Deconvolution of Spatial Transcriptomics Data Based on Neural Networks


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Documentation for package ‘SpatialDDLS’ version 1.0.2

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B C D E F G I L M P S T Z

-- B --

barErrorPlot Generate bar error plots
barPlotCellTypes Bar plot of deconvoluted cell type proportions
blandAltmanLehPlot Generate Bland-Altman agreement plots between predicted and expected cell type proportions of test data

-- C --

calculateEvalMetrics Calculate evaluation metrics on test mixed transcriptional profiles
cell.names Get and set 'cell.names' slot in a 'PropCellTypes' object
cell.names-method Get and set 'cell.names' slot in a 'PropCellTypes' object
cell.names<- Get and set 'cell.names' slot in a 'PropCellTypes' object
cell.names<--method Get and set 'cell.names' slot in a 'PropCellTypes' object
cell.types Get and set 'cell.types' slot in a 'DeconvDLModel' object
cell.types-method Get and set 'cell.types' slot in a 'DeconvDLModel' object
cell.types<- Get and set 'cell.types' slot in a 'DeconvDLModel' object
cell.types<--method Get and set 'cell.types' slot in a 'DeconvDLModel' object
corrExpPredPlot Generate correlation plots between predicted and expected cell type proportions of test data
createSpatialDDLSobject Create a 'SpatialDDLS' object

-- D --

deconv.spots Get and set 'deconv.spots' slot in a 'SpatialDDLS' object
deconv.spots-method Get and set 'deconv.spots' slot in a 'SpatialDDLS' object
deconv.spots<- Get and set 'deconv.spots' slot in a 'SpatialDDLS' object
deconv.spots<--method Get and set 'deconv.spots' slot in a 'SpatialDDLS' object
DeconvDLModel The DeconvDLModel Class
DeconvDLModel-class The DeconvDLModel Class
deconvSpatialDDLS Deconvolute spatial transcriptomics data using trained model
distErrorPlot Generate box or violin plots showing error distribution

-- E --

estimateZinbwaveParams Estimate parameters of the ZINB-WaVE model to simulate new single-cell RNA-Seq expression profiles

-- F --

features Get and set 'features' slot in a 'DeconvDLModel' object
features-method Get and set 'features' slot in a 'DeconvDLModel' object
features<- Get and set 'features' slot in a 'DeconvDLModel' object
features<--method Get and set 'features' slot in a 'DeconvDLModel' object

-- G --

genMixedCellProp Generate training and test cell type composition matrices
getProbMatrix Getter function for the cell composition matrix

-- I --

installTFpython Install Python dependencies for SpatialDDLS
interGradientsDL Calculate gradients of predicted cell types/loss function with respect to input features for interpreting trained deconvolution models

-- L --

loadSTProfiles Loads spatial transcriptomics data into a SpatialDDLS object
loadTrainedModelFromH5 Load from an HDF5 file a trained deep neural network model into a 'SpatialDDLS' object

-- M --

method Get and set 'method' slot in a 'PropCellTypes' object
method-method Get and set 'method' slot in a 'PropCellTypes' object
method<- Get and set 'method' slot in a 'PropCellTypes' object
method<--method Get and set 'method' slot in a 'PropCellTypes' object
mixed.profiles Get and set 'mixed.profiles' slot in a 'SpatialDDLS' object
mixed.profiles-method Get and set 'mixed.profiles' slot in a 'SpatialDDLS' object
mixed.profiles<- Get and set 'mixed.profiles' slot in a 'SpatialDDLS' object
mixed.profiles<--method Get and set 'mixed.profiles' slot in a 'SpatialDDLS' object
model Get and set 'model' slot in a 'DeconvDLModel' object
model-method Get and set 'model' slot in a 'DeconvDLModel' object
model<- Get and set 'model' slot in a 'DeconvDLModel' object
model<--method Get and set 'model' slot in a 'DeconvDLModel' object

-- P --

plotDistances Plot distances between intrinsic and extrinsic profiles
plotHeatmapGradsAgg Plot a heatmap of gradients of classes / loss function wtih respect to the input
plots Get and set 'plots' slot in a 'PropCellTypes' object
plots-method Get and set 'plots' slot in a 'PropCellTypes' object
plots<- Get and set 'plots' slot in a 'PropCellTypes' object
plots<--method Get and set 'plots' slot in a 'PropCellTypes' object
plotSpatialClustering Plot results of clustering based on predicted cell proportions
plotSpatialGeneExpr Plot normalized gene expression data (logCPM) in spatial coordinates
plotSpatialProp Plot predicted proportions for a specific cell type using spatial coordinates of spots
plotSpatialPropAll Plot predicted proportions for all cell types using spatial coordinates of spots
plotTrainingHistory Plot training history of a trained SpatialDDLS deep neural network model
preparingToSave Prepare 'SpatialDDLS' object to be saved as an RDA file
prob.cell.types Get and set 'prob.cell.types' slot in a 'SpatialDDLS' object
prob.cell.types-method Get and set 'prob.cell.types' slot in a 'SpatialDDLS' object
prob.cell.types<- Get and set 'prob.cell.types' slot in a 'SpatialDDLS' object
prob.cell.types<--method Get and set 'prob.cell.types' slot in a 'SpatialDDLS' object
prob.matrix Get and set 'prob.matrix' slot in a 'PropCellTypes' object
prob.matrix-method Get and set 'prob.matrix' slot in a 'PropCellTypes' object
prob.matrix<- Get and set 'prob.matrix' slot in a 'PropCellTypes' object
prob.matrix<--method Get and set 'prob.matrix' slot in a 'PropCellTypes' object
project Get and set 'project' slot in a 'SpatialDDLS' object
project-method Get and set 'project' slot in a 'SpatialDDLS' object
project<- Get and set 'project' slot in a 'SpatialDDLS' object
project<--method Get and set 'project' slot in a 'SpatialDDLS' object
PropCellTypes The PropCellTypes Class
PropCellTypes-class The PropCellTypes Class

