public static bool ComputePositionDefault(IEntityContainer factory, Box2D boxBorder, Vector2D spaceBetween, ref List <BPosition> lPos, ref Box2D bbox)
{
if (boxBorder.Width <= 0.0 || boxBorder.Height <= 0.0)
{
return(false);
}
ImpositionTool tool = Instantiate(factory, new ImpositionSettings(boxBorder.Width, boxBorder.Height));
tool.SpaceBetween = spaceBetween;
tool.AllowOrthogonalImposition = true;
tool.AllowBothDirection = false;
tool.HorizontalAlignment = ImpositionSettings.HAlignment.HALIGN_LEFT;
tool.VerticalAlignment = ImpositionSettings.VAlignment.VALIGN_BOTTOM;
tool.GenerateSortedSolutionList(null, out List <ImpositionSolution> solutions);
if (solutions.Count > 0)
{
ImpositionSolution impSol = solutions[0];
Vector2D cardboardPos = impSol.CardboardPosition;
foreach (var p in impSol.Positions)
{
BPosition pos = p;
pos.Pt += boxBorder.PtMin - cardboardPos;
lPos.Add(pos);
}
Vector2D ptMin = impSol.Bbox.PtMin + boxBorder.PtMin;
Vector2D ptMax = impSol.Bbox.PtMax + boxBorder.PtMin;
bbox = new Box2D(ptMin, ptMax);
}
return(lPos.Count > 0);
}
public void Translate(Vector2D vecTranslate)
{
List <BPosition> tempPositions = new List <BPosition>();
foreach (BPosition position in _positions)
{
BPosition posTemp = position;
posTemp._pt += vecTranslate;
tempPositions.Add(posTemp);
}
_positions = tempPositions;
}
private void Translate(Vector2D vecTranslate)
{
List <BPosition> tempPositions = new List <BPosition>();
foreach (BPosition position in Positions)
{
BPosition posTemp = position;
posTemp.Pt += vecTranslate;
tempPositions.Add(posTemp);
}
Positions = tempPositions;
}
public void CreateEntities(PicFactory factory)
{
// sanity check
if (_positions.Count == 0)
{
return; // solution has no position -> exit
}
// get first position
BPosition pos0 = _positions[0];
// block
PicBlock block = factory.AddBlock(_container, pos0.Transformation);
// blockrefs
for (int i = 1; i < _positions.Count; ++i) // do not insert first position as the block is now displayed
{
BPosition pos = _positions[i];
factory.AddBlockRef(block, pos.Transformation * pos0.Transformation.Inverse());
}
}
public override void GeneratePattern(IEntityContainer container, Vector2D minDistance, Vector2D impositionOffset, bool ortho)
{
using (PicFactory factory = new PicFactory())
{
// instantiate block and BlockRef
PicBlock block = factory.AddBlock(container);
PicBlockRef blockRef00 = factory.AddBlockRef(block, new Vector2D(0.0, 0.0), ortho ? 90.0 : 0.0);
// compute bounding box
PicVisitorBoundingBox visitor = new PicVisitorBoundingBox();
visitor.TakePicBlocksIntoAccount = false;
factory.ProcessVisitor(visitor, !PicFilter.FilterCotation);
Box2D boxEntities = visitor.Box;
// compute default X step
PicBlockRef blockRef01 = factory.AddBlockRef(block, new Vector2D(5.0 * boxEntities.Width + minDistance.X, 0.0), ortho ? 90.0 : 0.0);
double horizontalDistance = 0.0;
if (!PicBlockRef.Distance(blockRef00, blockRef01, PicBlockRef.DistDirection.HORIZONTAL_RIGHT, out horizontalDistance))
{
throw new Exception("Failed to compute distance between to block refs");
}
_patternStep.X = 5.0 * boxEntities.Width - horizontalDistance + 2.0 * minDistance.X;
// compute default Y step
PicBlockRef blockRef10 = factory.AddBlockRef(block, new Vector2D(0.0, 5.0 * boxEntities.Height + minDistance.Y), ortho ? 90.0 : 0.0);
double verticalDistance = 0.0;
