Developed using MATLAB’s AppDesigner, our app is a two-player dice game where the objective is to collect as many points as possible. The game is easy to play – simply roll the dice and try to collect as many points as you can. The player with the most points at the end of the game is declared the winner.

Our app is highly flexible and can be adjusted to any size, with all app components automatically updated to fit the new size. The dice rolling simulation can also be adjusted with a slider, allowing the other player to wait a specific time before their turn comes up. And if you want to play again from zero, simply hit the reset button at the bottom of the screen.

Playing “Roll for Victory” is even more fun on a computer with a touch screen, allowing players to roll the dice with their own fingers instead of using a mouse or touchpad.

Our app implements many useful tricks that can be utilized for developing advanced apps, making it a great starting point for anyone looking to develop their own games or other applications.

This video, i.e. the one attached in this post, showcases the final product of our “Roll for Victory” app, but you can download the project from the links provided in the description box to explore the development process and customize the app to your liking.

So what are you waiting for? Roll the dice and see if you have what it takes to become the champion of “Roll for Victory”!

Full MATLAB Project (open source):

The post Roll for Victory: Dice Rolling Simulator by MATLAB – A Fun & Flexible Dice Game App for Two Players! appeared first on MATLAB Apps.

The app features 24 buttons that can be controlled to blink at different speeds, start, pause, resume, and stop the blinking process. Additionally, there is a clear button that resets the background color of buttons to their initial state.

While we will not be walking through the development process, we will provide an overview of the app’s key features and demonstrate how it can be customized to fit different needs. The app is flexible and can be adjusted to any size, making it a powerful tool for designing more complex applications.

The entire project can be downloaded from the link provided in the video description. We believe the app provides some useful hands-on experiences, and we encourage you to check it out if you are interested in developing custom applications with a range of features.

We hope this video gives you a sense of the app’s capabilities and inspires you to explore MATLAB and AppDesigner further. Thank you for watching!

Full MATLAB Project (open source):

The post Control Blinking Buttons Behavior with MATLAB AppDesigner appeared first on MATLAB Apps.

The app is built using grid layout components and the uisetcolor command, which allow the user to pick colors by clicking on buttons. You will see how to change the background color of the buttons and reset them. The app is a great starting point for anyone who wants to learn about these essential concepts in MATLAB programming.

The app is available for download through the links provided in the video description box. This app can be used as a learning tool for pre-elementary schools and daycares, as it provides a fun and interactive way for children to learn about colors. Also, it is good for elementary schools to teach how to use MATLAB programming.

Whether you are a beginner or an experienced programmer, this app will provide you with the skills you need to build more advanced applications using MATLAB AppDesigner. So, sit back, relax, and enjoy this video on how to pick colors with MATLAB AppDesigner!

Full MATLAB Project (open source):

The post Learn How to Pick Colors with MATLAB AppDesigner – A Beginner’s Guide appeared first on MATLAB Apps.

We showcase a custom-built app designed to convert speed gauge readings from kilometers per hour to miles per hour and vice versa. With just a few clicks, you can input your car’s speed reading and get an instant conversion to the desired unit.

This app utilizes MATLAB’s powerful AppDesigner tool to create a sleek, user-friendly interface that anyone can use. The app is highly customizable and can be tailored to fit your specific needs. Plus, it’s a great example of how MATLAB can be used to create practical, real-world applications.

So what are you waiting for? Get the app and learn how to take your car speed conversions to the next level with this amazing app!

Full MATLAB Project (open source):

The post Converting Speed Gauge Reading from km/hr to mph appeared first on MATLAB Apps.