3D Plot - MainIn these sections you can find many step-by-step commented guides to easily develop 3D plots. If you are not familiar with tridimensional graphics in Matlab, I recommend you start from Part 1; otherwise, click on the link of your interest.Part 1 (view, grid, subplot) Matlab provides many powerful instructions for the visualization of 3D data. The instructions provided include tools to graph wire-frame objects, 3D curves, surfaces... Part 2 (meshgrid, plot3, meshc, surfc) The 3D graph functions intended for plotting meshes and surfaces 'mesh' and 'surf', and their several variants 'meshc', 'meshz', 'surfc', and 'surfl', take multiple optional input arguments... Part 3 (sphere, plot3, mesh) In this part, we demonstrate the use of the function 'sphere'. We are going to draw a unit sphere centered at the origin and generated by matrices x, y and z, of size 31 x 31 each... Part 4 (meshgrid, figure, contour3, mesh, surfc, and surfl) In this example we make a summarization of the use of the following 3D plot instructions: meshgrid, figure, contour3, mesh, surfc, and surfl. It is better if you've already read Parts 1 to 3... Pie Charts In the expression 'pie3(V, explode, labels)', 'explode' specifies whether to separate a slice from the center of the pie chart. V(i,j) is appart from the center of the pie chart if explode(i,j) is nonzero... From '3D Plot Main' to home
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