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| .. | ||
| Tbg_ame_all_p_stanZ.c | ||
| Tbg_arch_all_p_stanZ.c | ||
| Tbg_arec_all_p_stanZ.c | ||
| Tbg_ark_all_p_stanZ.c | ||
| Tbg_ash_all_p_stanZ.c | ||
| Tbg_azt_all_p_stanZ.c | ||
| Tbg_cat_all_p_stanZ.c | ||
| Tbg_cave_all_p_stanZ.c | ||
| Tbg_crad_all_p_stanZ.c | ||
| Tbg_cryp_all_p_stanZ.c | ||
| Tbg_dam_all_p_stanZ.c | ||
| Tbg_depo_all_p_stanZ.c | ||
| Tbg_dest_all_p_stanZ.c | ||
| Tbg_dish_all_p_stanZ.c | ||
| Tbg_imp_all_p_stanZ.c | ||
| Tbg_jun_all_p_stanZ.c | ||
| Tbg_len_all_p_stanZ.c | ||
| Tbg_name_all_p_stan.ld | ||
| Tbg_oat_all_p_stanZ.c | ||
| Tbg_pete_all_p_stanZ.c | ||
| Tbg_ref_all_p_stanZ.c | ||
| Tbg_run_all_p_stanZ.c | ||
| Tbg_sev_all_p_stanZ.c | ||
| Tbg_sevb_all_p_stanZ.c | ||
| Tbg_sevx_all_p_stanZ.c | ||
| Tbg_silo_all_p_stanZ.c | ||
| Tbg_stat_all_p_stanZ.c | ||
| Tbg_tra_all_p_stanZ.c | ||
| readme.md | ||
readme.md
Stand Tile Readme
Known as Tile, Stand Tile, or stan. This defines floor information where Bond can stand.
The model conversion tool rare used has at least 2 modes for output. Release/16bit signed; no debug strings. And debug/32bit float with debug strings.
Each stan file is composed of a short header, ends with a standard footer, and in between is a list of tiles and points.
Values are stored most significant byte first.
Header
The header consists of 4 empty bytes, followed by a 32 bit integer giving the offset to tiles from the start of the file (pointer to first tile). There are optional bytes between the tile offset number and the start of the tiles, usually an empty 4 bytes.
The header is the same for both release and debug.
Tiles
Tiles consist of a 64 bit tile description, followed by an array of points.
byte 0-3: a name, id or descriptor. One byte seems to be a "group id" and the other two bytes are some kind of tile id, but exact definition is unknown.
byte 4: room number
byte 5 (upper 4 bits): flags or attributes.
byte 5 (lower 4 bits): Red
byte 6 (upper 4 bits): Green
byte 6 (lower 4 bits): Blue
byte 7 (upper 4 bits): number of points within the tile
The remaining 3 fields generally define the most extreme points within the tile
byte 7 (lower 4 bits): first point
byte 8 (upper 4 bits): second point
byte 8 (lower 4 bits): third point
Tile Points
A tile point is described by four 16-bit fields, giving X,Y,Z coordinates of the point as signed 16-bit integer.
The remaining field is the "link"
Beta Tiles
Beta tiles consist of a 96 bit tile description, followed by an array of points.
byte 0-4: pointer to string giving the tile name
byte 5 (upper 4 bits): flags or attributes. (same as regular tile)
byte 5 (lower 4 bits): Red (same as regular tile)
byte 6 (upper 4 bits): Green (same as regular tile)
byte 6 (lower 4 bits): Blue (same as regular tile)
byte 7-8: unknown 16-bit field. This may be the room.
byte 9: number of points within the tile
The remaining 3 fields generally define the most extreme points within the tile (same as regular tile, except one full byte)
byte 10: first point
byte 11: second point
byte 12: third point
Beta Tile Points
Beta tile points store the same information as regular tiles, but in a different format.
The X,Y,Z coordinates are now 32-bit floats.
The "link" is now a 32-bit int.
Tile list
The tile section in the stand tile file ends with an empty entry. This is a regular stand tile of all zeroes (8 bytes of zero). The beta tile list ends with 8 bytes of zero as well (even though the struct size is 12 bytes).
"Tile beginning with room 0 is the true way the file format ends, engine does not check for unstric string". For beta tiles, this is a check against the first 4 bytes of the struct.
Tile Attributes
Possible values for tile "flags" or "attributes":
0 = Normal
1 = Kneeling
3 = Ladder
Footer
After the tile list is a standard footer. This consists of an 8 character zero terminated string "unstric", followed by 4 null points (16 bytes of zero).