Presets
About 2 min
Recommended Presets for Frame Interpolation Tasks
For the compression mode, H265 or ProRes encoding must be used for resolutions above 2K.
Warning
Make sure your player can play H.265 10bit,
otherwise select H.264 veryslow
Animation (Normal Frame Interpolation)
| Scene | Video Smoothness Optimization | Compression Mode | Optical Flow Scale | Frame Interpolation Model |
|---|---|---|---|---|
| Ultra High Quality | Spatiotemporal Linearization | CPU H.265 slow | 1.0 | gmfss pg104 |
| High Quality | Spatiotemporal Linearization | CPU H.265 medium | 1.0 | rife 4.13 |
| Normal | Spatiotemporal Linearization | CPU H.265 fast | 1.0 | rife 4.13 |
| Speed (NVIDIA GPU) | Spatiotemporal Linearization | NVENCC H.264 quality | 1.0 | rife 4.6 |
| Speed (NVIDIA GPU, Hybrid Acceleration Compression) | Spatiotemporal Linearization | QSVENCC H.264 best | 1.0 | rife 4.6 |
| Speed (AMD GPU) | Spatiotemporal Linearization | VCEENCC H.264 slow | 1.0 | ncnn rife 4.6 |
Animation (Slow Motion Frame Interpolation and Animation Editing)
Assume the frame rate of the footage is around 24 fps.
| Scene | Video Smoothness Optimization | Compression Mode | Optical Flow Scale | Frame Interpolation Model |
|---|---|---|---|---|
| Top Smoothness | Forward De-duplication | Select from the preset table above | 1.0 | gmfss pg104 |
| Extreme Smoothness | First Order Difference De-duplication | Select from the preset table above | 1.0 | rife 4.13 |
| Extreme Smoothness | Remove One Shot Two and One Shot Three | Select from the preset table above | 1.0 | rife 4.13 |
| Only Reduce Stuttering, Suppress Jello | Fixed Threshold De-duplication 0.80 | Select from the preset table above | 1.0 | rife 4.13 |
A representative frame interpolation preset for NVIDIA GPU dedicated animation
- Configuration Requirements: Graphics card video memory 4G and above
- Tested Devices: 1650 4g, laptop
- Frame Rate: 24 frames interpolated to 60
- Output Resolution: 1080p
- Compression Parameters:
- Rendering Quality (CRF): 12
- CPU: Good effect, slow speed
- NVENC: Fast speed, but relatively reduced quality
- Compression Encoding: H.265, 10bit
- Optical Flow Scale: 1.0
- Smoothness Optimization:
- Spatiotemporal Resampling: Good smoothness, okay speed, but will increase jello
- Forward De-duplication: Best effect, many picture qualities can surpass hand-drawn, but slow speed
- Change the option value to 2 to solve one shot three, and 3 to solve one shot four pictures, and so on
- Frame Interpolation Model:
- GmfSs-pg-104 (Best effect)
- rife-official-4.8 (Fast speed, okay effect)
- Number of Frame Interpolation Threads: 1
- Bidirectional Optical Flow: Off
- Other Settings Default
Live Action
| Scene | Video Smoothness Optimization | Compression Mode | Optical Flow Scale | Frame Interpolation Model |
|---|---|---|---|---|
| Quality | Spatiotemporal Linearization | CPU H.265 medium | 1.0 | rife 4.13 |
| Normal | Spatiotemporal Linearization | CPU H.265 fast | 1.0 | rife 4.13 |
| Speed (NVIDIA GPU) | Spatiotemporal Linearization | NVENCC H.264 quality | 1.0 | rife 4.6 |
| Speed (NVIDIA GPU, Hybrid Acceleration Compression) | Spatiotemporal Linearization | QSVENCC H.264 best | 1.0 | rife 4.6 |
| Speed (AMD GPU) | Spatiotemporal Linearization | VCEENCC H.264 slow | 1.0 | ncnn rife 4.6 |
Recommended Presets for Super Resolution Tasks
(Under Maintenance...)
But the commonly used super resolution models are summarized as follows:
