public static void ToFile(LandParcel parcel, string pathExport, ExportFileFormat formatExport)
{
try
{
if (formatExport == ExportFileFormat.SDR20)
{
ServiceExport.ToSDR(parcel, pathExport, ExportFileFormat.SDR20);
}
else if (formatExport == ExportFileFormat.SDR33)
{
ServiceExport.ToSDR(parcel, pathExport, ExportFileFormat.SDR33);
}
else if (formatExport == ExportFileFormat.NXYZC)
{
ServiceExport.ToText(parcel, pathExport, ExportFileFormat.NXYZC);
}
else if (formatExport == ExportFileFormat.NYXZC)
{
ServiceExport.ToText(parcel, pathExport, ExportFileFormat.NYXZC);
}
else if (formatExport == ExportFileFormat.CREDO_DAT_TOP)
{
ServiceExport.ToText(parcel, pathExport, ExportFileFormat.CREDO_DAT_TOP);
}
}
catch (System.Exception ex)
{
MessageBox.Show("Помилка експорту: " + ex.Message);
}
}
public static bool AllCanBuild(Bounds3Int bounds, List <LandParcel> overlappingLandParcels)
{
if (!AllCanBuild(overlappingLandParcels))
{
return(false);
}
Vector3Int position = new Vector3Int(bounds.min.x, bounds.min.y, bounds.min.z);
for (position.y = bounds.min.y; position.y <= bounds.max.y; ++position.y)
{
for (position.x = bounds.min.x; position.x <= bounds.max.x; ++position.x)
{
for (position.z = bounds.min.z; position.z <= bounds.max.z; ++position.z)
{
bool positionContained = false;
for (int i = 0, len = overlappingLandParcels.Count; i < len; ++i)
{
LandParcel landParcel = overlappingLandParcels[i];
if (Bounds3Int.Contains(landParcel.bounds, position))
{
positionContained = true;
}
}
if (!positionContained)
{
return(false);
}
}
}
}
return(true);
}
// GetParcel
public static LandParcel GetParcelForCadarstralNumber(BL blockLand, String cadastralNumber)
{
LandParcel parcel = null;
if (blockLand != null)
{
parcel = new LandParcel();
foreach (SR curSR in blockLand.SR)
{
if (curSR.SC == cadastralNumber)
{
parcel.Info = GetInfoFromIn4Polygon <SR>(curSR);
parcel.Points = GetPoints2dFromIn4Polygon(curSR);
parcel.Lands = GetLandPoligonsFromIn4Polygon(curSR.CL);
parcel.Limiting = GetLandPoligonsFromIn4Polygon(curSR.OB);
parcel.ContoursNeighbors = GetNeighborsForParcel(blockLand, curSR);
parcel.OtherLand = GetOtherLandForParcel(blockLand, curSR);
break;
}
}
}
//parcel.Neighbors = SortingNeighbors(parcel);
return(parcel);
}
public void сreate(LandParcel parcel, double scaleTable)
{
// ???????
