/** Update the zone data for the portals in the zone
* NOTE: All portal spatial data must be up-to-date before calling this routine.
*/
public override void UpdatePortalsZoneData()
{
var transferPortalList = new List <Portal>();
// check each portal to see if it's intersecting another portal of greater size
foreach (Portal p in mPortals)
{
Real pRadius = p.getRadius();
// First we check against portals in the SAME zone (and only if they have a
// target zone different from the home zone)
foreach (Portal p2 in mPortals)
{
// only check against bigger portals (this will also prevent checking against self)
// and only against portals which point to another zone
if (pRadius < p2.getRadius() && p2.getTargetZone() != this)
{
// Portal#2 is bigger than Portal1, check for crossing
if (p.crossedPortal(p2) && p.getCurrentHomeZone() != p2.getTargetZone())
{
// portal#1 crossed portal#2 - flag portal#1 to be moved to portal#2's target zone
p.setNewHomeZone(p2.getTargetZone());
transferPortalList.Add(p);
break;
}
}
}
// Second we check against portals in the target zone (and only if that target
// zone is different from the home zone)
PCZone tzone = p.getTargetZone();
if (tzone != this)
{
foreach (Portal p3 in mPortals)
{
// only check against bigger portals
if (pRadius < p3.getRadius())
{
// Portal#3 is bigger than Portal#1, check for crossing
if (p.crossedPortal(p3) && p.getCurrentHomeZone() != p3.getTargetZone())
{
// Portal#1 crossed Portal#3 - switch target zones for Portal#1
p.setTargetZone(p3.getTargetZone());
break;
}
}
}
}
}
// transfer any portals to new zones that have been flagged
foreach (Portal p in transferPortalList)
{
if (null != p.getNewHomeZone())
{
RemovePortal(p);
p.getNewHomeZone().AddPortal(p);
p.setNewHomeZone(null);
}
}
transferPortalList.Clear();
}
//-----------------------------------------------------------------------
public void RemoveZoneFromAffectedZonesList(PCZone zone)
{
if (this.affectedZonesList.Contains(zone))
{
this.affectedZonesList.Remove(zone);
}
}
public PCZSceneNode( SceneManager creator, string name )
: base( creator, name )
{
homeZone = null;
anchored = false;
allowedToVisit = true;
lastVisibleFrame = 0;
lastVisibleFromCamera = null;
enabled = true;
}
public PCZSceneNode(SceneManager creator, string name)
: base(creator, name)
{
this.homeZone = null;
this.anchored = false;
AllowToVisit = true;
LastVisibleFrame = 0;
LastVisibleFromCamera = null;
Enabled = true;
}
public PCZSceneNode( SceneManager creator, string name )
: base( creator, name )
{
this.homeZone = null;
this.anchored = false;
AllowToVisit = true;
LastVisibleFrame = 0;
LastVisibleFromCamera = null;
Enabled = true;
}
public void UpdateZones(PCZone defaultZone, ulong frameCount)
{
//update the zones this light affects
PCZone homeZone;
this.affectedZonesList.Clear();
this.affectsVisibleZone = false;
var sn = (PCZSceneNode)(ParentSceneNode);
if (null != sn)
{
// start with the zone the light is in
homeZone = sn.HomeZone;
if (null != homeZone)
{
this.affectedZonesList.Add(homeZone);
if (homeZone.LastVisibleFrame == frameCount)
{
this.affectsVisibleZone = true;
}
}
else
{
// error - scene node has no homezone!
// just say it affects the default zone and leave it at that.
this.affectedZonesList.Add(defaultZone);
if (defaultZone.LastVisibleFrame == frameCount)
{
this.affectsVisibleZone = true;
}
return;
}
}
else
{
// ERROR! not connected to a scene node,
// just say it affects the default zone and leave it at that.
this.affectedZonesList.Add(defaultZone);
if (defaultZone.LastVisibleFrame == frameCount)
{
this.affectsVisibleZone = true;
}
return;
}
// now check visibility of each portal in the home zone. If visible to
// the light then add the target zone of the portal to the list of
// affected zones and recurse into the target zone
var portalFrustum = new PCZFrustum();
Vector3 v = GetDerivedPosition();
portalFrustum.SetOrigin(v);
homeZone.CheckLightAgainstPortals(this, frameCount, portalFrustum, null);
}
public void SetZoneData(PCZone zone, ZoneData zoneData)
{
// first make sure that the data doesn't already exist
if (this.zoneData.ContainsKey(zone.Name))
{
throw new AxiomException("A ZoneData associated with zone " + zone.Name +
" already exists. PCZSceneNode::setZoneData");
}
//mZoneData[zone->getName()] = zoneData;
// is this equivalent? i think so...
