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Axes properties control the appearance and behavior of an Axes object. By changing property values, you can modify certain aspects of the axes. Use dot notation to query and set properties.
- Xticks
Xticks - Axes - Axes appearance and behavior - MATLAB -...
- Xticklabels
Xticklabels - Axes - Axes appearance and behavior - MATLAB -...
- Set Axis Limits and Aspect Ratios
Value Description Axes Properties That Change; manual:...
- Grid
Grid - Axes - Axes appearance and behavior - MATLAB -...
- Xlabel
The label font size updates to equal the axes font size...
- Alpha
alpha facealpha controls the transparency of the faces for...
- Axtoolbarbtn
Plot a surface. Create a toolbar for the axes with options...
- Ytickangle
Ytickangle - Axes - Axes appearance and behavior - MATLAB -...
- Xticks
Axes Aspect Ratio Properties. The axis command works by setting various axes object properties. You can set these properties directly to achieve precisely the effect you want.
9 Νοε 2022 · Axes Properties: Axes Ticks; Grids and gridlines; Axes labels; Legends; Multiple Plots on the same axes; Axes Position and aspect ratio; Axes limits; Let us look at each property with an example. Axes Ticks: We can change the values of points where the x-ticks are marked as well as their labels. Syntax: xticks([<vector containing tick points>])
Axes Appearance. Modify axis limits and tick values, add grid lines, combine multiple plots. You can customize axes by changing the limits, controlling the locations of the tick marks, formatting the tick labels, or adding grid lines.
Axes Properties (MATLAB Functions) Modifying Properties. You can set and query graphics object properties in two ways: The Property Editor is an interactive tool that enables you to see and change object property values. The set and get commands enable you to set and query the values of properties.
MATLAB provides a number of properties for labeling and controlling the appearance of axes. For example, this surface plot shows some of the labeling possibilities and indicates the controlling property.
example. ax = axes(___) returns the Axes object created. Use ax to query and modify properties of the Axes object after it is created. For a list of properties, see Axes Properties. axes(cax) sets the CurrentAxes property of the parent figure to be cax.