private bool Validation()
{
if (gvSelfKeeper.SelectedRows.Count <= 0)
{
MessageBox.Show("لطفا کابل خودنگهدار مورد نظر را انتخاب نمایید", "خطا");
return(false);
}
Atend.Base.Design.DBranch Branch = Atend.Base.Design.DBranch.AccessSelectByCode(BranchCode);
Atend.Base.Design.DBranch _DBranch = Atend.Base.Design.DBranch.AccessSelectByRigthAndLeftNodeCode(Branch.RightNodeCode, Branch.LeftNodeCode);
if (_DBranch.Code != Guid.Empty)
{
if (Convert.ToDouble(txtLenght.Text) != _DBranch.Lenght)
{
if (MessageBox.Show(" تغیر در طول سیم باعث تغییر در طول سایر سیمهای بین این دو پایه میشود . آیا مایل به تغیر طول سیم هستید ؟ ", "خطا", MessageBoxButtons.YesNo) == DialogResult.No)
{
txtLenght.Text = Length.ToString();
return(false);
}
else
{
return(true);
}
}
}
else
{
_DBranch = Atend.Base.Design.DBranch.AccessSelectByRigthAndLeftNodeCode(Branch.LeftNodeCode, Branch.RightNodeCode);
if (_DBranch.Code != Guid.Empty)
{
if (Convert.ToDouble(txtLenght.Text) != _DBranch.Lenght)
{
if (MessageBox.Show(" تغیر در طول سیم باعث تغییر در طول سایر سیمهای بین این دو پایه میشود . آیا مایل به تغیر طول سیم هستید ؟ ", "خطا", MessageBoxButtons.YesNo) == DialogResult.No)
{
txtLenght.Text = Length.ToString();
return(false);
}
else
{
return(true);
}
}
}
}
return(true);
}
private void btnOk_Click(object sender, EventArgs e)
{
for (int i = 0; i < ConductorList.Count; i++)
{
Atend.Global.Calculation.General.General.AutoCAdConductorList Cond = (Atend.Global.Calculation.General.General.AutoCAdConductorList)ConductorList[i];
Atend.Base.Design.DBranch Branch = Atend.Base.Design.DBranch.AccessSelectByCode(Cond.ConductorGuid);
Atend.Base.Equipment.EConductorTip condTip = Atend.Base.Equipment.EConductorTip.AccessSelectByCode(Branch.ProductCode);
//ed.WriteMessage("CondTip.Code= "+condTip.Code+"\n");
Atend.Base.Acad.AT_INFO at_info = Atend.Base.Acad.AT_INFO.SelectBySelectedObjectId(Cond.ConductorObjectID);
if (gvConductor.Rows.Count > 0)
{
//Branch.ProductCode = Convert.ToInt32(gvConductor.Rows[gvConductor.CurrentRow.Index].Cells[0].Value.ToString());
//Branch.XCode = new Guid(gvConductor.Rows[gvConductor.CurrentRow.Index].Cells[0].Value.ToString());
//if (chkIsExist.CheckState == CheckState.Unchecked && cboIsExist.SelectedIndex == 0)
// Branch.IsExist = 0;
//if (chkIsExist.Checked && cboIsExist.SelectedIndex == 0)
// Branch.IsExist = 1;
//if (chkIsExist.Checked && cboIsExist.SelectedIndex == 1)
// Branch.IsExist = 2;
//Branch.IsExist = chkIsExist.Checked;
Branch.Number = condTip.Description;
//if (Branch.AccessUpdate())
//{
// //at_info.ProductCode = Convert.ToInt32(gvConductor.Rows[gvConductor.CurrentRow.Index].Cells[0].Value.ToString());
// //**EDIT**
// ////at_info.ProductCode = Convert.ToInt32(gvConductor.Rows[gvConductor.CurrentRow.Index].Cells[0].Value.ToString());
// ////at_info.Insert();
// //ed.WriteMessage("Branch.Number= " + Branch.Number + "\n");
// //ed.WriteMessage("Branch.OBJID= " + Cond.ConductorObjectID + "\n");
// Atend.Global.Acad.UAcad.ChangeBranchText(Cond.ConductorObjectID, Branch.Number);
//}
//else
//{
// MessageBox.Show("ويرايش امكان پذير نمي باشد");
//}
}
}
AllowClose = true;
Close();
}
private void btnChange_Click(object sender, EventArgs e)
{
Atend.Global.Calculation.Electrical.CElectricalCrossSectionChane change = new Atend.Global.Calculation.Electrical.CElectricalCrossSectionChane();
for (int i = 0; i < gvConductor.Rows.Count; i++)
{
DataGridViewCheckBoxCell chk = (DataGridViewCheckBoxCell)gvConductor.Rows[i].Cells["chkSelect"];
if (chk.Value.ToString() == "True")
{
if (gvConductor.Rows[i].Cells["NameCommentTip"].Value.ToString() != "")
{
Atend.Base.Design.DBranch branch = Atend.Base.Design.DBranch.AccessSelectByCode(new Guid(gvConductor.Rows[i].Cells["Code"].Value.ToString()));
change.DBranch.Add(branch);
if (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.Conductor))
{
Atend.Base.Equipment.EConductorTip CondTip = Atend.Base.Equipment.EConductorTip.SelectByXCode(new Guid(gvConductor.Rows[i].Cells["CommentTipXCode"].Value.ToString()));
change.CondTip.Add(CondTip);
}
if (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.SelfKeeper))
{
Atend.Base.Equipment.ESelfKeeperTip SelfTip = Atend.Base.Equipment.ESelfKeeperTip.SelectByXCode(new Guid(gvConductor.Rows[i].Cells["CommentTipXCode"].Value.ToString()));
change.SelfTip.Add(SelfTip);
}
//if (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.GroundCabel))
//{
// Atend.Base.Equipment.EGroundCabelTip GroundTip = Atend.Base.Equipment.EGroundCabelTip.SelectByXCode(new Guid(gvConductor.Rows[i].Cells["CommentTipXCode"].Value.ToString()));
// change.GroundTip.Add(GroundTip);
//}
}
}
}
if (change.ChangeBranchInfo())
{
MessageBox.Show("اعمال تغییرات با موفقیت انجام شد");
}
else
{
MessageBox.Show("اعمال تغییرات با موفقیت انجام نشد");
}
}
private void btnOk_Click(object sender, EventArgs e)
{
if (gvConductor.SelectedRows.Count > 0)
{
Atend.Base.Equipment.EGroundCabel GC = Atend.Base.Equipment.EGroundCabel.AccessSelectByCode(GCCode);
Atend.Base.Design.DBranch Branch = Atend.Base.Design.DBranch.AccessSelectByCode(BranchCode);// SelectByCode(BranchCode);
Branch.ProductCode = Convert.ToInt32(gvConductor.SelectedRows[0].Cells[0].Value.ToString());
//if (Branch.AccessUpdate())
//{
// //ed.WriteMessage("OK");
// //Atend.Base.Acad.AT_INFO
// GCCode = Convert.ToInt32(gvConductor.SelectedRows[0].Cells[0].Value.ToString());
// AllowClose = true;
// this.Close();
//}
//else
// MessageBox.Show("انجام ويرايش امكانپذير نيست");
}
}
private bool Validation()
{
if (!Atend.Control.NumericValidation.DoubleConverter(txtLength.Text))
{
MessageBox.Show("لطفا طول هادی را با فرمت مناسب وارد نمایید");
txtLength.Focus();
return(false);
}
if (_StartPole != Guid.Empty && _EndPole != Guid.Empty)
{
Atend.Base.Design.DBranch _DBranch = Atend.Base.Design.DBranch.AccessSelectByRigthAndLeftNodeCode(_StartPole, _EndPole);
if (_DBranch.Code != Guid.Empty)
{
if (Convert.ToDouble(txtLength.Text) != _DBranch.Lenght)
{
MessageBox.Show("لطفا طول سیم را تصحیح نمایید" + "\n" + "طول مورد تایید :" + _DBranch.Lenght.ToString());
txtLength.Text = _DBranch.Lenght.ToString();
btnOk.Focus();
return(false);
}
}
else
{
_DBranch = Atend.Base.Design.DBranch.AccessSelectByRigthAndLeftNodeCode(_EndPole, _StartPole);
if (_DBranch.Code != Guid.Empty)
{
if (Convert.ToDouble(txtLength.Text) != _DBranch.Lenght)
{
MessageBox.Show("لطفا طول سیم را تصحیح نمایید" + "\n" + "طول مورد تایید :" + _DBranch.Lenght.ToString());
txtLength.Text = _DBranch.Lenght.ToString();
btnOk.Focus();
return(false);
}
}
}
}
return(true);
}
private void پروندهToolStripMenuItem_Click(object sender, EventArgs e)
{
calcOptimalSagTension = new Atend.Global.Calculation.Mechanical.CalcOptimalSagTensionTest();
if (Validation())
{
Editor ed = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor;
calcOptimalSagTension.DtPoleSection = Atend.Base.Design.DPoleSection.AccessSelectBySectionCodeProductType(new Guid(cboSelectSection.SelectedValue.ToString()), Convert.ToInt32(Atend.Control.Enum.ProductType.Pole));
ed.WriteMessage("dtPoleSection1={0}\n", calcOptimalSagTension.DtPoleSection.Rows.Count);
System.Data.DataTable dtPole = Atend.Base.Design.DPoleSection.AccessSelectBySectionCodeProductType(new Guid(cboSelectSection.SelectedValue.ToString()), Convert.ToInt32(Atend.Control.Enum.ProductType.PoleTip));
ed.WriteMessage("dtPoleSection2={0}\n", calcOptimalSagTension.DtPoleSection.Rows.Count);
foreach (DataRow dr in dtPole.Rows)
{
DataRow drPole = calcOptimalSagTension.DtPoleSection.NewRow();
drPole["ProductType"] = dr["ProductType"].ToString();
drPole["ProductCode"] = dr["ProductCode"].ToString();
drPole["SectionCode"] = dr["SectionCode"].ToString();
calcOptimalSagTension.DtPoleSection.Rows.Add(drPole);
}
System.Data.DataColumn dc = new System.Data.DataColumn("PoleNumber");
calcOptimalSagTension.DtPoleSection.Columns.Add(dc);
foreach (DataRow dr in calcOptimalSagTension.DtPoleSection.Rows)
{
Atend.Base.Design.DPackage node = Atend.Base.Design.DPackage.AccessSelectByNodeCode(new Guid(dr["ProductCode"].ToString()));
dr["PoleNumber"] = node.Number.ToString();
}
calcOptimalSagTension.VTS = Convert.ToDouble(txtVTS.Text);
calcOptimalSagTension.Volt = Convert.ToDouble(cboVolt.Text);
calcOptimalSagTension.DtPoleCond = section.dtGlobal;
calcOptimalSagTension.dtBranchList = section.dtBranchList;
//ed.WriteMessage("Befor Read NetCross\n");
for (int i = 0; i < gvNetCross.Rows.Count; i++)
{
if (Convert.ToInt32(gvNetCross.Rows[i].Cells[0].Value) == Convert.ToInt32(cboSelectSection.Text))
