Rd file 'cond.rest.betaD.Rd':
  \usage lines wider than 90 characters:
     cond.rest.betaD(wD, muD, alphaD, betaD, thetaD, wR, muR, alphaR, betaR, sub, item, lag, sig2beta)

Rd file 'cond.thetaD.Rd':
  \usage lines wider than 90 characters:
     cond.thetaD(wD, muD, alphaD, betaD, thetaD, wR, muR, alphaR, betaR, sub, item, lag, sig2theta)

Rd file 'dpsdFullSim.Rd':
  \usage lines wider than 90 characters:
     dpsdFullSim(I = 30, J = 200, K = 6, muN = -0.7, s2aN = 0.2, s2bN = 0.2, muD = 0, s2aD = 0.2, s2bD = 0.2, muR = qnorm(0.25), phiA = 1, e ... [TRUNCATED]

Rd file 'dpsdPosLogLike.Rd':
  \usage lines wider than 90 characters:
     dpsdPosLogLike(R, NN, NS, I, JN, JS, K, dat, cond, Scond, sub, item,lag, blockN, blockD, blockR, crit)

Rd file 'dpsdRNSim.Rd':
  \usage lines wider than 90 characters:
     dpsdRNSim(NN = 2, NS = 1, I = 30, J = 200, K = 6, muN = c(-0.7, -0.5), s2aN = 0.2, s2bN = 0.2, muS = 0, s2aS = 0.2, s2bS = 0.2, muR = q ... [TRUNCATED]

Rd file 'gammaLikeLogLike.Rd':
  \usage lines wider than 90 characters:
     gammaLikeLogLike(R, NN, NS, I, J, K, dat, cond, Scond, subj, item, lag, blockN, blockS, crit, shape)

Rd file 'gammaLikeSim.Rd':
  \usage lines wider than 90 characters:
     gammaLikeSim(NN = 1, NS = 1, I = 30, J = 200, K = 6, muS = log(0.5), s2aS = 0.2, s2bS = 0.2, lagEffect = 0, shape = 2, crit = matrix(re ... [TRUNCATED]

Rd file 'gammaLogLike.Rd':
  \usage lines wider than 90 characters:
     gammaLogLike(R, NN, NS, I, J, K, dat, cond, Scond, subj, item, lag, blockN, blockS, crit, shape)

Rd file 'sampleNorm2.Rd':
  \usage lines wider than 90 characters:
     sampleNorm2(sample, y, cond, subj, item, lag, N, I, J, R, ncond, nsub, nitem, s2mu, s2a, s2b, meta, metb, sigma2, sampLag = 1, Hier = 1 ... [TRUNCATED]

Rd file 'sampleNormR.Rd':
  \examples lines wider than 100 characters:
     tmp=sampleNormR(blockR[m-1,],phi,blockD,sim$resp,sim$subj,sim$item,sim$lag,I,J,I*J,table(sim$sub),table(sim$item),10,.01,.01,met[1],met ... [TRUNCATED]
     tmp=sampleNorm(s.block[m-1,],sim$resp,rep(0,length(sim$resp)),sim$subj,sim$item,sim$lag,1,I,J,R,R,table(sim$subj),

Rd file 'sampleNormb.Rd':
  \usage lines wider than 90 characters:
     sampleNormb(sample,y,cond,subj,item,lag,N,I,J,R,ncond,nsub,nitem,s2mu,s2a,s2b,meta,metb,blockSigma2,sampLag=1,Hier=1)
  \examples lines wider than 100 characters:
         tmp=sampleNormb(blockS[m-1,],resp,cond,subj,item,lag,N,I,J,I*J,ncond,nsub,nitem,10,.01,.01,.02,.005,blockS2[m-1,],1,1)
         tmp=sampleSig2b(blockS2[m-1,],resp,cond,subj,item,lag,N,I,J,I*J,ncond,nsub,nitem,10,.01,.01,met,blockS[m,],1,1)

Rd file 'sampleSig2b.Rd':
  \usage lines wider than 90 characters:
     sampleSig2b(sample,y,cond,sub,item,lag,N,I,J,R,ncond,nsub,nitem,s2mu,s2a,s2b,met,blockMean,sampLag=1,Hier=1)

Rd file 'uvsdSim.Rd':
  \usage lines wider than 90 characters:
         muS2 = log(1), s2aS2 = 0, s2bS2 = 0,lagEffect = -0.001,crit = matrix(rep(c(-1.5,-0.5, 0, 0.5, 1.5), each = I), ncol = (K - 1)))

These lines will be truncated in the PDF manual.