OpenPaperOpt/SurfaceTNInk.h

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// SurfaceTNInk.h: interface for the SurfaceTNInk class.
//

#if !defined(AFX_SurfaceTNInk_H__7C7A0B54_6FBD_4B55_A8F1_E8DAB00D1886__INCLUDED_)
#define AFX_SurfaceTNInk_H__7C7A0B54_6FBD_4B55_A8F1_E8DAB00D1886__INCLUDED_
#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000

#include "SurfaceTN.h"
#include "Halftone.h"

class SurfaceTNInk : public Surface {

public:
        
        /*******************************************************************************
        * CONSTRUCTOR
        *
        * A simple constructor where no normal mapping is used, i.e. like a Surface
        * (not SurfaceTN) with halftone screens on top of it.
        *@param _zoffset                        Indicates actualy where is surface actualy exists   
        *@param _xmax                                   Size of normal
        *@param _ymax                                   Size of normal
        *@param _rmsmin                                 Replacement of normals file
        *@param _rmsmax                                 Represents how many normals can be calculated
        *@param _interpolate                    Resolution of generated surface normal map.
        *@param half                                    Ink Halftone screen
        *@param nrHalfTones                             Number of half tones 
        *@param lambdasim                               Wavelength of simulation
        *@param _el                                             Instance of StructureObject class is used to appraoch next surface layer untill
                                                                        last one
        *******************************************************************************/
        SurfaceTNInk(float _zoffset, float _xmax, float _ymax,
                                                                                                                 float _rmsmin, float _rmsmax,
                                                                                                                 Halftone *half,int nrHalfTones, StructureObject* _el, std::vector<float> lambdasim);

        virtual ~SurfaceTNInk();
        
        /*Calculate  surface interaction and check halftone layers
        /*  
    *@param wp                                  Wave Packet's object to calculate ditance of interception and call many fuctions of wave packet.                   
        *@param up_down                         Checks if wave packet is travelling in upward.
                        
        
        */
        int Process(WavePacket& wp, int updown, int internal) const;
        

private:

        int halftone_nbr;                                               // the number of halftones in that file
        Halftone* halftones;                            // The array of Halftone-objects
};

#endif // !defined(AFX_SurfaceTNInk_H__7C7A0B54_6FBD_4B55_A8F1_E8DAB00D1886__INCLUDED_)