processWall(ObjectId idAlign)
{
List <POI> varpoi = new List <POI>();
Stake_GetCardinals.getCardinals_Horizontal(idAlign, ref varpoi);
Stake_GetCardinals.checkBegAndEndStations(idAlign, ref varpoi);
Stake_DuplicateStations.resolveDuplicateStations(ref varpoi);
WALL_DATA wall_Data = getWallData(idAlign);
object varPntUpper = wall_Data.PntUpper;
List <WALL_STEP> varPOI_TOW;
List <WALL_STEP> varPOI_TOF;
convertWallData(wall_Data, out varPOI_TOW, out varPOI_TOF);
List <POI> varPOI_WALL = getWallPOI(varPOI_TOW, varPOI_TOF);
fStake.POI_STAKE = varPOI_WALL;
ObjectId idTable = Stake_Table.makeTable(idAlign, varPOI_WALL, varPntUpper: varPntUpper);
Stake_Table.addTableData(idTable, varPOI_WALL);
}
processAlign(string nameLayer, ObjectId idPolyGuideline)
{
BlockTableRecord ms = null;
List <POI> varPOI = new List <POI>();
ObjectId idTable = ObjectId.Null;
ObjectId idAlign = ObjectId.Null;
string nameXRef = "";
ResultBuffer rb;
TypedValue[] tvs;
switch (fStake.ClassObj)
{
case "BLDG":
Stake_GetNestedObjects.copyGRID((fStake.XRefDbModelSpace)); //XrefDbModelSpace is source of grid selected
idPolyGuideline.delete();
fStake.Hide();
Application.ShowModelessDialog(Application.MainWindow.Handle, fGrid, false);
break;
case "CURB":
rb = xRef.getXRefsContainingTargetDwgName("GCAL");
if (rb == null)
{
Autodesk.AutoCAD.ApplicationServices.Application.ShowAlertDialog("GCAL drawing not attached");
return;
}
tvs = rb.AsArray();
nameXRef = tvs[0].Value.ToString();
ms = xRef.getXRefBlockTableRecordMS(nameXRef);
processCurb(nameLayer, idPolyGuideline, ms, nameXRef, ref varPOI, out idAlign);
idTable = Stake_Table.makeTable(idAlign, varPOI);
Stake_Table.addTableData(idTable, varPOI);
break;
case "FL":
rb = xRef.getXRefsContainingTargetDwgName("GCAL");
if (rb == null)
{
Autodesk.AutoCAD.ApplicationServices.Application.ShowAlertDialog("GCAL drawing not attached");
return;
}
tvs = rb.AsArray();
nameXRef = tvs[0].Value.ToString();
ms = xRef.getXRefBlockTableRecordMS(nameXRef);
processFlowline(nameLayer, idPolyGuideline, ms, nameXRef, ref varPOI, out idAlign);
// fStake.POI = varPOI
idTable = Stake_Table.makeTable(idAlign, varPOI);
Stake_Table.addTableData(idTable, varPOI);
break;
case "SEWER":
rb = xRef.getXRefsContainingTargetDwgName("UTIL");
if (rb == null)
{
Autodesk.AutoCAD.ApplicationServices.Application.ShowAlertDialog("UTIL drawing not attached");
return;
}
tvs = rb.AsArray();
nameXRef = tvs[0].Value.ToString();
ms = xRef.getXRefBlockTableRecordMS(nameXRef);
processSewer(nameLayer, idPolyGuideline, ms, nameXRef, ref varPOI, out idAlign);
// Call makeProfileINVERT(objAlign, varPOI)
// fStake.POI = varPOI
idTable = Stake_Table.makeTable(idAlign, varPOI);
Stake_Table.addTableData(idTable, varPOI);
break;
case "WTR":
processWater(nameLayer, idPolyGuideline, ms, ref varPOI, out idAlign);
idTable = Stake_Table.makeTable(idAlign, varPOI);
Stake_Table.addTableData(idTable, varPOI);
break;
}
fStake.POI_CALC = varPOI;
//#############################################################
}
Process(string varObjName = "")
{
Object xRefPath = null;
Entity obj = xRef.getEntity("\nSelect feature to stake: ", out escape, out xRefPath, out ps);
fStake.XRefDbModelSpace = xRef.getXRefBlockTableRecordMS(xRefPath.ToString());
ObjectId idAlign = ObjectId.Null;
if (escape)
{
return;
}
ObjectId idPolyGuideline = ObjectId.Null;
string nameLayer = "";