this.zoneData.Add(zone.Name, zoneData);
}
// Set the zone this portal is in.
public void setCurrentHomeZone(PCZone z)
{
// do this here since more than one function calls setCurrentHomeZone
// also _addPortal is abstract, so easier to do it here.
if (null != z)
{
// inform old zone of portal change.
if (null != this.mCurrentHomeZone)
{
this.mCurrentHomeZone.PortalsUpdated = true;
}
z.PortalsUpdated = true; // inform new zone of portal change
}
this.mCurrentHomeZone = z;
}
public override void Execute(ISceneQueryListener listener)
{
var list = new List <PCZSceneNode>();
var checkedNodes = new List <PCZSceneNode>();
foreach (PlaneBoundedVolume volume in volumes)
{
//find the nodes that intersect the AAB
((PCZSceneManager)creator).FindNodesIn(volume, ref list, this.startZone, (PCZSceneNode)this.excludeNode);
//grab all moveables from the node that intersect...
foreach (PCZSceneNode node in list)
{
// avoid double-check same scene node
if (!checkedNodes.Contains(node))
{
continue;
}
checkedNodes.Add(node);
foreach (MovableObject m in node.Objects)
{
if ((m.QueryFlags & queryMask) != 0 && (m.TypeFlags & this.queryTypeMask) != 0 && m.IsAttached &&
volume.Intersects(m.GetWorldBoundingBox()))
{
listener.OnQueryResult(m);
// deal with attached objects, since they are not directly attached to nodes
if (m.MovableType == "Entity")
{
//Check: not sure here...
var e = (Entity)m;
foreach (MovableObject c in e.SubEntities)
{
if ((c.QueryFlags & queryMask) > 0 && volume.Intersects(c.GetWorldBoundingBox()))
{
listener.OnQueryResult(c);
}
}
}
}
}
}
}
// reset startzone and exclude node
this.startZone = null;
this.excludeNode = null;
}
/* returns true if zone is in the node's visiting zones map
* false otherwise.
*/
public bool IsVisitingZone(PCZone zone)
{
if (this.visitingZones.ContainsKey(zone.Name))
{
return(true);
}
return(false);
//ZoneMap::iterator i;
//i = mVisitingZones.find(zone->getName());
//if (i != mVisitingZones.end())
//{
// return true;
//}
//return false;
}
/* The following function checks if a node has left it's current home zone.
* This is done by checking each portal in the zone. If the node has crossed
* the portal, then the current zone is no longer the home zone of the node. The
* function then recurses into the connected zones. Once a zone is found where
* the node does NOT cross out through a portal, that zone is the new home zone.
* NOTE: For this function to work, the node must start out in the proper zone to
* begin with!
*/
public override PCZone UpdateNodeHomeZone(PCZSceneNode pczsn, bool allowBackTouches)
{
// default to newHomeZone being the current home zone
PCZone newHomeZone = pczsn.HomeZone;
// Check all portals of the start zone for crossings!
foreach (Portal portal in mPortals)
{
PortalIntersectResult pir = portal.intersects(pczsn);
switch (pir)
{
default:
case PortalIntersectResult.NO_INTERSECT: // node does not intersect portal - do nothing
case PortalIntersectResult.INTERSECT_NO_CROSS: // node intersects but does not cross portal - do nothing
break;
case PortalIntersectResult.INTERSECT_BACK_NO_CROSS: // node intersects but on the back of the portal
if (allowBackTouches)
{
// node is on wrong side of the portal - fix if we're allowing backside touches
if (portal.getTargetZone() != this && portal.getTargetZone() != pczsn.HomeZone)
{
// set the home zone of the node to the target zone of the portal
pczsn.HomeZone = portal.getTargetZone();
// continue checking for portal crossings in the new zone
newHomeZone = portal.getTargetZone().UpdateNodeHomeZone(pczsn, false);
}
}
break;
case PortalIntersectResult.INTERSECT_CROSS:
// node intersects and crosses the portal - recurse into that zone as new home zone
if (portal.getTargetZone() != this && portal.getTargetZone() != pczsn.HomeZone)
{
// set the home zone of the node to the target zone of the portal
pczsn.HomeZone = portal.getTargetZone();
// continue checking for portal crossings in the new zone
newHomeZone = portal.getTargetZone().UpdateNodeHomeZone(pczsn, true);
}
break;
}
}
// return the new home zone
return(newHomeZone);
}
public override void Execute(IIntersectionSceneQueryListener listener)
{
var set = new Dictionary <MovableObject, MovableObject>();
// Iterate over all movable types
foreach (Core.MovableObjectFactory factory in Root.Instance.MovableObjectFactories.Values)
{
MovableObjectCollection col = creator.GetMovableObjectCollection(factory.Type);
foreach (MovableObject e in col.Values)
{
PCZone zone = ((PCZSceneNode)(e.ParentSceneNode)).HomeZone;
var list = new List <PCZSceneNode>();
//find the nodes that intersect the AAB
((PCZSceneManager)creator).FindNodesIn(e.GetWorldBoundingBox(), ref list, zone, null);
//grab all moveables from the node that intersect...
