#ifndef TMWA_MAP_CLIF_T_HPP
#define TMWA_MAP_CLIF_T_HPP
// clif.t.hpp - Network interface to the client.
//
// Copyright © ????-2004 Athena Dev Teams
// Copyright © 2004-2011 The Mana World Development Team
// Copyright © 2011-2014 Ben Longbons <b.r.longbons@gmail.com>
//
// This file is part of The Mana World (Athena server)
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program. If not, see <http://www.gnu.org/licenses/>.
# include "fwd.hpp"
# include <cstdint>
# include "../ints/little.hpp"
# include "../compat/iter.hpp"
# include "../generic/enum.hpp"
# include "../mmo/consts.hpp"
# include "../mmo/enums.hpp"
namespace e
{
// [Fate] status.option properties. These are persistent status changes.
// IDs that are not listed are not used in the code (to the best of my knowledge)
enum class Option : uint16_t
{
ZERO = 0x0000,
// [Fate] This is the GM `@hide' flag
HIDE = 0x0040,
// [Fate] Complete invisibility to other clients
INVISIBILITY = 0x1000,
// ?
REAL_ANY_HIDE = HIDE,
};
enum class Opt1 : uint16_t
{
ZERO = 0,
_stone1 = 1,
_freeze = 2,
_stan = 3,
_sleep = 4,
_stone6 = 6,
};
enum class Opt2 : uint16_t
{
ZERO = 0x0000,
_poison = 0x0001,
_curse = 0x0002,
_silence = 0x0004,
BLIND = 0x0010,
_speedpotion0 = 0x0020,
_signumcrucis = 0x0040,
_atkpot = 0x0080,
_heal = 0x0100,
_slowpoison = 0x0200,
};
enum class Opt3 : uint16_t
{
ZERO = 0x0000,
_concentration = 0x0001,
_overthrust = 0x0002,
_energycoat = 0x0004,
_explosionspirits = 0x0008,
_steelbody = 0x0010,
_berserk = 0x0080,
_marionette = 0x0400,
_assumptio = 0x0800,
};
ENUM_BITWISE_OPERATORS(Option)
ENUM_BITWISE_OPERATORS(Opt2)
ENUM_BITWISE_OPERATORS(Opt3)
}
using e::Option;
using e::Opt1;
using e::Opt2;
using e::Opt3;
enum class ItemType : uint8_t
{
USE = 0, // in eA, healing only
_1 = 1, // unused
_2 = 2, // in eA, other usable items
JUNK = 3, // "useless" items (e.g. quests)
WEAPON = 4, // all weapons
ARMOR = 5, // all other equipment
_6 = 6, // in eA, card
_7 = 7, // in eA, pet egg
_8 = 8, // in eA, pet equipment
_9 = 9, // unused
ARROW = 10, // ammo
_11 = 11, // in eA, delayed use (special script)
};
enum class BeingRemoveWhy : uint8_t
{
// general disappearance
GONE = 0,
// only case handled specially in client
DEAD = 1,
QUIT = 2,
WARPED = 3,
// handled specially in clif_clearchar - sent as 0 over network
DISGUISE = 9,
// handled speciall in mob_warp - not actually sent over network
NEGATIVE1 = 0xff,
};
enum class PickupFail : uint8_t
{
OKAY = 0,
BAD_ITEM = 1,
TOO_HEAVY = 2,
TOO_FAR = 3,
INV_FULL = 4,
STACK_FULL = 5,
DROP_STEAL = 6,
};
// this is used for both input and output
// different values are valid in 0x0089 vs 0x008a
enum class DamageType : uint8_t
{
NORMAL = 0x00,
TAKEITEM = 0x01,
SIT = 0x02,
STAND = 0x03,
RETURNED = 0x04,
CONTINUOUS = 0x07,
DOUBLED = 0x08,
CRITICAL = 0x0a,
FLEE2 = 0x0b,
};
enum class LOOK : uint8_t
{
BASE = 0,
HAIR = 1,
WEAPON = 2,
HEAD_BOTTOM = 3,
HEAD_TOP = 4,
HEAD_MID = 5,
HAIR_COLOR = 6,
CLOTHES_COLOR = 7,
SHIELD = 8,
SHOES = 9,
GLOVES = 10,
CAPE = 11,
MISC1 = 12,
MISC2 = 13,
COUNT,
};
// Note: there is also a typedef by this name in <dirent.h>
// but we should be fine since we never include it.
