continuity/hex-patterns/basemagicdata.hexpat

#pragma once
#pragma pattern_limit 1500000
#include <std/sys.pat>
enum SkillType: u32{
    _0,
    _1,
    _2,
    _3,
    _4,
    _5,
    _6,
    _7,
    _8,
    _9,
    _10,
    _11,
    _12,
    _13,
    _14,
    _15,
    _16,
    _17,
    _18,
    _19,
    _20,
    _21,
    _22,
    _23,
    _24,
    _25,
    _26,
    _27,
    _28,
    _29,
    _30
};
struct header {
   u8 unk[3];
   bool flag;
   u8 unk2;   
   u32 amountOfItems;
};
enum CharacterJob : u32 {
        NULL,
        Swordsman = 1,  /// 01   
        Mage,           /// 02
        Thief,          /// 03
        Scout,          /// 04
        Warrior,        /// 05
        Knight,         /// 06
        Priest,         /// 07
        Wizard,         /// 08
        Rogue,          /// 09
        Ninja,          /// 10
        Gunner,         /// 11
        Archer,         /// 12
        Berserker,      /// 13
        Pladin,         /// 14
        Saint,          /// 15
        Warlock,        /// 16
        Knave,          /// 17
        Assassin,       /// 18
        Gunslinger,     /// 19
        Ranger,         /// 20
        Juggernaut,     /// 21
        Temple_Knight,  /// 22
        Exorcist,       /// 23
        Necromancer,    /// 24
        Raider,         /// 25
        Nightstalker,   /// 26
        Sharpshooter,   /// 27
        Beast_Keeper,   /// 28
};
enum SkillSourceEntity : u32{
    Player,
    Pet,
    Mob,
    Debuff, //Most likely Debuff/Buff Types
};
enum SkillBuffType : u32{
    None,
    Positive,
    Negative
};
struct MagicData{
    u32 Id;
    u8 unk[24];
    u32 IsPassive;
    SkillBuffType unk2;
    SkillType skillType;
    SkillSourceEntity unk3;
    CharacterJob requiredJob;
    u32 unk4[3];
    char name[20];
    char description[291+52];
    padding[169];
    u32 appliesToSkillId;
    padding[8];
    u32 minLevelOfApplicableSkill;
    padding[20];
    u32 unk5;
    u32 requiredItemType;
    u32 unk6;
    u32 maxLevel;
    padding[600];
    u32 duration[50];
    padding[400];
    padding[7800];
    u32 physicalDamageMultiplier[50];
    padding[2400];
    u32 manaCost[50];
    padding[0x5244-2600-7800-200-600-600-4-24-4-4-1-7-4-12-20-255-12-2-283-12];
};

std::print(std::format("{}",0x5244));
std::print(std::format("{}",sizeof(MagicData)));
std::assert(sizeof(MagicData) == 0x5244, "Struct isn't the right size");
header header @ 0x00;
MagicData items[header.amountOfItems] @0x09;