switch (obj.GetType().Name)
{
case "Arc":
case "Line":
case "Polyline":
case "Polyline2d":
case "Polyline3d":
idPolyGuideline = Stake_GetGuidelines.getGuidelines(obj);
if (varObjName == "")
{
nameLayer = obj.Layer;
int intPos = nameLayer.IndexOf("|");
nameLayer = nameLayer.Substring(intPos + 1);
fStake.NameStakeObject = nameLayer;
}
else
{
nameLayer = "SIDEWALK";
fStake.ClassObj = "SIDEWALK";
fStake.NameStakeObject = "SIDEWALK";
}
if (nameLayer.Contains("CURB"))
{
if (!testClass("CURB", nameLayer))
{
return;
}
}
else if (nameLayer.Contains("FL"))
{
if (!testClass("FL", nameLayer))
{
return;
}
}
else if (nameLayer.Contains("FTG") || nameLayer.Contains("FOOTING"))
{
if (!testClass("FTG", nameLayer))
{
return;
}
}
else if (nameLayer.Contains("SEWER"))
{
if (!testClass("SEWER", nameLayer))
{
return;
}
}
else if (nameLayer.Contains("SD"))
{
if (!testClass("SD", nameLayer))
{
return;
}
}
else if (nameLayer.Contains("WALL"))
{
if (!testClass("WALL", nameLayer))
{
return;
}
}
else if (nameLayer.Contains("WATER") || nameLayer.Contains("WAT") || nameLayer.Contains("WTR") || nameLayer.Contains("FIRE") ||
nameLayer.Contains("VERIZON") || nameLayer.Contains("ELEC") || nameLayer.Contains("CABLE") ||
nameLayer.Contains("PHONE") || nameLayer.Contains("TELE"))
{
if (!testClass("WTR", nameLayer))
{
return;
}
}
processAlign(nameLayer, idPolyGuideline);
break;
case "DbAlignment":
List <POI> varPOI = new List <POI>();
Alignment objAlign = (Alignment)obj;
idAlign = objAlign.ObjectId;
fStake.ACTIVEALIGN = objAlign;
nameLayer = string.Format("STAKE-{0}", objAlign.Name);
Layer.manageLayers(nameLayer);
idAlign.changeProp(nameLayer: nameLayer);
fStake.HandleAlign = objAlign.Handle;
fStake.objectID = idAlign;
fStake.NameStakeObject = objAlign.Name;
if (objAlign.Name.Contains("WALL"))
{
fStake.ClassObj = "WALL";
}
else
{
fStake.ClassObj = "ALIGN";
}
switch (fStake.ClassObj)
{
case "ALIGN":
Stake_GetCardinals.getCardinals_Horizontal(idAlign, ref varPOI);
Stake_GetNestedObjects.getNestedPoints(idAlign, ref varPOI, fStake.XRefDbModelSpace, Path.GetFileName(xRefPath.ToString()));
Stake_GetCardinals.getCardinals_Vertical(idAlign, ref varPOI);
// Call getNestedObjects(objAlign, varPOI)
Stake_GetCardinals.getCrossingAligns(idAlign, ref varPOI);
Stake_AddProfile.makeProfile(idAlign, varPOI, "STAKE", "ByLayout", false);
Stake_GetBC_EC.getBC_EC(idAlign, ref varPOI);
Stake_DuplicateStations.resolveDuplicateStations(ref varPOI);
Stake_UpdateProfile.updateProfile(idAlign, varPOI, "STAKE", false, "STAKE");
Stake_UpdateProfile.updateProfile(idAlign, (fStake.POI_PNTs), "STAKE", true, "PNTS");
ResultBuffer rb = xRef.getXRefsContainingTargetDwgName("GCAL");
if (rb == null)
{
Autodesk.AutoCAD.ApplicationServices.Application.ShowAlertDialog("GCAL drawing not attached");
return;
}
TypedValue[] tvs = rb.AsArray();
string nameXRef = tvs[0].Value.ToString();
BlockTableRecord ms = xRef.getXRefBlockTableRecordMS(nameXRef);
// If getNestedPoints(objAlign, varPOI, objXRefDbModelSpace, "GCAL") = False Then
// Exit Sub
// End If
Debug.Print("After getNestedPoints");
for (int i = 0; i < varPOI.Count; i++)
{
Debug.Print(varPOI[i].Station + " " + varPOI[i].Desc0);
}
// Call makeProfileINVERT(objAlign, varPOI)
fStake.POI_CALC = varPOI;
//#############################################################
ObjectId idTable = Stake_Table.makeTable(idAlign, varPOI);