{
DataGridViewComboBoxCell cboNetCross = (DataGridViewComboBoxCell)gvNetCross.Rows[i].Cells["Column2"];
NetCross = Atend.Base.Calculating.CNetWorkCross.AccessSelectByCode(Convert.ToInt32(cboNetCross.Value.ToString()));
}
}
if (cboVolt.Text == "400")
{
calcOptimalSagTension.Clearance = NetCross.V380;
}
if (cboVolt.Text == "11000")
{
calcOptimalSagTension.Clearance = NetCross.KV11;
}
if (cboVolt.Text == "20000")
{
calcOptimalSagTension.Clearance = NetCross.KV20;
}
if (cboVolt.Text == "33000")
{
calcOptimalSagTension.Clearance = NetCross.KV32;
}
//ed.WriteMessage("Create DtconductorSectionConsol={0}\n", cboSelectSection.SelectedValue.ToString());
calcOptimalSagTension.DtconductorSection = Atend.Base.Design.DPoleSection.AccessSelectBySectionCodeProductType(new Guid(cboSelectSection.SelectedValue.ToString()), Convert.ToInt32(Atend.Control.Enum.ProductType.Conductor));
if (calcOptimalSagTension.DtconductorSection.Rows.Count == 0)
{
//ed.WriteMessage("Create DtconductorSection={0}\n", cboSelectSection.SelectedValue.ToString());
calcOptimalSagTension.DtconductorSection = Atend.Base.Design.DPoleSection.AccessSelectBySectionCodeProductType(new Guid(cboSelectSection.SelectedValue.ToString()), Convert.ToInt32(Atend.Control.Enum.ProductType.SelfKeeper));
//ed.WriteMessage("Count={0}\n", calcOptimalSagTension.DtconductorSection.Rows.Count);
}
System.Data.DataColumn dc1 = new System.Data.DataColumn("Angle");
calcOptimalSagTension.DtconductorSection.Columns.Add(dc1);
calcOptimalSagTension.SectionCode = new Guid(cboSelectSection.SelectedValue.ToString());
calcOptimalSagTension.Start = Convert.ToInt32(txtStart.Text);
calcOptimalSagTension.End = Convert.ToInt32(txtEnd.Text);
calcOptimalSagTension.Distance = Convert.ToInt32(txtDistance.Text);
Atend.Base.Design.DBranch MyBranch = Atend.Base.Design.DBranch.AccessSelectByCode(new Guid(calcOptimalSagTension.DtconductorSection.Rows[0]["ProductCode"].ToString()));
//ed.WriteMessage("OOO\n");
dtSagTension.Rows.Clear();
dtPole.Rows.Clear();
dtConductorDay.Rows.Clear();
se = calcOptimalSagTension.ComputeSE();
SpanCount = calcOptimalSagTension.DtconductorSection.Rows.Count;
dtSagTension = calcOptimalSagTension.CalSagTension(MyBranch).Copy();
dtConductorDay = calcOptimalSagTension.CalcTempTable();
gvSagAndTension.AutoGenerateColumns = false;
gvPole.AutoGenerateColumns = false;
gvSagAndTension.DataSource = dtSagTension;
gvConductorDay.DataSource = dtConductorDay;
dtPole = calcOptimalSagTension.WindOnPole();
gvPole.DataSource = dtPole;
//calcOptimalSagTension.IsSagOk();
DataRow dr1 = dtRow.NewRow();
dr1["ProjectName"] = "";
dr1["NumSection"] = cboSelectSection.Text;
dr1["FirstPole"] = "";
dr1["LastPole"] = "";
dr1["UTS"] = txtVTS.Text;
dr1["SE"] = se.ToString();
dr1["SpanCount"] = SpanCount;
dr1["SpanLenght"] = "";
dr1["CondName"] = gvSagAndTension.Rows[0].Cells[0].Value;
dtRow.Rows.Add(dr1);
}
}
public static void SetBranchData(Atend.Base.Design.DBranch Branch, int BranchMode)
{
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
// ed.WriteMessage("Branch>productType={0},Mode={1},BranchGuid={2}\n",Branch.ProductType,BranchMode.ToString(),Branch.Code);
if (Branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.Conductor))
{
Atend.Base.Equipment.EConductorTip MyConductorTip = Atend.Base.Equipment.EConductorTip.AccessSelectByCode(Branch.ProductCode);
Atend.Base.Equipment.EConductor MyConductor = new Atend.Base.Equipment.EConductor();
switch ((Atend.Control.Enum.BranchMode)BranchMode)
{
case Atend.Control.Enum.BranchMode.Phase:
{
MyConductor = Atend.Base.Equipment.EConductor.AccessSelectByCode(MyConductorTip.PhaseProductCode);
//ed.WriteMessage("***MyMranch.Name={0}\n",MyConductor.Name);
break;
}
case Atend.Control.Enum.BranchMode.Night:
{
MyConductor = Atend.Base.Equipment.EConductor.AccessSelectByCode(MyConductorTip.NightProductCode);
break;
}
case Atend.Control.Enum.BranchMode.Netural:
{
MyConductor = Atend.Base.Equipment.EConductor.AccessSelectByCode(MyConductorTip.NeutralProductCode);
break;
}
}
Atend.Global.Calculation.Mechanical.CCommon.Code = MyConductor.Code;
//double f=10e-6;
//ed.WriteMessage("10^-6={0}\n", f.ToString());
Atend.Global.Calculation.Mechanical.CCommon.Alpha = MyConductor.Alpha * Math.Pow(10, -6);
Atend.Global.Calculation.Mechanical.CCommon.Diagonal = MyConductor.Diagonal;
Atend.Global.Calculation.Mechanical.CCommon.UTS = MyConductor.UTS;
Atend.Global.Calculation.Mechanical.CCommon.Name = MyConductor.Name;
Atend.Global.Calculation.Mechanical.CCommon.Alasticity = MyConductor.Alasticity;
Atend.Global.Calculation.Mechanical.CCommon.CrossSectionArea = MyConductor.CrossSectionArea;
Atend.Global.Calculation.Mechanical.CCommon.WC = MyConductor.Wc;
Atend.Global.Calculation.Mechanical.CCommon.Type = MyConductor.TypeCode;
//ed.WriteMessage("**************ALPHA={0},ConductorALPHA={1}\n", Atend.Global.Calculation.Mechanical.CCommon.Alpha, MyConductor.Alpha);
}
else
{
Atend.Base.Equipment.ESelfKeeperTip MySelfKeeperTip = Atend.Base.Equipment.ESelfKeeperTip.AccessSelectByCode(Branch.ProductCode);
Atend.Base.Equipment.ESelfKeeper MySelfKeeper = new Atend.Base.Equipment.ESelfKeeper();
switch ((Atend.Control.Enum.BranchMode)BranchMode)
{
case Atend.Control.Enum.BranchMode.Phase:
{
MySelfKeeper = Atend.Base.Equipment.ESelfKeeper.AccessSelectByCode(MySelfKeeperTip.PhaseProductCode);
break;
}
case Atend.Control.Enum.BranchMode.Night:
{
MySelfKeeper = Atend.Base.Equipment.ESelfKeeper.AccessSelectByCode(MySelfKeeperTip.NightProductCode);
break;
}
case Atend.Control.Enum.BranchMode.Netural:
{
MySelfKeeper = Atend.Base.Equipment.ESelfKeeper.AccessSelectByCode(MySelfKeeperTip.NeutralProductCode);
break;
}
}
Atend.Global.Calculation.Mechanical.CCommon.Code = MySelfKeeper.Code;
Atend.Global.Calculation.Mechanical.CCommon.Alpha = MySelfKeeper.Alpha * Math.Pow(10, -6);
Atend.Global.Calculation.Mechanical.CCommon.Diagonal = MySelfKeeper.Diagonal;
Atend.Global.Calculation.Mechanical.CCommon.UTS = MySelfKeeper.UTS;
Atend.Global.Calculation.Mechanical.CCommon.Name = MySelfKeeper.Name;
Atend.Global.Calculation.Mechanical.CCommon.Alasticity = MySelfKeeper.Alastisity;
Atend.Global.Calculation.Mechanical.CCommon.CrossSectionArea = MySelfKeeper.CrossSectionKeeper;
Atend.Global.Calculation.Mechanical.CCommon.WC = MySelfKeeper.Weight;
}
}
//DataColumn dcSCCurrent = new DataColumn("SCCurrent");
//DataColumn CondMax1sCurrent = new DataColumn("CondMax1sCurrent");
public frmElectericalResult(DataTable dtNodes, DataTable dtBranch)
{
Editor ed = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor;
ed.WriteMessage("\nchecking.....\n");
if (!Atend.Global.Acad.DrawEquips.Dicision.IsHere())
{
if (!Atend.Global.Acad.DrawEquips.Dicision.IsThere())
{
//System.Diagnostics.Process[] prs = System.Diagnostics.Process.GetProcesses();
//foreach (System.Diagnostics.Process pr in prs)
//{
// if (pr.ProcessName == "acad")
// {
// pr.CloseMainWindow();
// }
//}
Atend.Global.Acad.Notification notification = new Atend.Global.Acad.Notification();
notification.Title = "شناسایی قفل";
notification.Msg = "لطفا وضعیت قفل را بررسی نمایید ";
notification.infoCenterBalloon();
ForceToClose = true;
}
}
InitializeComponent();
dtResultNode.Columns.Add(dcLoadPowerImage);
dtResultNode.Columns.Add(dcLoadPowerReal);
dtResultNode.Columns.Add(dcVoltAbs);
dtResultNode.Columns.Add(dcVoltAng);
dtResultNode.Columns.Add(dcVoltDropPer);
dtResultNode.Columns.Add(dcLoadCurrentAbs);
dtResultNode.Columns.Add(dcLoadCurrentArg);
dtResultNode.Columns.Add(dcConsolGuid);
dtResultBranch.Columns.Add(dcCode);
dtResultBranch.Columns.Add(dcCondUtilization);
dtResultBranch.Columns.Add(dcLenght);
dtResultBranch.Columns.Add(dcCurrentAbs);
dtResultBranch.Columns.Add(dcCurrentAng);
dtResultBranch.Columns.Add(dcTotalLoadREal);
dtResultBranch.Columns.Add(dcCondCode);
dtResultBranch.Columns.Add(dcCondCurrent);
dtResultBranch.Columns.Add(dcFrom);
dtResultBranch.Columns.Add(dcTo);
dtResultBranch.Columns.Add(dcPowerLoss);
//dtResultBranch.Columns.Add(dcSCCurrent);
//dtResultBranch.Columns.Add(CondMax1sCurrent);
//ed.WriteMessage("Print Nodes\n");
Atend.Base.Calculating.CDistributedLoadBranch.AccessDelete();
Atend.Base.Calculating.CDistributedLoadNode.AccessDelete();
foreach (DataRow dr in dtNodes.Rows)
{
DataRow drNew = dtResultNode.NewRow();
Atend.Base.Calculating.CDistributedLoadNode loadNode = new Atend.Base.Calculating.CDistributedLoadNode();
