Format existing scripts
This commit is contained in:
parent
18a4b02c3e
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644df0bd80
GPG Key ID:
38B57B16E7C0ADF7
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@ -1,7 +1,8 @@
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class_name DampenedCamera3D extends Camera3D
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@export var target : Node3D
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@export var damping : bool
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@export var target: Node3D
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@export var damping: bool
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# Called when the node enters the scene tree for the first time.
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func _ready() -> void:
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@ -24,8 +25,10 @@ func _process(delta: float) -> void:
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target_pos.y = lerp(global_position.y, target_pos.y, 20 * delta)
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global_position = target_pos
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func damp() -> void:
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damping = true
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func donmp() -> void:
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damping = false
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@ -7,7 +7,7 @@ extends PhysicsBody3D
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## The character will be blocked from moving up slopes steeper than this angle
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## The character will be not be flagged as 'grounded' when stood on slopes steeper than this angle
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@export var slope_limit : float = 45
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@export var slope_limit: float = 45
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## The character will automatically adjust height to step over obstacles this high
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@export var step_height := 0.2
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@ -17,13 +17,13 @@ extends PhysicsBody3D
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@export var snap_to_ground_distance := 0.2
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@export_group("Connector Nodes")
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@export var head : Node3D
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@export var body : Node3D
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@export var camera : DampenedCamera3D
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@export var head: Node3D
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@export var body: Node3D
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@export var camera: DampenedCamera3D
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## A reference to the collision shape this physics body is using
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## (It's just a bit easier rather than aquiring the reference via code)
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@export var collision_shape : CollisionShape3D
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@export var collision_shape: CollisionShape3D
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@export_group("Advanced")
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## Stop movement under this distance, but only if the movement touches at least 2 steep slopes
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@ -60,37 +60,38 @@ extends PhysicsBody3D
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## accurate. 4 is a decent number for low poly terrain!
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@export var max_iteration_count := 4
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var jump_pressed := false
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var gravity := 9.8
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var _velocity: Vector3 = Vector3()
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var at_max_speed: bool = true
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var _velocity : Vector3 = Vector3()
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var at_max_speed : bool = true
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var grounded: bool = false
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var ground_normal: Vector3
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var steep_slope_normals: Array[Vector3] = []
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var total_stepped_height: float = 0
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var grounded : bool = false
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var ground_normal : Vector3
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var steep_slope_normals : Array[Vector3] = []
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var total_stepped_height : float = 0
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var escape_pressed: int
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var vertical_collisions: Array[KinematicCollision3D]
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var lateral_collisions: Array[KinematicCollision3D]
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var snap_collisions: Array[KinematicCollision3D]
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var escape_pressed : int
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var vertical_collisions : Array[KinematicCollision3D]
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var lateral_collisions : Array[KinematicCollision3D]
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var snap_collisions : Array[KinematicCollision3D]
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enum MovementType { VERTICAL, LATERAL }
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enum MovementType {VERTICAL, LATERAL}
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func _ready() -> void:
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lock_mouse()
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func lock_mouse() -> void:
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Input.mouse_mode = Input.MOUSE_MODE_CAPTURED
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func unlock_mouse() -> void:
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Input.mouse_mode = Input.MOUSE_MODE_VISIBLE
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# TODO should this have an action associated?
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# TODO should it be in unhandled?
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func _input(event: InputEvent) -> void:
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@ -100,6 +101,7 @@ func _input(event: InputEvent) -> void:
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head.rotate_x(-motion.relative.y * mouse_sensitivity)
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head.rotation.x = clamp(head.rotation.x, -1.4, 1.4)
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# TODO should this be in unhandled input?
