/// <summary>
/// The get motion.
/// </summary>
/// <param name="motion">
/// The motion.
/// </param>
/// <returns>
/// The <see cref="InputItemViewModel"/>.
/// </returns>
/// <remarks>For some reason 360's and 720's won't work with this. They have no "motion" in the bcm.</remarks>
private static InputItemViewModel GetMotion(InputMotionEntry motion)
{
switch (motion.DirectionName)
{
case "DOWN":
return(new InputItemViewModel {
Direction = InputCommandModel.DirectionStateEnum.Down
});
case "FORWARD":
return(new InputItemViewModel {
Direction = InputCommandModel.DirectionStateEnum.Forward
});
case "BACK":
return(new InputItemViewModel {
Direction = InputCommandModel.DirectionStateEnum.Back
});
case "UP":
return(new InputItemViewModel {
Direction = InputCommandModel.DirectionStateEnum.Up
});
case "DOWN, BACK":
return(new InputItemViewModel {
Direction = InputCommandModel.DirectionStateEnum.DownBack
});
case "DOWN, FORWARD":
return(new InputItemViewModel {
Direction = InputCommandModel.DirectionStateEnum.DownForward
});
case "UP, FORWARD":
return(new InputItemViewModel {
Direction = InputCommandModel.DirectionStateEnum.UpForward
});
case "UP, BACK":
return(new InputItemViewModel {
Direction = InputCommandModel.DirectionStateEnum.UpBack
});
case "NEUTRAL":
return(new InputItemViewModel {
Direction = InputCommandModel.DirectionStateEnum.Neutral
});
default:
return(null);
}
}
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);
}
}