/// <summary>
/// How much Compatability is added to gf. neg is how much is removed from other gfs.
/// </summary>
/// <param name="gf">Which GF is effected</param>
/// <param name="neg">How much Comptability is lost by all other GFs</param>
/// <returns>Total compatability gained by selected character for this GF.</returns>
/// <see cref="https://gamefaqs.gamespot.com/ps/197343-final-fantasy-viii/faqs/6110"/>
public byte Compatibility(out GFs gf, out sbyte neg)
{
gf = 0; neg = 0;
byte ret = 0;
if (Type == _Type.GF_Compatability)
{
gf = (GFs)b2;
switch (b3)
{
case 0x08: //Weak C Item
ret = 0x01;
neg = (sbyte)(gf == GFs.All?0x00:-0x01);
break;
case 0x10: //Strong C Item
ret = 0x03;
neg = (sbyte)(gf == GFs.All ? 0x00 : -0x02);
break;
case 0x65: //LuvLuvG
ret = 0x14;
neg = (sbyte)(gf == GFs.All ? 0x00 : 0x00);
break;
}
}
return(ret);
}
/// <summary>
/// Summon GF
/// </summary>
/// <param name="gf"></param>
public void SetSummon(GFs gf)
{
Saves.GFData gfdata = null;
if (Memory.State?.GFs?.TryGetValue(gf, out gfdata) ?? false)
{
// found a gf.
}
SetSummon(gfdata);
}
/// <summary>
/// Converts to GF value to GFflag using math.
/// </summary>
/// <param name="gf">gf value</param>
/// <returns></returns>
/// <remarks>assuming the values are always in the same order</remarks>
public static GFflags ConvertGFEnumLog(GFs gf)
{
if (gf.Equals(GFs.Blank))
{
return(GFflags.None);
}
if (gf.Equals(GFs.All))
{
return((GFflags)0xFFFF);
}
return((GFflags) checked ((int)Math.Pow(2, (double)gf)));
}
public Init(IEnumerable <byte> data)
{
using (var stream = new MemoryStream(data.ToArray()))
using (var reader = new BinaryReader(stream))
{
for (int i = 0; i < 16; i++)
{
GFs.Add(new InitGF(reader.ReadBytes(68)));
}
OtherData = reader.ReadBytes((int)(stream.Length - stream.Position));
}
}
private Damageable GetDamagable(Faces.ID id)
{
GFs gf = id.ToGFs();
Characters c = id.ToCharacters();
if (c == OpenVIII.Characters.Blank)
{
return(GetDamagable(gf));
}
else
{
return(GetDamagable(c));
}
}
private void Fill()
{
Faces.ID id = 0;
int skip = Page * Rows;
for (int i = 0; i < Rows; i++)
{
bool gftest = false;
bool ctest = false;
Characters character = Characters.Blank;
GFs gf = GFs.Blank;
while (!Enum.IsDefined(typeof(Faces.ID), id) ||
!((ctest = Item.TestCharacter(ref id, out character)) || (gftest = Item.TestGF(ref id, out gf))) ||
skip-- > 0)
{
if ((byte)++id > 32)
{
for (; i < Rows; i++)
{
ITEM[i, 0].Hide();
ITEM[i, 1].Hide();
ITEM[i, 2].Hide();
BLANKS[i] = true;
Contents[i] = Faces.ID.Blank;
}
//Pages = Page + 1;
return;
}
}
((IGMDataItem.Text)ITEM[i, 0]).Data = Memory.Strings.GetName(id);
ITEM[i, 0].Show();
int hp = (ctest || gftest) ? Memory.State[id]?.CurrentHP() ?? -1 : -1;
BLANKS[i] = false;
Contents[i] = id;
if (hp > -1)
{
((IGMDataItem.Integer)ITEM[i, 2]).Data = hp;
ITEM[i, 1].Show();
ITEM[i, 2].Show();
}
else
{
ITEM[i, 1].Hide();
ITEM[i, 2].Hide();
}
id++;
}
//Pages = Page + 2;
}
public void Read(BinaryReader br, GFs g)
{
ID = g;
Name = br.ReadBytes(12); //0x00 (0x00 terminated)
Experience = br.ReadUInt32(); //0x0C
Unknown = br.ReadByte(); //0x10
Exists = br.ReadByte(); //0x11
HP = br.ReadUInt16(); //0x12
Complete = new BitArray(br.ReadBytes(16)); //0x14 abilities (1 bit = 1 ability completed, 9 bits unused)
