public object CreateInstance(Type type, IEnumerable <Tag> metaInfo)
{
try {
var valueIter = new ElementEnumerator(metaInfo);
valueIter.MoveNext();
int rank = int.Parse(valueIter.Current);
int[] lengths = new int[rank];
int[] lowerBounds = new int[rank];
for (int i = 0; i < rank; i++)
{
valueIter.MoveNext();
lengths[i] = int.Parse(valueIter.Current);
}
for (int i = 0; i < rank; i++)
{
valueIter.MoveNext();
lowerBounds[i] = int.Parse(valueIter.Current);
}
Type elementType = type.GetElementType();
Array a = Array.CreateInstance(elementType, lengths, lowerBounds);
if (a == null)
{
throw new PersistenceException("invalid instance data type, expected array");
}
int[] positions = (int[])lowerBounds.Clone();
while (valueIter.MoveNext())
{
a.SetValue(numberConverter.Parse(valueIter.Current, elementType), positions);
positions[0] += 1;
for (int i = 0; i < a.Rank - 1; i++)
{
if (positions[i] >= lengths[i] + lowerBounds[i])
{
positions[i + 1] += 1;
positions[i] = lowerBounds[i];
}
else
{
break;
}
}
}
return(a);
}
catch (InvalidOperationException e) {
throw new PersistenceException("Insuffictient data to deserialize compact array", e);
}
catch (InvalidCastException e) {
throw new PersistenceException("Invalid element data during compact array deserialization", e);
}
}
public double[] ElementEnumerator_ThirdFormulaTests(int count, int firstElement, int secondElement)
{
double[] result = new double[count];
int i = 0;
foreach (var element in ElementEnumerator <double> .GetNumbers(firstElement, secondElement, count, FormulaThird.CalculateElement))
{
result[i++] = element;
}
return(result);
}
public int[] ElementEnumerator_SecondFormulaTests(int count, int firstElement, int secondElement)
{
int[] result = new int[count];
int i = 0;
foreach (var element in ElementEnumerator <int> .GetNumbers(firstElement, secondElement, count, FormulaSecond.CalculateElement))
{
result[i++] = element;
}
return(result);
}
public int[] ElementEnumerator_FibonacciTests(int count, int firstElement, int secondElement)
{
int[] result = new int[count];
int i = 0;
foreach (var fibonacciNumber in ElementEnumerator <int> .GetNumbers(firstElement, secondElement, count, FormulaFibonacci.CalculateElement))
{
result[i++] = fibonacciNumber;
}
return(result);
}
public static void createRegion()
{
Application app = Utilities.ComApp;
Point3d[] pntArray = new Point3d[4];
pntArray[0] = app.Point3dFromXY(20, -6);
pntArray[1] = app.Point3dFromXY(20, 0);
pntArray[2] = app.Point3dFromXY(30, 0);
pntArray[3] = app.Point3dFromXY(30, -6);
Point3d[] pntArray1 = new Point3d[4];
pntArray1[0] = app.Point3dFromXY(30, -6);
pntArray1[1] = app.Point3dFromXY(30, 0);
pntArray1[2] = app.Point3dFromXY(40, 0);
pntArray1[3] = app.Point3dFromXY(40, -6);
Point3d[] pntArray2 = new Point3d[4];
pntArray2[0] = app.Point3dFromXY(40, -6);
pntArray2[1] = app.Point3dFromXY(40, 0);
pntArray2[2] = app.Point3dFromXY(60, 0);
pntArray2[3] = app.Point3dFromXY(60, -6);
Point3d[] pntArray3 = new Point3d[4];
pntArray3[0] = app.Point3dFromXY(60, -6);
pntArray3[1] = app.Point3dFromXY(60, 0);
pntArray3[2] = app.Point3dFromXY(70, 0);
pntArray3[3] = app.Point3dFromXY(70, -6);
Point3d[] pntArray4 = new Point3d[4];
pntArray4[0] = app.Point3dFromXY(75, -6);
pntArray4[1] = app.Point3dFromXY(75, 0);
pntArray4[2] = app.Point3dFromXY(80, 0);
pntArray4[3] = app.Point3dFromXY(80, -6);
Point3d[] pntArray5 = new Point3d[4];
pntArray5[0] = app.Point3dFromXY(80, -6);
pntArray5[1] = app.Point3dFromXY(80, 0);
pntArray5[2] = app.Point3dFromXY(90, 0);
pntArray5[3] = app.Point3dFromXY(90, -6);
Element outerShape = app.CreateShapeElement1(null, ref pntArray, MsdFillMode.NotFilled);
Element outerShape1 = app.CreateShapeElement1(null, ref pntArray1, MsdFillMode.NotFilled);
Element outerShape2 = app.CreateShapeElement1(null, ref pntArray2, MsdFillMode.NotFilled);
Element outerShape3 = app.CreateShapeElement1(null, ref pntArray3, MsdFillMode.NotFilled);
Element outerShape4 = app.CreateShapeElement1(null, ref pntArray4, MsdFillMode.NotFilled);
Element outerShape5 = app.CreateShapeElement1(null, ref pntArray5, MsdFillMode.NotFilled);
Element[] shapes = new Element[] { outerShape, outerShape1, outerShape2 };
Element[] shapes1 = new Element[] { outerShape3, outerShape4, outerShape5 };
/**metoda przyjmuje dwa osobne obszary Region1 i Region2, w postaci tablicy elementów, które s¹ ³¹czone osobno
* ale musz¹ byæ oba, bo je¿eli jeden jest null to nie po³¹czy tego który jest przakazany; w takim przypadku zwraca enumerator zawieraj¹cy wszystkie elementy osobno;
