# Full Screen Plot in Matlab

In the vast world of Matlab, managing plotting figures and their view become an essential part. These figures often serve a significant role in understanding the data and drawing insight from it. Scripting in the Matlab environment sometimes may require a full-screen plot to provide a clear visualization. There are ways to make a plot full screen, but do you know the best and efficient way to achieve this? We’ve got it all sorted for you! Follow this guide to see how to get a full-screen plot in Matlab using the best practices.

Contents

## Approach to the Solution

To create a full-screen plot in Matlab, we’ll be using the “figure” and “set” function extensively. The figure function in Matlab helps us create a figure for graphics displays. The set function, on the other hand, sets the property values of a graphics object. With the combination of these two, we can generate a full-screen plot.

**Code Implementation**

figure('units','normalized','outerposition',[0 0 1 1]); plot(data);

Let’s get more into the details of what the above code does.

## Breakdown of the Code

Using `figure(‘units’,’normalized’,’outerposition’,[0 0 1 1])`, we create the figure. In this code segment, we set the unit of the figure as normalized, which means the figure units are in the form of a fraction of the screen. `[0 0 1 1]` designates the size and location of the figure on the screen, where the first two elements are the lower-left corner of the figure, and the latter two are the width and height. This setting will make the plot to be displayed in full screen.

Then, `plot(data)`, simply plots the data in the full screen created. The result would be a visualized data display in a full-screen Matlab plot.

## Matlab and Its Powerful Libraries

Equipped with powerful libraries and dynamic workspace, Matlab empowers users to perform complex computations, data analysis, algorithm development and much more. The plotting library in Matlab offers a wide variety of ways to plot data in 2D, 3D, or higher dimensions. By harnessing these resources, we can solve complex problems in a simplified way.

To further illustrate how to implement a full-screen plot in Matlab, we will delve deep into the different functions of Matlab. Paying close attention to the illustration of the example will give you a clear understanding of how the rest of Matlab functions work.

Remember, a good foundation in the fundamentals of a language is a key to mastering it. So, let’s grasp the intricacies of Matlab’s plot, figure and set functions, one step at a time.

## Conclusion

Plotting figures in full screen using Matlab is quite straightforward and efficient, using the ‘figure’ and ‘set’ functions. The ability to change the property values of graphics objects gives us the flexibility to customize our plot to our preference. Matlab’s strong and versatile library further supports this initiative to resolve complex problems in a simplified manner. Championing this domain will lead to a better understanding of Matlab functionality. Happy coding!

**Important note:** All the functions used above can be found in Matlab’s official documentation. Don’t hesitate to refer to it for further details and experiment with the parameters.