/// <summary>
/// 判断与Y轴平行零部件是否刚好在主梁的中间;
/// </summary>
/// <param name="mrPart"></param>
/// <returns></returns>
private bool IsYNormalPartInMainBeamMiddle(CMrPart mrPart)
{
double mainBeamMinX = CMrMainBeam.GetInstance().GetMinXPoint().X;
double mainBeamMaxX = CMrMainBeam.GetInstance().GetMaxXPoint().X;
double mainBeamXLength = mainBeamMaxX - mainBeamMinX;
double partMinX = mMrPart.GetMinXPoint().X;
double partMaxX = mMrPart.GetMaxXPoint().X;
double partXLength = partMaxX - partMinX;
Vector normal = mrPart.mNormal;
if (!CDimTools.GetInstance().IsTwoVectorParallel(normal, new Vector(0, 1, 0)))
{
return(false);
}
if (partMinX > mainBeamMaxX)
{
return(false);
}
if (partMaxX < mainBeamMinX)
{
return(false);
}
if (Math.Abs(mainBeamXLength - partXLength) > 2 * mainBeamMaxX / 3)
{
return(false);
}
return(true);
}
/// <summary>
/// 判断当上翼板向两边弯时该板是否需要进行标注;
/// </summary>
/// <returns></returns>
protected bool IsNeedXDownDimMiddle()
{
Vector normal = mMrPart.mNormal;
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, new Vector(0, 0, 1)))
{
return(false);
}
Point leftBottomPoint = CMrMainBeam.GetInstance().mLeftTopPoint;
Point rightBottomPoint = CMrMainBeam.GetInstance().mRightBottomPoint;
Point partMaxY = mMrPart.GetMaxYPoint();
//(1).如果是零件是左右两侧的板;
if (mMrPart == CMrBeamDoorManager.GetInstance().mLeftBeam ||
mMrPart == CMrBeamDoorManager.GetInstance().mRightBeam)
{
return(false);
}
//(2).如果是下面的左右侧的板;
if (mMrPart == CMrBeamDoorManager.GetInstance().mLeftBottomBeam ||
mMrPart == CMrBeamDoorManager.GetInstance().mRightBottomBeam)
{
return(true);
}
//(2).如果零件与地面垂直;
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, new Vector(1, 0, 0)))
{
return(true);
}
return(false);
}
/// <summary>
/// 判断是否需要在上面进行标注;
/// </summary>
/// <returns></returns>
protected bool IsNeedXUpDimNormal()
{
Vector normal = mMrPart.mNormal;
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, new Vector(0, 0, 1)))
{
return(false);
}
double partHeight = Math.Abs(mMrPart.GetMaxYPoint().Y - mMrPart.GetMinYPoint().Y);
double mainBeamHeight = Math.Abs(CMrMainBeam.GetInstance().GetMaxYPoint().Y - CMrMainBeam.GetInstance().GetMinYPoint().Y);
CMrPart mTopBeam = CMrBeamDoorManager.GetInstance().mTopBeam;
Vector topBeamNormal = mTopBeam.mNormal;
Point leftTopPoint = CMrMainBeam.GetInstance().mLeftTopPoint;
Point rightTopPoint = CMrMainBeam.GetInstance().mRightTopPoint;
Point rightBottomPoint = CMrMainBeam.GetInstance().mRightBottomPoint;
Point partMinY = mMrPart.GetMinYPoint();
Point partMaxY = mMrPart.GetMaxYPoint();
//(1).如果是零件是左右两侧的板;
if (mMrPart == CMrBeamDoorManager.GetInstance().mLeftBeam || mMrPart == CMrBeamDoorManager.GetInstance().mRightBeam)
{
return(false);
}
//(2).如果零件在主梁的上方;
if (CDimTools.GetInstance().IsThePointOnLine(partMinY, leftTopPoint, rightTopPoint) > 0)
