private static void RegionParse_cmd06(ROM rom, List <Region> regions, RegionParseState state)
{
int segment = rom.Read8(4);
if (segment != 0x0e)
{
return;
}
int type = rom.Read8(1);
if (type != 0)
{
throw new NotSupportedException("Terminating Branch not supported!");
}
int segmentedAddress = rom.Read32(4);
int address = rom.GetROMAddress(segmentedAddress);
List <Region> regionsBranch = new List <Region>();
RegionParseState stateBranch = PerformRegionParseInternal(rom, regionsBranch, address, 0);
// TODO: Copy/update more if needed
if (stateBranch.FDAddress != -1)
{
state.FDAddress = stateBranch.FDAddress;
}
foreach (Region region in regionsBranch)
{
state.textureData.AddRegion(region.romStart, region.length);
}
}
private static void RegionParse_cmd2E(ROM rom, List <Region> regions, RegionParseState state)
{
int segmentedAddress = rom.Read32(4);
int segment = rom.Read8(4);
// Only 0x19 or 0x0E commands are supported
if (segment != 0x19 && segment != 0x0E)
{
return;
}
try
{
List <Region> collisionRegions = new List <Region>();
Collision.PerformRegionParse(rom, collisionRegions, (int)rom.GetROMAddress(segmentedAddress));
foreach (Region region in collisionRegions)
{
region.area = state.area;
}
regions.AddRange(collisionRegions);
}
catch (NotSupportedException e)
{
MessageBox.Show(String.Format("Model {0} collision parsing is not supported! Reason : '{1}'", state.area, e.Message), "Level Parser", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
catch (Exception e)
{
MessageBox.Show(String.Format("Failed to parse model {0} collision! Reason : '{1}'", state.area, e.Message), "Level Parser", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
private static void TriangleMapParse_cmd04(ROM rom, TriangleMap map, TriangleMapParseState state)
{
state.vertexLoadCmd = (UInt64)rom.Read64();
byte vertexDesc = rom.Read8(1);
byte vertexCount = (byte)(((vertexDesc & 0xF0) >> 4) + 1);
byte vertexOffset = (byte)((vertexDesc & 0x0F));
Int32 vertexSegmentedAddress = rom.Read32(4);
state.segmentedVertexBufferAddress = vertexSegmentedAddress;
Int32 romPtr = rom.GetROMAddress(vertexSegmentedAddress);
if (romPtr == -1)
{
throw new ArgumentException("Invalid segmented address!");
}
rom.PushOffset(romPtr);
for (int vertex = vertexOffset; vertex < vertexCount; vertex++)
{
Int64 lo = rom.Read64();
Int64 hi = rom.Read64(8);
state.vbuf[vertex] = new Vertex((UInt64)lo, (UInt64)hi);
state.vbufRomStart[vertex] = rom.offset;
state.scrollBuf[vertex] = FindMatchingScroll(state.scrolls, vertexSegmentedAddress, state.td);
rom.AddOffset(0x10);
vertexSegmentedAddress += 0x10;
}
rom.PopOffset();
}
private static void RegionParse_cmd03(ROM rom, List <Region> regions, RegionParseState state)
{
int segment = rom.Read8(4);
if (segment != 0x0e)
{
return;
}
int segmentedAddress = rom.Read32(4);
int address = rom.GetROMAddress(segmentedAddress);
state.lightData.AddRegion(address, 0x8);
}
private static void RegionParse_cmd15(ROM rom, List <Region> regions)
{
int segment = rom.Read8(4);
if (segment != 0x0e)
{
return;
}
int segmentedAddress = rom.Read32(4);
int address = (int)rom.GetROMAddress(segmentedAddress);
DisplayList.PerformRegionParse(rom, regions, address, rom.Read8(1));
}
private static void RegionParse_cmd04(ROM rom, List <Region> regions, RegionParseState state)
{
int segment = rom.Read8(4);
if (segment != 0x0e)
{
return;
}
int segmentedAddress = rom.Read32(4);
int address = rom.GetROMAddress(segmentedAddress);
state.vertexData.AddRegion(address, rom.Read16(2));
//regions.Add(new Region(address, rom.Read16(2), RegionState.VertexInfo));
}
private static void RegionParse_cmdFD(ROM rom, List <Region> regions, RegionParseState state)
{
state.FDAddress = -1;
int segment = rom.Read8(4);
if (segment != 0x0e)
{
return;
}
int segmentedAddress = rom.Read32(4);
int address = (int)rom.GetROMAddress(segmentedAddress);
state.FDAddress = address;
}
private static void RegionParse_cmd06(ROM rom, List <Region> regions, RegionParseState state)
{
int segmentedAddress = rom.Read32(4);
int segment = SegmentedAddressHelper.GetSegment(segmentedAddress);
// 06 command will return one way or another, so just wait for it
if (segment != 0x19)
{
return;
}
CutRegion(rom, regions, state, rom.offset, state.regionState);
state.retAddressStack.Push(rom.offset + rom.Read8(1));
int offset = (int)rom.GetROMAddress(segmentedAddress);
rom.offset = offset - 8; // kostul for next cmd switching
state.start = offset;
}
private static void RegionParse_cmd00(ROM rom, List <Region> regions, RegionParseState state)
{
int segment = rom.Read8(3);
if (segment != 0x19)
{
throw new MessageException("ROM does not use bank 0x19. Did you import a level?");
}
int startAddress = rom.Read32(4);
int endAddress = rom.Read32(8);
SegmentDescriptor descriptor = new SegmentDescriptor(startAddress, endAddress - startAddress);
