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hugin1/hugin/TexCoordRemapper.h

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// -*- c-basic-offset: 4 -*-

/* A TexCoordRemapper uses the reamapping transformations to create a set of
 * quadrilatrials that approximate the remapping. Each quad represents a small
 * axis-aligned rectangle of the output panorama.
 *
 * The mapping works by setting the texture coordinates of the input image to
 * reflect the output one.
 */

#ifndef __TEXCOORDREMAPPER_H
#define __TEXCOORDREMAPPER_H

#include "MeshRemapper.h"
#include <vector>
#include "hugin_math/hugin_math.h"

class TexCoordRemapper: public MeshRemapper
{
public:
    TexCoordRemapper(HuginBase::Panorama *m_pano, unsigned int image_number,
                     ViewState *view_state);
    virtual void UpdateAndResetIndex();
    virtual bool GetNextFaceCoordinates(Coords *result);
private:
    void SetSize();
    // this stores all the coordinates, and can return rows of them.
    // arrays don't meet the requirements for std::vector, so we use a pair.
    std::vector< std::vector<hugin_utils::FDiff2D> > map;
    // dimensions for the area we cover. This can be used for clipping.
    double start_x, start_y, end_x, end_y;
    // this is the number of vertices we use in each direction.
    unsigned int divisions_x, divisions_y;
    // the size of the output
    double o_width, o_height;
    // the size of each face
    double face_width;
    double face_height;
    // these are used to index faces between calls of GetNextFaceCoordinates
    unsigned int face_index, number_of_faces;
    double vertex_coords[2][2][2];
    double texture_coords[2][2][2];
    std::vector<MeshRemapper::ArrayCoords> face_list;
};

#endif

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