public VdBadge(System.IO.BinaryReader r, int owner, int shapeId, int argPtId) :
base(owner, shapeId)
{
_argPtId = argPtId;
_endpoint = new ClientClusterable(shapeId, boundsProvider);
init(DaoUtils.UserIdToColor(owner));
}
//called only locally
private void onClusterUncluster(ClientCluster cluster,
ClientClusterable badge,
bool plus, bool playImmidiately)
{
if (plus)
{
//cluster must exist
clusterRebuildPending = true;
_rt.clienRt.SendClusterBadgeRequest(badge.GetId(),
cluster.GetId(),
_palette.GetOwnerId(),
TopicId,
playImmidiately,
-1);
}
else
{
//server checks if affected clsuter is empty
clusterRebuildPending = true;
_rt.clienRt.SendUnclusterBadgeRequest(badge.GetId(),
cluster.GetId(),
TopicId,
_palette.GetOwnerId(),
playImmidiately,
-1);
}
}
public VdBadge(System.IO.BinaryReader r, int owner, int shapeId, int argPtId):
base(owner, shapeId)
{
_argPtId = argPtId;
_endpoint = new ClientClusterable(shapeId, boundsProvider);
init(DaoUtils.UserIdToColor(owner));
}
public VdBadge(double x, double y, int owner, int shapeId, int argPtId) :
base(owner, shapeId)
{
_argPtId = argPtId;
_endpoint = new ClientClusterable(shapeId, boundsProvider);
init(DaoUtils.UserIdToColor(owner));
setBadgePos(x, y);
}
public VdBadge(double x, double y, int owner, int shapeId, int argPtId):
base(owner, shapeId)
{
_argPtId = argPtId;
_endpoint = new ClientClusterable(shapeId, boundsProvider);
init(DaoUtils.UserIdToColor(owner));
setBadgePos(x, y);
}
public void Add(ClientClusterable badge)
{
if (_badges.Contains(badge))
{
throw new NotSupportedException("duplicate cluster entry");
}
_badges.Add(badge);
badge.Cluster(GetId());
}
public void Add(ClientClusterable badge)
{
if (_badges.Contains(badge))
{
throw new NotSupportedException("duplicate cluster entry");
}
_badges.Add(badge);
badge.Cluster(GetId());
}
//returns true if badge is probably inside cluster.
//returns false if badge cannot be inside
bool CoarseHitTest(ClientClusterable badge)
{
if (bezierBorder.Data == null)
{
return(true);
}
var borders = bezierBorder.Data.Bounds;
borders.Offset(_offset.X, _offset.Y);
return(borders.IntersectsWith(badge.GetBounds()));
}
//called only locally
void onClusterUncluster(ClientCluster cluster,
ClientClusterable badge,
bool plus, bool playImmidiately)
{
if (plus)
{
//cluster must exist
clusterRebuildPending = true;
_rt.clienRt.SendClusterBadgeRequest(badge.GetId(),
cluster.GetId(),
_palette.GetOwnerId(),
TopicId,
playImmidiately,
-1);
}
else
{
//server checks if affected clsuter is empty
clusterRebuildPending = true;
_rt.clienRt.SendUnclusterBadgeRequest(badge.GetId(),
cluster.GetId(),
TopicId,
_palette.GetOwnerId(),
playImmidiately,
-1);
}
}
public void Remove(ClientClusterable badge)
{
_badges.Remove(badge);
badge.Uncluster();
}
//returns true if badge is probably inside cluster.
