public void BuildPhaseIncompatibleSection(Node strtNode, List<Node> disabledList, Dictionary<Point, List<Node>> pointList, Dictionary<Point, List<Section>> lineList, bool buildInCompatible = false)
{
Queue<Node> q = new Queue<Node>();
if (strtNode != null)
{
q.Enqueue(strtNode);
while (q.Count > 0)
{
Node pnd = q.Dequeue();
if (pnd != null)
{
if (pnd.uid == "{9539f02b-8fa8-4a6e-8f12-ca630422009b}")
{
}
if (!StatusExtensions.IsDisabled(pnd.status))
{
double x1 = pnd.x;
double y1 = pnd.y;
int parentPhaseCode = pnd.phaseCode;
int xFloor = Convert.ToInt32(Math.Floor(x1));
int yFloor = Convert.ToInt32(Math.Floor(y1));
Point Pt1 = new Point(xFloor, yFloor);
var nearestSections = new List<Section>();
if (lineList.ContainsKey(Pt1)) nearestSections = lineList[Pt1];
var strtSec = from row in nearestSections
where !ConnExists(row.uid) &&
(ConnectionBuffer(row.x, row.y, x1, y1, row.tox, row.toy, row, true, false))
select row;
foreach (var item in strtSec)
{
if (item.uid == "{9a7bdd5e-7203-4274-aa50-521306474f07}")
{
}
if (item.uid == "{b168c622-48f7-487d-afbb-193bbe730b7c}")
{
}
if (item.uid == "{050dd67b-3b9b-4f4d-9a84-d5b24eebdb52}")
{
}
if (ClassIDRules.IsAdjJunction(pnd))
{
if (!ClassIDRules.AdjRuleSucceeds(pnd, item))
{
continue;
}
}
Section sect = null;
Node cnd = null;
string sectGUID = item.uid;
if (!NetworkUtil.VerifyNodePCWithParents(pnd, -1, false))
{
pnd.phaseCode = NetworkUtil.GetParentPCSum(pnd);
}
if (!NotIncompatible(pnd, item.phaseCode) && !buildInCompatible)
{
phaseErrorQueue.Add(pnd);
continue;
}
//NetworkUtil.DownsectionPCAdjustment(pnd, item);//not here later
_sectionGUIDList.Add(sectGUID);
double toX = item.tox;
double toY = item.toy;
if (StatusExtensions.IsAgainstFlow(item.status))
{
toX = item.x;
toY = item.y;
}
int ToxFloor = Convert.ToInt32(Math.Floor(toX));
int ToyFloor = Convert.ToInt32(Math.Floor(toY));
Point currentPt = new Point(ToxFloor, ToyFloor);
var nearestPoints = new List<Node>();
if (pointList.ContainsKey(currentPt)) nearestPoints = pointList[currentPt];
var childNodes = from row in nearestPoints
where (NodeBuffer(row.x, row.y, toX, toY))
select row;
string Child = null;
int CNPhaseCode = 0;
int CNStatus = Constants.Disconnected;
string uid = sectGUID;
if (!_sectionList.ContainsKey(sectGUID))
{
sect = new Section();
_sectionList.Add(sect.uid, sect);
sect.uid = uid;
}
else
{
sect = _sectionList[sectGUID];
}
int status = item.status;
int phaseCode = item.phaseCode;
sect.phaseCode = phaseCode;
sect.status = status;
if (childNodes.Count() == 0)
{
double childX = toX;
double childY = toY;
Guid id = Guid.NewGuid();
Child = "{" + id.ToString() + "}";
CNPhaseCode = sect.phaseCode;
cnd = new Node(Child, CNStatus, CNPhaseCode);
UpdateNetJnStatus(cnd, status);
CNStatus = cnd.status;
cnd.phaseCode = CNPhaseCode;
cnd.classID = -1;//ntInfo.networkClassIds[ClassIDRules.NetJunction];
cnd.oid = -1;
cnd.x = childX;
cnd.y = childY;
AddPointsToPointList(cnd, pointList);
_nodeList.Add(Child, cnd);
q.Enqueue(cnd);
DataRow drNetJn = dtNetJnList.NewRow();
drNetJn["x"] = childX;
drNetJn["y"] = childY;
drNetJn["Tox"] = DBNull.Value;
drNetJn["Toy"] = DBNull.Value;
drNetJn["oid"] = "-1";
drNetJn["uid"] = Child;
drNetJn["adjuid"] = DBNull.Value;
drNetJn["phaseCode"] = CNPhaseCode;
drNetJn["constructedphaseCode"] = CNPhaseCode;
drNetJn["status"] = CNStatus;
drNetJn["type"] = 0;
drNetJn["ClassID"] = -1;//ntInfo.networkClassIds[ClassIDRules.NetJunction];
dtNetJnList.Rows.Add(drNetJn);
}
else
{
foreach (var drChild in childNodes)//always one child will be considered
{
if (drChild.uid == "{1669a2ce-2e60-460d-95eb-8e1e9fc07c15}")
{
}
if (drChild.isAdj)
{
continue; }
if (ClassIDRules.IsAdjGroupNode(drChild))
{
drChild.isAdj = true;
double childX = toX;
double childY = toY;
Guid id = Guid.NewGuid();
Child = "{" + id.ToString() + "}";
CNPhaseCode = sect.phaseCode;
cnd = new Node(Child, CNStatus, CNPhaseCode);
UpdateNetJnStatus(cnd, status);
CNStatus = cnd.status;
cnd.phaseCode = CNPhaseCode;
cnd.classID = -1;
cnd.oid = -1;
cnd.x = childX;
cnd.y = childY;
AddPointsToPointList(cnd, pointList);
_nodeList.Add(Child, cnd);
q.Enqueue(cnd);
DataRow drNetJn = dtNetJnList.NewRow();
drNetJn["x"] = childX;
drNetJn["y"] = childY;
drNetJn["Tox"] = DBNull.Value;
drNetJn["Toy"] = DBNull.Value;
drNetJn["oid"] = "-1";
drNetJn["uid"] = Child;
drNetJn["adjuid"] = drChild.uid;
drNetJn["phaseCode"] = CNPhaseCode;
drNetJn["constructedphaseCode"] = CNPhaseCode;
drNetJn["status"] = CNStatus;
drNetJn["type"] = 0;
drNetJn["ClassID"] = -1;
dtNetJnList.Rows.Add(drNetJn);
cnd.adjacentNode = drChild;
q.Enqueue(drChild);
}
else
{
UpdateNodeStatus(drChild, true);
cnd = drChild;
Child = drChild.uid;
q.Enqueue(drChild);
}
break;
}
}
UpdateNodeStatus(pnd, true, false);
sect.parentNode = pnd;
sect.childNode = cnd;
if (pnd.childList.ContainsKey(sect.uid))
{
pnd.childList.Remove(sect.uid);
pnd.childList.Add(sect.uid, sect);
}
else pnd.childList.Add(sect.uid, sect);
if (cnd.parentList.ContainsKey(sect.uid))
{
cnd.parentList.Remove(sect.uid);
cnd.parentList.Add(sect.uid, sect);
}
else cnd.parentList.Add(sect.uid, sect);
if (ContainsAdjNode(cnd))
{
if (cnd.adjacentNode.parentList.ContainsKey(sect.uid))
{
cnd.adjacentNode.parentList.Remove(sect.uid);
cnd.adjacentNode.parentList.Add(sect.uid, sect);
}
else cnd.adjacentNode.parentList.Add(sect.uid, sect);
}
}
}
else
{
disabledList.Add(pnd);
}
}
}
}
}
public void AddPointsToLineList(Section dr, Dictionary<Point, List<Section>> lineList)
{
int xFloor = Convert.ToInt32(Math.Floor(dr.x));
int xCeiling = Convert.ToInt32(Math.Ceiling(dr.x));
int yFloor = Convert.ToInt32(Math.Floor(dr.y));
int yCeiling = Convert.ToInt32(Math.Ceiling(dr.y));
int toxFloor = Convert.ToInt32(Math.Floor(dr.tox));
int toxCeiling = Convert.ToInt32(Math.Ceiling(dr.tox));
int toyFloor = Convert.ToInt32(Math.Floor(dr.toy));
int toyCeiling = Convert.ToInt32(Math.Ceiling(dr.toy));
//add same section as value to 8 key points
//1,2 xfloor
Point Pt = new Point(xFloor, yFloor);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
Pt = new Point(xFloor, yCeiling);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
//3, 4 xceiling
Pt = new Point(xCeiling, yFloor);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
Pt = new Point(xCeiling, yCeiling);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
//5, 6 ToxFloor
Pt = new Point(toxFloor, toyFloor);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
Pt = new Point(toxFloor, toyCeiling);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
//7, 8 ToxCeiling
Pt = new Point(toxCeiling, toyFloor);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
Pt = new Point(toxFloor, toyCeiling);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
}
public void BuildDisconnected(Queue<Node> q, Dictionary<Point, List<Node>> pointList, Dictionary<Point, List<Section>> lineList)
{
while (q.Count > 0)
{
bool isAdjNode = false;
Node pnd = q.Dequeue();
Node adjNode = null;
string adjUID = "";
if (pnd != null)
{
double x1 = pnd.x;
double y1 = pnd.y;
int parentPhaseCode = pnd.phaseCode;
int xFloor = Convert.ToInt32(Math.Floor(x1));
int yFloor = Convert.ToInt32(Math.Floor(y1));
Point Pt1 = new Point(xFloor, yFloor);
var nearestSections = new List<Section>();
if (lineList.ContainsKey(Pt1)) nearestSections = lineList[Pt1];
var strtSec = from row in nearestSections
where !ConnExists(row.uid) &&
(ConnectionBufferDisconnected(row.x, row.y, x1, y1, row.tox, row.toy, row))
select row;
foreach (var item in strtSec)
{
if (ClassIDRules.IsAdjJunction(pnd))
{
if (!ClassIDRules.AdjRuleSucceeds(pnd, item)) continue;
}
Section sect = null;
Node cnd = null;
string sectGUID = item.uid;
_sectionGUIDList.Add(sectGUID);
double toX = item.tox;
double toY = item.toy;
if (StatusExtensions.IsAgainstFlow(item.status))
{
toX = item.x;
toY = item.y;
}
int ToxFloor = Convert.ToInt32(Math.Floor(toX));
int ToyFloor = Convert.ToInt32(Math.Floor(toY));
Point currentPt = new Point(ToxFloor, ToyFloor);
var nearestPoints = new List<Node>();
if (pointList.ContainsKey(currentPt)) nearestPoints = pointList[currentPt];
var childNodes = from row in nearestPoints
where (NodeBuffer(row.x, row.y, toX, toY))
select row;
string Child = null;
int CNPhaseCode = 0;
int CNStatus = Constants.Disconnected;
string uid = sectGUID;
if (!_sectionList.ContainsKey(sectGUID))
{
sect = new Section();
_sectionList.Add(sect.uid, sect);
sect.uid = uid;
}
else
{
sect = _sectionList[sectGUID];
}
int status = item.status;
int phaseCode = item.phaseCode;
sect.phaseCode = phaseCode;
sect.status = status;
if (childNodes.Count() == 0)
{
double childX = toX;
double childY = toY;
Guid id = Guid.NewGuid();
Child = "{" + id.ToString() + "}";
CNPhaseCode = sect.phaseCode;
cnd = new Node(Child, CNStatus, CNPhaseCode);
UpdateNetJnStatus(cnd, status);
CNStatus = cnd.status;
cnd.phaseCode = CNPhaseCode;
cnd.classID = -1;//ntInfo.networkClassIds[ClassIDRules.NetJunction];
cnd.oid = -1;
cnd.x = childX;
cnd.y = childY;
AddPointsToPointList(cnd, pointList);
_nodeList.Add(Child, cnd);
q.Enqueue(cnd);
DataRow drNetJn = dtNetJnList.NewRow();
drNetJn["x"] = childX;
drNetJn["y"] = childY;
drNetJn["Tox"] = DBNull.Value;
drNetJn["Toy"] = DBNull.Value;
drNetJn["oid"] = "-1";
drNetJn["uid"] = Child;
drNetJn["adjuid"] = DBNull.Value;
drNetJn["phaseCode"] = CNPhaseCode;
drNetJn["status"] = CNStatus;
drNetJn["type"] = 0;
drNetJn["ClassID"] = -1;//ntInfo.networkClassIds[ClassIDRules.NetJunction];
dtNetJnList.Rows.Add(drNetJn);
}
else
{
foreach (var drChild in childNodes)//always one child will be considered
{
if (drChild.isAdj) { continue; }
if (ClassIDRules.IsAdjGroupNode(drChild))
{
drChild.isAdj = true;
double childX = toX;
double childY = toY;
Guid id = Guid.NewGuid();
Child = "{" + id.ToString() + "}";
CNPhaseCode = sect.phaseCode;
cnd = new Node(Child, CNStatus, CNPhaseCode);
UpdateNetJnStatus(cnd, status);
CNStatus = cnd.status;
cnd.phaseCode = CNPhaseCode;
cnd.classID = -1;//ntInfo.networkClassIds[ClassIDRules.NetJunction];
cnd.oid = -1;
cnd.x = childX;
cnd.y = childY;
AddPointsToPointList(cnd, pointList);
_nodeList.Add(Child, cnd);
q.Enqueue(cnd);
DataRow drNetJn = dtNetJnList.NewRow();
drNetJn["x"] = childX;
drNetJn["y"] = childY;
drNetJn["Tox"] = DBNull.Value;
drNetJn["Toy"] = DBNull.Value;
drNetJn["oid"] = "-1";
drNetJn["uid"] = Child;
drNetJn["adjuid"] = drChild.uid;
drNetJn["phaseCode"] = CNPhaseCode;
drNetJn["status"] = CNStatus;
drNetJn["type"] = 0;
drNetJn["ClassID"] = -1;
dtNetJnList.Rows.Add(drNetJn);
cnd.adjacentNode = drChild;
q.Enqueue(drChild);
}
else
{
cnd = drChild;
Child = drChild.uid;
q.Enqueue(drChild);
}
break;
}
}
sect.parentNode = pnd;
sect.childNode = cnd;
if (pnd.childList.ContainsKey(sect.uid))
{
pnd.childList.Remove(sect.uid);
pnd.childList.Add(sect.uid, sect);
}
else pnd.childList.Add(sect.uid, sect);
if (cnd.parentList.ContainsKey(sect.uid))
{
cnd.parentList.Remove(sect.uid);
cnd.parentList.Add(sect.uid, sect);
}
else cnd.parentList.Add(sect.uid, sect);
if (ContainsAdjNode(cnd))
{
if (cnd.adjacentNode.parentList.ContainsKey(sect.uid))
{
cnd.adjacentNode.parentList.Remove(sect.uid);
cnd.adjacentNode.parentList.Add(sect.uid, sect);
}
else cnd.adjacentNode.parentList.Add(sect.uid, sect);
}
}
}
}
}
public bool ConnectionBufferDisconnected(double x1, double y1, double a, double b, double x2, double y2, Section dr)
{
int existingStatus = dr.status;
bool ans1 = ((Math.Pow(x1 - a, 2) + Math.Pow(y1 - b, 2)) < (ntInfo.snappingTolerance * ntInfo.snappingTolerance));
bool ans2 = ((Math.Pow(x2 - a, 2) + Math.Pow(y2 - b, 2)) < (ntInfo.snappingTolerance * ntInfo.snappingTolerance));
//dr.status = StatusExtensions.Connect(existingStatus);
if (ans1 && existingStatus == (Constants.Disconnected))
{
dr.status = Constants.WithFlow + Constants.Disconnected;
}
else if (ans2 && existingStatus == (Constants.Disconnected))
{
dr.status = Constants.AgainstFlow + Constants.Disconnected;
}
else
{
if (ans1)
{
dr.status = Constants.WithFlow + Constants.Disconnected;
}
else if (ans2)
{
dr.status = Constants.AgainstFlow + Constants.Disconnected;
}
}
return ans1 || ans2;
}
public void BuildConnection(Node strtNode, List<Node> disabledList, Dictionary<Point, List<Node>> pointList, Dictionary<Point, List<Section>> lineList, bool BuildUnenergized)
{
bool firstNode = true;
Queue<Node> q = new Queue<Node>();
if (strtNode != null)
{
q.Enqueue(strtNode);
while (q.Count > 0)
{
Node pnd = q.Dequeue();
if (pnd != null)
{
if (pnd.uid == "{2848a674-18a9-4238-bd97-943a3c6f0f15}")
{
}
if (!StatusExtensions.IsDisabled(pnd.status) || (firstNode && BuildUnenergized))
{
firstNode = false;
double x1 = pnd.x;
double y1 = pnd.y;
int parentPhaseCode = pnd.phaseCode;
int xFloor = Convert.ToInt32(Math.Floor(x1));
int yFloor = Convert.ToInt32(Math.Floor(y1));
Point Pt1 = new Point(xFloor, yFloor);
var nearestSections = new List<Section>();
if (lineList.ContainsKey(Pt1)) nearestSections = lineList[Pt1];
var strtSec = from row in nearestSections
where !ConnExists(row.uid) &&
(ConnectionBuffer(row.x, row.y, x1, y1, row.tox, row.toy, row, BuildUnenergized))
select row;
foreach (var item in strtSec)
{
if (ClassIDRules.IsAdjJunction(pnd))
{
if (!ClassIDRules.AdjRuleSucceeds(pnd, item)) continue;
}
Section sect = null;
Node cnd = null;
string sectGUID = item.uid;
if (sectGUID == "{705ec8f6-0176-4d7f-8820-4ad83bd92337}")
{
}
if (sectGUID == "{9f9bb3e5-95ff-42c3-88af-a5e109004196}")
{
}
if (sectGUID == "{050dd67b-3b9b-4f4d-9a84-d5b24eebdb52}")
{
}
if (NetworkUtil.DownsectionPCCompatible(pnd, item.phaseCode, -1, false))
{
_sectionGUIDList.Add(sectGUID);
double toX = item.tox;
double toY = item.toy;
if (StatusExtensions.IsAgainstFlow(item.status))
{
toX = item.x;
toY = item.y;
}
int ToxFloor = Convert.ToInt32(Math.Floor(toX));
int ToyFloor = Convert.ToInt32(Math.Floor(toY));
Point currentPt = new Point(ToxFloor, ToyFloor);
var nearestPoints = new List<Node>();
if (pointList.ContainsKey(currentPt)) nearestPoints = pointList[currentPt];
var childNodes = from row in nearestPoints
where (NodeBuffer(row.x, row.y, toX, toY))
select row;
string Child = null;
int CNPhaseCode = 0;
int CNStatus = Constants.Disconnected;
string uid = sectGUID;
if (!_sectionList.ContainsKey(sectGUID))
{
sect = new Section();
_sectionList.Add(sect.uid, sect);
sect.uid = uid;
}
else
{
sect = _sectionList[sectGUID];
}
int status = item.status;
int phaseCode = item.phaseCode;
sect.phaseCode = phaseCode;
sect.status = status;
if (childNodes.Count() == 0)
{
double childX = toX;
double childY = toY;
Guid id = Guid.NewGuid();
Child = "{" + id.ToString() + "}";
CNPhaseCode = sect.phaseCode;
cnd = new Node(Child, CNStatus, CNPhaseCode);
UpdateNetJnStatus(cnd, status);
CNStatus = cnd.status;
cnd.phaseCode = CNPhaseCode;
cnd.classID = -1;//ntInfo.networkClassIds[ClassIDRules.NetJunction];
cnd.oid = -1;
cnd.x = childX;
cnd.y = childY;
AddPointsToPointList(cnd, pointList);
_nodeList.Add(Child, cnd);
q.Enqueue(cnd);
DataRow drNetJn = dtNetJnList.NewRow();
drNetJn["x"] = childX;
drNetJn["y"] = childY;
drNetJn["Tox"] = DBNull.Value;
drNetJn["Toy"] = DBNull.Value;
drNetJn["oid"] = "-1";
drNetJn["uid"] = Child;
drNetJn["adjuid"] = DBNull.Value;
drNetJn["phaseCode"] = CNPhaseCode;
drNetJn["constructedphaseCode"] = CNPhaseCode;
drNetJn["status"] = CNStatus;
drNetJn["type"] = 0;
drNetJn["ClassID"] = -1;//ntInfo.networkClassIds[ClassIDRules.NetJunction];
dtNetJnList.Rows.Add(drNetJn);
}
else
{
foreach (var drChild in childNodes)//always one child will be considered
{
if (drChild.uid == "{1669a2ce-2e60-460d-95eb-8e1e9fc07c15}")
{
}
if (drChild.isAdj)
{
continue; }
if (ClassIDRules.IsAdjGroupNode(drChild))
{
drChild.isAdj = true;
double childX = toX;
double childY = toY;
Guid id = Guid.NewGuid();
Child = "{" + id.ToString() + "}";
CNPhaseCode = sect.phaseCode;
cnd = new Node(Child, CNStatus, CNPhaseCode);
UpdateNetJnStatus(cnd, status);
CNStatus = cnd.status;
cnd.phaseCode = CNPhaseCode;
cnd.classID = -1;
cnd.oid = -1;
cnd.x = childX;
cnd.y = childY;
AddPointsToPointList(cnd, pointList);
_nodeList.Add(Child, cnd);
q.Enqueue(cnd);
DataRow drNetJn = dtNetJnList.NewRow();
drNetJn["x"] = childX;
drNetJn["y"] = childY;
drNetJn["Tox"] = DBNull.Value;
drNetJn["Toy"] = DBNull.Value;
drNetJn["oid"] = "-1";
drNetJn["uid"] = Child;
drNetJn["adjuid"] = drChild.uid;
drNetJn["phaseCode"] = CNPhaseCode;
drNetJn["constructedphaseCode"] = CNPhaseCode;
drNetJn["status"] = CNStatus;
drNetJn["type"] = 0;
drNetJn["ClassID"] = -1;
dtNetJnList.Rows.Add(drNetJn);
cnd.adjacentNode = drChild;
q.Enqueue(drChild);
}
else
{
UpdateNodeStatus(drChild, BuildUnenergized);
cnd = drChild;
Child = drChild.uid;
q.Enqueue(drChild);
}
break;
}
}
UpdateNodeStatus(pnd, BuildUnenergized);
sect.parentNode = pnd;
sect.childNode = cnd;
if (pnd.childList.ContainsKey(sect.uid))
{
pnd.childList.Remove(sect.uid);
pnd.childList.Add(sect.uid, sect);
}
else pnd.childList.Add(sect.uid, sect);
if (cnd.parentList.ContainsKey(sect.uid))
{
cnd.parentList.Remove(sect.uid);
cnd.parentList.Add(sect.uid, sect);
}
else cnd.parentList.Add(sect.uid, sect);
if (ContainsAdjNode(cnd))
{
if (cnd.adjacentNode.parentList.ContainsKey(sect.uid))
{
cnd.adjacentNode.parentList.Remove(sect.uid);
cnd.adjacentNode.parentList.Add(sect.uid, sect);
}
else cnd.adjacentNode.parentList.Add(sect.uid, sect);
}
if (NetworkUtil.DownsectionPCCompatibleWithSection(sect, cnd, -1, false))
{
phaseErrorList.Add(pnd);
continue;
}
}
else
{
phaseErrorList.Add(pnd);
}
}
}
else
{
disabledList.Add(pnd);
}
}
}
}
}
public static bool AdjRuleSucceeds(Section sec)
{
if (secondary.Contains(sec.classID))
return true;
return false;
}
public bool ConnectionBuffer(double x1, double y1, double a, double b, double x2, double y2, Section dr, bool populatingUnenergized = false, bool mark128 = false)
{
if (dr.uid == "{9f9bb3e5-95ff-42c3-88af-a5e109004196}")
{
}
if (dr.uid == "{705ec8f6-0176-4d7f-8820-4ad83bd92337}")
{
}
int existingStatus = dr.status;
bool ans1 = ((Math.Pow(x1 - a, 2) + Math.Pow(y1 - b, 2)) < (ntInfo.snappingTolerance * ntInfo.snappingTolerance));
bool ans2 = ((Math.Pow(x2 - a, 2) + Math.Pow(y2 - b, 2)) < (ntInfo.snappingTolerance * ntInfo.snappingTolerance));
//dr.status = StatusExtensions.Connect(existingStatus);
if (!populatingUnenergized)
{
if (ans1 && existingStatus == (Constants.Disconnected))
{
dr.status = Constants.WithFlow + Constants.Energized; //with flow
}
else if (ans2 && existingStatus == (Constants.Disconnected))
{
dr.status = Constants.AgainstFlow + Constants.Energized; //against the flow
}
else
{
if (ans1)
{
dr.status = Constants.WithFlow + Constants.Energized; //with flow
}
else if (ans2)
{
dr.status = Constants.AgainstFlow + Constants.Energized; //against the flow
}
}
}
else
{
if (ans1 && existingStatus == (Constants.Disconnected))
{
dr.status = Constants.WithFlow + Constants.Unenergized; //with flow
}
else if (ans2 && existingStatus == (Constants.Disconnected))
{
dr.status = Constants.AgainstFlow + Constants.Unenergized; //against the flow
}
else
{
if (ans1)
{
dr.status = Constants.WithFlow + Constants.Unenergized; //with flow
}
else if (ans2)
{
dr.status = Constants.AgainstFlow + Constants.Unenergized; //against the flow
}
}
if (mark128 == true) dr.phaseCode = 128;
}
return ans1 || ans2;
}
public bool InsertConnectivity(Section sec)
{
try
{
string query = "insert into fta_connectivity WITH (SNAPSHOT) (uid, PhaseCode, ParentNode, PNstatus, PNPhaseCode, ChildNode, CNStatus, CNPhaseCode,status,sessionid, deleted) VALUES(" + sec.uid + "," + sec.phaseCode + "," + sec.parentNode != null ? sec.parentNode.uid : DBNull.Value +
"," + sec.parentNode != null ? sec.parentNode.status.ToString() : "0" + "," + sec.parentNode != null ? sec.parentNode.phaseCode.ToString() : "0" +
"," + sec.childNode != null ? sec.childNode.uid : DBNull.Value + "," + sec.childNode != null ? sec.childNode.status.ToString() : "0" + "," + sec.childNode != null ? sec.childNode.phaseCode.ToString() : "0" +
", " + sec.status + "," + Constants.SessionID + "," + 0 + ")";
using (SqlConnection conn = new SqlConnection(conStr))
{
using (SqlCommand cmd = new SqlCommand(query, conn))
{
conn.ConnectionString = conStr;
cmd.Connection = conn;
cmd.CommandType = CommandType.Text;
conn.Open();
cmd.ExecuteNonQuery();
conn.Close();
return true;
}
}
}
catch (Exception exc)
{
//log exc
}
return false;
}
public bool InsertElementSection(Section sec)
{
try
{
string query = "insert into fta_elements WITH (SNAPSHOT)(uid, oid, x, y,status,sessionid, deleted) VALUES(" + sec.uid + "," + sec.oid + "," + sec.x + "," + sec.y +
