🚨This is an experimental LoRa 🚨
This LoRa is meant to be used with the 14B I2V Model of Wan2.1 and specializes in producing fluid panning shots and dynamic rotations of subjects, enhancing the storytelling capabilities of your visuals.
Previous LoRa's of this type tend to interfere with the overall context of the input image or require very specific images. The purpose of the experimental training was to be able to train the model to execute specific frame dynamics without interfering with the overall context of the image or prompt.
It is trained on just 5 carefully selected video clips over 3,000 training steps. Despite its lightweight training setup, the results are surprisingly effective, proving how much potential even small-scale training experiments can unlock.
Stay tuned and stay blessed.
So far I have only tested this model with images of centrally placed figures, which can be either full-bodied portraits, landscapes, or close-ups. It doesn't seem to matter who or what it is; realistic or hyper-realistic photos tend to get good results. I have not tested this LoRa in conjunction with other LoRa's. If you do please share your results.
These can be used directly or mixed as needed to trigger the LoRa effectively.
1. A smooth cinematic camera orbit around the subject.
2. Fluid motion maintaining steady distance and perspective shifts.
3. Uninterrupted rotation showcasing the subject from all angles.
4. Consistent-speed camera orbit enhancing spatial depth.
5. Graceful, immersive camera movement with no abrupt changes.
🚨This is an experimental LoRa 🚨
This LoRa is meant to be used with the 14B I2V Model of Wan2.1 and specializes in producing fluid panning shots and dynamic rotations of subjects, enhancing the storytelling capabilities of your visuals.
Previous LoRa's of this type tend to interfere with the overall context of the input image or require very specific images. The purpose of the experimental training was to be able to train the model to execute specific frame dynamics without interfering with the overall context of the image or prompt.
It is trained on just 5 carefully selected video clips over 3,000 training steps. Despite its lightweight training setup, the results are surprisingly effective, proving how much potential even small-scale training experiments can unlock.
Stay tuned and stay blessed.
So far I have only tested this model with images of centrally placed figures, which can be either full-bodied portraits, landscapes, or close-ups. It doesn't seem to matter who or what it is; realistic or hyper-realistic photos tend to get good results. I have not tested this LoRa in conjunction with other LoRa's. If you do please share your results.
These can be used directly or mixed as needed to trigger the LoRa effectively.
1. A smooth cinematic camera orbit around the subject.
2. Fluid motion maintaining steady distance and perspective shifts.
3. Uninterrupted rotation showcasing the subject from all angles.
4. Consistent-speed camera orbit enhancing spatial depth.
5. Graceful, immersive camera movement with no abrupt changes.