SWB FBX Tools

FBX import hierarchy

Appearance nodes:

NB. hardpoints need only live on the top level

• MESH_name - .msh top level
  • HPNT_ - hardpoints
  • MESH_radar - reserved for radar mesh
• CMP_name - .cmp top level
• {MESH/CMP/LOD}_name - child appearances (written before)
• Collision nodes
• MESH_radar - reserved for radar mesh
• CMP in its final implementation is a little bit trickier as we want to ignore global evaluation of transform - can gloss over this for the moment. It highlights the difficulties in referencing also.
• LOD_name - . lod top level
  • Test/write shape meshes - bounding volume and test volume for dPVS (MESH_test, MESH_write reserved names)
  • MESH_radar - reserved for radar mesh
  • {MESH/CMP/LOD}_name - child appearances (written before)

Collision nodes:

• EXT_type_name
  • EXT_SPHR_, EXT_BOX_, EXT_MSH_, EXT_CYLN_
• COL_type_name
  • Same types available as with extents just one used for collision one used for bounding
• FLOR_name

Portals:

• POB_name - .pob top level
  • CELL_name
    • PRTL_name - portal list (max one)
      • PRTL_name - portals, look at the geometry to determine doors attached
    • COL_name - collision root node
      • FLOR_name - optional floor
    • LGHTS_name - lights list
      • LGHT_name
    • {MESH/CMP/LOD}_name - appearance

Custom attributes

Custom attributes will be used to control the more swg-specific aspects of importing. This is mostly unimplemented, currently support attributes are:

• Materials

• eftFileName The effect file name to be used by the material. e.g. 'effect/theeffect.eft'

On referencing:

• Assume we want to re-use a model in multiple files, say a door used on multiple pobs. How does that work?
• Best idea so far is simply to rely on naming - onus is on the user to manage their source files appropriately and name nodes in larger creations appropriately so as not to generate disjointedly named duplicates.
• In terms of local (to file) referencing fbx has the notion of instancing and we should harness that. It should be relatively simple to support.