"," + sec.status + "," + Constants.SessionID + "," + 0 + ")";
using (SqlConnection conn = new SqlConnection(conStr))
{
using (SqlCommand cmd = new SqlCommand(query, conn))
{
conn.ConnectionString = conStr;
cmd.Connection = conn;
cmd.CommandType = CommandType.Text;
conn.Open();
cmd.ExecuteNonQuery();
conn.Close();
return true;
}
}
}
catch (Exception exc)
{
//log exc
}
return false;
}
public void AddPointsToLineList(Section dr)
{
int xFloor = Convert.ToInt32(Math.Floor(dr.x));
int xCeiling = Convert.ToInt32(Math.Ceiling(dr.x));
int yFloor = Convert.ToInt32(Math.Floor(dr.y));
int yCeiling = Convert.ToInt32(Math.Ceiling(dr.y));
int toxFloor = Convert.ToInt32(Math.Floor(dr.tox));
int toxCeiling = Convert.ToInt32(Math.Ceiling(dr.tox));
int toyFloor = Convert.ToInt32(Math.Floor(dr.toy));
int toyCeiling = Convert.ToInt32(Math.Ceiling(dr.toy));
Point Pt = new Point(xFloor, yFloor);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
Pt = new Point(xFloor, yCeiling);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
//3, 4 xceiling
Pt = new Point(xCeiling, yFloor);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
Pt = new Point(xCeiling, yCeiling);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
//5, 6 ToxFloor
Pt = new Point(toxFloor, toyFloor);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
Pt = new Point(toxFloor, toyCeiling);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
//7, 8 ToxCeiling
Pt = new Point(toxCeiling, toyFloor);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
Pt = new Point(toxFloor, toyCeiling);
if (lineList.ContainsKey(Pt))
{
lineList[Pt].Add(dr);
}
else
{
lineList[Pt] = new List<Section>();
lineList[Pt].Add(dr);
}
}
public bool DeleteElementSection(Section sec)
{
try
{
string query = "update fta_elements WITH (SNAPSHOT) set deleted = 1 where uid =" + sec.uid;
using (SqlConnection conn = new SqlConnection(conStr))
{
using (SqlCommand cmd = new SqlCommand(query, conn))
{
conn.ConnectionString = conStr;
cmd.Connection = conn;
cmd.CommandType = CommandType.Text;
conn.Open();
cmd.ExecuteNonQuery();
conn.Close();
return true;
}
}
}
catch (Exception exc)
{
//log exc
}
return false;
}
public static void DownsectionPCCorrection(Node parentNode, Section childSection)
{
int parentPCAccumilated = 128;
int parentPC = 128;
int parentConstrPC = parentNode.constructedPhaseCode;
int constrChildPC = childSection.constructedPhaseCode;
foreach (Section sec in parentNode.parentList.Values)
{
parentPCAccumilated = PhaseCodeUtil.AddPhaseCodes(parentPC, sec.phaseCode);
}
if (!StatusExtensions.IsNetJunction(parentNode.status))
{
if (PhaseCodeUtil.IsPhaseCodePresent(parentConstrPC, parentPCAccumilated)) // may add phase here
{
if (!StatusExtensions.IsYDTransformer(parentNode.status))
{
parentNode.phaseCode = parentPCAccumilated;
}
}
else if (PhaseCodeUtil.IsPhaseCodePresent(parentPCAccumilated, parentConstrPC))
{
parentNode.phaseCode = parentConstrPC;
}
else if (!PhaseCodeUtil.HaveCommonPhaseCodes(parentPCAccumilated, parentConstrPC))
{
parentNode.phaseCode = 128;
}
}
if (StatusExtensions.IsNetJunction(parentNode.status))
{
parentPC = parentPCAccumilated;
}
else
parentPC = parentNode.phaseCode;
int existingChildPC = childSection.phaseCode;
if (PhaseCodeUtil.IsPhaseCodePresent(constrChildPC, parentPC)) // may add phase here
{
childSection.phaseCode = parentPC;
}
else if (PhaseCodeUtil.IsPhaseCodePresent(parentPC, constrChildPC))
{
childSection.phaseCode = constrChildPC;
}
else if (!PhaseCodeUtil.HaveCommonPhaseCodes(parentPC, constrChildPC))
{
childSection.phaseCode = 128;
}
if (childSection.phaseCode != 128)
{
if (StatusExtensions.IsUnenergized(childSection.status))
StatusExtensions.Energize(childSection.status);
}
else
{
if (!StatusExtensions.IsUnenergized(childSection.status))
{
StatusExtensions.Unenerize(childSection.status);
childSection.status += Constants.Unenergized;
}
}
if (StatusExtensions.IsDisconnected(childSection.status))
StatusExtensions.Connect(childSection.status);
}