LandParcel parcelСombinedLand = ServiceTable.СombinedLand(parcel);
throw new NotImplementedException();
}
public void сreate(LandParcel parcel, double scaleTable)
{
LandParcel parcelСombinedLimiting = ServiceTable.СombinedLimiting(parcel);
string titleTable = ServiceTable.ReplaceValueCodeInTitle(parcelСombinedLimiting, this.Setting);
foreach (AcDb.DBObject obj in ServiceTable.GetCapTables(titleTable, this.Setting))
{
objects.Add(obj);
}
foreach (AcDb.DBObject obj in ServiceTable.GetBoundTable(parcelСombinedLimiting.Limiting.Count, this.Setting.TextHeight * 6, this.Setting))
{
objects.Add(obj);
}
foreach (AcDb.DBObject obj in ServiceTable.GetDataTableLimiting(parcelСombinedLimiting, this.Setting))
{
objects.Add(obj);
}
string nameBlockTable = ServiceBlockElements.CreateBlock(this.objects, this.Setting.KeyTable);
ServiceBlockElements.ManualInsertBlock(nameBlockTable, scaleTable);
objects = new AcDb.DBObjectCollection();
}
public static Bounds3Int MachinePlacementPosition(MachineInfo machineInfo, LandParcel landParcel)
{
// Iterate through all positions randomly
Bounds3Int boundingBox = Bounds3Int.BoundingBox(landParcel.bounds);
Vector3Int size = boundingBox.size;
int[] xPositions = new int[size.x];
int[] zPositions = new int[size.z];
Mathx.PopulateRange(xPositions, boundingBox.min.x);
Mathx.PopulateRange(zPositions, boundingBox.min.z);
xPositions.Shuffle();
zPositions.Shuffle();
int y = boundingBox.min.y;
for (int i = 0, len = xPositions.Length; i < len; ++i)
{
for (int j = 0, jlen = zPositions.Length; j < jlen; ++j)
{
Vector3Int position = new Vector3Int(xPositions[i], y, zPositions[j]);
Bounds3Int bounds = Bounds3Int.Create(position, machineInfo.size);
if (MachineSystem.instance.CanCreateMachine(machineInfo, bounds))
{
return(bounds);
}
}
}
// Unlikely
return(Bounds3Int.Create(new Vector3Int(0, 0, 0), machineInfo.size));
}
public bool CanBuild(Bounds3Int bounds)
{
List <LandParcel> overlap = landParcelHash.GetOverlap(bounds);
bool valid = LandParcel.AllCanBuild(bounds, overlap);
ListPool <LandParcel> .Release(overlap);
return(valid);
}
public bool CanBuild(Vector3Int position)
{
List <LandParcel> overlap = landParcelHash.GetOverlap(position);
bool valid = LandParcel.AllCanBuild(overlap);
ListPool <LandParcel> .Release(overlap);
return(valid);
}
public void AddLandParcel(LandParcel land)
{
if (landParcelSet.Contains(land))
{
Debug.LogWarning("Land parcel added twice", this);
return;
}
landParcelSet.Add(land);
landParcelHash.Add(land, land.bounds);
}
private void BtnBuildingTable_Click(object sender, EventArgs e)
{
if (this.currentParcel == null)
{
return;
}
BlockTableLand table = new BlockTableLand();
foreach (string keyTable in this.checkedListBox_TypeTable.CheckedItems)
{
SettingTable setTable = this.tableSettings.FindKeyTable(keyTable);
table.Setting = setTable;
table.Scale = this.formSettings.ScaleDrawing;
if (table.Setting == null)
{
return;
}
if (table.StrategyTable.GetType().Equals(typeof(StrategyTableBorderParcel)))
{
table.Parcel = this.currentParcel;
table.сreate();
}
else if (table.StrategyTable.GetType().Equals(typeof(StrategyTableBorderLimiting)))
{
foreach (LandPolygon polygon in this.currentParcel.Limiting)
{
LandParcel parcel = new LandParcel
{
Info = polygon.Info,
Points = polygon.Points
};
table.Parcel = parcel;
table.сreate();
}
}
else if (table.StrategyTable.GetType().Equals(typeof(StrategyTableLimiting)))
{
table.Parcel = this.currentParcel;
table.сreate();
}
