netplot_ClusTCR2 | R Documentation |
Code for displaying the network.
netplot_ClusTCR2(
ClusTCR,
filter_plot = 0,
Clust_selected = 1,
selected_col = "purple",
selected_text_col = "black",
selected_text_size = 3,
non_selected_text_size = 2,
Clust_column_name = "cluster",
label = c("Name", "cluster", "CDR3", "V_gene", "Len"),
non_selected_col = "grey80",
non_selected_text_col = "grey40",
alpha_selected = 1,
alpha_non_selected = 0.5,
colour = "color_test",
all.colour = "default"
)
ClusTCR |
File produced from mcl_cluster |
filter_plot |
Filter's plot to remove connects grater than # e.g. 2 = 3 or more connections. |
Clust_selected |
Select which cluster to label. |
selected_col |
Color of selected cluster (Default = purple) |
selected_text_col |
Color of selected cluster text (Default = black) |
selected_text_size |
Text size of selected cluster (Default = 3) |
non_selected_text_size |
Text size of non-selected clusters (Default = 2) |
Clust_column_name |
Name of clustering column from mcl_cluster file e.g. cluster (Re-numbering the original_cluster), Original_cluster, Clust_size_order (Based on cluster size e.g. number of nodes) |
label |
Name to display on cluster: Name (CDR3_V_gene_Cluster), cluster, CDR3, V_gene, Len (length of CDR3 sequence), CDR3_selected, V_gene_selected, Name_selected,cluster_selected, (_selected only prints names of the chosen cluster), None |
non_selected_col |
Color of selected cluster (Default = grey80) |
non_selected_text_col |
Color of selected clusters text (Default = grey40) |
alpha_selected |
Transparency of selected cluster (default = 1) |
alpha_non_selected |
Transparency of non-selected clusters (default = 0.5) |
colour |
Colour selected = "color_test" or all = "color_all" |
all.colour |
Colours all points by: rainbow, random, heat.colors, terrain.colors, topo.colors, hcl.colors and default |
A ggplot object displaying the network plot.
# Example usage of mcl_cluster function with a stored file
example_file <- read.csv(system.file("extdata", "my_data.csv",package = "ClusTCR2"))
# Perform clustering using mcl_cluster function
step1 <- ClusTCR(example_file,allele = FALSE)
# perform mcl
step2 <- mcl_cluster(step1)
# print the clustering plot after performing step 1 and step 2
print(netplot_ClusTCR2(step2, label = "Name_selected"))
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