public void ReadBCMData()
{
int off = 0x8;
if (PlayerIndex == 1)
off = 0xC;
//06A7DF0
var InputBufferOffset = (int)Util.Memory.ReadInt((int)Util.Memory.ReadInt(0x400000 + 0x6A7DEC) + off);
int BCM = (int)Util.Memory.ReadInt(InputBufferOffset + 0x8);
if (BCM != bcm_off && BCM != 0)
{
//Gotta load BCM
var tmpfile = File.Create(System.IO.Path.GetTempPath() + "/tmp.bcm", 0x9000);
var tmparr = Util.Memory.ReadAOB(BCM, 0x9000);
tmpfile.Write(tmparr, 0, tmparr.Length);
tmpfile.Close();
bcm = BCMFile.FromFilename(System.IO.Path.GetTempPath() + "/tmp.bcm");
bcm_off = BCM;
}
//Not in a match
if (BCM == 0)
return;
var chargeStatus = (int)Util.Memory.ReadInt(InputBufferOffset + 0x1594);
ActiveCancelLists.Clear();
var InputBufferStart = (int)Util.Memory.ReadInt(0x400000 + 0x6A7DF0) + 0x48;
var InputBufferCurrent = (int)Util.Memory.ReadInt(InputBufferStart + 0x400 * 0xC + 4);
var InputBufferCurrentAlt = (int)Util.Memory.ReadInt(InputBufferStart - 0x1C) % 0x400;
InputBufferCurrent = InputBufferCurrentAlt;
var i = 0;
while (i < 0x10)
{
var test = (int)Util.Memory.ReadInt(InputBufferOffset + 0x147C + i++ * 0x10);
if (test != -1)
if (bcm.CancelLists.Count > test)
ActiveCancelLists.Add(bcm.CancelLists[test].Name);
else
ActiveCancelLists.Add(test.ToString());
}
//InputBuffer.Clear();
if(InputBuffer.Count == 0x400)
{
InputBuffer.RemoveAt(0x400-1);
}
var inputsToRead = 0x400-InputBuffer.Count();
var InputBufferIndex = (int)Util.Memory.ReadInt(InputBufferOffset + 0x1414);
var tmp = Util.Memory.ReadInt(InputBufferStart + 0xC * InputBufferCurrent);
InputBuffer.Insert(0,(FighterState.Input)tmp);
}
public static BCMFile FromFilename(string filename)
{
using (var fs = File.OpenRead(filename))
using (var tracker = new TrackingStream(fs))
using (var inFile = new BinaryReader(tracker))
{
AELogger.Log(AELogger.O_SEPARATOR, false);
var bcm = new BCMFile();
tracker.SetLabel("Header");
var s = new string(inFile.ReadChars(4));
//Console.WriteLine("{0} - {1:X} bytes",s,inFile.BaseStream.Length);
if (s != "#BCM")
{
throw new Exception("This is not a valid BCM File!");
}
tracker.IgnoreBytes(12);
inFile.BaseStream.Seek(16);
var ChargeCount = inFile.ReadUInt16();
var InputCount = inFile.ReadUInt16();
var MoveCount = inFile.ReadUInt16();
var CancelListCount = inFile.ReadUInt16();
for (int i = 0; i < CancelListCount; i++)
{
bcm.CancelLists.Add(new CancelList());
}
var ChargeOffset = inFile.ReadUInt32();
var ChargeNamesOffset = inFile.ReadUInt32();
var InputOffset = inFile.ReadUInt32();
var InputNamesOffset = inFile.ReadUInt32();
var MoveOffset = inFile.ReadUInt32();
var MoveNamesOffset = inFile.ReadUInt32();
var CancelListOffset = inFile.ReadUInt32();
var CancelListNamesOffset = inFile.ReadUInt32();
#region Read Charges
AELogger.Log("Header done, reading charges");
tracker.SetLabel("Charges");
for (int i = 0; i < ChargeCount; i++)
{
var charge = new Charge();
inFile.BaseStream.Seek(ChargeNamesOffset + i * 4);
inFile.BaseStream.Seek(inFile.ReadUInt32());
charge.Name = inFile.ReadCString();
inFile.BaseStream.Seek(ChargeOffset + i * 16);
charge.Input = (Input)inFile.ReadUInt16();
Util.LogUnkEnumFlags(charge.Input, "charge", charge.Name);
charge.Unknown1 = inFile.ReadUInt16();
charge.MoveFlags = (MoveFlags)inFile.ReadUInt16();
Util.LogUnkEnumFlags(charge.MoveFlags, "charge", charge.Name);
charge.Frames = inFile.ReadUInt32();
charge.Unknown3 = inFile.ReadUInt16();
charge.StorageIndex = inFile.ReadUInt32();
//Console.WriteLine(charge);
bcm.Charges.Add(charge);
}
#endregion
#region Read Inputs
AELogger.Log("charges done, reading motions");
tracker.SetLabel("Inputs");
bcm.InputMotions.Add(InputMotion.NONE);
for (int i = 0; i < InputCount; i++)
{
var inputMotion = new InputMotion("tmp");
inFile.BaseStream.Seek(InputNamesOffset + i * 4);
inFile.BaseStream.Seek(inFile.ReadUInt32());
inputMotion.Name = inFile.ReadCString();
//Console.WriteLine(inputMotion.Name);
inFile.BaseStream.Seek(InputOffset + i * 0xC4);
var cnt = inFile.ReadUInt32();
for (int j = 0; j < cnt; j++)
{
var entry = new InputMotionEntry();
entry.Type = (InputType)inFile.ReadUInt16();
Util.LogUnkEnum(entry.Type, "motion", inputMotion.Name, j);
entry.Buffer = inFile.ReadUInt16();
System.UInt16 a = inFile.ReadUInt16();
if (entry.Type == InputType.CHARGE)
{
entry.Charge = bcm.Charges[a];
}
entry.Input = (Input)a;
Util.LogUnkEnum(entry.Input, "motion", inputMotion.Name, j);
entry.MoveFlags = (MoveFlags)inFile.ReadUInt16();
Util.LogUnkEnumFlags(entry.MoveFlags, "motion", inputMotion.Name, j);
entry.Flags = (InputReqType)inFile.ReadUInt16();
Util.LogUnkEnum(entry.Flags, "motion", inputMotion.Name, j);
entry.Requirement = inFile.ReadUInt16();
inputMotion.Entries.Add(entry);
//Console.WriteLine(entry);
}
tracker.IgnoreBytes(12 * (16 - cnt));
bcm.InputMotions.Add(inputMotion);
}
#endregion
#region Read Moves
AELogger.Log("motions done, reading moves");
tracker.SetLabel("Moves");
for (int i = 0; i < MoveCount; i++)
{
var move = new Move();
inFile.BaseStream.Seek(MoveNamesOffset + i * 4);
inFile.BaseStream.Seek(inFile.ReadUInt32());
move.Name = inFile.ReadCString();
//Console.WriteLine(move.Name);
inFile.BaseStream.Seek(MoveOffset + i * 0x54);
move.Input = (Input)inFile.ReadUInt16();
Util.LogUnkEnumFlags(move.Input, "move", move.Name);
move.MoveFlags = (MoveFlags)inFile.ReadUInt16();
Util.LogUnkEnumFlags(move.MoveFlags, "move", move.Name);
move.PositionRestriction = (PositionRestriction)inFile.ReadUInt16();
Util.LogUnkEnum(move.PositionRestriction, "move", move.Name);
move.Restriction = (MoveRestriction)inFile.ReadUInt16();
Util.LogUnkEnumFlags(move.MoveFlags, "move", move.Name);
move.Unk1 = inFile.ReadUInt16();
move.StateRestriction = (Move.MoveStateRestriction)inFile.ReadUInt16();
Util.LogUnkEnum(move.StateRestriction, "move", move.Name);
move.MiscRestriction = (Move.MoveMiscRestriction)inFile.ReadUInt32();
Util.LogUnkEnum(move.MiscRestriction, "move", move.Name);
