LayerRasterSh.hpp

// Copyright © 2015 GEOSYSTEMS SRL
// All Rights Reserved.

#ifndef FIRE_SOURCE_RASTER_SHARED_LAYERRASTERSH_HPP_INCLUDED
#define FIRE_SOURCE_RASTER_SHARED_LAYERRASTERSH_HPP_INCLUDED

#include <fire/shared/Shared.hpp>

#include <exception>

#include "fire/source/raster/LayerRaster.hpp"

namespace fire {
namespace source {
namespace raster {
namespace shared {

class LayerRasterSh : public fire::shared::Shared< LayerRaster >  {
 public:
  explicit LayerRasterSh(LayerRaster* ptr = NULL): Shared(ptr) {
  }

  LayerRasterSh(LayerRasterSh const & c): Shared(c) {
  }

  inline const gear::geom::Envelope::EnvelopeShp getExtent() {
      return _getPtr()->getExtent();
  }

  inline const std::string getName() {
      return _getPtr()->getName();
  }

  inline const std::string getMime() {
      return _getPtr()->getMime();
  }

  inline const int getSrid() {
      return _getPtr()->getSrid();
  }

  inline const gis::data::Size getPixelSize() {
      return _getPtr()->getPixelSize();
  }

  inline const int getBandCount() {
      return _getPtr()->getBandCount();
  }

  inline void getBandValuesAt(gear::geom::Envelope::EnvelopeShp envelope, const gis::data::Size& step, const InterpolationType::InterpolationType& interptype, const std::vector< int >& bandindexes, std::vector< double >& band_values) {
          _getPtr()->getBandValuesAt(envelope, step, interptype, bandindexes, band_values);
  }

  inline void setMask(gear::geom::MultiPolygon multipolygon) {
      _getPtr()->setMask(multipolygon);
  }

  inline const DriverType::DriverType getDriverType() {
      return _getPtr()->getDriverType();
  }

};
}  // namespace shared
}  // namespace raster
}  // namespace source
}  // namespace fire

#endif