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extends Spatial
var _path : Node
var _enemies : Node
var _fx_holder : Node
var _projectiles_holder : Node
var _enemies_holder : Node
var load_turrets : Node
var pivot : Spatial
var base : Spatial
var gun : Spatial
var _shooting_point : Vector3
var _normal : Vector3
var aim_mode = "first"
var _target = null
var cooldown_timer = 0
var projectile : PackedScene
var ray : PackedScene
var info : Dictionary
var info_mod : Dictionary
var mods = ["damage", "double damage", "cooldown"]
func make_info_mod ():
info_mod.clear()
var add_eff = {}
var mul_eff = {}
for k in info:
if info[k] is Dictionary:
info_mod[k] = {}
add_eff[k] = {}
mul_eff[k] = {}
for kk in info[k]:
info_mod[k][kk] = info[k][kk]
else:
info_mod[k] = info[k]
for m in mods:
var mod = load_turrets.modules[m]
for eff in mod.get("add", {}):
if mod.add[eff] is Dictionary:
for kk in mod.add[eff]:
if not eff in add_eff[eff]: add_eff[eff][kk] = 0
add_eff[eff][kk] += mod.add[eff][kk]
else:
if not eff in add_eff: add_eff[eff] = 0
add_eff[eff] += mod.add[eff]
for eff in mod.get("mul", {}):
if mod.mul[eff] is Dictionary:
for kk in mod.mul[eff]:
if not eff in mul_eff[eff]: mul_eff[eff][kk] = 0
mul_eff[eff][kk] *= mod.mul[eff][kk]
else:
if not eff in mul_eff: mul_eff[eff] = 0
mul_eff[eff] *= mod.mul[eff]
for k in add_eff:
if add_eff[k] is Dictionary:
for kk in add_eff[k]:
if not kk in info_mod[k]: info_mod[k][kk] = 0
info_mod[k][kk] += add_eff[k][kk]
else:
if not k in info_mod: info_mod[k] = 0
info_mod[k] += add_eff[k]
for k in mul_eff:
if mul_eff[k] is Dictionary:
for kk in mul_eff[k]:
if not kk in info_mod[k]: info_mod[k][kk] = 0
info_mod[k][kk] *= 1 + mul_eff[k][kk]
else:
if not k in info_mod: info_mod[k] = 0
info_mod[k] *= 1 + mul_eff[k]
print(add_eff)
print(mul_eff)
print(info)
print(info_mod)
func _ready():
var root = get_tree().root.get_node("world")
_path = root.get_node("path")
_enemies = root.get_node("enemies")
_projectiles_holder = root.get_node("projectiles")
_enemies_holder = root.find_node("enemies")
_fx_holder = root.find_node("fx")
load_turrets = root.get_node("saveload").get_node("load_turrets")
if !load_turrets.loaded: yield(load_turrets, "done_loading")
projectile = load("res://scenes/projectiles/bullet.tscn")
ray = load("res://scenes/projectiles/ray.tscn")
func refresh_normal ():
_normal = transform.basis * Vector3.UP
_shooting_point = transform.origin + 0.25 * _normal
func refresh_model():
pivot = get_node("model").find_node("pivot*", true, true)
base = pivot.find_node("base*", true, true)
if base != null:
gun = base.find_node("gun*", true, true)
func refresh_info(tinfo):
self.info = tinfo
make_info_mod()
func filter_in_range(set):
var filtered = []
for target in set:
var node = _enemies.node_from_id(target)
var dist = (node.transform.origin - _shooting_point).length_squared()
if dist < info_mod.range*info_mod.range:
filtered += [target]
return filtered
func filter_visible(set):
var space: PhysicsDirectSpaceState = get_world().direct_space_state
var from = _shooting_point
var mask = 0b1101
var filtered = []
for target in set:
var node = _enemies.node_from_id(target)
var to = node.transform.origin
var result = space.intersect_ray(from, to, _path.nodes, mask)
if result.size() > 0:
var hit = result.collider.get_parent()
if hit == node:
filtered += [ target ]
return filtered
func get_target():
var ids = []
for id in _enemies.enemies: ids.append(id)
var set = ids
set = filter_in_range(set)
set = filter_visible(set)
if set.size() > 0:
return set[0]
else: return null
func _physics_process(delta):
if !info_mod.has("projectile"): return
if !_enemies.enemies.has(_target):
_target = null
else:
if _enemies.enemies[_target].hp <= 0:
_target = null
if _target == null:
_target = get_target()
_target = get_target()
var turn_speed = info_mod.get("turn_speed", 0)
if _target != null:
var enemy = _enemies.node_from_id(_target)
var direction = (enemy.transform.origin - _shooting_point).normalized()
var proj_normal = direction - _normal.dot(direction) * _normal
var base_rot : Quat = Transform().looking_at(proj_normal, _normal).basis.get_rotation_quat()
var perp = -proj_normal.cross(_normal).normalized()
var proj_forward = direction - perp.dot(direction) * perp
var gun_rot : Quat = Transform().looking_at(proj_forward, perp).basis.get_rotation_quat()
gun_rot = Quat(direction, PI/2) * gun_rot
gun_rot = gun_rot.normalized()
gun_rot = base_rot.inverse() * gun_rot
var base_basis = base.global_transform.basis.get_rotation_quat()
var base_angle = base_basis.angle_to(base_rot)
if base_angle > 0.01:
var base_amt = (turn_speed * delta) / base_angle
base_amt = min(1, base_amt)
base.global_transform.basis = Basis(base_basis.slerp(Basis(base_rot), base_amt))
var gun_basis = gun.transform.basis.get_rotation_quat()
var gun_angle = gun_basis.angle_to(gun_rot)
if gun_angle > 0.01:
var gun_amt = (turn_speed * delta) / gun_angle
gun_amt = min(1, gun_amt)
gun.transform.basis = Basis(gun_basis.slerp(Basis(gun_rot), gun_amt))
cooldown_timer += delta
if cooldown_timer > info_mod.cooldown:
cooldown_timer -= info_mod.cooldown
shoot()
func spread (amt : int) -> Array:
var dirs = []
var width : int = ceil(sqrt(amt))
for i in amt:
var dir = gun.global_transform.basis
var x = floor(i%width)-width/2+(width+1)%2*0.5
var y = floor(i/width)-floor(sqrt(amt)-1)/2
var spread = info_mod.projectile.spread
dir = dir.rotated(_normal, deg2rad(x*spread))
dir = dir.rotated(_normal.cross(dir.z).normalized(), deg2rad(y*spread))
dirs.append(dir)
return dirs
func shoot ():
if info_mod.projectile.get("amount", 1) > 1:
for dir in spread(info_mod.projectile.amount):
shoot_switch(dir)
else:
shoot_switch(gun.global_transform.basis)
func shoot_switch (dir : Basis):
match info_mod.projectile.type:
"bullet": shoot_bullet(dir)
"ray": shoot_ray(dir)
"bounce": shoot_bullet(dir, true)
func shoot_bullet (dir : Basis, bounce = false):
var instance = projectile.instance()
_projectiles_holder.add_child(instance)
instance.transform.basis = dir
instance.transform.origin = _shooting_point - dir.z*0.3;
instance.shooter = self
instance.damage = info_mod.projectile.get("damage", 0)
instance.speed = info_mod.projectile.get("speed", 0)
instance.bounce = bounce
instance.aoe = info_mod.projectile.get("area_of_effect", 0)
instance.slowness_effect = info_mod.projectile.get("slowness_effect", 0)
instance.slowness_time = info_mod.projectile.get("slowness_time", 0)
instance.time_life = info_mod.projectile.get("lifetime", 3)
func shoot_ray (dir : Basis):
var space: PhysicsDirectSpaceState = get_world().direct_space_state
var from = _shooting_point
var to = _shooting_point - dir.z*info_mod.range
var mask = 0b1101
var result = space.intersect_ray(from, to, _path.nodes, mask)
if result.size() > 0:
var parent = result.collider.get_parent()
var groups = parent.get_groups()
if "enemies" in groups:
var dam = info_mod.projectile.get("damage", 0)
var eff = info_mod.projectile.get("slowness_effect", 0)
var tim = info_mod.projectile.get("slowness_time", 0)
_enemies_holder.damage(parent.name, dam, eff, tim)
var distance = result.position.distance_to(from)
var instance = ray.instance()
_fx_holder.add_child(instance)
instance.transform.origin = _shooting_point - dir.z*0.3;
instance.transform.basis = dir
instance.transform.basis.z *= distance
instance.time_life = 0.05
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