move.UltraRestriction = (Move.MoveUltraRestriction)inFile.ReadUInt32();
Util.LogUnkEnum(move.UltraRestriction, "move", move.Name);
move.PositionRestrictionDistance = inFile.ReadSingle();
move.EXRequirement = inFile.ReadInt16();
move.EXCost = inFile.ReadInt16();
move.UltraRequirement = inFile.ReadInt16();
move.UltraCost = inFile.ReadInt16();
var index = inFile.ReadInt32();
if (index != -1 && index < bcm.InputMotions.Count)
{
move.InputMotion = bcm.InputMotions[index + 1];
}
else
{
move.InputMotion = InputMotion.NONE;
}
move.ScriptIndex = inFile.ReadInt32();
/* AI data */
move.Features = (MoveFeatureFlags)inFile.ReadUInt32();
Util.LogUnkEnumFlags(move.Features, "move", move.Name);
move.CpuMinRange = inFile.ReadSingle();
move.CpuMaxRange = inFile.ReadSingle();
move.Unk2 = inFile.ReadUInt32();
move.Unk3 = inFile.ReadUInt16();
move.CpuPassiveMove = inFile.ReadUInt16();
move.CpuCounterMove = inFile.ReadUInt16();
move.CpuVsStand = inFile.ReadUInt16();
move.CpuVsCrouch = inFile.ReadUInt16();
move.CpuVsAir = inFile.ReadUInt16();
move.CpuVsDown = inFile.ReadUInt16();
move.CpuVsStunned = inFile.ReadUInt16();
move.CpuProbeMove = inFile.ReadUInt16();
move.CpuVsVeryClose = inFile.ReadUInt16();
move.CpuVsClose = inFile.ReadUInt16();
move.CpuVsMidRange = inFile.ReadUInt16();
move.CpuVsFar = inFile.ReadUInt16();
move.CpuVsVeryFar = inFile.ReadUInt16();
bcm.Moves.Add(move);
}
#endregion
#region ReadCancels
AELogger.Log("moves done, reading cancels");
tracker.SetLabel("Cancels");
for (int i = 0; i < CancelListCount; i++)
{
var cl = bcm.CancelLists[i];
inFile.BaseStream.Seek(CancelListNamesOffset + i * 4);
inFile.BaseStream.Seek(inFile.ReadUInt32());
cl.Name = inFile.ReadCString();
//Console.WriteLine(cl.Name);
inFile.BaseStream.Seek(CancelListOffset + i * 0x8);
var count = inFile.ReadUInt32();
var off = inFile.ReadUInt32();
inFile.BaseStream.Seek(off - 8, SeekOrigin.Current);
for (int j = 0; j < count; j++)
{
var x = inFile.ReadInt16();
//Console.WriteLine(x);
if (x == -1)
{
cl.Moves.Add(Move.NULL);
}
else if (x < bcm.Moves.Count)
{
cl.Moves.Add(bcm.Moves[x]);
}
else
{
AELogger.Log("WARNING: Out of range move detected!!!!");
}
}
}
AELogger.Log("cancels done");
#endregion
////Console.WriteLine(tracker.Report());
AELogger.Log(AELogger.O_SEPARATOR, false);
return(bcm);
}
}
public static void ToFilename(string filename, BCMFile bcm)
{
using (var ms = new MemoryStream())
using (var inFile = new BinaryWriter(ms))
{
//Header
inFile.Write(1296253475);
inFile.Write(2686974);
inFile.Write(65537);
inFile.Write(0);
inFile.Write((ushort)bcm.Charges.Count());
inFile.Write((ushort)(bcm.InputMotions.Count() - 1));
inFile.Write((ushort)bcm.Moves.Count());
inFile.Write((ushort)bcm.CancelLists.Count());
//TODO WRITE OFFSETS
int offsets = (int)inFile.BaseStream.Position;
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
int ChargeOffset = (int)inFile.BaseStream.Position;
if (bcm.Charges.Count == 0)
{
ChargeOffset = 0;
}
foreach (Charge c in bcm.Charges)
{
inFile.Write((ushort)c.Input);
inFile.Write(c.Unknown1);
inFile.Write((ushort)c.MoveFlags);
inFile.Write(c.Frames);
inFile.Write(c.Unknown3);
inFile.Write(c.StorageIndex);
}
int ChargeNamesOffset = (int)inFile.BaseStream.Position;
if (bcm.Charges.Count == 0)
{
ChargeNamesOffset = 0;
}
foreach (Charge c in bcm.Charges)
{
inFile.Write(0);
}
int InputOffset = (int)inFile.BaseStream.Position;
foreach (InputMotion i in bcm.InputMotions)
{
if (i == InputMotion.NONE)
{
continue;
}
inFile.Write(i.Entries.Count());
foreach (InputMotionEntry entry in i.Entries)
{
inFile.Write((ushort)entry.Type);
inFile.Write((ushort)entry.Buffer);
//if (entry.Type == InputType.CHARGE)
// inFile.Write((ushort)bcm.Charges.IndexOf(entry.Charge));
inFile.Write((ushort)entry.Input);
inFile.Write((ushort)entry.MoveFlags);
inFile.Write((ushort)entry.Flags);
inFile.Write((ushort)entry.Requirement);
}
for (int j = i.Entries.Count; j < 16; j++)
{
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
}
}
int InputNamesOffset = (int)inFile.BaseStream.Position;
foreach (InputMotion c in bcm.InputMotions)
{
if (c == InputMotion.NONE)
{
continue;
}
inFile.Write(0);
}
int MoveOffset = (int)inFile.BaseStream.Position;
foreach (Move m in bcm.Moves)
{
inFile.Write((ushort)m.Input);
inFile.Write((ushort)m.MoveFlags);
inFile.Write((ushort)m.PositionRestriction);
inFile.Write((ushort)m.Restriction);
inFile.Write(m.Unk1);
inFile.Write((ushort)m.StateRestriction);
inFile.Write((uint)m.MiscRestriction);
inFile.Write((uint)m.UltraRestriction);
inFile.Write(m.PositionRestrictionDistance);
inFile.Write((short)m.EXRequirement);
inFile.Write((short)m.EXCost);
inFile.Write((short)m.UltraRequirement);
inFile.Write((short)m.UltraCost);
inFile.Write(bcm.InputMotions.IndexOf(m.InputMotion) - 1);
inFile.Write(m.Script.Index);
/* AI data */
inFile.Write((uint)m.Features);
inFile.Write(m.CpuMinRange);
inFile.Write(m.CpuMaxRange);
inFile.Write(m.Unk2);
inFile.Write(m.Unk3);
inFile.Write(m.CpuPassiveMove);
inFile.Write(m.CpuCounterMove);
inFile.Write(m.CpuVsStand);
inFile.Write(m.CpuVsCrouch);
inFile.Write(m.CpuVsAir);
inFile.Write(m.CpuVsDown);
inFile.Write(m.CpuVsStunned);
inFile.Write(m.CpuProbeMove);
inFile.Write(m.CpuVsVeryClose);
inFile.Write(m.CpuVsClose);
inFile.Write(m.CpuVsMidRange);
inFile.Write(m.CpuVsFar);
inFile.Write(m.CpuVsVeryFar);
}
int MovesNameOffset = (int)inFile.BaseStream.Position;
foreach (Move m in bcm.Moves)
{
inFile.Write(0);
}
int CancelListOffset = (int)inFile.BaseStream.Position;
int off = bcm.CancelLists.Count * 12;
foreach (CancelList cl in bcm.CancelLists)
{
inFile.Write(cl.Moves.Count);
inFile.Write(off);
off = off - 8 + cl.Moves.Count * 2;
}
int CancelListNameOffset = (int)inFile.BaseStream.Position;
foreach (CancelList cl in bcm.CancelLists)
{
inFile.Write(0);
}
foreach (CancelList cl in bcm.CancelLists)
{
foreach (Move m in cl.Moves)
{
inFile.Write((short)bcm.Moves.IndexOf(m));
}
}
//Names Time!