Atend.Base.Design.DPackage pack = Atend.Base.Design.DPackage.AccessSelectByCode(new Guid(dr["ConsoleGuid"].ToString()));
if (pack.Code != Guid.Empty)
{
drNew["ConsolGuid"] = pack.Number;
loadNode.NodeName = pack.Number;
drNew["VoltAbs"] = Math.Round(((Complex)dr["Voltage"]).abs, 3);
loadNode.VoltAbs = Math.Round(((Complex)dr["Voltage"]).abs, 3);
double voltDegree = ConvertToDegree(((Complex)dr["Voltage"]).arg);
//drNew["VoltArg"] = Math.Round(((Complex)dr["Voltage"]).arg, 2);
//loadNode.VoltArg = Math.Round(((Complex)dr["Voltage"]).arg, 2);
drNew["VoltArg"] = Math.Round(voltDegree, 2);
loadNode.VoltArg = Math.Round(voltDegree, 2);
double voltDropPer = 100 - Convert.ToDouble(dr["VoltageDropPer"].ToString());
drNew["VoltDropPer"] = Math.Round(voltDropPer, 2);
loadNode.DropVolt = Convert.ToDouble(Math.Round(voltDropPer, 2));
drNew["LoadPowerReal"] = Math.Round(((Complex)dr["LoadPower"]).imag, 3) / 1000;
loadNode.LoadPower = Math.Round(((Complex)dr["LoadPower"]).imag, 3) / 1000;
drNew["LoadPowerImg"] = Math.Round(((Complex)dr["LoadPower"]).real, 3) / 1000;
loadNode.LoadPowerActive = Math.Round(((Complex)dr["LoadPower"]).real, 3) / 1000;
drNew["LoadCurrentAbs"] = Math.Round(((Complex)dr["LoadCurrent"]).abs, 3);//.ToString();
loadNode.LoadCurrentAbs = Math.Round(((Complex)dr["LoadCurrent"]).abs, 3);
double LoadCurrentArg = ConvertToDegree(((Complex)dr["LoadCurrent"]).arg);
//drNew["LoadCurrentArg"] = Math.Round(((Complex)dr["LoadCurrent"]).arg, 3);
//loadNode.LoadCurrentArg = Math.Round(((Complex)dr["LoadCurrent"]).arg, 3);
drNew["LoadCurrentArg"] = Math.Round(LoadCurrentArg, 3);
loadNode.LoadCurrentArg = Math.Round(LoadCurrentArg, 3);
dtResultNode.Rows.Add(drNew);
if (!loadNode.AccessInsert())
{
ed.WriteMessage("LoadNode Insert Failed\n");
}
}
}
//ed.WriteMessage("Print Branch\n");
double totalLoad = 0;
foreach (DataRow dr in dtBranch.Rows)
{
DataRow drNew = dtResultBranch.NewRow();
Atend.Base.Calculating.CDistributedLoadBranch LoadBranch = new Atend.Base.Calculating.CDistributedLoadBranch();
Atend.Base.Design.DBranch branch = Atend.Base.Design.DBranch.AccessSelectByCode(new Guid(dr["Code"].ToString()));
if (branch.Code != Guid.Empty)
{
drNew["Code"] = branch.Number;
LoadBranch.BranchName = branch.Number;
drNew["Lenght"] = Math.Round(Convert.ToDouble(dr["Length"].ToString()), 2);
LoadBranch.Lenght = Math.Round(Convert.ToDouble(dr["Length"].ToString()), 3);
drNew["CondUtilization"] = Math.Round(Convert.ToDouble(dr["CondUtilization"].ToString()), 3);
LoadBranch.Condutilization = Math.Round(Convert.ToDouble(dr["CondUtilization"].ToString()), 3);
drNew["CurrentAbs"] = Math.Round(((Complex)dr["Current"]).abs, 3);//.ToString();
LoadBranch.CurrentAbs = Math.Round(((Complex)dr["Current"]).abs, 3);
double currentArg = ConvertToDegree(((Complex)dr["Current"]).arg);
//drNew["CurrentArg"] = Math.Round(((Complex)dr["Current"]).arg, 3);
//LoadBranch.CurrentArg = Math.Round(((Complex)dr["Current"]).arg, 3);
drNew["CurrentArg"] = Math.Round(currentArg, 3);
LoadBranch.CurrentArg = Math.Round(currentArg, 3);
//MessageBox.Show(dr["PowerLoss"].ToString());
totalLoad += Math.Round(((Complex)dr["TotalLoad"]).real / 1000 + (Convert.ToDouble(dr["PowerLoss"].ToString()) / 1000), 3);
drNew["TotalLoadReal"] = totalLoad;
LoadBranch.TotalLoad = totalLoad;//Math.Round(((Complex)dr["TotalLoad"]).real / 1000 + (Convert.ToDouble(dr["PowerLoss"].ToString()) / 1000), 3);
ed.WriteMessage("CondCode={0}\n", dr["CondCode"].ToString());
if ((branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.Conductor)) || (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.Jumper)) || (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.Terminal)))
{
Atend.Base.Equipment.EConductorTip econdTip = Atend.Base.Equipment.EConductorTip.AccessSelectByCode(branch.ProductCode);
Atend.Base.Equipment.EConductor eCond = Atend.Base.Equipment.EConductor.AccessSelectByCode(econdTip.PhaseProductCode);
drNew["CondName"] = eCond.Name;
drNew["CondCurrent"] = eCond.MaxCurrent;
LoadBranch.CondName = eCond.Name;
LoadBranch.CondCurrent = eCond.MaxCurrent;
}
else if (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.SelfKeeper))
{
Atend.Base.Equipment.ESelfKeeperTip eSelTip = Atend.Base.Equipment.ESelfKeeperTip.AccessSelectByCode(branch.ProductCode);
Atend.Base.Equipment.ESelfKeeper eSelf = Atend.Base.Equipment.ESelfKeeper.AccessSelectByCode(eSelTip.PhaseProductCode);
drNew["CondName"] = eSelf.Name;
drNew["CondCurrent"] = eSelf.MaxCurrent;
LoadBranch.CondName = eSelf.Name;
LoadBranch.CondCurrent = eSelf.MaxCurrent;
}
else if (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.GroundCabel))
{
Atend.Base.Equipment.EGroundCabelTip egroundTip = Atend.Base.Equipment.EGroundCabelTip.AccessSelectByCode(branch.ProductCode);
Atend.Base.Equipment.EGroundCabel eGround = Atend.Base.Equipment.EGroundCabel.AccessSelectByCode(egroundTip.PhaseProductCode);
drNew["CondName"] = eGround.Name;
drNew["CondCurrent"] = eGround.MaxCurrent;
LoadBranch.CondName = eGround.Name;
LoadBranch.CondCurrent = eGround.MaxCurrent;
}
DataRow[] drnodeFrom = dtNodes.Select(string.Format("ConsoleObjID={0}", dr["UpNodeId"].ToString()));
if (drnodeFrom.Length > 0)
{
drNew["From"] = FindNodeComment(new Guid(drnodeFrom[0]["ConsoleGuid"].ToString()));
LoadBranch.From = drNew["From"].ToString();
}
//به
DataRow[] drnodeTo = dtNodes.Select(string.Format("ConsoleObjID={0}", dr["DnNodeId"].ToString()));
if (drnodeTo.Length > 0)
{
//drNew["Volt"] = Math.Round(((Complex)(drnodeTo[0]["Voltage"])).abs, 2).ToString();
drNew["To"] = FindNodeComment(new Guid(drnodeTo[0]["ConsoleGuid"].ToString()));
LoadBranch.To = drNew["To"].ToString();
}
LoadBranch.PowerLoss = Math.Round(Convert.ToDouble(dr["PowerLoss"]) / 1000, 2);
drNew["PowerLoss"] = Math.Round(Convert.ToDouble(dr["PowerLoss"]) / 1000, 2);
dtResultBranch.Rows.Add(drNew);
if (!LoadBranch.AccessInsert())
{
ed.WriteMessage("LoadBranch Inser Failed\n");
}
}
//drNew["SCCurrent"] = Math.Round(Convert.ToDouble(dr["SCCurrent"].ToString()), 3);
//drNew["CondMax1sCurrent"] = Math.Round(Convert.ToDouble(dr["CondMax1sCurrent"].ToString()), 3);
}
//ed.WriteMessage("BindDAtA\n");
//string Code1 = "00000000-0000-0000-0000-000000000000";
//DataRow[] drs = dtResultBranch.Select(" Code= '" + Code1 + "'");
//drs[0].Delete();
//DataRow[] drs1 = dtResultNode.Select(" ConsolGuid ='" + Code1 + "'");
//drs1[0].Delete();
gvBranch.AutoGenerateColumns = false;
gvBranch.DataSource = dtResultBranch;
gvNode.AutoGenerateColumns = false;
gvNode.DataSource = dtResultNode;
}
private void Calculation()
{
chkSelectSection.Focus();
if (Validation())
{
this.Cursor = Cursors.WaitCursor;
System.Data.DataTable dtGlobal = Atend.Base.Design.DGlobal.AccessSelectAll();
System.Data.DataTable dtBranch = Atend.Global.Acad.UAcad.FillBranchList();
Editor ed = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor;
for (int gCounter = 0; gCounter < gvSection.Rows.Count; gCounter++)
{
DataGridViewCheckBoxCell chk = (DataGridViewCheckBoxCell)gvSection.Rows[gCounter].Cells[1];
if (chk.Value.ToString() == "True")
{
calcOptimalSagTension = new Atend.Global.Calculation.Mechanical.CalcOptimalSagTension();
calcOptimalSagTension.DtPoleSection = Atend.Base.Design.DPoleSection.AccessSelectBySectionCodeProductType(new Guid(gvSection.Rows[gCounter].Cells[0].Value.ToString()), Convert.ToInt32(Atend.Control.Enum.ProductType.Pole));
System.Data.DataTable dtPole1 = Atend.Base.Design.DPoleSection.AccessSelectBySectionCodeProductType(new Guid(gvSection.Rows[gCounter].Cells[0].Value.ToString()), Convert.ToInt32(Atend.Control.Enum.ProductType.PoleTip));
foreach (DataRow dr in dtPole1.Rows)
{
DataRow drPole = calcOptimalSagTension.DtPoleSection.NewRow();
drPole["ProductType"] = dr["ProductType"].ToString();
drPole["ProductCode"] = dr["ProductCode"].ToString();
drPole["SectionCode"] = dr["SectionCode"].ToString();
calcOptimalSagTension.DtPoleSection.Rows.Add(drPole);
}
System.Data.DataColumn dc = new System.Data.DataColumn("PoleNumber");
calcOptimalSagTension.DtPoleSection.Columns.Add(dc);
foreach (DataRow dr in calcOptimalSagTension.DtPoleSection.Rows)
{
Atend.Base.Design.DPackage node = Atend.Base.Design.DPackage.AccessSelectByNodeCode(new Guid(dr["ProductCode"].ToString()));
dr["PoleNumber"] = node.Number.ToString();
}
ReadVoltage(gCounter);
calcOptimalSagTension.Volt = Volt;
calcOptimalSagTension.DtPoleCond = dtGlobal;
calcOptimalSagTension.dtBranchList = dtBranch;
DataGridViewComboBoxCell cboNetCross = (DataGridViewComboBoxCell)gvSection.Rows[gCounter].Cells[4];
