RSA3DSimulation: 3DSynapses Simulation functions
In ComputationalIntelligenceGroup/3DSynapsesSA: 3DsynapsesSA: Three-dimensional distribution analyzer
Description
Usage
Arguments
Value
Author(s)
View source: R/synapsesSimulation.r
Description
Functions to simulate synapses 3D samples
Usage
1
RSA3DSimulation(n, box, diamSamplerFunc, maxIter = 100)
Arguments
n
An integer. The number of synapses to generate
box
An object of class "box3". Three dimensional box, as given by box3()
diamSamplerFunc
A function that get one parameter: the number of values to generate. Returns diameters
maxIter
A integer. Maximum number of iterations before failure
Value
A matrix with 4 columns (X,Y,Z,R) or null if failure
Author(s)
Laura Ant<c3><b3>n-S<c3><a1>nchez
RSA3DSimulation
Creates a RSA simulation
Create a RSA simulation with n synapses, sampling the feret's diameter of each sample by calling radSamplerFunc.
As convergence is not guaranteed, a stop mechanism based on the number of iterations is provided.
ComputationalIntelligenceGroup/3DSynapsesSA documentation built on May 6, 2019, 12:49 p.m.
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Description Usage Arguments Value Author(s)
View source: R/synapsesSimulation.r
Description
Functions to simulate synapses 3D samples
Usage
1 | RSA3DSimulation(n, box, diamSamplerFunc, maxIter = 100)
|
Arguments
n |
An integer. The number of synapses to generate |
box |
An object of class "box3". Three dimensional box, as given by box3() |
diamSamplerFunc |
A function that get one parameter: the number of values to generate. Returns diameters |
maxIter |
A integer. Maximum number of iterations before failure |
Value
A matrix with 4 columns (X,Y,Z,R) or null if failure
Author(s)
Laura Ant<c3><b3>n-S<c3><a1>nchez RSA3DSimulation
Creates a RSA simulation
Create a RSA simulation with n synapses, sampling the feret's diameter of each sample by calling radSamplerFunc. As convergence is not guaranteed, a stop mechanism based on the number of iterations is provided.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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