List <string> strings = new List <string>();
foreach (Charge tmp in bcm.Charges)
{
strings.Add(tmp.Name);
}
Util.writeStringTable(inFile, ChargeNamesOffset, strings);
strings.Clear();
foreach (InputMotion tmp in bcm.InputMotions)
{
if (tmp == InputMotion.NONE)
{
continue;
}
strings.Add(tmp.Name);
}
Util.writeStringTable(inFile, InputNamesOffset, strings);
strings.Clear();
foreach (Move tmp in bcm.Moves)
{
strings.Add(tmp.Name);
}
Util.writeStringTable(inFile, MovesNameOffset, strings);
strings.Clear();
foreach (CancelList tmp in bcm.CancelLists)
{
strings.Add(tmp.Name);
}
Util.writeStringTable(inFile, CancelListNameOffset, strings);
inFile.Seek((int)offsets, SeekOrigin.Begin);
inFile.Write(ChargeOffset);
inFile.Write(ChargeNamesOffset);
inFile.Write(InputOffset);
inFile.Write(InputNamesOffset);
inFile.Write(MoveOffset);
inFile.Write(MovesNameOffset);
inFile.Write(CancelListOffset);
inFile.Write(CancelListNameOffset);
using (var fs = File.Create(filename))
{
ms.WriteTo(fs);
}
}
}
private static void writeScript(BACFile bac, BCMFile bcm, BinaryWriter outFile, Script script)
{
outFile.Write(script.FirstHitboxFrame);
outFile.Write(script.LastHitboxFrame);
outFile.Write(script.IASAFrame);
outFile.Write(script.TotalFrames);
outFile.Write(script.UnknownFlags1);
outFile.Write(script.UnknownFlags2);
outFile.Write(script.UnknownFlags3);
outFile.Write((ushort)script.CommandLists.Where(x => x.Count > 0).Count());
outFile.Write(0x18);
int baseOff = (int)outFile.BaseStream.Position;
var clists = script.CommandLists.Where(x => x.Count > 0).ToList();
for (int i = 0; i < clists.Count; i++)
{
dynamic cl = clists[i];
outFile.Write((ushort)cl.Type);
outFile.Write((ushort)cl.Count);
outFile.Write(0);
outFile.Write(0);
}
for (int i = 0; i < clists.Count; i++)
{
dynamic cl = clists[i];
int frameoff = (int)outFile.BaseStream.Position - baseOff - 12 * i;
outFile.Seek(0, SeekOrigin.End);
foreach (BaseCommand cmd in cl)
{
outFile.Write((ushort)cmd.StartFrame);
outFile.Write((ushort)cmd.EndFrame);
}
int dataoff = (int)outFile.BaseStream.Position - baseOff - 12 * i;
outFile.BaseStream.Seek(baseOff + 12 * i + 4);
outFile.Write(frameoff);
outFile.Write(dataoff);
outFile.Seek(0, SeekOrigin.End);
foreach (BaseCommand cmd in cl)
{
if (cmd is FlowCommand)
{
var flow = cmd as FlowCommand;
outFile.Write((short)flow.Type);
outFile.Write((ushort)flow.Input);
if (flow.TargetScript != null && flow.TargetScript != Script.NullScript)
outFile.Write((short)flow.TargetScript.Index);
else
outFile.Write((short)-1);
outFile.Write(flow.TargetFrame);
}
else if (cmd is AnimationCommand)
{
var animation = cmd as AnimationCommand;
outFile.Write(animation.Animation);
outFile.Write((byte)animation.Type);
outFile.Write((byte)animation.Flags);
outFile.Write(animation.FromFrame);
outFile.Write(animation.ToFrame);
}
else if (cmd is TransitionCommand)
{
var transition = (TransitionCommand)cmd;
outFile.Write(transition.Flag1);
outFile.Write(transition.Flag2);
outFile.Write(transition.Float1);
outFile.Write(transition.Float2);
outFile.Write(transition.Float3);
outFile.Write(transition.Float4);
outFile.Write(transition.Float5);
outFile.Write(transition.Float6);
}
else if (cmd is StateCommand)
{
var state = cmd as StateCommand;
outFile.Write((uint)state.Flags);
outFile.Write((uint)state.UnknownFlags2);
}
else if (cmd is SpeedCommand)
{
outFile.Write((cmd as SpeedCommand).Multiplier);
}
else if (cmd is PhysicsCommand)
{
var physics = cmd as PhysicsCommand;
outFile.Write(physics.VelX);
outFile.Write(physics.VelY);
outFile.Write((uint)physics.Unk01);
outFile.Write((uint)physics.PhysicsFlags);
outFile.Write(physics.AccX);
outFile.Write(physics.AccY);
outFile.Write((ulong)physics.Unk02);
}
else if (cmd is HurtNodeCommand)
{
/*
* case CommandListType.INVINC:
var invinc = cmd as HurtNodeCommand;
invinc.Flags = (HurtNodeCommand.VulnerabilityFlags)inFile.ReadUInt16();
invinc.Location = inFile.ReadUInt16();
invinc.Location = inFile.ReadUInt16();
invinc.Unk02 = inFile.ReadUInt16();
invinc.Unk03 = inFile.ReadUInt16();
invinc.Unk04 = inFile.ReadUInt16();
invinc.Unk05 = inFile.ReadUInt16();
invinc.Unk06 = inFile.ReadUInt16();
break;
*/
var invinc = cmd as HurtNodeCommand;
outFile.Write((uint)invinc.Flags);
outFile.Write((uint)invinc.Location);
outFile.Write(invinc.Unk02);
outFile.Write(invinc.Unk03);
outFile.Write(invinc.Unk04);
outFile.Write(invinc.Unk05);
}
else if (cmd is CancelCommand)
{
var cancel = cmd as CancelCommand;
outFile.Write((int)cancel.Condition);
if (cancel.CancelList != null)
outFile.Write((int)bcm.CancelLists.IndexOf(cancel.CancelList));
else
outFile.Write(-1);
}
else if (cmd is HurtboxCommand)
{
var hurt = cmd as HurtboxCommand;
outFile.Write(hurt.X);
outFile.Write(hurt.Y);
outFile.Write(hurt.Rotation);
outFile.Write(hurt.Width);
outFile.Write(hurt.Height);
outFile.Write(hurt.FloatUnknown);
outFile.Write(hurt.Unknown1);
outFile.Write((ushort)hurt.Unused);
outFile.Write(hurt.Unknown4);
outFile.Write(hurt.Unknown5);
}
else if (cmd is EtcCommand)
{
var etc = cmd as EtcCommand;
outFile.Write((ushort)etc.Type);
outFile.Write((ushort)etc.ShortParam);
foreach (int s in etc.RawParams)
outFile.Write(s);
}
else if (cmd is HitboxCommand)
{
var hit = cmd as HitboxCommand;
outFile.Write(hit.X);
outFile.Write(hit.Y);
outFile.Write(hit.Rotation);
outFile.Write(hit.Width);
outFile.Write(hit.Height);
outFile.Write((Int32)hit.Unused);
outFile.Write(hit.ID);
outFile.Write(hit.Juggle);
outFile.Write((byte)hit.Type);
outFile.Write((byte)hit.HitLevel);
