public Ordinate SelectVertexDatumUp(ModelDoc2 swModel, double[] boundBox, BlockPosition left, bool clear = false)
{
var sizeX = boundBox[2] - boundBox[0];
if (sizeX < 0)
sizeX = -sizeX;
var sizeY = boundBox[3] - boundBox[1];
if (sizeY < 0)
sizeY = -sizeY;
var etalon = sizeX > sizeY ? sizeY : sizeX;
double step = etalon / 40;
var ordinate = new Ordinate(0, 0);
if (left.AsBoolean())
{
for (int iX = 0; iX <= 30; iX++)
{
for (int iY = 0; iY <= 30; iY++)
{
var boolstatus = swModel.Extension.SelectByID2("", "VERTEX", boundBox[0] + step * iX,
boundBox[3] - step * iY, 0.0, true,
(int)
swAutodimMark_e.swAutodimMarkOriginDatum,
null, 0);
if (boolstatus)
{
ordinate.X = boundBox[0] + step * iX;
ordinate.Y = boundBox[3] - step * iY;
if (clear)
swModel.ClearSelection();
return ordinate;
}
}
}
}
else
{
for (int iX = 0; iX <= 30; iX++)
{
for (int iY = 0; iY <= 30; iY++)
{
var boolstatus = swModel.Extension.SelectByID2("", "VERTEX", boundBox[2] - step * iX,
boundBox[3] - step * iY, 0.0, true,
(int)
swAutodimMark_e.swAutodimMarkOriginDatum,
null, 0);
if (boolstatus)
{
ordinate.X = boundBox[2] - step * iX;
ordinate.Y = boundBox[3] - step * iY;
if (clear)
swModel.ClearSelection();
return ordinate;
}
}
}
}
if (clear)
swModel.ClearSelection();
return ordinate;
}
public InsertDimension(ISldWorks swApp, Entity entity, Ordinate vertex, SelectData swSelData)
{
_swModel = swApp.IActiveDoc2;
_ent = entity;
_vertex = vertex;
_swSelData = swSelData;
}
public Ordinate GetVertexFromBlock(ModelDoc2 swModel, View drView, double vScaleRat, bool up)
{
Ordinate vertex = null;
var objSketchBlockDef = swModel.SketchManager.GetSketchBlockDefinitions();
if (objSketchBlockDef != null)
{
var objSketBlDefs = (object[]) objSketchBlockDef;
foreach (var objSketBlDef in objSketBlDefs)
{
var swSketBlDef = (SketchBlockDefinition) objSketBlDef;
//if ((Path.GetFileNameWithoutExtension(swSketBlDef.FileName) == ("DS" + drView.Name) && up) ||
//(Path.GetFileNameWithoutExtension(swSketBlDef.FileName) == ("DE" + drView.Name) && !up))
{
var objSketBlInsts = (object[]) swSketBlDef.GetInstances();
if (objSketBlInsts != null)
foreach (var objSketBlInst in objSketBlInsts)
{
var swSketBlInst = (SketchBlockInstance) objSketBlInst;
if ((swSketBlInst.Name.Contains("DS" + drView.Name) && up) ||
(swSketBlInst.Name.Contains("DE" + drView.Name) && !up))
{
var pos = (double[]) drView.Position;
var point = swSketBlInst.InstancePosition;
var dims = (double[]) point.ArrayData;
double y = dims[1]/vScaleRat;
double x = dims[0]/vScaleRat;
x = pos[0] + x;
y = pos[1] + y;
vertex = new Ordinate(x, y);
}
}
}
}
}
return vertex;
}
public bool SelectVertexDatum(ModelDoc2 swModel,Ordinate vertex)
{
return swModel.Extension.SelectByID2("", "VERTEX", vertex.X, vertex.Y, 0, true,
(int)swAutodimMark_e.swAutodimMarkOriginDatum, null, 0);
}
private Ordinate SetManualDiametrAndDepth(double diam, double depth, bool type)