{
if (CDimTools.GetInstance().IsTwoVectorVertical(normal, topBeamNormal))
{
CMrBeamDoorManager.GetInstance().AppendUpDimPart(mMrPart);
return(true);
}
}
//(3).如果零件与主梁对角线相交,并且与地面垂直;
if (CDimTools.GetInstance().IsThePointOnLine(partMaxY, leftTopPoint, rightBottomPoint) > 0 &&
CDimTools.GetInstance().IsThePointOnLine(partMinY, leftTopPoint, rightBottomPoint) < 0 &&
partHeight > mainBeamHeight / 3.0)
{
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, new Vector(1, 0, 0)))
{
CMrBeamDoorManager.GetInstance().AppendUpDimPart(mMrPart);
return(true);
}
}
return(false);
}
/// <summary>
/// 判断是否需要在下面进行标注;
/// </summary>
/// <returns></returns>
protected bool IsNeedXDownDimNormal()
{
Vector normal = mMrPart.mNormal;
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, new Vector(0, 0, 1)))
{
return(false);
}
double partHeight = Math.Abs(mMrPart.GetMaxYPoint().Y - mMrPart.GetMinYPoint().Y);
double mainBeamHeight = Math.Abs(CMrMainBeam.GetInstance().GetMaxYPoint().Y - CMrMainBeam.GetInstance().GetMinYPoint().Y);
CMrPart mBottomBeam = CMrBeamDoorManager.GetInstance().mBottonBeam;
Point leftBottomPoint = CMrMainBeam.GetInstance().mLeftTopPoint;
Point rightBottomPoint = CMrMainBeam.GetInstance().mRightBottomPoint;
Point partMaxY = mMrPart.GetMaxYPoint();
Point partMinY = mMrPart.GetMinYPoint();
//(1).如果是零件是左右两侧的板;
if (mMrPart == CMrBeamDoorManager.GetInstance().mLeftBeam || mMrPart == CMrBeamDoorManager.GetInstance().mRightBeam)
{
return(false);
}
//(2).如果零件在主梁的下方,并且与地面垂直;
if (CDimTools.GetInstance().IsThePointOnLine(partMaxY, leftBottomPoint, rightBottomPoint) < 0 &&
CDimTools.GetInstance().IsTwoVectorParallel(normal, new Vector(1, 0, 0)))
{
return(true);
}
//(3).如果零件在主梁中间，并且与地面垂直;
if (CDimTools.GetInstance().IsThePointOnLine(partMaxY, leftBottomPoint, rightBottomPoint) > 0 &&
CDimTools.GetInstance().IsTwoVectorParallel(normal, new Vector(1, 0, 0)) && partHeight > mainBeamHeight / 2.0)
{
return(true);
}
//(4).如果零件在主梁下方，并且与地面水平;
if (mMrPart.GetMinYPoint().Y < mBottomBeam.GetMinYPoint().Y&&
CDimTools.GetInstance().IsTwoVectorParallel(normal, new Vector(0, 1, 0)))
{
return(true);
}
return(false);
}
/// <summary>
/// 构建门式框架结构顶视图中的拓扑结构;
/// </summary>
/// <param name="mrPartList"></param>
public void BuildCylinderDoorTopTopo(List <CMrPart> mrPartList)
{
ClearData();
mMainBeamMinX = CMrMainBeam.GetInstance().GetMinXPoint().X;
mMainBeamMaxX = CMrMainBeam.GetInstance().GetMaxXPoint().X;
mMainBeamMinY = CMrMainBeam.GetInstance().GetMinYPoint().Y;
mMainBeamMaxY = CMrMainBeam.GetInstance().GetMaxYPoint().Y;
//判断零部件;
foreach (CMrPart mrPart in mrPartList)
{
JudgeYNormalBottomPart(mrPart);
JudgeTopPart(mrPart);
}
//构建檩托板的映射表;
BuildMrApronPlate(mrPartList);
}
/// <summary>
/// 判断零件是否是外围板;
/// </summary>
/// <param name="mrPart"></param>