outFile.Write((ushort)hit.HitFlags);
outFile.Write(hit.UnknownByte1);
outFile.Write(hit.UnknownByte2);
outFile.Write(hit.Hits);
outFile.Write(hit.JugglePotential);
outFile.Write(hit.JuggleIncrement);
outFile.Write(hit.JuggleIncrementLimit);
outFile.Write(hit.HitboxEffect);
outFile.Write(hit.UnknownByte3);
outFile.Write((short)hit.Unused2);
outFile.Write((int)hit.HitboxDataSet.Index);
}
else if (cmd is TargetLockCommand)
{
var damageAnim = (TargetLockCommand)cmd;
outFile.Write((Int32)damageAnim.Type);
outFile.Write((Int32)damageAnim.DmgScript.Index);
outFile.Write(damageAnim.Unknown2);
outFile.Write(damageAnim.Unknown3);
}
else if (cmd is SfxCommand)
{
var sfx = (SfxCommand)cmd;
outFile.Write((UInt16)sfx.Type);
outFile.Write(sfx.Sound);
outFile.Write(sfx.Unknown1);
outFile.Write(sfx.Unknown2);
outFile.Write(sfx.Unknown3);
}
else
{
outFile.Write(cmd.Raw);
}
}
}
}
public static BACFile FromFilename(string name, BCMFile bcm)
{
using (var fs = File.OpenRead(name))
using (var tracker = new TrackingStream(fs))
using (var inFile = new BinaryReader(tracker))
{
AELogger.Log(AELogger.O_SEPARATOR, false);
tracker.SetLabel("Header");
if (new String(inFile.ReadChars(4)) != "#BAC")
throw new IOException("Not a valid BAC file");
tracker.IgnoreBytes(8);
inFile.BaseStream.Seek(12);
ushort ScriptCount = inFile.ReadUInt16();
ushort VFXScriptCount = inFile.ReadUInt16();
uint HitboxTableSize = inFile.ReadUInt32();
int ScriptOffset = inFile.ReadInt32();
int VFXScriptOffset = inFile.ReadInt32();
int ScriptNameOffset = inFile.ReadInt32();
int VFXScriptNameOffset = inFile.ReadInt32();
int HitboxTableOffset = inFile.ReadInt32();
AELogger.Log("Header done, reading floats");
var bac = new BACFile();
for (int i = 0; i < 0x1c; i++)
{
var list = new ObservableCollection<float>();
for (int j = 0; j < 6; j++)
{
list.Add(inFile.ReadSingle());
}
bac.UnknownFloatData.Add(list);
}
AELogger.Log("floats done, reading scripts");
for (int i = 0; i < ScriptCount; i++)
bac.Scripts.Add(new Script(i));
for (int i = 0; i < VFXScriptCount; i++)
bac.VFXScripts.Add(new Script(i));
for (int i = 0; i < HitboxTableSize; i++)
bac.HitboxTable.Add(new HitBoxDataset(i));
//Link BCM
if (bcm != null)
{
foreach (BCM.Move move in bcm.Moves)
if (move.ScriptIndex != -1)
move.Script = bac.Scripts[move.ScriptIndex];
}
//Read Scripts
readScripts(inFile, bac.Scripts, bcm, ScriptCount, ScriptOffset, ScriptNameOffset, bac);
readScripts(inFile, bac.VFXScripts, bcm, VFXScriptCount, VFXScriptOffset, VFXScriptNameOffset, bac);
AELogger.Log("scripts done, reading hitboxtable");
//Read Hitbox Table
for (int i = 0; i < HitboxTableSize; i++)
{
tracker.SetLabel("HitboxTable#" + i.ToString());
inFile.BaseStream.Seek(HitboxTableOffset + i*4);
inFile.BaseStream.Seek(inFile.ReadUInt32());
if (inFile.BaseStream.Position == 0)
{
continue;
}
var dataset = bac.HitboxTable[i];
LoadedHitBoxCount = i;
for (int j = 0; j < 12; j++)
{
HitBoxData data = new HitBoxData(j);
dataset.Data.Add(data);
data.Damage = inFile.ReadInt16();
data.Stun = inFile.ReadInt16();
data.Effect = (HitBoxData.HitBoxEffect)inFile.ReadUInt16();
Util.LogUnkEnum(data.Effect, "Hitbox #" + dataset.Index, "hitboxdataset", j);
var index = inFile.ReadInt16() + HitBoxData.getIndexOffset(data.Effect);
if (index > -1)
data.OnHit = bac.Scripts.Where(x => x.Index == index).First();
else
{
data.OnHit = new Script(index);
if (index <= -1)
{
AELogger.Log("negative index " + index + " in hitboxdata #" + i);
}
}
data.SelfHitstop = inFile.ReadUInt16();
data.SelfShaking = inFile.ReadUInt16();
data.TgtHitstop = inFile.ReadUInt16();
data.TgtShaking = inFile.ReadUInt16();
data.HitGFX = inFile.ReadInt16();
data.Unknown1 = inFile.ReadInt32();
data.Unused = (Unused16)inFile.ReadInt16();
data.HitGFX2 = inFile.ReadInt16();
data.Unused2 = (Unused32)inFile.ReadInt32();
data.Unused3 = (Unused16)inFile.ReadInt16();
data.HitSFX = inFile.ReadInt16();
data.HitSFX2 = inFile.ReadInt16();
data.TgtSFX = inFile.ReadInt16();
data.ArcadeScore = inFile.ReadUInt16();
data.SelfMeter = inFile.ReadInt16();
data.TgtMeter = inFile.ReadInt16();
data.JuggleStart = inFile.ReadInt16();
data.TgtAnimTime = inFile.ReadInt16();
data.MiscFlag = (HitBoxData.MiscFlags)inFile.ReadInt32();
data.VelX = inFile.ReadSingle();
data.VelY = inFile.ReadSingle();
data.VelZ = inFile.ReadSingle();
data.PushbackDist = inFile.ReadSingle();
data.AccX = inFile.ReadSingle();
data.AccY = inFile.ReadSingle();
data.AccZ = inFile.ReadSingle();
}
}
AELogger.Log("hitbox done");
List<HitBoxDataset> nullHitboxData = bac.HitboxTable.Where(x => x.Data.Count() == 0).ToList();
foreach (HitBoxDataset tmp in nullHitboxData)
bac.HitboxTable.Remove(tmp);
FilterScripts(bac.Scripts);
FilterScripts(bac.VFXScripts);
AELogger.Log(AELogger.O_SEPARATOR, false);
return bac;
}
}
private static void readScripts(BinaryReader inFile, ObservableCollection<Script> list, BCMFile bcm, int Count, int Offset, int NameOffset, BACFile bac)
{
for (int i = 0; i < Count; i++)
{
(inFile.BaseStream as TrackingStream).SetLabel("Script#" + i.ToString());
inFile.BaseStream.Seek(NameOffset + (i) * 4);
var stringOffset = inFile.ReadUInt32();
inFile.BaseStream.Seek(Offset + (i) * 4);
var dataOffset = inFile.ReadUInt32();
if (dataOffset == 0)
//This is a null entry in the table, we remove it later after reading all the Scripts
continue;
//Read in the Name
if (stringOffset != 0)
{
inFile.BaseStream.Seek(stringOffset);
list[i].Name = inFile.ReadCString();
}
else
list[i].Name = "NULL";
//Read in the script!