else if (table.StrategyTable.GetType().Equals(typeof(StrategyTableStakeOutPoints)))
{
table.Parcel = this.currentParcel;
table.сreate();
}
}
}
public static void ToText(LandParcel parcel, string pathExport, ExportFileFormat formatExport)
{
string txtData = "#Parcel_" + parcel.FindInfo("SC").Value;
if (formatExport == ExportFileFormat.NXYZC)
{
txtData += "\r\n# NumberPoint; Northing; Easting ; Elevation; Code";
}
else if (formatExport == ExportFileFormat.NYXZC)
{
txtData += "\r\n# NumberPoint; Easting; Northing; Elevation; Code";
}
else if (formatExport == ExportFileFormat.CREDO_DAT_TOP)
{
//txtData += "\r\n# NumberPoint; Code; Northing; Easting; Elevation; ???";
}
int index = 0;
foreach (AcGe.Point2d point in parcel.Points)
{
index++;
if (formatExport == ExportFileFormat.NXYZC)
{
txtData += "\r\n" + index.ToString("0000") + "; " +
point.Y.ToString("0.000").Replace(",", ".") + "; " +
point.X.ToString("0.000").Replace(",", ".") + "; 0.000; точка_межі";
}
else if (formatExport == ExportFileFormat.NYXZC)
{
txtData += "\r\n" + index.ToString("0000") + "; " +
point.X.ToString("0.000").Replace(",", ".") + "; " +
point.Y.ToString("0.000").Replace(",", ".") + "; 0.000; точка_межі";
}
else if (formatExport == ExportFileFormat.CREDO_DAT_TOP)
{
txtData += "\r\n" + DataSDR.Format(index.ToString(), 8, AlignmentText.ToLeft) + " 001 " +
DataSDR.Format(point.Y.ToString("0.000").Replace(",", "."), 12, AlignmentText.ToRight) + " " +
DataSDR.Format(point.X.ToString("0.000").Replace(",", "."), 12, AlignmentText.ToRight) + " " +
DataSDR.Format(("0.000"), 12, AlignmentText.ToRight) + " " + " 0";
}
}
SaveFile(txtData, pathExport);
}
/// <summary>
/// Об'єднуе площі однотипних обмежень.
/// </summary>
/// <param name="parcel">Ділянка з обмеженнями.</param>
/// <returns>
/// Повертає <see cref="T:LoSa.Land.Parcel.LandParcel"/>, що містить обеднані площі однотипних обмежень.
/// </returns>
internal static LandParcel СombinedLimiting(LandParcel parcel)
{
LandParcel newParcel = new LandParcel();
bool isNewLimiting = true;
foreach (LandPolygon limiting in parcel.Limiting)
{
if (newParcel.Limiting.Count == 0)
{
newParcel.Limiting.Add(limiting);
}
else
{
isNewLimiting = true;
foreach (LandPolygon newLimiting in newParcel.Limiting)
{
if (limiting.FindInfo("OK").Value.Equals(newLimiting.FindInfo("OK").Value) &&
limiting.FindInfo("OX").Value.Equals(newLimiting.FindInfo("OX").Value))
{
double oldArea =
Convert.ToDouble(
newLimiting.FindInfo("AO").Value.Replace(".", ",")
);
double newArea =
Convert.ToDouble(
limiting.FindInfo("AO").Value.Replace(".", ",")
);
newLimiting.FindInfo("AO").Value = (oldArea + newArea).ToString("").Replace(",", ".");
isNewLimiting = false;
}
}
if (isNewLimiting == true)
{
newParcel.Limiting.Add(limiting);
}
}
}
return(newParcel);
}
public static bool AllCanBuild(List <LandParcel> landParcels)
{
bool valid = false;
// Need to check that every point in the machine is within valid parcels
for (int i = 0, len = landParcels.Count; i < len; ++i)
{
LandParcel landParcel = landParcels[i];
if (landParcel.flags == LandParcelFlags.Restricted)
{
return(false);
}
if (landParcel.flags == LandParcelFlags.Valid)
{
valid = true;
}
}
return(valid);
}
/// <summary>
/// Замінює у заголовку таблиці кода на відповідні їм значення.
/// </summary>
/// <param name="polygon">Ділянка, що є вихідною для таблиці.</param>
/// <param name="settingTable">Налаштування таблиці.</param>
/// <returns>
/// Повертає <see cref="T:System.Sting"/> після заміни кодів на відповідні їм значення.
