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@@ -20,15 +20,22 @@ def main() -> None:
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if profit := calc_profit(recipe, buildings, materials, prices):
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profits.append(profit)
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profits.sort(reverse=True)
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+ print('\033[1mwrought \033[0;32mdaily profit/area\033[31m')
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+ print('\033[30mrecipe \033[0mexpertise \033[33mcapex \033[35mdaily opex\033[0m')
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for p in profits:
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- print(f'{p.output:5} \033[32m{p.profit_per_area: 10,.0f}\033[31m', end='')
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+ print(f'\033[53;1m{p.output:5} \033[53;32m{p.profit_per_area: 10,.0f} ', end='')
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+ warnings = []
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if p.low_volume:
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- print(' low volume', end='')
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+ warnings.append('low volume')
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if p.heavy_logistics:
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- print(' heavy logistics', end='')
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+ warnings.append('heavy logistics')
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if p.high_opex:
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- print(' high opex', end='')
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- print(f'\n\033[30m{p.recipe:30} \033[0m{p.expertise:19} \033[33m{p.capex:7,.0f} \033[35m{p.cost_per_day:7,.0f}\033[0m')
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+ warnings.append('high opex')
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+ if len(warnings) > 0:
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+ print(' \033[31m' + ' '.join(warnings).rjust(36), end='')
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+ else:
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+ print(' ' * 14 + '\033[0;53m' + ' ' * 37, end='')
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+ print(f'\n\033[0;30m{p.recipe:30} \033[0m{p.expertise:19} \033[33m{p.capex:7,.0f} \033[35m{p.cost_per_day:9,.0f}\033[0m')
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def calc_profit(recipe: Recipe, buildings: typing.Mapping[str, Building], materials: typing.Mapping[str, Material],
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prices: typing.Mapping[str, Price]) -> Profit | None:
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@@ -47,7 +54,8 @@ def calc_profit(recipe: Recipe, buildings: typing.Mapping[str, Building], materi
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for bm in building['BuildingCosts'])
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profit_per_run = revenue - cost
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runs_per_day = 24 * 60 * 60 * 1000 / recipe['TimeMs']
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- cost_per_day = cost * runs_per_day
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+ worker_consumable_daily_cost = building_daily_cost(building, prices)
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+ cost_per_day = cost * runs_per_day + worker_consumable_daily_cost
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output_per_day = output['Amount'] * runs_per_day
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logistics_per_day = max(
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sum(materials[input['Ticker']]['Weight'] * input['Amount'] for input in recipe['Inputs']),
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@@ -57,12 +65,27 @@ def calc_profit(recipe: Recipe, buildings: typing.Mapping[str, Building], materi
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) * runs_per_day
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return Profit(output['Ticker'], recipe['RecipeName'],
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expertise=building['Expertise'].replace('_', ' ').lower(),
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- profit_per_area=profit_per_run * runs_per_day / building['AreaCost'],
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+ profit_per_area=(profit_per_run * runs_per_day - worker_consumable_daily_cost) / building['AreaCost'],
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capex=capex,
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cost_per_day=cost_per_day,
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low_volume=output_price.average_traded < output_per_day * 20,
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heavy_logistics=logistics_per_day > 100)
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+def building_daily_cost(building: Building, prices: typing.Mapping[str, Price]) -> float:
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+ consumption = {
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+ 'Pioneers': [('COF', 0.5), ('DW', 4), ('RAT', 4), ('OVE', 0.5), ('PWO', 0.2)],
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+ 'Settlers': [('DW', 5), ('RAT', 6), ('KOM', 1), ('EXO', 0.5), ('REP', 0.2), ('PT', 0.5)],
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+ 'Technicians': [('DW', 7.5), ('RAT', 7), ('ALE', 1), ('MED', 0.5), ('SC', 0.1), ('HMS', 0.5), ('SCN', 0.1)],
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+ 'Engineers': [('DW', 10), ('MED', 0.5), ('GIN', 1), ('FIM', 7), ('VG', 0.2), ('HSS', 0.2), ('PDA', 0.1)],
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+ 'Scientists': [('DW', 10), ('MED', 0.5), ('WIN', 1), ('MEA', 7), ('NST', 0.1), ('LC', 0.2), ('WS', 0.1)],
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+ }
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+ cost = 0
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+ for worker, mats in consumption.items():
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+ workers = building[worker]
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+ for mat, per_100 in mats:
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+ cost += prices[mat].vwap * workers * per_100 / 100
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+ return cost
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+
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class Recipe(typing.TypedDict):
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RecipeName: str
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BuildingTicker: str
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@@ -79,6 +102,11 @@ class Building(typing.TypedDict):
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Expertise: str
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AreaCost: int
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BuildingCosts: list[BuildingMat]
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+ Pioneers: int
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+ Settlers: int
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+ Technicians: int
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+ Engineers: int
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+ Scientists: int
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class BuildingMat(typing.TypedDict):
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CommodityTicker: str
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raylu
