Started implementing prologue
This commit is contained in:
Segey Lapin
211
proto2/prologue.gd
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211
proto2/prologue.gd
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extends Spatial
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# Declare member variables here. Examples:
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# var a = 2
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# var b = "text"
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# Called when the node enters the scene tree for the first time.
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func start():
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print("Started")
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var forest
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var airport
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var residental
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for v in range(roadmap.lots.lots.size()):
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var lot = roadmap.lots.lots[v]
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if lot.type == roadmap.Lots.LOT_FOREST:
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forest = lot
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if lot.type == roadmap.Lots.LOT_AIRPORT:
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airport = lot
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if lot.type == roadmap.Lots.LOT_RESIDENTAL:
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airport = lot
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if forest && airport:
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break
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var start_vertex = -1
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var start_lot
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if residental:
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start_lot = residental
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if airport:
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start_lot = airport
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for v in range(roadmap.vertices.size()):
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if start_vertex < 0:
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start_vertex = v
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var max_dist = roadmap.vertices[start_vertex].pos.distance_to(start_lot.xform.origin)
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var cur_dist = roadmap.vertices[v].pos.distance_to(start_lot.xform.origin)
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if max_dist > cur_dist:
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start_vertex = v
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print(start_vertex)
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print(start_lot)
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print(forest)
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var reset_car = true
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func area_enter(body):
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if body == $car1:
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reset_car = true
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var car_wrap_pos: Vector3
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var grass_mat: SpatialMaterial
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var rock_mat: SpatialMaterial
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var tree_mat: SpatialMaterial
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var car_mat: SpatialMaterial
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var car_bottom_mat: SpatialMaterial
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func _ready():
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notifications.set_main(self)
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roadmap.connect("complete", self, "start")
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$"car1/back-left-03".use_as_traction = true
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$"car1/back-right-03".use_as_traction = true
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$"car1/front-left-03".use_as_steering = true
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$"car1/front-right-03".use_as_steering = true
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$car1.steering = 0.0
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$car1.engine_force = 10000.0
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$Area.connect("body_entered", self, "area_enter")
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car_wrap_pos = $car_wrap.global_transform.origin
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var mark_mat = SpatialMaterial.new()
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mark_mat.albedo_color = Color(0.9, 0.9, 0.9, 1.0)
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mark_mat.roughness = 0.6
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for c in range(150):
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var pos = Vector3(0.0, 0.1, -100.0 + 3.0 + float(c) * 4.0)
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var mark = MeshInstance.new()
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add_child(mark)
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mark.global_transform.origin = pos
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var m : = PlaneMesh.new()
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m.size = Vector2(0.2, 2.0)
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m.subdivide_depth = 8.0
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m.subdivide_width = 2.0
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m.material = mark_mat
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mark.mesh = m
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grass_mat = SpatialMaterial.new()
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grass_mat.albedo_color = Color(0.3, 1.0, 0.3, 1.0)
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rock_mat = SpatialMaterial.new()
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rock_mat.albedo_color = Color(0.45, 0.3, 0.3, 1.0)
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tree_mat = SpatialMaterial.new()
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tree_mat.albedo_texture = load("res://elements/TreeTexture.png")
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car_mat = SpatialMaterial.new()
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car_mat.albedo_color = Color(0.6, 0.2, 0.2, 1.0)
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car_mat.metallic = 0.6
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car_mat.rim = 0.3
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car_mat.rim_tint = 0.12
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car_mat.rim_enabled = true
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car_mat.roughness = 0.45
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car_bottom_mat = SpatialMaterial.new()
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car_bottom_mat.albedo_color = Color(0.01, 0.01, 0.01, 1.0)
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car_bottom_mat.metallic = 0.6
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car_bottom_mat.roughness = 0.6
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for h in grass:
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h.surface_set_material(0, grass_mat)
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for h in rocks:
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h.surface_set_material(0, rock_mat)
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for h in big_rocks:
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h.surface_set_material(0, rock_mat)
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for h in trees:
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h.surface_set_material(0, tree_mat)
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for h in trees2:
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var grass_id = 0
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var tree_id = 1
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h.surface_set_material(grass_id, grass_mat)
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h.surface_set_material(tree_id, tree_mat)
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$"car1/car1-2500".set_surface_material(0, car_mat)
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$"car1/front-door-left".set_surface_material(0, car_mat)
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$"car1/front-door-right".set_surface_material(0, car_mat)
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$"car1/trunk_cover".set_surface_material(0, car_mat)
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$"car1/floor".set_surface_material(0, car_bottom_mat)
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var narration = [
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"It was never a good sign to go to forest in a car trunk...",
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"You used much of the path to relax and rest, but now",
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"it is the time to do some action."