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# Input buffering? lol lmao
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func get_input() -> Vector2:
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@ -117,12 +119,12 @@ func get_input() -> Vector2:
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jump_pressed = Input.is_action_just_pressed("cc_jump")
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if Input.get_mouse_mode() != Input.MOUSE_MODE_CAPTURED:
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return Vector2(0,0)
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return Vector2(0, 0)
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if Input.is_action_just_pressed("cc_sprint"):
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at_max_speed = !at_max_speed
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var input_dir : Vector2 = Vector2()
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var input_dir: Vector2 = Vector2()
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if Input.is_action_pressed("cc_forward"):
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input_dir += Vector2.UP
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if Input.is_action_pressed("cc_backward"):
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@ -136,6 +138,7 @@ func get_input() -> Vector2:
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# Local rotation is fine given the parent isn't rotating ever
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return input_dir.rotated(-body.rotation.y)
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func _physics_process(delta: float) -> void:
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# Before Move
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var _desired_horz_velocity := get_input()
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@ -164,7 +167,7 @@ func _physics_process(delta: float) -> void:
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# Entry point to moving
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func move(intended_velocity : Vector3, delta : float) -> void:
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func move(intended_velocity: Vector3, delta: float) -> void:
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var start_position := position
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var lateral_translation := horz(intended_velocity * delta)
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@ -183,29 +186,45 @@ func move(intended_velocity : Vector3, delta : float) -> void:
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# An initial grounded check is important because ground normal is used
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# to detect seams with steep slopes; which often are collided with before the ground
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if vertical_translation.y <= 0:
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var initial_grounded_collision := move_and_collide(Vector3.DOWN * ground_cast_distance, true, depenetration_margin)
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var initial_grounded_collision := move_and_collide(
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Vector3.DOWN * ground_cast_distance, true, depenetration_margin
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)
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if initial_grounded_collision:
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if initial_grounded_collision.get_normal(0).angle_to(Vector3.UP) < deg_to_rad(slope_limit):
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if (
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initial_grounded_collision.get_normal(0).angle_to(Vector3.UP)
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< deg_to_rad(slope_limit)
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):
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grounded = true
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ground_normal = initial_grounded_collision.get_normal(0)
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# === Iterate Movement Laterally
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var lateral_iterations := 0
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while lateral_translation.length() > 0 and lateral_iterations < max_iteration_count:
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lateral_translation = move_iteration(MovementType.LATERAL, lateral_collisions, initial_lateral_translation, lateral_translation)
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lateral_translation = move_iteration(
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MovementType.LATERAL,
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lateral_collisions,
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initial_lateral_translation,
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lateral_translation
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)
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lateral_iterations += 1
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# De-jitter by just ignoring lateral movement
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# (multiple steep slopes have been collided, but movement is very small)
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if steep_slope_normals.size() > 1 and horz(position - start_position).length() < steep_slope_jitter_reduce:
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if (
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steep_slope_normals.size() > 1
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and horz(position - start_position).length() < steep_slope_jitter_reduce
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):
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position = start_position
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# === Iterate Movement Vertically
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var vertical_iterations := 0
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while vertical_translation.length() > 0 and vertical_iterations < max_iteration_count:
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vertical_translation = move_iteration(MovementType.VERTICAL, vertical_collisions, initial_vertical_translation, vertical_translation)
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vertical_translation = move_iteration(
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MovementType.VERTICAL,
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vertical_collisions,
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initial_vertical_translation,
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vertical_translation
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)
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vertical_iterations += 1
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# Don't include step height in actual velocity
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@ -236,14 +255,23 @@ func move(intended_velocity : Vector3, delta : float) -> void:
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var ground_snap_iterations := 0
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var ground_snap_translation := Vector3.DOWN * snap_to_ground_distance
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while ground_snap_translation.length() > 0 and ground_snap_iterations < max_iteration_count:
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ground_snap_translation = move_iteration(MovementType.VERTICAL, snap_collisions, Vector3.DOWN, ground_snap_translation)
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ground_snap_translation = move_iteration(
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MovementType.VERTICAL, snap_collisions, Vector3.DOWN, ground_snap_translation
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)
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ground_snap_iterations += 1
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# Decide whether to keep the snap or not
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if snap_collisions.is_empty():
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var after_snap_ground_test := move_and_collide(Vector3.DOWN * ground_cast_distance, true, depenetration_margin)
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if after_snap_ground_test and after_snap_ground_test.get_normal(0).angle_to(Vector3.UP) < deg_to_rad(slope_limit):
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var after_snap_ground_test := move_and_collide(
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Vector3.DOWN * ground_cast_distance, true, depenetration_margin
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)
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if (
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after_snap_ground_test
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and (
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after_snap_ground_test.get_normal(0).angle_to(Vector3.UP)
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< deg_to_rad(slope_limit)
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)
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):
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# There was no snap collisions, but there is ground underneath
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# This can be due to an edge case where the snap movement falls through the ground
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# Why does this check not fall through the ground? I don't know
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@ -252,7 +280,10 @@ func move(intended_velocity : Vector3, delta : float) -> void:
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else:
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# No snap collisions and no floor, reset
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position = before_snap_pos
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elif !(snap_collisions[snap_collisions.size() - 1].get_normal(0).angle_to(Vector3.UP) < deg_to_rad(slope_limit)):
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elif !(
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snap_collisions[snap_collisions.size() - 1].get_normal(0).angle_to(Vector3.UP)
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< deg_to_rad(slope_limit)
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):
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# Collided with steep ground, reset
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position = before_snap_pos
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else:
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@ -261,9 +292,13 @@ func move(intended_velocity : Vector3, delta : float) -> void:
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# Moves are composed of multiple iterates
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# In each iteration, move until collision, then calculate and return the next movement
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func move_iteration(movement_type: MovementType, collision_array : Array, initial_direction: Vector3, translation: Vector3) -> Vector3:
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var collisions : KinematicCollision3D
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func move_iteration(
