66 lines
2.1 KiB
GDScript
66 lines
2.1 KiB
GDScript
extends Node3D
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class_name ChunkInfo
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@export_enum("Biome", "straight_track", "curved_track") var chunk_type: int = 0
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@export_group("Set Piece Rules (Unique pieces)")
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@export var exclusive_biome: String = "" # Es: "Forest"
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@export_range(0, 5, 1) var uniqueness: int = 0 #0=common; 5=unique
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@export_group("Base exit")
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@export var north: bool = false
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@export var est: bool = false
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@export var south: bool = false
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@export var west: bool = false
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@export_group("River exit")
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@export var river_north: bool = false
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@export var river_est: bool = false
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@export var river_south: bool = false
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@export var river_west: bool = false
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@export_group("Margin heights (level 0, 1, 2)")
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@export_range(0, 2, 1) var height_north: int = 0
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@export_range(0, 2, 1) var height_est: int = 0
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@export_range(0, 2, 1) var height_south: int = 0
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@export_range(0, 2, 1) var height_west: int = 0
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@export_group("Lamppost")
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@export var have_lamppost: bool = false
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@export var connection_left: Array[Node3D]
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@export var connection_right: Array[Node3D]
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func _ready() -> void:
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if exclusive_biome != "":
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add_to_group("set_pieces")
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func get_rotated_data(steps_90: int) -> Dictionary:
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var original_exit = [north, est, south, west]
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var original_river_exit = [river_north, river_est, river_south, river_west]
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var original_height = [height_north, height_est, height_south, height_west]
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var calculated_exit = []
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var calculated_river_exit = []
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var calculated_height = []
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for i in range(4):
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var index = (i - steps_90 + 4) % 4
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calculated_exit.append(original_exit[index])
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calculated_river_exit.append(original_river_exit[index])
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calculated_height.append(original_height[index])
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return {
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"connections": {
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"north": calculated_exit[0], "est": calculated_exit[1],
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"south": calculated_exit[2], "west": calculated_exit[3]
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},
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"river_connections": {
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"north": calculated_river_exit[0], "est": calculated_river_exit[1],
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"south": calculated_river_exit[2], "west": calculated_river_exit[3]
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},
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"heights": {
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"north": calculated_height[0], "est": calculated_height[1],
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"south": calculated_height[2], "west": calculated_height[3]
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}
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}
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