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  1. Visualizing Four-Dimensional Data - MathWorks

    This example shows several techniques to visualize four dimensional (4-D) data in MATLAB®.

  2. 4D Data Visualization with Matlab - File Exchange - MathWorks

    Feb 8, 2023 · The Matlab codes presented here provide examples of 4D data visualization using the Matlab functions “scatter3” and “slice”. The X, Y and Z coordinates represent the first three …

  3. Plot 4d surface from x, y, z, c data - MATLAB Answers

    Nov 1, 2013 · I was wondering how to plot a 4d surface. I have x, y and z data (unevenly spaced), and c data (c is a function of x, y, z). I would like to plot c as a surface, with particular value of …

  4. MATLAB: Need to make a 4D plot (3D + Colour/Color)

    Mar 6, 2016 · SCATTER3 requires x, y and z and other grouping arguments to be equally-sized Nx1 vectors for a single series or NxM matrices for M series. You have full space 3D data. To …

  5. How to plot 4d data? - MATLAB Answers - MATLAB Central

    Sep 15, 2020 · Learn more about 4d plot.

  6. Data Visualization with MATLAB – Projects and Examples

    May 16, 2020 · Learn how to Visualize Data with MATLAB in 2D, 3D, 4D, 5D and create animated plots with tens of projects and examples! Why Visualize Data?

  7. 4d - Plotting 4 dimensional data - matlab - Stack Overflow

    Oct 9, 2017 · I have a large set of photoluminescence spectra I need to plot. My data has 4 dimensions: wavelength angle excitation freq measured signal So I have a 1024*4 matrix. I …

  8. 4-D Data Visualization MATLAB Script – Josh Lazar

    Dec 28, 2020 · The script takes advantage of MATLAB’s “slice” function (https://www.mathworks.com/help/matlab/ref/slice.html), which is commonly used for …

  9. 4D Data Visualization with Matlab - File Exchange - MathWorks

    Feb 8, 2023 · The Matlab codes presented here provide examples of 4D data visualization using the Matlab functions “scatter3” and “slice”. The X, Y and Z coordinates represent the first three …

  10. 4D visualization in Matlab (Surface and Mesh) - Stack Overflow

    MATLAB® performs a linear transformation on this data to obtain colors from the current colormap. Here's an example: x = linspace(0,pi,50); y = linspace(0,pi/2,50); z = …

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