Grafici di superficie e a griglia

Rappresentare i dati su griglia come grafici di superficie e a griglia

Visualizzare dati tridimensionali utilizzando grafici di superficie e a griglia. Creare superfici composte da facce e bordi di facce solidi o semitrasparenti e creare grafici a griglia che mostrano solo i bordi delle facce.

Funzioni

espandi tutto

Grafici tridimensionali

`surf`	Surface plot
`surfc`	Contour plot under surface plot
`surface`	Primitive surface plot
`surfl`	Surface plot with colormap-based lighting
`surfnorm`	Surface normals
`mesh`	Mesh surface plot
`meshc`	Contour plot under mesh surface plot
`meshz`	Mesh surface plot with curtain
`fsurf`	Plot 3-D surface
`fmesh`	Plot 3-D mesh
`fimplicit3`	Plot 3-D implicit function
`pcolor`	Pseudocolor plot
`waterfall`	Waterfall plot
`ribbon`	Ribbon plot
`contour3`	3-D contour plot

Dati

`peaks`	Peaks function
`cylinder`	Create cylinder
`ellipsoid`	Create ellipsoid
`sphere`	Create sphere

Personalizzazioni

`hidden`	Remove hidden lines from mesh plot
`surf2patch`	Convert surface data to patch data

Proprietà

Surface Properties	Chart surface appearance and behavior
Surface Properties	Primitive surface appearance and behavior
FunctionSurface Properties	Surface chart appearance and behavior
ImplicitFunctionSurface Properties	Implicit surface chart appearance and behavior
ParameterizedFunctionSurface Properties	Parameterized surface chart appearance and behavior

Argomenti

Creazione di grafici tridimensionali
Questo esempio mostra come creare una serie di grafici tridimensionali in MATLAB®.
Changing Surface Properties
This example shows how to get properties of a surface plot in MATLAB® and change the property values to customize your plot.
Representing Data as a Surface
You can visualize matrix data on a rectangular grid using surface plots.
How Surface Plot Data Relates to a Colormap
Change the relationship between surface plot data and the colormap.

Informazioni complementari

Interpolazione

Esempi in primo piano

Displaying Topographic Data

Several ways to represent the Earth's topography. The data used in this example are available from the National Geophysical Data Center, NOAA US Department of Commerce under data announcement 88-MGG-02.

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Creating the MATLAB Logo

Create and display the MATLAB® logo.

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