rom.SetSegment(segment, descriptor);
int segmentedAddress = rom.Read32(12);
int levelscriptAddress = rom.GetROMAddress(segmentedAddress);
rom.offset = levelscriptAddress - 0x10; // kostul for adding 0x10
state.start = levelscriptAddress;
}
private static void RegionParse_cmd22(ROM rom, List <Region> regions, RegionParseState state)
{
if (state.regionState != RegionState.ModelsLoader)
{
CutRegion(rom, regions, state, rom.offset, RegionState.ModelsLoader);
}
int segmentedAddress = rom.Read32(4);
int segment = rom.Read8(4);
int model = rom.Read8(3);
// Only 0x19 or 0x0E commands are supported
if (segment != 0x19 && segment != 0x0E)
{
return;
}
try
{
List <Region> modelRegions = new List <Region>();
int geoLayoutROMAddress = rom.GetROMAddress(segmentedAddress);
GeoLayout.PerformRegionParse(rom, modelRegions, geoLayoutROMAddress);
foreach (Region region in modelRegions)
{
region.model = model;
}
regions.AddRange(modelRegions);
}
catch (NotSupportedException e)
{
MessageBox.Show(String.Format("Model {0} graphics parsing is not supported! Reason : '{1}'", state.area, e.Message), "Level Parser", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
catch (Exception e)
{
MessageBox.Show(String.Format("Failed to parse model {0} graphics! Reason : '{1}'", state.area, e.Message), "Level Parser", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
private static void RegionParse_cmd1F(ROM rom, List <Region> regions, RegionParseState state)
{
CutRegion(rom, regions, state, rom.offset, RegionState.AreaHeader);
int segmentedAddress = rom.Read32(4);
int segment = rom.Read8(4);
sbyte area = (sbyte)rom.Read8(2);
state.area = area;
state.regionState = RegionState.AreaHeader;
// Only 0x19 or 0x0E commands are supported
// Usually it is in segment 19 anyways
if (segment != 0x19 && segment != 0x0E)
{
return;
}
int geoLayoutROMAddress = rom.GetROMAddress(segmentedAddress);
List <Region> areaGeolayoutRegions = new List <Region>();
try
{
GeoLayout.PerformRegionParse(rom, areaGeolayoutRegions, geoLayoutROMAddress);
foreach (Region region in areaGeolayoutRegions)
{
region.area = area;
}
regions.AddRange(areaGeolayoutRegions);
}
catch (NotSupportedException e)
{
MessageBox.Show(String.Format("Area {0} graphics parsing is not supported! Reason : '{1}'", state.area, e.Message), "Level Parser", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
catch (Exception e)
{
MessageBox.Show(String.Format("Failed to parse area {0} graphics! Reason : '{1}'", state.area, e.Message), "Level Parser", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
private static void HeaderParse_cmd00(ROM rom)
{
int segment = rom.Read8(3);
if (segment != 0x19)
{
throw new MessageException("ROM does not use bank 0x19. Did you import a level?");
}
int startAddress = rom.Read32(4);
int endAddress = rom.Read32(8);
SegmentDescriptor descriptor = new SegmentDescriptor(startAddress, endAddress - startAddress);
rom.SetSegment(segment, descriptor);
//rom.levelScriptEntryOffset = rom.offset + 12;
int segmentedAddress = rom.Read32(12);
int levelscriptAddress = rom.GetROMAddress(segmentedAddress);
rom.offset = levelscriptAddress - 0x10; // kostul for adding 0x10
}
static RegionParseState PerformRegionParseInternal(ROM rom, List <Region> regions, int offset, int layer)
{
RegionParseState state = new RegionParseState();
rom.PushOffset(offset);
try
{
int cmd = 0;
do
{
cmd = rom.Read8();
parser[cmd](rom, regions, state);
rom.AddOffset(8);
}while (cmd != 0xB8);
Region region;
SortedRegionList graphicsData = new SortedRegionList();
foreach (KeyValuePair <int, int> lightRegion in state.lightData.RegionList)
{
//region = new Region(lightRegion.Key, lightRegion.Value, RegionState.LightData);
graphicsData.AddRegion(lightRegion.Key, lightRegion.Value);
//regions.Add(region);
}
// kostul
if (state.lightData.RegionList.Count == 0)
{
graphicsData.AddRegion(rom.GetROMAddress(0x0E000000), 0x10);
}
foreach (KeyValuePair <int, int> textureRegion in state.textureData.RegionList)
{
//region = new Region(textureRegion.Key, textureRegion.Value, RegionState.TextureInfo);
graphicsData.AddRegion(textureRegion.Key, textureRegion.Value);
//regions.Add(region);
}
foreach (KeyValuePair <int, int> vertexRegion in state.vertexData.RegionList)
{
//region = new Region(vertexRegion.Key, vertexRegion.Value, RegionState.VertexInfo);
graphicsData.AddRegion(vertexRegion.Key, vertexRegion.Value);
//regions.Add(region);
}
int count = 0;
foreach (KeyValuePair <int, int> notFixedRegion in graphicsData.RegionList)
{
region = new DynamicRegion(notFixedRegion.Key, notFixedRegion.Value, RegionState.GraphicsData);
region.number = count++;
regions.Add(region);
}
region = new DisplayListRegion(offset, rom.offset - offset, state.isFogEnabled, state.isEnvColorEnabled, state.FCCount, state.B9cmdfirst, layer);
regions.Add(region);
}
finally
{
rom.PopOffset();
}
return(state);
}
