|
public abstract FindNodes ( |
||
| t | ||
| list | List |
|
| visitedPortals | List |
|
| includeVisitors | bool | |
| recurseThruPortals | bool | |
| exclude | ||
| 리턴 | void | |
public void FindNodesIn( PlaneBoundedVolume volumes, ref List<PCZSceneNode> list, PCZone startZone,
PCZSceneNode exclude )
{
var visitedPortals = new List<Portal>();
if ( null != startZone )
{
// start in startzone, and recurse through portals if necessary
startZone.FindNodes( volumes, ref list, visitedPortals, true, true, exclude );
}
else
{
// no start zone specified, so check all zones
foreach ( PCZone zone in this.zones )
{
zone.FindNodes( volumes, ref list, visitedPortals, false, false, exclude );
}
}
}
public void FindNodesIn( Ray r, ref List<PCZSceneNode> list, PCZone startZone, PCZSceneNode exclude )
{
var visitedPortals = new List<Portal>();
if ( null != startZone )
{
// start in startzone, and recurse through portals if necessary
startZone.FindNodes( r, ref list, visitedPortals, true, true, exclude );
}
else
{
foreach ( PCZone zone in this.zones )
{
zone.FindNodes( r, ref list, visitedPortals, false, false, exclude );
}
}
}
public void FindNodesIn( Sphere sphere,
ref List<PCZSceneNode> list,
PCZone startZone,
PCZSceneNode exclude )
{
List<Portal> visitedPortals = new List<Portal>();
if ( null != startZone )
{
// start in startzone, and recurse through portals if necessary
startZone.FindNodes( sphere, ref list, visitedPortals, true, true, exclude );
}
else
{
// no start zone specified, so check all zones
foreach ( PCZone zone in zones )
{
zone.FindNodes( sphere, ref list, visitedPortals, false, false, exclude );
}
}
}