Locate your MainActivity. The method I’m going to show you is pretty simple, since we are going to exploit some cool Android Studio Refactoring features (instead of tweaking in the settings). This is the last mandatory step, that will instruct gradle to include OpenCV source code to your project compilation process. Give to it whathever name you want and click Finish! Add OpenCV as dependency Select the sdk folder, containing the gradle project. Need an Android app? Check my gigs on Fiverr! Add OpenCV module to your Android Project Adding Firebase to your app involves tasks both in the Firebase console and in your open Android project (for example, you download Firebase config files from the console, then move them into your Android project). Just click the Finish button and wait for your project to be setup from gradle. Option 1: Add Firebase using the Firebase console. If you are used to this, just skip to the next step. Now we’re going to setup a classic Android Studio project. As soon as your download finishes, extract the content somewhere on your PC. Of course you’re going to download the one with android-sdk as suffix. You can directly download the latest version on OpenCV Github repository, in the releases section. To whoever reached this point, follows a step-by-step guide that will show you how to succesfully include OpenCV 4.3.0 into your Android Studio Project. I know that you are looking for the code, in fact I have created a public repository where you can find the final, working Android Studio project. The guide here presented has been thought to be as easiest as possible. You can find other guides on the web, but most of them are obsolete and you need some tweaking in order to have everything working. Here we go again! Today I’m going to show you how to proper setup a fully working project with the latest 4.3.0 OpenCV version on Android Studio.
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