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useDynLib(nnet, .registration = TRUE)
export(class.ind, multinom, nnet, nnetHess, which.is.max)
# match.call problem
export(nnet.default, nnet.formula)
importFrom(stats, add1)
importFrom(stats, anova)
importFrom(stats, coef)
importFrom(stats, drop1)
importFrom(stats, extractAIC)
importFrom(stats, model.frame)
importFrom(stats, predict)
importFrom(stats, vcov)
S3method(add1, multinom)
S3method(anova, multinom)
S3method(coef, multinom)
S3method(confint, multinom)
S3method(drop1, multinom)
S3method(extractAIC, multinom)
S3method(logLik, multinom)
S3method(model.frame, multinom)
S3method(predict, multinom)
S3method(print, multinom)
S3method(print, summary.multinom)
S3method(summary, multinom)
S3method(vcov, multinom)
S3method(coef, nnet)
S3method(predict, nnet)
S3method(print, nnet)
S3method(print, summary.nnet)
# S3method(residuals, nnet)
S3method(summary, nnet)
S3method(nnet, default)
S3method(nnet, formula)
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