/// <returns></returns>
private bool IsOutsidePlate(CMrPart mrPart)
{
Vector normal = mrPart.mNormal;
double minZ = mrPart.GetMinZPoint().Z;
double maxZ = mrPart.GetMaxZPoint().Z;
double mainBeamMinZ = CMrMainBeam.GetInstance().GetMinZPoint().Z;
double mainBeamMaxZ = CMrMainBeam.GetInstance().GetMaxZPoint().Z;
if (CDimTools.GetInstance().CompareTwoDoubleValue(minZ, mainBeamMaxZ) >= 0)
{
return(true);
}
if (CDimTools.GetInstance().CompareTwoDoubleValue(maxZ, mainBeamMinZ) <= 0)
{
return(true);
}
return(false);
}
/// <summary>
/// 构建类型2的檩托板;
/// </summary>
/// <param name="mrPartList"></param>
public void BuildMrApronPlateType2(List <CMrPart> mrPartList)
{
CDimTools.GetInstance().SortMrPartByMinY(mrPartList);
double mainBeamMinX = CMrMainBeam.GetInstance().GetMinXPoint().X;
double mainBeamMaxX = CMrMainBeam.GetInstance().GetMaxXPoint().X;
Vector yVector = new Vector(0, 1, 0);
foreach (CMrPart mrPart in mrPartList)
{
Vector normal = mrPart.mNormal;
if (!CDimTools.GetInstance().IsTwoVectorParallel(normal, yVector))
{
continue;
}
double partMinX = mrPart.GetMinXPoint().X;
double partMaxX = mrPart.GetMaxXPoint().X;
if (!(CDimTools.GetInstance().CompareTwoDoubleValue(partMinX, mainBeamMinX) > 0 &&
CDimTools.GetInstance().CompareTwoDoubleValue(partMaxX, mainBeamMaxX) < 0))
{
continue;
}
CMrApronPlate mrApronPlate = CreateMrApronPlateType2(mrPart, mrPartList);
if (mrApronPlate == null)
{
continue;
}
if (!mMapYNormalPartToMrApronPlate2.ContainsKey(mrPart))
{
mMapYNormalPartToMrApronPlate2.Add(mrPart, mrApronPlate);
}
}
}
/// <summary>
/// 构建门式框架梁的拓扑结构;
/// </summary>
public void BuildBeamDoorTopo(List <CMrPart> mrPartList)
{
ClearData();
//先赋值主梁;
mMainBeam = CMrMainBeam.GetInstance();
foreach (CMrPart mrPart in mrPartList)
{
if (mrPart == mMainBeam)
{
continue;
}
JudgeLeftBeam(mrPart);
JudgeRightBeam(mrPart);
JudgeTopBeam(mrPart);
JudgeBottomBeam(mrPart);
JudgeLeftAndRightBottomBeam(mrPart);
}
if (mBottonBeam == mTopBeam && mLeftBottomBeam != null && mRightBottomBeam != null)
{//这个是一块板的形式;
mBottonBeam = null;
UpdatePartBoxPoint(mLeftBottomBeam);
UpdatePartBoxPoint(mRightBottomBeam);
ComputeTypeMiddleParas();
}
else
{//这个是三块板的形式，下翼缘part不为空;
mType = MrBeamDoorType.TypeNormal;
UpdatePartBoxPoint(mTopBeam);
UpdatePartBoxPoint(mBottonBeam);
UpdatePartBoxPoint(mMainBeam);
}
}
/// <summary>
/// 构建门式框架结构前视图中的拓扑结构;
/// </summary>
/// <param name="mrPartList"></param>
public void BuildCylinderDoorFrontTopo(List <CMrPart> mrPartList)
{
ClearData();
mMainBeamMinX = CMrMainBeam.GetInstance().GetMinXPoint().X;
mMainBeamMaxX = CMrMainBeam.GetInstance().GetMaxXPoint().X;
mMainBeamMinY = CMrMainBeam.GetInstance().GetMinYPoint().Y;
mMainBeamMaxY = CMrMainBeam.GetInstance().GetMaxYPoint().Y;
//判断零部件;
foreach (CMrPart mrPart in mrPartList)
{
