Description Usage Arguments Value Author(s) See Also Examples
Generates the training set of sinc(x)*sinc(y) for the (x,y) regular grid
1 | trainSet(x, y)
|
x |
numeric vector with the x-th grid coordinates |
y |
numeric vector with the x-th grid coordinates |
matrix |
numeric matrix with the columns x, y and z=sync(x,y) |
Cristobal Fresno cfresno@bdmg.com.ar, Andrea S. Llera ALlera@leloir.org.ar and Elmer A. Fernandez efernandez@bdmg.com.ar
Other ANFIS: ANFIS-class; LSE,
LSE, LSE,ANFIS-method,
LSE-methods,
trainHybridJangOffLine,
trainHybridJangOffLine,
trainHybridJangOffLine,ANFIS-method,
trainHybridJangOffLine-methods,
trainHybridJangOnLine,
trainHybridJangOnLine,
trainHybridJangOnLine,ANFIS-method,
trainHybridJangOnLine-methods,
trainHybridOffLine,
trainHybridOffLine,
trainHybridOffLine,ANFIS-method,
trainHybridOffLine-methods;
anfis3; coef,
coef,ANFIS-method,
coefficients,
coefficients,ANFIS-method,
fitted, fitted,ANFIS-method,
fitted.values,
fitted.values,ANFIS-method,
resid, resid,ANFIS-method,
residuals,
residuals,ANFIS-method,
summary,
summary,ANFIS-method;
getConsequents,
getConsequents,
getConsequents,ANFIS-method,
getConsequents,ANFIS-method,
getErrors, getErrors,
getErrors,ANFIS-method,
getErrors,ANFIS-method,
getPremises, getPremises,
getPremises,ANFIS-method,
getPremises-methods,
getRules, getRules,
getRules,ANFIS-method,
getRules-methods,
getTrainingType,
getTrainingType,
getTrainingType,ANFIS-method,
getTrainingType,ANFIS-method;
initialize,
initialize,ANFIS-method;
plotMF, plotMF,
plotMF,ANFIS-method,
plotMF-methods, plotMFs,
plotMFs,
plotMFs,ANFIS-method,
plotMFs-methods; plot,
plot,ANFIS-method; predict,
predict,ANFIS-method; print,
print,ANFIS-method, show,
show,ANFIS-method
1 2 3 4 5 6 7 8 9 | ##Domain definition for a regular (x,y) grid with 11 points for each
##coordinates
x <- seq(-10, 10, length= 11)
trainingSet <- trainSet(x,x)
Z <- matrix(trainingSet[,"z"],ncol=length(x),nrow=length(x))
##Plot the domain
persp(x, x, Z, theta=45, phi=15, expand=0.8, col="lightblue",
ticktype="detailed", main="sinc(x)*sinc(y)")
|
Loading required package: parallel
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