dodoxandClaude Sonnet 5
e2a5149788
PAYMENT/REPUTATION always go to the player; PROVISION_SHIPMENT (a cost) and PICKUP/DELIVERY_SHIPMENT (a freight leg the player may or may not fly) depend on the condition's own Party field vs the contract's Party, not a flat assumption that every material condition is something the player buys. Net now correctly adds COMEX_PURCHASE_PICKUP rewards instead of only subtracting provisioning costs. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
54 lines
2.6 KiB
Python
54 lines
2.6 KiB
Python
#!/usr/bin/env python3
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"""List this account's OPEN CONTD contract offers (the NPC logistics-officer pool shown in APEX's
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CONTD panel - usually 3 at a time, only one acceptable) with payment, materials received/supplied,
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freight legs the player must personally fly, and net (see puga/contd.py's docstring for exactly
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which condition types are costs vs rewards vs the player's own job). Judging the actual best deal
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is NOT this tool's job for anything it flags as unpriced (EXPLORATION, REPAIR_SHIP, etc.) or for
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a freight leg's real fuel cost (flagged with weight/volume, price via puga.shipping yourself) - it
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reports the breakdown, the caller reasons about context.
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puga contd
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puga contd --cx AI1
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"""
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import argparse, sys
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from pathlib import Path
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sys.path.insert(0, str(Path(__file__).resolve().parent.parent))
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from puga import config, contd
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def main():
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ap = argparse.ArgumentParser()
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ap.add_argument("--cx", default=config.DEFAULT_CX)
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a = ap.parse_args()
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contracts = contd.open_contracts()
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if not contracts:
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print("no OPEN contract offers right now")
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return
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for c in contracts:
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r = contd.evaluate(c, a.cx)
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print(f"\n{r['id']} partner={r['partner']} deadline {r['deadline_days']:.1f}d"
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+ (" +reputation" if r["reputation"] else ""))
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print(f" payment: {r['payment']:,.2f} AIC")
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for rew in r["rewards"]:
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print(f" receives: {rew['ticker']} x{rew['qty']:g} @ {rew['address']} market value {rew['value']:,.0f}")
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for cost in r["costs"]:
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flag = " SHORT: book can't fill this qty" if cost["short"] else ""
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print(f" must supply: {cost['ticker']} x{cost['qty']:g} @ {cost['address']} buy-fresh cost {cost['value']:,.0f}{flag}")
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for ltype, addr, wgt, vol in r["freight_legs"]:
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print(f" YOUR FREIGHT LEG: {ltype} @ {addr} {wgt:g}t / {vol:g}m3 - price via puga.shipping, not included in net")
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for ftype, addr in r["flags"]:
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print(f" UNPRICED CONDITION: {ftype}" + (f" @ {addr}" if addr else "") + " - context-dependent, judge separately")
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print(f" reward value: {r['reward_value']:,.0f} cost value: {r['cost_value']:,.0f} -> net (payment + reward - cost): {r['net']:,.0f}")
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priceable = [c for c in contracts if not contd.evaluate(c, a.cx)["flags"]]
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if len(priceable) == len(contracts):
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best = max(contracts, key=lambda c: contd.evaluate(c, a.cx)["net"])
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print(f"\nby payment+reward net alone, best priced: {best['ContractLocalId']}"
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" - unpriced/flagged conditions (freight legs, exploration, etc.) still need judgment")
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if __name__ == "__main__":
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main()
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