APs = br.ReadBytes(24); //0x24 (1 byte = 1 ability of the GF, 2 bytes unused)
NumberKills = br.ReadUInt16(); //0x3C of kills
NumberKOs = br.ReadUInt16(); //0x3E of KOs
Learning = br.ReadByte(); //0x41 ability
Forgotten = br.ReadBytes(3); //0x42 abilities (1 bit = 1 ability of the GF forgotten, 2 bits unused)
}
//public Damageable this[Damageable damageable]
/// <summary>
/// return -1 on error
/// </summary>
/// <param name="id"></param>
/// <param name="character"></param>
/// <param name="gf"></param>
/// <returns></returns>
public int CurrentHP(Faces.ID id = Faces.ID.Blank, Characters character = OpenVIII.Characters.Blank, GFs gf = OpenVIII.GFs.Blank)
{
if (character == OpenVIII.Characters.Blank)
{
character = id.ToCharacters();
}
if (gf == OpenVIII.GFs.Blank)
{
gf = id.ToGFs();
}
int hp = (Characters.ContainsKey(character) ? Characters[character].CurrentHP() : -1);
hp = (hp < 0 && GFs.ContainsKey(gf) ? GFs[gf].CurrentHP() : hp);
return(hp);
}
private void Fill()
{
Faces.ID id = 0;
int skip = Page * rows;
for (int i = 0; i < rows; i++)
{
bool gftest = false;
bool ctest = false;
Characters character = Characters.Blank;
GFs gf = GFs.Blank;
while (!Enum.IsDefined(typeof(Faces.ID), id) ||
!((ctest = Item.TestCharacter(ref id, out character)) || (gftest = Item.TestGF(ref id, out gf))) ||
skip-- > 0)
{
if ((byte)++id > 32)
{
for (; i < rows; i++)
{
ITEM[i, 0] = null;
ITEM[i, 1] = null;
ITEM[i, 2] = null;
BLANKS[i] = true;
Contents[i] = Faces.ID.Blank;
}
Pages = Page + 1;
return;
}
}
ITEM[i, 0] = new IGMDataItem_String(Memory.Strings.GetName(id), pos: SIZE[i]);
int hp = (ctest || gftest) ? Memory.State[id].CurrentHP() : -1;
BLANKS[i] = false;
Contents[i] = id;
if (hp > -1)
{
ITEM[i, 1] = new IGMDataItem_Icon(Icons.ID.HP2, new Rectangle(SIZE[i].X + SIZE[i].Width - (20 * 7), SIZE[i].Y, 0, 0), 13);
ITEM[i, 2] = new IGMDataItem_Int(hp, pos: new Rectangle(SIZE[i].X + SIZE[i].Width - (20 * 4), SIZE[i].Y, 0, 0), spaces: 4);
}
else
{
ITEM[i, 1] = null;
ITEM[i, 2] = null;
}
id++;
}
Pages = Page + 2;
}
/// <summary>
/// Read in values from safe data.
/// </summary>
/// <param name="br">Binary Reader to raw save data</param>
/// <param name="g">Which GF we are reading in</param>
public void Read(BinaryReader br, GFs g)
{
StatusImmune = true;
ID = g;
Name = br.ReadBytes(12); //0x00 (0x00 terminated)
Experience = br.ReadUInt32(); //0x0C
Unknown = br.ReadByte(); //0x10
Exists = br.ReadByte() == 1 ? true : false; //0x11 //1 unlocked //0 locked
_CurrentHP = br.ReadUInt16(); //0x12
Complete = new BitArray(br.ReadBytes(16)); //0x14 abilities (1 bit = 1 ability completed, 9 bits unused)
APs = br.ReadBytes(24); //0x24 (1 byte = 1 ability of the GF, 2 bytes unused)
NumberKills = br.ReadUInt16(); //0x3C of kills
NumberKOs = br.ReadUInt16(); //0x3E of KOs
Learning = (Kernel_bin.Abilities)br.ReadByte(); //0x41 ability
Forgotten = new BitArray(br.ReadBytes(3)); //0x42 abilities (1 bit = 1 ability of the GF forgotten, 2 bits unused)
}
private void Fill(Faces.ID e)
{
if ((e == Faces.ID.Blank && Target != Faces.ID.Blank) || All)
{
Target = e;
foreach (IGMDataItem i in ITEM)
{
i?.Hide();
}
}
else
{
if (Target == Faces.ID.Blank)
{
foreach (IGMDataItem i in ITEM)
{
i?.Show();
}
}
Target = e;
Characters character = e.ToCharacters();
GFs gf = e.ToGFs();