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movement_type: MovementType,
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collision_array: Array,
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initial_direction: Vector3,
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translation: Vector3
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) -> Vector3:
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var collisions: KinematicCollision3D
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# If Lateral movement, try stepping
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if movement_type == MovementType.LATERAL:
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@ -274,7 +309,7 @@ func move_iteration(movement_type: MovementType, collision_array : Array, initia
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var current_step_height := step_height
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var step_up_collisions := move_and_collide(Vector3.UP * step_height, false, 0)
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if (step_up_collisions):
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if step_up_collisions:
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current_step_height = step_up_collisions.get_travel().length()
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var raised_forward_collisions := move_and_collide(translation, false, 0)
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var down_collision := move_and_collide(Vector3.DOWN * current_step_height, false, 0)
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@ -282,10 +317,12 @@ func move_iteration(movement_type: MovementType, collision_array : Array, initia
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# Only step if the step algorithm landed on a walkable surface
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# AND the walk lands on a non-walkable surface
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# This stops stepping up ramps
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if (down_collision and
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down_collision.get_normal(0).angle_to(Vector3.UP) < deg_to_rad(slope_limit) and
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walk_test_collision and
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!walk_test_collision.get_normal(0).angle_to(Vector3.UP) < deg_to_rad(slope_limit)):
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if (
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down_collision
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and down_collision.get_normal(0).angle_to(Vector3.UP) < deg_to_rad(slope_limit)
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and walk_test_collision
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and !walk_test_collision.get_normal(0).angle_to(Vector3.UP) < deg_to_rad(slope_limit)
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):
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do_step = true
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if do_step: # Keep track of stepepd distance to cancel it out later
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@ -322,8 +359,8 @@ func move_iteration(movement_type: MovementType, collision_array : Array, initia
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# These values shouldn't be calculated every frame; they only need to change
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# when the user defines the slope limit
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# But I'm lazy :)
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var min_block_angle : float
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var max_block_angle : float
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var min_block_angle: float
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var max_block_angle: float
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if movement_type == MovementType.LATERAL:
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min_block_angle = deg_to_rad(slope_limit)
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if grounded:
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@ -334,7 +371,6 @@ func move_iteration(movement_type: MovementType, collision_array : Array, initia
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min_block_angle = 0
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max_block_angle = deg_to_rad(slope_limit)
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# This algorithm for determining where to move on a collisions uses "projection plane"
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# Whatever surface the character hits, we generate a blocking "plane" that we will slide along
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#
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@ -351,8 +387,13 @@ func move_iteration(movement_type: MovementType, collision_array : Array, initia
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# If collision happens on the "side" of the cylinder, treat it as a vertical
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# wall in all cases (we use the tangent of the cylinder)
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if (movement_type == MovementType.LATERAL and
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(collision_point.y > (collision_shape.global_position.y - cylinder.height / 2) + bottom_height)):
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if (
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movement_type == MovementType.LATERAL
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and (
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collision_point.y
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> (collision_shape.global_position.y - cylinder.height / 2) + bottom_height
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)
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):
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projection_normal = collision_shape.global_position - collision_point
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projection_normal.y = 0
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projection_normal = projection_normal.normalized()
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@ -386,11 +427,13 @@ func move_iteration(movement_type: MovementType, collision_array : Array, initia
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var continued_translation := projection_plane.project(collisions.get_remainder())
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var initial_influenced_translation := projection_plane.project(initial_direction)
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var next_translation : Vector3
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var next_translation: Vector3
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if initial_influenced_translation.dot(continued_translation) >= 0:
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next_translation = continued_translation
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else:
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next_translation = initial_influenced_translation.normalized() * continued_translation.length()
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next_translation = (
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initial_influenced_translation.normalized() * continued_translation.length()
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)
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# See same_surface_adjust_distance
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if next_translation.normalized() == translation.normalized():
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@ -399,16 +442,17 @@ func move_iteration(movement_type: MovementType, collision_array : Array, initia
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return next_translation
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func already_touched_slope_close_match(normal : Vector3) -> bool:
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func already_touched_slope_close_match(normal: Vector3) -> bool:
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for steep_slope_normal in steep_slope_normals:
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if steep_slope_normal.distance_squared_to(normal) < 0.001:
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return true
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return false
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# I wrote this a while ago in Unity
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# I ported it here but I only have a vague grasp of how it works
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func relative_slope_normal(slope_normal : Vector3, lateral_desired_direction : Vector3) -> Vector3:
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func relative_slope_normal(slope_normal: Vector3, lateral_desired_direction: Vector3) -> Vector3:
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var slope_normal_horz := horz(slope_normal)
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var angle_to_straight := slope_normal_horz.angle_to(-lateral_desired_direction)
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var angle_to_up := slope_normal.angle_to(Vector3.UP)
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@ -435,8 +479,10 @@ func relative_slope_normal(slope_normal : Vector3, lateral_desired_direction : V
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return emulated_normal.normalized()
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func horz(value: Vector3) -> Vector3:
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return Vector3(value.x,0,value.z)
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return Vector3(value.x, 0, value.z)
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func vert(value: Vector3) -> Vector3:
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return Vector3(0,value.y,0)
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return Vector3(0, value.y, 0)
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@ -1,9 +1,10 @@
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extends Node3D
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@export var target : Node3D
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@export var target: Node3D
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var currTransform: Transform3D
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var prevTransform: Transform3D
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# Called when the node enters the scene tree for the first time.
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func _ready() -> void:
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currTransform = Transform3D()
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@ -26,6 +27,7 @@ func _process(_delta: float) -> void:
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transform = new_transform
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func _physics_process(_delta: float) -> void:
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prevTransform = currTransform
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currTransform = target.global_transform
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