public List <RenderObject> ConvertForEngine(Engine3D engine)
{
List <RenderObject> result = new List <RenderObject>();
foreach (Helper.BF2CollisionMeshGeometry geom in geometry)
{
foreach (Helper.BF2CollisionMeshSubGeometry subgeo in geom.subGeom)
{
foreach (Helper.BF2CollisionMeshColData col in subgeo.colData)
{
RenderObject o = new RenderObject(engine.device, RenderObject.RenderType.TriListWired, engine.defaultTexture, engine);
List <RenderObject.VertexWired> list = new List <RenderObject.VertexWired>();
for (int i = 0; i < col.numFaces; i++)
{
ushort[] face = col.faces[i];
list.Add(new RenderObject.VertexWired(col.vertices[face[0]].ToRawVec3(), Color4.Black));
list.Add(new RenderObject.VertexWired(col.vertices[face[1]].ToRawVec3(), Color4.Black));
list.Add(new RenderObject.VertexWired(col.vertices[face[2]].ToRawVec3(), Color4.Black));
}
o.verticesWired = list.ToArray();
if (list.Count != 0)
{
o.InitGeometry();
result.Add(o);
}
}
}
}
return(result);
}
public RenderObject(Device d, RenderType t, Texture2D tex, Engine3D e)
{
device = d;
type = t;
engine = e;
texture = tex;
if (tex != null)
{
textureView = new ShaderResourceView(device, tex);
}
}
public List <RenderObject> ConvertForEngine(Engine3D engine, bool loadTextures, int geoMatIdx)
{
List <RenderObject> result = new List <RenderObject>();
if (geoMatIdx >= geomat.Count)
{
geoMatIdx = geomat.Count() - 1;
}
Helper.BF2MeshSTMGeometryMaterial lod0 = geomat[geoMatIdx];
for (int i = 0; i < lod0.numMaterials; i++)
{
Helper.BF2MeshSTMMaterial mat = lod0.materials[i];
List <RenderObject.VertexTextured> list = new List <RenderObject.VertexTextured>();
List <RenderObject.VertexWired> list2 = new List <RenderObject.VertexWired>();
Texture2D texture = null;
if (loadTextures)
{
foreach (string path in mat.textureMapFiles)
{
texture = engine.textureManager.FindTextureByPath(path);
if (texture != null)
{
break;
}
}
}
if (texture == null)
{
texture = engine.defaultTexture;
}
int m = geometry.vertices.Count / (int)geometry.numVertices;
for (int j = 0; j < mat.numIndicies; j++)
{
int pos = (geometry.indices[(int)mat.indiciesStartIndex + j] + (int)mat.vertexStartIndex) * m;
list.Add(GetVertex(pos));
list2.Add(GetVector(pos));
}
if (mat.numIndicies != 0)
{
RenderObject o = new RenderObject(engine.device, RenderObject.RenderType.TriListTextured, texture, engine);
o.verticesTextured = list.ToArray();
o.InitGeometry();
result.Add(o);
RenderObject o2 = new RenderObject(engine.device, RenderObject.RenderType.TriListWired, texture, engine);
o2.verticesWired = list2.ToArray();
o2.InitGeometry();
result.Add(o2);
}
}
return(result);
}
private void MainForm_Activated(object sender, EventArgs e)
{
if (init)
{
return;
}
BF2FileSystem.Load();
BF2HUDLoader.Init();
Log.WriteLine("Done. Loaded " + (BF2FileSystem.clientFS.Count() + BF2FileSystem.serverFS.Count()) + " files");
RefreshTrees();
engineMeshExplorer = new Engine3D(pic2);
engineLevelExplorer = new Engine3D(pic3);
BF2Level.engine = engineLevelExplorer;
engineLevelExplorer.renderLevel = true;
renderTimerMeshes.Enabled = true;
