Description Usage Arguments Details Value Author(s) Examples
Dataset generation using an input network, list of stimuli and various experiment parameters.
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phi |
Adjacency matrix.The input network. |
stimuli |
List containing all stimuli. |
R.t |
Integer. Number of technical replicates. So far, no distinction is done between technical and
biological replicates, so in total a number of R.t \cdot R.b replicates is generated. If given as vector
of length equal to the length of |
R.b |
Integer. Number of biological replicates. So far, no distinction is done between technical and
biological replicates, so in total a number of R.t \cdot R.b replicates is generated. Can also be given
as vector, with the same effect as for |
TT |
Integer.Number of timepoints in the experiment. Analogously to |
mu.bg |
Double. Mean background intensity (for passive state of the protein. |
sd.bg |
Double. Sd for background intensity. |
mu.signal.a |
Double. Mean intensity for activation. |
sd.signal.a |
Double. Sd for activation intensity. |
mu.signal.i |
Double. Mean intensity for inhibition. |
sd.signal.i |
Double. Sd for inhibition intensity. |
allow.stim.off |
Boolean. If TRUE, a stimulus can become inactive at some time point, if FALSE, the stimulus will be always active. |
Generates a dataset from the given network, stimuli and parameters.
A list containing the dataset:
datx |
The data matrix. |
gammax |
Matrix of true state transitions. |
stimuli |
The list of stimuli. |
phi |
The network. |
R.t |
Technical replicates. |
R.b |
Biological replicates. |
TT |
Number of timepoints. |
Christian Bender
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