private static Dictionary <int, DeviceSymbol> GetDeviceSymbolById(E3Project project, E3Text text, Dictionary <int, DeviceConnection> deviceConnectionById)
{
NormalDevice device = project.GetNormalDeviceById(0);
DevicePin pin = project.GetDevicePinById(0);
Dictionary <int, DeviceSymbol> deviceSymbolById = new Dictionary <int, DeviceSymbol>();
foreach (int connectionId in deviceConnectionById.Keys)
{
DeviceConnection deviceConnection = deviceConnectionById[connectionId];
int startId = deviceConnection.StartDeviceId;
int endId = deviceConnection.EndDeviceId;
if (!deviceSymbolById.ContainsKey(startId))
{
device.Id = startId;
deviceSymbolById.Add(startId, new DeviceSymbol(device, pin));
}
if (!deviceSymbolById.ContainsKey(endId))
{
device.Id = endId;
deviceSymbolById.Add(endId, new DeviceSymbol(device, pin));
}
deviceSymbolById[startId].ConnectionIds.Add(connectionId);
deviceSymbolById[endId].ConnectionIds.Add(connectionId);
}
foreach (DeviceSymbol deviceSymbol in deviceSymbolById.Values)
{
deviceSymbol.SetCableIds(deviceConnectionById);
deviceSymbol.SetPinsAndHeightAndNameWidth(deviceConnectionById, deviceSymbolById, text);
}
return(deviceSymbolById);
}
public void Main(int processId, ScriptType scriptType)
{
int electricSchemeTypeCode = 0;
E3Project project = new E3Project(processId);
Sheet sheet = project.GetSheetById(0);
E3Text text = project.GetTextById(0);
HashSet <int> electricSchemeSheetIds = GetElectricSchemeSheetIds(project, sheet, electricSchemeTypeCode);
Dictionary <int, DeviceConnection> deviceConnectionById;
Dictionary <int, CableInfo> cableInfoById;
GetDeviceConnectionByIdAndCableInfoById(project, electricSchemeSheetIds, out deviceConnectionById, out cableInfoById);
Dictionary <int, DeviceSymbol> deviceSymbolById = GetDeviceSymbolById(project, text, deviceConnectionById);
Dictionary <string, List <SymbolScheme> > schemesByAssignment = GetSchemesByAssignment(deviceConnectionById, deviceSymbolById, cableInfoById, sheet, text);
if (scriptType == ScriptType.Scheme)
{
foreach (string assignment in schemesByAssignment.Keys)
{
PlaceSchemes(schemesByAssignment[assignment], project, sheet, text, assignment);
}
}
else
{
Dictionary <string, List <int> > OWSSheetIdsByAssignment = GetOWSSheetIdsByAssignment(project, sheet, schemesByAssignment.Keys);
foreach (string assignment in schemesByAssignment.Keys)
{
IEnumerable <int> allDeviceIds = schemesByAssignment[assignment].SelectMany(s => s.AllDeviceIds).Distinct();
int schemeSheetCount = OWSSheetIdsByAssignment[assignment].Count;
new SpecificationScript(allDeviceIds, ++schemeSheetCount, subProjectAttribute, "СВП", sheetMarkAttribute, assignment);
}
}
project.Release();
}
/*private List<int> GetPipeIds(E3Project project)
* {
* NormalDevice device = project.GetNormalDeviceById(0);
* List<int> pipeIds = new List<int>();
* foreach (int id in project.DeviceIds)
* {
* device.Id = id;
* string function = device.GetComponentAttributeValue("Function");
* if (ContainsIgnoreCase(function,"труб", StringComparison.OrdinalIgnoreCase) || ContainsIgnoreCase(function, "металлорукав", StringComparison.OrdinalIgnoreCase))
* pipeIds.Add(id);
* }
* return pipeIds;
* }*/