public static void FlipSection(Section sec)
{
Node parentNode = sec.parentNode;
Node childNode = sec.childNode;
sec.childNode = parentNode;
sec.parentNode = childNode;
childNode.parentList.Remove(sec.uid);
childNode.childList.Add(sec.uid, sec);
}
public static void FlipDigitized(Section sec)
{
if (StatusExtensions.IsAgainstFlow(sec.status)) sec.status = Constants.WithFlow;
else if (StatusExtensions.IsWithFlow(sec.status)) sec.status = Constants.AgainstFlow;
}
public static void FillElementsFromDB()
{
DataTable dtElements = dbutil.GetElements();
foreach (DataRow dr in dtElements.Rows)
{
int type = (dr["type"] == null || dr["type"] == DBNull.Value) ? 0 : Convert.ToInt32(dr["type"]);
string guid = (dr["UID"] == null || dr["UID"] == DBNull.Value) ? "" : dr["UID"].ToString();
string adjuid = (dr["adjuid"] == null || dr["adjuid"] == DBNull.Value) ? "" : dr["adjuid"].ToString();
int oid = (dr["oid"] == null || dr["oid"] == DBNull.Value) ? 0 : Convert.ToInt32(dr["oid"]);
int status = ((dr["status"] == null || dr["status"] == DBNull.Value) ? 0 : Convert.ToInt32(dr["status"]));
int phaseCode = (dr["phaseCode"] == null || dr["phaseCode"] == DBNull.Value) ? 0 : Convert.ToInt32(dr["phaseCode"]);
int constructedPhaseCode = (dr["constructedPhaseCode"] == null || dr["constructedPhaseCode"] == DBNull.Value) ? 0 : Convert.ToInt32(dr["constructedPhaseCode"]);
double x = (dr["x"] == null || dr["x"] == DBNull.Value) ? 0 : Convert.ToDouble(dr["x"]);
double y = (dr["y"] == null || dr["y"] == DBNull.Value) ? 0 : Convert.ToDouble(dr["y"]);
double toX = (dr["toX"] == null || dr["toX"] == DBNull.Value) ? 0 : Convert.ToDouble(dr["toX"]);
double toY = (dr["toY"] == null || dr["toY"] == DBNull.Value) ? 0 : Convert.ToDouble(dr["toY"]);
int classID = (dr["classID"] == null || dr["classID"] == DBNull.Value) ? 0 : Convert.ToInt32(dr["classID"]);
if (guid == "{9f9bb3e5-95ff-42c3-88af-a5e109004196}")
{
}
//fill nodes and sections
if (type == 0 ) //fill node list
{
if (!_nodeList.ContainsKey(guid))
{
Node nd = new Node();
nd.uid = guid;
if (!string.IsNullOrEmpty(adjuid))
{
if (!_nodeList.ContainsKey(adjuid))
{
Node adjnd = new Node();
adjnd.uid = adjuid;
adjnd.isAdj = true;
nd.adjacentNode = adjnd;
_nodeList.Add(adjuid, adjnd);
}
else
{
nd.adjacentNode = _nodeList[adjuid];
}
}
nd.x = x;
nd.y = y;
nd.objectId = oid;
nd.oid = oid;
nd.status = status;
nd.phaseCode = phaseCode;
nd.constructedPhaseCode = constructedPhaseCode;
nd.classID = classID;
_nodeList.Add(guid, nd);
}
else
{
Node nd = _nodeList[guid];
nd.x = x;
nd.y = y;
nd.oid = oid;
nd.objectId = oid;
nd.status = status;
nd.phaseCode = phaseCode;
nd.constructedPhaseCode = constructedPhaseCode;
nd.classID = classID;
if (!string.IsNullOrEmpty(adjuid))
{
if (!_nodeList.ContainsKey(adjuid))
{
Node adjnd = new Node();
adjnd.uid = adjuid;
adjnd.isAdj = true;
nd.adjacentNode = adjnd;
}
else
{
nd.adjacentNode = _nodeList[adjuid];
}
}
}
}
else if (type == 1 && !_sectionList.ContainsKey(guid))
{
Section sec = new Section();
sec.uid = guid;
sec.x = x;
sec.y = y;
sec.tox = toX;
sec.toy = toY;
sec.objectId = oid;
sec.oid = oid;
sec.status = status;
sec.classID = classID;
sec.phaseCode = phaseCode;
sec.constructedPhaseCode = constructedPhaseCode;
_sectionList.Add(guid, sec);
}
}
}
//public bool BulkUpdateConnectivity(List<Section> lst)
//{
// try
// {
// foreach (Section sec in lst)
// {
// string query = "update fta_connectivity WITH (SNAPSHOT) set PhaseCode = " + sec.phaseCode + ", ParentNode = " + sec.ParentNode != null ? sec.ParentNode.uid : DBNull.Value +
// ", PNstatus = " + sec.ParentNode != null ? sec.ParentNode.status.ToString() : "0" + ", PNPhaseCode =" + sec.ParentNode != null ? sec.ParentNode.phaseCode.ToString() : "0" +
// ", ChildNode = " + sec.ChildNode != null ? sec.ChildNode.uid : DBNull.Value + ", CNStatus = " + sec.ChildNode != null ? sec.ChildNode.status.ToString() : "0" + ", CNPhaseCode =" + sec.ChildNode != null ? sec.ChildNode.phaseCode.ToString() : "0" +
// ",status = " + sec.status + ",sessionid = " + Constants.SessionID + ", deleted = " + 0 +
// " where uid = " + sec.uid;
