If you are not comfortable with Figure and Axes plotting notation, check out this article to help you. Maybe this is overriding the set_lim methods. How to start learning Python Matplotlib 3D Plot Example If you are used to plotting with Figure and Axes notation, making 3D plots in matplotlib is almost identical to creating 2D ones. You could have a look at switching off autoscaling of axes which is on by default. You could use these to fix the limits of your axes. So what can I do to make it so that the tick marks are fixed so the point moves rather than the tick marks changing?Īn Axes3D object (your ax variable) has the following methods: set_xlim, set_ylim, and set_zlim. To create a 3D interactive plot using Matplotlib in a Jupyter Notebook, you can make use of the mpltoolkits.mplot3d module, which provides functions for 3D plotting. Here is an example of the data: x.mean y.mean z.mean time Here is my code: from mpl_toolkits.mplot3d import Axes3Dĭata = pickleLoad('/Users/ryansaxe/Desktop/kaggle_parkinsons/accelerometry/LILY_dataframe')ĭf = data.ix]Īx = fig.add_subplot(111, projection='3d') With Matplotlib, you can make animated images. There are other toolkits: for mapping, for working with Excel, utilities for GTK and others. Simple 3D graphics can be built using the mplot3d toolkit. This makes my life very difficult because I don't see the motion on the point. The user can specify the coordinate axis, grid, add labels and explanations, use a logarithmic scale or polar coordinates Image source. No matter what I seem to do, the point is always placed in the center of the graph and the tick marks on the axis change in order to do that. So I have a 3d live-updating graph! it only shows one point at a time so I can easily track the motion of the point! But here is the problem:
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