JudgeZNormalBottomPart(mrPart);
JudgeYNormalBottomPart(mrPart);
JudgeLeftAndLeftTopPart(mrPart);
JudgeRightAndRightTopPart(mrPart);
}
//判断左侧中间以及右侧中间的零部件;
foreach (CMrPart mrPart in mrPartList)
{
if (mLeftTopPart != null)
{
JudgeLeftMiddlePart(mrPart);
}
if (mRightTopPart != null)
{
JudgeRightMiddlePart(mrPart);
}
JudgeTopPart(mrPart);
}
//构建类型1的檩托板映射表;
BuildMrApronPlateType1(mrPartList);
//构建类型2的檩托板映射表;
BuildMrApronPlateType2(mrPartList);
}
/// <summary>
/// 获取主梁右侧的标注集合;
/// </summary>
/// <returns></returns>
public CMrDimSet GetYPartMainRightDimSet()
{
CMrDimSet mrDimSet = new CMrDimSet();
Vector xVector = new Vector(1, 0, 0);
Vector yVector = new Vector(0, 1, 0);
Vector zVector = new Vector(0, 0, 1);
double mainBeamMinX = CMrMainBeam.GetInstance().GetMinXPoint().X;
double mainBeamMaxX = CMrMainBeam.GetInstance().GetMaxXPoint().X;
double partMinX = mMrPart.GetMinXPoint().X;
double partMaxX = mMrPart.GetMaxXPoint().X;
if (partMaxX < CCommonPara.mDblError)
{
return(null);
}
CMrPart mrRightPart = CMrCylinderDoorFrontManager.GetInstance().mRightPart;
CMrPart mrRightTopPart = CMrCylinderDoorFrontManager.GetInstance().mRightTopPart;
CMrPart mrRightTopMiddlePart = CMrCylinderDoorFrontManager.GetInstance().mRightTopMiddlePart;
CMrPart mrTopPart = CMrCylinderDoorFrontManager.GetInstance().mTopPart;
CMrPart mrZNormalBottomPart = CMrCylinderDoorFrontManager.GetInstance().mZNormalBottomPart;
CMrPart mrYNormalBottomPart = CMrCylinderDoorFrontManager.GetInstance().mYNormalBottomPart;
Vector normal = mMrPart.mNormal;
//1.如果是左下侧法向与z轴平行的零部件;
if (mMrPart == mrZNormalBottomPart)
{
mrDimSet.AddPoint(mMrPart.GetMaxXMinYPoint());
return(mrDimSet);
}
//2.如果是右上侧的零部件;
if (mMrPart == mrRightTopPart)
{
if (CDimTools.GetInstance().CompareTwoDoubleValue(partMaxX, mainBeamMaxX) < 0)
{
return(null);
}
else
{
mrDimSet.AddPoint(mMrPart.GetMaxXMinYPoint());
return(mrDimSet);
}
}
//3.如果是右上侧中间的零部件;
if (mMrPart == mrRightTopMiddlePart)
{
mrDimSet.AddPoint(mMrPart.GetMaxXMaxYPoint());
return(mrDimSet);
}
//4.如果是下侧法向与Y轴平行的零部件;
if (mMrPart == mrYNormalBottomPart)
{
mrDimSet.AddPoint(mrYNormalBottomPart.GetMaxXMaxYPoint());
mrDimSet.AddPoint(mrYNormalBottomPart.GetMaxXMinYPoint());
return(mrDimSet);
}
//5.如果是上侧的零部件;
if (mMrPart == mrTopPart)
{
//A.如果上侧零件的法向与Y轴平行;
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, yVector))
{
mrDimSet.AddPoint(mrTopPart.GetMaxXMaxYPoint());
mrDimSet.AddPoint(mrTopPart.GetMaxXMinYPoint());
return(mrDimSet);
}
//B.如果法向不与Y轴平行;
else if (CDimTools.GetInstance().IsVectorInXYPlane(normal))
{
Point minYPoint = mMrPart.GetMinYPoint();
Point maxYPoint = mMrPart.GetMaxYPoint();
MrSlopeType mrSlopeType = CDimTools.GetInstance().JudgeLineSlope(minYPoint, maxYPoint);
if (mrSlopeType == MrSlopeType.LESSTHAN_ZERO)
{
mrDimSet.AddPoint(mMrPart.GetMaxYPoint());
