Rebrand project and refresh title presentation

ui/components/bubble_menu/bubble_cluster.gd

@@ -9,6 +9,7 @@ const ControllerFocusNavigationType = preload(
 @export var desktop_reference_size: Vector2 = Vector2(396.0, 318.0)
 @export var compact_reference_size: Vector2 = Vector2(294.0, 200.0)
 @export_range(0.0, 1.0, 0.01) var motion_scale: float = 1.0
+@export var collision_separation_enabled: bool = true
 
 var _bubbles: Array[BubbleButton] = []
 var _elapsed: float = 0.0
@@ -70,39 +71,40 @@ func advance_motion(delta: float) -> void:
 		targets.append(target)
 		visual_scales.append(visual_scale)
 		visual_radii.append(bubble.get_visual_radius(visual_scale))
-	for first_index: int in _bubbles.size():
-		for second_index: int in range(first_index + 1, _bubbles.size()):
-			var first_center: Vector2 = (
-				targets[first_index]
-				+ _bubbles[first_index].presented_size * 0.5
-			)
-			var second_center: Vector2 = (
-				targets[second_index]
-				+ _bubbles[second_index].presented_size * 0.5
-			)
-			var center_delta: Vector2 = second_center - first_center
-			var distance: float = center_delta.length()
-			var desired_distance: float = (
-				visual_radii[first_index]
-				+ visual_radii[second_index]
-				+ profile.contact_gap * _layout_scale
-			)
-			if distance >= desired_distance:
-				continue
-			var direction := (
-				center_delta / distance
-				if distance > 0.001
-				else Vector2.RIGHT.rotated(float(first_index + 1))
-			)
-			var correction: Vector2 = (
-				direction
-				* minf(
-					(desired_distance - distance) * 0.5,
-					profile.maximum_separation * _layout_scale
+	if collision_separation_enabled:
+		for first_index: int in _bubbles.size():
+			for second_index: int in range(first_index + 1, _bubbles.size()):
+				var first_center: Vector2 = (
+					targets[first_index]
+					+ _bubbles[first_index].presented_size * 0.5
 				)
-			)
-			targets[first_index] -= correction
-			targets[second_index] += correction
+				var second_center: Vector2 = (
+					targets[second_index]
+					+ _bubbles[second_index].presented_size * 0.5
+				)
+				var center_delta: Vector2 = second_center - first_center
+				var distance: float = center_delta.length()
+				var desired_distance: float = (
+					visual_radii[first_index]
+					+ visual_radii[second_index]
+					+ profile.contact_gap * _layout_scale
+				)
+				if distance >= desired_distance:
+					continue
+				var direction := (
+					center_delta / distance
+					if distance > 0.001
+					else Vector2.RIGHT.rotated(float(first_index + 1))
+				)
+				var correction: Vector2 = (
+					direction
+					* minf(
+						(desired_distance - distance) * 0.5,
+						profile.maximum_separation * _layout_scale
+					)
+				)
+				targets[first_index] -= correction
+				targets[second_index] += correction
 	var position_weight: float = 1.0 - exp(
 		-profile.position_response * delta
 	)