All functions

AUC_of_cross_function()

AUC_of_cross_function

average_marker_intensity_within_radius()

average_marker_intensity_within_radius

average_minimum_distance()

average_minimum_distance

average_nearest_neighbor_index()

average_nearest_neighbor_index

average_percentage_of_cells_within_radius()

average_percentage_of_cells_within_radius

bivariate_dependence()

bivariate_dependence

calculate_all_distances_between_cell_types()

calculate_all_distances_between_cell_types

calculate_cell_proportions()

calculate_cell_proportions

calculate_cross_functions()

calculate_cross_functions

calculate_cross_k_function()

Perform cross-K function

calculate_cross_k_multiple_images()

Calculate K-cross function for multiple images and plot

calculate_k_cross_function()

Perform cross-K function

calculate_k_function()

calculate_k_function, calculates Ripley's K-function with border correction with options to specify cell phenotype, plot, plot confidence envelope and plot confidence interval of K function. Plotted K-functions utilise an inhomogenous Poisson distrubution with point intensity produced to reflect the original data as the null distribution. Unable to plot both condience interval and envelope simultaneously

calculate_min_distance_to_borders()

calculate_min_distance_to_borders

calculate_minimum_distances()

calculate_minimum_distances

calculate_proportions_of_cells_in_structure()

calculate_proportions_of_cells_in_structure

calculate_proportions_of_immune_cells_in_structure()

calculate_proportions_of_immune_cells_in_structure

calculate_summary_distances_between_cell_types()

calculate_summary_distances_between_cell_types

calculate_summary_distances_of_immune_cells_to_borders()

calculate_summary_distances_of_immune_cells_to_borders

calculate_summary_distances_to_borders()

calculate_summary_distances_to_borders

check_distribution_type()

check for initial underlying distribution (cluster or Homogenous Poisson)

clusters_communities_morisita_index()

clusters_communities_morisita_index

composition_of_clusters_and_communities()

composition_of_clusters_and_communities

compute_mixing_score()

compute_mixing_score

define_celltypes()

define_celltypes

define_structure()

define_structure

entropy()

entropy

find_subset()

Determine point subset data

fit_cluster_model()

Fit Cauchy model to point pattern

fit_cluster_model_multiple_images()

Find and plot cluster model parameters of multiple images in a boxplot

format_colData_to_sce()

format_colData_to_sce

format_image_to_sce()

format_image_to_sce

format_sce_to_ppp()

format_sce_to_ppp

formatted_image

Example Inform image

gradient()

gradient

grid_metrics()

grid_metrics

identify_bordering_cells()

identify_bordering_cells

identify_bordering_cells2()

identify_bordering_cells

identify_cell_clusters()

identify_cell_clusters

identify_cell_communities()

identify_cell_communities

image_splitter()

image_splitter

marker_intensity_boxplot()

marker_intensity_boxplot

marker_permutation()

marker_permutation

marker_prediction_plot()

marker_prediction_plot

marker_surface_plot()

marker_surface_plot

marker_surface_plot_stack()

marker_surface_plot_stack

measure_association_to_cell_properties()

measure_association_to_cell_properties

mixing_score_multiple()

mixing_score_multiple

mixing_score_summary()

mixing_score_summary

morisita_index()

morisita_index

number_of_cells_within_radius()

number_of_cells_within_radius

plot_average_intensity()

plot_average_intensity

plot_cell_basic()

plot_cell_basic

plot_cell_categories()

plot_cell_categories

plot_cell_distances_violin()

plot_cell_distances_violin

plot_cell_marker_levels()

plot_cell_marker_levels

plot_cell_percentages()

plot_cell_proportions

plot_composition_heatmap()

plot_composition_heatmap

plot_distance_heatmap()

plot_distance_heatmap

plot_marker_level_heatmap()

plot_marker_level_heatmap

plot_mixing_score_summary()

plot_mixing_score_summary

predict_phenotypes()

predict_phenotypes

print_column()

print_column

print_phenotypes()

print_phenotypes

select_celltypes()

select_celltypes

select_phenotypes()

select_phenotypes