SerializedNodeInfo FillNodeInfos()
{
var rootNode = new SerializedNodeInfo()
{
depth = -1, displayName = "", id = 0, children = new List <TreeViewItem>(0)
};
if (m_TransformPaths == null || m_TransformPaths.Length < 1)
{
return(rootNode);
}
var nodesCount = m_TransformPaths.Length;
var nodeInfos = new List <SerializedNodeInfo>(nodesCount - 1);
Stack <string> depth = new Stack <string>(nodesCount);
string currentPath = String.Empty;
// skip the first index as it is the empty root of the gameObject
for (int i = 1; i < nodesCount; i++)
{
var newNode = new SerializedNodeInfo();
newNode.id = i;
newNode.path = m_TransformPaths[i];
newNode.getNodeState = GetNodeState;
newNode.setNodeState = SetNodeState;
var newPath = newNode.path;
while (!string.IsNullOrEmpty(currentPath) && !newPath.StartsWith(currentPath + "/", StringComparison.InvariantCulture))
{
// we are in a new node, lets unstack until we reach the correct hierarchy
var oldParent = depth.Pop();
var index = currentPath.LastIndexOf(oldParent, StringComparison.InvariantCulture);
if (index > 0)
{
index--;
}
currentPath = currentPath.Remove(index);
}
var nodeName = newPath;
if (!string.IsNullOrEmpty(currentPath))
{
nodeName = nodeName.Remove(0, currentPath.Length + 1);
}
newNode.depth = depth.Count;
newNode.displayName = nodeName;
depth.Push(nodeName);
currentPath = newPath;
nodeInfos.Add(newNode);
}
TreeViewUtility.SetChildParentReferences(nodeInfos.Cast <TreeViewItem>().ToList(), rootNode);
return(rootNode);
}
bool CheckNodesPaths(SerializedNodeInfo parent)
{
if (parent.children != null)
{
foreach (var treeViewItem in parent.children)
{
var node = (SerializedNodeInfo)treeViewItem;
if (!CheckNodesPaths(node))
{
return(false);
}
}
}
if (parent.m_Path != null)
{
string path = parent.m_Path.stringValue;
return(ArrayUtility.FindIndex(m_TransformPaths, s => s == path) != -1);
}
return(true);
}
SerializedNodeInfo FillNodeInfos()
{
var rootNode = new SerializedNodeInfo()
{
depth = -1, displayName = "", id = 0, children = new List <TreeViewItem>(0)
};
if (m_TransformPaths == null || m_TransformPaths.Length < 1)
{
return(rootNode);
}
var nodesCount = m_TransformPaths.Length;
var nodeInfos = new List <SerializedNodeInfo>(nodesCount - 1);
// skip the first index as it is the empty root of the gameObject
for (int i = 1; i < nodesCount; i++)
{
var newNode = new SerializedNodeInfo();
newNode.id = i;
newNode.path = m_TransformPaths[i];
newNode.getNodeState = GetNodeState;
newNode.setNodeState = SetNodeState;
newNode.depth = newNode.path.Count(f => f == '/') + 1;
int lastIndex = newNode.path.LastIndexOf('/');
lastIndex = lastIndex == -1 ? 0 : lastIndex + 1;
newNode.displayName = newNode.path.Substring(lastIndex);
nodeInfos.Add(newNode);
}
TreeViewUtility.SetChildParentReferences(nodeInfos.Cast <TreeViewItem>().ToList(), rootNode);
return(rootNode);
}
private SerializedNodeInfo FillNodeInfos()
{
var rootNode = new SerializedNodeInfo()
{
depth = -1, displayName = "", id = 0, children = new List <TreeViewItem>(0)
};
if (m_TransformMask == null || m_TransformMask.arraySize == 0)
{
return(rootNode);
}
var nodesCount = m_TransformMask.arraySize;
var nodeInfos = new List <SerializedNodeInfo>(nodesCount);
string[] paths = new string[nodesCount];
SerializedProperty prop = m_TransformMask.GetArrayElementAtIndex(0);
prop.Next(false);
for (int i = 1; i < nodesCount; i++)
{
var newNode = new SerializedNodeInfo();
newNode.id = i;
newNode.m_Path = prop.FindPropertyRelative("m_Path");
newNode.m_Weight = prop.FindPropertyRelative("m_Weight");
paths[i] = newNode.m_Path.stringValue;
string fullPath = paths[i];
if (m_CanImport)
{
// in avatar mask inspector UI,everything is enabled.