-- S --

saveRDS Save 'SpatialDDLS' objects as RDS files
saveRDS-method Save 'SpatialDDLS' objects as RDS files
saveTrainedModelAsH5 Save a trained 'SpatialDDLS' deep neural network model to disk as an HDF5 file
set Get and set 'set' slot in a 'PropCellTypes' object
set-method Get and set 'set' slot in a 'PropCellTypes' object
set.list Get and set 'set.list' slot in a 'PropCellTypes' object
set.list-method Get and set 'set.list' slot in a 'PropCellTypes' object
set.list<- Get and set 'set.list' slot in a 'PropCellTypes' object
set.list<--method Get and set 'set.list' slot in a 'PropCellTypes' object
set<- Get and set 'set' slot in a 'PropCellTypes' object
set<--method Get and set 'set' slot in a 'PropCellTypes' object
showProbPlot Show distribution plots of the cell proportions generated by 'genMixedCellProp'
simMixedProfiles Simulate training and test mixed spot profiles
simSCProfiles Simulate new single-cell RNA-Seq expression profiles using the ZINB-WaVE model parameters
single.cell.real Get and set 'single.cell.real' slot in a 'SpatialDDLS' object
single.cell.real-method Get and set 'single.cell.real' slot in a 'SpatialDDLS' object
single.cell.real<- Get and set 'single.cell.real' slot in a 'SpatialDDLS' object
single.cell.real<--method Get and set 'single.cell.real' slot in a 'SpatialDDLS' object
single.cell.simul Get and set 'single.cell.simul' slot in a 'SpatialDDLS' object
single.cell.simul-method Get and set 'single.cell.simul' slot in a 'SpatialDDLS' object
single.cell.simul<- Get and set 'single.cell.simul' slot in a 'SpatialDDLS' object
single.cell.simul<--method Get and set 'single.cell.simul' slot in a 'SpatialDDLS' object
spatial.experiments Get and set 'spatial.experiments' slot in a 'SpatialDDLS' object
spatial.experiments-method Get and set 'spatial.experiments' slot in a 'SpatialDDLS' object
spatial.experiments<- Get and set 'spatial.experiments' slot in a 'SpatialDDLS' object
spatial.experiments<--method Get and set 'spatial.experiments' slot in a 'SpatialDDLS' object
SpatialDDLS The SpatialDDLS Class
SpatialDDLS-class The SpatialDDLS Class
SpatialDDLS-Rpackage SpatialDDLS: an R package to deconvolute spatial transcriptomics data using deep neural networks
spatialPropClustering Cluster spatial data based on predicted cell proportions

-- T --

test.deconv.metrics Get and set 'test.deconv.metrics' slot in a 'DeconvDLModel' object
test.deconv.metrics-method Get and set 'test.deconv.metrics' slot in a 'DeconvDLModel' object
test.deconv.metrics<- Get and set 'test.deconv.metrics' slot in a 'DeconvDLModel' object
test.deconv.metrics<--method Get and set 'test.deconv.metrics' slot in a 'DeconvDLModel' object
test.metrics Get and set 'test.metrics' slot in a 'DeconvDLModel' object
test.metrics-method Get and set 'test.metrics' slot in a 'DeconvDLModel' object
test.metrics<- Get and set 'test.metrics' slot in a 'DeconvDLModel' object
test.metrics<--method Get and set 'test.metrics' slot in a 'DeconvDLModel' object
test.pred Get and set 'test.pred' slot in a 'DeconvDLModel' object
test.pred-method Get and set 'test.pred' slot in a 'DeconvDLModel' object
test.pred<- Get and set 'test.pred' slot in a 'DeconvDLModel' object
test.pred<--method Get and set 'test.pred' slot in a 'DeconvDLModel' object
topGradientsCellType Get top genes with largest/smallest gradients per cell type
trainDeconvModel Train deconvolution model for spatial transcriptomics data
trained.model Get and set 'trained.model' slot in a 'SpatialDDLS' object
trained.model-method Get and set 'trained.model' slot in a 'SpatialDDLS' object
trained.model<- Get and set 'trained.model' slot in a 'SpatialDDLS' object
trained.model<--method Get and set 'trained.model' slot in a 'SpatialDDLS' object
training.history Get and set 'training.history' slot in a 'DeconvDLModel' object
training.history-method Get and set 'training.history' slot in a 'DeconvDLModel' object
training.history<- Get and set 'training.history' slot in a 'DeconvDLModel' object
training.history<--method Get and set 'training.history' slot in a 'DeconvDLModel' object

-- Z --

zinb.params Get and set 'zinb.params' slot in a 'SpatialDDLS' object
zinb.params-method Get and set 'zinb.params' slot in a 'SpatialDDLS' object
zinb.params<- Get and set 'zinb.params' slot in a 'SpatialDDLS' object
zinb.params<--method Get and set 'zinb.params' slot in a 'SpatialDDLS' object
ZinbParametersModel The Class ZinbParametersModel
ZinbParametersModel-class The Class ZinbParametersModel
zinbwave.model Get and set 'zinbwave.model' slot in a 'ZinbParametersModel' object
zinbwave.model-method Get and set 'zinbwave.model' slot in a 'ZinbParametersModel' object
zinbwave.model<- Get and set 'zinbwave.model' slot in a 'ZinbParametersModel' object
zinbwave.model<--method Get and set 'zinbwave.model' slot in a 'ZinbParametersModel' object