOutputVectorData(std::string const& parameter, VectorDataType* value);
 
  /* Get an integer parameter value
   *
   * Can be called for types :
   * \li ParameterType_Int
   * \li ParameterType_Bool
   * \li ParameterType_Float
   * \li ParameterType_Double
   * \li ParameterType_Radius
   * \li ParameterType_Choice
   */
  int GetParameterInt(std::string const& parameter) const;
 
  /* Get a floating parameter value
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  float GetParameterFloat(std::string const& parameter) const;
 
  /* Get a double precision floating parameter value
   *
   * Can be called for types :
   * \li ParameterType_Float
   * \li ParameterType_Double
   */
  double GetParameterDouble(std::string const& parameter) const;
 
  /* Get a string parameter value
   *
   * Can be called for types :
   * \li ParameterType_String
   * \li ParameterType_InputFilename
   * \li ParameterType_OutputFilename
   * \li ParameterType_Directory
   * \li ParameterType_InputImage
   * \li ParameterType_InputVectorData
   * \li ParameterType_OutputImage
   * \li ParameterType_OutputVectorData
   */
  std::string GetParameterString(std::string const& parameter) const;
 
  /* Get a string list parameter value
   *
   * Can be called for types :
   * \li ParameterType_StringList
   * \li ParameterType_InputImageList
   * \li ParameterType_InputFilenameList
   */
  // TODO: Should be rewritten:
  //
  // std::size_t
  // GetParameterStringList( const std::vector< String > & v,
  //                         const std::string & parameter ) const;
  //
  // to avoid useless memory allocations.
  std::vector<std::string> GetParameterStringList(const std::string& parameter);
 
 
  void SetParameterInputImage(std::string const& parameter, ImageBaseType* inputImage);
 
  ImageBaseType* GetParameterOutputImage(std::string const& parameter);
 
  void AddImageToParameterInputImageList(std::string const& parameter, ImageBaseType* img);
 
  void SetNthParameterInputImageList(std::string const& parameter, const unsigned int& id, ImageBaseType* img);
 
  void SetVectorData(std::string const& key, std::string const& vectorData );
 
  void SetTypeFilter(std::string const& key, FieldParameter::TypeFilterType const& typeFilter );
 
  const FieldParameter::TypeFilterType& GetTypeFilter(std::string const& key ) const;
 
  void SetRasterData(std::string const& key, std::string const& rasterData );
 
  void AddParameterStringList(std::string const& parameter, const std::string& str);
 
  void SetNthParameterStringList(std::string const& parameter, const unsigned int& id, const std::string& str);
 
 
  void ClearParameterInputImageList(std::string const& parameter);
 
  unsigned int GetNumberOfElementsInParameterInputImageList(std::string const& parameter);
 
 
  /* Get an image value
   *
   * Can be called for types :
   * \li ParameterType_InputImage
   */
  FloatVectorImageType* GetParameterImage(std::string const& parameter);
 
  UInt8ImageType*        GetParameterUInt8Image(std::string const&);
  UInt16ImageType*       GetParameterUInt16Image(std::string const&);
  Int16ImageType*        GetParameterInt16Image(std::string const&);
  UInt32ImageType*       GetParameterUInt32Image(std::string const&);
  Int32ImageType*        GetParameterInt32Image(std::string const&);
  FloatImageType*        GetParameterFloatImage(std::string const&);
  DoubleImageType*       GetParameterDoubleImage(std::string const&);
  UInt8VectorImageType*  GetParameterUInt8VectorImage(std::string const&);
  UInt16VectorImageType* GetParameterUInt16VectorImage(std::string const&);
  Int16VectorImageType*  GetParameterInt16VectorImage(std::string const&);
  UInt32VectorImageType* GetParameterUInt32VectorImage(std::string const&);
  Int32VectorImageType*  GetParameterInt32VectorImage(std::string const&);
  FloatVectorImageType*  GetParameterFloatVectorImage(std::string const&);
  DoubleVectorImageType* GetParameterDoubleVectorImage(std::string const&);
  UInt8RGBImageType*     GetParameterUInt8RGBImage(std::string const&);
  UInt8RGBAImageType*    GetParameterUInt8RGBAImage(std::string const&);
 
  // Complex image
  ComplexInt16ImageType*  GetParameterComplexInt16Image(std::string const&);
  ComplexInt32ImageType*  GetParameterComplexInt32Image(std::string const&);
  ComplexFloatImageType*  GetParameterComplexFloatImage(std::string const&);
  ComplexDoubleImageType* GetParameterComplexDoubleImage(std::string const&);
 
