private void ValBtn_Click(object sender, EventArgs e)
{
try
{
Validation();
}
catch (Exception ex)
{
PPLMessageBox.Show(ex);
}
}
private void SaveFilesBtn_Click(object sender, EventArgs e)
{
try
{
SaveFiles();
}
catch (Exception ex)
{
PPLMessageBox.Show(ex);
}
}
private void TreeBtn_Click(object sender, EventArgs e)
{
try
{
TreeBuilder();
}
catch (Exception ex)
{
PPLMessageBox.Show(ex);
}
}
private void CoordBtn_Click(object sender, EventArgs e)
{
try
{
UpdateCoordinatesSingle();
}
catch (Exception ex)
{
PPLMessageBox.Show(ex);
}
}
private void PgeDebugBtn_Click(object sender, EventArgs e)
{
try
{
PgeDebug();
}
catch (Exception ex)
{
PPLMessageBox.Show(ex);
}
}
public void PgeDebug()
{
Thread th = new Thread(OverrideFaa);
th.Start();
///////////////////
///reference to pplmain
PPLMessageBox.Show(Environment.UserName);
Thread.Sleep(30000);
PPLMain pMain = null;
foreach (Form f in Application.OpenForms)
{
//if (f.Name is "PGE_PPL")
//{
// pMain = f.ActiveControl as PPLMain;
//}
//if (f.Name is "PGE_DataBlockForm")
//{
// var pge = f;
// foreach(Control ctl in pge.Controls)
// {
// }
//}
// if (f.Name is "Form1")
// {
// foreach (Control ctl in f.Controls)
// {
// }
// }
}
th.Abort();
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
public void TreeBuilder()
{
/////////////Catalog Guids and other constants//////////////////
const string spoolGuid = "21670682-ab38-484c-bed8-a212650ee25a";
const string dummyLoadGuid = "85a21fd2-86ad-4744-b1eb-fc6fb232596b";
const double pi = Math.PI;
/////////////End Catalog Guids and other constants//////////////
PPLPole pole = cPPLMain.GetPole();
List <TreeNode> treeNodeList = cPPLMain.cCatalogManager.GetNodes(PPLCatalogForm.CATALOG_TYPE.MASTER);
//dummy load case needs to be added to the pole in order to populate the Aux Data fields
PPLEnvironment dummyLoadCase = FindElement(dummyLoadGuid, treeNodeList) as PPLEnvironment;
pole.AddChild(dummyLoadCase);
string sapPM = pole.GetValueString("Aux Data 1");
string poleLoc = pole.GetValueString("Aux Data 3");
//Get pole info from planning spreadsheet
string pdFilePath = Environment.GetFolderPath(Environment.SpecialFolder.Desktop) + "\\" + sapPM + " Planning Data.xlsx";
string treeAttachSheet = "Ocalc Tree Attachments";
SLDocument planningData = new SLDocument(pdFilePath, treeAttachSheet);
SLWorksheetStatistics wsStats = planningData.GetWorksheetStatistics();
int numRows = wsStats.NumberOfRows;
int numCols = wsStats.NumberOfColumns;
string instructionStr = string.Empty;
for (int i = 2; i <= numRows; i++)
{
if (planningData.GetCellValueAsString(i, 1).Contains(poleLoc))
//if (planningData.GetCellValueAsString(i, 1).Equals(poleLoc))
{
instructionStr = planningData.GetCellValueAsString(i, 2);
}
}
planningData.CloseWithoutSaving();
//assign variables from instruction array
string[] instructionArr = instructionStr.Split(',');
string hftdGuid = instructionArr[0];
string go95Guid = instructionArr[1];
string wireGuid = instructionArr[2];
double[] distanceArr = instructionArr[3].Split(':').Select(Double.Parse).ToArray();
//check for spans over 125' and exit program if found
for (int i = 0; i <= distanceArr.Length - 1; i++)
{
if (distanceArr[i] > 125)
{
