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AFix.py
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from shapely.geometry import Point
from FFxivPythonTrigger import *
from FFxivPythonTrigger.Utils import sector
from FFxivPythonTrigger.memory.StructFactory import *
from shapely.ops import cascaded_union, nearest_points
import math
command = "@afix"
FRONT = 1
SIDE = 2
BACK = 3
DEFAULT_DISTANCE = 5
skills = {
7481: BACK, # 月光，背
7482: SIDE, # 花车，侧
53: BACK, # 连击，背，武僧
54: BACK, # 正拳，背，武僧
56: SIDE, # 崩拳，侧，武僧
74: SIDE, # 双龙脚，侧，武僧
61: SIDE, # 双掌打，侧，武僧
66: BACK, # 破碎拳，背，武僧
2255: BACK, # 旋风刃，背
3563: SIDE, # 强甲破点突，侧
2258: BACK, # 攻其不备，背
88: BACK, # 樱花怒放，背
3556: BACK, # 龙尾，背
3554: SIDE, # 龙牙，侧
}
Vector3 = OffsetStruct({
'x': c_float,
'z': c_float,
'y': c_float,
})
PositionSetPack = OffsetStruct({
'r': (c_float, 0),
'unk0': (c_ushort, 0x4),
'unk1': (c_ushort, 0x6),
'pos': (Vector3, 0x8),
'unk2': (c_uint, 0x14),
}, 24)
ActionSend = OffsetStruct({
'_unk_ushort0': (c_ushort, 0x0),
'_unk_ushort1': (c_ushort, 0x2),
'skill_id': (c_uint, 0x4),
'cnt': (c_ushort, 0x8),
'_unk_ushort4': (c_ushort, 0xa),
'_unk_ushort5': (c_ushort, 0xc),
'_unk_ushort6': (c_ushort, 0xe),
'target_id': (c_uint, 0x10),
}, 32)
PositionAdjustPack = OffsetStruct({
'old_r': (c_float, 0x0),
'new_r': (c_float, 0x4),
'unk0': (c_ushort, 0x8),
'unk1': (c_ushort, 0xA),
'old_pos': (Vector3, 0xC),
'new_pos': (Vector3, 0x18),
'unk2': (c_uint, 0x24),
}, 40)
angle = math.pi / 2 - 0.1
def get_skill_data(skill_id):
if isinstance(skills[skill_id], int):
return skills[skill_id], lambda x: True
return skills[skill_id]
def get_nearest(me_pos, target, mode, dis=3):
radius = target.HitboxRadius + dis - 0.5
if mode == SIDE:
area1 = sector(target.pos.x, target.pos.y, radius, angle, target.pos.r + math.pi / 2)
area2 = sector(target.pos.x, target.pos.y, radius, angle, target.pos.r - math.pi / 2)
area = cascaded_union([area1, area2])
elif mode == FRONT:
area = sector(target.pos.x, target.pos.y, radius, angle, target.pos.r)
elif mode == BACK:
area = sector(target.pos.x, target.pos.y, radius, angle, target.pos.r - math.pi)
else:
area = target.hitbox
area = area.difference(Point(target.pos.x, target.pos.y).buffer(0.5))
me = Point(me_pos.x, me_pos.y)
if area.contains(me):
return None
p1 = nearest_points(area, me)[0]
return p1.x, p1.y
def distance(xy1, xy2):
return math.sqrt((xy1[0] - xy2[0]) ** 2 + (xy1[1] - xy2[1]) ** 2)
class AFix(PluginBase):
name = "AFix"
git_repo = 'nyouoG/fpt_plugins'
repo_path = 'AFix.py'
hash_path = __file__
def __init__(self):
super().__init__()
self.last_reset = perf_counter()
api.XivNetwork.register_makeup("ActionSend", self.makeup_action)
self.register_event(f'network/action_effect', self.coor_return)
self._enable = False
self.work = False
self.adjust_mode = True
self.adjust_sig = 0
self.set_sig = 0x93
self.register_event('network/position_adjust', self.deal_adjust)
self.register_event('network/position_set', self.deal_set)
self.storage.data.setdefault('distance', DEFAULT_DISTANCE)
self.storage.save()
api.command.register(command, self.process_command)
def _onunload(self):
api.XivNetwork.unregister_makeup("ActionSend", self.makeup_action)
api.command.unregister(command)
def deal_adjust(self, evt):
self.adjust_mode = True
self.adjust_sig = evt.raw_msg.unk1 & 0xf
def deal_set(self, evt):
self.adjust_mode = False
if not (evt.raw_msg.unk0 or evt.raw_msg.unk1) and 0x10000 > evt.raw_msg.unk2 > 0:
self.set_sig = evt.raw_msg.unk2
def goto(self, new_x=None, new_y=None, new_r=None, stop=False):
c = api.Coordinate()
if new_r is None:
new_r = c.r
target = Vector3(x=new_x if new_x is not None else c.x, y=new_y if new_y is not None else c.y, z=c.z)
if self.adjust_mode:
msg = PositionAdjustPack(
old_r=c.r,
new_r=new_r,
old_pos=target,
new_pos=target,
unk0=(0x4000 if stop else 0),
unk1=(0x40 if stop else 0) | self.adjust_sig
)
code = "UpdatePositionInstance"
else:
msg = PositionSetPack(r=new_r, pos=target, unk2=self.set_sig if stop else 0)
code = "UpdatePositionHandler"
self.logger.debug(f'goto x:{target.x:.2f} y:{target.y:.2f} z:{target.z:.2f} r:{new_r:.2f}', hex(msg.unk0), hex(msg.unk1), hex(msg.unk2))
api.XivNetwork.send_messages([(code, bytearray(msg))], False)
def coor_return(self, evt):
if not self.work or evt.source_id != api.XivMemory.actor_table.get_me().id or evt.action_type != 'action' or evt.action_id not in skills:
return
self.goto(stop=True)
self.work = False
def process_command(self, args):
if args:
if args[0] == 'on':
self._enable = True
elif args[0] == 'off':
self._enable = False
elif args[0] == 'set':
self.storage.data['distance'] = float(args[1])
else:
api.Magic.echo_msg("unknown args: %s" % args[0])
else:
self._enable = not self._enable
api.Magic.echo_msg("AFix: [%s][%s]" % (('enable' if self._enable else 'disable'), self.storage.data['distance']))
self.storage.save()
def makeup_action(self, header, raw):
d = ActionSend.from_buffer(raw)
me = api.XivMemory.actor_table.get_me()
me_effects = me.effects.get_dict()
if self._enable and d.skill_id in skills and 1250 not in me_effects and 1179 not in me_effects:
t = api.XivMemory.actor_table.get_actor_by_id(d.target_id)
if t is not None and t.is_positional:
pos, statement = get_skill_data(d.skill_id)
if statement(d.skill_id):
c = api.Coordinate()
xy = get_nearest(c, t, pos)
if xy is not None :
dis=distance(xy, (c.x, c.y))
if dis>=self.storage.data['distance']:
self.logger.debug(f"too far to fix: {dis}")
else:
new_r = api.Coordinate().r
new_r = new_r + (-math.pi if new_r > 0 else math.pi)
self.work = True
self.goto(*xy, new_r)
return header, bytearray(d)