CalendarData.bt

//------------------------------------------------
//--- 010 Editor v9.0.2 Binary Template
//
//      File: 35.bin/ fixed_calendar.bin (patch3)
//   Authors: NellsRelo
//   Version: 0.80
//   Purpose: Mapping of fixed_calendar.bin.
//   History
//   0.80    2020-08-14  NellsRelo - Start
//   0.81    2020-11-18  [FF7] Sephiroth - Added tournament data to UnknownData5 / Unknown30Byte
//------------------------------------------------
#include "3H_Enums.bt";
#include "3H_CalendarEnums.bt";

LittleEndian();
local int i<hidden=true>;
struct HeaderPadding {
    byte Padding[0x34]<bgcolor=cDkYellow>;
};

// Birthdays and Holidays (and something else)
struct CelebrationData {
    int celebrationMagic<bgcolor=cLtGreen>;
    int celebrationCount<bgcolor=cLtGreen>;
    int celebrationSize<bgcolor=cLtGreen>;
	HeaderPadding eventHeaderPadding<name="Padding">;
    for( i = 0; i < celebrationCount; i++ ) {
        struct Celebration {
            local CalendarEvent celebrationName;
            celebrationName = i;

            //Determines who's birthday on Birthdays, unknown use on Type-3 events
            CharID relatedCharID<bgcolor=cDkGreen,name="Related Unit">;
            CharID relatedCharID2<bgcolor=cYellow,name="Related Unit (2)">;
            CharID relatedCharID3<bgcolor=cYellow,name="Related Unit (3)">;

            ubyte eventDay<bgcolor=cDkGreen,name="Day of the Month">;

            // Note that these will be ordered by Celebration, not Character ID
            CelebrationType eventType<bgcolor=cDkGreen,name="Type of Event">;
            Month eventMonth<bgcolor=cDkGreen,name="Month">;
            CelebrationActivity eventActivity<bgcolor=cDkGreen,name="Activity (Holidays)">;
            ubyte unk1<bgcolor=cRed>;

            // Celebration is visible on odd numbers, hidden on even ones
            // Outlier is Jeritza's birthday, which uses a 2. Hidden outside
            // of Crimson Flower?
            DisplayCircumstances uncDisplayCircumstances<bgcolor=cYellow>;
        } celebration<name="Celebration",read=getCelebrationName>;
    };
};

// Covers Free days, missions, and beginning of the month
struct Schedule {
    // Only ever -1, 10, 11, or 12 - Likely Bird/Crawler/Wolf
    byte rareMonsterSighting<name="Rare Monster Sighting">;

    // When enabling Battle during Chapter 1, the Battles list will
    // be empty. During Chapter 2, even by enabling a map to show up
    // in Chapter 2 in fixed_scenario.bin, it will be a Practice Battle,
    // and attempting to load it will crash the game.
    struct FreeDayOptions {
		ubyte bit0 : 1<name="Disable Explore">;
        ubyte bit1 : 1<name="Disable Battle">;
        ubyte bit2 : 1<name="Disable Seminar">;
        ubyte bit3 : 1<name="Disable Rest">;
    } freeDayOptions<name="Free Day Options">;
    Month month<name="Month">;
    byte day<name="Day">;

    // Sets the chosen day to be a specific day of the week (0-6)
    // Uncertain which schedule's offset will take precedence with
    // multiple Schedules in a month touching this.
    byte weekDay<name="Weekday">;

    FoodEvents foodEvent<name="Food Event">;
    DayType dayType<name="Day Type">;
    ChoirEvents choirEvent<name="Choir Event">;
    byte unk1<bgcolor=cBlack>;
    byte unk2<bgcolor=cBlack>;
    GardenEvents gardenEvent<name="Gardening Event">;
    FishEvents fishingEvent<name="Fishing Event">;

