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P07-01-WX: 仕上がった天候の機能の受入：自然天候・雨・嵐・世界樹と成人客のマナ霧・上部の表示と予報・保存と移行（マナ炉の産出 120 を除く。P07-01 の補助の作業。原単位への加算 0）

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This commit is contained in:
Agent Control Runner
2026-10-24 05:04:48 +09:00
parent 7ac2224e47
commit c50136017b
25 changed files with 1868 additions and 28 deletions
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scripts/mana/mana_reserve_cycle.gd
+20 -13
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@@ -11,6 +11,10 @@ const CAPACITY := 300
const WORLD_TREE_GENERATION := 20
const INTERVAL_MINUTES := 10
const FURNACE_YIELD := 100
## A13 mana fog: world tree and furnace yields x1.2 (floor) at fog boundaries.
const FOG_WORLD_TREE_GENERATION := 24
const FOG_FURNACE_YIELD := 120
const GENERATIONS: Array[int] = [WORLD_TREE_GENERATION, FOG_WORLD_TREE_GENERATION]
const LIMIT := 1000000000
const FLOW_KEYS: Array[String] = [
"from_minute", "to_minute", "before", "generation", "furnace", "demand",
@@ -35,12 +39,14 @@ func get_last_flow() -> Dictionary:
## Processes every boundary in (last boundary, minute]. Boundaries already
## processed are no-ops, so per-minute callers and same-minute retries are safe.
## Mana may rise between boundaries (event refunds, commands); anything above
## capacity is discarded and recorded as overflow at the next boundary.
func advance_to(minute: Variant, before: Variant, demand: Variant) -> Dictionary:
## capacity is discarded and recorded as overflow at the next boundary. The
## caller passes the world tree yield of the boundary (A13 fog: 24, else 20).
func advance_to(minute: Variant, before: Variant, demand: Variant, generation: Variant = WORLD_TREE_GENERATION) -> Dictionary:
if _minute < 0:
return _failure(&"NOT_STARTED")
if typeof(minute) != TYPE_INT or not _amount(before) \
or typeof(demand) != TYPE_INT or demand < 0 or demand > LIMIT or minute < _minute:
or typeof(demand) != TYPE_INT or demand < 0 or demand > LIMIT or minute < _minute \
or typeof(generation) != TYPE_INT or generation not in GENERATIONS:
return _failure(&"INVALID_FLOW")
var boundary: int = minute - minute % INTERVAL_MINUTES
if boundary <= _minute:
@@ -49,7 +55,7 @@ func advance_to(minute: Variant, before: Variant, demand: Variant) -> Dictionary
var flow := {}
var count := 0
for to_minute: int in range(_minute + INTERVAL_MINUTES, boundary + 1, INTERVAL_MINUTES):
flow = plan(amount, demand, 0, to_minute - INTERVAL_MINUTES, to_minute)
flow = plan(amount, demand, 0, to_minute - INTERVAL_MINUTES, to_minute, generation)
amount = flow[&"after"]
count += 1
_minute = boundary
@@ -57,17 +63,18 @@ func advance_to(minute: Variant, before: Variant, demand: Variant) -> Dictionary
return {&"ok": true, &"processed": true, &"boundaries": count, &"after": amount, &"flow": flow.duplicate(true)}
## Furnace offers are judged after natural generation and upkeep demand are
## paid: base_after = min(C, max(0, B + G - D)); accept only with 100 free.
static func furnace_offer_accepted(before: int, demand: int) -> bool:
var base_after := mini(CAPACITY, maxi(0, before + WORLD_TREE_GENERATION - demand))
return CAPACITY - base_after >= FURNACE_YIELD
## paid: base_after = min(C, max(0, B + G - D)); accept only with the yield free
## (100, or 120 at an A13 fog boundary where G is 24).
static func furnace_offer_accepted(before: int, demand: int, generation: int = WORLD_TREE_GENERATION, furnace_yield: int = FURNACE_YIELD) -> bool:
var base_after := mini(CAPACITY, maxi(0, before + generation - demand))
return CAPACITY - base_after >= furnace_yield
static func plan(before: int, demand: int, furnace: int, start: int, end: int) -> Dictionary:
var available := before + WORLD_TREE_GENERATION + furnace
static func plan(before: int, demand: int, furnace: int, start: int, end: int, generation: int = WORLD_TREE_GENERATION) -> Dictionary:
var available := before + generation + furnace
var consumed := mini(available, demand)
var remaining := available - consumed
return {&"from_minute": start, &"to_minute": end, &"before": before,
&"generation": WORLD_TREE_GENERATION, &"furnace": furnace, &"demand": demand,
&"generation": generation, &"furnace": furnace, &"demand": demand,
&"consumed": consumed, &"shortage": demand - consumed,
&"overflow": maxi(remaining - CAPACITY, 0), &"after": mini(remaining, CAPACITY)}
@@ -105,10 +112,10 @@ func restore_snapshot(source: Variant) -> bool:
if not _amount(flow[key]):
return false
if flow["to_minute"] != source["minute"] \
or flow["generation"] != WORLD_TREE_GENERATION \
or flow["generation"] not in GENERATIONS \
or flow["from_minute"] + INTERVAL_MINUTES != flow["to_minute"]:
return false
var expected := plan(flow["before"], flow["demand"], flow["furnace"], flow["from_minute"], flow["to_minute"])
var expected := plan(flow["before"], flow["demand"], flow["furnace"], flow["from_minute"], flow["to_minute"], flow["generation"])
if not _same_flow(expected, flow):
return false
_minute = source["minute"]