if (character != Characters.Blank || (gf != GFs.Blank && gf != GFs.All))
{
ITEM[0, 0] = new IGMDataItem_String(Misc[Items.LV], new Rectangle(SIZE[0].X, SIZE[0].Y, 0, 0));
ITEM[1, 0] = new IGMDataItem_String(Misc[Items.HP], new Rectangle(SIZE[1].X, SIZE[1].Y, 0, 0));
ITEM[1, 2] = new IGMDataItem_String(Misc[Items.ForwardSlash], new Rectangle(SIZE[1].X + 155, SIZE[1].Y, 0, 0));
}
if (Memory.State.Characters != null && character != Characters.Blank)
{
ITEM[0, 1] = new IGMDataItem_Int(Memory.State.Characters[character].Level, new Rectangle(SIZE[0].X + 35, SIZE[0].Y, 0, 0), 13, numtype: Icons.NumType.sysFntBig, padding: 1, spaces: 6);
ITEM[0, 2] = Memory.State.Party != null && Memory.State.Party.Contains(character)
? new IGMDataItem_Icon(Icons.ID.InParty, new Rectangle(SIZE[0].X + 155, SIZE[0].Y, 0, 0), 6)
: null;
ITEM[1, 1] = new IGMDataItem_Int(Memory.State.Characters[character].CurrentHP(character), new Rectangle(SIZE[1].X + 35, SIZE[1].Y, 0, 0), 13, numtype: Icons.NumType.sysFntBig, padding: 1, spaces: 6);
ITEM[1, 3] = new IGMDataItem_Int(Memory.State.Characters[character].MaxHP(character), new Rectangle(SIZE[1].X + 155, SIZE[1].Y, 0, 0), 13, numtype: Icons.NumType.sysFntBig, padding: 1, spaces: 5);
}
if (Memory.State.GFs != null && (gf != GFs.Blank && gf != GFs.All))
{
ITEM[0, 1] = new IGMDataItem_Int(Memory.State.GFs[gf].Level, new Rectangle(SIZE[0].X + 35, SIZE[0].Y, 0, 0), 13, numtype: Icons.NumType.sysFntBig, padding: 1, spaces: 6);
ITEM[0, 2] = null;
ITEM[1, 1] = new IGMDataItem_Int(Memory.State.GFs[gf].CurrentHP(), new Rectangle(SIZE[1].X + 35, SIZE[1].Y, 0, 0), 13, numtype: Icons.NumType.sysFntBig, padding: 1, spaces: 6);
ITEM[1, 3] = new IGMDataItem_Int(Memory.State.GFs[gf].MaxHP(), new Rectangle(SIZE[1].X + 155, SIZE[1].Y, 0, 0), 13, numtype: Icons.NumType.sysFntBig, padding: 1, spaces: 5);
}
}
}
public GFDamageModel()
{
GFs.Add(new GFModel("Quezacotl", 44, 0, 60, Element.Lightning));
GFs.Add(new GFModel("Shiva", 43, 0, 62, Element.Ice));
GFs.Add(new GFModel("Ifrit", 45, 2, 61, Element.Fire));
GFs.Add(new GFModel("Siren", 35, 0, 55, Element.None));
GFs.Add(new GFModel("Brothers", 46, 4, 60, Element.Earth));
GFs.Add(new GFModel("Leviathan", 47, 10, 63, Element.Water));
GFs.Add(new GFModel("Pandemona", 46, 14, 65, Element.Wind));
GFs.Add(new GFModel("Alexander", 48, 20, 63, Element.Holy));
GFs.Add(new GFModel("Doomtrain", 45, 10, 58, Element.Poison));
GFs.Add(new GFModel("Bahamut", 55, 30, 70, Element.NoneBypassSpirit));
GFs.Add(new GFModel("Tonberry", 60, 4, 45, Element.None));
GFs.Add(new GFModel("Eden", 70, 250, 100, Element.NoneBypassSpirit));
GFs.Add(new GFModel("Phoenix", 30, 50, 254, Element.Fire));
MultiplierModel.Create(this, "Raldo Defence Mode", 0.67m);
MultiplierModel.Create(this, "Invulnerable", 0);
MultiplierModel.Create(this, "Elemental Multiplier", 1.5m);
}
public ConcurrentQueue <GFs> EarnAP(uint ap, out ConcurrentQueue <KeyValuePair <GFs, Kernel_bin.Abilities> > abilities)
{
ConcurrentQueue <GFs> ret = new ConcurrentQueue <GFs>();
abilities = null;
if (GFs == null)
{
return(ret);
}
abilities = new ConcurrentQueue <KeyValuePair <GFs, Kernel_bin.Abilities> >();
foreach (KeyValuePair <GFs, GFData> g in GFs.Where(i => i.Value != null && i.Value.Exists))
{