// (in the long term we should still rename this though)
enum class DIR : uint8_t
{
S = 0,
SW = 1,
W = 2,
NW = 3,
N = 4,
NE = 5,
E = 6,
SE = 7,
COUNT,
};
constexpr
earray<int, DIR, DIR::COUNT> dirx //=
{{
0, -1, -1, -1, 0, 1, 1, 1,
}}, diry //=
{{
1, 1, 0, -1, -1, -1, 0, 1,
}};
constexpr
bool dir_is_diagonal(DIR d)
{
return static_cast<uint8_t>(d) & 1;
}
enum class SP : uint16_t
{
// sent to client
SPEED = 0,
// when used as "no stat"
ZERO = 0,
// sent to client
BASEEXP = 1,
// sent to client
JOBEXP = 2,
# if 0
KARMA = 3,
# endif
// sent to client
HP = 5,
// sent to client
MAXHP = 6,
// sent to client
SP = 7,
// sent to client
MAXSP = 8,
// sent to client
STATUSPOINT = 9,
// sent to client
BASELEVEL = 11,
// sent to client
SKILLPOINT = 12,
// sent to client
STR = 13,
// sent to client
AGI = 14,
// sent to client
VIT = 15,
// sent to client
INT = 16,
// sent to client
DEX = 17,
// sent to client
LUK = 18,
CLASS = 19,
// sent to client
ZENY = 20,
SEX = 21,
// sent to client
NEXTBASEEXP = 22,
// sent to client
NEXTJOBEXP = 23,
// sent to client
WEIGHT = 24,
// sent to client
MAXWEIGHT = 25,
// sent to client
USTR = 32,
// sent to client
UAGI = 33,
// sent to client
UVIT = 34,
// sent to client
UINT = 35,
// sent to client
UDEX = 36,
// sent to client
ULUK = 37,
// sent to client
ATK1 = 41,
// sent to client
ATK2 = 42,
// sent to client
MATK1 = 43,
// sent to client
MATK2 = 44,
// sent to client
DEF1 = 45,
// sent to client
DEF2 = 46,
// sent to client
MDEF1 = 47,
// sent to client
MDEF2 = 48,
// sent to client
HIT = 49,
// sent to client
FLEE1 = 50,
// sent to client
FLEE2 = 51,
// sent to client
CRITICAL = 52,
// sent to client
ASPD = 53,
// sent to client
JOBLEVEL = 55,
# if 0
PARTNER = 57,
CART = 58,
FAME = 59,
UNBREAKABLE = 60,
# endif
DEAF = 70,
// sent to client
GM = 500,
// sent to client
ATTACKRANGE = 1000,
# if 0
ATKELE = 1001,
# endif
# if 0
DEFELE = 1002,
# endif
# if 0
CASTRATE = 1003,
# endif
MAXHPRATE = 1004,
# if 0
MAXSPRATE = 1005,
# endif
# if 0
SPRATE = 1006,
# endif
# if 0
ADDEFF = 1012,
# endif
# if 0
RESEFF = 1013,
# endif
BASE_ATK = 1014,
ASPD_RATE = 1015,
HP_RECOV_RATE = 1016,
# if 0
SP_RECOV_RATE = 1017,
# endif
# if 0
SPEED_RATE = 1018,
# endif
CRITICAL_DEF = 1019,
# if 0
NEAR_ATK_DEF = 1020,
# endif
# if 0
LONG_ATK_DEF = 1021,
# endif
# if 0
DOUBLE_RATE = 1022,
# endif
DOUBLE_ADD_RATE = 1023,
# if 0
MATK = 1024,
# endif
# if 0
MATK_RATE = 1025,
# endif
# if 0
IGNORE_DEF_ELE = 1026,
# endif
# if 0
IGNORE_DEF_RACE = 1027,
# endif
# if 0
ATK_RATE = 1028,
# endif
SPEED_ADDRATE = 1029,
# if 0
ASPD_ADDRATE = 1030,
# endif
# if 0
MAGIC_ATK_DEF = 1031,
# endif
# if 0
MISC_ATK_DEF = 1032,
# endif
# if 0
IGNORE_MDEF_ELE = 1033,
# endif
# if 0
IGNORE_MDEF_RACE = 1034,
# endif
# if 0
PERFECT_HIT_RATE = 1038,
# endif
# if 0
PERFECT_HIT_ADD_RATE = 1039,
# endif
# if 0
CRITICAL_RATE = 1040,
# endif
# if 0
GET_ZENY_NUM = 1041,
# endif
# if 0
ADD_GET_ZENY_NUM = 1042,
# endif
# if 0
ADD_MONSTER_DROP_ITEM = 1047,
# endif
# if 0
DEF_RATIO_ATK_ELE = 1048,
# endif
# if 0
DEF_RATIO_ATK_RACE = 1049,
# endif
# if 0
ADD_SPEED = 1050,
