| $name=<string> | Subsystem name | |
| $fov=x | Turret field of view default 180 | |
| $crewspot=<string> | Not used | |
| $rotate=x | rotation speed | |
| $pbank=<bank> | use with $rotate for weapon controlled rotation | |
| $stepped | use with $rotate for stepped rotation | |
| $steps=x | use with $stepped number of steps default 8 | |
| $t_paused=x | use with $stepped pause time default 2.0 | |
| $t_transit=x | use with $stepped transition time default 2.0 | |
| $fraction_accel=x | use with $stepped fraction of time spent in accel default 0.3 | |
| $triggered: | animation code key | |
| $dumb_rotate: | no idea only comment is "Iyojj skybox 4" default 0.0 | |
| $special=subsystem | defines subobject as subsystem | |
| $special=no_rotate | marks submodel which should not rotate | |
| $no_collisions | causes subobject and all under it not to have collision detection | |
| $nocollide_this_only | cause only this subobject not to have collision detection | |
| $collide_invisible | subobject should collide even if invisible | |
| $gun_rotation: | for animated weapon models | |
| $lod0_name=<string> | name to use for LOD0 for adding LODs to old models | |
| $detail_box: | defines this subobject as a detail box | |
| $box_min:x,y,z | $detail box minimum coordinates | |
| $box_max:x,y,z | $detail box maximum coordinates | |
| $uvec:x,y,z | turret orientation up vector (normal) | |
| $fvec:x,y,z | turret orientation front vector |
it would be nice if uvec and fvec were actually produced on the fly when the POF was saved, and the submodel given an orientation matrix.I'm tempted to try this. It's more or less what I'm planning for the Collada importer/exporter.
it would be nice if uvec and fvec were actually produced on the fly when the POF was saved, and the submodel given an orientation matrix.I'm tempted to try this. It's more or less what I'm planning for the Collada importer/exporter.
they work now too, its just a pain to figure out the uvec and fvec if you didnt do it a million times before.it would be nice if uvec and fvec were actually produced on the fly when the POF was saved, and the submodel given an orientation matrix.I'm tempted to try this. It's more or less what I'm planning for the Collada importer/exporter.
yay working multiparts on non vertical axis :D
they work now too, its just a pain to figure out the uvec and fvec if you didnt do it a million times before.it would be nice if uvec and fvec were actually produced on the fly when the POF was saved, and the submodel given an orientation matrix.I'm tempted to try this. It's more or less what I'm planning for the Collada importer/exporter.
yay working multiparts on non vertical axis :D