private void btnSparaUtkast_Click(object sender, EventArgs e)
{
var äcksämäll = new Xmelliserare(@"C:\dump\Ansökan.xml");
const string dumpPath = @"C:\dump";
bool exists = System.IO.Directory.Exists(dumpPath);
if (!exists)
{
System.IO.Directory.CreateDirectory(dumpPath);
}
if (!ValideraVidSparaUtkast())
{
return;
}
var utkast = new CompensationModel
{
eMail = tbEmail.Text,
forNamn = tbForNamn.Text,
eftNamn = tbEfterNamn.Text,
Kvitto = tbKvitto.Text,
milErsattning = Convert.ToInt32(tbMilErsattning.Text),
Resor = AllaResor
};
äcksämäll.SkrivCompensationModel(utkast);
}
/// <summary>
/// 直线与直线，补偿求交点
/// </summary>
/// <param name="p1"></param>
/// <param name="p2"></param>
/// <param name="p3"></param>
/// <param name="indexCur"></param>
/// <returns></returns>
private static List <UnitPointBulge> CalCompensationsBy2Line(UnitPointBulge p1, UnitPointBulge p2, UnitPointBulge p3, int indexCur, CompensationModel compensationParam, bool isOutside)
{
var retPoints = new List <UnitPointBulge>();
var cPoints1 = GetCompensationsPoint(p1, p2, compensationParam.Size, isOutside);
var cPoints2 = GetCompensationsPoint(p2, p3, compensationParam.Size, isOutside);
//如果两点距离在误差范围内，当做同一个点处理
if (HitUtil.Distance(cPoints1.Item2.Point, cPoints2.Item1.Point) < errorRange)
{
retPoints.Add(new UnitPointBulge(cPoints1.Item2.Point, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
return(retPoints);
}
var line1 = DrawingOperationHelper.GetLineEquation(cPoints1.Item1.Point, cPoints1.Item2.Point);
var line2 = DrawingOperationHelper.GetLineEquation(cPoints2.Item1.Point, cPoints2.Item2.Point);
UnitPoint point = DrawingOperationHelper.GetIntersectionPointBy2Line(line1.Item1, line1.Item2, line1.Item3, line2.Item1, line2.Item2, line2.Item3);
if (double.IsNaN(point.X) || double.IsNaN(point.Y))
{
//平行
retPoints.Add(new UnitPointBulge(cPoints1.Item2.Point, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
return(retPoints);
}
else
{
bool pointInLine = HitUtil.IsPointInLine(cPoints1.Item1.Point, cPoints1.Item2.Point, point, errorRange);
if (compensationParam.IsSmooth && !pointInLine)
{
//圆角处理，转换为带弧度的点
bool closewise = HitUtil.IsClockwiseByCross(cPoints1.Item1.Point, cPoints1.Item2.Point, p2.Point);
double bulge = BulgeHelper.GetBulgeFromTwoPointsAndCenter(p2.Point, cPoints1.Item2.Point, cPoints2.Item1.Point, closewise);
retPoints.Add(new UnitPointBulge(cPoints1.Item2.Point, bulge, hasMicroConn: p2.HasMicroConn, position: -1 - indexCur));
retPoints.Add(new UnitPointBulge(cPoints2.Item1.Point, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
return(retPoints);
}
else
{
retPoints.Add(new UnitPointBulge(point, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
return(retPoints);
}
}
}
/// <summary>
/// 圆弧到直线，补偿求交点
/// </summary>
/// <param name="p1"></param>
/// <param name="p2"></param>
/// <param name="p3"></param>
/// <param name="indexCur"></param>
/// <returns></returns>
private static List <UnitPointBulge> CalCompensationsByArcLine(UnitPointBulge p1, UnitPointBulge p2, UnitPointBulge p3, int indexCur, CompensationModel compensationParam, bool isOutside)
{
var retPoints = new List <UnitPointBulge>();
ArcModelMini arc = DrawingOperationHelper.GetArcParametersFromBulge(p1.Point, p2.Point, (float)p1.Bulge);
var cPoints = GetCompensationsPoint(p2, p3, compensationParam.Size, isOutside);
double r = arc.Clockwise ? arc.Radius - compensationParam.Size : arc.Radius + compensationParam.Size;
if (isOutside)
{
