public override void LoadData(BZNReader reader)
{
IBZNToken tok;
if (reader.N64 || reader.Version > 1030)
{
tok = reader.ReadToken();
if (!tok.Validate("dropMat", BinaryFieldType.DATA_MAT3DOLD)) throw new Exception("Failed to parse dropMat/MAT3DOLD");
dropMat = tok.GetMatrix();
}
if (reader.N64)
{
tok = reader.ReadToken();
UInt16 dropClassItemID = tok.GetUInt16();
if (!BZNFile.BZn64IdMap.ContainsKey(dropClassItemID)) throw new InvalidCastException(string.Format("Cannot convert n64 dropClass enumeration 0x(0:X2} to string dropClass", dropClassItemID));
dropClass = BZNFile.BZn64IdMap[dropClassItemID];
}
else if (reader.Version > 1030)
{
tok = reader.ReadToken();
if (!tok.Validate("dropClass", BinaryFieldType.DATA_ID)) throw new Exception("Failed to parse dropClass/ID");
dropClass = tok.GetString();
}
base.LoadData(reader);
}
public override void LoadData(BZNReader reader)
{
IBZNToken tok = reader.ReadToken();
if (!tok.Validate("undefptr", BinaryFieldType.DATA_PTR)) throw new Exception("Failed to parse undefptr/PTR");
undefptr = tok.GetUInt32H();
base.LoadData(reader);
}
public override void LoadData(BZNReader reader)
{
IBZNToken tok;
if(reader.N64 || reader.Version > 1022)
{
tok = reader.ReadToken();
if (!tok.Validate("abandoned", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse abandoned/LONG");
abandoned = tok.GetUInt32();
}
else
{
tok = reader.ReadToken();//setAltitude [1] =
//1
tok = reader.ReadToken();//accelDragStop [1] =
//3.5
tok = reader.ReadToken();//accelDragFull [1] =
//1
tok = reader.ReadToken();//alphaTrack [1] =
//20
tok = reader.ReadToken();//alphaDamp [1] =
//5
tok = reader.ReadToken();//pitchPitch [1] =
//0.25
tok = reader.ReadToken();//pitchThrust [1] =
//0.1
tok = reader.ReadToken();//rollStrafe [1] =
//0.1
tok = reader.ReadToken();//rollSteer [1] =
//0.1
tok = reader.ReadToken();//velocForward [1] =
//20
tok = reader.ReadToken();//velocReverse [1] =
//15
tok = reader.ReadToken();//velocStrafe [1] =
//20
tok = reader.ReadToken();//accelThrust [1] =
//20
tok = reader.ReadToken();//accelBrake [1] =
//75
tok = reader.ReadToken();//omegaSpin [1] =
//4
tok = reader.ReadToken();//omegaTurn [1] =
//1.5
tok = reader.ReadToken();//alphaSteer [1] =
//5
tok = reader.ReadToken();//accelJump [1] =
//20
tok = reader.ReadToken();//thrustRatio [1] =
//1
tok = reader.ReadToken();//throttle [1] =
//0
tok = reader.ReadToken();//airBorne [1] =
//5.96046e-008
}
base.LoadData(reader);
}
public override void LoadData(BZNReader reader)
{
IBZNToken tok;
tok = reader.ReadToken();
if (!tok.Validate("nextScream", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse nextScream/FLOAT");
nextScream = tok.GetSingle();
base.LoadData(reader);
}
public override void LoadData(BZNReader reader)
{
if (!reader.N64)
{
if (reader.Version > 1034)
{
IBZNToken tok = reader.ReadToken();
if (!tok.Validate("scrapHeld", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse scrapHeld/LONG");
scrapHeld = tok.GetUInt32();
}
}
base.LoadData(reader);
}
public override void LoadData(BZNReader reader)
{
IBZNToken tok;
tok = reader.ReadToken();
if (!tok.Validate("soldierCount", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse soldierCount/LONG");
soldierCount = tok.GetUInt32();
tok = reader.ReadToken();
if (!tok.Validate("state", BinaryFieldType.DATA_VOID)) throw new Exception("Failed to parse state/VOID");
state = tok.GetRaw(0, 4);
base.LoadData(reader);
}
public virtual void LoadData(BZNReader reader)
{
IBZNToken tok;
tok = reader.ReadToken();
if (!tok.Validate("illumination", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse illumination/FLOAT");