Stake_Table.addTableData(idTable, varPOI);
break;
case "WALL":
Stake_Wall.processWall(idAlign);
break;
}
break;
default:
break;
}
if (fStake.ClassObj != "BLDG")
{
TypedValue[] tvs = new TypedValue[2] {
new TypedValue(1001, "CLASS"), new TypedValue(1000, fStake.ClassObj)
};
idAlign.setXData(tvs, "CLASS");
}
}
changeAlignStartPoint()
{
//BEGIN: UPDATE PROFILE, TABLE, AND POIs
AlgnData algnData = new AlgnData();
ObjectId idAlign = ObjectId.Null;
Alignment objAlign = null;
if (selectAlignment(idAlign))
{
objAlign = fStake.ACTIVEALIGN;
}
else
{
return;
}
objAlign = fStake.ACTIVEALIGN;
AlignmentEntityCollection objAlignEnts = objAlign.Entities;
//BEGIN: UPDATE PROFILE, TABLE, AND POIs
double dblLenAlign = objAlign.Length;
PromptStatus ps;
Point3d varPnt = UserInput.getPoint("Select Desired Start Point", out ps, osMode: 0);
double dblStation = 0, dblOffset = 0;
idAlign.getAlignStaOffset(varPnt, ref dblStation, ref dblOffset);
double dblStationStart = objAlign.StartingStation;
double dblStationDelta = dblStation - dblStationStart;
// if varPnt is out of range then dblStation returns ZERO
Profile profFLOWLINE = Prof.getProfile(idAlign, "FLOwLINE");
ProfilePVICollection pvis = profFLOWLINE.PVIs;
List <POI> varPOI_Temp = new List <POI>();
foreach (ProfilePVI pvi in pvis)
{
POI poi = new POI {
Station = Math.roundDown3(pvi.Station), Elevation = pvi.Elevation
};
varPOI_Temp.Add(poi);
}
Debug.Print("varPOI_Temp Before");
for (int i = 0; i < varPOI_Temp.Count; i++)
{
Debug.Print(varPOI_Temp[i].Station + " " + varPOI_Temp[i].Elevation);
}
//adjust POI_Temp stationing
for (int i = 0; i < varPOI_Temp.Count; i++)
{
POI poi = varPOI_Temp[i];
if (poi.Station < dblStationDelta + dblStationStart)
{
poi.Station = Math.roundDown3(dblLenAlign + varPOI_Temp[i].Station);
}
else
{
poi.Station = Math.roundDown3(varPOI_Temp[i].Station - dblStationDelta);
}
varPOI_Temp[i] = poi;
}
List <POI> poiTmp = new List <POI>();
var sortPOI_Temp = from t in varPOI_Temp
orderby t.Station ascending
select t;
foreach (var t in sortPOI_Temp)
{
poiTmp.Add(t);
}
varPOI_Temp = poiTmp;
int k = varPOI_Temp.Count;
POI poitemp = varPOI_Temp[k - 1];
poitemp.Elevation = varPOI_Temp[0].Elevation;
varPOI_Temp[k] = poitemp;
Debug.Print("varPOI_Temp After");
for (int i = 0; i < k; i++)
{
Debug.Print(varPOI_Temp[i].Station + " " + varPOI_Temp[i].Elevation);
}
//END: UPDATE PROFILE, TABLE, AND POIs
ObjectId idPoly = objAlign.GetPolyline();
Polyline poly = (Polyline)idPoly.getEnt();
string strAlignName = objAlign.Name;
AlgnData aData;
for (int j = 1; j < fStake.algnData.Count; j++)
{
aData = fStake.algnData[j];
if (aData.AlignHandle == objAlign.Handle)
{
break;
}
}
objAlign.ReferencePointStation = 100.0;
foreach (AlignmentEntity ent in objAlignEnts)
{
objAlignEnts.Remove(ent);
}
List <Vertex2d> v2ds = Conv.poly_Vertex2dList(idPoly);
int p = 0;
foreach (Vertex2d v in v2ds)
{
if (v.Position.IsEqualTo(varPnt, new Tolerance(0, 0)))
{
break;
}
p++;
}
List <Vertex2d> v2dsNew = new List <Vertex2d>();
for (int i = p; i < v2ds.Count; i++)
{
v2dsNew.Add(v2ds[i]);
}
for (int i = 1; i < p; i++)
{
v2dsNew.Add(v2ds[i]);
}
v2dsNew.Add(v2ds[p]);
int lngID = 0;
Point3d dblPntBeg = Pub.pnt3dO, dblPntEnd = Pub.pnt3dO, dblPntMid = Pub.pnt3dO;
for (int i = 1; i < v2dsNew.Count; i++)
{
if (v2dsNew[i].Bulge == 0)
{
dblPntBeg = v2dsNew[i - 1].Position;
dblPntEnd = v2dsNew[i = 0].Position;