//ed.WriteMessage("NetCrossCode={0}\n", cboNetCross.Value.ToString());
NetCross = Atend.Base.Calculating.CNetWorkCross.AccessSelectByCode(Convert.ToInt32(cboNetCross.Value.ToString()));
if (Volt == 400)
{
calcOptimalSagTension.Clearance = NetCross.V380;
}
if (Volt == 11000)
{
calcOptimalSagTension.Clearance = NetCross.KV11;
}
if (Volt == 20000)
{
calcOptimalSagTension.Clearance = NetCross.KV20;
}
if (Volt == 33000)
{
calcOptimalSagTension.Clearance = NetCross.KV32;
}
calcOptimalSagTension.DtconductorSection = Atend.Base.Design.DPoleSection.AccessSelectBySectionCodeProductType(new Guid(gvSection.Rows[gCounter].Cells[0].Value.ToString()), Convert.ToInt32(Atend.Control.Enum.ProductType.Conductor));
if (calcOptimalSagTension.DtconductorSection.Rows.Count == 0)
{
calcOptimalSagTension.DtconductorSection = Atend.Base.Design.DPoleSection.AccessSelectBySectionCodeProductType(new Guid(gvSection.Rows[gCounter].Cells[0].Value.ToString()), Convert.ToInt32(Atend.Control.Enum.ProductType.SelfKeeper));
//ed.WriteMessage("Count={0}\n", calcOptimalSagTension.DtconductorSection.Rows.Count);
}
calcOptimalSagTension.VTS = Convert.ToDouble(gvSection.Rows[gCounter].Cells["UTS"].Value.ToString());
//System.Data.DataColumn dc1 = new System.Data.DataColumn("Angle");
//calcOptimalSagTension.DtconductorSection.Columns.Add(dc1);
calcOptimalSagTension.SectionCode = new Guid(gvSection.Rows[gCounter].Cells[0].Value.ToString());
//calcOptimalSagTension.Start = Convert.ToInt32(txtStart.Text);
//calcOptimalSagTension.End = Convert.ToInt32(txtEnd.Text);
//calcOptimalSagTension.Distance = Convert.ToInt32(txtDistance.Text);
Atend.Base.Design.DBranch MyBranch = Atend.Base.Design.DBranch.AccessSelectByCode(new Guid(calcOptimalSagTension.DtconductorSection.Rows[0]["ProductCode"].ToString()));
//ed.WriteMessage("OOO\n");
dtResult.Rows.Clear();
//se = calcOptimalSagTension.ComputeSE();
//ed.WriteMessage("&&&&&&&&&&&&&&&&&&&SE={0}\n", se.ToString());
//SpanCount = calcOptimalSagTension.DtconductorSection.Rows.Count;
calcOptimalSagTension.dtStTable.Rows.Clear();
ed.WriteMessage("GOTOSurface\n");
dtResult = calcOptimalSagTension.calcRudSurface02().Copy();
gvResult.AutoGenerateColumns = false;
calcOptimalSagTension.CloseConnection();
gvResult.DataSource = dtResult;
Save(gCounter);
}
}
this.Cursor = Cursors.Default;
//DataRow dr1 = dtRow.NewRow();
//dr1["ProjectName"] = "";
//dr1["NumSection"] = gvSection.SelectedRows[0].Cells[1].Value.ToString();
//dr1["FirstPole"] = "";
//dr1["LastPole"] = "";
//dr1["UTS"] = calcOptimalSagTension.VTS;
//dr1["SE"] = se.ToString();
//dr1["SpanCount"] = SpanCount;
//dr1["SpanLenght"] = "";
//dr1["CondName"] = gvSagAndTension.Rows[0].Cells[0].Value;
//dtRow.Rows.Add(dr1);
//ChangeColor();
}
}
private void frmEditDrawSelfKeeper_Load(object sender, EventArgs e)
{
if (ForceToClose)
{
this.Close();
}
dtMerge = Atend.Base.Equipment.ESelfKeeperTip.SelectAllAndMerge();
Atend.Base.Design.DBranch Branch = Atend.Base.Design.DBranch.AccessSelectByCode(BranchCode);
Atend.Base.Equipment.ESelfKeeperTip SelfTip = Atend.Base.Equipment.ESelfKeeperTip.AccessSelectByCode(Branch.ProductCode);
selectedProductCode = SelfTip.Code;
System.Data.DataColumn dcMaterialName = new System.Data.DataColumn("MaterialName");
System.Data.DataColumn dcAMP = new System.Data.DataColumn("AMP");
dtMerge.Columns.Add("AMP");
dtMerge.Columns.Add(dcMaterialName);
foreach (DataRow dr in dtMerge.Rows)
{
dr["AMP"] = string.Format("{0}+{1}j", dr["Resistance"].ToString(), dr["Reactance"].ToString());
if (Convert.ToInt32(dr["MaterialConductorCode"].ToString()) == 1)
{
dr["MaterialName"] = "مسی";
}
if (Convert.ToInt32(dr["MaterialConductorCode"].ToString()) == 2)
{
dr["MaterialName"] = "آلومینیوم";
}
if (Convert.ToInt32(dr["MaterialConductorCode"].ToString()) == 3)
{
dr["MaterialName"] = "آلومینیو مغز فولاد";
}
if (Convert.ToInt32(dr["MaterialConductorCode"].ToString()) == 4)
{
dr["MaterialName"] = "آلیاژ آلومینیوم";
}
}
gvSelfKeeper.AutoGenerateColumns = false;
gvSelfKeeper.DataSource = dtMerge;
Atend.Global.Utility.UBinding.SetGridToCurrentSelectedEquip("SelfCode,SelfXCode", new object[2] {
selectedProductCode, "00000000-0000-0000-0000-000000000000"
}, dtMerge, gvSelfKeeper, this);
ChangeColor();
for (int i = 0; i < gvSelfKeeper.Rows.Count; i++)
{
if (Convert.ToInt32(gvSelfKeeper.Rows[i].Cells[0].Value.ToString()) == selectedProductCode /*SelfTip.Code*/)
{
gvSelfKeeper.Rows[i].DefaultCellStyle.BackColor = Color.Yellow;
}
}
BindMaterialToComboBox();
if (cboMaterial.Items.Count > 0)
{
cboMaterial.SelectedIndex = 0;
}
BindDataToComboBoxIsExist();
if (cboMaterial.Items.Count > 0)
{
cboMaterial.SelectedIndex = 0;
}
//BindDataToProjectCode();
if (cboProject.Items.Count > 0)
{
cboProject.SelectedIndex = 0;
}
txtLenght.Text = Math.Round(Branch.Lenght, 2).ToString();
Length = Convert.ToDouble(Math.Round(Branch.Lenght, 2).ToString());
cboIsExist.SelectedValue = Atend.Base.Base.BEquipStatus.SelectByACode(Branch.IsExist).Code;
cboProject.SelectedValue = Branch.ProjectCode;
}
public frmShortCircuitResult(DataTable dtNodes, DataTable dtBranch, double FalutDuration)
{
Editor ed = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor;
ed.WriteMessage("\nchecking.....\n");
if (!Atend.Global.Acad.DrawEquips.Dicision.IsHere())
{
if (!Atend.Global.Acad.DrawEquips.Dicision.IsThere())
{
//System.Diagnostics.Process[] prs = System.Diagnostics.Process.GetProcesses();
//foreach (System.Diagnostics.Process pr in prs)
//{
// if (pr.ProcessName == "acad")
// {
// pr.CloseMainWindow();
// }
//}
Atend.Global.Acad.Notification notification = new Atend.Global.Acad.Notification();
notification.Title = "شناسایی قفل";
notification.Msg = "لطفا وضعیت قفل را بررسی نمایید ";
notification.infoCenterBalloon();
ForceToClose = true;
}
}
InitializeComponent();
_FaultDuration = FalutDuration;
dtResultNode.Columns.Add(dcLoadPowerImage);
dtResultNode.Columns.Add(dcLoadPowerReal);
dtResultNode.Columns.Add(dcVoltAbs);
dtResultNode.Columns.Add(dcVoltAng);
dtResultNode.Columns.Add(dcVoltDropPer);
dtResultNode.Columns.Add(dcLoadCurrentAbs);
dtResultNode.Columns.Add(dcLoadCurrentArg);
dtResultNode.Columns.Add(dcConsolGuid);
dtResultBranch.Columns.Add(dcCode);
dtResultBranch.Columns.Add(dcCondUtilization);
dtResultBranch.Columns.Add(dcLenght);
dtResultBranch.Columns.Add(dcCurrentAbs);
dtResultBranch.Columns.Add(dcCurrentAng);
dtResultBranch.Columns.Add(dcTotalLoadREal);
dtResultBranch.Columns.Add(dcSCCurrent);
dtResultBranch.Columns.Add(CondMax1sCurrent);
dtResultBranch.Columns.Add(dcFrom);
dtResultBranch.Columns.Add(dcTo);
dtResultBranch.Columns.Add(dcCondName);
dtResultBranch.Columns.Add(dcVolt);
ed.WriteMessage("Print Nodes\n");
foreach (DataRow dr in dtNodes.Rows)
{
DataRow drNew = dtResultNode.NewRow();
if (new Guid(dr["ConsoleGuid"].ToString()) != Guid.Empty)
{
Atend.Base.Design.DPackage dPack = Atend.Base.Design.DPackage.AccessSelectByCode(new Guid(dr["ConsoleGuid"].ToString()));
drNew["ConsolGuid"] = dPack.Number;
drNew["VoltAbs"] = Math.Round(((Complex)dr["Voltage"]).abs, 3);
double voltArg = ConvertToDegree(((Complex)dr["Voltage"]).arg);
//drNew["VoltArg"] = Math.Round(((Complex)dr["Voltage"]).arg, 2);
drNew["VoltArg"] = Math.Round(voltArg, 2);
drNew["VoltDropPer"] = Math.Round(Convert.ToDouble(dr["VoltageDropPer"].ToString()));
drNew["LoadPowerReal"] = Math.Round(((Complex)dr["LoadPower"]).real, 3);
drNew["LoadPowerImg"] = Math.Round(((Complex)dr["LoadPower"]).imag, 3);
drNew["LoadCurrentAbs"] = Math.Round(((Complex)dr["LoadCurrent"]).abs, 3);//.ToString();
double loadcurrentArg = ConvertToDegree(((Complex)dr["LoadCurrent"]).arg);
//drNew["LoadCurrentArg"] = Math.Round(((Complex)dr["LoadCurrent"]).arg, 3);//.ToString();
drNew["LoadCurrentArg"] = loadcurrentArg;
dtResultNode.Rows.Add(drNew);
}
}
ed.WriteMessage("Print Branch\n");
Atend.Base.Calculating.CShortCircuit.AccessDelete();
foreach (DataRow dr in dtBranch.Rows)
{
Atend.Base.Calculating.CShortCircuit shortCircuit = new Atend.Base.Calculating.CShortCircuit();
if (new Guid(dr["Code"].ToString()) != Guid.Empty)
{
DataRow drNew = dtResultBranch.NewRow();
Atend.Base.Design.DBranch branch = Atend.Base.Design.DBranch.AccessSelectByCode(new Guid(dr["Code"].ToString()));
//drNew["Code"] = branch.Number;
if ((branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.Conductor)) || (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.Jumper)) || (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.Terminal)))
