Linux command
nano-ffmpeg 命令
文本
复制后可按需替换文件名、目录或参数。
常用示例
Launch the
nano-ffmpeg
Open the file picker
nano-ffmpeg -d [path/to/videos]
Skip the picker
nano-ffmpeg -d [path/to/video.mp4]
Force
nano-ffmpeg -t [dark|light]
Show
nano-ffmpeg --version
说明
nano-ffmpeg is a terminal user interface that wraps ffmpeg behind a keyboard-driven dashboard. Instead of memorizing flags, the user browses files, picks an operation from a menu, tweaks parameters via presets, and watches a live progress bar while ffmpeg encodes in the background. The TUI exposes twelve common operations: format conversion, audio extraction, resizing, trimming, compression, concatenation, subtitle handling, GIF creation, thumbnail extraction, watermarking, audio adjustments, and video filters such as stabilization, deinterlacing, and rotation. Every settings screen previews the exact ffmpeg invocation that will be executed, so users can learn the underlying flags as they work. Hardware-accelerated encoders are detected automatically: VideoToolbox on macOS, NVENC on systems with NVIDIA GPUs, and VAAPI on Linux. Real-time stats during encoding include elapsed time, ETA, speed, FPS, bitrate, frames written, and output size.
参数
- -d _path_, --dir _path_
- If _path_ is a directory, open the file picker rooted there. If _path_ is a file, bypass the picker and load it directly into the operations menu.
- -t _theme_, --theme _theme_
- Override the UI theme for the current session. Accepts dark or light.
- --version
- Print the version and exit.
- -h, --help
- Print usage information.
FAQ
What is the nano-ffmpeg command used for?
nano-ffmpeg is a terminal user interface that wraps ffmpeg behind a keyboard-driven dashboard. Instead of memorizing flags, the user browses files, picks an operation from a menu, tweaks parameters via presets, and watches a live progress bar while ffmpeg encodes in the background. The TUI exposes twelve common operations: format conversion, audio extraction, resizing, trimming, compression, concatenation, subtitle handling, GIF creation, thumbnail extraction, watermarking, audio adjustments, and video filters such as stabilization, deinterlacing, and rotation. Every settings screen previews the exact ffmpeg invocation that will be executed, so users can learn the underlying flags as they work. Hardware-accelerated encoders are detected automatically: VideoToolbox on macOS, NVENC on systems with NVIDIA GPUs, and VAAPI on Linux. Real-time stats during encoding include elapsed time, ETA, speed, FPS, bitrate, frames written, and output size.
How do I run a basic nano-ffmpeg example?
Run `nano-ffmpeg` in a terminal, then adjust file names, paths, flags, or remote targets for your system.
What does -d _path_, --dir _path_ do in nano-ffmpeg?
If _path_ is a directory, open the file picker rooted there. If _path_ is a file, bypass the picker and load it directly into the operations menu.