r = arc.Clockwise ? arc.Radius + compensationParam.Size : arc.Radius - compensationParam.Size;
}
UnitPoint point1 = HitUtil.GetLinePointByDistance(arc.Center, p2.Point, r, true);
//如果两点距离在误差范围内，当做同一个点处理
if (HitUtil.Distance(point1, cPoints.Item1.Point) < errorRange)
{
retPoints.Add(new UnitPointBulge(point1, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
return(retPoints);
}
var line = DrawingOperationHelper.GetLineEquation(cPoints.Item1.Point, cPoints.Item2.Point);
var intersects = DrawingOperationHelper.GetIntersectPointByLineAndCircle(line.Item1, line.Item2, line.Item3, arc.Center, r);
var validPoint = new UnitPoint(double.NaN, double.NaN);
UnitPoint intersecteArcPoint = new UnitPoint(double.NaN, double.NaN);
//筛选有交点,如果有两个点就选距离p2近的点
if (intersects.Count == 1)
{
validPoint = intersects[0];
}
else if (intersects.Count == 2)
{
validPoint = HitUtil.Distance(intersects[0], p2.Point) < HitUtil.Distance(intersects[1], p2.Point) ? intersects[0] : intersects[1];
}
if (validPoint.IsEmpty) //|| !HitUtil.IsPointInLine(cPoints.Item1.Point, cPoints.Item2.Point, validPoint, errorRange))
{
//求圆弧的切线的交点
if (arc.Clockwise != HitUtil.IsClockwiseByCross(p2.Point, point1, cPoints.Item1.Point))
{
var l1 = DrawingOperationHelper.GetLineEquationByVerticalLine(point1, p2.Point);
intersecteArcPoint = DrawingOperationHelper.GetIntersectionPointBy2Line(l1.Item1, l1.Item2, l1.Item3, line.Item1, line.Item2, line.Item3);
}
}
bool completedSmooth = false; //是否完成圆角处理
if (compensationParam.IsSmooth) //圆角处理
{
if (!intersecteArcPoint.IsEmpty ||
(!validPoint.IsEmpty && !HitUtil.IsPointInLine(cPoints.Item1.Point, cPoints.Item2.Point, validPoint, errorRange)))
{
bool closewise = HitUtil.IsClockwiseByCross(p2.Point, cPoints.Item1.Point, cPoints.Item2.Point);
double bulge = BulgeHelper.GetBulgeFromTwoPointsAndCenter(p2.Point, point1, cPoints.Item1.Point, closewise);
retPoints.Add(new UnitPointBulge(point1, bulge, hasMicroConn: p2.HasMicroConn, position: -1 - indexCur));
retPoints.Add(new UnitPointBulge(cPoints.Item1.Point, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
completedSmooth = true;
}
}
if (!completedSmooth)
{
if (!intersecteArcPoint.IsEmpty)
{
retPoints.Add(new UnitPointBulge(point1, position: indexCur));
retPoints.Add(new UnitPointBulge(intersecteArcPoint, position: indexCur));
}
else if (!validPoint.IsEmpty)
{
retPoints.Add(new UnitPointBulge(validPoint, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
return(retPoints);
}
else
{
retPoints.Add(new UnitPointBulge(point1, position: indexCur));
retPoints.Add(new UnitPointBulge(p2.Point, position: indexCur));
retPoints.Add(new UnitPointBulge(cPoints.Item1.Point, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
}
}
return(retPoints);
}
/// <summary>
/// 计算补偿点
/// </summary>
/// <param name="points"></param>
/// <param name="isCloseFigure"></param>
/// <param name="compensationParam"></param>
/// <param name="isReverseDirection"></param>
/// <param name="isOutside"></param>
/// <returns></returns>
public static List <UnitPointBulge> CalCompensationPoints(List <UnitPointBulge> points, bool isCloseFigure, CompensationModel compensationParam, bool isReverseDirection, bool isOutside)
{
var rets = new List <UnitPointBulge>();
if (points == null && points.Count <= 0)
{
return(rets);
}
#region 计算补偿点坐标
if (points.Count == 2)
{
var ps = GetCompensationsPoint(points[0], points[1], compensationParam.Size, isOutside);
ps.Item1.IsBasePoint = true;
ps.Item1.Position = 0;
ps.Item2.IsBasePoint = true;