{
Atend.Base.Equipment.EConductorTip ConductorTip = Atend.Base.Equipment.EConductorTip.AccessSelectByCode(branch.ProductCode);
Atend.Base.Equipment.EConductor Conductor = Atend.Base.Equipment.EConductor.AccessSelectByCode(ConductorTip.PhaseProductCode);
drNew["CondName"] = Conductor.Name;
double IbMax = Convert.ToDouble(Conductor.MaxCurrent1Second) / Math.Sqrt(_FaultDuration);
drNew["CondMax1sCurrent"] = Math.Round(IbMax, 1);
shortCircuit.CondName = Conductor.Name;
shortCircuit.CondMax1SCurrent = Math.Round(IbMax, 1);
}
if (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.SelfKeeper))
{
Atend.Base.Equipment.ESelfKeeperTip SelfKeeperTip = Atend.Base.Equipment.ESelfKeeperTip.AccessSelectByCode(branch.ProductCode);
Atend.Base.Equipment.ESelfKeeper SelfKeeper = Atend.Base.Equipment.ESelfKeeper.AccessSelectByCode(SelfKeeperTip.PhaseProductCode);
drNew["CondName"] = SelfKeeper.Name;
double IbMax = Convert.ToDouble(SelfKeeper.MaxCurrent1Second) / Math.Sqrt(_FaultDuration);
drNew["CondMax1sCurrent"] = Math.Round(IbMax, 1);
shortCircuit.CondName = SelfKeeper.Name;
shortCircuit.CondMax1SCurrent = Math.Round(IbMax, 1);
}
if (branch.ProductType == Convert.ToInt32(Atend.Control.Enum.ProductType.GroundCabel))
{
Atend.Base.Equipment.EGroundCabelTip GroundTip = Atend.Base.Equipment.EGroundCabelTip.AccessSelectByCode(branch.ProductCode);
Atend.Base.Equipment.EGroundCabel Ground = Atend.Base.Equipment.EGroundCabel.AccessSelectByCode(GroundTip.PhaseProductCode);
drNew["CondName"] = Ground.Name;
double IbMax = Convert.ToDouble(Ground.MaxCurrent1Second) / Math.Sqrt(_FaultDuration);
drNew["CondMax1sCurrent"] = Math.Round(IbMax, 1);
shortCircuit.CondName = Ground.Name;
shortCircuit.CondMax1SCurrent = Math.Round(IbMax, 1);
}
drNew["Lenght"] = dr["Length"].ToString();
drNew["CondUtilization"] = Math.Round(Convert.ToDouble(dr["CondUtilization"].ToString()), 3);
drNew["CurrentAbs"] = Math.Round(((Complex)dr["Current"]).abs, 3);//.ToString();
double currentArg = ConvertToDegree(((Complex)dr["Current"]).arg);
//drNew["CurrentArg"] = Math.Round(((Complex)dr["Current"]).arg, 3);//.ToString();
drNew["CurrentArg"] = Math.Round(currentArg, 3);
drNew["TotalLoadReal"] = Math.Round(((Complex)dr["TotalLoad"]).arg, 3);
drNew["SCCurrent"] = Math.Round(Convert.ToDouble(dr["SCCurrent"].ToString()), 0);
ed.WriteMessage("CondCode={0}\n", dr["CondCode"].ToString());
shortCircuit.Lenght = Convert.ToDouble(dr["Length"].ToString());
shortCircuit.Condutilization = Math.Round(Convert.ToDouble(dr["CondUtilization"].ToString()), 3);
shortCircuit.CurrentAbs = Math.Round(((Complex)dr["Current"]).abs, 3); //.ToString();
shortCircuit.CurrentArg = Math.Round(currentArg, 3); //.ToString();
shortCircuit.TotalLoad = Math.Round(((Complex)dr["TotalLoad"]).arg, 3);
shortCircuit.ScCurrent = Math.Round(Convert.ToDouble(dr["SCCurrent"].ToString()), 0);
ed.WriteMessage("Current={0}\n", shortCircuit.ScCurrent);
//از
DataRow[] drnodeFrom = dtNodes.Select(string.Format("ConsoleObjID={0}", dr["UpNodeId"].ToString()));
if (drnodeFrom.Length > 0)
{
drNew["From"] = FindNodeComment(new Guid(drnodeFrom[0]["ConsoleGuid"].ToString()));
shortCircuit.From = drNew["From"].ToString();
}
//به
DataRow[] drnodeTo = dtNodes.Select(string.Format("ConsoleObjID={0}", dr["DnNodeId"].ToString()));
if (drnodeTo.Length > 0)
{
drNew["Volt"] = Math.Round(((Complex)(drnodeTo[0]["Voltage"])).abs, 2).ToString();
drNew["To"] = FindNodeComment(new Guid(drnodeTo[0]["ConsoleGuid"].ToString()));
shortCircuit.To = drNew["To"].ToString();
shortCircuit.Volt = Math.Round(((Complex)(drnodeTo[0]["Voltage"])).abs, 2);
}
//if (new Guid(dr["Code"].ToString()) != Guid.Empty)
//{
////Atend.Base.Equipment.EConductorTip condTip = Atend.Base.Equipment.EConductorTip.AccessSelectByCode(Convert.ToInt32(dr["CondCode"].ToString()));
////Atend.Base.Equipment.EConductor conductor = Atend.Base.Equipment.EConductor.AccessSelectByCode(condTip.PhaseProductCode);
////ed.WriteMessage("conductor.MaxCurrent1Second={0},SCCurrent={1}\n", conductor.MaxCurrent1Second, dr["SCCurrent"].ToString());
////ed.WriteMessage("#######\n");
//ed.WriteMessage("&&&&&&={0}\n", dr["CondMax1sCurrent"].ToString());
//}
//else
//{
// drNew["CondMax1sCurrent"] = dr["CondUtilizationSC"].ToString();
//}
dtResultBranch.Rows.Add(drNew);
if (!shortCircuit.AccessInsert())
{
ed.WriteMessage("Insert Failed\n");
}
}
}
////foreach (DataRow dr in dtResultBranch.Rows)
////{
//// ed.WriteMessage("dtResultBranch.CondMax1sCurrent={0}\n", dr["CondMax1sCurrent"].ToString());
////}
//string code1 = "00000000-0000-0000-0000-000000000000";
//DataRow[] drs = dtResultBranch.Select(" Code = '"+code1+"'");
//drs[0].Delete();
//DataRow[] drs1 = dtResultNode.Select(" ConsolGuid = '" + code1 + "'");
//drs1[0].Delete();
ed.WriteMessage("BindDAtA\n");
gvBranch.AutoGenerateColumns = false;
gvBranch.DataSource = dtResultBranch;
//gvNode.AutoGenerateColumns = false;
//gvNode.DataSource = dtResultNode;
CheckCurrent();
}
private bool Validation()
{
//if (string.IsNullOrEmpty(cboProjCode.Text))
//{
// MessageBox.Show("لطفاً کد دستور کار را انتخاب کنید", "خطا");
// return false;
//}
if (string.IsNullOrEmpty(txtLenght.Text))
{
MessageBox.Show("لطفا مقدار طول را وارد نمایید", "خطا");
txtLenght.Focus();
return(false);
}
if (!Atend.Control.NumericValidation.DoubleConverter(txtLenght.Text))
{
MessageBox.Show("لطفا طول رابا فرمت مناسب وارد نمایید", "خطا");
txtLenght.Focus();
return(false);
}
//if (txtEquip1.Text == "")
//{
// MessageBox.Show("لطفاً تجهیز مورد نظر را انتخاب نمایید", "خطا");
// txtEquip1.Focus();
// return false;
//}
//if (txtEquip2.Text == "")
//{
// MessageBox.Show("لطفاً تجهیز مورد نظر را انتخاب نمایید", "خطا");
// txtEquip2.Focus();
// return false;
//}
//if (txtSag.Text == "" )
//{
// MessageBox.Show("لطفا اندازه فلش را مشخص نمایید","خطا");
// txtSag.Focus();
// return false;
//}
//if (txtMaterial.Text == "")
//{
// MessageBox.Show("لطفا سیم مورد نظر را انتخاب نمایید","خطا");
// tabControl1.TabPages[0].Focus();
// return false;
//}
Atend.Base.Design.DBranch Branch = Atend.Base.Design.DBranch.AccessSelectByCode(NodeCode);
Atend.Base.Design.DBranch _DBranch = Atend.Base.Design.DBranch.AccessSelectByRigthAndLeftNodeCode(Branch.RightNodeCode, Branch.LeftNodeCode);
if (_DBranch.Code != Guid.Empty)
{
if (Convert.ToDouble(txtLenght.Text) != _DBranch.Lenght)
{
if (MessageBox.Show(" تغیر در طول سیم باعث تغییر در طول سایر سیمهای بین این دو پایه میشود . آیا مایل به تغیر طول سیم هستید ؟ ", "خطا", MessageBoxButtons.YesNo) == DialogResult.No)
{
txtLenght.Text = Length.ToString();
return(false);
}
else
{
return(true);
}
}
}
else
{
_DBranch = Atend.Base.Design.DBranch.AccessSelectByRigthAndLeftNodeCode(Branch.LeftNodeCode, Branch.RightNodeCode);
if (_DBranch.Code != Guid.Empty)
{
if (Convert.ToDouble(txtLenght.Text) != _DBranch.Lenght)
{
if (MessageBox.Show(" تغیر در طول سیم باعث تغییر در طول سایر سیمهای بین این دو پایه میشود . آیا مایل به تغیر طول سیم هستید ؟ ", "خطا", MessageBoxButtons.YesNo) == DialogResult.No)
{
txtLenght.Text = Length.ToString();
return(false);
}
else
{
return(true);
}
}
}
}
return(true);
}
public AcDrawJumper()
{
JumperBtranch = new Atend.Base.Design.DBranch();
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~ methods ~~~~~~~~~~~~~~~~~~~~~~~~~~~//
///// <summary>
///// Save all data before start AutoPoleInstallation
///// </summary>
///// <returns></returns>
//private bool PrepareData()
//{
// Editor ed = Autodesk.AutoCAD.ApplicationServices.Application.DocumentManager.MdiActiveDocument.Editor;
// OleDbConnection aConnection = new OleDbConnection(Atend.Control.ConnectionString.AccessCnString);
// OleDbTransaction aTransaction;
// try
// {
// aConnection.Open();
// aTransaction = aConnection.BeginTransaction();
// try
// {
// if (!selectedPole.AccessInsert(aTransaction, aConnection, true, true))
// {
// throw new System.Exception("selectedPole.AccessInsert");
// }
// if (SelectedBranch.ProductType == (int)Atend.Control.Enum.ProductType.Conductor)
// {
// if (!SelectedConsol.AccessInsert(aTransaction, aConnection, true, true))
// {
// throw new System.Exception("SelectedConsol.AccessInsert");
// }
// if (!SelectedConsolTension.AccessInsert(aTransaction, aConnection, true, true))
// {
// throw new System.Exception("SelectedConsolTension.AccessInsert");
// }
// }
// else if (SelectedBranch.ProductType == (int)Atend.Control.Enum.ProductType.SelfKeeper)
// {
