
Parameters for ligand to target influence computation
params_ligand_target.RdParameters for ligand to target influence computation
Usage
params_ligand_target(
lr_sig_hub = 0,
gr_hub = 0,
ltf_cutoff = 0.99,
damping_factor = 0.5,
tol = 1e-06,
max_iter = 1000L,
topology_correction = FALSE,
secondary_targets = FALSE
)Arguments
- lr_sig_hub
Numeric. Numeric in
[0, 1]. Hub correction strength for the ligand-receptor / signalling layer. 0 disables correction. Defaults to0.0.- gr_hub
Numeric. Numeric in
[0, 1]. Hub correction strength for the gene regulatory layer. 0 disables correction. Defaults to0.0.- ltf_cutoff
Numeric. Numeric in
[0, 1]. Quantile cutoff applied to the intermediate ligand-to-TF matrix. Defaults to0.99.- damping_factor
Numeric. Numeric in
[0, 1]. PageRank-style damping factor. Defaults to0.5.- tol
Numeric. Numeric > 0. Convergence tolerance for the propagation step. Defaults to
1e-06.- max_iter
Integer. Integer >= 1. Maximum iterations for the propagation step. Defaults to
1000L.- topology_correction
Boolean. Apply topology correction. Defaults to
FALSE.- secondary_targets
Boolean. Run a second round through targets. Defaults to
FALSE.
Value
A named list with the following elements:
lr_sig_hub - Numeric. Numeric in
[0, 1]. Hub correction strength for the ligand-receptor / signalling layer. 0 disables correction. Defaults to0.0.gr_hub - Numeric. Numeric in
[0, 1]. Hub correction strength for the gene regulatory layer. 0 disables correction. Defaults to0.0.ltf_cutoff - Numeric. Numeric in
[0, 1]. Quantile cutoff applied to the intermediate ligand-to-TF matrix. Defaults to0.99.damping_factor - Numeric. Numeric in
[0, 1]. PageRank-style damping factor. Defaults to0.5.tol - Numeric. Numeric > 0. Convergence tolerance for the propagation step. Defaults to
1e-06.max_iter - Integer. Integer >= 1. Maximum iterations for the propagation step. Defaults to
1000L.topology_correction - Boolean. Apply topology correction. Defaults to
FALSE.secondary_targets - Boolean. Run a second round through targets. Defaults to
FALSE.