/// </returns>
internal static String ReplaceValueCodeInTitle(LandParcel polygon, SettingTable settingTable)
{
string titleTable = settingTable.Title;
List <string> keys = settingTable.GetCodeAddTitle();
foreach (string key in keys)
{
LandInfo info = polygon.FindInfo(key);
if (info != null)
{
titleTable = titleTable.Replace("/*" + info.Key + "*/", info.Value);
}
else
{
titleTable = titleTable.Replace("/*" + key + "*/", "< Невірний код /*" + key + "*/>");
}
}
return(titleTable);
}
public static LandPolygon GetPolygonForCadarstralNumber(BL blockLand, String cadastralNumber)
{
LandParcel parcel = null;
if (blockLand != null)
{
parcel = new LandParcel();
foreach (SR curSR in blockLand.SR)
{
if (curSR.SC == cadastralNumber)
{
parcel.Info = GetInfoFromIn4Polygon <SR>(curSR);
parcel.Points = GetPoints2dFromIn4Polygon(curSR);
break;
}
}
}
return(parcel);
}
public static void ToSDR(LandParcel parcel, string pathExport, ExportFileFormat formatExport)
{
DataSDR sdr = new DataSDR();
HeaderRecordSDR hrSDR = new HeaderRecordSDR();
sdr.Recording.Add(hrSDR);
JobRecordSDR jrSDR = new JobRecordSDR();
jrSDR.JobName = "Parcel_" + parcel.FindInfo("SC").Value;
sdr.Recording.Add(jrSDR);
int index = 0;
string sdrData = "";
foreach (AcGe.Point2d point in parcel.Points)
{
index++;
CoordinatesRecordSDR crSDR =
new CoordinatesRecordSDR(
index.ToString(),
new AcGe.Point3d(new AcGe.Plane(), point),
parcel.FindInfo("SC").Value);
sdr.Recording.Add(crSDR);
if (formatExport == ExportFileFormat.SDR20)
{
sdrData = sdr.ToStringSDR <FormatSDR20>();
}
else if (formatExport == ExportFileFormat.SDR33)
{
sdrData = sdr.ToStringSDR <FormatSDR33>();
}
}
SaveFile(sdrData, pathExport);
}
public void сreate(LandParcel polygon, double scale)
{
string titleTable = ServiceTable.ReplaceValueCodeInTitle(polygon, this.Setting);
foreach (AcDb.DBObject obj in ServiceTable.GetCapTables(titleTable, this.Setting))
{
objects.Add(obj);
}
foreach (AcDb.DBObject obj in ServiceTable.GetBoundTable(polygon.Points.Count + 1, this.Setting.TextHeight * 2, this.Setting))
{
objects.Add(obj);
}
foreach (AcDb.DBObject obj in ServiceTable.GetDataTableStakeOutParcelPoints(polygon, this.Setting))
{
objects.Add(obj);
}
string nameBlockTable = ServiceBlockElements.CreateBlock(this.objects, this.Setting.KeyTable);
ServiceBlockElements.ManualInsertBlock(nameBlockTable, scale);
objects = new AcDb.DBObjectCollection();
}
/// <summary>
/// Створює коллекцію текстових обектів значень данних таблиці обмежень земельної ділянки.
/// </summary>
/// <param name="parcel">Ділянка, що є вихідною для таблиці.</param>
/// <param name="settingTable">Налаштування таблиці.</param>
/// <returns>
/// Повертає <see cref="T:AcDb.DBObjectCollection"/>, що містить текстові значення данний таблиці обмежень земельної ділянки.