if (!PicBlockRef.Distance(blockRef00, blockRef10, PicBlockRef.DistDirection.VERTICAL_TOP, out verticalDistance))
{
throw new Exception("Failed to compute distance between to block refs");
}
_patternStep.Y = 5.0 * boxEntities.Height - verticalDistance + 2.0 * minDistance.Y;
// positions
_relativePositions = new BPosition[1, 1];
BPosition position = new BPosition(Vector2D.Zero, ortho ? 90.0 : 0.0);
_relativePositions[0, 0] = position;
// bboxes
_bboxes = new Box2D[1, 1];
_bboxes[0, 0] = blockRef00.Box;//boxEntities;
}
}
public void Add(BPosition pos)
{
_positions.Add(pos);
}
public override void GeneratePattern(IEntityContainer container, Vector2D minDistance, Vector2D impositionOffset, bool ortho)
{
using (PicFactory factory = new PicFactory())
{
// 20 21
// 10 11 12
// 00 01 02
//
// instantiate block and BlockRef
PicBlock block = factory.AddBlock(container);
PicBlockRef blockRef00 = factory.AddBlockRef(block, new Vector2D(0.0, 0.0), ortho ? 90.0 : 0.0);
// compute bounding box
PicVisitorBoundingBox visitor = new PicVisitorBoundingBox();
visitor.TakePicBlocksIntoAccount = false;
factory.ProcessVisitor(visitor, new PicFilter());
Box2D boxEntities = visitor.Box;
// compute second entity position
PicBlockRef blockRef10 = factory.AddBlockRef(block
, new Vector2D(
boxEntities.XMin + boxEntities.XMax + (ortho ? 0.0 : 1.0) * impositionOffset.X
, boxEntities.YMin + boxEntities.YMax + 5.0 * boxEntities.Height + minDistance.Y + (ortho ? 1.0 : 0.0) * impositionOffset.Y
), ortho ? 270.0 : 180.0);
double verticalDistance = 0.0;
if (!PicBlockRef.Distance(blockRef00, blockRef10, PicBlockRef.DistDirection.VERTICAL_TOP, out verticalDistance))
{
throw new Exception("Failed to compute distance between to block refs");
}
Vector2D vecPosition = new Vector2D(
boxEntities.XMin + boxEntities.XMax + (ortho ? 0.0 : 1.0) * impositionOffset.X
, boxEntities.YMin + boxEntities.YMax + 5.0 * boxEntities.Height + 2.0 * minDistance.Y - verticalDistance + (ortho ? 1.0 : 0.0) * impositionOffset.Y);
blockRef10.Position = vecPosition;
// positions
_relativePositions = new BPosition[2, 1];
_relativePositions[0, 0] = new BPosition(Vector2D.Zero, ortho ? 90.0 : 0.0);
_relativePositions[1, 0] = new BPosition(vecPosition, ortho ? 270.0 : 180.0);
// bboxes
_bboxes = new Box2D[2, 1];
_bboxes[0, 0] = blockRef00.Box;//boxEntities;
_bboxes[1, 0] = blockRef10.Box;
// compute X step (col1 / col0)
// col0
List <PicBlockRef> listCol0 = new List <PicBlockRef>();
listCol0.Add(blockRef00);
listCol0.Add(blockRef10);
// col1
PicBlockRef blockRef01 = factory.AddBlockRef(block
, new Vector2D(5.0 * boxEntities.Width + minDistance.X, 0.0)
, ortho ? 90.0 : 0.0);
PicBlockRef blockRef11 = factory.AddBlockRef(block
, new Vector2D(5.0 * boxEntities.Width + minDistance.X + vecPosition.X, vecPosition.Y)
, ortho ? 270.0 : 180.0);
List <PicBlockRef> listCol1 = new List <PicBlockRef>();
listCol1.Add(blockRef01);
listCol1.Add(blockRef11);
double horizontalDistance = 0.0;
if (!PicBlockRef.Distance(listCol0, listCol1, PicBlockRef.DistDirection.HORIZONTAL_RIGHT, out horizontalDistance))
{
throw new Exception("Failed to compute distance between to block refs");
}
_patternStep.X = 5.0 * boxEntities.Width - horizontalDistance + 2.0 * minDistance.X;
blockRef01.Position = vecPosition;
blockRef11.Position = new Vector2D(vecPosition.X + _patternStep.X, vecPosition.Y);
// compute Y step (row2 / row1)
// row1
List <PicBlockRef> listRow1 = new List <PicBlockRef>();
