PF1e CRB (Actions in Combat): a move action can be taken instead of the
standard one. The budget filter now converts a second move action onto
the standard slot when the move slot is spent and the standard is still
free, so (move, stand_up) and (move, move) are legal; a third move (or
any further standard) is still surplus. The greedy walk is expressed
with a spent-slot map to stay inside the C901 complexity ceiling.
Ultraworked with [Sisyphus](https://github.com/code-yeongyu/oh-my-openagent)
Co-authored-by: Sisyphus <clio-agent@sisyphuslabs.ai>
PF1e CRB: running is a full-round action, not a move action. The budget
filter now classifies run as full-round (consumes the standard AND the
move slot), _FULL_ROUND_KINDS includes it for the staggered filter, and
the nauseated filter drops it (run is no longer move-like). The
moved_this_turn/running flags are unchanged; the _execute_run
moved_this_turn early return stays as defense in depth. default_policy
never emits run, so the golden transcripts are untouched.
Co-authored-by: Sisyphus <clio-agent@sisyphuslabs.ai>
Apply the PF1e per-turn action budget (CRB Actions in Combat: one
standard + one move, or one full-round in place of both, plus one
swift) unconditionally to every sequence a policy returns, not only
the immediate/staggered/nauseated specializations.
- _action_economy_filter: greedy in-order walk keeping the earliest
legal prefix-subsequence; a full-round action is only kept while
both the standard and move slots are still free.
- Exhaustive kind->slot classification (standard / move / swift /
full_round / free-conditional) over the Action.kind Literal,
documented and locked by tests.
- Surplus actions dropped and reported as
ActionResult(ok=False, reason="downgraded:action_economy") via a
multiset drop diff (reports duplicate-kind surplus the set-based
_dropped_kinds cannot).
- Composition order: general budget first, then the existing
immediate/staggered/nauseated filters (unchanged).
- default_policy untouched and its turns verified legal by the
validator; golden transcripts byte-identical.
ctan