mrDimSet.AddPoint(mMrPart.GetMaxXPoint());
return(mrDimSet);
}
}
}
//6.如果向量与X轴平行,并且该零部件贴在右侧板上或右上侧板上的;
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, xVector))
{
//A.如果右上侧的零件不为空，并且该零件的左侧就是右上侧的板;
if (mrRightTopPart != null && mrRightTopPart.GetMaxXMinYPoint().Y < mMrPart.GetMaxYPoint().Y)
{
double rightTopMaxX = mrRightTopPart.GetMaxXPoint().X;
if (Math.Abs(partMinX - rightTopMaxX) < CCommonPara.mDblError)
{
mrDimSet.AddPoint(mMrPart.GetMaxXMinYPoint());
CMrCylinderDoorFrontManager.GetInstance().AppendRightDimPart(mMrPart);
return(mrDimSet);
}
else if (partMinX > rightTopMaxX)
{
CMrCylinderDoorFrontManager.GetInstance().AppendXNormalAloneDimPart(mMrPart);
}
}
//B.如果右上侧中间的零件不为空，并且该零件的左侧就是右上侧中间的板;
if (mrRightTopMiddlePart != null && mrRightTopMiddlePart.GetMaxXMinYPoint().Y < mMrPart.GetMaxYPoint().Y)
{
double rightTopMiddleMaxX = mrRightTopMiddlePart.GetMaxXPoint().X;
if (Math.Abs(partMinX - rightTopMiddleMaxX) < CCommonPara.mDblError)
{
mrDimSet.AddPoint(mMrPart.GetMaxXMinYPoint());
CMrCylinderDoorFrontManager.GetInstance().AppendRightDimPart(mMrPart);
return(mrDimSet);
}
else if (partMinX > rightTopMiddleMaxX)
{
CMrCylinderDoorFrontManager.GetInstance().AppendXNormalAloneDimPart(mMrPart);
}
}
//C.如果零件的左侧不是右上侧板;
else
{
double rightMaxX = mrRightPart.GetMaxXPoint().X;
if (Math.Abs(partMinX - rightMaxX) < CCommonPara.mDblError)
{
mrDimSet.AddPoint(mMrPart.GetMaxXMinYPoint());
CMrCylinderDoorFrontManager.GetInstance().AppendRightDimPart(mMrPart);
return(mrDimSet);
}
else if (partMinX > rightMaxX)
{
CMrCylinderDoorFrontManager.GetInstance().AppendXNormalAloneDimPart(mMrPart);
}
}
}
//7.如果向量与Y轴平行;
else if (CDimTools.GetInstance().IsTwoVectorParallel(normal, yVector))
{
double rightMaxX = mrRightPart.GetMaxXPoint().X;
if (CDimTools.GetInstance().CompareTwoDoubleValue(partMaxX, rightMaxX) > 0 &&
CDimTools.GetInstance().CompareTwoDoubleValue(partMinX, rightMaxX) <= 0)
{
CMrApronPlate mrApronPlate = CMrCylinderDoorFrontManager.GetInstance().FindMrApronPlateByYNormalPart(mMrPart);
if (mrApronPlate != null)
{
if (mrApronPlate.mIsUp == true)
{
mrDimSet.AddPoint(mMrPart.GetMaxXMinYPoint());
}
else
{
mrDimSet.AddPoint(mMrPart.GetMaxXMaxYPoint());
}
}
else
{
mrDimSet.AddPoint(mMrPart.GetMaxXMaxYPoint());
}
CMrCylinderDoorFrontManager.GetInstance().AppendRightDimPart(mMrPart);
}
else if (IsYNormalPartInMainBeamMiddle(mMrPart))
{
CMrCylinderDoorFrontManager.GetInstance().AppendYNormalMiddleDimPart(mMrPart);
return(null);
}
}
return(mrDimSet);
}
/// <summary>
/// 获取门式框架结构柱子中的零件标记;
/// </summary>
/// <returns></returns>
public CMrMark GetPartMark()
{
CMrPart mrRightPart = CMrCylinderDoorFrontManager.GetInstance().mRightPart;
CMrPart mrRightTopPart = CMrCylinderDoorFrontManager.GetInstance().mRightTopPart;
