//private bool CheckAddressValidity(byte bankNo, uint offset)
//{
// if (offset == 0) return false;
// if (!MemoryManager.Instance.HasBank(bankNo))
// {
// ErrorLog.Add(string.Format("- Warning: Segment 0x{0:X2} was not initialized, cannot access offset 0x{0:X6}!\n", bankNo, offset));
// return false;
// }
// else if (!MemoryManager.Instance.LocateBank(bankNo, offset).IsValid())
// {
// ErrorLog.Add(string.Format("- Warning: Offset 0x{0:X6} is out of bounds for segment 0x{0:X2}!\n", offset, bankNo));
// return false;
// }
// return true;
//}
public void StartReadingLevelDataAt(byte bankNo, uint index)
{
//This will need to parse the commands from the level data and pick off the F3DEX
SFGfx.sv_ClearStructures(false);
SFGfx.gl_ClearRenderer(true);
SFGfx.GameObjects.Clear();
SFGfx.GameObjCount = 0;
byte limbCount = MemoryManager.Instance.ReadByte(bankNo, index + 3); //This should be the number of limbs
//First 4 bytes are things I don't know (+ the limb count), next 8 bytes are header pointers, then it starts the data
index += 0xC;
List<stuffToAdd> hierarchyTesting = new List<stuffToAdd>();
stuffToAdd topStuff = new stuffToAdd();
for(int i = 0; i < limbCount; i++)
{
if (!CheckAddressValidity(bankNo, index)) break;
SFGfx.GameObject newObj = new SFGfx.GameObject();
newObj.LvlPos = 0;
newObj.Z = (short)MemoryManager.Instance.ReadFloat(bankNo, index + 0x4);
newObj.Y = (short)MemoryManager.Instance.ReadFloat(bankNo, index + 0x8);
newObj.X = (short)MemoryManager.Instance.ReadFloat(bankNo, index + 0xC);
newObj.XRot = (short)((double)MemoryManager.Instance.ReadUShort(bankNo, index + 0x10) / 182.0444444);
newObj.YRot = (short)((double)MemoryManager.Instance.ReadUShort(bankNo, index + 0x12) / 182.0444444);
newObj.ZRot = (short)((double)MemoryManager.Instance.ReadUShort(bankNo, index + 0x14) / 182.0444444);
newObj.ID = 0;
newObj.Unk = 0;
// default dlist offset to 0
newObj.DListOffset = MemoryManager.Instance.ReadUInt(bankNo, index);
//// if object id == 0xffff, break out because this marks end of data!
//if (newObj.ID == 0xFFFF) break;
//// if object id < 0x190, get offset like this
//if (newObj.ID < 0x190)
//{
// //NOTE: SET -2 TO DMA 1
// newObj.DListOffset = MemoryManager.Instance.ReadUInt((byte)0xFF, (0xC72E4 + ((uint)newObj.ID * 0x24)));
//}
// dlist offset sanity checks
if (((newObj.DListOffset & 3) != 0x0) || // dlist offset not 4 byte aligned
((newObj.DListOffset & 0xFF000000) == 0x80000000)) // dlist offset lies in ram
newObj.DListOffset = 0x00;
stuffToAdd newHier = new stuffToAdd();
newHier.id = index + 0x04000000;
newHier.siblingID = MemoryManager.Instance.ReadUInt(bankNo, index + 0x18);
newHier.childID = MemoryManager.Instance.ReadUInt(bankNo, index + 0x1C);
index += 0x20;
//if (newObj.DListOffset != 0x00)
//{
SFGfx.GameObjects.Add(newObj);
newHier.gameObjectCount = SFGfx.GameObjCount;
SFGfx.GameObjCount++;
//}
//else
// newHier.gameObjectCount = -1;
hierarchyTesting.Add(newHier);
}
//Apply hierarchy stuff. For now, assume that there is only 1 at the top which is not a child
stuffToAdd topLevel = hierarchyTesting.SingleOrDefault(x => hierarchyTesting.Count(y => y.childID == x.id || y.siblingID == x.id) == 0);
Queue<stuffToAdd> nextTopLevel = new Queue<stuffToAdd>();
while (topLevel.id != 0)
{
//Apply transformations each step down
if (topLevel.childID != 0)
