View source: R/inventorymetricsIFR.R
inventorymetricsIFR | R Documentation |
calculating inventory metrics based on item fillrate.
inventorymetricsIFR( fillrate, demand, standerddeviation, quantity, leadtime, cost, holdingrate, na.rm = TRUE )
fillrate |
numeric,required percentage of demand that is fullfilled from cycle stock |
demand |
numeric,annual demand of the SKU. |
standerddeviation |
numeric, annual standard deviation |
quantity, |
numeric,quantity replinished every cycle. |
leadtime, |
numeric,leadtime in weeks |
cost, |
numeric cost of the SKU |
holdingrate |
,numeric, holding rate per item/year |
na.rm |
A logical indicating whether missing values should be removed |
item fill rate is the percentage of demand that is fullfilled directly from the cycle stock,after item fill rate is explicitly calculated, cost per item short, cost per stock out event and cycle service level are implicitly calculated.
a dataframe that contains demand leadtime, sigmadl(standard deviation in leadtime), saftey factor k determined based on item fillrate provided, unit normal loss function expected units to be short,cycle service level, fill rate,implied cost per stockout event, saftey stock and suggested reorder point.
this is the second version of the inventorize package, all the fucntions are without any academic contribution from my side, the aim is to facilitate and ease much of the bookkeeping that is endured during stock analysis.
"haytham omar email: <haytham@rescaleanalytics.com>"
inventorymetricsIFR(fillrate= 0.90, demand= 35000,standerddeviation=9000, quantity= 5000,leadtime=3 ,cost=50,holdingrate=0.15,na.rm=TRUE)
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