private static HashSet <int> GetElectricSchemeSheetIds(E3Project project, Sheet sheet, int electricShemeTypeCode)
{
HashSet <int> electricSchemeSheetIds = new HashSet <int>();
foreach (int sheetId in project.SheetIds)
{
sheet.Id = sheetId;
if (sheet.IsSchematicTypeOf(electricShemeTypeCode))
{
electricSchemeSheetIds.Add(sheetId);
}
}
return(electricSchemeSheetIds);
}
private Dictionary <string, List <int> > GetOWSSheetIdsByAssignment(E3Project project, Sheet sheet, IEnumerable <string> assignments)
{
Dictionary <string, List <int> > sheetIdsByAssignment = new Dictionary <string, List <int> >(assignments.Count());
foreach (string assignment in assignments)
{
sheetIdsByAssignment.Add(assignment, new List <int>());
}
foreach (int sheetId in project.SheetIds)
{
sheet.Id = sheetId;
if (sheet.GetAttributeValue(subProjectAttribute).Equals("СВП"))
{
string assignment = sheet.GetAttributeValue(sheetMarkAttribute);
if (sheetIdsByAssignment.ContainsKey(assignment))
{
sheetIdsByAssignment[assignment].Add(sheetId);
}
}
}
return(sheetIdsByAssignment);
}
private void PlaceSchemes(List <SymbolScheme> schemes, E3Project project, Sheet sheet, E3Text text, string sheetMark)
{
double gridStep = 4;
Group group = project.GetGroupById(0);
Graphic graphic = project.GetGraphicById(0);
int sheetCount = 1;
CreateSheet(sheet, sheetMark, ref sheetCount);
bool needToCreate = false;
double availableWith = sheet.DrawingArea.Width * 0.9;
double startX = sheet.MoveRight(sheet.DrawingArea.Left, sheet.DrawingArea.Width * 0.05);
Point sheetCenter = new Point(sheet.MoveRight(sheet.DrawingArea.Left, sheet.DrawingArea.Width / 2), sheet.MoveDown(sheet.DrawingArea.Top, sheet.DrawingArea.Height / 2));
double totalSchemeWidth = gridStep;
List <SymbolScheme> notPlacedSchemes = new List <SymbolScheme>();
foreach (SymbolScheme scheme in schemes)
{
if (scheme.Size.Width > availableWith)
{
if (needToCreate)
{
CreateSheet(sheet, sheetMark, ref sheetCount);
}
else
{
needToCreate = true;
}
scheme.Place(sheet, graphic, group, text, sheetCenter);
continue;
}
totalSchemeWidth += scheme.Size.Width + gridStep;
if (totalSchemeWidth < availableWith)
{
notPlacedSchemes.Add(scheme);
}
else
{
if (needToCreate)
{
CreateSheet(sheet, sheetMark, ref sheetCount);
}
else
{
needToCreate = true;
}
double width = notPlacedSchemes.Sum(s => s.Size.Width);
double totalGap = availableWith - width;
double gap = totalGap / (notPlacedSchemes.Count + 1);
double x = startX;
foreach (SymbolScheme notPlacedScheme in notPlacedSchemes)
{
x = sheet.MoveRight(x, gap + notPlacedScheme.Size.Width / 2);
notPlacedScheme.Place(sheet, graphic, group, text, new Point(x, sheetCenter.Y));
x = sheet.MoveRight(x, notPlacedScheme.Size.Width / 2);
}
notPlacedSchemes.Clear();
totalSchemeWidth = gridStep + scheme.Size.Width;
notPlacedSchemes.Add(scheme);
}
}
if (notPlacedSchemes.Count > 0)
{
if (needToCreate)
{
CreateSheet(sheet, sheetMark, ref sheetCount);
}
double width = notPlacedSchemes.Sum(s => s.Size.Width);
double totalGap = availableWith - width;
double gap = totalGap / (notPlacedSchemes.Count + 1);
double x = startX;
foreach (SymbolScheme notPlacedScheme in notPlacedSchemes)
{
