private void ReadSkeletonDescription(List <Actor> actors)
{
int skeletonId = dataStream.GetNextInt(); // ID
string skeletonName = dataStream.GetNextString(); // name
// rigid body name should be equal to actor name: search
Actor actor = null;
foreach (Actor a in actors)
{
if (a.name.CompareTo(skeletonName) == 0)
{
actor = a;
actor.id = skeletonId; // associate actor and skeleton
}
}
if (actor == null)
{
// names don't match > try IDs
if ((skeletonId >= 0) && (skeletonId < actors.Count))
{
actor = actors[skeletonId];
}
}
if (actor == null)
{
Debug.LogWarning("Skeleton " + skeletonName + " could not be matched to an actor.");
actor = new Actor(scene, skeletonName, skeletonId);
actors.Add(actor);
}
int nBones = dataStream.GetNextInt(); // Skeleton bone count
actor.bones = new Bone[nBones];
for (int boneIdx = 0; boneIdx < nBones; boneIdx++)
{
int id = dataStream.GetNextInt(); // bone ID
String name = dataStream.GetNextString(); // bone name
Bone bone = new Bone(actor, name, id);
int parentId = dataStream.GetNextInt(); // Skeleton parent ID
bone.parent = actor.FindBone(parentId);
if (bone.parent != null)
{
// if bone has a parent, update child list of parent
bone.parent.children.Add(bone);
}
bone.BuildChain(); // build chain from root to this bone
bone.ox = dataStream.GetNextFloat(); // X offset
bone.oy = dataStream.GetNextFloat(); // Y offset
bone.oz = dataStream.GetNextFloat(); // Z offset
actor.bones[boneIdx] = bone;
}
}
private void ReadSkeletonDescription(ref List<Actor> actors)
{
int skeletonId = dataStream.GetInt(); // ID
string skeletonName = dataStream.GetString(); // name
// rigid body name should be equal to actor name: search
Actor actor = null;
foreach (Actor a in actors)
{
if (a.name.CompareTo(skeletonName) == 0)
{
actor = a;
actor.id = skeletonId; // associate actor and skeleton
}
}
if (actor == null)
{
// names don't match > try IDs
if ((skeletonId >= 0) && (skeletonId < actors.Count))
{
actor = actors[skeletonId];
}
}
if (actor == null)
{
Debug.LogWarning("Skeleton " + skeletonName + " could not be matched to an actor.");
actor = new Actor(scene, skeletonName, skeletonId);
actors.Add(actor);
}
int nBones = dataStream.GetInt(); // Skeleton bone count
actor.bones = new Bone[nBones];
for (int boneIdx = 0; boneIdx < nBones; boneIdx++)
{
int id = dataStream.GetInt(); // bone ID
String name = dataStream.GetString(); // bone name
Bone bone = new Bone(actor, name, id);
int parentId = dataStream.GetInt(); // Skeleton parent ID
bone.parent = actor.FindBone(parentId);
if (bone.parent != null)
{
// if bone has a parent, update child list of parent
bone.parent.children.Add(bone);
}
bone.BuildChain(); // build chain from root to this bone
bone.ox = dataStream.GetFloat(); // X offset
bone.oy = dataStream.GetFloat(); // Y offset
bone.oz = dataStream.GetFloat(); // Z offset
actor.bones[boneIdx] = bone;
}
}
private void ParseSkeleton(NatNetPacket_In packet, List <Actor> actors)
{
bool includesBoneNames = // starting at v2.0
(serverInfo.versionNatNet[0] >= 2);
String skeletonName = packet.GetString(); // name
int skeletonId = packet.GetInt32(); // ID
// rigid body name should be equal to actor name: search
Actor actor = null;
foreach (Actor a in actors)
{
if (a.name.CompareTo(skeletonName) == 0)
{
actor = a;
actor.id = skeletonId; // associate actor and skeleton
}
}
if (actor == null)
{
// names don't match > try IDs
if ((skeletonId >= 0) && (skeletonId < actors.Count))
{
actor = actors[skeletonId];
}
}
if (actor == null)
{
Debug.LogWarning("Skeleton " + skeletonName + " could not be matched to an actor.");
actor = new Actor(scene, skeletonName, skeletonId);
actors.Add(actor);
}
int nBones = packet.GetInt32(); // Skeleton bone count
// TODO: Sanity check on the number before allocating that much space
actor.bones = new Bone[nBones];
for (int boneIdx = 0; boneIdx < nBones; boneIdx++)
{
String name = "";
if (includesBoneNames)
{
name = packet.GetString(); // bone name
}
int id = packet.GetInt32(); // bone ID
Bone bone = new Bone(actor, name, id);
bone.parent = actor.FindBone(packet.GetInt32()); // Skeleton parent ID
if (bone.parent != null)
{
// if bone has a parent, update child list of parent
bone.parent.children.Add(bone);
}
bone.BuildChain(); // build chain from root to this bone
bone.ox = packet.GetFloat(); // X offset
bone.oy = packet.GetFloat(); // Y offset
bone.oz = -packet.GetFloat(); // Z offset
actor.bones[boneIdx] = bone;
}
}
private void ParseSkeleton(NatNetPacket_In packet, List<Actor> actors)
{
bool includesBoneNames = // starting at v2.0
(serverInfo.versionNatNet[0] >= 2);
String skeletonName = packet.GetString(); // name
int skeletonId = packet.GetInt32(); // ID
// rigid body name should be equal to actor name: search
Actor actor = null;
foreach (Actor a in actors)
{
if (a.name.CompareTo(skeletonName) == 0)
{
actor = a;
actor.id = skeletonId; // associate actor and skeleton
}
}
if (actor == null)
{
// names don't match > try IDs
if ((skeletonId >= 0) && (skeletonId < actors.Count))
{
actor = actors[skeletonId];
}
}
if (actor == null)
{
Debug.LogWarning("Skeleton " + skeletonName + " could not be matched to an actor.");
actor = new Actor(scene, skeletonName, skeletonId);
actors.Add(actor);
}
int nBones = packet.GetInt32(); // Skeleton bone count
// TODO: Sanity check on the number before allocating that much space
actor.bones = new Bone[nBones];
for ( int boneIdx = 0 ; boneIdx < nBones ; boneIdx++ )
{
String name = "";
if (includesBoneNames)
{
name = packet.GetString(); // bone name
}
int id = packet.GetInt32(); // bone ID
Bone bone = new Bone(actor, name, id);
bone.parent = actor.FindBone(packet.GetInt32()); // Skeleton parent ID
if (bone.parent != null)
{
// if bone has a parent, update child list of parent
bone.parent.children.Add(bone);
}
bone.BuildChain(); // build chain from root to this bone
bone.ox = packet.GetFloat(); // X offset
bone.oy = packet.GetFloat(); // Y offset
bone.oz = -packet.GetFloat(); // Z offset
actor.bones[boneIdx] = bone;
}
}