# endif
# if 0
HIT_RATE = 1051,
# endif
# if 0
FLEE_RATE = 1052,
# endif
# if 0
FLEE2_RATE = 1053,
# endif
DEF_RATE = 1054,
DEF2_RATE = 1055,
# if 0
MDEF_RATE = 1056,
# endif
# if 0
MDEF2_RATE = 1057,
# endif
# if 0
SPLASH_RANGE = 1058,
# endif
# if 0
SPLASH_ADD_RANGE = 1059,
# endif
HP_DRAIN_RATE = 1061,
# if 0
SP_DRAIN_RATE = 1062,
# endif
# if 0
SHORT_WEAPON_DAMAGE_RETURN = 1063,
# endif
# if 0
LONG_WEAPON_DAMAGE_RETURN = 1064,
# endif
# if 0
ADDEFF2 = 1067,
# endif
BREAK_WEAPON_RATE = 1068,
BREAK_ARMOR_RATE = 1069,
ADD_STEAL_RATE = 1070,
MAGIC_DAMAGE_RETURN = 1071,
# if 0
RANDOM_ATTACK_INCREASE = 1072,
# endif
};
constexpr
SP attr_to_sp(ATTR attr)
{
return static_cast<SP>(static_cast<uint16_t>(attr) + static_cast<uint16_t>(SP::STR));
}
constexpr
ATTR sp_to_attr(SP sp)
{
return static_cast<ATTR>(static_cast<uint16_t>(sp) - static_cast<uint16_t>(SP::STR));
}
constexpr
SP attr_to_usp(ATTR attr)
{
return static_cast<SP>(static_cast<uint16_t>(attr) + static_cast<uint16_t>(SP::USTR));
}
constexpr
ATTR usp_to_attr(SP sp)
{
return static_cast<ATTR>(static_cast<uint16_t>(sp) - static_cast<uint16_t>(SP::USTR));
}
constexpr
SP sp_to_usp(SP sp)
{
return attr_to_usp(sp_to_attr(sp));
}
constexpr
SP usp_to_sp(SP sp)
{
return attr_to_sp(usp_to_attr(sp));
}
// xxxx xxxx xxyy yyyy yyyy dddd
struct NetPosition1
{
Byte data[3];
};
struct Position1
{
uint16_t x, y;
DIR dir;
};
inline
bool native_to_network(NetPosition1 *network, Position1 native)
{
uint16_t x = native.x;
uint16_t y = native.y;
uint8_t d = static_cast<uint8_t>(native.dir);
uint8_t *p = reinterpret_cast<uint8_t *>(network);
p[0] = x >> 2;
p[1] = (x << 6) | ((y >> 4) & 0x3f);
p[2] = y << 4 | d;
return x < 1024 && y < 1024 && d < 16;
}
inline
bool network_to_native(Position1 *native, NetPosition1 network)
{
const uint8_t *p = reinterpret_cast<const uint8_t *>(&network);
native->x = (p[0] & (0x3ff >> 2)) << 2 | p[1] >> (8 - 2);
native->y = (p[1] & (0x3ff >> 4)) << 4 | p[2] >> (8 - 4);
uint8_t d = p[2] & 0x0f;
native->dir = static_cast<DIR>(d);
return d < 8;
}
// x0xx xxxx xxy0 yyyy yyyy x1xx xxxx xxy1 yyyy yyyy
struct NetPosition2
{
Byte data[5];
};
struct Position2
{
uint16_t x0, y0;
uint16_t x1, y1;
};
inline
bool native_to_network(NetPosition2 *network, Position2 native)
{
uint16_t x0 = native.x0;
uint16_t y0 = native.y0;
uint16_t x1 = native.x1;
uint16_t y1 = native.y1;
uint8_t *p = reinterpret_cast<uint8_t *>(network);
p[0] = x0 >> 2;
p[1] = (x0 << 6) | ((y0 >> 4) & 0x3f);
p[2] = (y0 << 4) | ((x1 >> 6) & 0x0f);
p[3] = (x1 << 2) | ((y1 >> 8) & 0x03);
p[4] = y1;
return x0 < 1024 && y0 < 1024 && x1 < 1024 && y1 < 1024;
}
inline
bool network_to_native(Position2 *native, NetPosition2 network)
{
const uint8_t *p = reinterpret_cast<const uint8_t *>(&network);
native->x0 = (p[0] & (0x3ff >> 2)) << 2 | p[1] >> (8 - 2);
native->y0 = (p[1] & (0x3ff >> 4)) << 4 | p[2] >> (8 - 4);
native->x1 = (p[2] & (0x3ff >> 6)) << 6 | p[3] >> (8 - 6);
native->y1 = (p[3] & (0x3ff >> 8)) << 8 | p[4] >> (8 - 8);
return true;
}
struct IOff2;
struct SOff1;
struct IOff0
{
uint16_t index;
bool ok() const
