A K*S by I matrix. The (k+K*(s-1),i)-th element is the posterior probability for the i-th locus to have state s under the k-th experimental condition.
A K*S by J matrix. The (k+K*(s-1),j)-th element is the posterior probability that loci in the j-th group are UNENRICHED under the k-th experimental condition.
An N by M matrix. The (n,m)-th element is the weight of the m-th component for the n-th replicate. For each row, entries corresponding to the same state should sum to 1.
An I by J matrix. The (i,j)-th element is the posterior probability that the i-th unit (locus) belongs to the j-th cluster.
An I by (J + 1) matrix. The(i, j+1)-th element is the posterior probability that the i-th unit belongs to the j-th cluster, and the (i, 1)-th element is the posterior probability that the i-th unit belongs to the singleton cluster.
A vector of length I. The i-th element is the posterior probability that the i-th unit (locus) does not belong to any cluster.
The AIC value of the fitted model.
The BIC value of the fitted model.
The AICC value of the fitted model.
The log-likelihood after the final iteration.
The vector for the log-likelihood after each E-M iteration.
The hyper probability for each unit (locus) to belong to some cluster.
This is an N by M matrix, where the (n,m)-th entry is the mean parameter for the m-th component for the n-th replicate.
An N by M matrix, where the (n,m)-th entry is the dispersion parameter for the m-th component for the n-th replicate.
(This slot is deprecated.) NULL
except if this object is fitted by the MBASIC.binary
function. In that case, this is a vector of length N. The n-th entry is the dispersion parameter for the unenrichment component of the n-th experiment.
(This slot is deprecated) NULL
except if this object is fitted by the MBASIC.binary
function. In that case, this is a vector of length N. The n-th entry is the normalization value for the background of the n-th experiment.
A vector of length J. The j-th entry is the hyper probability of any locus to belong to the j-th cluster.
A matrix of length I by S. The (i,s)-th entry is the probability for the i-th locus to have state s, conditional on that this locus does not belong to any cluster.
Whether the final model is converged.
Mean squared error in the Theta matrix.
Mean squared error in the Mu parameter.
Adjusted Rand Index between the fitted clustering and the true clustering.
Mean squared error in the W matrix.
Mis-classification rate by comparing the fitted clustering and the true clustering.
Number of iterations taken.
A list object for different terms of loss function values.
A matrix for the structure constraints for each cluster.
1 | showClass("MBASICFit")
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