    // Four distinct bytes makes sense in White Clouds, but not in
    // other routes when they have their own section. Possible
    // artifact from prior development?
    TournamentType churchTournament<name="Tournament (Silver Snow)">;
    TournamentType lionsTournament<name="Tournament (Azure Wind)">;
    TournamentType deerTournament<name="Tournament (Verdant Wind)">;
    TournamentType eaglesTournament<name="Tournament (Crimson Flower)">;

    local string scheduleName = EnumToString(month);
};

struct AcademyScheduleData {
    int scheduleMagic<bgcolor=cLtGreen>;
    int scheduleCount<bgcolor=cLtGreen>;
    int scheduleSize<bgcolor=cLtGreen>;
	HeaderPadding scheduleHeaderPadding<name="Padding">;
    Schedule schedule[scheduleCount]<read=getScheduleName,optimize=false,bgcolor=cPurple>;
};

struct ChurchScheduleData {
    int scheduleMagic<bgcolor=cLtGreen>;
    int scheduleCount<bgcolor=cLtGreen>;
    int scheduleSize<bgcolor=cLtGreen>;
	HeaderPadding scheduleHeaderPadding<name="Padding">;
    Schedule schedule[scheduleCount]<read=getScheduleName,optimize=false,bgcolor=cSilver>;
};

struct LionsScheduleData {
    int scheduleMagic<bgcolor=cLtGreen>;
    int scheduleCount<bgcolor=cLtGreen>;
    int scheduleSize<bgcolor=cLtGreen>;
	HeaderPadding scheduleHeaderPadding<name="Padding">;
    Schedule schedule[scheduleCount]<read=getScheduleName,optimize=false,bgcolor=cBlue>;
};

struct DeerScheduleData {
    int scheduleMagic<bgcolor=cLtGreen>;
    int scheduleCount<bgcolor=cLtGreen>;
    int scheduleSize<bgcolor=cLtGreen>;
	HeaderPadding scheduleHeaderPadding<name="Padding">;
    Schedule schedule[scheduleCount]<read=getScheduleName,optimize=false,bgcolor=cDkGreen>;
};

struct EaglesScheduleData {
    int scheduleMagic<bgcolor=cLtGreen>;
    int scheduleCount<bgcolor=cLtGreen>;
    int scheduleSize<bgcolor=cLtGreen>;
	HeaderPadding scheduleHeaderPadding<name="Padding">;
    Schedule schedule[scheduleCount]<read=getScheduleName,optimize=false,bgcolor=cRed>;
};

struct Unknown10Byte {
    byte unk1;
    byte unk2;
    byte unk3;
    byte unk4;
    short unused1<bgcolor=cSilver>;
    short unused2<bgcolor=cSilver>;
    short unused3<bgcolor=cSilver>;
};

struct UnknownData1 {
    int unkMagic<bgcolor=cLtGreen>;
    int unkCount<bgcolor=cLtGreen>;
    int unkSize<bgcolor=cLtGreen>;
	HeaderPadding classdataheaderpadding<name="Padding">;
    Unknown10Byte unknown[unkCount];
};

struct UnknownData2 {
    int unkMagic<bgcolor=cLtGreen>;
    int unkCount<bgcolor=cLtGreen>;
    int unkSize<bgcolor=cLtGreen>;
	HeaderPadding classdataheaderpadding<name="Padding">;
    Unknown10Byte unknown[unkCount];
};

struct UnknownData3 {
    int unkMagic<bgcolor=cLtGreen>;
    int unkCount<bgcolor=cLtGreen>;
    int unkSize<bgcolor=cLtGreen>;
	HeaderPadding classdataheaderpadding<name="Padding">;
    Unknown10Byte unknown[unkCount];
};

struct UnknownData4 {
    int unkMagic<bgcolor=cLtGreen>;
    int unkCount<bgcolor=cLtGreen>;
    int unkSize<bgcolor=cLtGreen>;
	HeaderPadding classdataheaderpadding<name="Padding">;
    Unknown10Byte unknown[unkCount];
};

