y = cumGaussian(x)

 y = gaussOverDiffCumGaussian(x, xp, order)

 y = gaussSamp(Sigma, numSamps)

 symbol = getSymbols(number)

 y = gradLogCumGaussian(x)

 y = invCumGaussian(x)

 y=invSigmoid(x)

 y = lnCumGaussian(x)

 f = lnDiffCumGaussian(u, uprime)

 [ld, U] = logdet(A, U)

 y = ngaussian(x)

 [Ainv, UC] = pdinv(A, UC);

 prepareplot(limitVal, figNo)

 [area, rocPointX, rocPointY] = rocCurve(outputs, labels)

 y = sigmoid(x)

 zeroAxes(axesHandle, tickRatio, fontSize, fontName)