The video splicer has complicated interaction logic, which means that the UI is also complicated; therefore, we recommend you reuse the UI source code in the SDK. The
videojoiner directory contains the UI source code of the short video splicer.
TCVideoJoinerActivityis used to implement the video splicing list as shown above, which supports drag-up/drag-down for order adjustment.
TCVideoJoinerPreviewActivityis used to preview the spliced video.
If you do not want to reuse the UI code in the SDK, you can implement the UI on your own as follows:
Implement the multi-file selection feature on your own.
You need to create a
TXVideoJoiner object for video splicing. Just like
TXVideoEditer, the preview feature also requires the upper layer to provide the preview
// Prepare the preview view TXVideoEditConstants.TXPreviewParam param = new TXVideoEditConstants.TXPreviewParam(); param.videoView = mVideoView; param.renderMode = TXVideoEditConstants.PREVIEW_RENDER_MODE_FILL_EDGE; // Create a `TXUGCJoiner` object and set the preview view TXVideoJoiner mTXVideoJoiner = new TXVideoJoiner(this); mTXVideoJoiner.setTXVideoPreviewListener(this); mTXVideoJoiner.initWithPreview(param); // Set the video file group `mVideoSourceList` for splicing, i.e., multiple files selected in step 1 mTXVideoJoiner.setVideoPathList(mVideoSourceList);
After setting the preview view and passing in the array of video files to be spliced, you can play back the preview. The splicing module provides some APIs for video playback preview:
If the preview effect is satisfactory, you can call the generation API to generate the spliced file:
mTXVideoJoiner.setVideoJoinerListener(this); mTXVideoJoiner.joinVideo(TXVideoEditConstants.VIDEO_COMPRESSED_540P, mVideoOutputPath);
Specify the file compression quality and output path during splicing, and the output progress and result will be returned as a callback through