illumination = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("pos", BinaryFieldType.DATA_VEC3D)) throw new Exception("Failed to parse pos/VEC3D");
pos = tok.GetVector3D();
if (reader.BinaryMode)
{
tok = reader.ReadToken();
if (!tok.Validate(null, BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse euler's FLOAT");
float euler_mass = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate(null, BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse euler's FLOAT");
float euler_mass_inv = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate(null, BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse euler's FLOAT");
float euler_v_mag = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate(null, BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse euler's FLOAT");
float euler_v_mag_inv = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate(null, BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse euler's FLOAT");
float euler_I = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate(null, BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse euler's FLOAT");
float euler_k_i = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate(null, BinaryFieldType.DATA_VEC3D)) throw new Exception("Failed to parse euler's VEC3D");
Vector3D euler_v = tok.GetVector3D();
tok = reader.ReadToken();
if (!tok.Validate(null, BinaryFieldType.DATA_VEC3D)) throw new Exception("Failed to parse euler's VEC3D");
Vector3D euler_omega = tok.GetVector3D();
tok = reader.ReadToken();
if (!tok.Validate(null, BinaryFieldType.DATA_VEC3D)) throw new Exception("Failed to parse euler's VEC3D");
Vector3D euler_Accel = tok.GetVector3D();
euler = new Euler()
{
mass = euler_mass,
mass_inv = euler_mass_inv,
v_mag = euler_v_mag,
v_mag_inv = euler_v_mag_inv,
I = euler_I,
k_i = euler_k_i,
v = euler_v,
omega = euler_omega,
Accel = euler_Accel
};
}
else
{
tok = reader.ReadToken();
if (!tok.Validate("euler", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse euler");
euler = tok.GetEuler();
}
tok = reader.ReadToken();
if (!tok.Validate("seqNo", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse seqNo/SHORT");
//seqNo = tok.GetUInt16();
seqNo = tok.GetUInt32();
if (reader.N64)
{
tok = reader.ReadToken();
if (!tok.Validate("name", BinaryFieldType.DATA_CHAR)) throw new Exception("Failed to parse name/CHAR");
name = tok.GetString();
}
else
{
if (reader.Version > 1030)
{
tok = reader.ReadToken();
if (!tok.Validate("name", BinaryFieldType.DATA_CHAR)) throw new Exception("Failed to parse name/CHAR");
name = tok.GetString();
}
}
tok = reader.ReadToken();
if (!tok.Validate("isObjective", BinaryFieldType.DATA_BOOL)) throw new Exception("Failed to parse isObjective/BOOL");
isObjective = tok.GetBoolean();
tok = reader.ReadToken();
if (!tok.Validate("isSelected", BinaryFieldType.DATA_BOOL)) throw new Exception("Failed to parse isSelected/BOOL");
isSelected = tok.GetBoolean();
tok = reader.ReadToken();
if (!tok.Validate("isVisible", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse isVisible/LONG");
isVisible = tok.GetUInt32H();
tok = reader.ReadToken();
if (!tok.Validate("seen", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse seen/LONG");
seen = tok.GetUInt32();
if (reader.N64)
{
}
else
{
//[10:03:38 PM] Kenneth Miller: I think I may have figured out what that stuff is, maybe
//[10:03:50 PM] Kenneth Miller: They're timestamps
//[10:04:04 PM] Kenneth Miller: playerShot, playerCollide, friendShot, friendCollide, enemyShot, groundCollide
//[10:04:13 PM] Kenneth Miller: the default value is -HUGE_NUMBER (-1e30)
//[10:04:26 PM] Kenneth Miller: And due to the nature of the game, groundCollide is the most likely to get set first