foreach (PCZSceneNode node in list)
{
foreach (MovableObject m in node.Objects)
{
// MovableObject m =
if (m != e && !set.ContainsKey(m) && !set.ContainsKey(e) && (m.QueryFlags & queryMask) != 0 &&
(m.TypeFlags & this.queryTypeMask) != 0 && m.IsAttached &&
e.GetWorldBoundingBox().Intersects(m.GetWorldBoundingBox()))
{
listener.OnQueryResult(e, m);
// deal with attached objects, since they are not directly attached to nodes
if (m.MovableType == "Entity")
{
var e2 = (Entity)m;
foreach (MovableObject c in e2.SubEntities)
{
if ((c.QueryFlags & queryMask) != 0 && e.GetWorldBoundingBox().Intersects(c.GetWorldBoundingBox()))
{
listener.OnQueryResult(e, c);
}
}
}
}
set.Add(e, m);
}
}
}
}
}
public override void Execute(IRaySceneQueryListener listener)
{
var list = new List <PCZSceneNode>();
//find the nodes that intersect the AAB
((PCZSceneManager)creator).FindNodesIn(ray, ref list, this.startZone, (PCZSceneNode)this.excludeNode);
//grab all moveables from the node that intersect...
foreach (PCZSceneNode node in list)
{
foreach (MovableObject m in node.Objects)
{
if ((m.QueryFlags & queryMask) != 0 && (m.TypeFlags & this.queryTypeMask) != 0 && m.IsAttached)
{
IntersectResult result = ray.Intersects(m.GetWorldBoundingBox());
if (result.Hit)
{
listener.OnQueryResult(m, result.Distance);
// deal with attached objects, since they are not directly attached to nodes
if (m.MovableType == "Entity")
{
//Check: not sure here...
var e = (Entity)m;
foreach (MovableObject c in e.SubEntities)
{
if ((c.QueryFlags & queryMask) > 0)
{
result = ray.Intersects(c.GetWorldBoundingBox());
if (result.Hit)
{
listener.OnQueryResult(c, result.Distance);
}
}
}
}
}
}
}
}
// reset startzone and exclude node
this.startZone = null;
this.excludeNode = null;
}
/* Remove all references that the node has to the given zone
*/
public void RemoveReferencesToZone(PCZone zone)
{
if (this.homeZone == zone)
{
this.homeZone = null;
}
if (this.visitingZones.ContainsKey(zone.Name))
{
this.visitingZones.Remove(zone.Name);
}
// search the map of visiting zones and remove
//ZoneMap::iterator i;
//i = mVisitingZones.find(zone->getName());
//if (i != mVisitingZones.end())
//{
// mVisitingZones.erase(i);
//}
}
public PCZone CreatePCZone(PCZSceneManager pczsm, string zoneType, string zoneName)
{
//find a factory that supports this zone type and then call createPCZone() on it
PCZone inst = null;
foreach (PCZoneFactory factory in this.pCZoneFactories.Values)
{
if (factory.SupportsPCZoneType(zoneType))
{
// use this factory
inst = factory.CreatePCZone(pczsm, zoneName);
}
}
if (null == inst)
{
// Error!
