private bool ReadField(ObjectReader objectReader, Dictionary <TrackField, int> fieldValues, TrackField field)
{
string value = null;
switch (field)
{
case TrackField.End:
m_Script = Encoding.UTF8.GetBytes(_infoText);
objectReader.Position--;
return(false);
case TrackField.Frames:
fieldValues[field] = objectReader.ReadInt32();
if (fieldValues[field] == 0)
{
if (objectReader.ReadByte() != 255)
{
objectReader.BaseStream.Position--;
}
}
else if (!fieldValues.ContainsKey(TrackField.UnknownByte41))
{
if (objectReader.ReadByte() != 32)
{
throw new InvalidDataException();
}
value = MxrAnimation.Read(objectReader, fieldValues[TrackField.Frames]);
}
break;
case TrackField.Start:
if (objectReader.ReadByte() != 1)
{
throw new InvalidDataException();
}
return(true);
case TrackField.UnknownByte41:
fieldValues[field] = objectReader.ReadByte();
break;
case TrackField.UnknownByte48:
case TrackField.UnknownByte49:
string unknown48 = string.Empty;
if (fieldValues.ContainsKey(TrackField.UnknownByte41))
{
fieldValues.TryGetValue(TrackField.Type, out var resourceType);
while (true)
{
var objectType = (int)objectReader.ReadByte();
if (objectType == 255)
{
break;
}
if (objectType == 128)
{
objectType = objectReader.ReadInt32();
}
var objectCount = objectReader.ReadByte();
unknown48 += $"Unknown{objectType}[{objectCount}] = " + string.Join(", ",
Enumerable.Range(0, resourceType * objectCount).Select(e => objectReader.ReadSingle())) + Environment.NewLine;
}
value = unknown48.Length.ToString();
fieldValues[field] = unknown48.Length;
}
else
{
fieldValues[field] = objectReader.ReadByte();
}
break;
case TrackField.Name:
value = MxrObjectReader.ReadString(objectReader);
break;
case TrackField.UnknownArray33:
case TrackField.UnknownArray34:
case TrackField.UnknownArray35:
case TrackField.UnknownArray37:
case TrackField.UnknownArray38:
case TrackField.UnknownArray42:
if (objectReader.ReadByte() != 0)
{
throw new InvalidDataException();
}
var ints = Enumerable.Range(0, objectReader.ReadInt32())
.Select(i => (field == TrackField.UnknownArray34 || field == TrackField.UnknownArray35) ?
objectReader.ReadInt32() : objectReader.ReadInt64())
.ToList();
value = ints.Any() ? $"{ints.Count} {{\n {string.Join(", ", ints)}\n}}" : "{ }";
break;
case TrackField.Type:
fieldValues[field] = objectReader.ReadInt32();
if (fieldValues.ContainsKey(TrackField.UnknownByte41))
{
if (objectReader.ReadByte() != 255)
{
objectReader.BaseStream.Position--;
}
}
else
{
if (objectReader.ReadByte() != (byte)TrackField.Index)
{
throw new InvalidDataException();
}
m_Name = ((MxrClassIDType)fieldValues[field]).ToString();
var objectIndex = objectReader.ReadInt32();
if (_objectsDic.TryGetValue(MxrSerializedFile.GetPathID(fieldValues[field], objectIndex), out var namedObject))
{
m_Name += $" {objectIndex} ({((NamedObject)namedObject).m_Name})";
}
else if (objectIndex != -1)
{
m_Name += $" {objectIndex}";
}
value = m_Name;
}
break;
default:
fieldValues[field] = objectReader.ReadInt32();
break;
}
_infoText += $"{field} = {value ?? fieldValues[field].ToString()}\n";
return(true);
}
//Nexts goedzetten zodat ze goed op elkaar overlopen..
