Nothing
sim.snp.expsurv.power <-
function(GHR,B,n,raf,erate,pilm,lm,model,test,alpha,exactvar=FALSE,interval=c(0,10),rootint=c(0.1,200)) {
if(model=="additive") {
zmod=c(0,1,2)
}
else if(model=="recessive") {
zmod=c(0,0,1)
}
else if (model=="dominant") {
zmod=c(0,1,1)
}
else {
stop("Model not defined")
}
if(test=="additive") {
ztest=c(0,1,2)
}
else if(test=="recessive") {
ztest=c(0,0,1)
}
else if (test=="dominant") {
ztest=c(0,1,1)
}
else {
stop("Test not defined")
}
if(model!="additive") message('Note: For asymptotic calculations, only the "additive" model should be used.')
gtprev=hwe(raf)
lam=surv.exp.gt.model(pilm,lm,gtprev,GHR,zmod,interval)
b=censbnd(lam,gtprev,1-erate,rootint)$root
asypval=asypow(n,log(GHR),a=0,b,lam[1],raf,gtprev,alpha,zmod,exactvar)
if(B>0) {
pvals=replicate(B,sim.snp.expsurv.sctest(n,gtprev,lam,0,b,ztest))
powB=mean(pvals[2,]<alpha)
erateB=mean(pvals[1,])
}
else {
powB=NA
erateB=NA
}
if( all(zmod==ztest) ) {
data.frame(B=B,raf,q0=gtprev[1],q1=gtprev[2],q2=gtprev[3],lam0=lam[1],lam1=lam[2],lam2=lam[3],
GHR,pilm=gtprev[1]*exp(-lm*lam[1])+gtprev[2]*exp(-lm*lam[2])+gtprev[3]*exp(-lm*lam[3]),
lm,alpha,a=0,b,erate,erateB=erateB,n,powB=powB,pow=asypval[1],pow0=asypval[2],
v1=asypval[3],v2=asypval[4],v12=asypval[5])
}
else {
data.frame(B=B,raf,q0=gtprev[1],q1=gtprev[2],q2=gtprev[3],lam0=lam[1],lam1=lam[2],lam2=lam[3],
GHR,pilm=gtprev[1]*exp(-lm*lam[1])+gtprev[2]*exp(-lm*lam[2])+gtprev[3]*exp(-lm*lam[3]),
lm,alpha,a=0,b,erate,erateB=erateB,n,powB=powB,
v1=asypval[3],v2=asypval[4],v12=asypval[5])
}
}
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