{ return get0() < MAX_INVENTORY; }
uint16_t get0() const
{ return index; }
static IOff0 from(uint16_t i)
{ return IOff0{i}; }
static IteratorPair<ValueIterator<IOff0>> iter()
{ return {IOff0::from(0), IOff0::from(MAX_INVENTORY)}; };
friend uint16_t convert_for_printf(IOff0 i0) { return i0.index; }
IOff0& operator ++() { ++index; return *this; }
friend bool operator == (IOff0 l, IOff0 r) { return l.index == r.index; }
friend bool operator != (IOff0 l, IOff0 r) { return !(l == r); }
IOff2 shift() const;
IOff0() : index(0) {}
private:
explicit IOff0(uint16_t i) : index(i) {}
};
struct SOff0
{
uint16_t index;
bool ok() const
{ return get0() < MAX_STORAGE; }
uint16_t get0() const
{ return index; }
static SOff0 from(uint16_t i)
{ return SOff0{i}; }
static IteratorPair<ValueIterator<SOff0>> iter()
{ return {SOff0::from(0), SOff0::from(MAX_STORAGE)}; };
friend uint16_t convert_for_printf(SOff0 s0) { return s0.index; }
SOff0& operator ++() { ++index; return *this; }
friend bool operator == (SOff0 l, SOff0 r) { return l.index == r.index; }
friend bool operator != (SOff0 l, SOff0 r) { return !(l == r); }
SOff1 shift() const;
SOff0() : index(0) {}
private:
explicit SOff0(uint16_t i) : index(i) {}
};
struct IOff2
{
uint16_t index;
bool ok() const
{ return get2() < MAX_INVENTORY; }
uint16_t get2() const
{ return index - 2; }
static IOff2 from(uint16_t i)
{ return IOff2{static_cast<uint16_t>(i + 2)}; }
static IteratorPair<ValueIterator<IOff2>> iter()
{ return {IOff2::from(0), IOff2::from(MAX_INVENTORY)}; };
IOff2& operator ++() { ++index; return *this; }
friend bool operator == (IOff2 l, IOff2 r) { return l.index == r.index; }
friend bool operator != (IOff2 l, IOff2 r) { return !(l == r); }
IOff0 unshift() const
{ return IOff0::from(get2()); }
IOff2() : index(0) {}
private:
explicit IOff2(uint16_t i) : index(i) {}
};
struct SOff1
{
uint16_t index;
bool ok() const
{ return get1() < MAX_STORAGE; }
uint16_t get1() const
{ return index - 1; }
static SOff1 from(uint16_t i)
{ return SOff1{static_cast<uint16_t>(i + 1)}; }
static IteratorPair<ValueIterator<SOff1>> iter()
{ return {SOff1::from(0), SOff1::from(MAX_STORAGE)}; };
SOff1& operator ++() { ++index; return *this; }
friend bool operator == (SOff1 l, SOff1 r) { return l.index == r.index; }
friend bool operator != (SOff1 l, SOff1 r) { return !(l == r); }
SOff0 unshift() const
{ return SOff0::from(get1()); }
SOff1() : index(0) {}
private:
explicit SOff1(uint16_t i) : index(i) {}
};
inline IOff2 IOff0::shift() const
{ return IOff2::from(get0()); }
inline SOff1 SOff0::shift() const
{ return SOff1::from(get0()); }
inline
bool native_to_network(Little16 *network, IOff2 native)
{
return native_to_network(network, native.index);
}
inline
bool network_to_native(IOff2 *native, Little16 network)
{
return network_to_native(&native->index, network);
}
inline
bool native_to_network(Little16 *network, SOff1 native)
{
return native_to_network(network, native.index);
}
inline
bool network_to_native(SOff1 *native, Little16 network)
{
return network_to_native(&native->index, network);
}
#endif // TMWA_MAP_CLIF_T_HPP
