Contents.m

% VLP_HTM   
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%   Matlab library for simulation of Visible Light Positioning applying Homogeneous Transformation Matrices.
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%   The underlying model is described in http://dx.doi.org/10.13140/RG.2.2.31780.58248
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%   Maintainer: pf@ua.pt
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%   Computation of received power
%   vlpRecIndication       - Computes the signal received by a photodiode sensor
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%   Generation of A, B and F matrices:
%   Receiver2A             - Computes the A matrix from an array of receivers struct data
%   Emitter2B              - Compute B matrix from emitters data
%   EmitRec2F              - Compute the F matrix from emitter and receiver data.
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%   Channel modelling:
%   H0_ER                  - Compute OWC channel gain (deprecated)
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%   Sensor displacement:
%   vlpMoveSensor          - Displaces a sensor or a receiver array in 3D space
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%   Data generation:
%   newEmitters            - Creates new Emitters
%   newReceivers           - Creates new Receivers
%   CreateEmittersArray    - Creates a regularly spaced 2 dimensional array of nx x ny emitters
%   CreateEmittersArray2   - Creates a regularly spaced 2 dimensional array of n_Emitters
%   CreateReceiversArray   - Creates a regularly spaced array of nx x ny receivers in a area of Lx x Ly
%   CreateReceiversArray2  - Creates a regularly spaced array of n_Receivers receivers in a area of Lx x Ly
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%   Sensors
%   vlpCreateSensorParMer  - Creates a VLP sensor with parallels and meridians
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%   Demos:
%   demo1                  - Demonstrates the usage of HTM based VLP code
%   demo2                  - Animated demo of HTM based VLP simulation code
%   demo3                  - Interactive demo showing noise effects
%   DefineSpace            - Define variables for the simulation space
%   sample1                - Sample code to demonstrate H0_ER function usage
%   experiment1            - Plot of power received in the plane from a source using H0_ER
%   experiment2            - Plot radiation graph from Lambertian source using H0_ER
%   Exp_20170411_a         - Compute the received power in a set of receivers from a set of emitters using A, B and F matrices.
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%   UnitTests
%   newEmittersTest        - UnitTests for newEmitters()
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%   Miscelaneous:
%   factorise2             - Computes two factors that, multiplied, result in n
%   vlpRecIndicationVerify - Short example of vlpRecIndication usage