// using (SqlConnection conn = new SqlConnection(conStr))
// {
// using (SqlCommand cmd = new SqlCommand(query, conn))
// {
// conn.ConnectionString = conStr;
// cmd.Connection = conn;
// cmd.CommandType = CommandType.Text;
// conn.Open();
// cmd.ExecuteNonQuery();
// conn.Close();
// return true;
// }
// }
// }
// }
// catch (Exception exc)
// {
// //log exc
// }
// return false;
//}
public bool UpdateConnectivity(Section sec)
{
try
{
string query = "update fta_connectivity WITH (SNAPSHOT) set PhaseCode = " + sec.phaseCode + ", ParentNode = " + sec.parentNode != null ? sec.parentNode.uid : DBNull.Value +
", PNstatus = " + sec.parentNode != null ? sec.parentNode.status.ToString() : "0" + ", PNPhaseCode =" + sec.parentNode != null ? sec.parentNode.phaseCode.ToString() : "0" +
", ChildNode = " + sec.childNode != null ? sec.childNode.uid : DBNull.Value + ", CNStatus = " + sec.childNode != null ? sec.childNode.status.ToString() : "0" + ", CNPhaseCode =" + sec.childNode != null ? sec.childNode.phaseCode.ToString() : "0" +
",status = " + sec.status + ",sessionid = " + Constants.SessionID + ", deleted = " + 0 +
" where uid = " + sec.uid;
using (SqlConnection conn = new SqlConnection(conStr))
{
using (SqlCommand cmd = new SqlCommand(query, conn))
{
conn.ConnectionString = conStr;
cmd.Connection = conn;
cmd.CommandType = CommandType.Text;
conn.Open();
cmd.ExecuteNonQuery();
conn.Close();
return true;
}
}
}
catch (Exception exc)
{
//log exc
}
return false;
}
public void AddSection(EditObject eObj)
{
Section newSect = new Section();
newSect.uid = eObj.UID;
if (eObj.Connectivity.parentNode == null)
{
IPolyline ln = (IPolyline)eObj.shape;
Node FromNetJn = CreateNetJn(eObj);
FromNetJn.x = ln.FromPoint.X;
FromNetJn.y = ln.FromPoint.Y;
eObj.Connectivity.parentNode = FromNetJn;
StaticStuff._nodeList.Add(FromNetJn.uid, FromNetJn);
ExtensionInfo.checkFlow.AddPointsToPointList(FromNetJn);
Node toNetJn = CreateNetJn(eObj);
toNetJn.x = ln.ToPoint.X;
toNetJn.y = ln.ToPoint.Y;
eObj.Connectivity.childNode = toNetJn;
StaticStuff._nodeList.Add(toNetJn.uid, toNetJn);
ExtensionInfo.checkFlow.AddPointsToPointList(toNetJn);
}
else if (eObj.Connectivity.childNode == null)
{
Node netJn = CreateNetJn(eObj);
IPolyline ln = (IPolyline)eObj.shape;
if (StatusExtensions.IsWithFlow(eObj.Connectivity.status))
{
netJn.x = ln.ToPoint.X;
netJn.y = ln.ToPoint.Y;
}
else if (StatusExtensions.IsAgainstFlow(eObj.Connectivity.status))
{
netJn.x = ln.FromPoint.X;
netJn.y = ln.FromPoint.Y; ;
}
eObj.Connectivity.childNode = netJn;
StaticStuff._nodeList.Add(netJn.uid, netJn);
ExtensionInfo.checkFlow.AddPointsToPointList(netJn);
}
newSect.phaseCode = eObj.Connectivity.phaseCode;
newSect.classID = eObj.CLSID;
newSect.status = eObj.Connectivity.status;
if (StatusExtensions.IsWithFlow(eObj.Connectivity.status))
{
newSect.x = eObj.Connectivity.parentNode.x;
newSect.y = eObj.Connectivity.parentNode.y;
newSect.tox = eObj.Connectivity.childNode.x;
newSect.toy = eObj.Connectivity.childNode.y;
}
else if (StatusExtensions.IsAgainstFlow(eObj.Connectivity.status))
{
newSect.x = eObj.Connectivity.childNode.x;
newSect.y = eObj.Connectivity.childNode.y;
newSect.tox = eObj.Connectivity.parentNode.x;
newSect.toy = eObj.Connectivity.parentNode.y;
}
newSect.classID = eObj.CLSID;
newSect.phaseCode = eObj.Connectivity.phaseCode;
newSect.parentNode = eObj.Connectivity.parentNode;
newSect.childNode = eObj.Connectivity.childNode;
if (newSect.parentNode.childList == null)
newSect.parentNode.childList = new Dictionary<string, Section>();
newSect.parentNode.childList.Add(newSect.uid, newSect);
if (newSect.childNode.parentList == null)
newSect.childNode.parentList = new Dictionary<string, Section>();
newSect.childNode.parentList.Add(newSect.uid, newSect);
StaticStuff._sectionList.Add(newSect.uid, newSect);
ExtensionInfo.checkFlow.AddPointsToLineList(newSect);
}
public static bool AdjRuleSucceeds(Node nd, Section sec)
{
if (nd != null && nd.adjacentNode != null && AdjGroup.Contains(nd.adjacentNode.classID) && primary.Contains(sec.classID))
return true;
return false;
}