{
var diamAndDepth = new Ordinate(diam, depth);
if (type)
{
if (diam == 8 && depth == 0)
{
diamAndDepth.X = 8;
diamAndDepth.Y = GetDepthFor(8);
return diamAndDepth;
}
if (diam == 11 && depth == 0)
{
diamAndDepth.Y = 32;
return diamAndDepth;
}
}
else
{
if (diam == 8 && (depth == 12.5 || depth == 13))
{
diamAndDepth.X = 8;
diamAndDepth.Y = 12;
return diamAndDepth;
}
if ((diam == 5) && ((depth == 6.1) || (depth == 1.6) || (depth == 12.5) || (depth == 13)))
{
diamAndDepth.X = 5;
diamAndDepth.Y = 12;
return diamAndDepth;
}
if (diam == 20 && depth == 0)
{
diamAndDepth.X = 20;
diamAndDepth.Y = GetDepthFor(20);
return diamAndDepth;
}
if (diam == 15.11)
{
diamAndDepth.X = 8;
return diamAndDepth;
}
if (diam == 25 && depth == 0)
{
diamAndDepth.Y = 27;
return diamAndDepth;
}
if (diam ==57 && depth == 0)
{
depth = 16;
diamAndDepth.X = 57;
diamAndDepth.Y = 16;
}
}
return diamAndDepth;
}
public double[] GetDimensionLineDirect(ModelDoc2 swModel, double[] boundBox, bool vertic,BlockPosition side, out double d, out Annotation annotation,out bool? blockSize,out Ordinate vertex,out Ordinate vertexS, double[] dsDim,double[] deDim,double[] endDim,string dsName,string deName)
{
blockSize = null;
var swDrawing = (DrawingDoc) swModel;
var drView = swDrawing.IActiveDrawingView;
var scale = (double[]) drView.ScaleRatio;
double vScaleRat = scale[1];
double[] doubles = null;
d = 0;
annotation = null;
vertex = GetVertexFromBlock(swModel, drView, vScaleRat,true);
if(!(vertex!=null && SelectVertexDatum(swModel, vertex)))
vertex = SelectVertexDatumUp(swModel, boundBox, side);
if (dsDim != null && deDim != null)
{
vertexS = GetVertexFromBlock(swModel, drView, vScaleRat, false);
//swModel.ClearSelection2(true);
swDrawing.ActivateView(drView.Name);
bool tmp = swModel.Extension.SelectByID2(@"Точка вставки/" + dsName, "SKETCHPOINT", 0, 0, 0, false, 0, null, 0);
tmp = swModel.Extension.SelectByID2(@"Точка вставки/" + deName, "SKETCHPOINT", 0, 0, 0, true, 0, null, 0);
DisplayDimension dim1;
if (vertic)
dim1 = swModel.AddVerticalDimension2(0, 0, 0);
else
dim1 = swModel.AddHorizontalDimension2(0, 0, 0);
dim1.GetDimension().DrivenState = (int)swDimensionDrivenState_e.swDimensionDriven;
d = dim1.GetDimension().Value;
if (vertic)
{
doubles = new double[3] { 1, 0, 0 };
}
else
{
doubles = new double[3] {0, 1, 0};
}
annotation = dim1.GetAnnotation();
}
else
{
if (vertic)
{
vertexS = GetVertexFromBlock(swModel, drView, vScaleRat, false);
if (!(vertexS != null && SelectVertexDatum(swModel, vertexS)))
SelectVertexDatumDown(swModel, boundBox, side);
else if (vertex != null)
blockSize = vertex.X < vertexS.X;
DisplayDimension dim = null;
dim = swModel.IAddVerticalDimension2(0, 0, 0);
if (dim != null)
{
d = dim.IGetDimension().Value;
doubles = (double[]) dim.IGetDimension().DimensionLineDirection.ArrayData;
if (blockSize != null)
{
vertexS.Y = vertexS.Y + (d/1000)/vScaleRat;