{
SFGfx.GameObject parentObject = SFGfx.GameObjects[topLevel.gameObjectCount];
stuffToAdd childNode = hierarchyTesting.SingleOrDefault(x => topLevel.childID == x.id);
while (childNode.id != 0)
{
//Do the adding here
SFGfx.GameObject gameObject = SFGfx.GameObjects[childNode.gameObjectCount];
gameObject.X += parentObject.X;
gameObject.Y += parentObject.Y;
gameObject.Z += parentObject.Z;
gameObject.XRot += parentObject.XRot;
gameObject.YRot += parentObject.YRot;
gameObject.ZRot += parentObject.ZRot;
SFGfx.GameObjects[childNode.gameObjectCount] = gameObject;
if (childNode.siblingID != 0)
childNode = hierarchyTesting.SingleOrDefault(x => childNode.siblingID == x.id);
else
childNode.id = 0;
}
}
if(topLevel.siblingID != 0)
nextTopLevel.Enqueue(hierarchyTesting.SingleOrDefault(x => topLevel.siblingID == x.id));
if(topLevel.childID != 0)
nextTopLevel.Enqueue(hierarchyTesting.SingleOrDefault(x => topLevel.childID == x.id));
if (nextTopLevel.Count > 0)
topLevel = nextTopLevel.Dequeue();
else
topLevel.id = 0;
}
for (int j = hierarchyTesting.Count - 1; j >= 0; j--)
{
if (SFGfx.GameObjects[hierarchyTesting[j].gameObjectCount].DListOffset == 0x0)
{
SFGfx.GameObjects.RemoveAt(hierarchyTesting[j].gameObjectCount);
SFGfx.GameObjCount--;
}
}
ExecuteDisplayLists();
SFCamera.Reset();
}
//private bool CheckAddressValidity(byte bankNo, uint offset)
//{
// if (offset == 0) return false;
// if (!MemoryManager.Instance.HasBank(bankNo))
// {
// ErrorLog.Add(string.Format("- Warning: Segment 0x{0:X2} was not initialized, cannot access offset 0x{0:X6}!\n", bankNo, offset));
// return false;
// }
// else if (!MemoryManager.Instance.LocateBank(bankNo, offset).IsValid())
// {
// ErrorLog.Add(string.Format("- Warning: Offset 0x{0:X6} is out of bounds for segment 0x{0:X2}!\n", offset, bankNo));
// return false;
// }
// return true;
//}
public void StartReadingLevelDataAt(byte bankNo, uint index)
{
//This will need to parse the commands from the level data and pick off the F3DEX
SFGfx.sv_ClearStructures(false);
SFGfx.gl_ClearRenderer(true);
SFGfx.GameObjects.Clear();
SFGfx.GameObjCount = 0;
byte limbCount = MemoryManager.Instance.ReadByte(bankNo, index + 3); //This should be the number of limbs
//First 4 bytes are things I don't know (+ the limb count), next 8 bytes are header pointers, then it starts the data
index += 0xC;
List <stuffToAdd> hierarchyTesting = new List <stuffToAdd>();
stuffToAdd topStuff = new stuffToAdd();
for (int i = 0; i < limbCount; i++)
{
if (!CheckAddressValidity(bankNo, index))
{
break;
}
SFGfx.GameObject newObj = new SFGfx.GameObject();
newObj.LvlPos = 0;
newObj.Z = (short)MemoryManager.Instance.ReadFloat(bankNo, index + 0x4);
newObj.Y = (short)MemoryManager.Instance.ReadFloat(bankNo, index + 0x8);
newObj.X = (short)MemoryManager.Instance.ReadFloat(bankNo, index + 0xC);
newObj.XRot = (short)((double)MemoryManager.Instance.ReadUShort(bankNo, index + 0x10) / 182.0444444);
newObj.YRot = (short)((double)MemoryManager.Instance.ReadUShort(bankNo, index + 0x12) / 182.0444444);
newObj.ZRot = (short)((double)MemoryManager.Instance.ReadUShort(bankNo, index + 0x14) / 182.0444444);
newObj.ID = 0;
newObj.Unk = 0;
// default dlist offset to 0
newObj.DListOffset = MemoryManager.Instance.ReadUInt(bankNo, index);
//// if object id == 0xffff, break out because this marks end of data!