  ComplexInt16VectorImageType*  GetParameterComplexInt16VectorImage(std::string const&);
  ComplexInt32VectorImageType*  GetParameterComplexInt32VectorImage(std::string const&);
  ComplexFloatVectorImageType*  GetParameterComplexFloatVectorImage(std::string const&);
  ComplexDoubleVectorImageType* GetParameterComplexDoubleVectorImage(std::string const&);
 
 
  /* Get an image list value
   *
   * Can be called for types :
   * \li ParameterType_InputImageList
   */
  FloatVectorImageListType* GetParameterImageList(std::string const& parameter);
 
  /* GetParameterVectorData
   *
   * Can be called for types :
 
   * \li ParameterType_InputVectorData
   */
  VectorDataType* GetParameterVectorData(std::string const& parameter);
 
  /* GetParameteVetorDataList
     *
     * Can be called for types :
 
     * \li ParameterType_InputVectorDatalist
     */
  VectorDataListType* GetParameterVectorDataList(std::string const& parameter);
 
  /* Get the parameter as a std::string
    *
    * Can be called for types :
    * \li ParameterType_Float
    * \li ParameterType_Double
    * \li ParameterType_Int
    * \li ParameterType_Choice
    * \li ParameterType_Radius
    * \li ParameterType_String
    * \li ParameterType_InputFilename
    * \li ParameterType_OutputFilename
    * \li ParameterType_Directory
    * \li ParameterType_InputImage
    * \li ParameterType_InputVectorData
    * \li ParameterType_OutputImage
    * \li ParameterType_OutputVectorData
    */
  std::string GetParameterAsString(std::string const& paramKey);
 
  /* Get the list of all parameters
   */
  std::vector<std::string> GetParametersKeys(bool recursive = true);
 
  /* Get the pixel type in which the image will be saved
   *
   * Can be called for types :
   * \li ParameterType_OutputImage
   */
  ImagePixelType GetParameterOutputImagePixelType(std::string const& parameter);
 
  void SetParameterList(ParameterGroup::Pointer paramGroup)
  {
    m_ParameterList = paramGroup;
  }
 
  otb::Logger* GetLogger() const;
 
  void SetLogger(otb::Logger* logger);
 
  itk::ProcessObject* GetProgressSource() const;
 
  std::string GetProgressDescription() const;
 
  virtual void        SetDocLongDescription(const std::string&);
  virtual const char* GetDocLongDescription() const;
 
  virtual void        SetDocAuthors(const std::string&);
  virtual const char* GetDocAuthors() const;
 
  virtual void        SetDocLimitations(const std::string&);
  virtual const char* GetDocLimitations() const;
 
  virtual void        SetDocSeeAlso(const std::string&);
  virtual const char* GetDocSeeAlso() const;
 
  virtual void                     SetDocTags(std::vector<std::string>);
  virtual std::vector<std::string> GetDocTags() const;
 
  void AddDocTag(const std::string&);
 
  bool IsDeprecated();
 
  DocExampleStructure::Pointer GetDocExample();
  unsigned int                 GetNumberOfExamples();
  std::string GetExampleComment(unsigned int id);
  unsigned int GetExampleNumberOfParameters(unsigned int id);
  std::string GetExampleParameterKey(unsigned int exId, unsigned int paramId);
  std::string GetExampleParameterValue(unsigned int exId, unsigned int paramId);
  void SetDocExampleParameterValue(const std::string key, const std::string value, unsigned int exId = 0);
  void SetExampleComment(const std::string& comm, unsigned int i);
  unsigned int AddExample(const std::string& comm = "");
  std::string GetCLExample();
  std::string GetHtmlExample();
 
  std::vector<std::pair<std::string, std::string>> GetOutputParametersSumUp();
 
  double GetLastExecutionTiming() const;
 
  virtual void SetDocLink(const std::string& link);
  virtual const std::string& GetDocLink() const;
 
  void SetOfficialDocLink();
 
  ImageBaseType::PointType GetImageOrigin(const std::string& key, unsigned int idx = 0);
 
  ImageBaseType::SpacingType GetImageSpacing(const std::string& key, unsigned int idx = 0);
 
  ImageBaseType::SizeType GetImageSize(const std::string& key, unsigned int idx = 0);
 
  unsigned int GetImageNbBands(const std::string& key, unsigned int idx = 0);
 
  std::string GetImageProjection(const std::string& key, unsigned int idx = 0);
 
  unsigned long PropagateRequestedRegion(const std::string& key, ImageBaseType::RegionType region, unsigned int idx = 0);
 