inFile.BaseStream.Seek(dataOffset);
readScript(inFile, list[i], bcm, bac);
}
}
private static void readScript(BinaryReader inFile, Script script, BCMFile bcm, BACFile bac)
{
script.FirstHitboxFrame = inFile.ReadUInt16();
script.LastHitboxFrame = inFile.ReadUInt16();
script.IASAFrame = inFile.ReadUInt16();
script.TotalFrames = inFile.ReadUInt16();
script.UnknownFlags1 = inFile.ReadUInt32();
script.UnknownFlags2 = inFile.ReadUInt32();
script.UnknownFlags3 = inFile.ReadUInt16();
ushort CommandListCount = inFile.ReadUInt16();
int HeaderSize = inFile.ReadInt32();
var baseoff = inFile.BaseStream.Position;
for (int j = 0; j < CommandListCount; j++)
{
inFile.BaseStream.Seek(baseoff + 12 * j);
ushort type = inFile.ReadUInt16();
var cl = CommandListFactory.ByType((CommandListType)type);
cl.Type = (CommandListType)type;
int cnt = inFile.ReadUInt16();
for (int o = 0; o < cnt; o++)
{
cl.Add(cl.GenerateCommand());
}
int frameoff = inFile.ReadInt32();
int dataoff = inFile.ReadInt32();
inFile.BaseStream.Seek(baseoff + frameoff + 12 * j);
foreach (BaseCommand cmd in cl)
{
cmd.StartFrame = inFile.ReadUInt16();
cmd.EndFrame = inFile.ReadUInt16();
}
inFile.BaseStream.Seek(baseoff + dataoff + 12 * j);
foreach (BaseCommand cmd in cl)
{
switch ((CommandListType)cl.Type)
{
case CommandListType.FLOW:
(cmd as FlowCommand).Type = (FlowCommand.FlowType)inFile.ReadInt16();
Util.LogUnkEnum((cmd as FlowCommand).Type, "script", script.Name);
(cmd as FlowCommand).Input = (Input)inFile.ReadUInt16();
Util.LogUnkEnum((cmd as FlowCommand).Input, "script", script.Name);
var index = inFile.ReadInt16();
if (index != -1)
(cmd as FlowCommand).TargetScript = bac.Scripts[index];
else
(cmd as FlowCommand).TargetScript = Script.NullScript;
(cmd as FlowCommand).TargetFrame = inFile.ReadInt16();
break;
case CommandListType.ANIMATION:
var ani = cmd as AnimationCommand;
ani.Animation = inFile.ReadInt16();
ani.Type = (AnimationCommand.AnimationType)inFile.ReadByte();
Util.LogUnkEnum(ani.Type, "script", script.Name);
ani.Flags = (AnimationCommand.AnimationFlags)inFile.ReadByte();
Util.LogUnkEnum(ani.Flags, "script", script.Name);
ani.FromFrame = inFile.ReadInt16();
ani.ToFrame = inFile.ReadInt16();
break;
case CommandListType.TRANSITION:
var transition = (TransitionCommand)cmd;
transition.Flag1 = inFile.ReadUInt16();
transition.Flag2 = inFile.ReadUInt16();
transition.Float1 = inFile.ReadSingle();
transition.Float2 = inFile.ReadSingle();
transition.Float3 = inFile.ReadSingle();
transition.Float4 = inFile.ReadSingle();
transition.Float5 = inFile.ReadSingle();
transition.Float6 = inFile.ReadSingle();
break;
case CommandListType.STATE:
var unk3 = cmd as StateCommand;
unk3.Flags = (StateCommand.StateFlags)inFile.ReadUInt32();
Util.LogUnkEnumFlags(unk3.Flags, "script", script.Name);
unk3.UnknownFlags2 = inFile.ReadUInt32();
break;
case CommandListType.SPEED:
(cmd as SpeedCommand).Multiplier = inFile.ReadSingle();
break;
case CommandListType.CANCELS:
(cmd as CancelCommand).Condition = (CancelCommand.CancelConditions)inFile.ReadUInt32();
Util.LogUnkEnumFlags((cmd as CancelCommand).Condition, "script", script.Name);
var d = inFile.ReadInt32();
if (d != -1 && d < bcm.CancelLists.Count)
(cmd as CancelCommand).CancelList = bcm.CancelLists[d];
break;
case CommandListType.HURTBOX:
var hurt = cmd as HurtboxCommand;
hurt.X = inFile.ReadSingle();
hurt.Y = inFile.ReadSingle();
hurt.Rotation = inFile.ReadSingle();
hurt.Width = inFile.ReadSingle();
hurt.Height = inFile.ReadSingle();
hurt.FloatUnknown = inFile.ReadSingle();
hurt.Unknown1 = inFile.ReadUInt32();
hurt.Unused = (Unused16)inFile.ReadUInt16();
hurt.Unknown4 = inFile.ReadByte();
hurt.Unknown5 = inFile.ReadSByte();
break;
case CommandListType.PHYSICS:
var physics = cmd as PhysicsCommand;
physics.VelX = inFile.ReadSingle();
physics.VelY = inFile.ReadSingle();
physics.Unk01 = inFile.ReadUInt32();
physics.PhysicsFlags = (PhysicsCommand.PFlags)inFile.ReadUInt32();
Util.LogUnkEnumFlags(physics.PhysicsFlags, "script", script.Name);
physics.AccX = inFile.ReadSingle();
physics.AccY = inFile.ReadSingle();
physics.Unk02 = inFile.ReadUInt64();
//cmd.Raw = inFile.ReadBytes(0x20);
break;
case CommandListType.ETC:
var etc = cmd as EtcCommand;
etc.Type = (EtcCommand.EtcCommandType)inFile.ReadUInt16();
Util.LogUnkEnum(etc.Type, "script", script.Name);
etc.ShortParam = inFile.ReadUInt16();
var arr = new int[7];
for(int tmp = 0; tmp < 7; tmp++)
arr[tmp] = inFile.ReadInt32();
etc.RawParams = arr;
//cmd.Raw = inFile.ReadBytes(30);
break;
case CommandListType.HITBOX:
var hit = cmd as HitboxCommand;
hit.X = inFile.ReadSingle();
hit.Y = inFile.ReadSingle();
hit.Rotation = inFile.ReadSingle();
hit.Width = inFile.ReadSingle();
hit.Height = inFile.ReadSingle();
hit.Unused = (Unused32)inFile.ReadInt32();
hit.ID = inFile.ReadSByte();
hit.Juggle = inFile.ReadSByte();
hit.Type = (HitboxCommand.HitboxType)inFile.ReadByte();
Util.LogUnkEnum(hit.Type, "script", script.Name);
hit.HitLevel = (HitboxCommand.HitLevelType)inFile.ReadByte();
Util.LogUnkEnum(hit.HitLevel, "script", script.Name);
hit.HitFlags = (HitboxCommand.Flags)inFile.ReadInt16();
Util.LogUnkEnumFlags(hit.HitFlags, "script", script.Name);
hit.UnknownByte1 = inFile.ReadSByte();
hit.UnknownByte2 = inFile.ReadSByte();
hit.Hits = inFile.ReadSByte();
hit.JugglePotential = inFile.ReadSByte();
hit.JuggleIncrement = inFile.ReadSByte();
hit.JuggleIncrementLimit = inFile.ReadSByte();
hit.HitboxEffect = inFile.ReadSByte();
hit.UnknownByte3 = inFile.ReadSByte();
hit.Unused2 = (Unused16)inFile.ReadInt16();
var index2 = inFile.ReadInt32();
hit.HitboxDataSet = bac.HitboxTable[index2];
if (!hit.HitboxDataSet.Usage.Contains(script) && hit.Type != HitboxCommand.HitboxType.PROXIMITY)