throw new AxiomException("No factory found for zone of type '" + zoneType + "' PCZoneFactoryManager.CreatePCZone");
}
return(inst);
}
public Portal(string name, PORTAL_TYPE type)
{
this.mType = type;
this.mName = name;
this.mTargetZone = null;
this.mCurrentHomeZone = null;
this.mNewHomeZone = null;
this.mTargetPortal = null;
this.mNode = null;
this.mRadius = 0.0;
this.mDirection = Math.Vector3.UnitZ;
this.mLocalsUpToDate = false;
this.mDerivedSphere = new Sphere();
this.mDerivedPlane = new Plane();
// set prevWorldTransform to a zero'd out matrix
this.prevWorldTransform = Math.Matrix4.Zero;
// default to open
this.mOpen = true;
switch (this.mType)
{
default:
case PORTAL_TYPE.PORTAL_TYPE_QUAD:
this.mCorners = new Vector3[4];
this.mDerivedCorners = new Vector3[4];
break;
case PORTAL_TYPE.PORTAL_TYPE_AABB:
this.mCorners = new Vector3[2];
this.mDerivedCorners = new Vector3[2];
break;
case PORTAL_TYPE.PORTAL_TYPE_SPHERE:
this.mCorners = new Vector3[2];
this.mDerivedCorners = new Vector3[2];
break;
}
}
public OctreeZoneData( PCZSceneNode node, PCZone zone )
: base( node, zone )
{
this.mOctant = null;
this.mOctreeWorldAABB = AxisAlignedBox.Null;
}
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 );
}
}
}
/// <summary>
/// Finds any entities that intersect the AAB for the query.
/// </summary>
/// <param name="listener">
/// The listener to call when we find the results.
/// </param>
public override void Execute( ISceneQueryListener listener )
{
var list = new List<PCZSceneNode>();
//find the nodes that intersect the AAB
( (PCZSceneManager)creator ).FindNodesIn( box, ref list, this.startZone, (PCZSceneNode)this.excludeNode );
//grab all moveables from the node that intersect...
foreach ( PCZSceneNode node in list )
{
foreach ( MovableObject m in node.Objects )
{
if ( ( m.QueryFlags & queryMask ) != 0 && ( m.TypeFlags & this.queryTypeMask ) != 0 && m.IsAttached &&
box.Intersects( m.GetWorldBoundingBox() ) )
{
listener.OnQueryResult( m );
// deal with attached objects, since they are not directly attached to nodes
if ( m.MovableType == "Entity" )
{
//Check: not sure here...
var e = (Entity)m;
foreach ( MovableObject c in e.SubEntities )
{
if ( ( c.QueryFlags & queryMask ) > 0 )
{
listener.OnQueryResult( c );
}
}
}
}
}
}
// reset startzone and exclude node
this.startZone = null;
this.excludeNode = null;
}
public void AddZoneToVisitingZonesMap( PCZone zone )
{
visitingZones[ zone.Name ] = zone;
}
// Set the zone this portal should be moved to
public void setNewHomeZone(PCZone z)
{
this.mNewHomeZone = z;
}
/* Remove all references that the node has to the given zone
*/
public void RemoveReferencesToZone( PCZone zone )
{
if ( homeZone == zone )
{
homeZone = null;
}
if ( visitingZones.ContainsKey( zone.Name ) )
{
visitingZones.Remove( zone.Name );
}
// search the map of visiting zones and remove
//ZoneMap::iterator i;
//i = mVisitingZones.find(zone->getName());
//if (i != mVisitingZones.end())
//{
// mVisitingZones.erase(i);
//}
}
public void AnchorToHomeZone(PCZone zone)
{
this.homeZone = zone;
this.anchored = true;
}
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 PCZSceneManager( string name )
: base( name )
{
this.defaultZone = null;
this.activeCameraZone = null;
this.zoneFactoryManager = null;
this.showPortals = false;
this.defaultZoneTypeName = "ZoneType_Default";
this.defaultZoneFileName = "none";
rootSceneNode = new PCZSceneNode( this, "Root" );
defaultRootNode = rootSceneNode;
}
//---------------------------------------------------------------------
protected override void PrepareShadowTextures( Camera cam, Viewport vp )
{
if ( ( (PCZSceneNode)cam.ParentSceneNode ) != null )
{
this.activeCameraZone = ( (PCZSceneNode)cam.ParentSceneNode ).HomeZone;
}
base.PrepareShadowTextures( cam, vp );
}
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 );
}
}
}
//-----------------------------------------------------------------------
/** Add a zone to the zones affected list
*/
public void AddZoneToAffectedZonesList( PCZone zone )
{
this.affectedZonesList.Add( zone );
}
//-----------------------------------------------------------------------
public void RemoveZoneFromAffectedZonesList( PCZone zone )
{
if ( this.affectedZonesList.Contains( zone ) )
{
this.affectedZonesList.Remove( zone );
}
}
public void UpdateZones( PCZone defaultZone, ulong frameCount )
{
//update the zones this light affects
PCZone homeZone;
this.affectedZonesList.Clear();
this.affectsVisibleZone = false;
var sn = (PCZSceneNode)( ParentSceneNode );
if ( null != sn )
{
// start with the zone the light is in
homeZone = sn.HomeZone;
if ( null != homeZone )
{
this.affectedZonesList.Add( homeZone );
if ( homeZone.LastVisibleFrame == frameCount )
{
this.affectsVisibleZone = true;
}
}
else
{
// error - scene node has no homezone!
