SlerpFlow: Spherical Trajectory Correction for Rectified Flow Inversion
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TL;DR - SlerpFlow is a zero-shot geometric correction method for fast, high-fidelity inversion and editing with FLUX rectified-flow models. It preserves first-order Euler efficiency while improving reconstruction fidelity and semantic alignment without additional training.
- Uses spherical linear interpolation to align flow velocities with latent-space curvature.
- Treats trajectory curvature as necessary for remaining on the data manifold, rather than as numerical error.
- Caches corrected velocities for subsequent steps, avoiding complex high-order approximations.
- Experiments cover FLUX-based image reconstruction and semantic editing.
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SlerpFlow: Spherical Trajectory Correction for Rectified Flow Inversion
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TL;DR - SlerpFlow is a zero-shot geometric correction method for fast, high-fidelity inversion and editing with FLUX rectified-flow models. It preserves first-order Euler efficiency while improving reconstruction fidelity and semantic alignment without additional training.
- Uses spherical linear interpolation to align flow velocities with latent-space curvature.
- Treats trajectory curvature as necessary for remaining on the data manifold, rather than as numerical error.
- Caches corrected velocities for subsequent steps, avoiding complex high-order approximations.
- Experiments cover FLUX-based image reconstruction and semantic editing.