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texture must also be compiled into a VTF file just like any normal texture. However, it must include the $model declaration. This was the VMT file used for pcgmag.tga:

"VertexLitGeneric"
{
	"$baseTexture" "models/pcgmag"
	"$model" 1
}

As before, we need a table_idle.smd file to define the idle animation, which can be identical to the pcgmag_idle.smd file we used above.

Now we need a .qc file for the table prop:

$modelname rof/table.mdl
$cdmaterials "models/rof"
$scale 12.0
$body studio "table.smd"
$sequence idle "table_idle" fps 1
$staticprop
$surfaceprop "Wood_Furniture"

$collisionmodel "table_phys.smd"
{
   $automass
   $concave
}

$keyvalues
{
   "prop_data"
   {
       "base"  "Wooden.Large"
   }
}

Note the differences from before. We've upped the scale a little, and set the $surfaceprop to "Wood_Furniture" and the prop data to "Wooden.Large" to reflect the type of prop we're making. In the $collisionmodel section, instead of the $mass command, we've used $automass. This makes the model compiler compute a mass for the object based on its size and material type. We could instead have explicitly specified the object's mass with the $mass command as before.

We've also added the $concave command to that section. This makes the compiler build a non-convex collision mesh for each part of the table_phys.smd file, rather than lump them all together in one convex shape. We can tell if this has worked when compiling the .qc file.

L'argument -addlist de bspzip permet d'ajouter plusieurs fichiers contenus dans une liste au format texte à un BSP :

bspzip -addlist dm_mymap.bsp dm_mymap_liste.txt dm_mymap_bspzip.bsp

Vous pouvez extraire les fichiers contenus dans un BSP en utilisant la syntaxe suivante :

"%sourcesdk%\bin\bspzip" -extract dm_mymap.bsp dm_mymap.zip