/// </returns>
internal static AcDb.DBObjectCollection GetDataTableLimiting(LandParcel parcel, SettingTable settingTable)
{
AcDb.DBObjectCollection objects = new AcDb.DBObjectCollection();
AcDb.MText valueMText;
AcGe.Point3d insertPoint;
AcDb.Line lineRows;
LandPolygon polygonLimiting;
double steepRow = settingTable.TextHeight * 6;
double heightTable = settingTable.GetHeightCapTable() * -1;
List <HatchPolygon> listMissingHatch = new List <HatchPolygon>();
for (int index = 0; index < parcel.Limiting.Count; index++)
{
polygonLimiting = parcel.Limiting.ToArray()[index];
double colWidth = 0;
if (index > 0)
{
lineRows = new AcDb.Line(
new AcGe.Point3d(0, heightTable, 0),
new AcGe.Point3d(settingTable.GetWidthTable(), heightTable, 0));
objects.Add(lineRows);
}
heightTable -= steepRow;
foreach (ColumnTable col in settingTable.Columns)
{
colWidth += col.Width;
insertPoint = new AcGe.Point3d();
insertPoint = new AcGe.Point3d(colWidth - col.Width / 2, (heightTable + steepRow / 2), 0);
valueMText = new AcDb.MText();
valueMText.Width = col.Width * 0.9;
valueMText.TextHeight = settingTable.TextHeight;
valueMText.LineSpaceDistance = settingTable.TextHeight * 1.5;
valueMText.Attachment = AcDb.AttachmentPoint.MiddleCenter;
valueMText.Location = insertPoint;
if (col.Format.IndexOf("LegendLimiting") > -1)
{
AcGe.Point2dCollection pointsHatch = new AcGe.Point2dCollection(new AcGe.Point2d[]
{
new AcGe.Point2d(insertPoint.X - col.Width / 2 + 2, heightTable + steepRow - 2),
new AcGe.Point2d(insertPoint.X - col.Width / 2 + 2, heightTable + 2),
new AcGe.Point2d(insertPoint.X - col.Width / 2 + col.Width - 2, heightTable + 2),
new AcGe.Point2d(insertPoint.X - col.Width / 2 + col.Width - 2, heightTable + steepRow - 2)
});
AcDb.Polyline2d polylineLimiting = ServiceSimpleElements.CreatePolyline2d(pointsHatch, true);
AcDb.Hatch hatch =
ServiceSimpleElements.CreateHatch(ServiceCAD.InsertObject(polylineLimiting), true);
HatchPolygon hatchLimiting = HatchPolygon.GetHatchLimiting(polygonLimiting);
if (hatchLimiting != null)
{
hatch.ColorIndex = hatchLimiting.ColorIndex;
hatch.SetHatchPattern(AcDb.HatchPatternType.UserDefined, hatchLimiting.Pattern.Name);
hatch.PatternAngle = hatchLimiting.Pattern.Angle;
hatch.PatternSpace = hatchLimiting.Pattern.Space;
}
else
{
string type = polygonLimiting.FindInfo("OK").Value;
string name = polygonLimiting.FindInfo("OX").Value;
listMissingHatch.Add(new HatchPolygon(type, name, 0, PatternHatch.DEFAULT));
}
objects.Add(hatch);
polylineLimiting = ServiceSimpleElements.CreatePolyline2d(pointsHatch, true);
objects.Add(polylineLimiting);
}
else if (col.Format.IndexOf("CodeLimiting") > -1)
{
valueMText.Contents = polygonLimiting.FindInfo("OK").Value;
objects.Add(valueMText);
}
else if (col.Format.IndexOf("NameLimiting") > -1)
{
valueMText.Contents = polygonLimiting.FindInfo("OX").Value;
objects.Add(valueMText);
}
else if (col.Format.IndexOf("LegalActsLimiting") > -1)
{
valueMText.Contents = polygonLimiting.FindInfo("OD").Value;
objects.Add(valueMText);
}
else if (col.Format.IndexOf("AreaLimiting") > -1)
{
double area = Convert.ToDouble(polygonLimiting.FindInfo("AO").Value.Replace(".", ","));
valueMText.Contents = (area / 10000).ToString("0.0000").Replace(",", ".");;
objects.Add(valueMText);
}
}
}
if (listMissingHatch.Count > 0)
{
CurrentCAD.Editor.WriteMessage("\n\nПобудова таблиці омеженнь\n Не визначено штриховку: \n");
CurrentCAD.Editor.WriteMessage(ServiceXml.GetStringXml <List <HatchPolygon> >(listMissingHatch));
}
return(objects);
}
/// <summary>
/// Створює коллекцію текстових обектів значень данних таблиці виносу внатуру меж земельної ділянки.
