aal116 |
Coordinates for data from the AAl116 atlas |
aal2.120 |
Coordinates for data from the AAL2 atlas |
aal2.94 |
Coordinates for data from the AAL2 atlas |
aal90 |
Coordinates for data from the AAl90 atlas |
analysis_random_graphs |
Perform an analysis with random graphs for brain MRI data |
aop |
Approaches to estimate individual network contribution |
assign_lobes |
Give vertices in a graph a _lobe_ attribute. |
auc_diff |
Difference in the area-under-the-curve of two vectors |
boot_global |
Bootstrapping for global graph measures |
brainGraph_GLM |
Run linear models at each vertex of a graph |
brainGraph_GLM_design |
Create a design matrix for linear model analysis |
brainGraph_GLM_fit |
Fit linear models and calculate statistics |
brainGraph_init |
Initialize variables for further use in brainGraph |
brainsuite |
Coordinates for data from BrainSuite atlas |
centr_lev |
Calculate a vertex's leverage centrality |
check.resid |
Check model residuals for each brain region |
choose.edges |
Select edges for re-wiring. |
contract_brainGraph |
Contract graph vertices based on brain lobe and hemisphere |
cor.diff.test |
Calculate the p-value for differences in correlation coefficients |
corr.matrix |
Calculate correlation matrix and threshold |
CountEdges |
Count number of edges of a brain graph |
count_homologous |
Count number of edges of a brain graph |
count_interlobar |
Count number of edges of a brain graph |
craddock200 |
Coordinates for data from the Craddock200 atlas |
create_mats |
Create connection matrices for tractography or fMRI data |
delete_all_attr |
Delete all attributes of a graph |
destrieux |
Coordinates for data from the Destrieux atlas |
destrieux.scgm |
Coordinates for data from the Destrieux atlas |
dk |
Coordinates for data from the Desikan-Killiany atlas |
dk.scgm |
Coordinates for data from the Desikan-Killiany atlas |
dkt |
Coordinates for data from the Desikan-Killiany-Tourville atlas |
dkt.scgm |
Coordinates for data from the Desikan-Killiany-Tourville atlas |
dosenbach160 |
Coordinates for data from the Dosenbach160 atlas |
edge_asymmetry |
Calculate an asymmetry index based on edge counts |
edge_spatial_dist |
Calculate Euclidean distance of edges and vertices |
efficiency |
Calculate graph global, local, or nodal efficiency |
gateway_coeff |
Gateway coefficient, participation coefficient, and within-mod degree z-score |
get.resid |
Linear model residuals across brain regions |
graph.efficiency |
Calculate graph global, local, or nodal efficiency |
GraphColors |
Color graph vertices and edges |
GraphDistances |
Calculate Euclidean distance of edges and vertices |
graph_attr_dt |
Create a data table with graph global measures |
hoa112 |
Coordinates for data from Harvard-Oxford atlas |
IndividualContributions |
Approaches to estimate individual network contribution |
loo |
Approaches to estimate individual network contribution |
lpba40 |
Coordinates for data from the LONI probabilistic brain atlas |
make_ego_brainGraph |
Create a graph of the union of multiple vertex neighborhoods |
make_empty_brainGraph |
Create an empty graph with attributes for brainGraph |
NBS |
Network-based statistic for brain MRI data |
part_coeff |
Gateway coefficient, participation coefficient, and within-mod degree z-score |
permute.group |
Permutation test for group difference of graph measures |
plot_boot |
Plot global graph measures with shaded regions calculated from bootstrapping |
plot_brainGraph |
Plot a brain graph with a specific spatial layout |
plot_brainGraph_gui |
GUI for plotting graphs overlaid on an MNI152 image or in a circle. |
plot_brainGraph_list |
Write PNG files for a list of graphs |
plot_brainGraph_mni |
Draw an axial or sagittal slice of the MNI152 T1 image |
plot_brainGraph_multi |
Save PNG of three views of a brain graph |
plot_corr_mat |
Plot a correlation matrix |
plot_global |
Plot global graph measures across densities |
plot_group_means |
Plot group distributions of volumetric measures for a given brain region |
plot_perm_diffs |
Calculate permutation p-values and plot group differences |
plot_rich_norm |
Plot normalized rich club coefficients against degree threshold |
plot_vertex_measures |
Plot vertex-level graph measures at a single density or threshold |
rich_club_attrs |
Assign graph attributes based on rich-club analysis |
rich_club_coeff |
Calculate the rich club of a graph |
rich_club_norm |
Calculate the normalized rich club coefficient |
rich_core |
Calculate the rich core of a graph |
robustness |
Analysis of network robustness |
rotation |
Apply a rotation matrix to a set of points |
set.brainGraph.attributes |
Set graph, vertex, and edge attributes common in MRI analyses |
set_brainGraph_attr |
Set graph, vertex, and edge attributes common in MRI analyses |
set_edge_color |
Color graph vertices and edges |
set_vertex_color |
Color graph vertices and edges |
sim.rand.graph.clust |
Simulate a random graph with given degree sequence and clustering. |
sim.rand.graph.par |
Simulate N random graphs w/ same clustering and degree sequence as the input. |
small.world |
Calculate graph small-worldness |
update_brainGraph_gui |
Function to dynamically plot a graph |
vec.transform |
Transform a vector to have a different range |
VertexRoles |
Gateway coefficient, participation coefficient, and within-mod degree z-score |
vertex_attr_dt |
Create a data table with graph vertex measures |
vertex_spatial_dist |
Calculate Euclidean distance of edges and vertices |
vulnerability |
Calculate graph vulnerability |
within_module_deg_z_score |
Gateway coefficient, participation coefficient, and within-mod degree z-score |
write_brainnet |
Write files to be used for visualization with BrainNet Viewer |