// if (!SelectedClamp.AccessInsert(aTransaction, aConnection, true, true))
// {
// throw new System.Exception("SelectedClamp.AccessInsert");
// }
// if (!SelectedClampTension.AccessInsert(aTransaction, aConnection, true, true))
// {
// throw new System.Exception("SelectedClampTension.AccessInsert");
// }
// }
// }
// catch (System.Exception ex2)
// {
// ed.WriteMessage("ERROR PrepareData: {0} \n", ex2.Message);
// aTransaction.Rollback();
// aConnection.Close();
// return false;
// }
// }
// catch (System.Exception ex1)
// {
// ed.WriteMessage("ERROR PrepareData: {0} \n", ex1.Message);
// aConnection.Close();
// return false;
// }
// aTransaction.Commit();
// aConnection.Close();
// return true;
//}
public bool PoleInstallationWithoutForbiddenArea(Guid SelectedPoleDpackageCode)
{
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
bool Answer = true;
List <ObjectIdCollection> _AllConsols = new List <ObjectIdCollection>();
ObjectIdCollection _AllClamps = new ObjectIdCollection();
double _SectionLength = 0;
double _SpanLength = 0;
int _SectionCount = SectionCalculation(out _SectionLength);
int _SpanCount = SpanCalculation(_SectionLength, out _SpanLength);
Atend.Base.Acad.AT_INFO CurrentBranchInfo = Atend.Base.Acad.AT_INFO.SelectBySelectedObjectId(BranchEntity.ObjectId);
ObjectIdCollection t = new ObjectIdCollection();
try
{
Atend.Global.Acad.DrawEquips.AcDrawPole _AcDrawPole = null;
Atend.Global.Acad.DrawEquips.AcDrawCirclePole _AcDrawCirclePole = null;
Atend.Global.Acad.DrawEquips.AcDrawPolygonPole _AcDrawPolygonPole = null;
if (_SpanLength != -1)
{
CalculateSectionPoints(branchEntity.StartPoint, branchEntity.EndPoint, _SectionCount);
Atend.Base.Design.DPackage PolePack = Atend.Base.Design.DPackage.AccessSelectByNodeCode(SelectedPoleDpackageCode);
//Start Pole consols or clamp
if (SelectedBranch.ProductType == (int)Atend.Control.Enum.ProductType.Conductor)
{
t.Add(GetStartConsolOrClamp());
_AllConsols.Add(t);
}
else
{
_AllClamps.Add(GetStartConsolOrClamp());
}
for (int SectionCounter = 0; SectionCounter < _SectionCount; SectionCounter++)
{
SpanPoints.Clear();
CalculateSpanPoints(SectionPoints[SectionCounter], SectionPoints[SectionCounter + 1], _SpanCount);
for (int SpanCounter = 1; SpanCounter < _SpanCount; SpanCounter++)
{
Atend.Base.Design.DPoleInfo PoleInfo = new Atend.Base.Design.DPoleInfo();
PoleInfo.HalterCount = 0;
PoleInfo.HalterType = 0;
PoleInfo.Factor = 0;
if (SelectedBranch.ProductType == (int)Atend.Control.Enum.ProductType.Conductor)
{
#region Counductor
//ed.WriteMessage("~~~~~~~~{0}~~~~~~~~~~~~~~GO TO SHAPE~~~~~~~~~~~{1}~~~~~~~~~~~~~~\n", SelectedPole.Shape, SelectedPole.Type);
if (SelectedPole.Shape == 0)
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~TWO~~~~~~~~~~~~~~~~~~~~~~~~~\n");
_AcDrawCirclePole = new Atend.Global.Acad.DrawEquips.AcDrawCirclePole();
#region POLECircle
_AcDrawCirclePole.UseAccess = true;
_AcDrawCirclePole.ePole = SelectedPole;
_AcDrawCirclePole.ProjectCode = PolePack.ProjectCode;
_AcDrawCirclePole.Existance = Convert.ToByte(PolePack.IsExistance);
_AcDrawCirclePole.dPoleInfo = PoleInfo;
_AcDrawCirclePole.eConsols.Add(SelectedConsol);
_AcDrawCirclePole.eConsolCount.Add(2);
_AcDrawCirclePole.eConsolExistance.Add(Convert.ToByte(PolePack.IsExistance));
_AcDrawCirclePole.eConsolProjectCode.Add(PolePack.ProjectCode);
_AcDrawCirclePole.eConsolUseAccess.Add(false);
_AcDrawCirclePole.eHalterCount = 0;
if (!_AcDrawCirclePole.DrawPoleCircle(SpanPoints[SpanCounter], GetStartPoleAngle() + 90, out t))
{
throw new System.Exception("failor while drawing pole");
}
_AllConsols.Add(t);
#endregion
}
else if (SelectedPole.Shape == 1)
{
if (SelectedPole.Type == 2)//pertic
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~THREE~~~~~~~~~~~~~~~~~~~~~~~~~\n");
_AcDrawPolygonPole = new Atend.Global.Acad.DrawEquips.AcDrawPolygonPole();
#region PolePolygon
_AcDrawPolygonPole.UseAccess = true;
_AcDrawPolygonPole.ePole = SelectedPole;
_AcDrawPolygonPole.ProjectCode = PolePack.ProjectCode;
_AcDrawPolygonPole.Existance = Convert.ToByte(PolePack.IsExistance);
_AcDrawPolygonPole.dPoleInfo = PoleInfo;
_AcDrawPolygonPole.eConsols.Add(SelectedConsol);
_AcDrawPolygonPole.eConsolCount.Add(2);
_AcDrawPolygonPole.eConsolExistance.Add(Convert.ToByte(PolePack.IsExistance));
_AcDrawPolygonPole.eConsolProjectCode.Add(PolePack.ProjectCode);
_AcDrawPolygonPole.eConsolUseAccess.Add(false);
_AcDrawPolygonPole.eHalterCount = 0;
if (!_AcDrawPolygonPole.DrawPolePolygon(SpanPoints[SpanCounter], GetStartPoleAngle() + 90, out t))
{
throw new System.Exception("failor while drawing pole");
}
_AllConsols.Add(t);
#endregion
}
else
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~ONE~~~~~~~~~~~~~~~~~~~~~~~~~\n");
_AcDrawPole = new Atend.Global.Acad.DrawEquips.AcDrawPole();
#region Pole
_AcDrawPole.UseAccess = true;
_AcDrawPole.ePole = SelectedPole;
_AcDrawPole.ProjectCode = PolePack.ProjectCode;
_AcDrawPole.Existance = Convert.ToByte(PolePack.IsExistance);
_AcDrawPole.dPoleInfo = PoleInfo;
_AcDrawPole.eConsols.Add(SelectedConsol);
_AcDrawPole.eConsolCount.Add(2);
_AcDrawPole.eConsolExistance.Add(Convert.ToByte(PolePack.IsExistance));
_AcDrawPole.eConsolProjectCode.Add(PolePack.ProjectCode);
_AcDrawPole.eConsolUseAccess.Add(false);
_AcDrawPole.eHalterCount = 0;
if (!_AcDrawPole.DrawPole(SpanPoints[SpanCounter], GetStartPoleAngle() + 90, out t))
{
throw new System.Exception("failor while drawing pole");
}
_AllConsols.Add(t);
#endregion
}
}
#endregion
}//end of if (SelectedBranch.ProductType == (int)Atend.Control.Enum.ProductType.Conductor)
else if (SelectedBranch.ProductType == (int)Atend.Control.Enum.ProductType.SelfKeeper)
{
#region Selfkeeper
if (SelectedPole.Shape == 0)
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~TWO~~~~~~~~~~~~~~~~~~~~~~~~~\n");
_AcDrawCirclePole = new Atend.Global.Acad.DrawEquips.AcDrawCirclePole();
#region POLECircle
_AcDrawCirclePole.UseAccess = true;
_AcDrawCirclePole.ePole = SelectedPole;
_AcDrawCirclePole.ProjectCode = PolePack.ProjectCode;
_AcDrawCirclePole.Existance = Convert.ToByte(PolePack.IsExistance);
_AcDrawCirclePole.dPoleInfo = PoleInfo;
_AcDrawCirclePole.eConsols = new List <Atend.Base.Equipment.EConsol>();
_AcDrawCirclePole.eConsolCount = new ArrayList();
_AcDrawCirclePole.eConsolExistance = new ArrayList();
_AcDrawCirclePole.eConsolProjectCode = new ArrayList();
_AcDrawCirclePole.eConsolUseAccess = new ArrayList();
_AcDrawCirclePole.eHalterCount = 0;
if (!_AcDrawCirclePole.DrawPoleCircle(SpanPoints[SpanCounter], GetStartPoleAngle() + 90, out t))
{
throw new System.Exception("failor while drawing pole");
}
//_AllClamps.Add(t[0]);
#endregion
}
else if (SelectedPole.Shape == 1)
{
if (SelectedPole.Type == 2)//pertic
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~THREE~~~~~~~~~~~~~~~~~~~~~~~~~\n");
_AcDrawPolygonPole = new Atend.Global.Acad.DrawEquips.AcDrawPolygonPole();
#region PolePolygon
_AcDrawPolygonPole.UseAccess = true;
_AcDrawPolygonPole.ePole = SelectedPole;
_AcDrawPolygonPole.ProjectCode = PolePack.ProjectCode;
_AcDrawPolygonPole.Existance = Convert.ToByte(PolePack.IsExistance);
_AcDrawPolygonPole.dPoleInfo = PoleInfo;
_AcDrawPolygonPole.eConsols = new List <Atend.Base.Equipment.EConsol>();
_AcDrawPolygonPole.eConsolCount = new ArrayList();
_AcDrawPolygonPole.eConsolExistance = new ArrayList();
_AcDrawPolygonPole.eConsolProjectCode = new ArrayList();
_AcDrawPolygonPole.eConsolUseAccess = new ArrayList();
_AcDrawPolygonPole.eHalterCount = 0;
if (!_AcDrawPolygonPole.DrawPolePolygon(SpanPoints[SpanCounter], GetStartPoleAngle() + 90, out t))
{
throw new System.Exception("failor while drawing pole");
}
//_AllClamps.Add(t[0]);
#endregion
}
else
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~ONE~~~~~~~~~~~~~~~~~~~~~~~~~\n");
_AcDrawPole = new Atend.Global.Acad.DrawEquips.AcDrawPole();
#region Pole
_AcDrawPole.UseAccess = true;
_AcDrawPole.ePole = SelectedPole;
_AcDrawPole.ProjectCode = PolePack.ProjectCode;
_AcDrawPole.Existance = Convert.ToByte(PolePack.IsExistance);
_AcDrawPole.dPoleInfo = PoleInfo;
_AcDrawPole.eConsols = new List <Atend.Base.Equipment.EConsol>();
_AcDrawPole.eConsolCount = new ArrayList();
_AcDrawPole.eConsolExistance = new ArrayList();
_AcDrawPole.eConsolProjectCode = new ArrayList();
_AcDrawPole.eConsolUseAccess = new ArrayList();
_AcDrawPole.eHalterCount = 0;
if (!_AcDrawPole.DrawPole(SpanPoints[SpanCounter], GetStartPoleAngle() + 90, out t))
{
throw new System.Exception("failor while drawing pole");
}
//_AllClamps.Add(t[0]);