if (!g.Value.EarnExp(ap, out Kernel_bin.Abilities ability))
{
continue;
}
if (ability != Kernel_bin.Abilities.None)
{
abilities.Enqueue(new KeyValuePair <GFs, Kernel_bin.Abilities>(g.Key, ability));
}
ret.Enqueue(g.Key);
}
return(ret);
}
private GFData GetDamageable(GFs id) => GFs.ContainsKey(id) ? GFs[id] : null;
public static GFData Load(BinaryReader br, GFs @enum, Saves.Data data) => Load <GFData>(br, @enum, data);
private void Fill(Faces.ID e)
{
if ((e == Faces.ID.Blank && Target != Faces.ID.Blank) || All)
{
Target = e;
foreach (Menu_Base i in ITEM)
{
i?.Hide();
}
}
else
{
if (Target == Faces.ID.Blank)
{
foreach (Menu_Base i in ITEM)
{
i?.Show();
}
}
Target = e;
Characters character = e.ToCharacters();
GFs gf = e.ToGFs();
if (character != Characters.Blank || (gf != GFs.Blank && gf != GFs.All))
{
ITEM[0, 0] = new IGMDataItem.Text {
Data = Strings.Name.LV, Pos = new Rectangle(SIZE[0].X, SIZE[0].Y, 0, 0)
};
ITEM[1, 0] = new IGMDataItem.Text {
Data = Strings.Name.HP, Pos = new Rectangle(SIZE[1].X, SIZE[1].Y, 0, 0)
};
ITEM[1, 2] = new IGMDataItem.Text {
Data = Strings.Name.ForwardSlash, Pos = new Rectangle(SIZE[1].X + 155, SIZE[1].Y, 0, 0)
};
}
if (Memory.State.Characters != null && character != Characters.Blank)
{
ITEM[0, 1] = new IGMDataItem.Integer {
Data = Memory.State.Characters[character].Level, Pos = new Rectangle(SIZE[0].X + 35, SIZE[0].Y, 0, 0), Palette = 13, NumType = Icons.NumType.SysFntBig, Padding = 1, Spaces = 6
};
ITEM[0, 2] = Memory.State.Party != null && Memory.State.Party.Contains(character)
? new IGMDataItem.Icon {
Data = Icons.ID.InParty, Pos = new Rectangle(SIZE[0].X + 155, SIZE[0].Y, 0, 0), Palette = 6
}
: null;
ITEM[1, 1] = new IGMDataItem.Integer {
Data = Memory.State.Characters[character].CurrentHP(character), Pos = new Rectangle(SIZE[1].X + 35, SIZE[1].Y, 0, 0), Palette = 13, NumType = Icons.NumType.SysFntBig, Padding = 1, Spaces = 6
};
ITEM[1, 3] = new IGMDataItem.Integer {
Data = Memory.State.Characters[character].MaxHP(character), Pos = new Rectangle(SIZE[1].X + 155, SIZE[1].Y, 0, 0), Palette = 13, NumType = Icons.NumType.SysFntBig, Padding = 1, Spaces = 5
};
}
if (Memory.State.GFs != null && (gf != GFs.Blank && gf != GFs.All))
{
ITEM[0, 1] = new IGMDataItem.Integer {
Data = Memory.State.GFs[gf].Level, Pos = new Rectangle(SIZE[0].X + 35, SIZE[0].Y, 0, 0), Palette = 13, NumType = Icons.NumType.SysFntBig, Padding = 1, Spaces = 6
};
ITEM[0, 2] = null;
ITEM[1, 1] = new IGMDataItem.Integer {
Data = Memory.State.GFs[gf].CurrentHP(), Pos = new Rectangle(SIZE[1].X + 35, SIZE[1].Y, 0, 0), Palette = 13, NumType = Icons.NumType.SysFntBig, Padding = 1, Spaces = 6
};
ITEM[1, 3] = new IGMDataItem.Integer {
Data = Memory.State.GFs[gf].MaxHP(), Pos = new Rectangle(SIZE[1].X + 155, SIZE[1].Y, 0, 0), Palette = 13, NumType = Icons.NumType.SysFntBig, Padding = 1, Spaces = 5
};
}
}
}
public GFData this[GFs id] => GetDamageable(id);
public Damageable this[GFs id] => GetDamagable(id);
public void RemoveJunctionedGF(GFs gf) => rawJunctionedGFs ^= Saves.ConvertGFEnum.FirstOrDefault(x => x.Value == gf).Key;
private Damageable GetDamagable(GFs id)
{
return(GFs.ContainsKey(id) ? GFs[id] : null);
}
public GFData(BinaryReader br, GFs g) => Read(br, g);
public FF8String GetName(GFs gf, Saves.Data d = null) => GetName(gf.ToFacesID(), d);