Description Usage Arguments Details Value Author(s) Examples
Generate artificial timecourse data for network inference.
1 2 3 4 5 |
phi |
The network for which data should be simulated. |
mu.bg |
mean for passive state. |
sd.bg |
sd for passive state. |
mu.signal.a |
mean for active state of type activation. |
sd.signal.a |
sd for active state of type activation. |
mu.signal.i |
mean for active state of type inhibition. |
sd.signal.i |
sd for active state of type inhibition. |
stimulus |
Where the network gets stimulated. Are set to 1 for the effect propagation. |
TT |
Number of timepoints. |
R.t |
Number of technical replicates. |
R.b |
Number of biological replicates. |
plot |
Should a plot be generated after data generation. |
stimuli |
List of input stimuli. |
allow.stim.off |
Boolean. Allow the stimuli to become inactive at some point. See also |
TODO
Artificial datasets for a given network.
Christian Bender
1 2 3 4 5 6 7 8 9 10 11 | ## Not run:
library(ddepn)
n <- 8
phi <- matrix(sample(c(0,1,2),n*n,replace=TRUE),nrow=n,dimnames=list(LETTERS[1:n],LETTERS[1:n]))
simulatedata(phi, mu.bg=0, sd.bg=0.1,
mu.signal.a=1, sd.signal.a=0.5,
mu.signal.i=-1, sd.signal.i=0.5,
stimulus=sample(nrow(phi),2),TT=10,R.t=4,R.b=3,
plot=TRUE)
## End(Not run)
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