score_gsva_likelihoods | R Documentation |
Yeah, this is a bit meta, but the scores from gsva seem a bit meaningless to me, so I decided to look at the distribution of observed scores in some of my data; I quickly realized that they follow a nicely normal distribution. Therefore, I thought to calculate some scores of gsva() using that information.
score_gsva_likelihoods(
gsva_result,
score = NULL,
category = NULL,
factor = NULL,
sample = NULL,
factor_column = "condition",
method = "mean",
label_size = NULL,
col_margin = 6,
row_margin = 12,
cutoff = 0.95
)
gsva_result |
Input result from simple_gsva() |
score |
What type of scoring to perform, against a value, column, row? |
category |
What category to use as baseline? |
factor |
Which experimental factor to compare against? |
sample |
Which sample to compare against? |
factor_column |
When comparing against an experimental factor, which design column to use to find it? |
method |
mean or median when when bringing together values? |
label_size |
By default, enlarge the labels to readable at the cost of losing some. |
col_margin |
Attempt to make heatmaps fit better on the screen with this and... |
row_margin |
this parameter |
cutoff |
Highlight only the categories deemed more significant than this. |
The nicest thing in this, I think, is that it provides its scoring metric(s) according to a few different possibilities, including: * the mean of samples found in an experimental factor * All provided scores against the distribution of observed scores as z-scores. * A single score against all scores. * Rows (gene sets) against the set of all gene sets.
The scores according to the provided category, factor, sample, or score(s).
[simple_gsva()]
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