SimVolume Class Reference

#include <SimVolume.h>

Collaboration diagram for SimVolume:

List of all members.

Public Member Functions
	SimVolume ()
virtual	~SimVolume ()
int	Process (WavePacket &wp)
Public Attributes
std::vector< LightSource * >	mLight
std::vector< float >	mLambda
int	mNbrWp
StructureObject *	mFirstPo
StructureObject *	mLastPo
Detector *	mFirstDetec

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Detailed Description

SimVolume organises the different objects in the simulated structure. It contains the different light sources, objects (surfaces and layers), and detectors in the simulation. It points to the first object, which is surrounding medium above the simulated structure to get the incoming refractive index, and to the first detector. Each object points to its previous and next object and the same applies to detectors.

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Constructor & Destructor Documentation

SimVolume::SimVolume

(

)

SimVolume::~SimVolume

(

)

[virtual]

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Member Function Documentation

int SimVolume::Process

(

WavePacket &

wp

)

The Process method called after light source generation in the main program is the scattering simulation main function. It sends the wave packet to the top surface and then to the other layers and surfaces until the wave packet reached the first object (top surrounding), the last object (bottom surrounding), or has been absorbed.

Calculate first surface scattering This will return the number of objects that the wp will go through in case of zero thickness layers. If the next layer performs surface scattering, i.e. surface scattering is performed by layer's components, move the wavepacket to the surface position and go to next object without surface scattering

Find the first object that wp enter. wp is going down

Process wp until it leaves the structure Stop if more than 700 loops TODO: set max number as a parameter

Check wether surface scattering is controlled by surface object or layer's components

Process in the current paper object returns >0 if going up, <0 if going down absoolute value is the number of objects the wp went through (in case of zero thickness layers)

Get the next PO

Set the state of the wp before leaving TRA or REF

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Member Data Documentation

Detector* SimVolume::mFirstDetec

First detector in the simulation volume Each detector points then to its previous and next detector Last detector's next is NULL

StructureObject* SimVolume::mFirstPo

First object in the simulation volume Each object points then to its previous and next object mFirstPo is a HomogeneousLayer representing the surrounding medium on top of the structure (mainly for refractive index).

std::vector<float> SimVolume::mLambda

simulated wavelenghts

StructureObject* SimVolume::mLastPo

Last object in the simulation volume

std::vector<LightSource*> SimVolume::mLight

Lights sources to be simulated

int SimVolume::mNbrWp

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

• OpenPaperOpt/SimVolume.h
• OpenPaperOpt/SimVolume.cpp