  ImageBaseType::RegionType GetImageRequestedRegion(const std::string& key, unsigned int idx = 0);
 
  ImageMetadata &GetImageMetadata(const std::string& key, unsigned int idx = 0);
  void SetImageMetadata(const ImageMetadata & imd, const std::string& key, unsigned int idx = 0);
 
  itk::MetaDataDictionary GetMetadataDictionary(const std::string& key, unsigned int idx = 0);
 
  ImagePixelType GetImageBasePixelType(const std::string& key, unsigned int idx = 0);
 
  ImageBaseType* GetParameterImageBase(const std::string& key, unsigned int idx = 0);
 
  void SetParameterImageBase(const std::string& key, ImageBaseType* img, unsigned int idx = 0);
 
  void RegisterPipeline();
 
  void FreeRessources();
 
  bool IsExecuteDone();
 
  bool IsMultiWritingEnabled();
 
protected:
  Application();
 
  ~Application() override;
 
  /* Register a ProcessObject as a new progress source */
  void AddProcess(itk::ProcessObject* object, std::string description);
 
  void AddChoice(std::string const& paramKey, std::string const& paramName);
 
  void AddParameter(ParameterType type, std::string const& paramKey, std::string const& paramName);
 
  void AddRAMParameter(std::string const& paramKey = "ram");
 
  void AddRAMParameter(std::string const& paramKey, std::string const& paramName, unsigned int defaultValue);
 
  void AddRANDParameter(std::string const& paramKey = "rand");
 
  void AddRANDParameter(std::string const& paramKey, std::string const& paramName, unsigned int defaultValue);
 
  void ClearChoices(std::string const& key);
 
  std::vector<int> GetSelectedItems(std::string const& paramKey);
 
  void MandatoryOn(std::string const& paramKey);
 
  void MandatoryOff(std::string const& paramKey);
 
  /* Set the user level of access to a parameter */
  void SetParameterUserLevel(std::string const& paramKey, UserLevel level);
 
  /*  Set the parameter role (input/output) */
  void SetParameterRole(std::string const& paramKey, Role role);
 
  /* Get an image value
   *
   * Can be called for types :
   * \li ParameterType_InputImage
   */
  template <class TImageType>
  TImageType* GetParameterImage(std::string const& parameter);
 
  void AutomaticValueOn(std::string const& paramKey);
 
  void AutomaticValueOff(std::string const& paramKey);
 
  /* Set an output image value
   *
   * Can be called for types :
   * \li ParameterType_OutputImage
   */
  template <class TImageType>
  void SetParameterOutputImage(std::string const& parameter, TImageType* value);
 
  itkSetMacro(MultiWriting, bool);
 
  /* Enable in-application prevention of modifications to m_UserValue (default behaviour) */
  void EnableInPrivateDo();
 
  /* Disable in-application prevention of modifications to m_UserValue */
  void DisableInPrivateDo();
 
private:
  /* Implement this method to add parameters */
  virtual void DoInit() = 0;
 
  /* Implement this method to update non valued parameters */
  virtual void DoUpdateParameters() = 0;
 
  /* Implement this method to build the output */
  virtual void DoExecute() = 0;
 
  /* This method will be called after the
   * ExecuteAndWriteOutput() call to allow for cleanup. Default
   * implementation does nothing */
  virtual void AfterExecuteAndWriteOutputs();
 
  virtual void DoFreeRessources(){};
 
  Application(const Application&) = delete;
  void operator=(const Application&) = delete;
 
  std::string             m_Name;
  std::string             m_Description;
  ParameterGroup::Pointer m_ParameterList;
  otb::Logger::Pointer    m_Logger;
 
  itk::ProcessObject::Pointer m_ProgressSource;
  std::string                 m_ProgressSourceDescription;
 
  std::set<itk::ProcessObject::Pointer> m_Filters;
 
  std::string m_DocLongDescription;
 
  DocExampleStructure::Pointer m_DocExample;
 
  std::string m_DocAuthors;
 
  std::string m_DocLimitations;
 
  std::string m_DocSeeAlso;
 
  std::vector<std::string> m_DocTags;
 
  std::string m_Doclink;
 
  otb::Stopwatch m_Chrono;
 
  bool m_IsInPrivateDo;
 
  bool m_ExecuteDone;
 
  bool m_MultiWriting;
 
  friend class MapProjectionParametersHandler;
  friend class ElevationParametersHandler;
 