// just say it affects the default zone and leave it at that.
this.affectedZonesList.Add( defaultZone );
if ( defaultZone.LastVisibleFrame == frameCount )
{
this.affectsVisibleZone = true;
}
return;
}
}
else
{
// ERROR! not connected to a scene node,
// just say it affects the default zone and leave it at that.
this.affectedZonesList.Add( defaultZone );
if ( defaultZone.LastVisibleFrame == frameCount )
{
this.affectsVisibleZone = true;
}
return;
}
// now check visibility of each portal in the home zone. If visible to
// the light then add the target zone of the portal to the list of
// affected zones and recurse into the target zone
var portalFrustum = new PCZFrustum();
Vector3 v = GetDerivedPosition();
portalFrustum.SetOrigin( v );
homeZone.CheckLightAgainstPortals( this, frameCount, portalFrustum, null );
}
/** check if a zone is in the list of zones affected by the light */
public bool AffectsZone( PCZone zone )
{
return this.affectedZonesList.Contains( zone );
}
public void Init( string defaultZoneTypeName, string filename )
{
// delete ALL portals
this.portals.Clear();
// delete all the zones
this.zones.Clear();
this.frameCount = 0;
this.defaultZoneTypeName = defaultZoneTypeName;
this.defaultZoneFileName = filename;
// create a new default zone
this.zoneFactoryManager = PCZoneFactoryManager.Instance;
this.defaultZone = CreateZoneFromFile( this.defaultZoneTypeName, "Default_Zone", RootSceneNode as PCZSceneNode,
this.defaultZoneFileName );
}
/* returns true if zone is in the node's visiting zones map
false otherwise.
*/
public bool IsVisitingZone( PCZone zone )
{
if ( visitingZones.ContainsKey( zone.Name ) )
{
return true;
}
return false;
//ZoneMap::iterator i;
//i = mVisitingZones.find(zone->getName());
//if (i != mVisitingZones.end())
//{
// return true;
//}
//return false;
}
/** (recursive) check the given light against all portals in the zone
* NOTE: This is the default implementation, which doesn't take advantage
* of any zone-specific optimizations for checking portal visibility
*/
public override void CheckLightAgainstPortals(PCZLight light, ulong frameCount, PCZFrustum portalFrustum,
Portal ignorePortal)
{
foreach (Portal p in mPortals)
{
//Portal * p = *it;
if (p != ignorePortal)
{
// calculate the direction vector from light to portal
Vector3 lightToPortal = p.getDerivedCP() - light.GetDerivedPosition();
if (portalFrustum.IsObjectVisible(p))
{
// portal is facing the light, but some light types need to
// check illumination radius too.