* metoda ³¹czy ze sob¹ wszystkie elementy, które mo¿na ze sob¹ po³¹czyæ; docelowo, je¿eli Region1 i Region 2 da siê po³¹czyæ, to s¹ one ³¹czone i zwracany jest jeden region;
* wszystkie elementy, których nie uda³o siê pod³¹czyæ do ¿adnego innego elementu, równie¿ s¹ zwracane
* na przyk³ad, Region1 zawiera 5 elementów a Region2 cztery; w Regionie 1 styczne ze sob¹ (a zatem daje siê je po³¹czyæ ze sob¹) s¹ elementy w dwóch grupach po 2 elementy, jeden element nie styka siê z ¿adnym
* w Regionie 2 s¹ to równie¿ dwie grupy; ponadto, jedna grupa w Region 1 jest styczna z jedn¹ grup¹ w Region2, tak wiêc elementy w tych grupach zostaj¹ po³¹czone ze sob¹
* w enumeratorze zwracane s¹ 3 grupy oraz jeden osobny element
**/
ElementEnumerator en = app.GetRegionUnion(ref shapes1, ref shapes, null, MsdFillMode.NotFilled);
Element[] c = en.BuildArrayFromContents();
app.ActiveModelReference.AddElements(c);
}
private void ButtonRozdziel_Click(object sender, EventArgs e)
{
string iFileName = textBoxFileName.Text;
StreamWriter logFile = new StreamWriter(new FileStream(iFileName.Substring(0, iFileName.LastIndexOf(".", StringComparison.Ordinal)) + ".log", FileMode.Create), Encoding.UTF8);
logFile.WriteLine("Rozdielanie pliku: {0}\n", iFileName);
MicroStationDGN.Application oMstn = new MicroStationDGN.Application();
DesignFile iFile = oMstn.OpenDesignFile(iFileName, true);
if (iFile.Models.Count > 1)
{
MessageBox.Show(@"Ilość modeli w pliku większa niż 1 !");
Application.Exit();
}
ModelReference modelIn = iFile.Models[1];
foreach (Level levelIn in iFile.Levels)
{
string levelInName = levelIn.Name;
if (levelIn.IsInUse)
{
logFile.WriteLine("warstwa {0}: uzywana", levelInName);
File.Copy(iFileName, @"C:\temp\" + levelIn.Name + ".dgn", true);
DesignFile oFile = oMstn.OpenDesignFileForProgram(@"C:\temp\" + levelIn.Name + ".dgn", false);
ModelReference modelOut = oFile.Models[1];
foreach (Level levelOut in oFile.Levels)
{
string levelOutName = levelOut.Name;
if (levelOutName != levelInName)
{
if (levelOut.IsInUseWithinModel(modelOut))
{
ElementScanCriteria elementScanCriteriaOut = new ElementScanCriteriaClass();
elementScanCriteriaOut.ExcludeAllLevels();
elementScanCriteriaOut.IncludeLevel(levelOut);
ElementEnumerator elementEnumeratorOut = modelOut.Scan(elementScanCriteriaOut);
//Array elementOut = elementEnumeratorOut.BuildArrayFromContents();
while (elementEnumeratorOut.MoveNext())
{
modelOut.RemoveElement(elementEnumeratorOut.Current);
}
}
if (!levelOut.IsInUse && levelOut.Number != 0)
{
oFile.DeleteLevel(levelOut);
}
}
}
oFile.RewriteLevels();
oFile.Save();
oFile.Close();
}
else
{
logFile.WriteLine("warstwa {0}: brak", levelInName);
}
}
logFile.Close();
iFile.Close();
oMstn.Quit();
}
private void scanRecurse(ModelReference model, ElementScanCriteria criteria,
bool updateImidiatly)
{
if (modelsCellsForUpdate_.ContainsKey(model))
{
return;
}
var cellsToUpdateList = new List <CellElement>();
foreach (string cellName in new string[]
{ PenConfigVariables.CellName.Value, PenConfigVariables.CellNameOld.Value })
{
criteria.IncludeOnlyCell(cellName);
ElementEnumerator iter = App.ActiveModelReference.Scan(criteria);
iter.Reset();
while (iter.MoveNext())
{
if (!iter.Current.IsCellElement() && !iter.Current.IsCompundCell())
{
continue;
}
bool dirty = false;
CellElement cell = iter.Current.AsCellElement();
if (updateImidiatly && null == checkedCellsForUpdate_.Find(
x => x.MdlElementRef() == cell.MdlElementRef()))
{
continue;
}
TFFrameListClass frameList = new TFFrameListClass();
try
{
if (cellName.Equals(PenConfigVariables.CellName.Value))
{
//frameList.InitFromElement(cell);
//process(frameList, ref dirty, updateImidiatly);
}
else if (cellName.Equals(PenConfigVariables.CellNameOld.Value))
{
processOld(ref cell, ref dirty, updateImidiatly); // CELL
frameList.InitFromElement(cell); // FRAME
processOld(frameList, ref dirty, updateImidiatly);
}
}
catch (Exception ex)
{
// TODO log exception
continue;
}
if (dirty)
{
cellFrames_.Add(cell.MdlElementRef(), frameList);
cellsToUpdateList.Add(cell);
}
}
}
if (cellsToUpdateList.Count > 0)
{
modelsCellsForUpdate_.Add(model, cellsToUpdateList);
}
foreach (Attachment attachment in model.Attachments)
{
if (!attachment.IsActive || !attachment.IsMissingFile || !attachment.IsMissingModel)
{
return;
}
ModelReference modelRef =
App.MdlGetModelReferenceFromModelRefP(attachment.MdlModelRefP());
scanRecurse(modelRef, criteria, updateImidiatly);
}
}
