static bool SET_MODEL_ID(byte[] commandBytes)
{
try
{
if (commandBytes[0] == 0x21)
{
return(true);
}
int address = cvt.int32(commandBytes, 4);
GeoLayout lol = GeoLayout.LoadSegmented(address);
if (lol != null)
{
Level.modelIDs[commandBytes[3]] = lol;
}
if (current != null && current.recordingLevelGeos)
{
current.levelGeos[commandBytes[3]] = address;
}
return(true);
}
catch (Exception ex)
{
;
}
return(false);
}
public GeoLayout DeepCopy()
{
GeoLayout output = new GeoLayout();
output.root = root.DeepCopy();
return(output);
}
public static GeoLayout LoadSegmented(int segmentedPointer)
{
validGeoLayout = false;
current = new GeoLayout();
current.segmentedPointer = segmentedPointer;
currentNode = current.root = new Node();
GeoLayoutReader.ReadFromSegmented(segmentedPointer);
if (validGeoLayout)
{
return(current);
}
return(null);
}
public void CleanLevelGeos()
{
Dictionary <byte, int> newGeo = new Dictionary <byte, int>(levelGeos);
levelGeos.Clear();
current = this;
foreach (int jumpAddress in levelGeoJumps)
{
LevelScriptReader.ReadFromSegmented(jumpAddress);
}
current = null;
foreach (var jumpGeoLayout in levelGeos)
{
newGeo.Remove(jumpGeoLayout.Key);
}
levelGeos.Clear();
foreach (var layout in newGeo)
{
try
{
GeoLayout.LoadSegmented(layout.Value);
levelGeos[layout.Key] = layout.Value;
}
catch
{
//Geo layout could not be loaded, thus should not be added to the levels geo layout list.
}
}
levelGeos = newGeo;
foreach (Area area in areas)
{
foreach (Object obj in area)
{
byte id = obj.model_ID;
obj.SetModelID(0);
obj.SetModelID(id);
}
}
}
public void AddLevelGeo(byte id, GeoLayout layout)
{
levelGeos[id] = layout.segmentedPointer;
Level.modelIDs[id] = layout;
}
public Area(Level level, int geoLayoutPointer)
{
this.level = level;
selectedObjects = new List <Object>();
geometry = GeoLayout.LoadSegmented(geoLayoutPointer);
}
void WriteLevelData()
{
foreach (LevelBankDescription bank in new LevelBankDescription[] { bank0x5, bank0x6, bank0x9 })
{
if (bank == null)
{
continue;
}
byte[][] cmd17;
if (bank.commandBytes.TryGetValue("cmd17", out cmd17))
{
foreach (byte[] cmd in cmd17)
{
BankDescription newDescription = BankDescription.Parse(cmd);
foreach (BankDescription desc in new List <BankDescription>(Editor.currentLevel.loadedBanks))
{
if (desc.ID == newDescription.ID)
{
Editor.currentLevel.loadedBanks.Remove(desc);
}
}
Editor.currentLevel.loadedBanks.Add(newDescription);
SM64RAM.EmulationState.instance.banks[newDescription.ID] = new SM64RAM.EmulationState.RAMBank(newDescription.ID, (int)newDescription.ROM_Start, (int)newDescription.ROM_End, cmd[0] != 0x17);
}
}
byte[][] cmd1A;
if (bank.commandBytes.TryGetValue("cmd1a", out cmd1A))
{
foreach (byte[] cmd in cmd1A)
{
BankDescription newDescription = BankDescription.Parse(cmd);
foreach (BankDescription desc in new List <BankDescription>(Editor.currentLevel.loadedBanks))
{
if (desc.ID == newDescription.ID)
{
Editor.currentLevel.loadedBanks.Remove(desc);
}
}
Editor.currentLevel.loadedBanks.Add(newDescription);
SM64RAM.EmulationState.instance.banks[newDescription.ID] = new SM64RAM.EmulationState.RAMBank(newDescription.ID, (int)newDescription.ROM_Start, (int)newDescription.ROM_End, true);
}
}
byte[][] cmd22;
if (bank.commandBytes.TryGetValue("cmd22", out cmd22))
{
foreach (byte[] cmd in cmd22)
{
Editor.currentLevel.AddLevelGeo(cmd[3], Level.modelIDs[cmd[3]] = GeoLayout.LoadSegmented(SM64RAM.cvt.int32(cmd, 4)));
}
}
byte[][] cmd06;
if (bank.commandBytes.TryGetValue("cmd06", out cmd06))
{
foreach (byte[] cmd in bank.commandBytes["cmd06"])
{
Editor.currentLevel.ReadJump(cmd);
}
}
Editor.currentLevel.CleanLevelGeos();
}
}