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All functions

CreateFlowObject()
Create FlowObject by importing flow cytometric data
DefineNegatives()
Interactively determine gates to define negative (and positive) regions for each marker expression
FlowObject-class
A class representing a FlowObject object
GatingTreeToDF()
Convert Gating Tree Object to Data Frames
LogData()
Log fluorescence data
NormAF()
Moderate Extreme Negative Outliers with Random Values within Noise
PlotDefineNegatives()
Plot the threshold for for each marker expression as per determined by DefineNegatives
PlotDeltaEnrichment()
Plot Delta Enrichment or Interaction Effects for Each Marker
PlotFlow2D()
Two-Dimensional Plot with Gating and Quadrant Statistics
PlotNodeScatterPlot()
Plot Node Scatter Plot
PlotNormAF()
Plot Effects of Autofluorescnce Modelling
PruneGatingTree()
Prune a Gating Tree Based on Statistical Criteria
SampleDef()
SampleDef
addChildNode()
Add a Child Node to a Gating Tree
collect_history()
Collect History from Gating Tree
collect_leaf_enrichment()
Collect Enrichment Data from Leaf Nodes
collect_markers()
Collect Markers from a Gating Tree
convertToDataTree()
Convert Gating Tree Node to Data Tree Node
convert_to_diagrammer()
Convert Gating Tree to DiagrammeR Graph
createChildNode()
Create a Child Node in a Gating Tree
createGatingTreeObject()
Create a Gating Tree Object
export_negative_gate_def()
Export Negative Gate Definitions from FlowObject
extractNodes()
Extract All Nodes from GatingTree
findNodeByPath()
Find a Node by Path in a Gating Tree
flowObject()
Create a new FlowObject
getNode()
Retrieve a Node from a Gating Tree
import_negative_gate_def()
Import Negative Gate Definitions into FlowObject
logSingleData()
Logarithmically Transforms a Vector
logTransformData()
Logarithmically Transforms Each Column of a Matrix
moderate_log_transform()
Moderately Log Transforms a Vector with Adjustments
recursiveAddChildNode()
Recursively Add Child Nodes in a Gating Tree
showSampleDef()
Show SampleDef