PPLMessageBox.Show("One or more spans to this pole exceeds 125'. Interset is required", "Cannot Build Pole!");
goto end;
}
}
double[] headingArr = instructionArr[4].Split(':').Select(Double.Parse).ToArray();
////if length of distanceArr != 2 ... need to figure out logic for this though the case would be very rare
//if (distanceArr.Length == 2)
//{
// double buryDepth = 7 * 12;
// pole.SetValue("BuryDepthInInches", buryDepth);
// PPLEnvironment hftdLoadCase = FindElement(hftdGuid, treeNodeList) as PPLEnvironment;
// PPLEnvironment go95LoadCase = FindElement(go95Guid, treeNodeList) as PPLEnvironment;
// //in the PPL_Lib library the Substitute method takes two arguments, PPLElement and PPLMain
// //but this gives an error in the script. When using this script for testing you have to comment out
// //the pPPLMain. But when using it on the PGE computer you must uncomment it or it will throw an error
// dummyLoadCase.Substitute(hftdLoadCase, pPPLMain);
// //pole.AddChild(hftdLoadCase);
// pole.AddChild(go95LoadCase);
// PPLInsulator spool = FindElement(spoolGuid, treeNodeList) as PPLInsulator;
// double deltaAngle = Math.Abs(headingArr[1] - headingArr[0]);
// if (deltaAngle > 180)
// {
// spool.CoordinateA = ((Math.Max(headingArr[0], headingArr[1]) - Math.Min(headingArr[0], headingArr[1])) / 2 + Math.Min(headingArr[0], headingArr[1]) + 180) * pi / 180;
// }
// else
// {
// spool.CoordinateA = ((Math.Max(headingArr[0], headingArr[1]) - Math.Min(headingArr[0], headingArr[1])) / 2 + Math.Min(headingArr[0], headingArr[1])) * (pi / 180);
// }
// spool.CoordinateZ = pole.LengthInInches - 9;
// spool.SetValue("Side", "Inline");
// pole.AddChild(spool);
// spool.SnapToParent();
// PPLSpan[] spans = new PPLSpan[distanceArr.Length];
// for (int i = 0; i <= distanceArr.Length - 1; i++)
// {
// spans[i] = FindElement(wireGuid, treeNodeList) as PPLSpan;
// spans[i].CoordinateA = (headingArr[i] * pi / 180) - spool.CoordinateA;
// spans[i].SetValue("SpanDistanceInInches", distanceArr[i] * 12);
// spool.AddChild(spans[i]);
// spans[i].SnapToInsulator();
// }
//}
//else
//{
// PPLMessageBox.Show("Cannot build pole!");
//}
double buryDepth = 6.5 * 12;
pole.SetValue("BuryDepthInInches", buryDepth);
PPLEnvironment hftdLoadCase = FindElement(hftdGuid, treeNodeList) as PPLEnvironment;
PPLEnvironment go95LoadCase = FindElement(go95Guid, treeNodeList) as PPLEnvironment;
//in the PPL_Lib library the Substitute method takes two arguments, PPLElement and PPLMain
//but this gives an error in the script. When using this script for testing you have to comment out
//the pPPLMain. But when using it on the PGE computer you must uncomment it or it will throw an error
dummyLoadCase.Substitute(hftdLoadCase /*, cPPLMain*/);
//pole.AddChild(hftdLoadCase);
pole.AddChild(go95LoadCase);
double minHeading;
double maxHeading;
if (distanceArr.Length < 4)
{
PPLInsulator spool = FindElement(spoolGuid, treeNodeList) as PPLInsulator;
if (distanceArr.Length == 2)
{
minHeading = Math.Min(headingArr[0], headingArr[1]);
maxHeading = Math.Max(headingArr[0], headingArr[1]);
}
else if (distanceArr.Length == 3)
{
minHeading = headingArr[0];
maxHeading = headingArr[0];
for (int i = 0; i < headingArr.Length - 1; i++)