CMrPart mrRightTopMiddlePart = CMrCylinderDoorFrontManager.GetInstance().mRightTopMiddlePart;
CMrPart mrLeftPart = CMrCylinderDoorFrontManager.GetInstance().mLeftPart;
CMrPart mrLeftTopPart = CMrCylinderDoorFrontManager.GetInstance().mLeftTopPart;
CMrPart mrLeftTopMiddlePart = CMrCylinderDoorFrontManager.GetInstance().mLeftTopMiddlePart;
CMrPart mrTopPart = CMrCylinderDoorFrontManager.GetInstance().mTopPart;
CMrPart mrZNormalBottomPart = CMrCylinderDoorFrontManager.GetInstance().mZNormalBottomPart;
CMrPart mrYNormalBottomPart = CMrCylinderDoorFrontManager.GetInstance().mYNormalBottomPart;
Vector xVector = new Vector(1, 0, 0);
Vector yVector = new Vector(0, 1, 0);
Vector zVector = new Vector(0, 0, 1);
Vector normal = mMrPart.mNormal;
CMrMark mrMark = new CMrMark();
double dblAngle = CCommonPara.mPartMarkAngle;
mrMark.mModelObject = mMrPart.mPartInDrawing;
//0.如果是主梁;
if (mMrPart == CMrMainBeam.GetInstance())
{
mrMark.mInsertPoint = mMrPart.mMidPoint;
double increaseXDistance = 2 * CCommonPara.mPartMarkLength / Math.Tan(dblAngle);
mrMark.mTextPoint.X = mrMark.mInsertPoint.X - increaseXDistance;
mrMark.mTextPoint.Y = mrMark.mInsertPoint.Y + 2 * CCommonPara.mPartMarkLength;
return(mrMark);
}
//1.如果是左侧零部件或者是右侧零部件;
if (mMrPart == mrLeftPart || mMrPart == mrRightPart)
{
return(null);
}
//2.如果是主梁底部零部件;
if (mMrPart == mrZNormalBottomPart)
{
mrMark.mInsertPoint = mMrPart.GetMinYMinXPoint();
double increaseXDistance = CCommonPara.mPartMarkLength / Math.Tan(dblAngle);
mrMark.mTextPoint.X = mrMark.mInsertPoint.X - increaseXDistance;
mrMark.mTextPoint.Y = mrMark.mInsertPoint.Y - CCommonPara.mPartMarkLength;
return(mrMark);
}
//3.如果是主梁顶部的零部件;
else if (mMrPart == mrTopPart)
{
mrMark.mInsertPoint = mMrPart.GetMaxXMaxYPoint();
double increaseXDistance = CCommonPara.mPartMarkLength / Math.Tan(dblAngle);
mrMark.mTextPoint.X = mrMark.mInsertPoint.X + increaseXDistance;
mrMark.mTextPoint.Y = mrMark.mInsertPoint.Y + CCommonPara.mPartMarkLength;
return(mrMark);
}
//4.如果是主梁左上侧零部件;
else if (mMrPart == mrLeftTopPart)
{
mrMark.mInsertPoint = mMrPart.mMidPoint;
double increaseXDistance = CCommonPara.mPartMarkLength / Math.Tan(dblAngle);
mrMark.mTextPoint.X = mrMark.mInsertPoint.X - increaseXDistance;
mrMark.mTextPoint.Y = mrMark.mInsertPoint.Y + CCommonPara.mPartMarkLength;
return(mrMark);
}
//5.如果是主梁右上侧零部件;
else if (mMrPart == mrRightTopPart)
{
mrMark.mInsertPoint = mMrPart.mMidPoint;
double increaseXDistance = CCommonPara.mPartMarkLength / Math.Tan(dblAngle);
mrMark.mTextPoint.X = mrMark.mInsertPoint.X + increaseXDistance;
mrMark.mTextPoint.Y = mrMark.mInsertPoint.Y + CCommonPara.mPartMarkLength;
return(mrMark);
}
//6.如果是主梁左上侧中间零部件;
else if (mMrPart == mrLeftTopMiddlePart)
{
mrMark.mInsertPoint = mMrPart.GetMinXMinYPoint();
double increaseXDistance = CCommonPara.mPartMarkLength / Math.Tan(dblAngle);
