Update HCOM documentaion

doc/userHCOMScripting.dox

@@ -595,6 +595,10 @@ Usage: e = bdf2(f)
 Rounds the value of each vector element to the smallest integer larger than the value<br>
 Usage: ceil(vector)
 
+\subsection cut cut()
+Removes all samples x[i] for which y[i]<0.5<br>
+Usage: cut(x, y)
+
 \subsection ddt ddt()
 Differentiates vector with respect to time (or to custom vector)<br>
 Usage: ddt(vector)<br>
@@ -609,6 +613,11 @@ Index-wise fuzzy equal check between vectors and/or scalars  (equivalent to "=="
 Usage: eq(varName, threshold, eps)<br>
 Usage: eq(var1, var2, eps)
 
+\subsection esd esd()
+Generates energy spectral density from vector<br>
+Usage: esd(vector, [timevector], [windowing]([rectangular]/flattop/hann), [mintime], [maxtime])<br>
+
+
 \subsection euler euler()
 Transforms derivatives in a symbolic expression using the forward Euler method<br>
 Usage: e = euler(f)
@@ -646,11 +655,9 @@ Converts variable to frequency domain.<br>
 Usage: y = fd(x)
 
 \subsection fft fft()
-Generates frequency spectrum plot from vector<br>
-Usage: fft(vector)<br>
-Usage: fft(vector, power[true/false])<br>
-Usage: fft(vector, timevector)<br>
-Usage: fft(vector, timevector, power[true/false])
+Generates frequency spectrum plot from vector (deprecated)<br>
+Usage: fft(vector, [type]([power]/energy/rms), [windowing]([rectangular]/flattop/hann), [min], [max])<br>
+Usage: fft(vector, [timevector], [type]([power]/energy/rms), [windowing]([rectangular]/flattop/hann), [min], [max])
 
 \subsection floor floor()
 Rounds the value of each vector element to the largest integer smaller than the value<br>
@@ -752,6 +759,11 @@ Usage: optvar(idx)
 Returns vector value at specified index<br>
 Usage: peek(vector, idx)
 
+\subsection psd psd()
+Generates power spectral density from vector<br>
+Usage: psd(vector, [timevector], [windowing]([rectangular]/flattop/hann), [mintime], [maxtime])<br>
+
+
 \subsection rand rand()
 Generates a random value between 0 and 1<br>
 Usage: rand()
@@ -764,6 +776,15 @@ Usage: e = removeDivisors(f)
 Returns the right-hand side of a SymHop equation<br>
 Usage: e = right(f)
 
+\subsection rms rms()
+Computes the root mean square of given vector<br>
+Usage: rms(vector)
+
+\subsection rmsd rmsd()
+Generates root mean square spectral density from vector<br>
+Usage: rmsd(vector, [timevector], [windowing]([rectangular]/flattop/hann), [mintime], [maxtime])<br>
+
+
 \subsection round round()
 Rounds the value of each vector element to closest integer value<br>
 Usage: round(vector)
@@ -776,6 +797,16 @@ Usage: e = simplify(f)
 Calculate the size of a vector<br>
 Usage: size(vector)
 
+\subsection ssi ssi()
+Identifies steady-state for specified variable<br>
+Usage: ssi(vector, method, arguments)<br>
+       Method 0 (rectangular window):<br>
+         ssi(vector, 0, tolerance, windowlength)<br>
+       Method 1 (ratio of differently estimated variances):<br>
+         ssi(vector, 1, tolerance, windowlength, noiseamplitude<br>
+       Method 2 (ratio of differently estimated variances using weighted moving average):<br>
+         ssi(vector, 2, tolerance, lambda1, lambda2, lambda3, noiseamplitude)
+
 \subsection td td()
 Converts variable to time domain.<br>
 Usage: y = td(x)