{
if (minHeading > headingArr[i])
{
minHeading = headingArr[i];
}
else if (maxHeading < headingArr[i])
{
maxHeading = headingArr[i];
}
}
}
else
{
PPLMessageBox.Show("Cannot build pole!");
goto end;
}
double deltaAngle = maxHeading - minHeading;
if (deltaAngle > 180)
{
spool.CoordinateA = ((deltaAngle / 2) + minHeading + 180) * pi / 180;
}
else
{
spool.CoordinateA = ((deltaAngle / 2) + minHeading) * (pi / 180);
}
spool.CoordinateZ = pole.LengthInInches - 9;
spool.SetValue("Side", "Inline");
pole.AddChild(spool);
spool.SnapToParent();
PPLSpan[] spans = new PPLSpan[distanceArr.Length];
for (int i = 0; i <= distanceArr.Length - 1; i++)
{
spans[i] = FindElement(wireGuid, treeNodeList) as PPLSpan;
spans[i].CoordinateA = (headingArr[i] * pi / 180) - spool.CoordinateA;
spans[i].SetValue("SpanDistanceInInches", distanceArr[i] * 12);
spool.AddChild(spans[i]);
spans[i].SnapToInsulator();
}
}
else if (distanceArr.Length == 4)
{
PPLInsulator[] spools = new PPLInsulator[2];
PPLSpan[] multiSpans = new PPLSpan[headingArr.Length];
double[] minHead = new double[2];
minHead[0] = Math.Min(headingArr[0], headingArr[2]);
minHead[1] = Math.Min(headingArr[1], headingArr[3]);
double[] maxHead = new double[2];
maxHead[0] = Math.Max(headingArr[0], headingArr[2]);
maxHead[1] = Math.Max(headingArr[1], headingArr[3]);
double[] deltaAng = new double[2];
//deltaAng[0] = Math.Abs(headingArr[0] - headingArr[2]);
//deltaAng[1] = Math.Abs(headingArr[1] - headingArr[3]);
int spansIndex = 0;
int lessThan = 2;
for (int i = 0; i <= spools.Length - 1; i++)
{
deltaAng[i] = maxHead[i] - minHead[i];
spools[i] = FindElement(spoolGuid, treeNodeList) as PPLInsulator;
if (deltaAng[i] > 180)
{
spools[i].CoordinateA = ((deltaAng[i] / 2) + minHead[i] + 180) * pi / 180;
}
else
{
spools[i].CoordinateA = ((deltaAng[i] / 2) + minHead[i]) * (pi / 180);
}
spools[i].CoordinateZ = pole.LengthInInches - 9;
spools[i].SetValue("Side", "Inline");
pole.AddChild(spools[i]);
spools[i].SnapToParent();
for (int j = spansIndex; j <= lessThan; j += 2)
{
multiSpans[j] = FindElement(wireGuid, treeNodeList) as PPLSpan;
multiSpans[j].CoordinateA = (headingArr[j] * pi / 180) - spools[i].CoordinateA;
multiSpans[j].SetValue("SpanDistanceInInches", distanceArr[j] * 12);
spools[i].AddChild(multiSpans[j]);
multiSpans[j].SnapToInsulator();
}
spansIndex++;
lessThan++;
}
}
OcalcReload(cPPLMain);
end:
{ }
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
public void SaveFiles()
{
Form currForm = Form.ActiveForm;
Form1 frm = new Form1();
frm.Text = "Saving Files";
frm.Show();
foreach (Control ct in frm.Controls)
{
if (ct is ProgressBar)
{
ProgressBar bar = ct as ProgressBar;
bar.Increment(50);
}
}
//pbar.Width = 700;
//int width = pbar.Width;
//frm.Controls.Add(pbar);
//frm.Show();
PPLPole pole = cPPLMain.GetPole();
List <TreeNode> treeNodeList = cPPLMain.cCatalogManager.GetNodes(PPLCatalogForm.CATALOG_TYPE.MASTER);
List <PPLEnvironment> envList = pole.GetEnvironments();
string sapPM = pole.GetValueString("Aux Data 1");
string ocalcPoleLoc = pole.GetValueString("Aux Data 3");
//get existing HFTD load case and replace it from the treelist to fix NESC issue
foreach (PPLEnvironment env in envList)
