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, go to 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... 3D Animations We’re going to experiment with simple animation in 3D. We are going to work with a sphere and are going to rotate our view angle. In the second experiment, we’re going to draw a paraboloid, change its size and rotate... From '3D Plot Main' to home Table of Contents
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