public void addVertexFall(Parallelepiped par, MultiMeshc meshc)
{
Action <TGCVector3> addToChunk = v =>
{
Chunk c = fromCoordinates(v);
if (c != null)
{
if (!c.multimeshes.Contains(meshc))
{
c.multimeshes.Add(meshc);
c.parallelepipedsOfMultimesh.Add(par);
}
else
{
if (!c.parallelepipedsOfMultimesh.Contains(par))
{
c.parallelepipedsOfMultimesh.Add(par);
}
}
}
};
foreach (TGCVector3 vertex in par.transformedVertex)
{
addToChunk(vertex);
}
Action <int, int, float> extraVertex = (v1, v2, w1) =>
{
float w2 = 1f - w1;
var vertex = new TGCVector3(par.transformedVertex[v1].X * w1 + par.transformedVertex[v2].X * w2,
0,
par.transformedVertex[v1].Z * w1 + par.transformedVertex[v2].Z * w2);
addToChunk(vertex);
};
extraVertex(0, 4, .5f);
extraVertex(0, 1, .5f);
extraVertex(1, 5, .5f);
extraVertex(4, 5, .5f);//@optim puede que tirar vertex del piso no sea necesario, ver al final
extraVertex(2, 6, .5f);
extraVertex(2, 3, .5f);
extraVertex(3, 7, .5f);
extraVertex(6, 7, .5f);
extraVertex(2, 7, .5f);
extraVertex(2, 7, .25f);
extraVertex(2, 7, .75f);
extraVertex(4, 1, .5f);
extraVertex(4, 1, .25f);
extraVertex(4, 1, .75f);
}
void addChurch()
{
var loader = new TgcSceneLoader();
var scene = loader.loadSceneFromFile(g.game.MediaDir + "church-TgcScene.xml");
var mm = new MultiMeshc();
mm.originalMesh = TGCMatrix.Translation(0, -160, 0)
* TGCMatrix.Scaling(75, 75, 75);
int cantBoxes = 0;
foreach (var m in scene.Meshes)
{
if (m.Name.StartsWith("Box"))
{
cantBoxes++;
}
}
const int putByHand = 7;
mm.meshes = new TgcMesh[scene.Meshes.Count - cantBoxes];
mm.parallelipeds = new Parallelepiped[cantBoxes + putByHand];
int meshIndex = 0;
int parIndex = 0;
foreach (var m in scene.Meshes)
{
if (m.Name.StartsWith("Box"))
{
var par = Parallelepiped.fromBounding(m.BoundingBox);
mm.parallelipeds[parIndex++] = par;
par.transform(mm.originalMesh);
g.chunks.addVertexFall(par, mm);
}
else
{
m.AutoTransformEnable = false;
mm.meshes[meshIndex++] = m;
}
}
//---
//+--
//-+-
//++-
//--+
//+-+
//-++
//+++
//techito
mm.parallelipeds[parIndex++] = Parallelepiped.fromVertex(
1, 472, -257,
66, 413, -257,
1, 430, -257,
32, 413, -257,
1, 472, -214,
66, 413, -214,
1, 430, -214,
32, 413, -214
);
mm.parallelipeds[parIndex++] = Parallelepiped.fromVertex(
-62, 414, -257,
-29, 414, -257,
1, 469, -257,
1, 430, -257,
-62, 414, -213,
-29, 414, -213,
1, 469, -213,
1, 430, -213
);
//bordes
mm.parallelipeds[parIndex++] = Parallelepiped.fromVertex(
-93, 279, -257,
-58, 279, -257,
-58, 327, -257,
-58.5f, 327.5f, -257,
-93, 279, -213,
-58, 279, -213,
-58, 327, -213,
-58.5f, 327.5f, -213
);
mm.parallelipeds[parIndex++] = Parallelepiped.fromVertex(
95, 279, -257,
69, 279, -257,
69, 317, -257,
69.5f, 317.5f, -257,
95, 279, -213,
69, 279, -213,
69, 317, -213,
69.5f, 317.5f, -213
);
//fondo
mm.parallelipeds[parIndex++] = Parallelepiped.fromVertex(
166, 230, 260,
-163, 230, 260,
0, 332, 260,
0.5f, 332.5f, 260,
166, 230, 239,
-163, 230, 239,
0, 332, 239,
0.5f, 332.5f, 239
);
//techo
mm.parallelipeds[parIndex++] = Parallelepiped.fromVertex(
172, 227, 264,
0, 227f, 264,
172, 231, 264,
0, 341, 264,
172, 227, -217,
0, 227f, -217,
172, 231, -217,
0, 341, -217
);
mm.parallelipeds[parIndex++] = Parallelepiped.fromVertex(
-172, 227, 264,
0, 227f, 264,
-172, 231, 264,
0, 341, 264,
-172, 227, -217,
0, 227f, -217,
-172, 231, -217,
0, 341, -217
);//puede que el que tenga forma de triangulo cause problemas con alguna deformacion por los
//vertex fall, pero por ahora no parece haber problema
mm.deformation = new TGCMatrix();
mm.deformation.M21 = 1;
mm.deformation.M22 = 1.5f;
for (int i = cantBoxes; i < cantBoxes + putByHand; i++)
{
var par = mm.parallelipeds[i];
par.transform(mm.originalMesh);
g.chunks.addVertexFall(par, mm);
}
/*
* //partes de la iglesia no caen en ningun vertex, las agrego manualmente
* var addToChunk = new Action<TGCVector3>(v => {
* var c = g.chunks.fromCoordinates(v);
* if (!c.multimeshes.Contains(mm))
* {
* c.multimeshes.Add(mm);
* }
* });
*
* addToChunk(new TGCVector3(-7168f, 0, 18671f));
* addToChunk(new TGCVector3(124, 0, -345));
* addToChunk(new TGCVector3(-1991, 0, -8930));
* addToChunk(new TGCVector3(-3159, 0, 3621));
* addToChunk(new TGCVector3(2258, 0, 3767));
*
* //centro de la iglesia ( -2879,753 -10917,6 3882,9 )
*/
mm.type = 0;
}