{
string loadCaseName = env.GetValueAndConvertToString("Name");
string loadCaseCode = env.GetValueAndConvertToString("Method");
if (loadCaseName.Contains("HFTD") && loadCaseCode == "NESC")
{
PPLEnvironment replaceLoadCase = FindCase(loadCaseName, treeNodeList) as PPLEnvironment;
//in the PPL_Lib library the Substitute method takes two arguments, PPLElement and PPLMain
//but this gives an error in the script. When using this script for testing you have to comment out
//the pPPLMain. But when using it on the PGE computer you must uncomment it or it will throw an error
env.Substitute(replaceLoadCase /*, cPPLMain*/);
//pPPLMain.SelectLoadCase(env);
OcalcReload(cPPLMain);
}
}
//define folder names
string desktopPath = Environment.GetFolderPath(Environment.SpecialFolder.Desktop);
string desktopPMFolder = desktopPath + @"\" + sapPM + " Ocalc Files";
string pplxFolder = desktopPMFolder + "\\PPLX";
string pplxFileName = pplxFolder + "\\" + ocalcPoleLoc + ".pplx";
string customReportFolder = desktopPMFolder + "\\Custom Reports";
string customReportFileName = customReportFolder + "\\" + ocalcPoleLoc + ".xlsx";
string go95Folder = desktopPMFolder + "\\GO95 Analysis";
string go95FileName = go95Folder + "\\" + ocalcPoleLoc + ".pdf";
string osmosePath = Environment.GetFolderPath(Environment.SpecialFolder.ApplicationData); //location of custom report excel file
string osmoseCustomReportFileName = osmosePath + "\\OsmosePPL\\Reports\\BCF Report v1.4.xlsx";
//create folders from folder names
System.IO.Directory.CreateDirectory(desktopPMFolder);
System.IO.Directory.CreateDirectory(pplxFolder);
System.IO.Directory.CreateDirectory(customReportFolder);
System.IO.Directory.CreateDirectory(go95Folder);
SavePPLX(cPPLMain, pplxFileName);
SaveGO95(cPPLMain, pole, go95FileName);
SaveCustomReport(cPPLMain, osmoseCustomReportFileName, customReportFileName);
PPLMessageBox.Show("Files Saved!");
}
/// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
public void Validation()
{
//Form currForm = Form.ActiveForm;
//Control.ControlCollection coll = currForm.Controls;
//PPLMain pMain = currForm.ActiveControl as PPLMain;
//foreach (Control ctl in coll)
//{
//}
//pMain.Focus();
//FormCollection frmColl = Application.OpenForms;
//foreach (Form f in frmColl)
//{
// if (f.Name.Contains("PGE"))
// {
// PPLMain main = f.ActiveControl as PPLMain;
// }
//}
//cPPLMain = pPPLMain;
PPLPole pole = cPPLMain.GetPole();
cPPLMain.cInventory.SortInventory();
string sapPM = pole.GetValueString("Aux Data 1");
string ocalcPoleLoc = pole.GetValueString("Aux Data 3");
double poleSetDepth = pole.GetValueDouble("BuryDepthInInches");
double upperCommHoa = 0;
string owner = null;
string[] allowableCompositePoles = new string[] { "T1D45", "T3D45", "H2D45", "H4D45", "T1D50", "T3D50", "H2D50", "H4D50", "T1D55", "T3D55", "H2D55", "H4D55", "H3D65", "H5D65" }; //these are the poles we can order in EES
double lowestCrossArmHeight = pole.GetValueDouble("LengthInInches"); //initialize to height of pole. check each iteration of crossarm to find the lowest
double[] poleSettingDepth = new double[] { (4.5 * 12), (5 * 12), (5.5 * 12), (6 * 12), (6.5 * 12), (7 * 12), (7.5 * 12), (8 * 12), (8.5 * 12), (9 * 12), (9.5 * 12), (10 * 12), (10.5 * 12) };
