Description Usage Format Value See Also Examples
A list of class
"rjmcmcNucleosomes" which contains the information about the
detected nucleosomes.
1 |
A list of class "rjmcmcNucleosomes" containing:
call the matched call.
k a integer, the final estimation of the number
of nucleosomes. 0 when no nucleosome is detected.
mu a vector of numeric of length
k, the positions of the nucleosomes. NA when no nucleosome is
detected.
k_max a integer, the maximum number of nucleosomes
obtained during the iteration process. NA when no nucleosome is
detected.
A list of class "rjmcmcNucleosomes" containing:
call the matched call.
k a integer, the final estimation of the number
of nucleosomes. 0 when no nucleosome is detected.
mu a vector of numeric of length
k, the positions of the nucleosomes. NA when no nucleosome is
detected.
k_max a integer, the maximum number of nucleosomes
obtained during the iteration process. NA when no nucleosome is
detected.
rjmcmc for profiling of nucleosome positions
rjmcmcCHR for profiling of nucleosome positions
for a large region. The function will take care of spliting and
merging.
segmentation for spliting a GRanges
containing reads in a list of smaller segments for
the rjmcmc function.
postTreatment for merging closely positioned
nucleosomes
mergeRDSFiles for merging nucleosome information
from selected RDS files.
plotNucleosomes for generating a graph containing
the nucleosome positions and the read coverage.
1 2 3 4 5 6 7 8 9 10 11 12 13 | ## Loading dataset
data(RJMCMC_result)
data(reads_demo_02)
## Results before post-treatment
RJMCMC_result$mu
## Post-treatment function which merged closely positioned nucleosomes
postResult <- postTreatment(reads = reads_demo_02,
extendingSize = 60, chrLength = 100000, resultRJMCMC = RJMCMC_result)
## Results after post-treatment
postResult
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