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]
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enum {STATE_INIT, STATE_NARRATION, STATE_IDLE, STATE_KICK_TRUNK, STATE_FINISH}
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var _state = STATE_INIT
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func _process(delta):
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var p1 = $cam.global_transform.origin
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var target = $car1.global_transform.origin
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var tpos = target
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p1.x = tpos.x
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p1.z = tpos.z
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# p1 = target
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$cam.global_transform.origin = p1
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match(_state):
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STATE_INIT:
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_state = STATE_NARRATION
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STATE_NARRATION:
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for e in narration:
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notifications.narration_notification(e)
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_state = STATE_IDLE
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var grass = [
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load("res://elements/forest/grass_1.mesh"),
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load("res://elements/forest/grass_2.mesh"),
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load("res://elements/forest/grass3.mesh"),
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load("res://elements/forest/grass_4.mesh")
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]
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var big_rocks = [
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load("res://elements/forest/rock1.mesh"),
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load("res://elements/forest/rock2.mesh"),
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load("res://elements/forest/rock3.mesh")
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]
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var rocks = [
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load("res://elements/forest/rock4.mesh"),
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load("res://elements/forest/rock5.mesh"),
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load("res://elements/forest/rock6.mesh"),
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load("res://elements/forest/rock7.mesh"),
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load("res://elements/forest/rock8.mesh")
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]
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var trees = [
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load("res://elements/forest/tree1.mesh"),
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load("res://elements/forest/tree3.mesh"),
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load("res://elements/forest/tree4.mesh"),
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load("res://elements/forest/tree5.mesh"),
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# load("res://elements/forest/tree6.mesh")
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# load("res://elements/forest/tree7.mesh")
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# load("res://elements/forest/tree8.mesh")
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# load("res://elements/forest/tree9.mesh")
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]
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var trees2 = [
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load("res://elements/forest/trees1.mesh"),
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# load("res://elements/forest/trees2.mesh")
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]
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func rebuild():
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for n in get_tree().get_nodes_in_group("foliage"):
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n.queue_free()
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for c in range(300):
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var n = MeshInstance.new()
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add_child(n)
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var pos = Vector3(randf() * 100.0 - 50.0, 0.0, randf() * 200.0 - 100.0)
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if pos.x >= 0.0 && pos.x < 9.0:
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pos.x += 9.0
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elif pos.x < 0.0 && pos.x > -9.0:
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pos.x -= 9.0
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n.global_transform.origin = pos
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n.global_transform = n.global_transform.rotated(Vector3.UP, randf() * PI)
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n.global_transform.origin = pos
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var choice = randi() % 40
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match(choice):
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1, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 16, 17, 18, 19, 20, 21, 22, 23:
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var trees_list = trees + trees2
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n.mesh = trees_list[randi() % trees_list.size()]
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2, 14, 15:
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n.mesh = rocks[randi() % rocks.size()]
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13:
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n.mesh = big_rocks[randi() % big_rocks.size()]
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_:
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n.mesh = grass[randi() % grass.size()]
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n.add_to_group("foliage")
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func _physics_process(delta):
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if reset_car:
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rebuild()
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$car1.global_transform.origin = car_wrap_pos
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$cam.global_transform.origin = car_wrap_pos
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$vehicle_camera.global_transform.origin = car_wrap_pos + Vector3(0, 2.4, $vehicle_camera.dist)
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reset_car = false
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var car_ll = $car1.linear_velocity
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car_ll.y = 0
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var car_speed = car_ll.length()
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if car_speed > 50.0:
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$car1.engine_force *= (1.0 - delta * 0.2)
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if car_speed <= 30.0:
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if $car1.engine_force > 4000.0:
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$car1.engine_force *= (1.0 + delta * 0.2)
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else:
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$car1.engine_force = 4000.0
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