listRow1.Add(blockRef10);
listRow1.Add(blockRef11);
PicBlockRef blockRef20 = factory.AddBlockRef(block
, new Vector2D(0.0, 5.0 * (boxEntities.Height + minDistance.Y))
, ortho ? 90.0 : 0.0);
PicBlockRef blockRef21 = factory.AddBlockRef(block
, new Vector2D(_patternStep.X, 5.0 * (boxEntities.Height + minDistance.Y))
, ortho ? 90.0 : 0.0);
List <PicBlockRef> listRow2 = new List <PicBlockRef>();
listRow2.Add(blockRef20);
listRow2.Add(blockRef21);
verticalDistance = 0.0;
if (!PicBlockRef.Distance(listRow1, listRow2, PicBlockRef.DistDirection.VERTICAL_TOP, out verticalDistance))
{
throw new Exception("Failed to compute distance between to block refs");
}
_patternStep.Y = 5.0 * boxEntities.Height - verticalDistance + 6.0 * minDistance.Y;
}
}
internal override ImpositionSolution GenerateSolution(ImpositionPattern pattern)
{
// instantiate solution
ImpositionSolution solution = new ImpositionSolution(InitialEntities, pattern.Name, pattern.RequiresRotationInRows, pattern.RequiresRotationInColumns);
// noRows / noCols
solution.Rows = NoRowsExpected;
solution.Cols = NoColsExpected;
// number of each row / col of the pattern
int[,] rowNumber = new int[pattern.NoRows, pattern.NoCols];
int[,] colNumber = new int[pattern.NoRows, pattern.NoCols];
int iCount = 0;
for (int i = 0; i < pattern.NoRows; ++i)
{
for (int j = 0; j < pattern.NoCols; ++j)
{
colNumber[i, j] = NoRowsExpected / pattern.NoRows + (NoRowsExpected % pattern.NoRows) / (i + 1);
rowNumber[i, j] = NoColsExpected / pattern.NoCols + (NoColsExpected % pattern.NoCols) / (j + 1);
iCount += rowNumber[i, j] * colNumber[i, j];
}
}
// verify count
System.Diagnostics.Debug.Assert(iCount == NoRowsExpected * NoColsExpected);
// compute offsets
Box2D boxGlobal = pattern.BBox;
double xOffset = _margin.X - boxGlobal.XMin;
double yOffset = _margin.Y - boxGlobal.YMin;
_box = new Box2D();
for (int i = 0; i < pattern.NoRows; ++i)
{
for (int j = 0; j < pattern.NoCols; ++j)
{
Box2D localBox = pattern._bboxes[i, j];
for (int k = 0; k < rowNumber[i, j]; ++k)
{
for (int l = 0; l < colNumber[i, j]; ++l)
{
// insert Box position
BPosition pos = pattern._relativePositions[i, j];
pos._pt.X = xOffset + k * pattern.PatternStep.X + pos._pt.X;
pos._pt.Y = yOffset + l * pattern.PatternStep.Y + pos._pt.Y;
solution.Add(pos);
// extend bounding box
Vector2D vOffset = new Vector2D(xOffset + k * pattern.PatternStep.X, yOffset + l * pattern.PatternStep.Y);
_box.Extend(new Box2D(vOffset + localBox.PtMin, vOffset + localBox.PtMax));
}
}
}
}
// compute actual margin
solution.CardboardPosition = new Vector2D(_margin.X, _margin.Y);
solution.CardboardDimensions = new Vector2D(_box.XMax - _box.XMin + _margin.X + _minMargin.X, _box.YMax - _box.YMin + _margin.Y + _minMargin.Y);
return(solution);
}
internal override ImpositionSolution GenerateSolution(ImpositionPattern pattern, bool orthoImp)
{
// instantiate solution
ImpositionSolution solution = new ImpositionSolution(InitialEntities, pattern.Name, orthoImp, pattern.RequiresRotationInRows, pattern.RequiresRotationInColumns);
// pattern box
Box2D boxPattern = pattern.BBox;
// compute max number of patterns
int noPatternX = NoPatternX(pattern);
int noPatternY = NoPatternY(pattern);
int[,] rowNumber = new int[pattern.NoRows, pattern.NoCols];
int[,] colNumber = new int[pattern.NoRows, pattern.NoCols];
int iMax = -1, jMax = -1;
for (int i = 0; i < pattern.NoRows; ++i)
{