public void SetNexts()
{
int highest_x = trackList.Aggregate((i1, i2) => i1.X > i2.X ? i1 : i2).X;
int highest_y = trackList.Aggregate((i1, i2) => i1.Y > i2.Y ? i1 : i2).Y;
for (int x_i = 0; x_i < highest_x; x_i++)
{
for (int y_i = 0; y_i <= highest_y; y_i++)
{
TrackField tempFieldStart = null;
TrackField tempFieldNext = null;
if (y_i == 2)
{
tempFieldStart = trackList.FirstOrDefault(f => f.X == x_i && f.Y == y_i);
tempFieldNext = trackList.FirstOrDefault(f => f.X == x_i - 1 && f.Y == y_i);
}
else if (y_i == highest_y)
{
tempFieldStart = trackList.FirstOrDefault(f => f.X == x_i && f.Y == y_i);
tempFieldNext = trackList.FirstOrDefault(f => f.X == x_i - 1 && f.Y == y_i);
}
else
{
tempFieldStart = trackList.FirstOrDefault(f => f.X == x_i && f.Y == y_i);
tempFieldNext = trackList.FirstOrDefault(f => f.X == x_i + 1 && f.Y == y_i);
}
if (tempFieldNext != null && tempFieldStart != null)
{
tempFieldStart.Next = tempFieldNext;
}
}
}
//de kolom omhoog
trackList.First(v => v.X == 11 && v.Y == 2).Next = trackList.First(v => v.X == 10 && v.Y == 2);
trackList.First(v => v.X == 11 && v.Y == 3).Next = trackList.First(v => v.X == 11 && v.Y == 2);
trackList.First(v => v.X == 11 && v.Y == 4).Next = trackList.First(v => v.X == 11 && v.Y == 3);
trackList.First(v => v.X == 11 && v.Y == 5).Next = trackList.First(v => v.X == 11 && v.Y == 4);
//de bocht omlaag in de laatste rij/kolom
trackList.First(v => v.X == 11 && v.Y == 8).Next = trackList.First(v => v.X == 11 && v.Y == 9);
//koppel het schip aan het dek, schip is opgebouwd uit 3 vakken, middelste vak word de lading in geteld
TrackField quayField = trackList.FirstOrDefault(v => v.X == 9 && v.Y == 2);
if (quayField != null)
{
Quay quay = (Quay)quayField; //kade gevonden, koppel het schip aan de kade
quay.ship = trackList.FirstOrDefault(v => v.X == 9 && v.Y == 1);
}
//Bij een splitsing wordt er gekeken welke kant de wissel op staat voor de koppeling
ChangeableTrack tempW = (RightChangeableTrack)trackList.First(v => v.X == 3 && v.Y == 5);
if (tempW.IsUp)
{
trackList.First(v => v.X == 3 && v.Y == 4).Next = trackList.First(v => v.X == 3 && v.Y == 5);
}
else
{
trackList.First(v => v.X == 3 && v.Y == 6).Next = trackList.First(v => v.X == 3 && v.Y == 5);
}
tempW = (LeftChangeableTrack)trackList.First(v => v.X == 5 && v.Y == 5);
if (tempW.IsUp)
{
trackList.First(v => v.X == 5 && v.Y == 5).Next = trackList.First(v => v.X == 5 && v.Y == 4);
trackList.First(v => v.X == 5 && v.Y == 4).Next = trackList.First(v => v.X == 6 && v.Y == 4);
}
else
{
trackList.First(v => v.X == 5 && v.Y == 5).Next = trackList.First(v => v.X == 5 && v.Y == 6);
trackList.First(v => v.X == 5 && v.Y == 6).Next = trackList.First(v => v.X == 6 && v.Y == 6);
}
tempW = (RightChangeableTrack)trackList.First(v => v.X == 6 && v.Y == 7);
if (tempW.IsUp)
{
trackList.First(v => v.X == 6 && v.Y == 6).Next = trackList.First(v => v.X == 6 && v.Y == 7);
}
else
{
trackList.First(v => v.X == 6 && v.Y == 8).Next = trackList.First(v => v.X == 6 && v.Y == 7);
}
tempW = (LeftChangeableTrack)trackList.First(v => v.X == 8 && v.Y == 7);
if (tempW.IsUp)
{
trackList.First(v => v.X == 8 && v.Y == 7).Next = trackList.First(v => v.X == 8 && v.Y == 6);
trackList.First(v => v.X == 8 && v.Y == 6).Next = trackList.First(v => v.X == 9 && v.Y == 6);
}
else
{
trackList.First(v => v.X == 8 && v.Y == 7).Next = trackList.First(v => v.X == 8 && v.Y == 8);
trackList.First(v => v.X == 8 && v.Y == 8).Next = trackList.First(v => v.X == 9 && v.Y == 8);
}
tempW = (RightChangeableTrack)trackList.First(v => v.X == 9 && v.Y == 5);
if (tempW.IsUp)
{
trackList.First(v => v.X == 9 && v.Y == 4).Next = trackList.First(v => v.X == 9 && v.Y == 5);
}
else
{
trackList.First(v => v.X == 9 && v.Y == 6).Next = trackList.First(v => v.X == 9 && v.Y == 5);
}
}