//returns false if badge cannot be inside
private bool CoarseHitTest(ClientClusterable badge)
{
if (bezierBorder.Data == null)
return true;
var borders = bezierBorder.Data.Bounds;
borders.Offset(_offset.X, _offset.Y);
return borders.IntersectsWith(badge.GetBounds());
}
//PRODUCER
//if badge is not in any cluster and new bounds are fuzzily inside the cluster, then include
//the badge into the cluster and rebuild cluster hull
public void ClusterableMoved(ClientClusterable badge)
{
if (badge.Busy)
return;
//hull doesn't exist
if (convexHull.Points.Count <= 2)
return;
var contents = GetBadgeList(convexHull.Points.ToList());
var added = contents.Except(_endpoint.GetClusterables());
var removed = _endpoint.GetClusterables().Except(contents);
foreach (var a in added)
{
if (a.Busy)
continue;
if (a.IsInCluster())
continue;
a.SetBusy();
_onClusterUncluster(GetCluster(), a, true, /*a == added.Last()*/true);
}
foreach (var r in removed)
{
if (r.Busy)
continue;
if (!r.IsInCluster())
continue;
r.SetBusy();
_onClusterUncluster(GetCluster(), r, false, /*r == removed.Last()*/true);
}
////moved shape is in cluster, but not in our one
//if (badge.IsInCluster() && badge.ClusterId!= Id())
// return;
////if (!CoarseHitTest(badge))
//// return;
//var willBeInTheCluster = ShapeUtils.FuzzyInside(badge.GetBounds(), convexHull.Points.ToList());
//var nowInTheCluster = badge.ClusterId == Id();
////send cluster edit operation
//if (nowInTheCluster && !willBeInTheCluster)
//{
// badge.SetBusy();
// _onClusterUncluster(GetCluster(), badge, true, true);
//}
//else if (!nowInTheCluster && willBeInTheCluster)
//{
// badge.SetBusy();
// _onClusterUncluster(GetCluster(), badge, false, true);
//}
//if (nowInTheCluster != willBeInTheCluster)
//{
// badge.SetBusy();
// var contents = GetBadgeList(convexHull.Points.ToList());
// var added = contents.Except(_endpoint.GetClusterables());
// var removed = _endpoint.GetClusterables().Except(contents);
// foreach (var a in added)
// {
// _onClusterUncluster(GetCluster(), a, true, true);
// }
// foreach (var r in removed)
// _onClusterUncluster( GetCluster(), r, false, true);
//}
}
//PRODUCER
//if badge is not in any cluster and new bounds are fuzzily inside the cluster, then include
//the badge into the cluster and rebuild cluster hull
public void ClusterableMoved(ClientClusterable badge)
{
if (badge.Busy)
{
return;
}
//hull doesn't exist
if (convexHull.Points.Count <= 2)
{
return;
}
var contents = GetBadgeList(convexHull.Points.ToList());
var added = contents.Except(_endpoint.GetClusterables());
var removed = _endpoint.GetClusterables().Except(contents);
foreach (var a in added)
{
if (a.Busy)
{
continue;
}
if (a.IsInCluster())
{
continue;
}
a.SetBusy();
_onClusterUncluster(GetCluster(), a, true, /*a == added.Last()*/ true);
}
foreach (var r in removed)
{
if (r.Busy)
{
continue;
}
if (!r.IsInCluster())
{
continue;
}
r.SetBusy();
_onClusterUncluster(GetCluster(), r, false, /*r == removed.Last()*/ true);
}
////moved shape is in cluster, but not in our one
//if (badge.IsInCluster() && badge.ClusterId!= Id())
// return;
////if (!CoarseHitTest(badge))
//// return;
//var willBeInTheCluster = ShapeUtils.FuzzyInside(badge.GetBounds(), convexHull.Points.ToList());
//var nowInTheCluster = badge.ClusterId == Id();
////send cluster edit operation
//if (nowInTheCluster && !willBeInTheCluster)
//{
// badge.SetBusy();
// _onClusterUncluster(GetCluster(), badge, true, true);
//}
//else if (!nowInTheCluster && willBeInTheCluster)
//{
// badge.SetBusy();
// _onClusterUncluster(GetCluster(), badge, false, true);
//}
//if (nowInTheCluster != willBeInTheCluster)
//{
// badge.SetBusy();
// var contents = GetBadgeList(convexHull.Points.ToList());
// var added = contents.Except(_endpoint.GetClusterables());
// var removed = _endpoint.GetClusterables().Except(contents);
// foreach (var a in added)
// {
// _onClusterUncluster(GetCluster(), a, true, true);
// }
// foreach (var r in removed)
// _onClusterUncluster( GetCluster(), r, false, true);
//}
}
public void Remove(ClientClusterable badge)
{
_badges.Remove(badge);
badge.Uncluster();
}
