Use the AlphaDataMapping property to control how the objects interpret the alpha data values. Then, specify flat transparencyīy setting either the MarkerFaceAlpha or MarkerEdgeAlpha property to
First, specify the transparency values by setting the AlphaData property to an array the same size as the Scatter plots - Specify a different transparency value for each Then, specify flat or interpolated transparency by setting the FaceAlpha and EdgeAlpha properties to either 'flat' or 'interp'.
#Matlab 2009 grid transparent Patch
First, specify the transparency values by setting the FaceVertexAlphaData property to a column vector with length equal to either the number of faces (for flat transparency) or the number of vertices in the patch (for interpolated transparency). Additionally, you can specify whether to use flat or interpolated transparency across each face or edge. Patches - Specify a different transparency value for each face and edge. Call the nexttile function to create the axes objects ax1 and ax2. Call the tiledlayout function to create a 2-by-1 tiled chart layout.
Then, specify flat or interpolated transparency by setting the FaceAlpha and EdgeAlpha properties to either 'flat' or 'interp'. Starting in R2019b, you can display a tiling of plots using the tiledlayout and nexttile functions. First, specify the transparency values by setting the AlphaData property to an array the same size as the ZData property. Specify the values by setting the AlphaData property to an array the same size as the CData property.Ĭhart and primitive surfaces - Specify a different transparency value for each face and edge. You can optionally display the data as a surface, mesh, texture map, or contour by using the DisplayType name-value pair argument. In this syntax, lat and lon are M-by-N latitude-longitude arrays. Images - Specify a different transparency value for each image element. geoshow (lat,lon,Z) projects and displays the geolocated data grid, Z.
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