equivSummary(goProfiles)
equivSummary()所属R语言包:goProfiles
This function returns a brief summary of the equivalence test between two profiles.
这个函数返回一个简要的两个剖面之间的等价测试。
译者:生物统计家园网 机器人LoveR
描述----------Description----------
Function to return a brief summary of the equivalence test between two profiles. If In its current version it is better that equivalentGOProfiles is called with option
函数返回的两个剖面之间的等价测试的简要。如果在其目前的版本,它更好的是,equivalentGOProfiles选项称为
用法----------Usage----------
equivSummary(l, decs = 6)
参数----------Arguments----------
参数:l
A list of comparison results as returned by a call to compareGenelists
比较结果列表,通过调用返回compareGenelists
参数:decs
Number of decimal places to use in the output
在输出中使用的小数位数
值----------Value----------
A data frame with the summarized results of each comparison. The values contained are: Sqr.Eucl.Dist: The squared euclidean distance, Standard Err: The standard error estimate, pValue p value of the equivalence test, up conf.intUpper value for the desired condfidence interval. d0Threshold value for equivalence test. Equivalent?Numerical value set to 1 if profiles can be considered equivalent and to zero if they cannot.
与每个比较结果汇总的数据框。中包含的值是:Sqr.Eucl.Dist:欧氏距离平方,Standard Err:标准的错误估计,pValuep的等价测试的价值,up conf.int上值所需的condfidence间隔。 d0阈值等效性试验。 Equivalent?数值设置为1,如果配置文件可以被视为等同,如果他们不能为零。
作者(S)----------Author(s)----------
Alex Sanchez
参见----------See Also----------
'equivalentGOProfiles'
“equivalentGOProfiles”
举例----------Examples----------
# data(prostateIds)[数据(prostateIds)]
# expandedWelsh <- expandedProfile(welsh01EntrezIDs[1:100], onto="MF",[expandedWelsh < - expandedProfile(welsh01EntrezIDs [1:100],将“MF”]
# level=2, orgPackage="org.Hs.eg.db")[= 2级,orgPackage =“org.Hs.eg.db”的)]
# expandedSingh <- expandedProfile(singh01EntrezIDs[1:100], onto="MF",[expandedSingh < - expandedProfile(singh01EntrezIDs [1:100],将“MF”]
# level=2, orgPackage="org.Hs.eg.db")[= 2级,orgPackage =“org.Hs.eg.db”的)]
#commonGenes <- intersect(welsh01EntrezIDs[1:100], singh01EntrezIDs[1:100])[commonGenes < - 相交(welsh01EntrezIDs [1:100],singh01EntrezIDs [1:100])]
#commonExpanded <- expandedProfile(commonGenes, onto="MF", level=2, orgPackage="org.Hs.eg.db")[commonExpanded < - expandedProfile(commonGenes,到“MF”,水平= 2,orgPackage =“org.Hs.eg.db”)]
# equivMF <-equivalentGOProfiles (pn=expandedWelsh, [equivMF <equivalentGOProfiles(PN = expandedWelsh的,]
# qm = expandedSingh, [QM = expandedSingh,]
# pqn0= commonExpanded)[pqn0 = commonExpanded)]
#print(equivSummary(equivMF, decs=5))[打印(equivSummary(equivMF,DECS = 5))]
转载请注明:出自 生物统计家园网(http://www.biostatistic.net)。
注:
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