hit.HitboxDataSet.Usage.Add(script);
break;
case CommandListType.INVINC:
var invinc = cmd as HurtNodeCommand;
invinc.Flags = (HurtNodeCommand.VulnerabilityFlags)inFile.ReadUInt32();
Util.LogUnkEnumFlags(invinc.Flags, "script", script.Name);
invinc.Location = (HurtNodeCommand.BodyParts)inFile.ReadUInt32();
invinc.Unk02 = inFile.ReadUInt16();
invinc.Unk03 = inFile.ReadUInt16();
invinc.Unk04 = inFile.ReadUInt16();
invinc.Unk05 = inFile.ReadUInt16();
break;
case CommandListType.TARGETLOCK:
var targetLock = (TargetLockCommand)cmd;
targetLock.Type = (TargetLockCommand.TargetLockType)inFile.ReadInt32();
var dmgScriptIndex = inFile.ReadInt32();
targetLock.DmgScript = dmgScriptIndex > -1 ? bac.Scripts.First(x => x.Index == dmgScriptIndex) : Script.NullScript;
targetLock.Unknown2 = inFile.ReadInt32();
targetLock.Unknown3 = inFile.ReadInt32();
break;
case CommandListType.SFX:
var sfx = (SfxCommand)cmd;
sfx.Type = (SfxType)inFile.ReadUInt16();
sfx.Sound = inFile.ReadInt16();
sfx.Unknown1 = inFile.ReadUInt32();
sfx.Unknown2 = inFile.ReadUInt32();
sfx.Unknown3 = inFile.ReadUInt32();
break;
default:
cmd.Raw = inFile.ReadBytes(8);
break;
}
}
script.CommandLists.Add(cl);
}
for (int i = 0; i < 13; i++)
{
if (script.CommandLists.Count <= i || script.CommandLists[i].Type != (CommandListType)i)
{
var c = CommandListFactory.ByType((CommandListType)i);
c.Type = (CommandListType)i;
script.CommandLists.Insert(i, c);
}
}
}
public static void ToFilename(string name, BACFile bac, BCMFile bcm)
{
bac.Scripts.Remove(Script.NullScript);
bac.VFXScripts.Remove(Script.NullScript);
bac.Scripts = new ObservableCollection<Script>(bac.Scripts.OrderBy(x => x.Index));
bac.VFXScripts = new ObservableCollection<Script>(bac.VFXScripts.OrderBy(x => x.Index));
using (var ms = new MemoryStream())
using (var outFile = new BinaryWriter(ms))
{
outFile.Write(1128350243);
outFile.Write(2686974);
outFile.Write(65537);
outFile.Write((short)(bac.Scripts.Last().Index + 1));
if (bac.VFXScripts.Count > 0)
outFile.Write((short)(bac.VFXScripts.Last().Index + 1));
else
outFile.Write((short)0);
outFile.Write(bac.HitboxTable.Last().Index + 1);
int OffsetOffset = (int)outFile.BaseStream.Position;
outFile.Write(0);
outFile.Write(0);
outFile.Write(0);
outFile.Write(0);
outFile.Write(0);
foreach (ObservableCollection<float> list in bac.UnknownFloatData)
foreach (float entry in list)
outFile.Write(entry);
/* Scripts */
int ScriptOffset = (int)outFile.BaseStream.Position;
for (int i = 0; i < bac.Scripts.Last().Index + 1; i++)
outFile.Write(0);
/* VFX Scripts */
int VFXScriptOffset = (int)outFile.BaseStream.Position;
if (bac.VFXScripts.Count != 0)
for (int i = 0; i < bac.VFXScripts.Last().Index + 1; i++)
outFile.Write(0);
else
VFXScriptOffset = 0;
/* Script Name Offsets */
int ScriptNameOffset = (int)outFile.BaseStream.Position;
for (int i = 0; i < bac.Scripts.Last().Index + 1; i++)
outFile.Write(0);
/* VFX Script Name Offsets */
int VFXScriptNameOffset = (int)outFile.BaseStream.Position;
if (bac.VFXScripts.Count == 0)
VFXScriptNameOffset = 0;
else
for (int i = 0; i < bac.VFXScripts.Last().Index + 1; i++)
outFile.Write(0);
/* Hitbox Table */
int HitboxTableOffset = (int)outFile.BaseStream.Position;
for (int i = 0; i < bac.HitboxTable.Last().Index + 1; i++)
outFile.Write(0);
outFile.BaseStream.Seek(0, SeekOrigin.End);
foreach (Script script in bac.Scripts)
{
int tmp = (int)outFile.BaseStream.Position;
writeScript(bac, bcm, outFile, script);
outFile.BaseStream.Seek(ScriptOffset + script.Index*4);
outFile.Write(tmp);
outFile.Seek(0, SeekOrigin.End);
}
foreach (Script script in bac.VFXScripts)
{
int tmp = (int)outFile.BaseStream.Position;
writeScript(bac, bcm, outFile, script);
outFile.BaseStream.Seek(VFXScriptOffset + script.Index*4);
outFile.Write(tmp);
outFile.Seek(0, SeekOrigin.End);
}
/* Hitbox Table */
foreach (HitBoxDataset dataset in bac.HitboxTable)
{
int tmp = (int)outFile.BaseStream.Position;
outFile.BaseStream.Seek(HitboxTableOffset + dataset.Index*4);
outFile.Write(tmp);
outFile.Seek(0, SeekOrigin.End);
foreach (HitBoxData data in dataset.Data)
{
outFile.Write(data.Damage);
outFile.Write(data.Stun);
outFile.Write((ushort)data.Effect);
if (data.OnHit != null)
outFile.Write((short)(data.OnHit.Index - HitBoxData.getIndexOffset(data.Effect)));
else
outFile.Write((short)-1);
//0x8
outFile.Write(data.SelfHitstop);
outFile.Write(data.SelfShaking);
outFile.Write(data.TgtHitstop);
outFile.Write(data.TgtShaking);
//0x10
outFile.Write(data.HitGFX);
outFile.Write(data.Unknown1);
outFile.Write((short)data.Unused);
//0x18
outFile.Write(data.HitGFX2);
outFile.Write((int)data.Unused2);
outFile.Write((short)data.Unused3);
//0x20
outFile.Write(data.HitSFX);
outFile.Write(data.HitSFX2);
outFile.Write(data.TgtSFX);
outFile.Write(data.ArcadeScore);
outFile.Write(data.SelfMeter);
outFile.Write(data.TgtMeter);
outFile.Write(data.JuggleStart);
outFile.Write(data.TgtAnimTime);
outFile.Write((int)data.MiscFlag);
outFile.Write(data.VelX);
outFile.Write(data.VelY);
outFile.Write(data.VelZ);
outFile.Write(data.PushbackDist);
outFile.Write(data.AccX);
outFile.Write(data.AccY);
outFile.Write(data.AccZ);
}
}
/* Script Names+Offsets */
List<string> strings = new List<string>();
int index = 0;
foreach (Script tmp in bac.Scripts)
{
while (index != tmp.Index)
{
strings.Add(null);
index++;
}
index++;
if (tmp.Name != "null")
strings.Add(tmp.Name);
else
strings.Add(null);
}
Util.writeStringTable(outFile, ScriptNameOffset, strings);
strings.Clear();
index = 0;
foreach (Script tmp in bac.VFXScripts)
{
while (index != tmp.Index)
{
strings.Add(null);
index++;
}
index++;
strings.Add(tmp.Name);
}
Util.writeStringTable(outFile, VFXScriptNameOffset, strings);