//if (newObj.ID == 0xFFFF) break;
//// if object id < 0x190, get offset like this
//if (newObj.ID < 0x190)
//{
// //NOTE: SET -2 TO DMA 1
// newObj.DListOffset = MemoryManager.Instance.ReadUInt((byte)0xFF, (0xC72E4 + ((uint)newObj.ID * 0x24)));
//}
// dlist offset sanity checks
if (((newObj.DListOffset & 3) != 0x0) || // dlist offset not 4 byte aligned
((newObj.DListOffset & 0xFF000000) == 0x80000000)) // dlist offset lies in ram
{
newObj.DListOffset = 0x00;
}
stuffToAdd newHier = new stuffToAdd();
newHier.id = index + 0x04000000;
newHier.siblingID = MemoryManager.Instance.ReadUInt(bankNo, index + 0x18);
newHier.childID = MemoryManager.Instance.ReadUInt(bankNo, index + 0x1C);
index += 0x20;
//if (newObj.DListOffset != 0x00)
//{
SFGfx.GameObjects.Add(newObj);
newHier.gameObjectCount = SFGfx.GameObjCount;
SFGfx.GameObjCount++;
//}
//else
// newHier.gameObjectCount = -1;
hierarchyTesting.Add(newHier);
}
//Apply hierarchy stuff. For now, assume that there is only 1 at the top which is not a child
stuffToAdd topLevel = hierarchyTesting.SingleOrDefault(x => hierarchyTesting.Count(y => y.childID == x.id || y.siblingID == x.id) == 0);
Queue <stuffToAdd> nextTopLevel = new Queue <stuffToAdd>();
while (topLevel.id != 0)
{
//Apply transformations each step down
if (topLevel.childID != 0)
{
SFGfx.GameObject parentObject = SFGfx.GameObjects[topLevel.gameObjectCount];
stuffToAdd childNode = hierarchyTesting.SingleOrDefault(x => topLevel.childID == x.id);
while (childNode.id != 0)
{
//Do the adding here
SFGfx.GameObject gameObject = SFGfx.GameObjects[childNode.gameObjectCount];
gameObject.X += parentObject.X;
gameObject.Y += parentObject.Y;
gameObject.Z += parentObject.Z;
gameObject.XRot += parentObject.XRot;
gameObject.YRot += parentObject.YRot;
gameObject.ZRot += parentObject.ZRot;
SFGfx.GameObjects[childNode.gameObjectCount] = gameObject;
if (childNode.siblingID != 0)
{
childNode = hierarchyTesting.SingleOrDefault(x => childNode.siblingID == x.id);
}
else
{
childNode.id = 0;
}
}
}
if (topLevel.siblingID != 0)
{
nextTopLevel.Enqueue(hierarchyTesting.SingleOrDefault(x => topLevel.siblingID == x.id));
}
if (topLevel.childID != 0)
{
nextTopLevel.Enqueue(hierarchyTesting.SingleOrDefault(x => topLevel.childID == x.id));
}
if (nextTopLevel.Count > 0)
{
topLevel = nextTopLevel.Dequeue();
}
else
{
topLevel.id = 0;
}
}
for (int j = hierarchyTesting.Count - 1; j >= 0; j--)
{
if (SFGfx.GameObjects[hierarchyTesting[j].gameObjectCount].DListOffset == 0x0)
{
SFGfx.GameObjects.RemoveAt(hierarchyTesting[j].gameObjectCount);
SFGfx.GameObjCount--;
}
}
ExecuteDisplayLists();
SFCamera.Reset();
}