}
annotation = dim.IGetAnnotation();
}
}
else
{
vertexS = GetVertexFromBlock(swModel, drView, vScaleRat, false);
if (!(vertexS != null && SelectVertexDatum(swModel, vertexS)))
{
vertexS = SelectVertexDatumUp(swModel, boundBox, side.Not());
}
else if (vertex != null)
blockSize = vertex.X < vertexS.X;
var dim = swModel.AddHorizontalDimension2(0, 0, 0);
if (dim != null)
{
d = dim.GetDimension().Value;
doubles = (double[]) dim.GetDimension().DimensionLineDirection.ArrayData;
annotation = dim.GetAnnotation();
}
}
}
swModel.ClearSelection();
return doubles;
}
public FoundCoordinate(ISldWorks swApp, Entity ent, Ordinate vertex, double[] dimLineH, double[] dimLineV, BlockPosition side,View swView,bool doThroughHoles)
{
_swApp = swApp;
_swModel = swApp.IActiveDoc2;
_side = side;
_ent = ent;
_vertex = vertex;
_doThroughHoles = doThroughHoles;
_swSelData = _swModel.ISelectionManager.CreateSelectData();
_swView = swView;
_coordinate = FindCoord(dimLineH, dimLineV);
}
private static double SetPositionHole(Annotation annotation, DisplayDimension displayDimension,
Ordinate vertex, double x, double vScale, double[] boundBox, int numbers, string type, int posNumb, bool side)
{
string newstring;
if (type.Contains("8.11h"))
newstring = Convert.ToString(numbers + " отв. " + "<MOD-DIAM>" + "8" +
type.Substring(type.IndexOf('h')));
else
{
if (type.Contains("7,33"))
newstring = Convert.ToString(numbers + " отв. по схеме A25SK");
else
newstring = Convert.ToString(numbers + " отв. " + "<MOD-DIAM>" + type);
if (type.Contains("накернить"))
newstring = Convert.ToString(numbers + " отв. накернить");
}
displayDimension.SetText((int)swDimensionTextParts_e.swDimensionTextAll, newstring);
if (side)
annotation.SetPosition(vertex.X + x / 1000 / vScale, boundBox[1] - 0.004 * posNumb, 0);
else
annotation.SetPosition(vertex.X - x / 1000 / vScale, boundBox[1] - 0.004 * posNumb, 0);
int textCount = newstring.Length;
return (((double[])annotation.GetPosition())[0] + textCount * 0.001);
}
private static void SetPosition(Dictionary<double, Annotation> dictionary, Ordinate vertex, double vScale, bool xOrY, BlockPosition side)
{
var x = dictionary.OrderBy(z => z.Key);
int k = 1;
foreach (var keyValuePair in x)
{
if (keyValuePair.Value != null)
{
switch (side)
{
case BlockPosition.LeftTopToRightBottom:
{
if (xOrY)
{
if (keyValuePair.Key > 100)
keyValuePair.Value.SetPosition(vertex.X + keyValuePair.Key / 2000 / vScale,
vertex.Y + 0.004 * k, 0);
else
keyValuePair.Value.SetPosition(vertex.X + keyValuePair.Key / 1000 / vScale + 0.006,
vertex.Y + 0.004 * k, 0);
}
else
{
if (keyValuePair.Key > 100)
keyValuePair.Value.SetPosition(vertex.X - 0.004 * k,
vertex.Y - keyValuePair.Key / 2000 / vScale, 0);
else
keyValuePair.Value.SetPosition(vertex.X - 0.004 * k,
vertex.Y - keyValuePair.Key / 1000 / vScale - 0.006, 0);
}
}
break;
case BlockPosition.RightTopToLeftBottom:
{
if (xOrY)
{
if (keyValuePair.Key > 100)
keyValuePair.Value.SetPosition(vertex.X - keyValuePair.Key / 2000 / vScale,
vertex.Y + 0.004 * k, 0);
else
keyValuePair.Value.SetPosition(vertex.X - keyValuePair.Key / 1000 / vScale - 0.006,
vertex.Y + 0.004 * k, 0);
}
else
{
var tt1 = vertex.Y - keyValuePair.Key/2000/vScale;
var tt2 = vertex.Y - keyValuePair.Key/1000/vScale - 0.006;
if (keyValuePair.Key > 100)
keyValuePair.Value.SetPosition(vertex.X + 0.004 * k,
tt1, 0);
else
keyValuePair.Value.SetPosition(vertex.X + 0.004 * k,
tt2, 0);
}
}
break;
case BlockPosition.LeftBottomToRightTop:
{
if (xOrY)
{
if (keyValuePair.Key > 100)
keyValuePair.Value.SetPosition(vertex.X + keyValuePair.Key / 2000 / vScale,
vertex.Y - 0.004 * k, 0);
else
keyValuePair.Value.SetPosition(vertex.X + keyValuePair.Key / 1000 / vScale + 0.006,
vertex.Y - 0.004 * k, 0);
}
else
{
if (keyValuePair.Key > 100)
keyValuePair.Value.SetPosition(vertex.X - 0.004 * k,
vertex.Y + keyValuePair.Key / 2000 / vScale, 0);
else
keyValuePair.Value.SetPosition(vertex.X - 0.004 * k,
vertex.Y + keyValuePair.Key / 1000 / vScale - 0.006, 0);
}
}
break;
case BlockPosition.RigthBottomToLeftTop:
{
if (xOrY)
{
if (keyValuePair.Key > 100)
keyValuePair.Value.SetPosition(vertex.X - keyValuePair.Key / 2000 / vScale,
vertex.Y - 0.004 * k, 0);
else
keyValuePair.Value.SetPosition(vertex.X - keyValuePair.Key / 1000 / vScale + 0.006,
vertex.Y - 0.004 * k, 0);
}
else
{
if (keyValuePair.Key > 100)
keyValuePair.Value.SetPosition(vertex.X + 0.004 * k,
vertex.Y + keyValuePair.Key / 2000 / vScale, 0);
else
keyValuePair.Value.SetPosition(vertex.X + 0.004 * k,
vertex.Y + keyValuePair.Key / 1000 / vScale - 0.006, 0);
}
}
break;
}
k++;
}
}
}
private static Common AnalizViewCoefficient(ModelDoc2 swModel, double[] boundBox,ref BlockPosition side, out double[] dimLinDirH, out double[] dimLinDirV, out bool? blockSize,out Ordinate vertex,out Ordinate vertexS,double[] dsDim,double[] deDim,double[] endDim,string dsName,string deName)
{
double x, y;
Annotation annX, annY;
using (var a = new GetDimensions())
{
bool consider;
var tmpSide = GetDimensions.GetBlockPosition(swModel, out consider);//a.GetBlockPosition(swModel,out consider);
if (consider) // consider -принимать ли в расчет tmpSide
side = tmpSide;
dimLinDirH = a.GetDimensionLineDirect(swModel, boundBox, false, side, out x, out annX, out blockSize,out vertex,out vertexS,dsDim,deDim,endDim,dsName,deName);
}
using (var a = new GetDimensions())
{
Ordinate vert, verts;
dimLinDirV = a.GetDimensionLineDirect(swModel, boundBox, true, side, out y, out annY, out blockSize, out vert, out verts, dsDim, deDim, endDim, dsName, deName);
if (verts != null)
vertexS = verts;
}
return new Common(new Coord(new CoordX(x, annX), new CoordY(y, annY)), null);
}
public Common2(Ordinate inOrdinate, Entity inEntity)
{
Ordinate = inOrdinate;
Entity = inEntity;
}
