rvc-v2
Maintainer: pseudoram
38
| Property | Value |
|---|---|
| Run this model | Run on Replicate |
| API spec | View on Replicate |
| Github link | View on Github |
| Paper link | No paper link provided |
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Model overview
The rvc-v2 model is a speech-to-speech tool that allows you to apply voice conversion to any audio input using any RVC v2 trained AI voice model. It is developed and maintained by pseudoram. Similar models include the realistic-voice-cloning model for creating song covers, the create-rvc-dataset model for building your own RVC v2 dataset, the free-vc model for changing voice for spoken text, the vqmivc model for one-shot voice conversion, and the metavoice model for a large-scale base model for voice conversion.
Model inputs and outputs
The rvc-v2 model takes an audio file as input and allows you to convert the voice to any RVC v2 trained AI voice model. The output is the audio file with the converted voice.
Inputs
- Input Audio: The audio file to be converted.
- RVC Model: The specific RVC v2 trained AI voice model to use for the voice conversion.
- Pitch Change: Adjust the pitch of the AI vocals in semitones.
- F0 Method: The pitch detection algorithm to use, either 'rmvpe' for clarity or 'mangio-crepe' for smoother vocals.
- Index Rate: Control how much of the AI's accent to leave in the vocals.
- Filter Radius: Apply median filtering to the harvested pitch results.
- RMS Mix Rate: Control how much to use the original vocal's loudness or a fixed loudness.
- Protect: Control how much of the original vocals' breath and voiceless consonants to leave in the AI vocals.
- Output Format: Choose between WAV for best quality or MP3 for smaller file size.
Outputs
- Converted Audio: The input audio file with the voice converted to the selected RVC v2 model.
Capabilities
The rvc-v2 model can effectively change the voice in any audio input to a specific RVC v2 trained AI voice. This can be useful for tasks like creating song covers, changing the voice in videos or recordings, or even generating novel voices for various applications.
What can I use it for?
The rvc-v2 model can be used for a variety of projects and applications. For example, you could use it to create song covers with a unique AI-generated voice, or to change the voice in videos or audio recordings to a different persona. It could also be used to generate novel voices for audiobooks, video game characters, or other voice-based applications. The model's flexibility and the wide range of available voice models make it a powerful tool for voice conversion and generation tasks.
Things to try
One interesting thing to try with the rvc-v2 model is to experiment with the different pitch, index rate, and filtering options to find the right balance of clarity, smoothness, and authenticity in the converted voice. You could also try combining the rvc-v2 model with other audio processing tools to create more complex voice transformations, such as adding effects or mixing the converted voice with the original. Additionally, you could explore training your own custom RVC v2 voice models and using them with the rvc-v2 tool to create unique, personalized voice conversions.
This summary was produced with help from an AI and may contain inaccuracies - check out the links to read the original source documents!
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The realistic-voice-cloning model, created by zsxkib, is an AI model that can create song covers by cloning a specific voice from audio files. It builds upon the Realistic Voice Cloning (RVC v2) technology, allowing users to generate vocals in the style of any RVC v2 trained voice. This model offers an alternative to similar voice cloning models like create-rvc-dataset, openvoice, free-vc, train-rvc-model, and voicecraft, each with its own unique features and capabilities. Model inputs and outputs The realistic-voice-cloning model takes a variety of inputs that allow users to fine-tune the generated vocals, including the RVC model to use, pitch changes, reverb settings, and more. The output is a generated audio file in either MP3 or WAV format, containing the original song's vocals replaced with the cloned voice. Inputs Song Input**: The audio file to use as the source for the song RVC Model**: The specific RVC v2 model to use for the voice cloning Pitch Change**: Adjust the pitch of the AI-generated vocals Index Rate**: Control the balance between the AI's accent and the original vocals RMS Mix Rate**: Adjust the balance between the original vocal's loudness and a fixed loudness Filter Radius**: Apply median filtering to the harvested pitch results Pitch Detection Algorithm**: Choose between different pitch detection algorithms Protect**: Control the amount of original vocals' breath and voiceless consonants to leave in the AI vocals Reverb Size, Damping, Dryness, and Wetness**: Adjust the reverb settings Pitch Change All**: Change the pitch/key of the background music, backup vocals, and AI vocals Volume Changes**: Adjust the volume of the main AI vocals, backup vocals, and background music Outputs The generated audio file in either MP3 or WAV format, with the original vocals replaced by the cloned voice Capabilities The realistic-voice-cloning model can create high-quality song covers by replacing the original vocals with a cloned voice. Users can fine-tune the generated vocals to achieve their desired sound, adjusting parameters like pitch, reverb, and volume. This model is particularly useful for musicians, content creators, and audio engineers who want to create unique vocal covers or experiments with different voice styles. What can I use it for? The realistic-voice-cloning model can be used to create song covers, remixes, and other audio projects where you want to replace the original vocals with a different voice. This can be useful for musicians who want to experiment with different vocal styles, content creators who want to create unique covers, or audio engineers who need to modify existing vocal tracks. The model's ability to fine-tune the generated vocals also makes it suitable for professional audio production work. Things to try With the realistic-voice-cloning model, you can try creating unique song covers by cloning the voice of your favorite singers or even your own voice. Experiment with different RVC models, pitch changes, and reverb settings to achieve the desired sound. You could also explore using the model to create custom vocal samples or background vocals for your music productions. The versatility of the model allows for a wide range of creative possibilities.
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