Top: PCA embedding with linear baseline and nonlinear aggregated velocity directions, as well as ground truth principal curve; trajectory directions displayed to guide the eye. Bottom: UMAP and t-SNE embeddings with nonlinear velocity projections.</p
<p>(a) Interdomain angles shown here for one set of AMBER simulations (sim1, sim2, sim5). The horizo...
<p>Median points were excluded during Procrustes Distance minimization process and were passively ap...
The two UMAPs compare (A) smoothed κ-velo velocities projected by Nyström projection and (B) smoothe...
a. Linear PCA embedding of ground truth velocities. b. Linear PCA embedding of inferred velocities. ...
Top: PCA embedding with linear baseline and nonlinear aggregated velocity directions. Bottom: UMAP a...
A. Velocities projected on PCA embedding. The blue outline highlights a region of high velocity vari...
(A) Norm of the errors: with the true 2D velocity vector on PCA and the recovered vector. (B) Cha...
(A) Real simulated velocities (B) velocities recovered by κ-velo and (C) velocities recovered by scV...
We compare our projection approach (left column) to scVelo’s [2] (right column) projection for t-SNE...
<p>Two panels showing the embedding of trajectory 1 from the internal coordinate space (described in...
(A) Velocities returned by κ-velo projected on PCA embedding of spliced counts. (B) Velocities retur...
We compare κ-velo velocities projected by Nyström-projection v1 to eco-velo velocities projected ont...
We compare our projection approach in A to scVelo’s [2]’s projection in B. (TIFF)</p
<p>Two panels showing the embedding of trajectory 1 from the dihedral angle space to a 2D space obta...
Simulation results representing contoured velocity fields at φ = 0.2 for PBS, Fluid 1, Fluid 2.</p
<p>(a) Interdomain angles shown here for one set of AMBER simulations (sim1, sim2, sim5). The horizo...
<p>Median points were excluded during Procrustes Distance minimization process and were passively ap...
The two UMAPs compare (A) smoothed κ-velo velocities projected by Nyström projection and (B) smoothe...
a. Linear PCA embedding of ground truth velocities. b. Linear PCA embedding of inferred velocities. ...
Top: PCA embedding with linear baseline and nonlinear aggregated velocity directions. Bottom: UMAP a...
A. Velocities projected on PCA embedding. The blue outline highlights a region of high velocity vari...
(A) Norm of the errors: with the true 2D velocity vector on PCA and the recovered vector. (B) Cha...
(A) Real simulated velocities (B) velocities recovered by κ-velo and (C) velocities recovered by scV...
We compare our projection approach (left column) to scVelo’s [2] (right column) projection for t-SNE...
<p>Two panels showing the embedding of trajectory 1 from the internal coordinate space (described in...
(A) Velocities returned by κ-velo projected on PCA embedding of spliced counts. (B) Velocities retur...
We compare κ-velo velocities projected by Nyström-projection v1 to eco-velo velocities projected ont...
We compare our projection approach in A to scVelo’s [2]’s projection in B. (TIFF)</p
<p>Two panels showing the embedding of trajectory 1 from the dihedral angle space to a 2D space obta...
Simulation results representing contoured velocity fields at φ = 0.2 for PBS, Fluid 1, Fluid 2.</p
<p>(a) Interdomain angles shown here for one set of AMBER simulations (sim1, sim2, sim5). The horizo...
<p>Median points were excluded during Procrustes Distance minimization process and were passively ap...
The two UMAPs compare (A) smoothed κ-velo velocities projected by Nyström projection and (B) smoothe...