Description Usage Arguments Value Examples
Plot proximity analysis data
Plot proximity analysis data
1 2 3 4 5 6 7 8 9 10 11 12 13 | plot_proximities(x, ...)
## S4 method for signature 'ImageSet'
plot_proximities(x, label, ordering = NULL,
normalize = TRUE, palette = NULL, celltype_order = NULL,
xlim_fix = 13, topbar_cols = "darkgrey")
plot_proximities(x, ...)
## S4 method for signature 'ImageSet'
plot_proximities(x, label, ordering = NULL,
normalize = TRUE, palette = NULL, celltype_order = NULL,
xlim_fix = 13, topbar_cols = "darkgrey")
|
x |
An IrisSpatialFeatures ImageSet object |
... |
Additional parameters. |
label |
Cell-type for which the proximit profile is plotted |
ordering |
Ordering of the samples (Default: NULL) |
normalize |
Flag, should the populations of different cell-types sum up to one in each sample? (Default: TRUE) |
palette |
Color palette, by default it uses Spectral from RColorbrewer (Default:NULL) |
celltype_order |
Ordering of the cell-type. (Default: NULL) |
xlim_fix |
Space on the right side to show the legend (Default: 13) |
topbar_cols |
Color of the barplots on top (Default: 'darkgrey' |
x |
An IrisSpatialFeatures ImageSet object |
label |
Cell-type for which the proximit profile is plotted |
ordering |
Ordering of the samples (Default: NULL) |
normalize |
Flag, should the populations of different cell-types sum up to one in each sample? (Default: TRUE) |
palette |
Color palette, by default it uses Spectral from RColorbrewer (Default:NULL) |
celltype_order |
Ordering of the cell-type. (Default: NULL) |
xlim_fix |
Space on the right side to show the legend (Default: 13) |
topbar_cols |
Color of the barplots on top (Default: 'darkgrey' |
... |
Additional parameters. |
plot proximity analysis
plot proximity analysis
1 2 3 4 5 6 7 8 9 10 | #loading pre-read dataset
dataset <- IrisSpatialFeatures_data
dataset <- extract_proximity(dataset,only_closest=TRUE,radii=25)
p <- plot_proximities(dataset,"SOX10+ PDL1-",xlim_fix=3)
#loading pre-read dataset
dataset <- IrisSpatialFeatures_data
dataset <- extract_proximity(dataset,only_closest=TRUE,radii=25)
p <- plot_proximities(dataset,"SOX10+ PDL1-",xlim_fix=3)
|
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.