Arduboy is open source. RetroArch takes up roughly 200MB or more, and the people who install RA are more for closed source console emulators.
Many of the features of this simulator are not available in RetroArch!
A Japanese developed an Arduboy emulator https://github.com/obono/ArbyEmulator for Android 4 to 4 (not 4 to 9) in 2018?, but it only supported 32-bit processors and had a very small screen. no landscape? It's inactive, no updates. White background color is not good. Pure black theme saves OLED battery life and protects eyes.
These https://github.com/obono/ArbyUtility, https://github.com/obono/TJPEmulator are also made by that one
I know of an Intellivision emulator https://github.com/jenergy/jzIntvImGui for Android 5.1 to 10 that uses ImGUI as well!
It has some shortcomings, it can't lock Landscape or Portrait. no Orientation: Portrait, Landscape, Auto. There's an animation when you open the app, but no one wants that one. All virtual buttons are images and not text, they are scanned by the Android Gallery app.
This PS emulator https://github.com/JaCzekanski/Avocado for Android 5 to 9 also seems to use ImGui. no orientation lock
This Dreamcast emulator https://github.com/flyinghead/flycast for Android 4.1 to 10 uses ImGUI, no portrait and orientation locks. no front camera notch?
The Orientation mentioned above is the Orientation of the application window, not the Orientation of the emulated game screen. or rotation? 0, 90°, 180°, -90°
Hope you port Ardens to Android! If possible could you consider the iPhone OS version after completing the Android version, since the Delta multi-system emulator is available for download from the App Store!
I don't think it should be that hard, at least I know Kotlin (recommended by Google) and Java, Android Studio and IntelliJ IDEA creating app/src/main/res//.xml, app/src/main/AndroidManifest.xml, app/build.gradle. armeabi-v7a is mobile 32 bit, arm64-v8a is mobile 64 bit, x86 is desktop 32 bit, x86-64 is desktop 64 bit
arm: phone, TV, watch, auto
x86: emulator, phone (old intel atom zenfone), computer
Arduboy is open source. RetroArch takes up roughly 200MB or more, and the people who install RA are more for closed source console emulators.
Many of the features of this simulator are not available in RetroArch!
A Japanese developed an Arduboy emulator https://github.com/obono/ArbyEmulator for Android 4 to 4 (not 4 to 9) in 2018?, but it only supported 32-bit processors and had a very small screen. no landscape? It's inactive, no updates. White background color is not good. Pure black theme saves OLED battery life and protects eyes.
These https://github.com/obono/ArbyUtility, https://github.com/obono/TJPEmulator are also made by that one
I know of an Intellivision emulator https://github.com/jenergy/jzIntvImGui for Android 5.1 to 10 that uses ImGUI as well!
It has some shortcomings, it can't lock Landscape or Portrait. no Orientation: Portrait, Landscape, Auto. There's an animation when you open the app, but no one wants that one. All virtual buttons are images and not text, they are scanned by the Android Gallery app.
This PS emulator https://github.com/JaCzekanski/Avocado for Android 5 to 9 also seems to use ImGui. no orientation lock
This Dreamcast emulator https://github.com/flyinghead/flycast for Android 4.1 to 10 uses ImGUI, no portrait and orientation locks. no front camera notch?
The Orientation mentioned above is the Orientation of the application window, not the Orientation of the emulated game screen. or rotation? 0, 90°, 180°, -90°
Hope you port Ardens to Android! If possible could you consider the iPhone OS version after completing the Android version, since the Delta multi-system emulator is available for download from the App Store!
I don't think it should be that hard, at least I know Kotlin (recommended by Google) and Java, Android Studio and IntelliJ IDEA creating app/src/main/res//.xml, app/src/main/AndroidManifest.xml, app/build.gradle. armeabi-v7a is mobile 32 bit, arm64-v8a is mobile 64 bit, x86 is desktop 32 bit, x86-64 is desktop 64 bit
arm: phone, TV, watch, auto
x86: emulator, phone (old intel atom zenfone), computer