Extensive work on VFX for the guild, assets for the world, and portrait variance. Work on quests. Extra work on User Flow completion and file saving.

scripts/void_ripple.gd

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+@tool
+extends Node2D
+
+@onready var center : Node2D = $Center
+@onready var outline : Line2D = $Line2D
+@export var cycle_max : float = 30.0
+@export var ripple_num : int = 3
+@export var speed : float = 200
+@export var ripple_width : float = 3
+@export var gradient : Gradient
+var l_norms : Array[Vector2] = []
+func _ready():
+	recalc_lnorms()
+
+func _process(delta: float) -> void:
+	queue_redraw()
+	print("test")
+
+func recalc_lnorms():
+	var polypoints : PackedVector2Array
+	polypoints = outline.points.slice(0, -1)
+		
+	var left_neighbor : Vector2
+	var right_neighbor : Vector2
+	#print("Recalc set")
+	for i in range(len(outline.points)):
+		var p = outline.points[i]
+		if i == 0:
+			left_neighbor = outline.points[-2]
+		else:
+			left_neighbor = outline.points[i-1]
+		
+		if i == len(outline.points) - 1:
+			right_neighbor = outline.points[1]
+		else:
+			right_neighbor = outline.points[i+1]
+		var shift : Vector2 = ((left_neighbor - p).normalized() + (right_neighbor - p).normalized()).normalized()
+		if Geometry2D.is_point_in_polygon(p + shift, polypoints):
+			#print("Offset moves the point into the polygon, flip!")
+			shift *= -1
+		l_norms.append(shift)
+
+
+func _draw() -> void:
+	var ripple_line : PackedVector2Array
+	ripple_line.resize(len(outline.points))
+	
+	var min : float = -cycle_max / ripple_num
+	var max : float = cycle_max + min
+	var cycle = wrapf(Time.get_ticks_msec()*speed, min, max)
+	for j in range(ripple_num):
+		var color = gradient.sample((cycle / cycle_max))
+		for i in len(ripple_line):
+			ripple_line[i] = outline.points[i] + l_norms[i] * cycle
+			#print(str(outline.points[i]) + " becomes " + str(ripple_line[i]) + " because of offset " + str(l_norms[i]))
+		draw_polyline(ripple_line, Color(color, .8 * (cycle_max - cycle) / cycle_max), ripple_width * (cycle_max - cycle) / cycle_max, true)
+		cycle = wrapf(cycle + cycle_max / ripple_num, min, max)
+	pass