outFile.BaseStream.Seek(0x14);
outFile.Write(ScriptOffset);
outFile.Write(VFXScriptOffset);
outFile.Write(ScriptNameOffset);
outFile.Write(VFXScriptNameOffset);
outFile.Write(HitboxTableOffset);
using (var fs = File.Create(name))
{
ms.WriteTo(fs);
}
}
}
public static BCMFile FromFilename(string filename)
{
using (var fs = File.OpenRead(filename))
using (var tracker = new TrackingStream(fs))
using (var inFile = new BinaryReader(tracker))
{
AELogger.Log(AELogger.O_SEPARATOR, false);
var bcm = new BCMFile();
tracker.SetLabel("Header");
var s = new string(inFile.ReadChars(4));
//Console.WriteLine("{0} - {1:X} bytes",s,inFile.BaseStream.Length);
if (s != "#BCM")
throw new Exception("This is not a valid BCM File!");
tracker.IgnoreBytes(12);
inFile.BaseStream.Seek(16);
var ChargeCount = inFile.ReadUInt16();
var InputCount = inFile.ReadUInt16();
var MoveCount = inFile.ReadUInt16();
var CancelListCount = inFile.ReadUInt16();
for (int i = 0; i < CancelListCount; i++)
bcm.CancelLists.Add(new CancelList());
var ChargeOffset = inFile.ReadUInt32();
var ChargeNamesOffset = inFile.ReadUInt32();
var InputOffset = inFile.ReadUInt32();
var InputNamesOffset = inFile.ReadUInt32();
var MoveOffset = inFile.ReadUInt32();
var MoveNamesOffset = inFile.ReadUInt32();
var CancelListOffset = inFile.ReadUInt32();
var CancelListNamesOffset = inFile.ReadUInt32();
#region Read Charges
AELogger.Log("Header done, reading charges");
tracker.SetLabel("Charges");
for (int i = 0; i < ChargeCount; i++)
{
var charge = new Charge();
inFile.BaseStream.Seek(ChargeNamesOffset + i*4);
inFile.BaseStream.Seek(inFile.ReadUInt32());
charge.Name = inFile.ReadCString();
inFile.BaseStream.Seek(ChargeOffset + i*16);
charge.Input = (Input)inFile.ReadUInt16();
Util.LogUnkEnumFlags(charge.Input, "charge", charge.Name);
charge.Unknown1 = inFile.ReadUInt16();
charge.MoveFlags = (MoveFlags)inFile.ReadUInt16();
Util.LogUnkEnumFlags(charge.MoveFlags, "charge", charge.Name);
charge.Frames = inFile.ReadUInt32();
charge.Unknown3 = inFile.ReadUInt16();
charge.StorageIndex = inFile.ReadUInt32();
//Console.WriteLine(charge);
bcm.Charges.Add(charge);
}
#endregion
#region Read Inputs
AELogger.Log("charges done, reading motions");
tracker.SetLabel("Inputs");
bcm.InputMotions.Add(InputMotion.NONE);
for (int i = 0; i < InputCount; i++)
{
var inputMotion = new InputMotion("tmp");
inFile.BaseStream.Seek(InputNamesOffset + i*4);
inFile.BaseStream.Seek(inFile.ReadUInt32());
inputMotion.Name = inFile.ReadCString();
//Console.WriteLine(inputMotion.Name);
inFile.BaseStream.Seek(InputOffset + i*0xC4);
var cnt = inFile.ReadUInt32();
for (int j = 0; j < cnt; j++)
{
var entry = new InputMotionEntry();
entry.Type = (InputType)inFile.ReadUInt16();
Util.LogUnkEnum(entry.Type, "motion", inputMotion.Name, j);
entry.Buffer = inFile.ReadUInt16();
System.UInt16 a = inFile.ReadUInt16();
if (entry.Type == InputType.CHARGE)
entry.Charge = bcm.Charges[a];
entry.Input = (Input)a;
Util.LogUnkEnum(entry.Input, "motion", inputMotion.Name, j);
entry.MoveFlags = (MoveFlags)inFile.ReadUInt16();
Util.LogUnkEnumFlags(entry.MoveFlags, "motion", inputMotion.Name, j);
entry.Flags = (InputReqType)inFile.ReadUInt16();
Util.LogUnkEnum(entry.Flags, "motion", inputMotion.Name, j);
entry.Requirement = inFile.ReadUInt16();
inputMotion.Entries.Add(entry);
//Console.WriteLine(entry);
}
tracker.IgnoreBytes(12*(16 - cnt));
bcm.InputMotions.Add(inputMotion);
}
#endregion
#region Read Moves
AELogger.Log("motions done, reading moves");
tracker.SetLabel("Moves");
for (int i = 0; i < MoveCount; i++)
{
var move = new Move();
inFile.BaseStream.Seek(MoveNamesOffset + i*4);
inFile.BaseStream.Seek(inFile.ReadUInt32());
move.Name = inFile.ReadCString();
//Console.WriteLine(move.Name);
inFile.BaseStream.Seek(MoveOffset + i*0x54);
move.Input = (Input)inFile.ReadUInt16();
Util.LogUnkEnumFlags(move.Input, "move", move.Name);
move.MoveFlags = (MoveFlags)inFile.ReadUInt16();
Util.LogUnkEnumFlags(move.MoveFlags, "move", move.Name);
move.PositionRestriction = (PositionRestriction)inFile.ReadUInt16();
Util.LogUnkEnum(move.PositionRestriction, "move", move.Name);
move.Restriction = (MoveRestriction)inFile.ReadUInt16();
Util.LogUnkEnumFlags(move.MoveFlags, "move", move.Name);
move.Unk1 = inFile.ReadUInt16();
move.StateRestriction = (Move.MoveStateRestriction)inFile.ReadUInt16();
Util.LogUnkEnum(move.StateRestriction, "move", move.Name);
move.MiscRestriction = (Move.MoveMiscRestriction)inFile.ReadUInt32();
Util.LogUnkEnum(move.MiscRestriction, "move", move.Name);
move.UltraRestriction = (Move.MoveUltraRestriction)inFile.ReadUInt32();
Util.LogUnkEnum(move.UltraRestriction, "move", move.Name);
move.PositionRestrictionDistance = inFile.ReadSingle();
move.EXRequirement = inFile.ReadInt16();
move.EXCost = inFile.ReadInt16();
move.UltraRequirement = inFile.ReadInt16();
move.UltraCost = inFile.ReadInt16();
var index = inFile.ReadInt32();
if (index != -1 && index < bcm.InputMotions.Count)
move.InputMotion = bcm.InputMotions[index + 1];
else
move.InputMotion = InputMotion.NONE;
move.ScriptIndex = inFile.ReadInt32();
/* AI data */
move.Features = (MoveFeatureFlags)inFile.ReadUInt32();
Util.LogUnkEnumFlags(move.Features, "move", move.Name);
move.CpuMinRange = inFile.ReadSingle();
move.CpuMaxRange = inFile.ReadSingle();
move.Unk2 = inFile.ReadUInt32();
move.Unk3 = inFile.ReadUInt16();
move.CpuPassiveMove = inFile.ReadUInt16();
move.CpuCounterMove = inFile.ReadUInt16();
move.CpuVsStand = inFile.ReadUInt16();
move.CpuVsCrouch = inFile.ReadUInt16();
move.CpuVsAir = inFile.ReadUInt16();
move.CpuVsDown = inFile.ReadUInt16();
move.CpuVsStunned = inFile.ReadUInt16();
move.CpuProbeMove = inFile.ReadUInt16();