ps.Item2.Position = 1;
rets.Add(ps.Item1);
rets.Add(ps.Item2);
}
else if (points.Count >= 3)
{
for (int i = 0; i < points.Count; i++)
{
if (!isCloseFigure && i == 0)
{
var ps = GetCompensationsPoint(points[0], points[1], compensationParam.Size, isOutside);
ps.Item1.IsBasePoint = true;
ps.Item1.Position = i;
rets.Add(ps.Item1);
}
else if (!isCloseFigure && i == points.Count - 1)
{
var ps = GetCompensationsPoint(points[i - 1], points[points.Count - 1], compensationParam.Size, isOutside);
ps.Item2.IsBasePoint = true;
ps.Item2.Position = i;
rets.Add(ps.Item2);
}
else
{
int indexPer = (i - 1 < 0) ? points.Count - 1 : i - 1; //前一段
int indexCur = i; //当前段
int indexNext = (i + 1 > points.Count - 1) ? 0 : i + 1; //后一段
UnitPointBulge p1 = points[indexPer];
UnitPointBulge p2 = points[indexCur];
UnitPointBulge p3 = points[indexNext];
var ps = new List <UnitPointBulge>();
if (!double.IsNaN(p1.Bulge) && !double.IsNaN(p2.Bulge))
{
//圆弧到圆弧,求交点
ps = CalCompensationsBy2Arc(p1, p2, p3, indexCur, compensationParam, isOutside);
}
else if (double.IsNaN(p1.Bulge) && !double.IsNaN(p2.Bulge))
{
//直线到圆弧，求交点
ps = CalCompensationsByLineArc(p1, p2, p3, indexCur, compensationParam, isOutside);
}
else if (!double.IsNaN(p1.Bulge) && double.IsNaN(p2.Bulge))
{
//圆弧到直线，求交点
ps = CalCompensationsByArcLine(p1, p2, p3, indexCur, compensationParam, isOutside);
}
else
{
//直线到直线，求交点
ps = CalCompensationsBy2Line(p1, p2, p3, indexCur, compensationParam, isOutside);
}
if (ps.Count > 0)
{
ps[ps.Count - 1].IsBasePoint = true;
}
rets.AddRange(ps);
}
}
}
#endregion
#region 更新凸度值，和所在段的标记
for (int i = 0; i < rets.Count - 1; i++)
{
if (!double.IsNaN(rets[i].Bulge) && (int)rets[i].Position >= 0)
{
ArcModelMini arc = DrawingOperationHelper.GetArcParametersFromBulge(points[(int)rets[i].Position].Point, points[(int)rets[i].Position + 1].Point, (float)points[(int)rets[i].Position].Bulge);
double bugle = BulgeHelper.GetBulgeFromTwoPointsAndCenter(arc.Center, rets[i].Point, rets[i + 1].Point, arc.Clockwise);
rets[i].Bulge = bugle;
}
if ((int)rets[i].Position < 0)
{
rets[i].Position = -(rets[i].Position + 1);
}
}
if (isCloseFigure && rets.Count > 0 && !double.IsNaN(rets[rets.Count - 1].Bulge) && rets[rets.Count - 1].Position >= 0)
{
ArcModelMini arc = DrawingOperationHelper.GetArcParametersFromBulge(points[points.Count - 1].Point, points[0].Point, (float)points[points.Count - 1].Bulge);
double bugle = BulgeHelper.GetBulgeFromTwoPointsAndCenter(arc.Center, rets[rets.Count - 1].Point, rets[0].Point, arc.Clockwise);
rets[rets.Count - 1].Bulge = bugle;
}
if (rets.Count > 0 && (int)rets[rets.Count - 1].Position < 0)
{
rets[rets.Count - 1].Position = -(rets[rets.Count - 1].Position + 1);
}
#endregion
#region 根据情况调整起点
if (isCloseFigure)
{
int index = rets.FindLastIndex(e => (int)e.Position == 0);
if ((index == 1 && !isReverseDirection) || index == 2)
{
var temp = rets[0];
rets.Remove(temp);
rets.Add(temp);
}
}
#endregion
return(rets);
}
/// <summary>
/// 圆弧到圆弧,补偿求交点
/// </summary>
/// <param name="p1"></param>
/// <param name="p2"></param>
/// <param name="p3"></param>
/// <param name="indexCur"></param>
/// <returns></returns>
private static List <UnitPointBulge> CalCompensationsBy2Arc(UnitPointBulge p1, UnitPointBulge p2, UnitPointBulge p3, int indexCur, CompensationModel compensationParam, bool isOutside)
{
var retPoints = new List <UnitPointBulge>();
ArcModelMini arc1 = DrawingOperationHelper.GetArcParametersFromBulge(p1.Point, p2.Point, (float)p1.Bulge);