//[10:05:02 PM] Kenneth Miller: Old versions of the mission format used to contain those values but later versions only include them in the savegame
//[10:05:05 PM] Kenneth Miller: (not the mission)
//[10:05:31 PM] Kenneth Miller: (version 1033 was where they were removed from the mission)
if (reader.Version < 1033)
{
tok = reader.ReadToken(); // float (-HUGE_NUMBER)
tok = reader.ReadToken(); // float (-HUGE_NUMBER)
tok = reader.ReadToken(); // float (-HUGE_NUMBER)
tok = reader.ReadToken(); // float (-HUGE_NUMBER)
tok = reader.ReadToken(); // float (-HUGE_NUMBER)
tok = reader.ReadToken(); // float
}
}
tok = reader.ReadToken();
if (!tok.Validate("healthRatio", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse healthRatio/FLOAT");
healthRatio = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("curHealth", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse curHealth/LONG");
curHealth = tok.GetUInt32();
tok = reader.ReadToken();
if (!tok.Validate("maxHealth", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse maxHealth/LONG");
maxHealth = tok.GetUInt32();
tok = reader.ReadToken();
if (!tok.Validate("ammoRatio", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse ammoRatio/FLOAT");
ammoRatio = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("curAmmo", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse curAmmo/LONG");
curAmmo = tok.GetUInt32();
tok = reader.ReadToken();
if (!tok.Validate("maxAmmo", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse maxAmmo/LONG");
maxAmmo = tok.GetUInt32();
tok = reader.ReadToken();
if (!tok.Validate("priority", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse priority/LONG");
priority = tok.GetUInt32();
tok = reader.ReadToken();
if (!tok.Validate("what", BinaryFieldType.DATA_VOID)) throw new Exception("Failed to parse what/VOID");
what = tok.GetUInt32H();
tok = reader.ReadToken();
if (!tok.Validate("who", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse who/LONG");
who = tok.GetInt32();
tok = reader.ReadToken();
if (!tok.Validate("where", BinaryFieldType.DATA_PTR)) throw new Exception("Failed to parse where/PTR");
where = tok.GetUInt32H();
tok = reader.ReadToken();
if (!tok.Validate("param", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse param/LONG");
param = tok.GetUInt32();
tok = reader.ReadToken();
if (!tok.Validate("aiProcess", BinaryFieldType.DATA_BOOL)) throw new Exception("Failed to parse aiProcess/BOOL");
aiProcess = tok.GetBoolean();
tok = reader.ReadToken();
if (!tok.Validate("isCargo", BinaryFieldType.DATA_BOOL)) throw new Exception("Failed to parse isCargo/BOOL");
isCargo = tok.GetBoolean();
tok = reader.ReadToken();
if (!tok.Validate("independence", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse independence/LONG");
independence = tok.GetUInt32();
if (reader.N64)
{
tok = reader.ReadToken();
UInt16 curPilotID = tok.GetUInt16();
if (!BZNFile.BZn64IdMap.ContainsKey(curPilotID)) throw new InvalidCastException(string.Format("Cannot convert n64 curPilotID enumeration 0x(0:X2} to string curPilotID", curPilotID));
curPilot = BZNFile.BZn64IdMap[curPilotID];
}
else
{
if (reader.Version > 1022)
{
tok = reader.ReadToken();
if (!tok.Validate("curPilot", BinaryFieldType.DATA_ID)) throw new Exception("Failed to parse curPilot/ID");
curPilot = tok.GetString();
}
else
{
tok = reader.ReadToken();
if (!tok.Validate("hasPilot", BinaryFieldType.DATA_BOOL)) throw new Exception("Failed to parse hasPilot/BOOL");
bool hasPilot = tok.GetBoolean();
curPilot = hasPilot ? isUser ? PrjID[0] + "suser" : PrjID[0] + "spilo" : string.Empty;
}
}
if (reader.N64)
{
tok = reader.ReadToken();
if (!tok.Validate("perceivedTeam", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse perceivedTeam/LONG");
