|Circular and elliptical arcs in 2D|
|(complex-valued) conformal function plot|
|Parameterized 2D curves|
|2D function graphs|
|Contour lines of a function from R^2 to R|
|Display areas where inequalities are fulfilled|
|Numerical approximation of an integral|
|Plotting iterated functions|
|2D line segments|
|2D plots of ODE solutions|
|Curves in 2D parameterized in polar coordinates|
|Curves of roots of rational expressions|
|Graphical primitive for symbolic sums|
|Contours of an implicit function|
|Linear versus logarithmic plots in 2D|
|Method for integral approximation|
|Inequalities displayed in inequality plots|
|Input file for import functions|
|Number of subintervals or list of x-values for subintervals|
|Rational expression in a rootlocus plot|
|Function expression or procedure|
|First function/curve delimiting hatch|
|Initial conditions of the ODE|
|Number of iterations in plot::Iteration|
We present a collection of pictures illustrating the capabilities of the present MuPAD® graphics system.
The probably most important graphical task in a mathematical context is to visualize function graphs, i.e., to plot functions.
Advanced Plotting in 2D and 3D.
Graphical trees form the structure of a MuPAD plot.