115 lines
3.5 KiB
GDScript
115 lines
3.5 KiB
GDScript
extends Node
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# Globalne ustawienia
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@export var SECTOR_COUNT: int = 15
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@export var PLANETS_PER_SECTOR_RANGE: Vector2 = Vector2(1, 5) # min i max planet
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# Lista sektorów (każdy sektor to słownik z planetami)
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var sectors_data: Array = []
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# Aktualnie wybrany sektor
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var current_sector: int = -1
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# Timer aktualizacji
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var update_timer := 0.0
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const UPDATE_INTERVAL := 30.0
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# Nazwy planet
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var planet_names = [
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"Arcturus","Betelgeuse","Canopus","Deneb","Elnath",
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"Fomalhaut","Gacrux","Hadar","Izar","Jabbah",
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"Kaus","Lesath","Menkent","Nunki","Okul",
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"Pollux","Rigel","Sargas","Toliman","Unukalhai",
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"Vega","Wezen","Xamidimura","Yildun","Zosma",
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"Alkaid","Baten","Caph","Diphda","Electra"
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]
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func _ready():
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randomize()
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_initialize_sectors()
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print("[Manager] Initialized global manager with %d sectors" % SECTOR_COUNT)
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func _process(delta):
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update_timer += delta
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if update_timer >= UPDATE_INTERVAL:
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update_timer = 0.0
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_update_planets()
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# --- Inicjalizacja wszystkich sektorów z losowymi planetami ---
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func _initialize_sectors():
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for i in range(SECTOR_COUNT):
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if sectors_data.size() <= i:
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sectors_data.resize(i + 1)
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if sectors_data[i] == null:
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sectors_data[i] = {"planets": []}
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var planet_count = randi_range(PLANETS_PER_SECTOR_RANGE.x, PLANETS_PER_SECTOR_RANGE.y)
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for j in range(planet_count):
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var size = randi_range(1, 3)
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var planet = {
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"name": planet_names[randi() % planet_names.size()],
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"size": size,
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"population": 0,
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"max_population": get_max_population(size),
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"resources": 0.0,
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"mining_rate": randf_range(0.1, 1.0),
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"is_colonized": false,
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"angle": randf() * TAU,
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"rotation_speed": randf_range(0.01, 0.04),
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"texture_path": "res://assets/planets/p%d.png" % randi_range(1,18)
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}
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sectors_data[i]["planets"].append(planet)
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# --- Aktualizacja planet dla wszystkich sektorów ---
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func _update_planets():
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for sector in sectors_data:
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if sector == null:
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continue
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for planet in sector["planets"]:
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if planet["is_colonized"]:
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var growth = int(planet["population"] / 10)
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planet["population"] = min(planet["population"] + growth, planet["max_population"])
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planet["resources"] += get_mined_per_cycle(planet)
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func get_mined_per_cycle(planet: Dictionary) -> float:
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return planet["mining_rate"] * pow(planet["population"], 0.5) * 0.05
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func get_max_population(size: int) -> int:
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match size:
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1: return 1000
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2: return 5000
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3: return 15000
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4: return 30000
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return 1000
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# --- Pobranie planety po nazwie w bieżącym sektorze ---
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func get_planet_by_name(name: String) -> Dictionary:
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if current_sector < 0 or current_sector >= sectors_data.size():
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return {}
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var sector = sectors_data[current_sector]
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for planet in sector["planets"]:
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if planet["name"] == name:
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return planet
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return {}
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# --- Rejestracja nowej planety w danym sektorze ---
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func register_planet(sector_index: int, planet_name: String, size: int, mining_rate: float) -> Dictionary:
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if sectors_data.size() <= sector_index:
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sectors_data.resize(sector_index + 1)
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if sectors_data[sector_index] == null:
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sectors_data[sector_index] = {"planets": []}
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var planet = {
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"name": planet_name,
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"size": size,
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"population": 0,
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"max_population": get_max_population(size),
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"resources": 0.0,
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"mining_rate": mining_rate,
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"is_colonized": false,
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"angle": randf() * TAU,
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"rotation_speed": randf_range(0.01, 0.04),
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"texture_path": "res://assets/planets/p%d.png" % randi_range(1,18)
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}
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sectors_data[sector_index]["planets"].append(planet)
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return planet
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