private void parseLine(int vertexCount) {
String[] rawFaces = null;
int currentValue;
vindices = new int[vertexCount];
nindices = new int[vertexCount];
tindices = new int[vertexCount];
vertices = new Vertex[vertexCount];
normals = new Vertex[vertexCount];
textures = new TextureCoordinate[vertexCount];
for (int i = 1; i <= vertexCount; i++) {
rawFaces = words[i].split("/");
// v
currentValue = Integer.parseInt(rawFaces[0]);
vindices[i - 1] = currentValue - 1;
// save vertex
vertices[i - 1] =
object.getVertices().get(currentValue - 1); // -1 because references starts at 1
if (rawFaces.length == 1) {
continue;
}
// save texcoords
if (!"".equals(rawFaces[1])) {
currentValue = Integer.parseInt(rawFaces[1]);
// System.out.println( currentValue+" at line: " + lineCounter);
if (currentValue
<= object
.getTextures()
.size()) // This is to compensate the fact that if no texture is in the obj file,
// sometimes '1' is put instead of 'blank' (we find coord1/1/coord3 instead
// of coord1//coord3 or coord1/coord3)
{
tindices[i - 1] = currentValue - 1;
textures[i - 1] =
object.getTextures().get(currentValue - 1); // -1 because references starts at 1
}
// System.out.print("indice="+currentValue+" ="+textures[i-1].getU() +
// ","+textures[i-1].getV());
// System.out.println(textures[i-1].getU()+"-"+textures[i-1].getV());
}
// save normal
if (rawFaces.length == 3) {
currentValue = Integer.parseInt(rawFaces[2]);
nindices[i - 1] = currentValue - 1;
normals[i - 1] =
object.getNormals().get(currentValue - 1); // -1 because references starts at 1
}
}
}
@Override
public void incoporateResults(WavefrontObject wavefrontObject) {
// wavefrontObject.getFaces().add(face);
Group group = wavefrontObject.getCurrentGroup();
if (group == null) {
group = new Group("Default created by loader");
wavefrontObject.getGroups().add(group);
wavefrontObject.getGroupsDirectAccess().put(group.getName(), group);
wavefrontObject.setCurrentGroup(group);
}
if (this.vertices.length == 3) {
// Add list of vertex/normal/texcoord to current group
// Each object keeps a list of its own data, apart from the global list
group.vertices.add(this.vertices[0]);
group.vertices.add(this.vertices[1]);
group.vertices.add(this.vertices[2]);
group.normals.add(this.normals[0]);
group.normals.add(this.normals[1]);
group.normals.add(this.normals[2]);
group.texcoords.add(this.textures[0]);
group.texcoords.add(this.textures[1]);
group.texcoords.add(this.textures[2]);
group.indices.add(group.indexCount++);
group.indices.add(group.indexCount++);
group.indices.add(group.indexCount++); // create index list for current object
face.vertIndices = vindices;
face.normIndices = nindices;
face.texIndices = tindices;
face.setNormals(this.normals);
face.setNormals(this.normals);
face.setVertices(this.vertices);
face.setTextures(this.textures);
face.setMaterial(wavefrontObject.getCurrentFaceMaterial());
wavefrontObject.getCurrentGroup().addFace(face);
} else {
// Add list of vertex/normal/texcoord to current group
// Each object keeps a list of its own data, apart from the global list
group.vertices.add(this.vertices[0]);
group.vertices.add(this.vertices[1]);
group.vertices.add(this.vertices[2]);
group.vertices.add(this.vertices[3]);
group.normals.add(this.normals[0]);
group.normals.add(this.normals[1]);
group.normals.add(this.normals[2]);
group.normals.add(this.normals[3]);
group.texcoords.add(this.textures[0]);
group.texcoords.add(this.textures[1]);
group.texcoords.add(this.textures[2]);
group.texcoords.add(this.textures[3]);
group.indices.add(group.indexCount++);
group.indices.add(group.indexCount++);
group.indices.add(group.indexCount++);
group.indices.add(group.indexCount++); // create index list for current object
face.vertIndices = vindices;
face.normIndices = nindices;
face.texIndices = tindices;
face.setNormals(this.normals);
face.setNormals(this.normals);
face.setVertices(this.vertices);
face.setTextures(this.textures);
face.setMaterial(wavefrontObject.getCurrentFaceMaterial());
wavefrontObject.getCurrentGroup().addFace(face);
}
}