1ece202731
Both halves of the ticket, in the shape vessels have used since gas bombers and laser ships: a definition carries an ore figure and, when it wants more than ore, a dictionary that IS the price. `building_costs()` and `skill_costs()` answer it the way `product_costs()` already did, so there is one question with one answer whatever is being bought, and every payment path now goes through `spend_resources` rather than `spend`. Seven of ten structures and thirteen of seventeen doctrines now want gas, energy or dark matter alongside their rocks, and the totals climb with tree depth - structures 16/31/58/62/96 by depth, doctrines 15/30/73/96/143/258/530. The constraint that shaped the table is REACHABILITY, and it is the reason some prices stayed ore-only. Energy exists only where a gas burner stands, and a gas burner needs Power Systems - so nothing at or before that depth may be priced in energy, or it is a wall with no way through. Dark matter is rarer still and appears once, on the deepest node in the game. The extractor stays rocks-only despite its depth allowing gas, because the quest chain reaches it before it has sent the player for any. test_progressive_costs checks those as properties rather than transcribing the numbers, so rebalancing a price costs nothing while breaking the shape fails: nothing unreachable at its own depth, prices rising with depth, the ore field agreeing with the dictionary (repairs quote the field alone, since a repair drone carries ore and nothing else), and the quest chain never asking for a structure it has not funded. Two things cleaned up on the way: - The per-building cost constants in GameState are gone. Nothing but tests used them, and they were a second copy of a number the definitions already hold - exactly what would drift once a price gained a resource. - research_for_building() returns a display NAME, and the id-keyed half of the tree wants an id. That mix-up is silent - skill_depth() of a name finds no node and answers 0, so a deep structure reads as an ungated one, which is how the first draft of the test let an unreachable price through. research_node_for_building() is the id, and the name is expressed from it. PriceTag no longer rebuilds its labels when re-told the same price; it refreshes the held figures instead. The craft menu re-states prices every frame and the build menu now does too, so that was a dozen Labels being torn down and rebuilt sixty times a second.
59 lines
2.4 KiB
GDScript
59 lines
2.4 KiB
GDScript
extends SceneTree
|
|
|
|
# A transport hub owns its logistics vessels directly. Building a hub
|
|
# provisions every researched slot immediately; Freight Yards provisions its
|
|
# extra slot on hubs that already exist.
|
|
|
|
|
|
func _initialize() -> void:
|
|
var state: Node = root.get_node("GameState")
|
|
state.buildings.clear()
|
|
state.extractors.clear()
|
|
state.transporters.clear()
|
|
state.reset_progression()
|
|
state.rocks = 900
|
|
# #138: doctrines past the first tier want gas as well as rocks.
|
|
state.bank_inventory.set_amount(GameState.RESOURCE_GAS, 900)
|
|
state.research_points = state.skill_research_point_cost("freight_yards")
|
|
state.unlocked = ["shipyards", "logistics", "freight"]
|
|
|
|
var hub_a: int = state.add_building(state.BUILDING_TRANSPORT_HUB, Vector2(-500, 0))
|
|
var per_hub: int = state.hub_capacity()
|
|
if state.transporters.size() != per_hub or _at_hub(state, hub_a) != per_hub:
|
|
return _fail("first hub did not immediately provision %d transporters" % per_hub)
|
|
print("first hub provisioned %d transporters" % per_hub)
|
|
|
|
var hub_b: int = state.add_building(state.BUILDING_TRANSPORT_HUB, Vector2(-500, 600))
|
|
if state.transporters.size() != per_hub * 2 or _at_hub(state, hub_b) != per_hub:
|
|
return _fail("second hub did not bring its own transporters")
|
|
print("second hub raised logistics fleet to %d" % state.transporters.size())
|
|
|
|
var before: int = state.transporters.size()
|
|
if not state.unlock("freight_yards"):
|
|
return _fail("could not research Freight Yards")
|
|
var expected: int = state.hub_capacity() * state.hub_count()
|
|
if state.transporters.size() != expected or state.transporters.size() != before + 2:
|
|
return _fail("Freight Yards did not provision one transporter per existing hub")
|
|
if _at_hub(state, hub_a) != state.hub_capacity() \
|
|
or _at_hub(state, hub_b) != state.hub_capacity():
|
|
return _fail("researched transporters were assigned to the wrong hubs")
|
|
|
|
print("Freight Yards provisioned existing hubs: %d -> %d" % [before, expected])
|
|
if state.remove_buildings_of_type(state.BUILDING_TRANSPORT_HUB) != 2 \
|
|
or not state.transporters.is_empty():
|
|
return _fail("removing hubs left orphaned logistics transporters")
|
|
print("TEST_HUB_CAPACITY: PASS")
|
|
quit(0)
|
|
|
|
|
|
func _at_hub(state: Node, hub_id: int) -> int:
|
|
var count: int = 0
|
|
for transporter in state.transporters:
|
|
if int(transporter.hub_id) == hub_id:
|
|
count += 1
|
|
return count
|
|
|
|
|
|
func _fail(message: String) -> void:
|
|
print("TEST_HUB_CAPACITY: FAIL (%s)" % message)
|
|
quit(1)
|