baBatches | Get batch sizes to get the total n |
baBatInd | Get batch indices |
bacBatchFreq | PDF of single batch |
bacCumProb | Prepare probabilities |
bacICC | Get InterClass Correlation |
bacProb | Probability of (n = n, r = 0:n) |
bacSimonDesign | Simon's two-stage design |
bacSimonSingle | Single Simon 2-stage |
baDesignBetaBin | Get designs for BetaBinomial designs |
baDesignSens | Evaluate design sensitivity |
baDesignSensSingle | Evaluate design sensitivity |
baElicitFitMix | Fit mixed effect model to evaluate batch effect |
baElicitICC | Elicit ICC based on batch effect and random error standard... |
baGetBvrCvIcc | Get CV, batch effect variance ratio and ICC |
baGetCuts | Get cut off of the outcome to get given response rates |
baGetOutcome | Define outcome based on longitudinal outcomes |
baGetRejRate | Get type I error and power given y0, y1, n1, r1, n, r |
baPltAllTcell | Plot histogram of t-cells Y0 Y1 and Y1/Y0 for all scenarios |
baPltTcell | Plot histogram of t-cells Y0 Y1 and Y1/Y0 for a given... |
baRNB | Simulate NB using mu and phi instead of n and phi |
baSaAlphaBeta | Get actuarial type I and II error in Sargent method |
baSaDesign | Get Design type I and II error using Sargent method |
baSaGetVar | Get variance given batch sizes, response rate and ICC |
baSimuBatchError | Simulate errors for all batches |
baSimuBetaBin | Simulate batch data from Beta-Binomial |
baSimuError | Simulate random error |
baSimuTcell | Simulate t-cell counts using Negative binomial |
cava-package | Cancer Vaccine Clinical Trial Design |
cvShiny | Run Web-Based 'cava' application |
ex_data | Example dataset |
parameters | Parameters |
plot.VTDEC | Plot decision map |
plot.VTTRUEPS | Plot true parameters |
summary2 | S3 Summary function |
summary2.VTSIMU | Summarize simulation results |
summary2.VTTRUEPS | Print true probabilities in latex format |
summary.VTSIMU | Summarize simulation results |
summary.VTTRUEPS | Print true probabilities |
tkCallFun | Call function by its name organized as a vector |
tkExpRst | Export results into a template file |
tkMakeLocal | Import objects in a list into a designated environment |
vtDecMap | Obtain decision map information |
vtInterim | Conduct interim analysis |
vtPost | Postetrior sampling for given observed samples |
vtPriorPar | Get prior distribution parameters |
vtScenario | Set simulation scenario |
vtSimu | Conduct simulation study |
vtSingleTrial | Simulate a single trial |
vtStan | Call STAN models for MCMC sampling |
vtTrack | Plot the track plot of dose escalation |
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