mmf.max.npv | R Documentation |
this function identifies the sequence of activities and respectivies schedules where with the optimized NPV
mmf.max.npv(mmf.npv, mmf.seq = list(), mmf.schedules = list())
mmf.npv |
Vector of Net Present Value |
mmf.seq |
Vector with the sequence of activities |
mmf.schedules |
Vector with the collection of possible schedules |
list with NPV, sequence and scheduleof the sequence with the maximum NPV
data("ex.sheet.data")
ex.sheet.data.interest.rate <- ex.sheet.data[[1]]
ex.sheet.data.activities <- ex.sheet.data[[2]]
ex.sheet.data.durations <- ex.sheet.data[[3]]
ex.sheet.data.predecessors <- ex.sheet.data[[4]]
ex.sheet.data.cfs <- ex.sheet.data[[5]]
ex.mmf.seq <- mmf.all.sequences(ex.sheet.data.predecessors)
ex.mmf <- mmf.npv(ex.sheet.data.cfs,
ex.sheet.data.durations,
ex.mmf.seq,
ex.sheet.data.interest.rate)
ex.mmf.shedules <- ex.mmf[['shedules']]
ex.mmf.cfs.nominal <- ex.mmf[['cfs.nominal']]
ex.mmf.cfs.discounted <- ex.mmf[['cfs.discounted']]
ex.mmf.npv <- ex.mmf[['npv']]
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.