perceivedTeam = tok.GetInt32();
}
else
{
if (reader.Version > 1030)
{
tok = reader.ReadToken();
if (!tok.Validate("perceivedTeam", BinaryFieldType.DATA_LONG)) throw new Exception("Failed to parse perceivedTeam/LONG");
perceivedTeam = tok.GetInt32();
}
else
{
perceivedTeam = -1;
}
}
}
public override void LoadData(BZNReader reader)
{
base.LoadData(reader);
}
public override void LoadData(BZNReader reader)
{
IBZNToken tok;
tok = reader.ReadToken();
if (!tok.Validate("undeffloat", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse undeffloat/FLOAT");
undeffloat1 = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("undeffloat", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse undeffloat/FLOAT");
undeffloat2 = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("undeffloat", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse undeffloat/FLOAT");
undeffloat3 = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("undeffloat", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse undeffloat/FLOAT");
undeffloat4 = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("undefraw", BinaryFieldType.DATA_VOID)) throw new Exception("Failed to parse undefraw/VOID");
undefraw = tok.GetUInt32();
tok = reader.ReadToken();
if (!tok.Validate("undeffloat", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse undeffloat/FLOAT");
undeffloat5 = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("undefbool", BinaryFieldType.DATA_BOOL)) throw new Exception("Failed to parse undefbool/BOOL");
undefbool = tok.GetBoolean();
base.LoadData(reader);
}
public override void LoadData(BZNReader reader)
{
IBZNToken tok;
tok = reader.ReadToken();
if (!tok.Validate("timeDeploy", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse timeDeploy/FLOAT");
timeDeploy = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("timeUndeploy", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse timeUndeploy/FLOAT");
timeUndeploy = tok.GetSingle();
tok = reader.ReadToken();
if (!tok.Validate("undefptr", BinaryFieldType.DATA_PTR)) throw new Exception("Failed to parse undefptr/PTR");
undefptr2 = tok.GetUInt32H();
tok = reader.ReadToken();
if (!tok.Validate("state", BinaryFieldType.DATA_VOID)) throw new Exception("Failed to parse state/VOID");
state = tok.GetRaw(0, 4);
tok = reader.ReadToken();
if (!tok.Validate("delayTimer", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse delayTimer/FLOAT");
delayTimer = tok.GetSingle();//tok.GetUInt32();
tok = reader.ReadToken();
if (!tok.Validate("nextRepair", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse nextRepair/FLOAT");
nextRepair = tok.GetSingle();
if (reader.N64)
{
tok = reader.ReadToken();
UInt16 buildClassItemID = tok.GetUInt16();
if (!BZNFile.BZn64IdMap.ContainsKey(buildClassItemID)) throw new InvalidCastException(string.Format("Cannot convert n64 buildClass enumeration 0x(0:X2} to string buildClass", buildClassItemID));
buildClass = BZNFile.BZn64IdMap[buildClassItemID];
}
else
{
tok = reader.ReadToken();
if (!tok.Validate("buildClass", BinaryFieldType.DATA_ID)) throw new Exception("Failed to parse buildClass/ID");
buildClass = tok.GetString();
}
tok = reader.ReadToken();
if (!tok.Validate("buildDoneTime", BinaryFieldType.DATA_FLOAT)) throw new Exception("Failed to parse buildDoneTime/FLOAT");
buildDoneTime = tok.GetSingle();
if (reader.N64 || reader.Version > 1022) { }
else
{
tok = reader.ReadToken();//buildCost [1] =
//-842150451
tok = reader.ReadToken();//buildUpdateTime [1] =
//-4.31602e+008
tok = reader.ReadToken();//buildDt [1] =
//-4.31602e+008
tok = reader.ReadToken();//buildDc [1] =
//-842150451
}
base.LoadData(reader);
}