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@@ -43,6 +43,25 @@ def main() -> None:
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materials = {mat['Ticker']: mat for mat in raw_materials}
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optimal, from_cx = calculate_optimal(planets, materials, args.weight, args.volume)
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+
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+ weight_used = volume_used = 0
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+ for mat, amount in from_cx.items():
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+ weight_used += amount * materials[mat]['Weight']
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+ volume_used += amount * materials[mat]['Volume']
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+ for planet in planets:
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+ unload = optimal[planet.name]
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+ for mat, amount in unload.items():
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+ weight_used -= amount * materials[mat]['Weight']
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+ volume_used -= amount * materials[mat]['Volume']
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+ for mat in planet.exporting:
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+ amount = planet.inventory.get(mat, 0)
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+ weight_used += amount * materials[mat]['Weight']
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+ volume_used += amount * materials[mat]['Volume']
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+ if weight_used > args.weight:
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+ print(f'\033[33mwarning:\033[0m need additional {weight_used - args.weight:.1f}t to pick up exports at {planet.name}')
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+ if volume_used > args.volume:
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+ print(f'\033[33mwarning:\033[0m need additional {volume_used - args.volume:.1f}㎥ to pick up exports at {planet.name}')
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+
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print(cyan('\nload at CX:\n') + json.dumps({
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'actions': [
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{'name': 'BuyItems', 'type': 'CX Buy', 'group': 'A1', 'exchange': 'IC1',
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