newNode.m_State = SerializedNodeInfo.State.Enabled;
}
else if (humanTransforms != null)
{
// Enable only transforms that are not human. Human transforms in this case are handled by muscle curves and cannot be imported.
if (ArrayUtility.FindIndex(humanTransforms, s => fullPath == s) == -1)
{
if (m_TransformPaths != null && ArrayUtility.FindIndex(m_TransformPaths, s => fullPath == s) == -1)
{
newNode.m_State = SerializedNodeInfo.State.Invalid;
}
else
{
newNode.m_State = SerializedNodeInfo.State.Enabled;
}
}
else
{
newNode.m_State = SerializedNodeInfo.State.Disabled;
}
}
else if (m_TransformPaths != null && ArrayUtility.FindIndex(m_TransformPaths, s => fullPath == s) == -1)
{
// mask does not map to an existing hierarchy node. It's invalid.
newNode.m_State = SerializedNodeInfo.State.Invalid;
}
else
{
newNode.m_State = SerializedNodeInfo.State.Enabled;
}
newNode.depth = fullPath.Count(f => f == '/');
int lastIndex = fullPath.LastIndexOf('/');
lastIndex = lastIndex == -1 ? 0 : lastIndex + 1;
newNode.displayName = fullPath.Substring(lastIndex);
nodeInfos.Add(newNode);
prop.Next(false);
}
TreeViewUtility.SetChildParentReferences(nodeInfos.Cast <TreeViewItem>().ToList(), rootNode);
return(rootNode);
}
private SerializedNodeInfo FillNodeInfos()
{
var rootNode = new SerializedNodeInfo()
{
depth = -1, displayName = "", id = 0, children = new List <TreeViewItem>(0)
};
if (m_TransformMask == null || m_TransformMask.arraySize == 0)
{
return(rootNode);
}
var nodesCount = m_TransformMask.arraySize;
var nodeInfos = new List <SerializedNodeInfo>(nodesCount);
SerializedProperty prop = m_TransformMask.GetArrayElementAtIndex(0);
prop.Next(false);
Stack <string> depth = new Stack <string>(nodesCount);
string currentPath = String.Empty;
for (int i = 1; i < nodesCount; i++)
{
var newNode = new SerializedNodeInfo();
newNode.id = i;
newNode.m_Path = prop.FindPropertyRelative("m_Path");
newNode.m_Weight = prop.FindPropertyRelative("m_Weight");
var newPath = newNode.m_Path.stringValue;
while (!string.IsNullOrEmpty(currentPath) && !newPath.StartsWith(currentPath + "/"))
{
// we are in a new node, lets unstack until we reach the correct hierarchy
var oldParent = depth.Pop();
var index = currentPath.LastIndexOf(oldParent);
if (index > 0)
{
index--;
}
currentPath = currentPath.Remove(index);
}
var nodeName = newPath;
if (!string.IsNullOrEmpty(currentPath))
{
nodeName = nodeName.Remove(0, currentPath.Length + 1);
}
if (m_CanImport)
{
// in avatar mask inspector UI,everything is enabled.
newNode.m_State = SerializedNodeInfo.State.Enabled;
}
else if (humanTransforms != null)
{
// Enable only transforms that are not human. Human transforms in this case are handled by muscle curves and cannot be imported.
if (ArrayUtility.FindIndex(humanTransforms, s => newPath == s) == -1)
{
if (m_TransformPaths != null && ArrayUtility.FindIndex(m_TransformPaths, s => newPath == s) == -1)
{
newNode.m_State = SerializedNodeInfo.State.Invalid;
}
else
{
newNode.m_State = SerializedNodeInfo.State.Enabled;
}
}
else
{
newNode.m_State = SerializedNodeInfo.State.Disabled;
}
}
else if (m_TransformPaths != null && ArrayUtility.FindIndex(m_TransformPaths, s => newPath == s) == -1)
{
// mask does not map to an existing hierarchy node. It's invalid.
newNode.m_State = SerializedNodeInfo.State.Invalid;
}
else
{
newNode.m_State = SerializedNodeInfo.State.Enabled;
}
newNode.depth = depth.Count;
newNode.displayName = nodeName;
depth.Push(nodeName);
currentPath = newPath;
nodeInfos.Add(newNode);
prop.Next(false);
}
TreeViewUtility.SetChildParentReferences(nodeInfos.Cast <TreeViewItem>().ToList(), rootNode);
return(rootNode);
}
