private void parse_block(XmlNode node)
{
Vector3 center = parse_vec3(node, "center");
Vector3 size = parse_vec3(node, "size", new Vector3(4, 4, 4));
Color c = parse_color(node);
Quaternion rot = parse_euler_angles(node);
current_gb = current_gb.add_block(c, center, size, rot);
}
private void cycle_mesh(bool is_hologram) {
if (current_gb != null) {
if (is_hologram) {
holograms.Add(current_gb.get_mesh());
current_gb = new GeomBuilder();
current_gb.init();
}
else {
statics.Add(current_gb.get_mesh());
current_gb = new GeomBuilder();
current_gb.init();
}
}
else {
current_gb = new GeomBuilder();
current_gb.init();
}
}
private void cycle_mesh(ObjectType type)
{
switch (type)
{
case ObjectType.Hologram:
holograms.Add(current_gb.get_mesh());
break;
case ObjectType.Static:
statics.Add(current_gb.get_mesh());
break;
case ObjectType.Ground:
ground = current_gb.get_mesh();
break;
}
current_gb = new GeomBuilder();
current_gb.init();
/*
* if (current_gb != null) {
* if (is_hologram) {
* holograms.Add(current_gb.get_mesh());
* current_gb = new GeomBuilder();
* current_gb.init();
* }
* else {
* statics.Add(current_gb.get_mesh());
* current_gb = new GeomBuilder();
* current_gb.init();
* }
* }
* else {
* current_gb = new GeomBuilder();
* current_gb.init();
* }*/
}
private void parse_block(XmlNode block_node) {
Vector3 center = parse_vec3(block_node.Attributes["center"]);
Vector3 size = parse_vec3(block_node.Attributes["size"]);
Color c = parse_color(block_node);
Quaternion rot = Quaternion.identity;
Vector3 angles = rot.eulerAngles;
angles.x += parse_float(block_node, "pitch");
angles.y += parse_float(block_node, "yaw");
angles.z += parse_float(block_node, "roll");
rot.eulerAngles = angles;
current_gb = current_gb.add_block(c, center, size, rot);
}
