public static NetSegmentData CreateSegment(CreateSegmentMessage data)
{
ParseNetOptions(data.net_options, out NetInfo info, out bool invert, out TerrainMode mode);
ushort startNodeId = data.start_node_id;
ushort endNodeId = data.end_node_id;
ref NetNode startNode = ref EnsureNode(ref startNodeId, data.start_postition, info, mode);
internal IList <Segment> CreateSegmentsImpl(IPositionable startNode, IPositionable endNode, object type, Vector start_dir, Vector end_dir, IPositionable middle_pos)
{
NetOptions options = NetOptionsUtil.Ensure(type);
CreateSegmentMessage msg = new CreateSegmentMessage()
{
start_node_id = startNode is Node ? (ushort)((Node)startNode).id : (ushort)0,
end_node_id = endNode is Node ? (ushort)((Node)endNode).id : (ushort)0,
start_postition = startNode is Node ? null : startNode.position,
end_postition = endNode is Node ? null : endNode.position,
net_options = options,
start_dir = start_dir,
end_dir = end_dir,
control_point = middle_pos?.position,
auto_split = true
};
PythonList <Segment> shell = new PythonList <Segment>();
var handle = ClientHandler.Instance.RemoteCall(Contracts.CreateSegments, msg, (ret, error) => {
if (error != null)
{
shell.AssignData(null, error);
return(null);
}
NetSegmentListMessage raw = ret as NetSegmentListMessage;
shell.AssignData(raw.list.Select((item) => ObjectStorage.Instance.Segments.SaveData(item)).ToList());
return(null);
});
shell.CacheFunc = () => { ClientHandler.Instance.WaitOnHandle(handle); };
return(shell);
}
internal Segment CreateSegmentImpl(IPositionable startNode, IPositionable endNode, object type, Vector start_dir, Vector end_dir, IPositionable middle_pos)
{
NetOptions options = NetOptionsUtil.Ensure(type);
CreateSegmentMessage msg = new CreateSegmentMessage()
{
start_node_id = startNode is Node ? (ushort)((Node)startNode).id : (ushort)0,
end_node_id = endNode is Node ? (ushort)((Node)endNode).id : (ushort)0,
start_postition = startNode is Node ? null : startNode.position,
end_postition = endNode is Node ? null : endNode.position,
net_options = options,
start_dir = start_dir,
end_dir = end_dir,
control_point = middle_pos?.position
};
Segment shell = ObjectStorage.Instance.Segments.CreateShell();
ClientHandler.Instance.RemoteCall(Contracts.CreateSegment, msg, (ret, error) => {
if (error != null)
{
shell.AssignData(null, error);
return(null);
}
NetSegmentData data = (NetSegmentData)ret;
ObjectStorage.Instance.Segments.AddDataToDictionary(data);
shell.AssignData(data);
return(null);
});
return(shell);
}
internal Segment CreateSegmentImpl(IPositionable startNode, IPositionable endNode, object type, Vector start_dir, Vector end_dir, IPositionable middle_pos)
{
NetOptions options = NetOptionsUtil.Ensure(type);
CreateSegmentMessage msg = new CreateSegmentMessage()
{
start_node_id = startNode is Node ? (ushort)((Node)startNode).id : (ushort)0,
end_node_id = endNode is Node ? (ushort)((Node)endNode).id : (ushort)0,
start_postition = startNode is Node ? null : startNode.position,
end_postition = endNode is Node ? null : endNode.position,
net_options = options,
start_dir = start_dir,
end_dir = end_dir,
control_point = middle_pos?.position
};
return(new Segment(api.client.RemoteCall <NetSegmentMessage>(Contracts.CreateSegment, msg), api));
}
internal IList <Segment> CreateSegmentsImpl(IPositionable startNode, IPositionable endNode, object type, Vector start_dir, Vector end_dir, IPositionable middle_pos)
{
NetOptions options = NetOptionsUtil.Ensure(type);
CreateSegmentMessage msg = new CreateSegmentMessage()
{
start_node_id = startNode is Node ? (ushort)((Node)startNode).id : (ushort)0,
end_node_id = endNode is Node ? (ushort)((Node)endNode).id : (ushort)0,
start_postition = startNode is Node ? null : startNode.position,
end_postition = endNode is Node ? null : endNode.position,
net_options = options,
start_dir = start_dir,
end_dir = end_dir,
control_point = middle_pos?.position,
auto_split = true
};
return(NetLogic.PrepareSegmentList(api.client.RemoteCall <NetSegmentListMessage>(Contracts.CreateSegments, msg).list, api));
}