ArcModelMini arc2 = DrawingOperationHelper.GetArcParametersFromBulge(p2.Point, p3.Point, (float)p2.Bulge);
double r1 = arc1.Clockwise ? arc1.Radius - compensationParam.Size : arc1.Radius + compensationParam.Size;
double r2 = arc2.Clockwise ? arc2.Radius - compensationParam.Size : arc2.Radius + compensationParam.Size;
if (isOutside)
{
r1 = arc1.Clockwise ? arc1.Radius + compensationParam.Size : arc1.Radius - compensationParam.Size;
r2 = arc2.Clockwise ? arc2.Radius + compensationParam.Size : arc2.Radius - compensationParam.Size;
}
UnitPoint point1 = HitUtil.GetLinePointByDistance(arc1.Center, p2.Point, r1, true);
UnitPoint point2 = HitUtil.GetLinePointByDistance(arc2.Center, p2.Point, r2, true);
if (HitUtil.Distance(point1, point2) < errorRange)
{
retPoints.Add(new UnitPointBulge(point2, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
return(retPoints);
}
var intersects = DrawingOperationHelper.GetIntersectPointBy2Circle(arc1.Center, r1, arc2.Center, r2);
var validPoint = new UnitPoint(double.NaN, double.NaN);
UnitPoint intersecteArcPoint = new UnitPoint(double.NaN, double.NaN);
//筛选有交点,如果有两个点就选距离p2近的点
if (intersects.Count == 1)
{
validPoint = intersects[0];
}
else if (intersects.Count == 2)
{
validPoint = HitUtil.Distance(intersects[0], p2.Point) < HitUtil.Distance(intersects[1], p2.Point) ? intersects[0] : intersects[1];
}
bool closewise = HitUtil.IsClockwiseByCross(p2.Point, point1, point2);
if (validPoint.IsEmpty)
{
if (arc1.Clockwise != closewise || arc2.Clockwise != closewise)//求两个圆弧的切线的交点
{
var line1 = DrawingOperationHelper.GetLineEquationByVerticalLine(point1, arc1.Center);
var line2 = DrawingOperationHelper.GetLineEquationByVerticalLine(point2, arc2.Center);
intersecteArcPoint = DrawingOperationHelper.GetIntersectionPointBy2Line(line1.Item1, line1.Item2, line1.Item3, line2.Item1, line2.Item2, line2.Item3);
}
}
bool completedSmooth = false; //是否完成圆角处理
if (compensationParam.IsSmooth) //圆角处理
{
bool needSmooth = false;
if (!validPoint.IsEmpty)
{
double lineAngle = HitUtil.LineAngleR(arc1.Center, validPoint, 0);
bool pointInArc = HitUtil.IsPointInArc(HitUtil.RadiansToDegrees(lineAngle), HitUtil.RadiansToDegrees(arc1.StartAngle), HitUtil.RadiansToDegrees(arc1.EndAngle), arc1.Clockwise);
needSmooth = !pointInArc;
}
if (!intersecteArcPoint.IsEmpty || needSmooth)
{
double bulge = BulgeHelper.GetBulgeFromTwoPointsAndCenter(p2.Point, point1, point2, closewise);
retPoints.Add(new UnitPointBulge(point1, bulge, hasMicroConn: p2.HasMicroConn, position: -1 - indexCur));
retPoints.Add(new UnitPointBulge(point2, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
completedSmooth = true;
}
}
if (!completedSmooth)
{
if (!validPoint.IsEmpty)
{
retPoints.Add(new UnitPointBulge(validPoint, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
return(retPoints);
}
else if (!intersecteArcPoint.IsEmpty)
{
retPoints.Add(new UnitPointBulge(point1, position: indexCur));
retPoints.Add(new UnitPointBulge(intersecteArcPoint, position: indexCur));
retPoints.Add(new UnitPointBulge(point2, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
}
else
{
retPoints.Add(new UnitPointBulge(point1, position: indexCur));
retPoints.Add(new UnitPointBulge(p2.Point, position: indexCur));
retPoints.Add(new UnitPointBulge(point2, p2.Bulge, hasMicroConn: p2.HasMicroConn, position: indexCur));
}
}
return(retPoints);
}
public void OnCompensation(bool allFigure, CompensationModel param)
{
this.drawingComponent1.OnCompensation(allFigure, param);
}