for (int j = 0; j < pattern.NoCols; ++j)
{
if (pattern._bboxes[i, j].XMax + noPatternX * pattern.PatternStep.X - boxPattern.XMin < UsableFormat.Width)
{
rowNumber[i, j] = noPatternX + 1;
iMax = i;
}
else
{
rowNumber[i, j] = noPatternX;
}
if (pattern._bboxes[i, j].YMax + noPatternY * pattern.PatternStep.Y - boxPattern.YMin < UsableFormat.Height)
{
colNumber[i, j] = noPatternY + 1;
jMax = j;
}
else
{
colNumber[i, j] = noPatternY;
}
}
}
// compute actual margin
Box2D boxGen = Box2D.Initial;
for (int i = 0; i < pattern.NoRows; ++i)
{
for (int j = 0; j < pattern.NoCols; ++j)
{
for (int k = 0; k < rowNumber[i, j]; ++k)
{
for (int l = 0; l < colNumber[i, j]; ++l)
{
Vector2D vPatternStep = new Vector2D(k * pattern.PatternStep.X, l * pattern.PatternStep.Y);
boxGen.Extend(pattern._bboxes[i, j].PtMin + vPatternStep);
boxGen.Extend(pattern._bboxes[i, j].PtMax + vPatternStep);
}
}
}
}
if (!boxGen.IsValid)
{
return(solution);
}
#region Additional both direction
// ****
// get remaining space in length and width
double remainingX = UsableFormat.Width - boxGen.Width - SpaceBetween.X;
double remainingY = UsableFormat.Height - boxGen.Height - SpaceBetween.Y;
// here compute additionnal poses on right
Box2D bboxRight = Box2D.Initial;
List <BPosition> lPosRight = new List <BPosition>();
if (AllowBothDirection)
{
Vector2D vLowerLeft = new Vector2D(boxGen.PtMax.X, boxGen.PtMin.Y);
Vector2D vTopRight = vLowerLeft + new Vector2D(remainingX, UsableFormat.Height);
if (ComputePositionDefault(InitialEntities, new Box2D(vLowerLeft, vTopRight), SpaceBetween, ref lPosRight, ref bboxRight))
{
boxGen.Extend(bboxRight);
}
}
// here compute additionnal poses on top
Box2D bboxTop = Box2D.Initial;
List <BPosition> lPosTop = new List <BPosition>();
if (AllowBothDirection)
{
Vector2D vLowerLeft = new Vector2D(boxGen.PtMin.X, boxGen.PtMax.Y);
Vector2D vTopRight = vLowerLeft + new Vector2D(UsableFormat.Width, remainingY);
if (ComputePositionDefault(InitialEntities, new Box2D(vLowerLeft, vTopRight), SpaceBetween, ref lPosTop, ref bboxTop))
{
boxGen.Extend(bboxTop);
}
}
// ****
#endregion
double xMargin = 0.0;
switch (HorizontalAlignment)
{
case ImpositionSettings.HAlignment.HALIGN_LEFT: xMargin = UsableFormat.XMin; break;
case ImpositionSettings.HAlignment.HALIGN_RIGHT: xMargin = FormatDimensions.X - Margin.X - boxGen.Width; break;
case ImpositionSettings.HAlignment.HALIGN_CENTER: xMargin = (FormatDimensions.X - boxGen.Width) * 0.5; break;
default: break;
}
double yMargin = 0.0;
switch (VerticalAlignment)
{
case ImpositionSettings.VAlignment.VALIGN_BOTTOM: yMargin = UsableFormat.YMin; break;
case ImpositionSettings.VAlignment.VALIGN_TOP: yMargin = FormatDimensions.Y - Margin.Y - boxGen.Height; break;
case ImpositionSettings.VAlignment.VALIGN_CENTER: yMargin = (FormatDimensions.Y - boxGen.Height) * 0.5; break;
default: break;
}
// compute offsets
Vector2D vOffset = new Vector2D(xMargin - boxPattern.XMin, yMargin - boxPattern.YMin);
for (int i = 0; i < pattern.NoRows; ++i)
{
for (int j = 0; j < pattern.NoCols; ++j)
{
for (int k = 0; k < rowNumber[i, j]; ++k)
{
for (int l = 0; l < colNumber[i, j]; ++l)
{
BPosition pos = pattern._relativePositions[i, j];
pos.Pt = vOffset + new Vector2D(
k * pattern.PatternStep.X + pos.Pt.X
, l * pattern.PatternStep.Y + pos.Pt.Y);
solution.Add(pos);
}
}
}
}
foreach (var p in lPosRight)
{
solution.Add(new BPosition(p.Pt + vOffset + SpaceBetween.X * Vector2D.XAxis, p.Angle));
