Hi all,
Attachment: https://drive.google.com/file/d/0B6JPJC8HktchYk1kbjNHRHpZb1U/view?usp=sharing
In the attachment above, I've made a simple logistics model.
I'm struggling with an elegant formula for Cell I9 onwards - right now its a mess of hard coded values etc.
Any help would be appreciated on how I can approach this - another waterfall model etc.?
Thanks
Attachment: https://drive.google.com/file/d/0B6JPJC8HktchYk1kbjNHRHpZb1U/view?usp=sharing
In the attachment above, I've made a simple logistics model.
- Column C shows the daily shipments on each date
- The shipment capacity is 20000 (cell C6)
- The shipments follow FIFO i.e.
- For the 45k shipments of Dec 2nd, 20k will get shipped on 2nd, another 20k on 3rd and 5k on 4th
- The 30k shipments of Dec 3rd will then start getting shipped on 4th
- Once the items are shipped, they get delivered as Row 4 i.e. 1% of total shipped items are delivered same day, 4% on the shipped day + 1, 10% on the shipped day + 2 etc.
- Cell I9 onwards shows when the items will be delivered
- For example - of the 45k items (from 2nd Dec),
- 200 will be delivered on 2nd Dec (20k got shipped and 1% are delivered same day)
- 1000 will be delivered on 3rd Dec (4% of 20k which got shipped on 2nd + 1% of 20k that got shipped on 3rd(
- and so on...
- For example - of the 45k items (from 2nd Dec),
I'm struggling with an elegant formula for Cell I9 onwards - right now its a mess of hard coded values etc.
Any help would be appreciated on how I can approach this - another waterfall model etc.?
Thanks