mrMark.mTextPoint.X = mrMark.mInsertPoint.X - increaseXDistance;
mrMark.mTextPoint.Y = mrMark.mInsertPoint.Y - CCommonPara.mPartMarkLength;
return(mrMark);
}
//7.如果是主梁右上侧中间零部件;
else if (mMrPart == mrRightTopMiddlePart)
{
mrMark.mInsertPoint = mMrPart.GetMaxXMinYPoint();
double increaseXDistance = CCommonPara.mPartMarkLength / Math.Tan(dblAngle);
mrMark.mTextPoint.X = mrMark.mInsertPoint.X + increaseXDistance;
mrMark.mTextPoint.Y = mrMark.mInsertPoint.Y - CCommonPara.mPartMarkLength;
return(mrMark);
}
//8.如果零件的向量与X轴平行;
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, xVector))
{
mrMark = GerXNormalPartMark(mMrPart);
return(mrMark);
}
//9.如果零件的向量与Y轴平行;
else if (CDimTools.GetInstance().IsTwoVectorParallel(normal, yVector))
{
mrMark = GetYNormalPartMark(mMrPart);
return(mrMark);
}
//10.如果零件的向量与Z轴平行;
else if (CDimTools.GetInstance().IsTwoVectorParallel(normal, zVector))
{
mrMark = GetZNormalPartMark(mMrPart);
return(mrMark);
}
//11.如果零件的法向在XY面内;
else if (CDimTools.GetInstance().IsVectorInXYPlane(normal))
{
mrMark = GetXYPlaneNormalPartMark(mMrPart);
return(mrMark);
}
return(null);
}
/// <summary>
/// 获取主梁左侧的标注集合;
/// </summary>
/// <returns></returns>
public CMrDimSet GetYPartMainLeftDimSet()
{
CMrDimSet mrDimSet = new CMrDimSet();
Vector xVector = new Vector(1, 0, 0);
Vector yVector = new Vector(0, 1, 0);
Vector zVector = new Vector(0, 0, 1);
double mainBeamMinX = CMrMainBeam.GetInstance().GetMinXPoint().X;
double mainBeamMaxX = CMrMainBeam.GetInstance().GetMaxXPoint().X;
double partMinX = mMrPart.GetMinXPoint().X;
double partMaxX = mMrPart.GetMaxXPoint().X;
CMrPart mrLeftPart = CMrCylinderDoorFrontManager.GetInstance().mLeftPart;
CMrPart mrLeftTopPart = CMrCylinderDoorFrontManager.GetInstance().mLeftTopPart;
CMrPart mrLeftTopMiddlePart = CMrCylinderDoorFrontManager.GetInstance().mLeftTopMiddlePart;
CMrPart mrZNormalBottomPart = CMrCylinderDoorFrontManager.GetInstance().mZNormalBottomPart;
CMrPart mrYNormalBottomPart = CMrCylinderDoorFrontManager.GetInstance().mYNormalBottomPart;
CMrPart mrTopPart = CMrCylinderDoorFrontManager.GetInstance().mTopPart;
CMrPart mrRightPart = CMrCylinderDoorFrontManager.GetInstance().mRightPart;
Vector normal = mMrPart.mNormal;
//1.如果是左下侧法向与z轴平行的零部件;
if (mMrPart == mrZNormalBottomPart)
{
mrDimSet.AddPoint(mMrPart.GetMinXMinYPoint());
return(mrDimSet);
}
//2.如果是左侧上方的零部件;
if (mMrPart == mrLeftTopPart)
{
if (CDimTools.GetInstance().CompareTwoDoubleValue(partMinX, mainBeamMinX) > 0)
{
return(null);
}
else
{
mrDimSet.AddPoint(mMrPart.GetMinXMinYPoint());
return(mrDimSet);
}
}
//3.如果是左上侧上方中间的零部件;
if (mMrPart == mrLeftTopMiddlePart)
{
mrDimSet.AddPoint(mMrPart.GetMinXMaxYPoint());
return(mrDimSet);
}
//4.如果是下侧法向与Y轴平行的零部件;
if (mMrPart == mrYNormalBottomPart)
{