struct Unknown30Byte {
    short padding<bgcolor=cBlue>;
    short unk1<name="Prize Item", comment="put a comment here">;
    short unk2<name="Gold reward #1">;
    short unk3<name="Gold reward #2">;
    short unk4<name="Gold reward #3">;
    short unk5<name="Gold reward #4">;
    short unk6<name="Gold reward #5">;
    byte unk7<name="Player Magic?">;
    byte unk8<name="Player Weapon">;
    byte unk9<name="Heal amount">;
    byte unk10<name="Displayed Recommended Level">;
    byte unk11<name="Displayed tournament info">;
    ubyte unk12<bgcolor=cYellow,name="Opponent 1", comment="put a comment here">;
    ubyte unk13<bgcolor=cYellow,name="Opponent 2", comment="put a comment here">;
    ubyte unk14<bgcolor=cYellow,name="Opponent 3", comment="put a comment here">;
    ubyte unk15<bgcolor=cYellow,name="Opponent 4", comment="put a comment here">;
    ubyte unk16<bgcolor=cYellow,name="Opponent 5", comment="put a comment here">;
    byte unk17<name="Opponent 1 Level", comment="put a comment here">;
    byte unk18<name="Opponent 2 Level", comment="put a comment here">;
    byte unk19<name="Opponent 3 Level", comment="put a comment here">;
    byte unk20<name="Opponent 4 Level", comment="put a comment here">;
    byte unk21<name="Opponent 5 Level", comment="put a comment here">;
    byte padding<bgcolor=cBlue>;
};

struct UnknownData5 {
    int unkMagic<bgcolor=cLtGreen>;
    int unkCount<bgcolor=cLtGreen>;
    int unkSize<bgcolor=cLtGreen>;
	HeaderPadding classdataheaderpadding<name="Padding">;
    Unknown30Byte unknown[unkCount];
};

struct File {
    struct SectionPointer {
        int header<bgcolor=cBlue>;
        int celebrationDataPointer<bgcolor=cAqua>;
        int celebrationDataSize<bgcolor=cAqua>;
        int academyScheduleDataPointer<bgcolor=cPurple>;
        int academyScheduleDataSize<bgcolor=cPurple>;
        int churchScheduleDataPointer<bgcolor=cSilver>;
        int churchScheduleDataSize<bgcolor=cSilver>;
        int lionsScheduleDataPointer<bgcolor=cBlue>;
        int lionsScheduleDataSize<bgcolor=cBlue>;
        int deerScheduleDataPointer<bgcolor=cDkGreen>;
        int deerScheduleDataSize<bgcolor=cDkGreen>;
        int eaglesScheduleDataPointer<bgcolor=cRed>;
        int eaglesScheduleDataSize<bgcolor=cRed>;
        int unkDataPointer6<bgcolor=cRed>;
        int unkDataSize6<bgcolor=cRed>;
        int unkDataPointer7<bgcolor=cRed>;
        int unkDataSize7<bgcolor=cRed>;
        int unkDataPointer8<bgcolor=cRed>;
        int unkDataSize8<bgcolor=cRed>;
        int unkDataPointer9<bgcolor=cRed>;
        int unkDataSize9<bgcolor=cRed>;
        int unkDataPointer10<bgcolor=cRed>;
        int unkDataSize10<bgcolor=cRed>;
    } sectionPointers;
    CelebrationData celebrationData;
    AcademyScheduleData academyScheduleData;
    ChurchScheduleData churchScheduleData;
    LionsScheduleData lionsScheduleData;
    DeerScheduleData deerScheduleData;
    EaglesScheduleData eaglesScheduleData;
    UnknownData1 unkData;
    UnknownData2 unkData;
    UnknownData3 unkData;
    UnknownData4 unkData;
    UnknownData5 unkData;
    

} file;

string getCelebrationName(Celebration & q) {
    return EnumToString(q.celebrationName);
};

string getScheduleName(Schedule & q) {
    return q.scheduleName;
};