/// </summary>
/// <param name="polygon">Земельна ділянка.</param>
/// <param name="settingTable">Налаштування таблиці.</param>
/// <returns>
/// Повертає <see cref="T:AcDb.DBObjectCollection"/>, що містить текстові значення данний таблиці виносу внатуру меж земельної ділянки.
/// </returns>
internal static AcDb.DBObjectCollection GetDataTableStakeOutParcelPoints(LandParcel polygon, SettingTable settingTable)
{
List <StakeOutParcelPoint> stakeoutPoints = polygon.StakeOutParcelPoints;
//stakeoutPoints.Sort((x, y) => y.PointStation.Name.CompareTo(x.PointStation.Name));
AcDb.DBObjectCollection objects = new AcDb.DBObjectCollection();
AcDb.DBText textValue;
AcGe.Point3d insertPoint;
//AcGe.Point2d backPoint, stationPoint, parcelPoint;
double heightTable = (settingTable.GetHeightCapTable() + settingTable.TextHeight) * -1;
int index = -1;
foreach (StakeOutParcelPoint stakeoutPoint in stakeoutPoints)
{
index++;
double colWidth = 0;
heightTable += settingTable.TextHeight * 2 * index;
foreach (ColumnTable col in settingTable.Columns)
{
colWidth += col.Width;
insertPoint = new AcGe.Point3d();
insertPoint = new AcGe.Point3d
(
colWidth - col.Width / 2,
(settingTable.GetHeightCapTable() + (index + 1) * settingTable.TextHeight * 2) * -1,
0
);
textValue = new AcDb.DBText();
textValue.Height = settingTable.TextHeight;
textValue.Justify = AcDb.AttachmentPoint.BottomCenter;
textValue.Position = settingTable.BasePointDrawing.Add(insertPoint.GetAsVector());
textValue.AlignmentPoint = textValue.Position;
if (col.Format.IndexOf("Number") > -1)
{
textValue.TextString = stakeoutPoint.Name;
}
else if (col.Format.IndexOf("X") > -1)
{
textValue.TextString = stakeoutPoint.Coordinates.X.ToString("0.00");
}
else if (col.Format.IndexOf("Y") > -1)
{
textValue.TextString = stakeoutPoint.Coordinates.Y.ToString("0.00");
}
else if (col.Format.IndexOf("LengthLine") > -1)
{
textValue.TextString = stakeoutPoint.Distance.ToString("0.00");
}
else if (col.Format.IndexOf("DirAngle") > -1)
{
textValue.TextString = stakeoutPoint.DirAngleToString(AcRx.AngularUnitFormat.DegreesMinutesSeconds);
}
else if (col.Format.IndexOf("InnerAngle") > -1)
{
textValue.TextString = stakeoutPoint.LeftlAngleToString(AcRx.AngularUnitFormat.DegreesMinutesSeconds);
}
else if (col.Format.IndexOf("BasePoints_dirAngle") > -1)
{
textValue.TextString = stakeoutPoint.PointStation.Name;
}
else if (col.Format.IndexOf("BasePoints_innerAngle") > -1)
{
textValue.TextString = stakeoutPoint.PointStation.Name
+ " -> "
+ stakeoutPoint.PointOrientation.Name;
}
else
{
textValue.TextString = "None";
}
textValue.TextString = textValue.TextString.Replace(",", ".");
textValue.TextString = FormatAngleValue(textValue.TextString);
objects.Add(textValue);
}
}
return(objects);
}
/// <summary>
/// Створює коллекцію текстових обектів значень данних таблиці межі земельної ділянки.
