public void Build(ref InteriorResource ir)
{
Console.WriteLine("Building BSP");
var bspnodes = new List <BSPBuilder.BSPNode>();
foreach (var poly in polygons)
{
var leafnode = new BSPBuilder.BSPNode();
leafnode.IsLeaf = true;
leafnode.Polygon = poly;
var n = new BSPBuilder.BSPNode();
n.Front = leafnode;
n.Plane = new Plane(poly.Vertices[0], poly.Normal);
bspnodes.Add(n);
}
var BSPBuilder = new BSPBuilder();
var root = BSPBuilder.BuildBSPRecursive(bspnodes);
polygons.Clear();
Console.WriteLine("Gathering Polygons");
root.GatherPolygons(ref polygons);
interior = new Interior();
Console.WriteLine("Exporting BSP");
var orderedpolys = new List <Polygon>();
ExportBSP(root, ref orderedpolys);
var groupedPolys = new List <List <Polygon> >();
int fullpolycount = orderedpolys.Count / 8;
int rem = orderedpolys.Count % 8;
for (int i = 0; i < orderedpolys.Count - rem; i += 8)
{
var polysList = new List <Polygon>();
for (int j = 0; j < 8; j++)
{
polysList.Add(orderedpolys[i + j]);
}
groupedPolys.Add(polysList);
}
var lastPolys = new List <Polygon>();
for (int i = orderedpolys.Count - rem; i < orderedpolys.Count; i++)
{
lastPolys.Add(orderedpolys[i]);
}
if (lastPolys.Count != 0)
{
groupedPolys.Add(lastPolys);
}
Console.WriteLine("Exporting Convex Hulls");
ExportConvexHulls(groupedPolys);
Console.WriteLine("Exporting Zones");
if (interior.zones == null)
{
interior.zones = new List <Zone>();
}
var z = new Zone();
z.portalStart = 0;
z.portalCount = 0;
z.surfaceStart = 0;
z.surfaceCount = interior.surfaces.Count;
interior.zones.Add(z);
Console.WriteLine("Exporting ZoneSurfaces");
if (interior.zoneSurfaces == null)
{
interior.zoneSurfaces = new MultiSizeIntList <short, short>();
}
if (interior.surfaces.Count > ushort.MaxValue)
{
throw new Exception("Max surfaces for zone reached");
}
for (int i = 0; i < interior.surfaces.Count; i++)
{
interior.zoneSurfaces.Add((short)i);
}
interior.boundingBox = GetBoundingBox();
interior.boundingSphere = GetBoundingSphere();
Console.WriteLine("Exporting CoordBins");
ExportCoordBins();
Console.WriteLine("Finalizing");
//Initialize all the null values to default values
interior.interiorFileVersion = 0;
interior.materialListVersion = 1;
interior.coordBinMode = 0;
interior.baseAmbientColor = new ColorF()
{
red = 1, green = 1, blue = 1, alpha = 1
};
interior.alarmAmbientColor = new ColorF()
{
red = 1, green = 1, blue = 1, alpha = 1
};
interior.detailLevel = 0;
interior.minPixels = 250;
interior.hasAlarmState = false;
interior.numLightStateEntries = 0;
interior.animatedLights = new List <AnimatedLight>();
interior.lightMaps = new List <Lightmap>();
interior.lightStates = new List <LightState>();
interior.nameBuffer = new List <byte>();
interior.nullSurfaces = new List <NullSurface>();
interior.portals = new List <Portal>();
interior.stateDataBuffer = new StateDataBuffer();
interior.stateDatas = new List <StateData>();
interior.texMatIndices = new List <int>();
interior.texMatrices = new List <TexMatrix>();
interior.texNormals = new List <Vector3>();
interior.zonePortalList = new MultiSizeIntList <short, short>();
interior.extendedLightMapData = new ExtendedLightmapData()
{
extendedData = 0
};
ir.detailLevels.Add(interior);
}
short ExportBSP(BSPBuilder.BSPNode n, ref List <Polygon> orderedPolys)
{
if (interior.bspNodes == null)
{
interior.bspNodes = new List <BSPNode>();
}
if (interior.bspSolidLeaves == null)
{
interior.bspSolidLeaves = new List <BSPSolidLeaf>();
}
if (interior.solidLeafSurfaces == null)
{
interior.solidLeafSurfaces = new MultiSizeIntList <int, short>();
}
if (n.IsLeaf)
{
var leafindex = interior.bspSolidLeaves.Count;
if (leafindex > ushort.MaxValue)
{
throw new Exception("Max BSPSolidLeaves Reached");
}
var leaf = new BSPSolidLeaf();
leaf.surfaceIndex = interior.solidLeafSurfaces.Count;
leaf.surfaceCount = 0;
var leafPolyIndices = new List <int>();
leafPolyIndices.Add(ExportSurface(n.Polygon));
orderedPolys.Add(n.Polygon);
for (int i = 0; i < leafPolyIndices.Count; i++)
{
interior.solidLeafSurfaces.Add(leafPolyIndices[i]);
leaf.surfaceCount++;
}
interior.bspSolidLeaves.Add(leaf);
return(CreateLeafIndex((ushort)leafindex, true));
}
else
{
var bspnode = new BSPNode();
int nodeindex = interior.bspNodes.Count;
if (nodeindex > ushort.MaxValue)
{
throw new Exception("Max BSPNodes reached");
}
interior.bspNodes.Add(bspnode);
bspnode.planeIndex = ExportPlane(n.Plane);
if (n.Front != null)
{
bspnode.frontIndex = ExportBSP(n.Front, ref orderedPolys);
}
else
{
bspnode.frontIndex = CreateLeafIndex(0, false);
}
if (n.Back != null)
{
bspnode.backIndex = ExportBSP(n.Back, ref orderedPolys);
}
else
{
bspnode.backIndex = CreateLeafIndex(0, false);
}
return((short)nodeindex);
}
}