renderTimerLevel.Enabled = true;
toolStripComboBox1.SelectedIndex = 0;
init = true;
}
public void ConvertForEngine(Engine3D engine)
{
ro = new RenderObject(engine.device, RenderObject.RenderType.TriListTextured, engine.defaultTexture, engine);
List <RenderObject.VertexTextured> result = new List <RenderObject.VertexTextured>();
uint size = patchSize;
foreach (BF2TerrainQuadPatch quad in quads)
{
List <RenderObject.VertexTextured> list = new List <RenderObject.VertexTextured>();
Vector3 p = quad.position - new Vector3(patchSize, 0, patchSize);
p.Y = -1f;
uint tdx = 0; // (uint)(quad.y + numPatches / 2) * patchSize;
uint tdy = 0; // (uint)(quad.x + numPatches / 2) * patchSize;
float tx, tz, dx = primaryWorldScale.X, dz = primaryWorldScale.Z;
for (uint j = 0; j < patchSize; j++)
{
for (uint i = 0; i < patchSize; i++)
{
tx = i * dx;
tz = j * dz;
list.Add(new RenderObject.VertexTextured(Helper.ToV4(p + new Vector3(tx, quad.GetHeight(i, j), tz)), Color4.Black, new Vector2((tdx + j) / (float)size, (tdy + i) / (float)size)));
list.Add(new RenderObject.VertexTextured(Helper.ToV4(p + new Vector3(tx + dx, quad.GetHeight(i + 1, j), tz)), Color4.Black, new Vector2((tdx + j) / (float)size, (tdy + i + 1) / (float)size)));
list.Add(new RenderObject.VertexTextured(Helper.ToV4(p + new Vector3(tx, quad.GetHeight(i, j + 1), tz + dz)), Color4.Black, new Vector2((tdx + j + 1) / (float)size, (tdy + i) / (float)size)));
list.Add(new RenderObject.VertexTextured(Helper.ToV4(p + new Vector3(tx, quad.GetHeight(i, j + 1), tz + dz)), Color4.Black, new Vector2((tdx + j + 1) / (float)size, (tdy + i) / (float)size)));
list.Add(new RenderObject.VertexTextured(Helper.ToV4(p + new Vector3(tx + dx, quad.GetHeight(i + 1, j), tz)), Color4.Black, new Vector2((tdx + j) / (float)size, (tdy + i + 1) / (float)size)));
list.Add(new RenderObject.VertexTextured(Helper.ToV4(p + new Vector3(tx + dx, quad.GetHeight(i + 1, j + 1), tz + dz)), Color4.Black, new Vector2((tdx + j + 1) / (float)size, (tdy + i + 1) / (float)size)));
}
}
for (int i = 0; i < list.Count; i++)
{
RenderObject.VertexTextured v = list[i];
v.Position.Y *= primaryWorldScale.Y;
list[i] = v;
}
result.AddRange(list);
}
ro.verticesTextured = result.ToArray();
GC.Collect();
ro.InitGeometry();
}
public List <RenderObject> ConvertForEngine(Engine3D engine, Texture2D texture)
{
List <RenderObject> result = new List <RenderObject>();
List <RenderObject.VertexTextured> list = new List <RenderObject.VertexTextured>();
List <RenderObject.VertexWired> list2 = new List <RenderObject.VertexWired>();
for (int i = 0; i < numIndicies; i++)
{
list.Add(vertices[indicies[i]].ToTextured());
list2.Add(vertices[indicies[i]].ToWired());
}
RenderObject textured = new RenderObject(engine.device, RenderObject.RenderType.TriListTextured, texture, engine);
RenderObject wired = new RenderObject(engine.device, RenderObject.RenderType.TriListWired, null, engine);
textured.verticesTextured = list.ToArray();
wired.verticesWired = list2.ToArray();
textured.InitGeometry();
wired.InitGeometry();
result.Add(textured);
result.Add(wired);
return(result);
}