/// </summary>
/// <param name="polygon">Ділянка, що є вихідною для таблиці.</param>
/// <param name="settingTable">Налаштування таблиці.</param>
/// <returns>
/// Повертає <see cref="T:AcDb.DBObjectCollection"/>, що містить текстові значення данний таблиці межі земельної ділянки.
/// </returns>
internal static AcDb.DBObjectCollection GetDataTableBorderPolygon(LandParcel polygon, SettingTable settingTable)
{
AcDb.DBObjectCollection objects = new AcDb.DBObjectCollection();
AcDb.DBText textValue;
AcGe.Point3d insertPoint;
AcGe.Point2d backPoint, currentPoint, frontPoint;
double heightTable = (settingTable.GetHeightCapTable() + settingTable.TextHeight) * -1;
for (int index = 0; index <= polygon.Points.Count; index++)//(Point2d point in polygon.Points)
{
double colWidth = 0;
heightTable += settingTable.TextHeight * 2 * index;
if (index == 0)
{
backPoint = polygon.Points.ToArray()[polygon.Points.Count - 1];
currentPoint = polygon.Points.ToArray()[index];
frontPoint = polygon.Points.ToArray()[index + 1];
}
else if (index == polygon.Points.Count - 1)
{
backPoint = polygon.Points.ToArray()[index - 1];
currentPoint = polygon.Points.ToArray()[index];
frontPoint = polygon.Points.ToArray()[0];
}
else if (index == polygon.Points.Count)
{
backPoint = polygon.Points.ToArray()[index - 1];
currentPoint = polygon.Points.ToArray()[0];
frontPoint = polygon.Points.ToArray()[1];
}
else
{
backPoint = polygon.Points.ToArray()[index - 1];
currentPoint = polygon.Points.ToArray()[index];
frontPoint = polygon.Points.ToArray()[index + 1];
}
foreach (ColumnTable col in settingTable.Columns)
{
colWidth += col.Width;
insertPoint = new AcGe.Point3d();
insertPoint = new AcGe.Point3d(colWidth - col.Width / 2, (settingTable.GetHeightCapTable() + (index + 1) * settingTable.TextHeight * 2) * -1, 0);
textValue = new AcDb.DBText();
textValue.Height = settingTable.TextHeight;
textValue.Justify = AcDb.AttachmentPoint.BottomCenter;
textValue.Position = settingTable.BasePointDrawing.Add(insertPoint.GetAsVector());
textValue.AlignmentPoint = textValue.Position;
if (col.Format.IndexOf("Number") > -1)
{
if (index == polygon.Points.Count)
{
textValue.TextString = "1";
}
else
{
textValue.TextString = Math.Abs(index + 1).ToString();
}
}
else if (col.Format.IndexOf("X") > -1)
{
textValue.TextString = currentPoint.X.ToString("0.00");
}
else if (col.Format.IndexOf("Y") > -1)
{
textValue.TextString = currentPoint.Y.ToString("0.00");
}
else if (col.Format.IndexOf("LengthLine") > -1)
{
if (index < polygon.Points.Count)
{
textValue.Position = textValue.Position.Add(new AcGe.Vector3d(0, settingTable.TextHeight * -1, 0));
textValue.AlignmentPoint = textValue.Position;
textValue.TextString = currentPoint.GetDistanceTo(frontPoint).ToString("0.00");
}
}
else if (col.Format.IndexOf("DirAngle") > -1)
{
if (index < polygon.Points.Count)
{
textValue.Position = textValue.Position.Add(new AcGe.Vector3d(0, settingTable.TextHeight * -1, 0));
textValue.AlignmentPoint = textValue.Position;