}
foreach (var p in lPosTop)
{
solution.Add(new BPosition(p.Pt + vOffset + SpaceBetween.Y * Vector2D.YAxis, p.Angle));
}
// noRows / noCols
solution.Rows = pattern.NoCols * noPatternX + iMax + 1;
solution.Cols = pattern.NoRows * noPatternY + jMax + 1;
// cardboard position
solution.CardboardPosition = Vector2D.Zero;
solution.CardboardDimensions = FormatDimensions;
return(solution);
}
internal override ImpositionSolution GenerateSolution(ImpositionPattern pattern)
{
// instantiate solution
ImpositionSolution solution = new ImpositionSolution(InitialEntities, pattern.Name, pattern.RequiresRotationInRows, pattern.RequiresRotationInColumns);
// pattern global box
Box2D boxGlobal = pattern.BBox;
// compute max number of patterns
int noPatternX = NoPatternX(pattern);
int noPatternY = NoPatternY(pattern);
int[,] rowNumber = new int[pattern.NoRows, pattern.NoCols];
int[,] colNumber = new int[pattern.NoRows, pattern.NoCols];
int iMax = -1, jMax = -1;
for (int i = 0; i < pattern.NoRows; ++i)
{
for (int j = 0; j < pattern.NoCols; ++j)
{
if (pattern._bboxes[i, j].XMax + noPatternX * pattern.PatternStep.X - boxGlobal.XMin < UsableFormat.Width)
{
rowNumber[i, j] = noPatternX + 1;
iMax = i;
}
else
{
rowNumber[i, j] = noPatternX;
}
if (pattern._bboxes[i, j].YMax + noPatternY * pattern.PatternStep.Y - boxGlobal.YMin < UsableFormat.Height)
{
colNumber[i, j] = noPatternY + 1;
jMax = j;
}
else
{
colNumber[i, j] = noPatternY;
}
}
}
// compute actual margin
double xMax = double.MinValue;
double yMax = double.MinValue;
for (int i = 0; i < pattern.NoRows; ++i)
{
for (int j = 0; j < pattern.NoCols; ++j)
{
xMax = Math.Max(xMax, pattern._bboxes[i, j].XMax + (rowNumber[i, j] - 1) * pattern.PatternStep.X);
yMax = Math.Max(yMax, pattern._bboxes[i, j].YMax + (colNumber[i, j] - 1) * pattern.PatternStep.Y);
}
}
double xMargin = 0.0;
switch (HorizontalAlignment)
{
case ImpositionTool.HAlignment.HALIGN_LEFT: xMargin = UsableFormat.XMin; break;
case ImpositionTool.HAlignment.HALIGN_RIGHT: xMargin = CardboardFormat.Width - Margin.X - xMax + boxGlobal.XMin; break;
case ImpositionTool.HAlignment.HALIGN_CENTER: xMargin = (CardboardFormat.Width - xMax + boxGlobal.XMin) * 0.5; break;
default: break;
}
double yMargin = 0.0;
switch (VerticalAlignment)
{
case ImpositionTool.VAlignment.VALIGN_BOTTOM: yMargin = UsableFormat.YMin; break;
case ImpositionTool.VAlignment.VALIGN_TOP: yMargin = CardboardFormat.Height - Margin.Y - yMax + boxGlobal.YMin; break;
case ImpositionTool.VAlignment.VALIGN_CENTER: yMargin = (CardboardFormat.Height - yMax + boxGlobal.YMin) * 0.5; break;
default: break;
}
// compute offsets
double xOffset = xMargin - boxGlobal.XMin;
double yOffset = yMargin - boxGlobal.YMin;
for (int i = 0; i < pattern.NoRows; ++i)
{
for (int j = 0; j < pattern.NoCols; ++j)
{
for (int k = 0; k < rowNumber[i, j]; ++k)
{
for (int l = 0; l < colNumber[i, j]; ++l)
{
BPosition pos = pattern._relativePositions[i, j];
pos._pt.X = xOffset + k * pattern.PatternStep.X + pos._pt.X;
pos._pt.Y = yOffset + l * pattern.PatternStep.Y + pos._pt.Y;
solution.Add(pos);
}
}
}
}
// noRows / noCols
solution.Rows = pattern.NoCols * noPatternX + iMax + 1;
solution.Cols = pattern.NoRows * noPatternY + jMax + 1;
// cardboard position
solution.CardboardPosition = new Vector2D(xMargin, yMargin);
solution.CardboardDimensions = _cardboardFormat.Dimensions;
return(solution);
}
