absorptionII: Inverse absorption
In MartinFXP/B-NEM: Training of logical models from indirect measurements of perturbation experiments
absorptionII R Documentation
Inverse absorption
Description
applies "inverse" absorption law to a disjuncitve normal form
Usage
absorptionII(bString, model = NULL)
Arguments
bString
a disjunctive normal form or binary vector according to model
model
Model object including the search space, if available.
See CellNOptR::preprocessing.
Value
bString after "inverse" absorption law
Author(s)
Martin Pirkl
Examples
graph <- c("A+B=C", "A=C")
absorptionII(graph)
MartinFXP/B-NEM documentation built on Oct. 27, 2023, 8:24 p.m.
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| absorptionII | R Documentation |
Inverse absorption
Description
applies "inverse" absorption law to a disjuncitve normal form
Usage
absorptionII(bString, model = NULL)
Arguments
bString |
a disjunctive normal form or binary vector according to model |
model |
Model object including the search space, if available. See CellNOptR::preprocessing. |
Value
bString after "inverse" absorption law
Author(s)
Martin Pirkl
Examples
graph <- c("A+B=C", "A=C")
absorptionII(graph)
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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