mrDimSet.AddPoint(mrYNormalBottomPart.GetMinXMaxYPoint());
mrDimSet.AddPoint(mrYNormalBottomPart.GetMinXMinYPoint());
return(mrDimSet);
}
//5.如果是上侧的零部件;
if (mMrPart == mrTopPart)
{
//如果上侧零件的法向与Y轴平行;
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, yVector))
{
mrDimSet.AddPoint(mrTopPart.GetMinXMaxYPoint());
mrDimSet.AddPoint(mrTopPart.GetMinXMinYPoint());
return(mrDimSet);
}
//如果法向不与Y轴平行;
else if (CDimTools.GetInstance().IsVectorInXYPlane(normal))
{
Point maxYPoint = mMrPart.GetMaxYPoint();
Point minYPoint = mMrPart.GetMinYPoint();
MrSlopeType mrSlopeType = CDimTools.GetInstance().JudgeLineSlope(minYPoint, maxYPoint);
if (mrSlopeType == MrSlopeType.MORETHAN_ZERO)
{
mrDimSet.AddPoint(mMrPart.GetMaxYPoint());
mrDimSet.AddPoint(mMrPart.GetMinXPoint());
return(mrDimSet);
}
}
}
double leftMinX = mrLeftPart.GetMinXPoint().X;
//6.如果向量与X轴平行,并且该零部件贴在左侧板上;
if (CDimTools.GetInstance().IsTwoVectorParallel(normal, xVector))
{
//A:如果左上侧零部件不为空;
if (mrLeftTopPart != null && mrLeftTopPart.GetMinXMinYPoint().Y < mMrPart.GetMaxYPoint().Y)
{
double leftTopMinX = mrLeftTopPart.GetMinXPoint().X;
if (Math.Abs(partMaxX - leftTopMinX) < CCommonPara.mDblError)
{
mrDimSet.AddPoint(mMrPart.GetMinXMinYPoint());
return(mrDimSet);
}
else if (partMaxX < leftTopMinX)
{
CMrCylinderDoorFrontManager.GetInstance().AppendXNormalAloneDimPart(mMrPart);
}
}
//B:如果左上侧中间零件不为空;
if (mrLeftTopMiddlePart != null && mrLeftTopMiddlePart.GetMinXMinYPoint().Y < mMrPart.GetMaxYPoint().Y)
{
double leftTopMiddleMinX = mrLeftTopMiddlePart.GetMinXPoint().X;
if (Math.Abs(partMaxX - leftTopMiddleMinX) < CCommonPara.mDblError)
{
mrDimSet.AddPoint(mMrPart.GetMinXMinYPoint());
return(mrDimSet);
}
else if (partMaxX < leftTopMiddleMinX)
{
CMrCylinderDoorFrontManager.GetInstance().AppendXNormalAloneDimPart(mMrPart);
}
}
else
{
if (Math.Abs(partMaxX - leftMinX) < CCommonPara.mDblError)
{
mrDimSet.AddPoint(mMrPart.GetMinXMinYPoint());
return(mrDimSet);
}
else if (partMaxX < leftMinX)
{
CMrCylinderDoorFrontManager.GetInstance().AppendXNormalAloneDimPart(mMrPart);
}
}
}
//7.如果向量与Y轴平行;
else if (CDimTools.GetInstance().IsTwoVectorParallel(normal, yVector))
{
if (CDimTools.GetInstance().CompareTwoDoubleValue(partMinX, leftMinX) < 0 &&
CDimTools.GetInstance().CompareTwoDoubleValue(partMaxX, leftMinX) >= 0)
{
CMrApronPlate mrApronPlate = CMrCylinderDoorFrontManager.GetInstance().FindMrApronPlateByYNormalPart(mMrPart);
if (mrApronPlate != null)
{
if (mrApronPlate.mIsUp == true)
{
mrDimSet.AddPoint(mMrPart.GetMaxXMinYPoint());
}
else
{
mrDimSet.AddPoint(mMrPart.GetMinXMaxYPoint());
}
}
else
{
mrDimSet.AddPoint(mMrPart.GetMinXMaxYPoint());
}
}
}
return(mrDimSet);
}
/// <summary>
/// 设置实例;
/// </summary>
/// <param name="instance"></param>
public static void SetInstance(CMrMainBeam instance)
{
mInstance = instance;
}
