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|
extends KinematicBody
var in_editor : bool = false
var vel = Vector3()
var camera = Camera
var _mouse = Vector2()
var sensitivity_mouse = 10
var placer : Spatial
var _pivot
var _pivot_dist
var _orbit_timer
var _world : VoxelMesh
var _gui : Control
var _turret_holder : Node
var _attach_point_holder : Node
var path_holder : Node
var load_turrets : Node
var ptr : Node
var _enemies : Node
var sel = {
"type": "idle",
"name": ""
}
var highlight : Spatial
func _ready():
camera = $camera
placer = $placer
var root = get_tree().root.get_child(0)
path_holder = root.get_node("path")
_gui = root.get_node("gui")
_enemies = root.get_node("enemies")
ptr = root.find_node("pointer");
var saveload = root.get_node("saveload")
load_turrets = saveload.get_node("load_turrets")
_gui.refresh(in_editor)
refresh_path()
func refresh_gui():
_gui.refresh(in_editor)
func gui_editor_toggle_event ():
in_editor = !in_editor
_gui.refresh(in_editor)
refresh_path()
func gui_start_wave_event ():
refresh_path()
_enemies.spawn()
_gui.refresh(in_editor)
func refresh_path():
if in_editor:
path_holder.show()
else:
var _res = path_holder.load_nodes()
path_holder.hide()
func selected_event (sel_name, sel_type):
sel.name = sel_name
sel.type = sel_type
_gui.refresh(in_editor)
if sel_type == "turrets":
for child in ptr.get_children():
if child.name != "base": child.queue_free();
var info = load_turrets.info[sel.name]
var model = load_turrets.models[info.model_name]
var instance_model = model.instance()
instance_model.name = "preview"
ptr.add_child(instance_model)
elif sel_type != "":
ptr.get_node("base").visible = true
func look_free (m):
self.transform.basis = self.transform.basis.rotated(Vector3.UP, m.x)
var rrrot = self.transform.basis.get_rotation_quat()
self.transform.basis = self.transform.basis.rotated(rrrot*Vector3.RIGHT, m.y)
func look_orbit(m):
var diff : Vector3 = self.transform.origin - _pivot
_pivot_dist = diff.length()
var orbit : Basis = Transform.looking_at(diff, Vector3.UP).basis
orbit = orbit.rotated(Vector3.UP, m.x)
orbit = orbit.rotated(orbit.get_rotation_quat()*Vector3.RIGHT, -m.y)
self.transform.origin = _pivot - orbit.z * _pivot_dist
diff = self.transform.origin - _pivot
self.transform.basis = self.transform.basis.slerp( \
Transform.looking_at(-diff, Vector3.UP).basis, _orbit_timer)
func _move_input(delta):
var m = _mouse
m *= delta
_mouse = Vector2()
if Input.is_action_just_pressed("orbit"):
if placer.colliding:
_pivot = placer.collision_point
var diff : Vector3 = self.transform.origin - _pivot
_pivot_dist = diff.length()
_orbit_timer = 0
else: _pivot = null
Input.set_mouse_mode(Input.MOUSE_MODE_VISIBLE)
if Input.is_action_pressed("orbit"):
Input.set_mouse_mode(Input.MOUSE_MODE_CAPTURED)
if _pivot != null:
_orbit_timer = min(1, _orbit_timer+delta * 2)
look_orbit(m)
else:
look_free(m)
elif Input.is_action_pressed("look"):
look_free(m)
Input.set_mouse_mode(Input.MOUSE_MODE_CAPTURED)
var input_movement_vector = Vector3()
if Input.is_action_pressed("movement_forward"):
input_movement_vector.z -= 1
if Input.is_action_pressed("movement_backward"):
input_movement_vector.z += 1
if Input.is_action_pressed("movement_left"):
input_movement_vector.x -= 1
if Input.is_action_pressed("movement_right"):
input_movement_vector.x += 1
if Input.is_action_pressed("movement_up"):
input_movement_vector.y += 1
if Input.is_action_pressed("movement_down"):
input_movement_vector.y -= 1
input_movement_vector = input_movement_vector.normalized()
var dir : Vector3 = self.transform.basis.get_rotation_quat() * input_movement_vector
vel += dir * delta;
vel *= 0.8
var collision = self.move_and_collide(vel)
if collision: vel = Vector3(0, 0, 0)
func _physics_process(delta):
_move_input(delta)
func _input(event):
if event is InputEventMouseMotion:
_mouse += Vector2(
deg2rad(event.relative.x) * -1,
deg2rad(event.relative.y) * -1) * sensitivity_mouse
|