move.CpuVsVeryClose = inFile.ReadUInt16();
move.CpuVsClose = inFile.ReadUInt16();
move.CpuVsMidRange = inFile.ReadUInt16();
move.CpuVsFar = inFile.ReadUInt16();
move.CpuVsVeryFar = inFile.ReadUInt16();
bcm.Moves.Add(move);
}
#endregion
#region ReadCancels
AELogger.Log("moves done, reading cancels");
tracker.SetLabel("Cancels");
for (int i = 0; i < CancelListCount; i++)
{
var cl = bcm.CancelLists[i];
inFile.BaseStream.Seek(CancelListNamesOffset + i*4);
inFile.BaseStream.Seek(inFile.ReadUInt32());
cl.Name = inFile.ReadCString();
//Console.WriteLine(cl.Name);
inFile.BaseStream.Seek(CancelListOffset + i*0x8);
var count = inFile.ReadUInt32();
var off = inFile.ReadUInt32();
inFile.BaseStream.Seek(off - 8, SeekOrigin.Current);
for (int j = 0; j < count; j++)
{
var x = inFile.ReadInt16();
//Console.WriteLine(x);
if (x == -1)
{
cl.Moves.Add(Move.NULL);
}
else if (x < bcm.Moves.Count)
{
cl.Moves.Add(bcm.Moves[x]);
}
else
{
AELogger.Log("WARNING: Out of range move detected!!!!");
}
}
}
AELogger.Log("cancels done");
#endregion
////Console.WriteLine(tracker.Report());
AELogger.Log(AELogger.O_SEPARATOR, false);
return bcm;
}
}
public static void ToFilename(string filename, BCMFile bcm)
{
using (var ms = new MemoryStream())
using (var inFile = new BinaryWriter(ms))
{
//Header
inFile.Write(1296253475);
inFile.Write(2686974);
inFile.Write(65537);
inFile.Write(0);
inFile.Write((ushort)bcm.Charges.Count());
inFile.Write((ushort)(bcm.InputMotions.Count() - 1));
inFile.Write((ushort)bcm.Moves.Count());
inFile.Write((ushort)bcm.CancelLists.Count());
//TODO WRITE OFFSETS
int offsets = (int)inFile.BaseStream.Position;
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
int ChargeOffset = (int)inFile.BaseStream.Position;
if (bcm.Charges.Count == 0)
ChargeOffset = 0;
foreach (Charge c in bcm.Charges)
{
inFile.Write((ushort)c.Input);
inFile.Write(c.Unknown1);
inFile.Write((ushort)c.MoveFlags);
inFile.Write(c.Frames);
inFile.Write(c.Unknown3);
inFile.Write(c.StorageIndex);
}
int ChargeNamesOffset = (int)inFile.BaseStream.Position;
if (bcm.Charges.Count == 0)
ChargeNamesOffset = 0;
foreach (Charge c in bcm.Charges)
inFile.Write(0);
int InputOffset = (int)inFile.BaseStream.Position;
foreach (InputMotion i in bcm.InputMotions)
{
if (i == InputMotion.NONE)
continue;
inFile.Write(i.Entries.Count());
foreach (InputMotionEntry entry in i.Entries)
{
inFile.Write((ushort)entry.Type);
inFile.Write((ushort)entry.Buffer);
//if (entry.Type == InputType.CHARGE)
// inFile.Write((ushort)bcm.Charges.IndexOf(entry.Charge));
inFile.Write((ushort)entry.Input);
inFile.Write((ushort)entry.MoveFlags);
inFile.Write((ushort)entry.Flags);
inFile.Write((ushort)entry.Requirement);
}
for (int j = i.Entries.Count; j < 16; j++)
{
inFile.Write(0);
inFile.Write(0);
inFile.Write(0);
}
}
int InputNamesOffset = (int)inFile.BaseStream.Position;
foreach (InputMotion c in bcm.InputMotions)
{
if (c == InputMotion.NONE)
continue;
inFile.Write(0);
}
int MoveOffset = (int)inFile.BaseStream.Position;
foreach (Move m in bcm.Moves)
{
inFile.Write((ushort)m.Input);
inFile.Write((ushort)m.MoveFlags);
inFile.Write((ushort)m.PositionRestriction);
inFile.Write((ushort)m.Restriction);
inFile.Write(m.Unk1);
inFile.Write((ushort)m.StateRestriction);
inFile.Write((uint)m.MiscRestriction);
inFile.Write((uint)m.UltraRestriction);
inFile.Write(m.PositionRestrictionDistance);
inFile.Write((short)m.EXRequirement);
inFile.Write((short)m.EXCost);
inFile.Write((short)m.UltraRequirement);
inFile.Write((short)m.UltraCost);
inFile.Write(bcm.InputMotions.IndexOf(m.InputMotion) - 1);
inFile.Write(m.Script.Index);
/* AI data */
inFile.Write((uint)m.Features);
inFile.Write(m.CpuMinRange);
inFile.Write(m.CpuMaxRange);
inFile.Write(m.Unk2);
inFile.Write(m.Unk3);
inFile.Write(m.CpuPassiveMove);
inFile.Write(m.CpuCounterMove);
inFile.Write(m.CpuVsStand);
inFile.Write(m.CpuVsCrouch);
inFile.Write(m.CpuVsAir);
inFile.Write(m.CpuVsDown);
inFile.Write(m.CpuVsStunned);
inFile.Write(m.CpuProbeMove);
inFile.Write(m.CpuVsVeryClose);
inFile.Write(m.CpuVsClose);
inFile.Write(m.CpuVsMidRange);
inFile.Write(m.CpuVsFar);
inFile.Write(m.CpuVsVeryFar);
}
int MovesNameOffset = (int)inFile.BaseStream.Position;
foreach (Move m in bcm.Moves)
inFile.Write(0);
int CancelListOffset = (int)inFile.BaseStream.Position;
int off = bcm.CancelLists.Count*12;
foreach (CancelList cl in bcm.CancelLists)
{
inFile.Write(cl.Moves.Count);
inFile.Write(off);
off = off - 8 + cl.Moves.Count*2;
}
int CancelListNameOffset = (int)inFile.BaseStream.Position;
foreach (CancelList cl in bcm.CancelLists)
inFile.Write(0);
foreach (CancelList cl in bcm.CancelLists)
{
foreach (Move m in cl.Moves)
{
inFile.Write((short)bcm.Moves.IndexOf(m));
}
}
//Names Time!
List<string> strings = new List<string>();
foreach (Charge tmp in bcm.Charges)
strings.Add(tmp.Name);
Util.writeStringTable(inFile, ChargeNamesOffset, strings);
strings.Clear();
foreach (InputMotion tmp in bcm.InputMotions)
{
if (tmp == InputMotion.NONE)
continue;
strings.Add(tmp.Name);
}
Util.writeStringTable(inFile, InputNamesOffset, strings);
strings.Clear();
foreach (Move tmp in bcm.Moves)
strings.Add(tmp.Name);
Util.writeStringTable(inFile, MovesNameOffset, strings);
strings.Clear();
foreach (CancelList tmp in bcm.CancelLists)
strings.Add(tmp.Name);
Util.writeStringTable(inFile, CancelListNameOffset, strings);
inFile.Seek((int)offsets, SeekOrigin.Begin);
inFile.Write(ChargeOffset);
inFile.Write(ChargeNamesOffset);
inFile.Write(InputOffset);
inFile.Write(InputNamesOffset);
inFile.Write(MoveOffset);
inFile.Write(MovesNameOffset);
inFile.Write(CancelListOffset);
inFile.Write(CancelListNameOffset);
using (var fs = File.Create(filename))
{
ms.WriteTo(fs);
}
}
}