MaximalIndependentVertexSet (Graph Utilities Package Symbol)

MaximalIndependentVertexSet[g] gives a maximal independent vertex set of an undirected graph g.MaximalIndependentVertexSet[g, w] gives a maximal independent vertex set of g ...

MinCut (Graph Utilities Package Symbol)

MinCut[g, k] partitions the undirected graph g into k parts where the number of edge cuts is approximately minimized.

Agglomerate (Hierarchical Clustering Package Symbol)

Agglomerate[{e_1, e_2, ...}] gives an hierarchical clustering of the elements e_1, e_2, ....Agglomerate[{e_1 -> v_1, e_2 -> v_2, ...}] represents e_i with v_i in each ...

DendrogramPlot (Hierarchical Clustering Package Symbol)

DendrogramPlot[list] constructs a dendrogram from the hierarchical clustering of list.DendrogramPlot[c] constructs a dendrogram from the Cluster object c.

MeanDifferenceTest (Hypothesis Testing Package Symbol)

MeanDifferenceTest[list_1, list_2, \[CapitalDelta]\[Mu]_0] performs a test with null hypothesis \[Mu]_1 - \[Mu]_2 = \[CapitalDelta]\[Mu]_0.

Advice and Suggested Guidelines (Notation Package Tutorial)

The following are some issues and considerations to be aware of when using the Notation Package and/or designing notations. It is intrinsically difficult to debug something ...

Legend (Plot Legends Package Symbol)

Legend[{{box_1, text_1}, ...}, options] generates a legend with the specified boxes and text.Legend[func, num, options] generates a legend by applying func to numbers between ...

PairwiseScatterPlot (Statistical Plots Package Symbol)

PairwiseScatterPlot[m] creates a matrix of scatter plots comparing the data in each column of m against columns of m.

StemLeafPlot (Statistical Plots Package Symbol)

StemLeafPlot[data] creates a stem-and-leaf plot for the real-valued vector data.StemLeafPlot[data_1, data_2] creates a side-by-side stem-and-leaf plot for the vectors data_1 ...

FirstIntegrals (Variational Methods Package Symbol)

FirstIntegrals[f, x[t], t] returns a list of first integrals corresponding to the coordinate x[t] and independent variable t of the integrand f.FirstIntegrals[f, {x[t], y[t], ...