public void loadBuffers() {
SurfCell curSurf; // the current surface being worked with
PolyCell curPoly; // the current polygon in the surface
VertListCell curVertLC;
curSurf = surfHead;
int vertCount;
while (curSurf != null) {
int vertsPerPrim;
vertCount = 0;
curPoly = curSurf.polyHead;
// vertCount += curPoly.numVerts;
vertsPerPrim = curPoly.numVerts;
while (curPoly != null) {
vertCount += curPoly.numVerts;
if (curPoly.numVerts != vertsPerPrim) {
System.out.printf("Surface %s: Unequal number of vertices ", curSurf.name);
System.out.printf(
"\n First prim had %d Cur Prim has %d\n", curPoly.numVerts, vertsPerPrim);
return;
}
curPoly = curPoly.next;
}
curSurf.numVerts = vertCount;
float vertices[] = new float[vertCount * 3];
int vInd = 0;
float normals[] = new float[vertCount * 3];
int nInd = 0;
curPoly = curSurf.polyHead;
while (curPoly != null) {
curVertLC = curPoly.vert;
while (curVertLC != null) {
// for(int i = 0; i < curPoly.numVerts; i++);{
VertCell curVert = vertArray.get(curVertLC.vert);
vertices[vInd++] = (float) curVert.worldPos.x;
vertices[vInd++] = (float) curVert.worldPos.y;
vertices[vInd++] = (float) curVert.worldPos.z;
normals[nInd++] = (float) vertNormArray[curVertLC.vert].x;
normals[nInd++] = (float) vertNormArray[curVertLC.vert].y;
normals[nInd++] = (float) vertNormArray[curVertLC.vert].z;
curVertLC = curVertLC.next;
}
curPoly = curPoly.next;
}
// now put vertices and normals into VertexArray or Buffer
curSurf.vertexBuffer = Buffers.newDirectFloatBuffer(vertices.length);
curSurf.vertexBuffer.put(vertices);
curSurf.vertexBuffer.rewind();
curSurf.normalBuffer = Buffers.newDirectFloatBuffer(normals.length);
curSurf.normalBuffer.put(normals);
curSurf.normalBuffer.rewind();
curSurf = curSurf.next;
}
}