double angle = ServiceGeodesy.GetDirAngle(currentPoint, frontPoint);
textValue.TextString = AcRx.Converter.AngleToString(angle, AcRx.AngularUnitFormat.DegreesMinutesSeconds, 3);
}
}
else if (col.Format.IndexOf("InnerAngle") > -1)
{
double angle = ServiceGeodesy.GetRightAngle(backPoint, currentPoint, frontPoint);
textValue.TextString = AcRx.Converter.AngleToString(angle, AcRx.AngularUnitFormat.DegreesMinutesSeconds, 3);
}
else
{
textValue.TextString = "None";
}
textValue.TextString = textValue.TextString.Replace(",", ".");
for (int i = 0; i < 10; i++)
{
textValue.TextString = textValue.TextString
.Replace("°" + i.ToString() + "'", "°" + i.ToString("00") + "'");
}
for (int i = 0; i < 10; i++)
{
textValue.TextString = textValue.TextString
.Replace("'" + i.ToString() + "\"", "'" + i.ToString("00") + "\"");
}
objects.Add(textValue);
}
}
return(objects);
}
public BlockTableLand(LandParcel parcel, SettingTable settingTable)
{
this.Parcel = parcel;
this.Setting = settingTable;
}
private void ComboBoxNumberParcel_SelectedIndexChanged(object sender, EventArgs e)
{
this.Text = this.comboBoxNumberParcel.SelectedItem.ToString();
this.currentParcel = ServiceIn4.GetParcelForCadarstralNumber
(this.currentBlockLand, this.comboBoxNumberParcel.SelectedItem.ToString());
if (!this.idCurrentHatchParcel.IsNull)
{
ServiceCAD.DeleteObject(this.idCurrentHatchParcel);
ServiceCAD.DeleteObjects(this.idNeighborsCurrenParcel);
}
serviceParcel = new ServiceParcel(this.currentParcel, this.formSettings);
AcGe.Point2dCollection pointsCurrentHatchParcel =
ServiceSimpleElements.Offset(this.currentParcel.Points, this.offsetBlockLandView);
AcDb.ObjectId idPolyline2d =
ServiceCAD.InsertObject(ServiceSimpleElements.CreatePolyline2d(pointsCurrentHatchParcel, true));
AcDb.Hatch curHatch =
ServiceSimpleElements.CreateHatch(new AcDb.ObjectIdCollection(new AcDb.ObjectId[] { idPolyline2d }));
this.idCurrentHatchParcel =
ServiceCAD.InsertObject(curHatch);
ServiceCAD.DeleteObject(idPolyline2d);
// =======================================================
if (this.currentParcel.StakeOutParcelPoints != null)
{
this.currentParcel.StakeOutParcelPoints.Clear();
}
StakeOutParcelPoint stakeOutParcelPoint;
this.dataGridView_StakeOut.ClearSelection();
this.dataGridView_StakeOut.Rows.Clear();
int indexPoint = 0;
object[] row = new object[2];
foreach (AcGe.Point2d point in this.currentParcel.Points)
{
indexPoint++;
stakeOutParcelPoint = new StakeOutParcelPoint
{
ScaleDrawing = this.drawingSettings.Scale.Value,
Name = indexPoint.ToString(),
Coordinates = point
};
this.currentParcel.StakeOutParcelPoints.Add(stakeOutParcelPoint);
row[0] = false;
row[1] = indexPoint.ToString();
this.dataGridView_StakeOut.Rows.Add(row);
}
SetColPointStationAndOrientationItems();
AutoSearchingStationAndOrientationForAllPoints();
this.dataGridView_StakeOut.Update();
ReLoad_treeViewParcel();
}
public void RemoveLandParcel(LandParcel land)
{
landParcelSet.Remove(land);
landParcelHash.Remove(land, land.bounds);
}