#endregion
}
}
#endregion
Atend.Global.Acad.DrawEquips.AcDrawKalamp _AcDrawKalamp = new Atend.Global.Acad.DrawEquips.AcDrawKalamp();
_AcDrawKalamp.eClamp = SelectedClamp;
_AcDrawKalamp.Existance = PolePack.IsExistance;
_AcDrawKalamp.ProjectCode = PolePack.ProjectCode;
_AcDrawKalamp.UseAccess = false;
_AllClamps.Add(_AcDrawKalamp.DrawKalamp(Atend.Global.Acad.UAcad.CenterOfEntity(Atend.Global.Acad.UAcad.GetEntityByObjectID(t[0])), t[0]));
} //end of else if (SelectedBranch.ProductType == (int)Atend.Control.Enum.ProductType.SelfKeeper)
} //end of span
if (SectionCounter + 1 != _SectionCount)
{
//ed.WriteMessage("~~~~~~~~~~~~<<<SECTION>>>~~~~~~~~~~~~~\n");
if (_AcDrawPole != null)
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~ONE~~~~~~~~~~~~~~~~~~~~~~~~~\n");
if (CurrentBranchInfo.NodeType != (int)Atend.Control.Enum.ProductType.SelfKeeper)
{
_AcDrawPole.eConsols = new List <Atend.Base.Equipment.EConsol>();
_AcDrawPole.eConsols.Add(SelectedConsolTension);
_AcDrawPole.eConsols.Add(SelectedConsolTension);
_AcDrawPole.eConsolCount = new ArrayList();
_AcDrawPole.eConsolCount.Add(2);
_AcDrawPole.eConsolCount.Add(2);
_AcDrawPole.eConsolExistance = new ArrayList();
_AcDrawPole.eConsolExistance.Add(Convert.ToByte(PolePack.IsExistance));
_AcDrawPole.eConsolExistance.Add(Convert.ToByte(PolePack.IsExistance));
_AcDrawPole.eConsolProjectCode = new ArrayList();
_AcDrawPole.eConsolProjectCode.Add(PolePack.ProjectCode);
_AcDrawPole.eConsolProjectCode.Add(PolePack.ProjectCode);
_AcDrawPole.eConsolUseAccess = new ArrayList();
_AcDrawPole.eConsolUseAccess.Add(false);
_AcDrawPole.eConsolUseAccess.Add(false);
}
else
{
_AcDrawPole.eConsols = new List <Atend.Base.Equipment.EConsol>();
_AcDrawPole.eConsolCount = new ArrayList();
_AcDrawPole.eConsolExistance = new ArrayList();
_AcDrawPole.eConsolProjectCode = new ArrayList();
_AcDrawPole.eConsolUseAccess = new ArrayList();
}
_AcDrawPole.eHalterCount = 0;
if (!_AcDrawPole.DrawPole(SectionPoints[SectionCounter + 1], GetStartPoleAngle(), out t))
{
throw new System.Exception("failor while drawing pole");
}
}
else if (_AcDrawCirclePole != null)
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~TWO~~~~~~~~~~~~~~~~~~~~~~~~~\n");
if (CurrentBranchInfo.NodeType != (int)Atend.Control.Enum.ProductType.SelfKeeper)
{
_AcDrawCirclePole.eConsols = new List <Atend.Base.Equipment.EConsol>();
_AcDrawCirclePole.eConsols.Add(SelectedConsolTension);
_AcDrawCirclePole.eConsols.Add(SelectedConsolTension);
_AcDrawCirclePole.eConsolCount = new ArrayList();
_AcDrawCirclePole.eConsolCount.Add(2);
_AcDrawCirclePole.eConsolCount.Add(2);
_AcDrawCirclePole.eConsolExistance = new ArrayList();
_AcDrawCirclePole.eConsolExistance.Add(Convert.ToByte(PolePack.IsExistance));
_AcDrawCirclePole.eConsolExistance.Add(Convert.ToByte(PolePack.IsExistance));
_AcDrawCirclePole.eConsolProjectCode = new ArrayList();
_AcDrawCirclePole.eConsolProjectCode.Add(PolePack.ProjectCode);
_AcDrawCirclePole.eConsolProjectCode.Add(PolePack.ProjectCode);
_AcDrawCirclePole.eConsolUseAccess = new ArrayList();
_AcDrawCirclePole.eConsolUseAccess.Add(false);
_AcDrawCirclePole.eConsolUseAccess.Add(false);
}
else
{
_AcDrawCirclePole.eConsols = new List <Atend.Base.Equipment.EConsol>();
_AcDrawCirclePole.eConsolCount = new ArrayList();
_AcDrawCirclePole.eConsolExistance = new ArrayList();
_AcDrawCirclePole.eConsolProjectCode = new ArrayList();
_AcDrawCirclePole.eConsolUseAccess = new ArrayList();
}
_AcDrawCirclePole.eHalterCount = 0;
if (!_AcDrawCirclePole.DrawPoleCircle(SectionPoints[SectionCounter + 1], GetStartPoleAngle(), out t))
{
throw new System.Exception("failor while drawing pole");
}
}
else if (_AcDrawPolygonPole != null)
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~THREE~~~~~~~~~~~~~~~~~~~~~~~~~\n");
if (CurrentBranchInfo.NodeType != (int)Atend.Control.Enum.ProductType.SelfKeeper)
{
_AcDrawPolygonPole.eConsols = new List <Atend.Base.Equipment.EConsol>();
_AcDrawPolygonPole.eConsols.Add(SelectedConsolTension);
_AcDrawPolygonPole.eConsols.Add(SelectedConsolTension);
_AcDrawPolygonPole.eConsolCount = new ArrayList();
_AcDrawPolygonPole.eConsolCount.Add(2);
_AcDrawPolygonPole.eConsolCount.Add(2);
_AcDrawPolygonPole.eConsolExistance = new ArrayList();
_AcDrawPolygonPole.eConsolExistance.Add(Convert.ToByte(PolePack.IsExistance));
_AcDrawPolygonPole.eConsolExistance.Add(Convert.ToByte(PolePack.IsExistance));
_AcDrawPolygonPole.eConsolProjectCode = new ArrayList();
_AcDrawPolygonPole.eConsolProjectCode.Add(PolePack.ProjectCode);
_AcDrawPolygonPole.eConsolProjectCode.Add(PolePack.ProjectCode);
_AcDrawPolygonPole.eConsolUseAccess = new ArrayList();
_AcDrawPolygonPole.eConsolUseAccess.Add(false);
_AcDrawPolygonPole.eConsolUseAccess.Add(false);
}
else
{
_AcDrawPolygonPole.eConsols = new List <Atend.Base.Equipment.EConsol>();
_AcDrawPolygonPole.eConsolCount = new ArrayList();
_AcDrawPolygonPole.eConsolExistance = new ArrayList();
_AcDrawPolygonPole.eConsolProjectCode = new ArrayList();
_AcDrawPolygonPole.eConsolUseAccess = new ArrayList();
}
////ed.WriteMessage("### BBB ### \n");
_AcDrawPolygonPole.eHalterCount = 0;
if (!_AcDrawPolygonPole.DrawPolePolygon(SectionPoints[SectionCounter + 1], GetStartPoleAngle(), out t))
{
throw new System.Exception("failor while drawing pole");
}
//ed.WriteMessage("### GGG ### \n");
}
if (CurrentBranchInfo.NodeType == (int)Atend.Control.Enum.ProductType.Conductor)
{
_AllConsols.Add(t);
}
else if (CurrentBranchInfo.NodeType == (int)Atend.Control.Enum.ProductType.SelfKeeper)
{
Atend.Global.Acad.DrawEquips.AcDrawKalamp _AcDrawKalamp = new Atend.Global.Acad.DrawEquips.AcDrawKalamp();
_AcDrawKalamp.eClamp = SelectedClampTension;
_AcDrawKalamp.Existance = PolePack.IsExistance;
_AcDrawKalamp.ProjectCode = PolePack.ProjectCode;
_AcDrawKalamp.UseAccess = false;
_AllClamps.Add(_AcDrawKalamp.DrawKalamp(Atend.Global.Acad.UAcad.CenterOfEntity(Atend.Global.Acad.UAcad.GetEntityByObjectID(t[0])), t[0]));
}
_AcDrawCirclePole = null;
_AcDrawPole = null;
_AcDrawPolygonPole = null;
// ed.WriteMessage("~~~~~~~~~~~~<<<NOT SECTION>>>~~~~~~~~~~~~~\n");
}//change section
}
//End Pole consols
if (CurrentBranchInfo.NodeType == (int)Atend.Control.Enum.ProductType.Conductor)
{
t = new ObjectIdCollection();
t.Add(GetEndConsolOrClamp());
_AllConsols.Add(t);
}
else if (CurrentBranchInfo.NodeType == (int)Atend.Control.Enum.ProductType.SelfKeeper)
{
//_AllClamps.Add(t[0]);
_AllClamps.Add(GetEndConsolOrClamp());
}
#region Do Branch Operation Here
if (CurrentBranchInfo.NodeType == (int)Atend.Control.Enum.ProductType.Conductor)
{
#region Conductor Operation
//delete conductor
if (Atend.Global.Acad.DrawEquips.AcDrawConductor.DeleteConductorData(branchEntity.ObjectId))
{
Atend.Global.Acad.DrawEquips.AcDrawConductor.DeleteConductor(branchEntity.ObjectId);
}
//ed.WriteMessage("~~~~~~ start sim keshi ~~~~~~~~~\n");
ObjectId LastConsol = ObjectId.Null, StartConsol = ObjectId.Null;
for (int ii = 0; ii < _AllConsols.Count - 1; ii++)
{
//ed.WriteMessage("~~~~~~~~~~~~~~~~~~~~~~~~\n");
ObjectIdCollection o1 = _AllConsols[ii];
//foreach (ObjectId oii in o1)
//{
// ed.WriteMessage("oi:{0}\n", oii);
//}
if (o1.Count == 1)
{
StartConsol = o1[0];
}
else
{
if (o1[1] == LastConsol)
{
StartConsol = o1[0];
}
else
{
StartConsol = o1[1];
}
}
ObjectIdCollection o2 = _AllConsols[ii + 1];
LastConsol = o2[0];
//ed.WriteMessage("Start:{0} , End:{1} \n", StartConsol, LastConsol);
Atend.Global.Acad.DrawEquips.AcDrawConductor _AcDrawConductor = new Atend.Global.Acad.DrawEquips.AcDrawConductor();
_AcDrawConductor.UseAccess = true;
//ed.WriteMessage("111 \n");
_AcDrawConductor.eConductorTip = Atend.Base.Equipment.EConductorTip.AccessSelectByCode(CurrentBranchInfo.ProductCode);
//ed.WriteMessage("112 \n");
///////////_AcDrawConductor.eConductors.Add(Atend.Base.Equipment.EConductor.AccessSelectByCode(_AcDrawConductor.eConductorTip.NeutralProductCode));
//ed.WriteMessage("113 \n");
//////////_AcDrawConductor.eConductors.Add(Atend.Base.Equipment.EConductor.AccessSelectByCode(5));
//ed.WriteMessage("114 \n");
/////////_AcDrawConductor.eConductors.Add(Atend.Base.Equipment.EConductor.AccessSelectByCode(5));
//ed.WriteMessage("115 \n");
Atend.Base.Design.DBranch _DBranch = Atend.Base.Design.DBranch.AccessSelectByCode(new Guid(CurrentBranchInfo.NodeCode));
if (_DBranch.Code != Guid.Empty)
{
_AcDrawConductor.Existance = _DBranch.IsExist;
//ed.WriteMessage("116 \n");
_AcDrawConductor.ProjectCode = _DBranch.ProjectCode;