double[] allowableMoment = new double[] { 8050, 11000, 17300, 24500, 35300, 47500, 67000, 91000, 126000, 170000, 225000, 295000, 395000 };
PPLElementCollection elems = pole.GetElementList();
//check for undefined owners & get highest comm height of attachment & check for composite poles that can't be ordered &
//update composite pole overturn moment
foreach (PPLElement elem in elems)
{
//check for element with undefined owner
owner = elem.GetValueString("Owner");
if (owner == "<Undefined>")
{
MessageBox.Show("The owner of " + elem.DescriptionString + " is Undefined.");
}
//set undefined owner of anchor to PG&E
if (owner == "<Undefined>" && elem is PPLAnchor)
{
elem.SetValue("Owner", "PG&E");
}
//check for composite pole that can't be ordered
if (elem is PPLCompositePole)
{
string poleCatalogName = elem.GetValueString("CatalogName");
bool isAllowed = false;
for (int i = 0; i < allowableCompositePoles.Length; i++)
{
isAllowed = allowableCompositePoles[i].Equals(poleCatalogName);
if (isAllowed)
{
break;
}
else if (i == allowableCompositePoles.Length - 1)
{
PPLMessageBox.Show("Pole cannot be ordered in EES. Please choose a different pole.");
}
}
//update allowable moment if pole setting depth is manually changed
for (int j = 0; j < allowableMoment.Length; j++)
{
double currentPoleSetDepth = elem.GetValueDouble("BuryDepthInInches");
double currentOverturnMoment = elem.GetValueDouble("OverturnMoment");
if (Array.IndexOf(poleSettingDepth, currentPoleSetDepth).Equals(Array.IndexOf(allowableMoment, currentOverturnMoment)))
{
break;
}
else if (currentPoleSetDepth == poleSettingDepth[j])
{
elem.SetValue("OverturnMoment", allowableMoment[j]);
PPLMessageBox.Show("Overturn moment has been updated to match current set depth");
break;
}
else if (j == allowableMoment.Length - 1)
{
PPLMessageBox.Show("Could not find an overturn moment to match " + currentPoleSetDepth / 12 + "' set depth");
break;
}
}
}
//check for comm out of grade
if (elem is PPLSpan && elem.Parent is PPLInsulator && (owner == "Comm" | owner == "COMM" | owner == "comm"
| owner == "CATV" | owner == "catv" | owner == "Catv"))
{
double commHoa = (elem.Parent.GetValueDouble("CoordinateZ") - poleSetDepth) / 12;
if (commHoa > upperCommHoa)
{
upperCommHoa = commHoa;
}
}
//check for wood crossarm
if (elem is PPLCrossArm)
{
string crossarmMaterial = elem.GetValueString("Material");
if (crossarmMaterial == "Wood" | crossarmMaterial == "Other")
{
MessageBox.Show("The " + elem.DescriptionString + " crossarm material is not currently allowed.");
}
//get height of lowest crossarm for transformer mounting height reference
double currentCrossarmHeight = elem.GetValueDouble("CoordinateZ");
if (currentCrossarmHeight <= lowestCrossArmHeight)
{
lowestCrossArmHeight = currentCrossarmHeight;
}
//PPLMessageBox.Show(Convert.ToString(lowestCrossArmHeight));
}
//check that transformer is mounted 3.25' below lowest primary crossarm and set mounting height if it is not
if (/*elem is PPLGenericEquipment || */ elem is PPLTransformer && elem.TypeString == "Transformer")
{
double txHeight = elem.GetValueDouble("CoordinateZ");
