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TextureTracker.h

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#ifndef _TEXTURE_TRACKER_H_
#define _TEXTURE_TRACKER_H_

#include <blort/Tracker/Tracker.h>
#include <opencv2/core/core.hpp>

namespace Tracking{

    class TextureTracker : public Tracker
    {
    private:
        
        // Resources
        Shader* m_shadeTexEdgeTest;
        Shader* m_shadeTexColorTest;
        Shader* m_shadeConfidenceMM;
        Shader* m_shadeCompare;
        Texture* m_tex_model;
        std::vector<Texture*> m_tex_model_ip;
        Texture* m_tex_frame_cmp;
        Texture* m_tex_model_cmp;

        
        // Functions
        void model_processing(ModelEntry* modelEntry);
        
        void particle_filtering(ModelEntry* modelEntry);

    public:
        TextureTracker();
        ~TextureTracker();

        virtual void setKernelSize(int val){
            params.kernel_size = val;
            m_shadeCompare->bind();
            m_shadeCompare->setUniform("kernelsize", params.kernel_size);
            m_shadeCompare->unbind();
        }
        
        virtual void setEdgeShader(){ 
            m_shadeCompare = m_shadeTexEdgeTest;
        }
        virtual void setColorShader(){
            m_shadeCompare = m_shadeTexColorTest;
        }
        
        virtual bool initInternal();
        
        virtual float evaluateParticle(ModelEntry* modelEntry);
        virtual float evaluateParticle(ModelEntry* modelEntry, Shader* shader);
        
        virtual void image_processing(unsigned char* image, GLenum format=GL_BGR);
        virtual void image_processing(unsigned char* image, const TomGine::tgModel &m, const TomGine::tgPose &p, GLenum format=GL_BGR);
        virtual void image_processing(unsigned char* image, int model_id, const TomGine::tgPose &p, GLenum format=GL_BGR);
        
        virtual bool track();
        bool track(ModelEntry *modelEntry);
        virtual bool track(int id);
        
        virtual void textureFromImage(bool use_num_pixels=true);
        
        virtual void textureFromImage(int id, const TomGine::tgPose &pose, bool use_num_pixels=true);
        
        virtual void untextureModels();

        virtual void drawResult(float linewidth=2.0f);
        
        virtual void drawModelEntry(ModelEntry* modelEntry, float linewidth=1.0f);
        
        virtual void drawTrackerModel(int id, const TomGine::tgPose &p, float linewidth=1.0f);
        
        virtual void evaluatePDF( int id,
                                  float x_min, float y_min,
                                  float x_max, float y_max,
                                  int res,
                                  const char* meshfile, const char* xfile);

        
        virtual std::vector<float> getPDFxy(    ModelEntry* modelEntry,
                                                float x_min, float y_min,
                                                float x_max, float y_max,
                                                int res);

        virtual void savePDF(   std::vector<float> vPDFMap,
                                float x_min, float y_min,
                                float x_max, float y_max,
                                unsigned res,
                                const char* meshfile, const char* xfile);
        
        cv::Mat getModelTexture();

    };

} // namespace Tracking

#endif

---

blort
Author(s): Michael Zillich, Thomas Mörwald, Johann Prankl, Andreas Richtsfeld, Bence Magyar (ROS version)
autogenerated on Fri Mar 1 16:57:15 2013