Procedural Fish Modeling


Ablation Study - Texture Expansion

We show the results of our ablation study that determines the core algorithm of our texture expansion. We mark the best method in red for each fish.

Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 3.010
Inverse Distance 3.150
Thin Plate Spline 2.974
Natural Neighbor 3.027
Latent Diffusion 39.858
Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 4.523
Inverse Distance 5.182
Thin Plate Spline 4.569
Natural Neighbor 4.667
Latent Diffusion 53.041
Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 4.872
Inverse Distance 5.130
Thin Plate Spline 4.839
Natural Neighbor 4.891
Latent Diffusion 45.286
Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 3.209
Inverse Distance 3.585
Thin Plate Spline 3.149
Natural Neighbor 3.297
Latent Diffusion 34.616
Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 5.051
Inverse Distance 5.798
Thin Plate Spline 4.810
Natural Neighbor 5.102
Latent Diffusion 64.086
Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 3.704
Inverse Distance 3.934
Thin Plate Spline 3.716
Natural Neighbor 3.725
Latent Diffusion 54.700
Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 5.868
Inverse Distance 5.894
Thin Plate Spline 5.872
Natural Neighbor 5.829
Latent Diffusion 46.780
Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 6.487
Inverse Distance 6.558
Thin Plate Spline 6.475
Natural Neighbor 6.551
Latent Diffusion 51.121
Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 4.307
Inverse Distance 4.474
Thin Plate Spline 4.464
Natural Neighbor 4.354
Latent Diffusion 29.528
Method Name Results L1 Difference
Ground-Truth x
Linear Triangulation 4.906
Inverse Distance 5.420
Thin Plate Spline 4.879
Natural Neighbor 5.001
Latent Diffusion 34.609

Fish Modeling with Single Image

We show the fish modeling results with single input image by using different methods.