Our inputs A, B& C are first passed as arguments to the function ‘plot’.Īnd then we simply write ‘legend’ in our code to get the labels. Now to understand how ‘Legend’ works, we will first plot our input functions and then use the function ‘legend’. Next, we will define B as the cos function of values of A and C as sine function of values of A We will define an increment of π/50 between these values. Let us understand the function with an example: Example #1įirst, we will define ‘A’ as a vector containing values between 2pi (π) and 3π. The function ‘legend’ will create labels like ‘data1’, ‘data2’, and so on.
, L N), where L1, L2 and so on represents the respective labels.Įxplanation: This function will create a legend for each data series used in the plot, with descriptive labels. I will reply to you as soon as possible.Hadoop, Data Science, Statistics & others I have explained the different classification of MATLAB 3D plots with simple code and syntax. This is all about different MATLAB 3D plot examples. These are the topmost three dimensional used in the industry projects. Let’s draw the slite plot graph for an exponential mathematical equation.
When you are writing MATLAB code for Slice plot, you need to specify each coordinator value. Slice plot is little different from other 3D plots types.
How to create the three dimensional contour plot? You can see each and every colorful shade ribbons.
To create a ribbon plot using peak function for mathematical function ((x²)-(y²)) = peaks(30) The general syntax for writing code, ribbon(x,y,z) Here, we are using ribbon() function for plotting ribbon 3D MATLAB plot.
= peaks(30) Īfter the getting output of surface plot, you will see the connecting lines and the faces are both displayed in the same shade.Īs the name ribbon, this 3D plot graph will be having different color ribbons. Let’s write a MATLAB code for the three-dimensional surface plot for an exponential function exp(). So, you can write a simple format like ‘function name(array)’. In the surface plot, ‘surf’ function is used. The main difference between them is, in the surface plot, the connecting lines and the faces both will be displayed in the dark color. Surface 3D Plot in MATLABĪ surface plot is somewhat similar to a mesh plot. You can also plot the graph for various Mathematical Expressions in MATLAB. See here, you get a colorful and smooth connecting surface line of three-dimensional Mesh plot. The syntax for the Mesh Plot is, mesh(x,y,z)Īs an example, we are plotting the mesh 3D plot for square root mathematical function. Mesh function transforms the domain specified by vectors (X, Y, Z) into arrays (x,y,z). It produces a wireframe surface where the lines connecting the defining points are colored.įor the mesh plotting in MATLAB, you need to pass the array values to the mesh function. The mesh plotting function is used to display the mesh plot. The following list of different 3D plots as,Īs a part of this tutorial about MATLAB 3D plot examples, I am describing the topmost five 3D plots one-by-one.
These graphs are mostly used in the industry. Here, we are considering, the five main different types of three-dimensional (3D) plots. Let’s start drawing different types of the 3D plot graph… Classifications of Three-Dimensional Plots | MATLAB 3D plot Examples The general syntax to display the 3D plot is, plot3(x,y,z) You can also use a specified line style, marker, and color for drawing 3D plots. In MATLAB, the plot3() function is used to draw the 3D plot graph. In general, the three-dimensional plots consist of the three vectors (x,y,z) in the same graph.