a0590dccb5
* Setup RN Worklets * Use RN Worklets on iOS * Fix console * Add `installFrameProcessorBindings()` function * Add `FrameProcessorPlugins` proxy (BREAKING CHANGE) * Clean up docs * Update FRAME_PROCESSORS.mdx * Use RN Worklets 0.2.5 * feat: Android build setup * Rewrite Android Frame Processor Part * Update CMakeLists.txt * fix: Add react-native-worklets Gradle dependency * Update Podfile.lock * fix build * gradle:7.4.1 * Init JSI Bindings in method on Android * Fix Folly flags * fix: Init `FrameProcessorRuntimeManager` later * fix: Wrap in `<GestureHandlerRootView>` * Refactor plugins * fix: Remove enableFrameProcessors * Install RN Worklets from current GH master * Update babel.config.js * Update CameraViewModule.kt * Update ImageProxyUtils.java * feat: Upgrade to Reanimated v3 * fix: Fix crash on Worklet init * Update RN Worklets to latest master * fix: Simplify FP Plugins Proxy
11 lines
1.5 KiB
Markdown
11 lines
1.5 KiB
Markdown
# TODO
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This is an internal TODO list which I am using to keep track of some of the features that are still missing.
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* [ ] Mirror images from selfie cameras (iOS Done, Android WIP)
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* [ ] Allow camera switching (front <-> back) while recording and stich videos together
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* [ ] Make `startRecording()` async. Due to NativeModules limitations, we can only have either one callback or one promise in a native function. For `startRecording()` we need both, since you probably also want to catch any errors that occured during a `startRecording()` call (or wait until the recording has actually started, since this can also take some time)
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* [ ] Return a `jsi::Value` reference for images (`UIImage`/`Bitmap`) on `takePhoto()` and `takeSnapshot()`. This way, we skip the entire file writing and reading, making image capture _a lot_ faster.
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* [ ] Implement frame processors. The idea here is that the user passes a small JS function (worklet) to the `Camera::frameProcessor` prop which will then get called on every frame the camera previews. (I'd say we cap it to 30 times per second, even if the camera fps is higher) This can then be used to scan QR codes, detect faces, detect depth, render something ontop of the camera such as color filters, QR code boundaries or even dog filters, possibly even use AR - all from a single, small, and highly flexible JS function!
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* [ ] Create a custom MPEG4 encoder to allow for more customizability in `recordVideo()` (`bitRate`, `priority`, `minQuantizationParameter`, `allowFrameReordering`, `expectedFrameRate`, `realTime`, `minimizeMemoryUsage`)
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