x = sheet.MoveRight(x, gap + notPlacedScheme.Size.Width / 2);
notPlacedScheme.Place(sheet, graphic, group, text, new Point(x, sheetCenter.Y));
x = sheet.MoveRight(x, notPlacedScheme.Size.Width / 2);
}
}
}
private static void GetDeviceConnectionByIdAndCableInfoById(E3Project project, HashSet <int> electricSchemeSheetIds, out Dictionary <int, DeviceConnection> deviceConnectionById, out Dictionary <int, CableInfo> cableInfoById)
{
CableDevice cable = project.GetCableDeviceById(0);
CableCore core = project.GetCableCoreById(0);
NormalDevice startDevice = project.GetNormalDeviceById(0);
NormalDevice endDevice = project.GetNormalDeviceById(0);
DevicePin startPin = project.GetDevicePinById(0);
DevicePin endPin = project.GetDevicePinById(0);
WireCore wire = project.GetWireCoreById(0);
deviceConnectionById = new Dictionary <int, DeviceConnection>();
cableInfoById = new Dictionary <int, CableInfo>();
int connectionId = 0;
foreach (int cableId in project.CableIds)
{
cable.Id = cableId;
foreach (int coreId in cable.CoreIds)
{
core.Id = coreId;
int startPinId = core.StartPinId;
int endPinId = core.EndPinId;
if (endPinId == 0 || startPinId == 0) // проверка на неподключенные концы
{
continue;
}
startPin.Id = startPinId; // id вывода
if (!electricSchemeSheetIds.Contains(startPin.SheetId)) // проверка на то, что вывод расположен на принципиальной схеме
{
continue;
}
endPin.Id = endPinId;
if (!electricSchemeSheetIds.Contains(endPin.SheetId))
{
continue;
}
startDevice.Id = startPinId;
endDevice.Id = endPinId;
if (startDevice.Assignment.Equals(endDevice.Assignment) && !(startDevice.GetAttributeValue("IncludeInOWS").Equals("1") || endDevice.GetAttributeValue("IncludeInOWS").Equals("1")))
{
continue;
}
string signal = startPin.SignalName;
deviceConnectionById.Add(connectionId++, new DeviceConnection(startDevice.Id, startPin.Name, endDevice.Id, endPin.Name, cableId, signal));
string lengthAttribute = "Lenght_m_sp";
if (!cableInfoById.ContainsKey(cableId))
{
cableInfoById.Add(cableId, new CableInfo(cable, lengthAttribute));
}
cableInfoById[cableId].Signals.Add(signal);
}
}
foreach (int wireId in project.WireIds)
{
wire.Id = wireId;
int startPinId = wire.StartPinId;
int endPinId = wire.EndPinId;
if (endPinId == 0 || startPinId == 0) // проверка на неподключенные концы
{
continue;
}
startPin.Id = startPinId; // id вывода
if (!electricSchemeSheetIds.Contains(startPin.SheetId)) // проверка на то, что вывод расположен на принципиальной схеме
{
continue;
}
endPin.Id = endPinId;
if (!electricSchemeSheetIds.Contains(endPin.SheetId))
{
continue;
}
startDevice.Id = startPinId;
endDevice.Id = endPinId;
if (startDevice.Assignment.Equals(endDevice.Assignment) && !(startDevice.GetAttributeValue("IncludeInOWS").Equals("1") || endDevice.GetAttributeValue("IncludeInOWS").Equals("1")))
{
continue;
}
string signal = startPin.SignalName;
deviceConnectionById.Add(connectionId++, new DeviceConnection(startDevice.Id, startPin.Name, endDevice.Id, endPin.Name, wireId, signal));
string lengthAttribute = "Lenght_m_sp";
if (!cableInfoById.ContainsKey(wireId))
{
cableInfoById.Add(wireId, new CableInfo(wire, lengthAttribute));
}
cableInfoById[wireId].Signals.Add(signal);
}
}