if (txHeight != (lowestCrossArmHeight - (3.25 * 12)))
{
DialogResult dialogResult = MessageBox.Show("Current height of transformer is not 3.25' below lower crossarm. Do you want to set it?", "Transformer Height Notification", MessageBoxButtons.YesNo);
if (dialogResult == DialogResult.Yes)
{
elem.SetValue("CoordinateZ", lowestCrossArmHeight - (3.25 * 12));
MessageBox.Show("Transformer height has been updated");
}
else
{
MessageBox.Show("Transformer height has not been updated");
}
}
}
}
//MessageBox.Show("the highest comm hoa is " + upperCommHoa.ToString());
//check for pge owner assigned guys below comm owned spans
foreach (PPLElement guy in elems)
{
if (guy is PPLGuyBrace)
{
double guyHoa = (guy.GetValueDouble("CoordinateZ") - poleSetDepth) / 12;
string guyOwner = guy.GetValueString("Owner");
if (guyHoa <= upperCommHoa && guyOwner != "Comm")
{
MessageBox.Show("The " + guy.DescriptionString + " guy attached at " + guyHoa + "ft, is in communication's space, but the owner is " + guyOwner + ".");
guy.SetValue("Owner", "Comm");
}
//Check for comm owned guys above comm owned spans
else if (guyHoa > upperCommHoa && guyOwner == "Comm")
{
PPLMessageBox.Show("The " + guy.DescriptionString + " guy attached at " + guyHoa + "ft is above communication's space, but the owner is " + guyOwner + ".");
guy.SetValue("Owner", "PG&E");
}
}
}
OcalcReload(cPPLMain);
}
public void UpdateCoordinatesSingle()
{
//string current = GetActiveWindowsTXT();
//Form currForm = Form.ActiveForm;
//Control.ControlCollection coll = currForm.Controls;
//PPLMain pMain = currForm.ActiveControl as PPLMain;
//foreach (Control ctl in coll)
//{
//}
//pMain.Focus();
//FormCollection frmColl = Application.OpenForms;
foreach (Form f in Application.OpenForms)
{
//if (f.Name.Contains("PGE"))
//{
// PPLMain main = f.ActiveControl as PPLMain;
//}
}
//PPLMain main = WeifenLuo.WinFormsUI.ThemeVS2013.VS2013DockPane as PPLMain;
bool enabled = false;
ToolStripMenuItem proposed = GetSaveAsProposedDesignButton();
ToolStripMenuItem overrideFAA = GetFAAButton();
enabled = overrideFAA.Enabled;
if (enabled)
{
PPLPole pole = cPPLMain.GetPole();
string sapPM = pole.GetValueString("Aux Data 1");
string poleLoc = pole.GetValueString("Aux Data 3");
string slLoc = poleLoc.Substring(poleLoc.LastIndexOf('_') + 1);
string poleLat = string.Empty;
string poleLong = string.Empty;
string pdFilePath = Environment.GetFolderPath(Environment.SpecialFolder.Desktop) + "\\" + sapPM + " Planning Data For PGE Computer.xlsx";
string treeAttachSheet = "Existing Pole Data";
SLDocument planningData = new SLDocument(pdFilePath, treeAttachSheet);
SLWorksheetStatistics wsStats = planningData.GetWorksheetStatistics();
int numRows = wsStats.NumberOfRows;
int numCols = wsStats.NumberOfColumns;
bool found = false; for (int i = 2; i <= numRows; i++)
{
if (planningData.GetCellValueAsString(i, 2).Equals(slLoc))
{
poleLat = planningData.GetCellValueAsString(i, 17);
poleLong = planningData.GetCellValueAsString(i, 18);
found = true;
PPLMessageBox.Show("Pole found");
}
}
if (!found)
{
PPLMessageBox.Show("Pole not found");
}
planningData.CloseWithoutSaving();
}
else
{
PPLMessageBox.Show("Override Coordinates for FAA not enabled for this pole.");
}
}