}; // end class
 
} // end namespace Wrapper
} // end namespace otb
 
 
#ifndef OTB_MANUAL_INSTANTIATION
#include "otbWrapperApplication.hxx"
#endif
 
 
namespace otb
{
namespace Wrapper
{
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE UInt8VectorImageType* Application::GetParameterImage<UInt8VectorImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE Int16VectorImageType* Application::GetParameterImage<Int16VectorImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE UInt16VectorImageType* Application::GetParameterImage<UInt16VectorImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE Int32VectorImageType* Application::GetParameterImage<Int32VectorImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE UInt32VectorImageType* Application::GetParameterImage<UInt32VectorImageType>(std::string const&);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE FloatVectorImageType* Application::GetParameterImage<FloatVectorImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE DoubleVectorImageType* Application::GetParameterImage<DoubleVectorImageType>(std::string const&);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE ComplexInt16VectorImageType*
                                                     Application::GetParameterImage<ComplexInt16VectorImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE ComplexInt32VectorImageType*
                                                     Application::GetParameterImage<ComplexInt32VectorImageType>(std::string const&);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE ComplexFloatVectorImageType*
                                                     Application::GetParameterImage<ComplexFloatVectorImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE ComplexDoubleVectorImageType*
                                                     Application::GetParameterImage<ComplexDoubleVectorImageType>(std::string const&);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE UInt8RGBImageType* Application::GetParameterImage<UInt8RGBImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE UInt8RGBAImageType* Application::GetParameterImage<UInt8RGBAImageType>(std::string const&);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE UInt8ImageType* Application::GetParameterImage<UInt8ImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE Int16ImageType* Application::GetParameterImage<Int16ImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE UInt16ImageType* Application::GetParameterImage<UInt16ImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE Int32ImageType* Application::GetParameterImage<Int32ImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE UInt32ImageType* Application::GetParameterImage<UInt32ImageType>(std::string const&);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE FloatImageType* Application::GetParameterImage<FloatImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE DoubleImageType* Application::GetParameterImage<DoubleImageType>(std::string const&);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE ComplexInt16ImageType* Application::GetParameterImage<ComplexInt16ImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE ComplexInt32ImageType* Application::GetParameterImage<ComplexInt32ImageType>(std::string const&);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE ComplexFloatImageType* Application::GetParameterImage<ComplexFloatImageType>(std::string const&);
extern template OTBApplicationEngine_EXPORT_TEMPLATE ComplexDoubleImageType* Application::GetParameterImage<ComplexDoubleImageType>(std::string const&);
 
//
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<UInt8VectorImageType>(std::string const&, UInt8VectorImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<Int16VectorImageType>(std::string const&, Int16VectorImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<UInt16VectorImageType>(std::string const&,
                                                                                                                      UInt16VectorImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<Int32VectorImageType>(std::string const&, Int32VectorImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<UInt32VectorImageType>(std::string const&,
                                                                                                                      UInt32VectorImageType*);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<FloatVectorImageType>(std::string const&, FloatVectorImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<DoubleVectorImageType>(std::string const&,
                                                                                                                      DoubleVectorImageType*);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<ComplexInt16VectorImageType>(std::string const&,
                                                                                                                            ComplexInt16VectorImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<ComplexInt32VectorImageType>(std::string const&,
                                                                                                                            ComplexInt32VectorImageType*);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<ComplexFloatVectorImageType>(std::string const&,
                                                                                                                            ComplexFloatVectorImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<ComplexDoubleVectorImageType>(std::string const&,
                                                                                                                             ComplexDoubleVectorImageType*);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<UInt8RGBImageType>(std::string const&, UInt8RGBImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<UInt8RGBAImageType>(std::string const&, UInt8RGBAImageType*);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<UInt8ImageType>(std::string const&, UInt8ImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<Int16ImageType>(std::string const&, Int16ImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<UInt16ImageType>(std::string const&, UInt16ImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<Int32ImageType>(std::string const&, Int32ImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<UInt32ImageType>(std::string const&, UInt32ImageType*);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<FloatImageType>(std::string const&, FloatImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<DoubleImageType>(std::string const&, DoubleImageType*);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<ComplexInt16ImageType>(std::string const&,
                                                                                                                      ComplexInt16ImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<ComplexInt32ImageType>(std::string const&,
                                                                                                                      ComplexInt32ImageType*);
 
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<ComplexFloatImageType>(std::string const&,
                                                                                                                      ComplexFloatImageType*);
extern template OTBApplicationEngine_EXPORT_TEMPLATE void Application::SetParameterOutputImage<ComplexDoubleImageType>(std::string const&,
                                                                                                                       ComplexDoubleImageType*);
 
} // namespace Wrapper
} // namespace otb
 
 
#endif // otbWrapperApplication_h_