CStandardMathOperator (SymbolicC Package Symbol)

CStandardMathOperator[oper, args] is a symbolic representation of a standard math operator.

C Operators (SymbolicC Tutorial)

SymbolicC supports the various types of C operators. These are described in this section. First, you need to load the package. The following shows how to output to get infix ...

GUIObjectQ (GUIKit Package Symbol)

GUIObjectQ[ref] returns True if ref is an active GUIObject and otherwise returns False.

Standalone Java Application (GUIKit Package Tutorial)

The GUIKit` package can also be used to provide Mathematica-enriched user interfaces to standalone Java applications, leveraging the fact that J/Link also works within a Java ...

Highlight (Combinatorica Package Symbol)

Highlight[g, p] displays g with elements in p highlighted. The second argument p has the form {s_1, s_2, ...}, where the s_i are disjoint subsets of vertices and edges of g.

NetworkFlow (Combinatorica Package Symbol)

NetworkFlow[g, source, sink] returns the value of a maximum flow through graph g from source to sink. NetworkFlow[g, source, sink, Edge] returns the edges in g that have ...

SetVertexWeights (Combinatorica Package Symbol)

SetVertexWeights[g] assigns random real weights in the range [0, 1] to vertices in g. SetVertexWeights[g, w] assigns the weights in the weight list w to the vertices of g. ...

DiagramPlot (Computational Geometry Package Symbol)

DiagramPlot[{{x_1, y_1}, {x_2, y_2}, ...}] plots the Voronoi diagram of the points {{x_1, y_1}, ...}. DiagramPlot[{{x_1, y_1}, {x_2, y_2}, ...}, {q_1, q_2, ...}, val] plots ...

MicroscopePlot (Computer Arithmetic Package Symbol)

MicroscopePlot[f, {x, a}] plots the expression f in a small neighborhood of a using machine arithmetic.MicroscopePlot[f, {x, a, n}] plots f from a - n ulps to a + n ulps.

PrintFlag (Function Approximations Package Symbol)

PrintFlag is an option to MiniMaxApproximation and GeneralMiniMaxApproximation that specifies whether data from the successive iterates in the approximation algorithm are to ...