Call of Duty 5: Destroyable Barricades

Target: Allow mappers to create dynamic destroyable barricades on their maps

Video Example:

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Prior version (gravity was minor, but it's useful as a sample):

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Preperation

• Download Files HERE
• Download all attached files and copy them onto your raw directory, following this structure:

raw/xmodel/zweimann_sandbag
raw/physic/zweiphys
raw/maps/mp/_dynamic_barricades.gsc

• Adding Dynamic Barricades Files to your zone_source/<yourmapname>.csv file
• Open your zone source file and add these lines:

// Zweimann Dynamic Barricades
xmodel,zweimann_sandbag
physpreset,zweiphys
rawfile,maps/mp/_dynamic_barricades.gsc
fx,temp_effects/fx_tmp_bullet_impact_dirt_generic

Mapping

• Open your map in Radiant. Create your one-by-one sandbag ( MISC > MODEL ) barricade using zweimann_sandbag xmodel (previously copied to raw/xmodels). No clipping or make collidable is needed.
• Before duplicating your sandbag, press N and enter the following data:

classname: script_model
targetname: zwei_dbs

Leave angles and origin untouched.

• Threading Dynamic Barricades
• Open your raw/maps/mp/<yourmapname>.gsc file, and before the closing "}", add this line:

maps\mp\_dynamic_barricades::init();

As on this example:

<syntaxhighlight lang="cpp"> main() {

   maps\mp\_load::main();
   setExpFog(300, 1400, 0.9, 0.9, 0.7, 0.0);

 maps\mp\_dynamic_barricades::init();

} </syntaxhighlight lang="cpp">

Step 5: Compile and enjoy

If you're interested on how easily this was made, take a look at the code here:

<syntaxhighlight lang="cpp"> // Zweimann's Dynamic and Destroyable Barricades // Enjoy this simple code // Contact: zweimann @ helipollos . es // http://www.helipollos.es // http://www.mappersunited.com init() {

   // Preload FX
   level.zsbsfx =  loadfx("temp_effects/fx_tmp_bullet_impact_dirt_generic");
   // Get Sandbags entities array
   level.sbs = getEntArray( "erm_des_sb", "targetname" );

   // Init collision array
   level.col = [];

   // Thread every found entity
   for ( i = 0; i < level.sbs.size; i++ )
   {
       // Spawn Collision for every sandbag
       level.col[i] = spawncollision( "collision_geo_32x32x10",  "collider", level.sbs[i].origin, level.sbs[i].angles );

       // Thread Damage Detection
       level.sbs[i] thread dyn_env_threads( level.col[i] );
   }

} dyn_env_threads( collider ) {

   level endon("game_ended");
   self endon("destroyed");

   // Sandbag is damageable now
   self setcandamage(true);

   while ( isDefined( self ) )
   {
       self waittill("damage", damage, attacker, direction_vec,  point, mod);
       damage = damage / 1000;

       // Filter damage MOD to avoid bullet damaging, melee and  impacts
       if ( mod != "MOD_RIFLE_BULLET"
           && mod != "MOD_PISTOL_BULLET"
           && mod != "MOD_MELEE"
           && mod != "MOD_IMPACT" )
       {
           // Fake Damage for upper sandbags
           RadiusDamage( self.origin, 1, 30, 30);

           // Strenght of the physics movement
             velocity = ( damage , damage  , damage  ) ;

             // Random contact point
             y = randomIntRange( 1, 10 );
             if ( y > 5 )
               contactPoint = point + ( randomfloatrange( 0, 30 ),  randomfloatrange( 0, 30 ), 0 );
             else
               contactPoint = point - ( randomfloatrange( 0, 30 ),  randomfloatrange( 0, 30 ), 0 );

           contactPoint = direction_vec;
             // Launch physically modified xmodel
             CreateDynEntAndLaunch( "zweimann_sandbag", self.origin,  contactPoint, point, velocity, level.zsbsfx  );

           // Delete collision fake model
           collider delete();

           // Delete script_model
             self delete();

       }
   }

} </syntaxhighlight lang="cpp">

Enjoy!

By Zweimann