PCZone targetZone = p.getTargetZone();
switch (light.Type)
{
case LightType.Point:
// point lights - just check if within illumination range
if (lightToPortal.Length <= light.AttenuationRange)
{
// if portal is quad portal it must be pointing towards the light
if ((p.Type == PORTAL_TYPE.PORTAL_TYPE_QUAD && lightToPortal.Dot(p.getDerivedDirection()) < 0.0) ||
(p.Type != PORTAL_TYPE.PORTAL_TYPE_QUAD))
{
if (!light.AffectsZone(targetZone))
{
light.AddZoneToAffectedZonesList(targetZone);
if (targetZone.LastVisibleFrame == frameCount)
{
light.AffectsVisibleZone = true;
}
// set culling frustum from the portal
portalFrustum.AddPortalCullingPlanes(p);
// recurse into the target zone of the portal
p.getTargetZone().CheckLightAgainstPortals(light, frameCount, portalFrustum, p.getTargetPortal());
// remove the planes added by this portal
portalFrustum.RemovePortalCullingPlanes(p);
}
}
}
break;
case LightType.Directional:
// directionals have infinite range, so just make sure
// the direction is facing the portal
if (lightToPortal.Dot(light.DerivedDirection) >= 0.0)
{
// if portal is quad portal it must be pointing towards the light
if ((p.Type == PORTAL_TYPE.PORTAL_TYPE_QUAD && lightToPortal.Dot(p.getDerivedDirection()) < 0.0) ||
(p.Type == PORTAL_TYPE.PORTAL_TYPE_QUAD))
{
if (!light.AffectsZone(targetZone))
{
light.AddZoneToAffectedZonesList(targetZone);
if (targetZone.LastVisibleFrame == frameCount)
{
light.AffectsVisibleZone = true;
}
// set culling frustum from the portal
portalFrustum.AddPortalCullingPlanes(p);
// recurse into the target zone of the portal
p.getTargetZone().CheckLightAgainstPortals(light, frameCount, portalFrustum, p.getTargetPortal());
// remove the planes added by this portal
portalFrustum.RemovePortalCullingPlanes(p);
}
}
}
break;
case LightType.Spotlight:
// spotlights - just check if within illumination range
// Technically, we should check if the portal is within
// the cone of illumination, but for now, we'll leave that
// as a future optimisation.
if (lightToPortal.Length <= light.AttenuationRange)
{
// if portal is quad portal it must be pointing towards the light
if ((p.Type == PORTAL_TYPE.PORTAL_TYPE_QUAD && lightToPortal.Dot(p.getDerivedDirection()) < 0.0) ||
(p.Type != PORTAL_TYPE.PORTAL_TYPE_QUAD))
{
if (!light.AffectsZone(targetZone))
{
light.AddZoneToAffectedZonesList(targetZone);
if (targetZone.LastVisibleFrame == frameCount)
{
light.AffectsVisibleZone = true;
}
// set culling frustum from the portal
portalFrustum.AddPortalCullingPlanes(p);
// recurse into the target zone of the portal
p.getTargetZone().CheckLightAgainstPortals(light, frameCount, portalFrustum, p.getTargetPortal());
// remove the planes added by this portal
portalFrustum.RemovePortalCullingPlanes(p);
}
}
}
break;
}
}
}
}
}
/// <summary>
/// Creates a custom PCZ AAB query
/// </summary>
/// <param name="creator">
/// The SceneManager that creates the query.
/// </param>
public PCZAxisAlignedBoxSceneQuery(SceneManager creator)
: base(creator)
{
this.startZone = null;
this.excludeNode = null;
}
public ZoneData(PCZSceneNode node, PCZone zone)
{
this.mAssociatedZone = zone;
this.mAssociatedNode = node;
}
public void AddZoneToVisitingZonesMap(PCZone zone)
{
this.visitingZones[zone.Name] = zone;
}
/** check if a zone is in the list of zones affected by the light */
public bool AffectsZone(PCZone zone)
{
return(this.affectedZonesList.Contains(zone));
}
public void AnchorToHomeZone( PCZone zone )
{
homeZone = zone;
anchored = true;
}
// Set the 1st Zone the Portal connects to
public void setTargetZone(PCZone z)
{
this.mTargetZone = z;
}
// get zone data for this node for given zone
// NOTE: This routine assumes that the zone data is present!
public ZoneData GetZoneData(PCZone zone)
{
return(this.zoneData[zone.Name]);
}
// create any zone-specific data necessary for all nodes for the given zone
public void CreateZoneSpecificNodeData( PCZone zone )
{
if ( zone.RequiresZoneSpecificNodeData )
{
foreach ( PCZSceneNode node in sceneNodeList.Values )
{
zone.CreateNodeZoneData( node );
}
}
}
/// <summary>
/// Creates a custom PCZ AAB query
/// </summary>
/// <param name="creator">
/// The SceneManager that creates the query.
