Elaine & GwinBlade
Elaine Elaine
GwinBlade GwinBlade
Elaine Elaine
Hey Gwin, I’ve been mapping out supply chain efficiencies for siege scenarios—thought we could compare a lean, modern approach with your strict medieval logistics. What do you think?
GwinBlade GwinBlade
I appreciate the spirit, but a true siege isn’t a spreadsheet. Every wagon, horse, ration, and march‑order is measured by a code older than your modern lean tools. Let’s see if your numbers can stand up to the rigor of a seasoned squire’s plans.
Elaine Elaine
Alright, Gwin, bring the old code and the wagon logs. I’ll run the numbers and show you where the gaps are. Bring it on.
GwinBlade GwinBlade
Here are the logs, each marked with the precise day, horse count, and rations—no spreadsheet needed. Let me know where your numbers falter.
Elaine Elaine
Got it. Drop the raw data here—day, horses, rations, and any burn rates you’ve tracked. I’ll crunch it and point out the weak spots. Let’s get those numbers straight.
GwinBlade GwinBlade
Day 1: 12 horses, 12 packs of bread, 6 liters of water, burn rate 1.2 liters per day per horse Day 2: 12 horses, 12 packs of bread, 6 liters of water, burn rate 1.1 liters per day per horse Day 3: 12 horses, 11 packs of bread, 5.5 liters of water, burn rate 1.3 liters per day per horse Day 4: 12 horses, 11 packs of bread, 5 liters of water, burn rate 1.4 liters per day per horse Day 5: 12 horses, 10 packs of bread, 4.5 liters of water, burn rate 1.5 liters per day per horse Day 6: 12 horses, 9 packs of bread, 4 liters of water, burn rate 1.6 liters per day per horse Day 7: 12 horses, 8 packs of bread, 3.5 liters of water, burn rate 1.7 liters per day per horse Day 8: 12 horses, 7 packs of bread, 3 liters of water, burn rate 1.8 liters per day per horse Day 9: 12 horses, 6 packs of bread, 2.5 liters of water, burn rate 1.9 liters per day per horse Day 10: 12 horses, 5 packs of bread, 2 liters of water, burn rate 2.0 liters per day per horse