[VoiDeD]

For developers looking to harness the methodmap syntax for an object-oriented API for interacting with game entities, check out these helpers includes.

Example of usage:

PHP Code:

stock void GiveObjectHat( CBaseObject objectEnt, const char hatModel[ PLATFORM_MAX_PATH ] )
{
    CBaseEntity hatProp = Entity_CreateByName( "prop_dynamic_override" );

    if ( hatProp.IsValid )
    {
        hatProp.SetModel( hatModel );
        hatProp.Spawn();

        hatProp.AcceptInput( "DisableCollision" );
        hatProp.AcceptInput( "DisableShadow" );

        ParentHat( hatProp, objectEnt );
    }
}

stock void ParentHat( CBaseEntity hatProp, CBaseObject objectEnt )
{
    char hatModel[ PLATFORM_MAX_PATH ];
    hatProp.GetModel( hatModel, sizeof( hatModel ) );

    float modelScale = 1.0;
    float modelOffset = 0.0;

    if ( !Config_GetHatByModel( hatModel, modelOffset, modelScale ) )
    {
        LogError( "Unable to find hat config for hat: %s", hatModel );
        return;
    }

    hatProp.Skin = objectEnt.Builder.Team - 2;
    hatProp.ModelScale = modelScale;

    char attachmentName[ 128 ];
    GetAttachmentName( objectEnt, attachmentName, sizeof( attachmentName ) );

    hatProp.SetParent( objectEnt );
    hatProp.SetParentAttachment( attachmentName );

    float vecPos[ 3 ]; float angRot[ 3 ];
    hatProp.GetLocalOrigin( vecPos );
    hatProp.GetLocalAngles( angRot );

    // apply z offset
    vecPos[ 2 ] += modelOffset;

    // apply position/angle fixes based on object type
    OffsetAttachmentPosition( objectEnt, vecPos, angRot );

    hatProp.Teleport( vecPos, angRot, NULL_VECTOR );
}