All information stored in CYT object.
You can use creatCYT to create an CYT
object. In this package, most of the functions will use
CYT object as input, and return a modified CYT obejct as well.
raw.datamatrix. Raw signal data captured in flow or mass cytometry.
log.datamatrix. Log-transfromed dataset of raw.data.
meta.datadata.frame. Meta data information, and colnames of "stage" and "cell" are required.
markersvector. Markers used in the calculation of PCA, tSNE, diffusion map and UMAP.
markers.idxvector. Index of markers used in the calculation of PCA, tSNE, destiny and umap.
cell.namevector. Cell names after performing downsampling.
knnnumeric. Numbers of nearest neighbors
knn.index,knn.distancematrix. Each row of the
knn.index matrix corresponds to a point
in log.data and contains the row indices in
log.data that are its nearest neighbors.
And each row of the knn.distance contains
the distance of its nearest neighbors.
somlist. Store som network information calculated
using FlowSOM.
clusterdata.frame. Cluster information
pca.sdev,pca.value,pca.scoresPCA information of CYT
object which are generated from fast.prcomp.
tsne.valuematrix. tSNE coordinates information.
See Rtsne.
dmDiffusionMap object. Diffusion map calculated by package
destiny
umap.valuematrix umap coordinates information
calculated using umap.
root.cellsvector, Names of root cells, which can
be modified by defRootCells.
A root cell is manually set to be the origin of all cells.
Pseudotime in root cells are the lowest.
leaf.cellsvector. Names of leaf cells, which can be
modified by defLeafCells.
A leaf cell is manually set to be the terminal state of
all cells. Pseuodtime in leaf cells is the largest.
networklist. Network stored in the calculation of trajectory and pseudotime.
walklist. Random forward and backward walk between
root.cells and leaf.cells.
diff.trajlist. Differentiation trajectory of all cells.
plot.metadata.frame. Plot meta information for
plot2D or plot3D.
tree.metadata.frame. Tree meta information of CYT object.
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