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. ...

ShowGraph (Combinatorica Package Symbol)

ShowGraph[g] displays the graph g. ShowGraph[g, Directed] is obsolete and it is currently identical to ShowGraph[g].

PlanarGraphPlot (Computational Geometry Package Symbol)

PlanarGraphPlot[{{x_1, y_1}, {x_2, y_2}, ...}] plots the Delaunay triangulation of the points {{x_1, y_1}, ...}.PlanarGraphPlot[{{x_1, y_1}, {x_2, y_2}, ...}, g] plots the ...

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.

MicroscopicErrorPlot (Computer Arithmetic Package Symbol)

MicroscopicErrorPlot[f, {x, a}] plots the error incurred by using machine arithmetic to evaluate the expression f in a small neighborhood of a.MicroscopicErrorPlot[f, {x, a, ...

ToPackedArray (Developer Package Symbol)

ToPackedArray[expr] uses packed arrays if possible in the internal representation of expr.

SetFieldFormat (Finite Fields Package Symbol)

SetFieldFormat[f] sets the output form of elements in the field f.

EconomizedRationalApproximation (Function Approximations Package Symbol)

EconomizedRationalApproximation[expr, {x, {x_0, x_1}, m, n}] gives the economized rational approximation to expr that is good over the interval x_0 to x_1, with numerator ...

GeneralRationalInterpolation (Function Approximations Package Symbol)

GeneralRationalInterpolation[{f_x, f_y}, {t, m, n}, x, {t_1, ..., t m + n + 1}]] gives the rational polynomial function of x, with numerator order m and denominator order n, ...

OrderStarPoles (Function Approximations Package Symbol)

OrderStarPoles is an option to OrderStarPlot that specifies whether poles of an approximant and the function to be approximated should be displayed.