private void writeFaces(BufferedWriter writer, Element cuboid) throws IOException {
writer.write(space(3) + "\"faces\": {");
writer.newLine();
for (Face face : cuboid.getAllFaces()) {
if (face.isEnabled()) {
writer.write(space(4) + "\"" + Face.getFaceName(face.getSide()) + "\": { ");
writer.write(
"\"texture\": \"#"
+ textureList.indexOf(face.getTextureLocation() + face.getTextureName())
+ "\"");
writer.write(
", \"uv\": [ "
+ numToString(face.getStartU())
+ ", "
+ numToString(face.getStartV())
+ ", "
+ numToString(face.getEndU())
+ ", "
+ numToString(face.getEndV())
+ " ]");
if (face.getRotation() > 0)
writer.write(", \"rotation\": " + numToString(face.getRotation() * 90));
if (face.isCullfaced())
writer.write(", \"cullface\": \"" + Face.getFaceName(face.getSide()) + "\"");
writer.write(" }");
if (face.getSide() != cuboid.getLastValidFace()) {
writer.write(",");
writer.newLine();
}
}
}
writer.newLine();
writer.write(space(3) + "}");
}
private void compileTextureList() {
for (Element cuboid : manager.getAllElements()) {
for (Face face : cuboid.getAllFaces()) {
System.out.println(face.getTextureLocation() + " " + face.getTextureName());
if (face.getTextureName() != null && !face.getTextureName().equals("null")) {
if (!textureList.contains(face.getTextureLocation() + face.getTextureName())) {
textureList.add(face.getTextureLocation() + face.getTextureName());
}
}
}
}
}
private void writeElement(BufferedWriter writer, Element cuboid) throws IOException {
writer.write(space(3) + "\"name\": \"" + cuboid.toString() + "\",");
writer.newLine();
writeBounds(writer, cuboid);
writer.newLine();
if (!cuboid.isShaded()) {
writeShade(writer, cuboid);
writer.newLine();
}
if (cuboid.getRotation() != 0) {
writeRotation(writer, cuboid);
writer.newLine();
}
writeFaces(writer, cuboid);
}
private void writeRotation(BufferedWriter writer, Element cuboid) throws IOException {
writer.write(space(3) + "\"rotation\": { ");
writer.write(
"\"origin\": [ "
+ numToString(cuboid.getOriginX())
+ ", "
+ numToString(cuboid.getOriginY())
+ ", "
+ numToString(cuboid.getOriginZ())
+ " ], ");
writer.write("\"axis\": \"" + Element.parseAxis(cuboid.getPrevAxis()) + "\", ");
writer.write("\"angle\": " + numToString(cuboid.getRotation()));
if (cuboid.shouldRescale()) {
writer.write(", \"rescale\": " + cuboid.shouldRescale());
}
writer.write(" },");
}
private void writeBounds(BufferedWriter writer, Element cuboid) throws IOException {
writer.write(
space(3)
+ "\"from\": [ "
+ numToString(cuboid.getStartX())
+ ", "
+ numToString(cuboid.getStartY())
+ ", "
+ numToString(cuboid.getStartZ())
+ " ], ");
writer.newLine();
writer.write(
space(3)
+ "\"to\": [ "
+ numToString((cuboid.getStartX() + cuboid.getWidth()))
+ ", "
+ numToString((cuboid.getStartY() + cuboid.getHeight()))
+ ", "
+ numToString((cuboid.getStartZ() + cuboid.getDepth()))
+ " ], ");
}
private void writeShade(BufferedWriter writer, Element cuboid) throws IOException {
writer.write(space(3) + "\"shade\": " + cuboid.isShaded() + ",");
}