163 lines
4.1 KiB
GDScript
163 lines
4.1 KiB
GDScript
class_name PlayerAttacker
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extends Area3D
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signal attacked
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signal did_hit
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enum Side { RIGHT, LEFT }
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@export_group("References")
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@export var _attack_shape_node: CollisionShape3D
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@export_group("Collision")
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@export var _collision_debug_material: Material
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@export var _attack_max_angle: float = 2 * PI / 3
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@export var attack_radius: float = 2
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@export_group("Timers")
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@export var _cooldown_time: float = 0.3
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@export var _hit_window_time: float = 0.15
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@export_group("Hits")
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@export var _hit_projectile_speed: float = 35
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@export var _direction_angles: Dictionary[float, float] = {0.0: 0.0, PI: PI / 2.0}
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@export var _hit_stop_time_scale := 0.05
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@export var _hit_stop_duration := 0.25
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var side := Side.RIGHT
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var _cooldown_timer: float
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var _hit_window_timer: float
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var _queue_hit_stop: bool
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@onready var _attack_shape: CylinderShape3D = _attack_shape_node.shape as CylinderShape3D
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func _ready() -> void:
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Debugger.add_event("attacked")
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attacked.connect(func() -> void: Debugger.event_emitted("attacked", []))
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area_entered.connect(_on_area_entered)
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position.y = Projectile.HEIGHT
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_set_collision_size(attack_radius)
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func _process(delta: float) -> void:
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if _cooldown_timer > 0:
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_cooldown_timer -= delta
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if _hit_window_timer > 0:
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_hit_window_timer -= delta
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if _queue_hit_stop:
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_queue_hit_stop = false
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_hit_stop(_hit_stop_time_scale, _hit_stop_duration)
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Debugger.text("_cooldown_timer", _cooldown_timer, 2)
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Debugger.text("_hit_window_timer", _hit_window_timer, 2)
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Debugger.vector(
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"fghdh",
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global_position,
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(
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global_position
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+ global_basis.z.rotated(Vector3.UP, _attack_max_angle) * attack_radius
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)
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)
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Debugger.vector(
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"fghdh2",
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global_position,
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(
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global_position
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+ global_basis.z.rotated(Vector3.UP, -_attack_max_angle) * attack_radius
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)
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)
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for dir_angle: float in _direction_angles.keys():
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Debugger.line(
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"fghdh3" + str(dir_angle),
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global_position,
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(
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global_position
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+ (
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global_basis.z.rotated(
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Vector3.UP, dir_angle * (-1.0 if side == Side.LEFT else 1.0)
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)
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* attack_radius
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)
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),
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Color.BLUE
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)
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func _physics_process(_delta: float) -> void:
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monitoring = _hit_window_timer > 0
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func is_hitting() -> bool:
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return _cooldown_timer > 0
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func attack() -> void:
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if _cooldown_timer > 0:
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return
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_cooldown_timer = _cooldown_time
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_hit_window_timer = _hit_window_time
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side = Side.LEFT if side == Side.RIGHT else Side.RIGHT
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attacked.emit()
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func _hit_projectile(projectile: Projectile) -> void:
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var diff := projectile.global_position - global_position
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diff.y = 0
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var angle := global_basis.z.signed_angle_to(diff, Vector3.UP)
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Debugger.vector("ASDSAD", global_position, global_position + global_basis.z)
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Debugger.vector("ASDSAD2", global_position, global_position + diff)
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Debugger.text("angle", rad_to_deg(angle), 2)
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if angle > _attack_max_angle or angle < -_attack_max_angle:
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return
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var angle_sign := -1.0 if side == Side.RIGHT else 1.0
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var angle_signed := angle * angle_sign
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Debugger.text("side", Side.find_key(side), 2)
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Debugger.text("angle_signed", rad_to_deg(angle_signed), 2)
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var prev_dir_angle: float = -_attack_max_angle
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for dir_angle: float in _direction_angles.keys():
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if angle_signed > prev_dir_angle and angle_signed <= dir_angle:
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Debugger.text("prev_dir_angle", rad_to_deg(prev_dir_angle), 2)
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Debugger.text("dir_angle", rad_to_deg(dir_angle), 2)
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var new_direction := global_basis.z.rotated(
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Vector3.UP, (_direction_angles[dir_angle] as float) * angle_sign
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)
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Debugger.vector(
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"ASDSAD3",
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projectile.global_position,
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projectile.global_position + new_direction
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)
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projectile.hit(new_direction * _hit_projectile_speed)
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_queue_hit_stop = true
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break
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prev_dir_angle = dir_angle
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func _set_collision_size(radius: float) -> void:
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_attack_shape.radius = radius
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func _hit_stop(time_scale: float, duration: float) -> void:
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Engine.time_scale = time_scale
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await get_tree().create_timer(time_scale * duration).timeout
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Engine.time_scale = 1
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func _on_area_entered(node: Node3D) -> void:
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if _hit_window_timer <= 0:
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return
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if node is Projectile:
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_hit_projectile(node as Projectile)
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did_hit.emit()
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