Celegans.frontal | Load C. elegans data : neuronal network of frontal neurons |
Digits | load 'Digits' data of multiple features |
diglocal_fixed | extract local information : fixed dimension |
diglocal_variable | extract local information : variable dimension |
dist_conway | Distance using Conway Embedding |
dist_graff | Distance using Graff (affine grassmann by Lim) |
dolphins | Load dolphins data |
Embryoid | load 'Embryoid' data |
exp3riment-package | some random stuffs |
fast_dist | Fast computation of a distance matrix via Rcpp |
hello | A simple function doing little |
mv_alternating | Multi-View : Alternating Diffusion |
mv_integrated | Multi-View : Integrated Diffusion |
mv_spherical | Multi-View : Spherically Aggregated Diffusion |
phate_graph | Graphical PHATE for using Effective Resistance |
phate_mview_ver1 | MultiView PHATE Version 1 : Distance Merging (2-View Only) |
phate_original | Original Version of PHATE |
rcpparma_hello_world | Set of functions in example RcppArmadillo package |
routine_affinity | Construct PHATE-style affinity |
routine_transition | Construct PHATE-style transition kernel P=D^-1A |
tphate_aggregation | T-PHATE : Distance Aggregation |
tphate_alternating | T-PHATE : Alternating Diffusion |
tphate_hadamard | T-PHATE : Hadamard Product |
tphate_hadamardclust | T-PHATE : Hadamard Product + Clustering |
tphate_integrated | T-PHATE : Integrated Diffusion |
tphate_strategy3 | Transition PHATE : Strategy 3 |
tphate_strategy4 | Transition PHATE : Strategy 4 |
tphate_strategy5 | Transition PHATE : Strategy 5 |
tphate_strategy6 | Transition PHATE : Strategy 6 |
tphate_strategy7 | Transition PHATE : Strategy 7 |
tphate_strategy8 | Transition PHATE : Strategy 8 |
ver2_phate_graphA | Graphical PHATE for using Adjacency |
ver2_phate_graphE | Graphical PHATE for Effective Resistance |
ver2_phate_original | Original PHATE Simplified |
ver2_phate_repair | Original PHATE Simplified + Metric Repair |
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.