AlignmentLine objAlignEntTan = objAlign.Entities.AddFixedLine(lngID, dblPntBeg, dblPntEnd);
lngID = objAlignEntTan.EntityId;
}
else
{
dblPntBeg = v2dsNew[i - 1].Position;
dblPntEnd = v2dsNew[i = 0].Position;
int intDir = 0;
if (v2dsNew[i - 1].Bulge > 0)
{
intDir = 1;
}
else
{
intDir = -1;
}
Arc arc = (Arc)Arc.Create(IntPtr.Zero, true);
arc.StartPoint = dblPntBeg;
arc.EndPoint = dblPntEnd;
Point3d pnt3dMidLC = dblPntBeg.getMidPoint3d(dblPntEnd);
double lenLC = dblPntBeg.getDistance(dblPntEnd);
double dirLC = dblPntBeg.getDirection(dblPntEnd);
double lenM = System.Math.Abs(lenLC / 2 * v2dsNew[i - 1].Bulge);
dblPntMid = pnt3dMidLC.traverse(dirLC + System.Math.PI / 2 * intDir, lenM);
AlignmentArc objAlignEntArc = objAlign.Entities.AddFixedCurve(lngID, dblPntBeg, dblPntMid, dblPntEnd);
lngID = objAlignEntArc.EntityId;
}
}
objAlign.Update();
objAlign.ReferencePoint = varPnt.Convert2d(BaseObjs.xyPlane);
objAlign.ReferencePointStation = System.Math.Round(100.0 + dblStationDelta, 3);
//BEGIN: UPDATE PROFILE, TABLE, AND POIs
List <POI> varpoi = fStake.POI_CALC;
//POIs are updated when selectAlignment is executed
//ADJUST POI STATIONING
//need complete POIs for descriptions
for (int i = 0; i < varpoi.Count; i++)
{
if (varpoi[i].Station < dblStationDelta + dblStationStart)
{
varpoi[i].Station = Math.roundDown3(dblLenAlign + varpoi[i].Station);
}
else
{
varpoi[i].Station = Math.roundDown3(varpoi[i].Station - dblStationDelta);
}
}
varpoi = varpoi.sortPOIbyStation();
int n = varpoi.Count;
varpoi[0].DescX = "BEG " + varpoi[0].Desc0;
varpoi[n - 2].DescX = varpoi[n - 2].DescX.Replace("END", "").Trim();
varpoi[n - 1].DescX = varpoi[n - 1].DescX.Replace("BEG", "END").Trim();
if (fStake.ClassObj == "CURB")
{
Stake_AddProfile.makeProfile(idAlign, varPOI_Temp, "CURB", "ByLayout", true);
}
ObjectId idTable = Stake_Table.makeTable(idAlign, varpoi);
Stake_Table.addTableData(idTable, varpoi);
if (Stake_GetBC_EC.getBC_EC(idAlign, ref varpoi) == false)
{
return;
}
fStake.POI_CALC = varpoi;
//END: UPDATE PROFILE, TABLE, AND POIs
}
modifyStaking(List <POI> varpoi)
{
Alignment objAlign = fStake.ACTIVEALIGN;
ObjectId idAlign = objAlign.ObjectId;
List <POI> varPOIadd = new List <POI>();
if (Stake_GetCardinals.userAddCrossingsFeatures(idAlign, ref varPOIadd))
{
switch (fStake.ClassObj)
{
case "WTR":
Stake_GetSurfaceElev.getSurfaceElevations(idAlign, ref varPOIadd);
break;
case "ALIGN":
case "SEWER":
Stake_GetSurfaceElev.getProfileElevations(idAlign, "STAKE", ref varPOIadd);
break;
}
for (int i = 0; i <= varPOIadd.Count; i++)
{
varpoi.Add(varPOIadd[i]);
}
var sortSta = from s in varpoi
orderby s.Station ascending
select s;
List <POI> poitmp = new List <POI>();
foreach (var s in sortSta)
{
poitmp.Add(s);
}
varpoi = poitmp;
Stake_AddProfile.makeProfile(idAlign, varpoi, "STAKE", "ByLayout", true);
switch (fStake.ClassObj)
{
case "ALIGN":
case "SEWER":
Stake_UpdateProfile.updateProfile(idAlign, varpoi, "STAKE", false, "STAKE");
break;
}
List <AlgnData> algnData = fStake.algnData;
AlgnData aData = new AlgnData();
Table objTable = null;
for (int i = 1; i < algnData.Count; i++)
{
aData = algnData[i];
if (aData.AlignHandle == objAlign.Handle)
{
objTable = (Table)aData.TableHandle.getEnt();
objTable.ObjectId.delete();
break;
}
}
ObjectId idTable = Stake_Table.makeTable(idAlign, varpoi, aData);
Stake_Table.addTableData(idTable, varpoi);
}
return(varpoi);
}
