Plot symbolic expressions, equations, and functions
in 2-D

`plot` |
Display graphical objects on the screen |

`display` |
Display graphical objects on screen |

`plotfunc2d` |
Function plots in 2D |

`plot::easy` |
Easy plotting |

`plot::Arc2d` |
Circular and elliptical arcs in 2D |

`plot::Arrow2d` |
2D arrows |

`plot::Conformal` |
(complex-valued) conformal function plot |

`plot::Curve2d` |
Parameterized 2D curves |

`plot::Function2d` |
2D function graphs |

`plot::Hatch` |
Hatched area |

`plot::Implicit2d` |
Contour lines of a function from R^2 to R |

`plot::Inequality` |
Display areas where inequalities are fulfilled |

`plot::Integral` |
Numerical approximation of an integral |

`plot::Iteration` |
Plotting iterated functions |

`plot::Line2d` |
2D line segments |

`plot::Ode2d` |
2D plots of ODE solutions |

`plot::Polar` |
Curves in 2D parameterized in polar coordinates |

`plot::Rootlocus` |
Curves of roots of rational expressions |

`plot::Sum` |
Graphical primitive for symbolic sums |

`Contours` |
Contours of an implicit function |

`CoordinateType` |
Linear versus logarithmic plots in 2D |

`Extension` |
Line extensions |

`IntMethod` |
Method for integral approximation |

`Inequalities` |
Inequalities displayed in inequality plots |

`InputFile` |
Input file for import functions |

`Nodes` |
Number of subintervals or list of x-values for subintervals |

`RationalExpression` |
Rational expression in a rootlocus plot |

`AngleRange, AngleBegin, AngleEnd` |
Angle range |

`Function, XFunction, YFunction, ZFunction` |
Function expression or procedure |

`Function1, Function2, Baseline` |
First function/curve delimiting hatch |

`InitialConditions, TimeMesh` |
Initial conditions of the ODE |

`Iterations, StartingPoint` |
Number of iterations in plot::Iteration |

We present a collection of pictures illustrating the capabilities
of the present MuPAD^{®} graphics system.

**Easy Plotting: Graphs of Functions**

The probably most important graphical task in a mathematical context is to visualize function graphs, i.e., to plot functions.

**Advanced Plotting: Principles and First Examples**

Advanced Plotting in 2D and 3D.

**The Full Picture: Graphical Trees**

Graphical trees form the structure of a MuPAD plot.

Was this topic helpful?