SurfaceTNInk Class Reference

#include <SurfaceTNInk.h>

Inheritance diagram for SurfaceTNInk:

Collaboration diagram for SurfaceTNInk:

List of all members.

Public Member Functions
	SurfaceTNInk (float _zoffset, float _xmax, float _ymax, float _rmsmin, float _rmsmax, Halftone *half, int nrHalfTones, StructureObject *_el, std::vector< float > lambdasim)
virtual	~SurfaceTNInk ()
int	Process (WavePacket &wp, int updown, int internal) const

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Constructor & Destructor Documentation

SurfaceTNInk::SurfaceTNInk	(	float	_zoffset,
		float	_xmax,
		float	_ymax,
		float	_rmsmin,
		float	_rmsmax,
		Halftone *	half,
		int	nrHalfTones,
		StructureObject *	_el,
		std::vector< float >	lambdasim
	)

Set various constants

Since we don't map different roughness values to the surface, we use the member 'rms' and ignore the matrix 'roughness'.

Read the halftones.

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SurfaceTNInk::~SurfaceTNInk

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[virtual]

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Member Function Documentation

int SurfaceTNInk::Process	(	WavePacket &	wp,
		int	up_down,
		int	internal
	)		const [virtual]

Check if two surfaces are same level,no Homogenouse layer exist

Parameters:

wp	Wave Packet's object to calculate ditance of interception and call many fuctions of wave packet.
up_down	Checks if wave packet is travelling in upward.

If not internal, compute the surface intersection point, if any.

Check for a hit with the any of the halftone layers

If no ink hit, continue with a standard surface scattering. Note: double work if !internal, as the surface intersection will be recalculated in Process.

Reimplemented from Surface.

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The documentation for this class was generated from the following files:

• OpenPaperOpt/SurfaceTNInk.h
• OpenPaperOpt/SurfaceTNInk.cpp