makeTernaryData(flowPlots)
makeTernaryData()所属R语言包:flowPlots
Prepare PFD Data for a Call to ternaryplot()
PFD的数据准备以ternaryplot检测:()
译者:生物统计家园网 机器人LoveR
描述----------Description----------
This function takes a dataframe of polyfunctional degree (pfd) data and prepares a matrix with 3 columns (egs. PFD1,PFD2,PFD3, or PFD1-2, PFD3-4, PFD5-6) to use as input to ternaryplot() in the vcd pkg. If multiple columns are specified for one of the three columns, the percentages for the multiple columns will be summed.
这个函数接受一个官能度(PFD)的数据的dataframe,并准备用3列(PFD1分别egs.,PFD2,PFD3,或PFD1分别-2,PFD3-4,PFD5-6)矩阵作为输入使用ternaryplot() VCD PKG。如果指定为一体的三列,多列的多列的百分比将总结。
用法----------Usage----------
makeTernaryData(pfdData, columns1, columns2, columns3,
columnNames=c(" FD=1"," FD=2"," FD=3"))
参数----------Arguments----------
参数:pfdData
data frame containing data for 1 or more groups
数据框包含1个或多个组的数据
参数:columns1
numeric; column(s) of pfd data to place in the first column of the matrix
PFD的数据列(S)将在第一列的矩阵数字;
参数:columns2
numeric; column(s) of pfd data to place in the second column of the matrix
PFD的数据列(S)将在第二列的矩阵数字;
参数:columns3
numeric; column(s) of pfd data to place in the third column of the matrix
PFD的数据列(S)将在第三列的矩阵数字;
参数:columnNames
(optional) character vector of names for the three columns of the matrix
(可选)的名称为三列的矩阵的特征向量
值----------Value----------
matrix of 3 columns; rows = subjects, cols = data for each point on the triangle
3列的矩阵;行=科目,COLS =三角形上的每个点的数据
作者(S)----------Author(s)----------
N. Hawkins, Fred Hutchinson Cancer Research Center, Seattle, WA
参见----------See Also----------
StackedData
StackedData
举例----------Examples----------
## Load the PFD Data to plot in a ternary plot[#装入PFD数据三元图图]
data(pfdDF)
pfdDataSubset = subset(pfdDF, stim=="LPS" & concGroup==3 & cell=="mDC")
## Prepare the PFD Data for a call to ternaryplot()[#准备呼叫的PFD数据到ternaryplot()]
ternaryData = makeTernaryData(pfdDataSubset, 1, 2, 3:4)
colnames(ternaryData) = c(" FD1", " FD2", " FD3-4")
## Make the ternary plot[#三元图]
library(vcd)
ternaryplot(ternaryData, cex=.5, col=as.numeric(pfdDataSubset$group)*2, main="Stimulation = LPS,
Concentration Group = 3, Cell = mDC")
## Prepare a legend with group stats[#准备组统计传奇]
adultPFDData = subset(pfdDataSubset, group=="adult", select=c(PFD1 FD3))
neoPFDData = subset(pfdDataSubset, group=="neonate", select=c(PFD1 FD3))
groupPFDDataList = list(adultPFDData, neoPFDData)
pfdGroupStatsList = computePFDGroupStatsList(groupPFDDataList, pfdValues=1:3, numDigitsMean=3,
numDigitsSD=2)
groupNames = c("Adults","Neonates")
legendNames = legendPFDStatsGroupNames(pfdGroupStatsList,groupNames)
grid_legend(0.8, 0.7, pch=c(20,20), col=c(2,4), legendNames, title = "Group (n), mean/sd:",
gp=gpar(cex=.8))
转载请注明:出自 生物统计家园网(http://www.biostatistic.net)。
注:
注1:为了方便大家学习,本文档为生物统计家园网机器人LoveR翻译而成,仅供个人R语言学习参考使用,生物统计家园保留版权。
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