/// </param>
public PCZAxisAlignedBoxSceneQuery( SceneManager creator )
: base( creator )
{
this.startZone = null;
this.excludeNode = null;
}
// set the home zone for a scene node
public void SetNodeHomeZone( SceneNode node, PCZone zone )
{
// cast the SceneNode to a PCZSceneNode
var pczsn = (PCZSceneNode)node;
pczsn.HomeZone = zone;
}
public Octree( PCZone zone, Octree parent )
{
this.wireBoundingBox = null;
HalfSize = new Vector3();
this.parent = parent;
NunodeList = 0;
this.zone = zone;
//initialize all children to null.
for ( int i = 0; i < 2; i++ )
{
for ( int j = 0; j < 2; j++ )
{
for ( int k = 0; k < 2; k++ )
{
this.Children[ i, j, k ] = null;
}
}
}
}
public void SetZoneData( PCZone zone, ZoneData zoneData )
{
// first make sure that the data doesn't already exist
if ( this.zoneData.ContainsKey( zone.Name ) )
{
throw new AxiomException( "A ZoneData associated with zone " + zone.Name + " already exists. PCZSceneNode::setZoneData" );
}
//mZoneData[zone->getName()] = zoneData;
// is this equivalent? i think so...
this.zoneData.Add( zone.Name, zoneData );
}
// Create portals for every door
public void createPortals( SceneManager scene,
Entity room,
SceneNode roomNode,
PCZone zone,
short doorFlags,
bool isEnclosure )
{
string portalName;
Vector3[] corners = new Vector3[ 4 ];
if ( isEnclosure )
{
if ( ( doorFlags & (short)RoomDoors.DOOR_FRONT ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 8 ];
corners[ 1 ] = points[ 9 ];
corners[ 2 ] = points[ 10 ];
corners[ 3 ] = points[ 11 ];
// create the portal
portalName = room.Name + ( "_FrontDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_BACK ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 15 ];
corners[ 1 ] = points[ 14 ];
corners[ 2 ] = points[ 13 ];
corners[ 3 ] = points[ 12 ];
// create the portal
portalName = room.Name + ( "_BackDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_TOP ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 16 ];
corners[ 1 ] = points[ 17 ];
corners[ 2 ] = points[ 18 ];
corners[ 3 ] = points[ 19 ];
// create the portal
portalName = room.Name + ( "_TopDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_BOT ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 23 ];
corners[ 1 ] = points[ 22 ];
corners[ 2 ] = points[ 21 ];
corners[ 3 ] = points[ 20 ];
// create the portal
portalName = room.Name + ( "_BottomDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_LEFT ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 27 ];
corners[ 1 ] = points[ 26 ];
corners[ 2 ] = points[ 25 ];
corners[ 3 ] = points[ 24 ];
// create the portal
portalName = room.Name + ( "_LeftDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_RIGHT ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 28 ];
corners[ 1 ] = points[ 29 ];
corners[ 2 ] = points[ 30 ];
corners[ 3 ] = points[ 31 ];
// create the portal
portalName = room.Name + ( "_RightDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
}
else
{
if ( ( doorFlags & (short)RoomDoors.DOOR_FRONT ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 11 ];
corners[ 1 ] = points[ 10 ];
corners[ 2 ] = points[ 9 ];
corners[ 3 ] = points[ 8 ];
// create the portal
portalName = room.Name + ( "_FrontDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_BACK ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 12 ];
corners[ 1 ] = points[ 13 ];
corners[ 2 ] = points[ 14 ];
corners[ 3 ] = points[ 15 ];
// create the portal
portalName = room.Name + ( "_BackDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_TOP ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 19 ];
corners[ 1 ] = points[ 18 ];
corners[ 2 ] = points[ 17 ];
corners[ 3 ] = points[ 16 ];
// create the portal
portalName = room.Name + ( "_TopDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_BOT ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 20 ];
corners[ 1 ] = points[ 21 ];
corners[ 2 ] = points[ 22 ];
corners[ 3 ] = points[ 23 ];
// create the portal
portalName = room.Name + ( "_BottomDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_LEFT ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 24 ];
corners[ 1 ] = points[ 25 ];
corners[ 2 ] = points[ 26 ];
corners[ 3 ] = points[ 27 ];
// create the portal
portalName = room.Name + ( "_LeftDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
if ( ( doorFlags & (short)RoomDoors.DOOR_RIGHT ) != 0 )
{
// set the corners to the front door corners
corners[ 0 ] = points[ 31 ];
corners[ 1 ] = points[ 30 ];
corners[ 2 ] = points[ 29 ];
corners[ 3 ] = points[ 28 ];
// create the portal
portalName = room.Name + ( "_RightDoorPortal" );
Portal p = ( (PCZSceneManager)scene ).CreatePortal( portalName, PORTAL_TYPE.PORTAL_TYPE_QUAD );
p.setCorners( corners );
// associate the portal with the roomnode
p.setNode( roomNode );
// add the portal to the zone
zone.AddPortal( p );
// update derived values for the portal
p.updateDerivedValues();
}
}
}
// get zone data for this node for given zone
// NOTE: This routine assumes that the zone data is present!
