stuff

autoload/map.gd

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+tool
+extends Node
+export var noise: OpenSimplexNoise
+export var curve: Curve
+#
+#var points = []
+##var rg: RoadGrid
+#var setup = false
+#
+#func _ready():
+#	if curve:
+#		curve.bake()
+#	else:
+#		curve = Curve.new()
+#		curve.min_value = -300
+#		curve.max_value = 300
+#		curve.add_point(Vector2(0, -300))
+#		curve.add_point(Vector2(1, 300))
+#		curve.bake()
+#	rg.build(curve, noise)
+#	setup = true
+#
+#func _init():
+#	rg = Roads.get_road_grid()
+
+#	var center = Vector2(0, 0)
+#	points.push_back(center)
+#	randomize()
+#	var npatches = 8
+#	var sa = randf() * 2.0 * PI
+#	var center_count = 15 + randi() % 5
+#	var center_step = 500
+#	var centers = []
+#	while centers.size() < center_count:
+#		var center_x = clamp(center_step * ((randi() % 100) - 50), -10000, 10000)
+#		var center_y = clamp(center_step * ((randi() % 100) - 50), -10000, 10000)
+#		var c = Vector2(center_x, center_y)
+#		if !c in centers:
+#			centers.push_back(c)
+#	for cx in centers:
+#		for e in range(npatches * 8):
+#			var a = sa + sqrt(e) * 8.0
+#			var r = 0 if e == 0 else 100 + e * 100.0 + 50 * randf()
+#			var x = cos(a) * r + cx.x
+#			var y = sin(a) * r + cx.y
+#			var d = Vector2(x, y)
+#			points.push_back(d)
+#	print("voronoi start")
+#	var diagram = Voronoi.generate_diagram(points, 11)
+#	print("voronoi end, processing")
+#	rg.process_diagram(diagram)
+#	print("processing done")