public override void GeneratePattern(IEntityContainer container, Vector2D minDistance, Vector2D impositionOffset, bool ortho)
{
//
// 10 11 12
// 00 01 02
//
using (PicFactory factory = new PicFactory())
{
// instantiate block and BlockRef
PicBlock block = factory.AddBlock(container);
PicBlockRef blockRef00 = factory.AddBlockRef(block
, Vector2D.Zero
, ortho ? 90.0 : 0.0);
// compute bounding box
Box2D boxEntities = Tools.BoundingBox(factory, 0.0, false);
// compute second entity position on row 0
PicBlockRef blockRef01 = factory.AddBlockRef(block
, new Vector2D(
boxEntities.XMax + boxEntities.XMin + 5.0 * boxEntities.Width + (ortho ? 1.0 : 0.0) * impositionOffset.X
, boxEntities.YMax + boxEntities.YMin + (ortho ? 0.0 : 1.0) * impositionOffset.Y)
, ortho ? 270.0 : 180.0);
if (!PicBlockRef.Distance(blockRef00, blockRef01, PicBlockRef.DistDirection.HORIZONTAL_RIGHT, out double horizontalDistance))
{
throw new Exception("Failed to compute distance between to block refs");
}
Vector2D vecPosition = new Vector2D(
boxEntities.XMax + boxEntities.XMin + 5.0 * boxEntities.Width + minDistance.X - horizontalDistance + (ortho ? 1.0 : 0.0) * impositionOffset.X
, boxEntities.YMax + boxEntities.YMin + (ortho ? 0.0 : 1.0) * impositionOffset.Y);
blockRef01.Position = vecPosition;
// positions
_relativePositions = new BPosition[1, 2];
_relativePositions[0, 0] = new BPosition(Vector2D.Zero, ortho ? 90.0 : 0.0);
_relativePositions[0, 1] = new BPosition(vecPosition, ortho ? 270.0 : 180.0);
// bboxes
_bboxes = new Box2D[1, 2];
_bboxes[0, 0] = blockRef00.Box;//boxEntities;
_bboxes[0, 1] = blockRef01.Box;
// compute Y step (row1 / row0)
// row0
List <PicBlockRef> listRow0 = new List <PicBlockRef>
{
blockRef00,
blockRef01
};
// row1
List <PicBlockRef> listRow1 = new List <PicBlockRef>();
PicBlockRef blockRef10 = factory.AddBlockRef(
block
, new Vector2D(0.0, 5.0 * boxEntities.Height + minDistance.Y)
, ortho ? 90.0 : 0.0);
PicBlockRef blockRef11 = factory.AddBlockRef(
block
, new Vector2D(vecPosition.X, vecPosition.Y + 5.0 * boxEntities.Height + minDistance.Y)
, ortho ? 270.0 : 180.0);
listRow1.Add(blockRef10);
listRow1.Add(blockRef11);
if (!PicBlockRef.Distance(listRow0, listRow1, PicBlockRef.DistDirection.VERTICAL_TOP, out double verticalDistance))
{
throw new Exception("Failed to compute distance between to block refs");
}
_patternStep.Y = 5.0 * boxEntities.Height - verticalDistance + 2.0 * minDistance.Y;
blockRef10.Position = new Vector2D(0.0, _patternStep.Y);
blockRef11.Position = new Vector2D(vecPosition.X, vecPosition.Y + _patternStep.Y);
// compute X step (col1 / col2)
PicBlockRef blockRef02 = factory.AddBlockRef(
block
, new Vector2D(boxEntities.XMin + 5.0 * boxEntities.Width + minDistance.X
, 0.0)
, ortho ? 90.0 : 0.0);
PicBlockRef blockRef12 = factory.AddBlockRef(
block
, new Vector2D(boxEntities.XMin + 5.0 * boxEntities.Width + minDistance.X
, _patternStep.Y)
, ortho ? 90.0 : 0.0);
List <PicBlockRef> listCol1 = new List <PicBlockRef> {
blockRef01, blockRef11
};
List <PicBlockRef> listCol2 = new List <PicBlockRef> {
blockRef02, blockRef12
};
horizontalDistance = 0.0;
if (!PicBlockRef.Distance(listCol1, listCol2, PicBlockRef.DistDirection.HORIZONTAL_RIGHT, out horizontalDistance))
{
throw new Exception("Failed to compute distance between to block refs");
}
_patternStep.X = boxEntities.XMin + 5.0 * boxEntities.Width - horizontalDistance + 2.0 * minDistance.X;
}
}