public ZoneData GetZoneData( PCZone zone )
{
return zoneData[ zone.Name ];
}
public ZoneData( PCZSceneNode node, PCZone zone )
{
this.mAssociatedZone = zone;
this.mAssociatedNode = node;
}
// Set the home zone for a node
public void AddPCZSceneNode( PCZSceneNode sn, PCZone homeZone )
{
// set the home zone
sn.HomeZone = homeZone;
// add the node
homeZone.AddNode( sn );
}
//-----------------------------------------------------------------------
public override void ClearScene()
{
DestroyAllStaticGeometry();
// Clear root node of all children
RootSceneNode.RemoveAllChildren();
RootSceneNode.DetachAllObjects();
sceneNodeList.Clear();
autoTrackingSceneNodes.Clear();
// delete all the zones
this.zones.Clear();
this.defaultZone = null;
// Clear animations
DestroyAllAnimations();
// Remove sky nodes since they've been deleted
skyBoxNode = skyPlaneNode = skyDomeNode = null;
isSkyBoxEnabled = isSkyPlaneEnabled = isSkyDomeEnabled = false;
// Clear render queue, empty completely
if ( null != renderQueue )
{
renderQueue.Clear();
}
// re-initialize
Init( this.defaultZoneTypeName, this.defaultZoneFileName );
}
// destroy an existing zone within the scene
//if destroySceneNodes is true, then all nodes which have the destroyed
//zone as their homezone are desroyed too. If destroySceneNodes is false
//then all scene nodes which have the zone as their homezone will have
//their homezone pointer set to 0, which will allow them to be re-assigned
//either by the user or via the automatic re-assignment routine
public void DestroyZone( PCZone zone, bool destroySceneNodes )
{
// need to remove this zone from all lights affected zones list,
// otherwise next frame _calcZonesAffectedByLights will call PCZLight::getNeedsUpdate()
// which will try to access the zone pointer and will cause an access violation
//HACK: again...
MovableObjectCollection lightList = GetMovableObjectCollection( LightFactory.TypeName );
lock ( lightList )
{
foreach ( PCZLight l in lightList.Values )
{
if ( l.NeedsUpdate )
{
// no need to check, this function does that anyway. if exists, is erased.
l.RemoveZoneFromAffectedZonesList( zone );
}
}
}
// if not destroying scene nodes, then make sure any nodes who have
foreach ( PCZSceneNode pczsn in sceneNodeList.Values )
{
if ( !destroySceneNodes )
{
if ( pczsn.HomeZone == zone )
{
pczsn.HomeZone = null;
}
}
// reset all node visitor lists
// note, it might be more efficient to only do this to nodes which
// are actually visiting the zone being destroyed, but visitor lists
// get cleared every frame anyway, so it's not THAT big a deal.
pczsn.ClearNodeFromVisitedZones();
}
this.zones.Remove( zone );
}
//-----------------------------------------------------------------------
/** Add a zone to the zones affected list
*/
public void AddZoneToAffectedZonesList(PCZone zone)
{
this.affectedZonesList.Add(zone);
}
// Set the zone which contains the sky node
public void SetSkyZone( PCZone zone )
{
if ( null == zone )
{
// if no zone specified, use default zone
zone = this.defaultZone;
}
if ( null != skyBoxNode )
{
( (PCZSceneNode)skyBoxNode ).HomeZone = zone;
( (PCZSceneNode)skyBoxNode ).AnchorToHomeZone( zone );
zone.HasSky = true;
}
if ( null != skyDomeNode )
{
( (PCZSceneNode)skyDomeNode ).HomeZone = zone;
( (PCZSceneNode)skyDomeNode ).AnchorToHomeZone( zone );
zone.HasSky = true;
}
if ( null != skyPlaneNode )
{
( (PCZSceneNode)skyPlaneNode ).HomeZone = zone;
( (PCZSceneNode)skyPlaneNode ).AnchorToHomeZone( zone );
zone.HasSky = true;
}
}