//ed.WriteMessage("i will go to draw sim \n");
}
else
{
_AcDrawConductor.Existance = 0;
//ed.WriteMessage("116 \n");
_AcDrawConductor.ProjectCode = 0;
//ed.WriteMessage("i will go to draw sim \n");
}
_AcDrawConductor.DrawConductor(Atend.Global.Acad.UAcad.CenterOfEntity(Atend.Global.Acad.UAcad.GetEntityByObjectID(StartConsol)), Atend.Global.Acad.UAcad.CenterOfEntity(Atend.Global.Acad.UAcad.GetEntityByObjectID(LastConsol)),
StartConsol, LastConsol, _SpanLength);
//ed.WriteMessage("Start:{0} , End:{1} \n", StartConsol, LastConsol);
}
//ed.WriteMessage("~~~~~~ end sim keshi ~~~~~~~~~\n");
#endregion
}
else if (CurrentBranchInfo.NodeType == (int)Atend.Control.Enum.ProductType.SelfKeeper)
{
#region SelfKeeper Operation
if (Atend.Global.Acad.DrawEquips.AcDrawSelfKeeper.DeleteSelfKeeperData(branchEntity.ObjectId))
{
//ed.WriteMessage("delete data io{0}\n", branchEntity.ObjectId);
if (Atend.Global.Acad.DrawEquips.AcDrawSelfKeeper.DeleteSelfKeeper(branchEntity.ObjectId, true))
{
//ed.WriteMessage("delete graphic \n");
for (int ClampCounter = 0; ClampCounter < _AllClamps.Count - 1; ClampCounter++)
{
//ed.WriteMessage("draw self keeper \n");
//ed.WriteMessage("ANSWER={0} \n", oi);
Atend.Global.Acad.DrawEquips.AcDrawSelfKeeper _AcDrawSelfKeeper = new Atend.Global.Acad.DrawEquips.AcDrawSelfKeeper();
_AcDrawSelfKeeper.UseAccess = true;
_AcDrawSelfKeeper.eSelfKeeperTip = Atend.Base.Equipment.ESelfKeeperTip.AccessSelectByCode(SelectedBranch.ProductCode);
_AcDrawSelfKeeper.Existance = SelectedBranch.IsExist;
_AcDrawSelfKeeper.ProjectCode = SelectedBranch.ProjectCode;
_AcDrawSelfKeeper.DrawSelfKeeper(Atend.Global.Acad.UAcad.CenterOfEntity(Atend.Global.Acad.UAcad.GetEntityByObjectID(_AllClamps[ClampCounter])), Atend.Global.Acad.UAcad.CenterOfEntity(Atend.Global.Acad.UAcad.GetEntityByObjectID(_AllClamps[ClampCounter + 1])), _AllClamps[ClampCounter], _AllClamps[ClampCounter + 1], _SpanLength);
}
}
else
{
throw new System.Exception("while deleting self keeper");
}
}
else
{
throw new System.Exception("while deleting self keeper");
}
#endregion
}
#endregion
}
else
{
ed.WriteMessage("طول اسپن قابل محاسبه نمی باشد" + "\n");
Answer = false;
}
}
catch (System.Exception ex)
{
ed.WriteMessage("Error While Pole installation : {0} \n", ex.Message);
Answer = false;
}
return(Answer);
}
private void btnSelect_Click(object sender, EventArgs e)
{
this.Hide();
PromptEntityOptions peo = new PromptEntityOptions("\nSelect Entity:");
PromptEntityResult per = ed.GetEntity(peo);
Atend.Base.Acad.AT_INFO atInfo = Atend.Base.Acad.AT_INFO.SelectBySelectedObjectId(per.ObjectId);
//ed.WriteMessage("PoleGuid={0} ,ConsolGuid={1}\n", atInfo.ParentCode, atInfo.NodeCode);
DataTable dtCondAndSelf = Atend.Global.Acad.UAcad.FillBranchList();
if ((atInfo.NodeType == Convert.ToInt32(Atend.Control.Enum.ProductType.Consol)) || (atInfo.NodeType == Convert.ToInt32(Atend.Control.Enum.ProductType.Kalamp)) || (atInfo.NodeType == Convert.ToInt32(Atend.Control.Enum.ProductType.HeaderCabel)))
{
CanDoCalculate = true;
Nodeobj = Convert.ToInt32(per.ObjectId.ToString().Substring(1, per.ObjectId.ToString().Length - 2));
//ed.WriteMessage("NodeCode={0}\n",atInfo.NodeCode);
Atend.Base.Design.DPackage dPAck = Atend.Base.Design.DPackage.AccessSelectByCode(new Guid(atInfo.NodeCode));
//ed.WriteMessage("dConsol.ProductCode={0}\n",dconsol.ProductCode);
if (dPAck.Type == Convert.ToInt32(Atend.Control.Enum.ProductType.Consol))
{
Atend.Base.Equipment.EConsol eConsol = Atend.Base.Equipment.EConsol.AccessSelectByCode(dPAck.ProductCode);
//ed.WriteMessage("^^^^={0}\n",eConsol.Length);
txtVolt.Text = eConsol.VoltageLevel.ToString();
txtVoltTev.Text = eConsol.VoltageLevel.ToString();
if (eConsol.VoltageLevel == 400)
{
txtMaxDropVolt.Text = "5";
txtMaxDropPower.Text = "3";
}
else
{
txtMaxDropVolt.Text = "3";
txtMaxDropPower.Text = "3";
}
}
else if (dPAck.Type == Convert.ToInt32(Atend.Control.Enum.ProductType.Kalamp))
{
//ed.WriteMessage("This Is Kalamp\n");
Atend.Base.Equipment.EClamp Clamp = Atend.Base.Equipment.EClamp.AccessSelectByCode(dPAck.ProductCode);
txtVolt.Text = Clamp.VoltageLevel.ToString();
txtVoltTev.Text = Clamp.VoltageLevel.ToString();
if (Clamp.VoltageLevel == 400)
{
txtMaxDropVolt.Text = "5";
txtMaxDropPower.Text = "3";
}
else
{
txtMaxDropVolt.Text = "3";
txtMaxDropPower.Text = "3";
}
}
else if (dPAck.Type == Convert.ToInt32(Atend.Control.Enum.ProductType.HeaderCabel))
{
//ed.WriteMessage("This Is Kalamp\n");
Atend.Base.Equipment.EHeaderCabel HeaderCabel = Atend.Base.Equipment.EHeaderCabel.AccessSelectByCode(dPAck.ProductCode);
txtVolt.Text = HeaderCabel.Voltage.ToString();
txtVoltTev.Text = HeaderCabel.Voltage.ToString();
if (HeaderCabel.Voltage == 400)
{
txtMaxDropVolt.Text = "5";
txtMaxDropPower.Text = "3";
}
else
{
txtMaxDropVolt.Text = "3";
txtMaxDropPower.Text = "3";
}
}
//ed.WriteMessage("dtCondAndSelf.Rows.Count={0}\n",dtCondAndSelf.Rows.Count);
DataRow[] drCond = dtCondAndSelf.Select(string.Format("Type={0}", (int)Atend.Control.Enum.ProductType.Conductor));
//System.Data.DataTable dtConductor = Atend.Global.Acad.UAcad.GetConsolConductors(new Guid(atInfo.ParentCode), new Guid(atInfo.NodeCode));
if (drCond.Length != 0)
{
Atend.Base.Design.DBranch branch = Atend.Base.Design.DBranch.AccessSelectByCode(new Guid(drCond[0]["BranchGuid"].ToString()));// SelectByCode(new Guid(dtConductor.Rows[0]["BranchGuid"].ToString()));
//ed.WriteMessage("branch.productCode={0}\n",branch.ProductCode);
Atend.Base.Equipment.EConductorTip condTip = Atend.Base.Equipment.EConductorTip.AccessSelectByCode(branch.ProductCode);
cond = Atend.Base.Equipment.EConductor.AccessSelectByCode(condTip.PhaseProductCode);
//ed.WriteMessage("Cond.TypeCode={0}\n",cond.TypeCode);
cboMaterial.SelectedIndex = cond.TypeCode;
//ed.WriteMessage("****\n");
}
DataRow[] drSelf = dtCondAndSelf.Select(string.Format("Type={0}", (int)Atend.Control.Enum.ProductType.SelfKeeper));
if (drSelf.Length != 0)
{
//ed.WriteMessage("Self\n");
Atend.Base.Design.DBranch branchSelf = Atend.Base.Design.DBranch.AccessSelectByCode(new Guid(drSelf[0]["BranchGuid"].ToString()));
Atend.Base.Equipment.ESelfKeeperTip SelfTip = Atend.Base.Equipment.ESelfKeeperTip.AccessSelectByCode(branchSelf.ProductCode);
Atend.Base.Equipment.ESelfKeeper Self = Atend.Base.Equipment.ESelfKeeper.AccessSelectByCode(SelfTip.PhaseProductCode);
CboMaterialCalamp.SelectedIndex = Self.MaterialConductorCode - 1;
}
txtX.Text = "0";
txtR.Text = "0";
txtLoadPercent.Text = "75";
//ed.WriteMessage("FinishSElect\n");
}
else
{
MessageBox.Show("لطفت جهت شروع محاسبات یک گره را انتخاب کنید");
CanDoCalculate = false;
}
this.Show();
}
private void frmEditDrawGroundCable_Load(object sender, EventArgs e)
{
if (ForceToClose)
{
this.Close();
}
BindDataToComboBoxIsExist();
BindMaterialToComboBox();
//BindDataTocboProjCode();
dtMerge = Atend.Base.Equipment.EGroundCabel.SelectAllAndMerge();
Atend.Base.Design.DBranch dBranch = Atend.Base.Design.DBranch.AccessSelectByCode(BranchCode);
selectedProductCode = dBranch.ProductCode;
System.Data.DataColumn dcTypeName = new System.Data.DataColumn("TypeName");
dtMerge.Columns.Add(dcTypeName);
foreach (DataRow dr in dtMerge.Rows)
{
if (Convert.ToInt32(dr["Type"].ToString()) == 1)
{
dr["TypeName"] = "XLPE از جنس آلمینیوم با عایق خشک";
}
if (Convert.ToInt32(dr["Type"].ToString()) == 2)
{
dr["TypeName"] = "XLPE از جنس مس با عایق خشک";
}
if (Convert.ToInt32(dr["Type"].ToString()) == 3)
{
dr["TypeName"] = "PVC از جنس آلمینیوم با عایق خشک";
}
if (Convert.ToInt32(dr["Type"].ToString()) == 4)
{
dr["TypeName"] = "از جنس مس با عایق خشک";
}
}
gvConductor.AutoGenerateColumns = false;
gvConductor.DataSource = dtMerge;
Atend.Global.Utility.UBinding.SetGridToCurrentSelectedEquip("CabelTipCode", new object[1] {
selectedProductCode
}, dtMerge, gvConductor, this);
ChangeColor();
//BindDataToCounductorTip();
for (int i = 0; i < gvConductor.Rows.Count; i++)
{
if (Convert.ToInt32(gvConductor.Rows[i].Cells[1].Value.ToString()) == dBranch.ProductCode && Convert.ToBoolean(gvConductor.Rows[i].Cells[4].Value.ToString()) == false)
{
gvConductor.Rows[i].DefaultCellStyle.BackColor = Color.Yellow;
}
}
cboIsExist.SelectedValue = Atend.Base.Base.BEquipStatus.SelectByACode(dBranch.IsExist).Code;
cboProjCode.SelectedValue = dBranch.ProjectCode;
txtLenght.Text = Math.Round(dBranch.Lenght, 2).ToString();
//Length = Convert.ToDouble(Math.Round(dBranch.Lenght, 2).ToString());
if (cboMaterial.Items.Count > 0)
{
cboMaterial.SelectedIndex = 0;
}
}
