/// <summary>
/// 直线插补
/// </summary>
/// <param name="start">起始点坐标</param>
/// <param name="end">终点坐标</param>
/// <returns>StepMark列表</returns>
public List <StepMark> LineInterpolation(Point3D start, Point3D end)
{
List <StepMark> tempStepMark = new List <StepMark>();
Quadrant quadrant = Quadrant.First;
Point3D tempEnd = new Point3D(end.X - start.X, end.Y - start.Y, end.Z - start.Z);
//判断象限
if (tempEnd.X > 0 && tempEnd.Y >= 0)
{
quadrant = Quadrant.First;
}
else if (tempEnd.X <= 0 && tempEnd.Y >= 0)
{
quadrant = Quadrant.Second;
}
else if (tempEnd.X <= 0 && tempEnd.Y < 0)
{
quadrant = Quadrant.Third;
}
else
{
quadrant = Quadrant.Forth;
}
if ((start - end).Z != 0) //说明是Z向运动
{
StepMark tSM = new StepMark();
tSM.ToEndZ();
tempStepMark.Add(tSM);
return(tempStepMark);
}
//分象限进行插补计算
Point3D position = new Point3D(0, 0, 0); //记录当前位置
if (tempEnd.X == 0) //竖直线
{
StepMark tempMark = new StepMark();
tempMark.ToEndY(); //Y直接到底
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
}
else
{
if (quadrant == Quadrant.First) //第一象限
{
double yShouldBe = 0;
double K = tempEnd.Y / tempEnd.X;
while (position.X + _step < tempEnd.X)
{
if (position.Y < yShouldBe) //当前位置在下方
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive(); //向Y正向步进
tempStepMark.Add(tempMark);
position.Y += _step;
}
else //当前位置在上方
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive(); //向X正向步进
tempStepMark.Add(tempMark);
position.X += _step;
yShouldBe += _step * K;
}
}
while (position.Y < yShouldBe) //直到出现在了上方
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive(); //向Y正向步进
tempStepMark.Add(tempMark);
position.Y += _step;
}
//X插补至终点
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
yShouldBe += Math.Abs(K * (tempEnd.X - position.X));
position.X = end.X;
if (position.Y < yShouldBe) //如果还在下方
{
StepMark tempMark = new StepMark();
//y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = end.Y;
}
}
else if (quadrant == Quadrant.Second) //第二象限
{
double yShouldBe = 0;
double K = Math.Abs(tempEnd.Y / tempEnd.X);
while (position.X - _step > tempEnd.X)
{
if (position.Y < yShouldBe) //当前位置在下方
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive(); //向Y正向步进
tempStepMark.Add(tempMark);
position.Y += _step;
}
else //当前位置在上方
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative(); //向X负向步进
tempStepMark.Add(tempMark);
position.X -= _step;
yShouldBe += _step * K;
}
}
while (position.Y < yShouldBe) //直到出现在了上方
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive(); //向Y正向步进
tempStepMark.Add(tempMark);
position.Y += _step;
}
//X插补至终点
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
yShouldBe += Math.Abs(K * (tempEnd.X - position.X));
position.X = end.X;
if (position.Y < yShouldBe) //如果还在下方
{
StepMark tempMark = new StepMark();
//y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = end.Y;
}
}
else if (quadrant == Quadrant.Third) //第三象限
{
double yShouldBe = 0;
double K = Math.Abs(tempEnd.Y / tempEnd.X);
while (position.X - _step > tempEnd.X)
{
if (position.Y > yShouldBe) //当前位置在上方
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative(); //向Y负向步进
tempStepMark.Add(tempMark);
position.Y -= _step;
}
else //当前位置在下方
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative(); //向X负向步进
tempStepMark.Add(tempMark);
position.X -= _step;
yShouldBe -= _step * K;
}
}
while (position.Y > yShouldBe) //直到出现在了下方
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative(); //向Y负向步进
tempStepMark.Add(tempMark);
position.Y -= _step;
}
//X插补至终点
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
yShouldBe -= Math.Abs(K * (tempEnd.X - position.X));
position.X = end.X;
if (position.Y > yShouldBe) //如果还在上方
{
StepMark tempMark = new StepMark();
//y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = end.Y;
}
}
else //第四象限
{
double yShouldBe = 0;
double K = Math.Abs(tempEnd.Y / tempEnd.X);
while (position.X + _step < tempEnd.X)
{
if (position.Y > yShouldBe) //当前位置在上方
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative(); //向Y负向步进
tempStepMark.Add(tempMark);
position.Y -= _step;
}
else //当前位置在下方
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive(); //向X正向步进
tempStepMark.Add(tempMark);
position.X += _step;
yShouldBe -= _step * K;
}
}
while (position.Y > yShouldBe) //直到出现在了下方
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative(); //向Y负向步进
tempStepMark.Add(tempMark);
position.Y -= _step;
}
//X插补至终点
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
yShouldBe -= Math.Abs(K * (tempEnd.X - position.X));
position.X = end.X;
if (position.Y > yShouldBe) //如果还在上方
{
StepMark tempMark = new StepMark();
//y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = end.Y;
}
}
}
return(tempStepMark);
}
/// <summary>
/// 圆弧插补
/// </summary>
/// <param name="center">圆心坐标</param>
/// <param name="start">起点坐标</param>
/// <param name="end">终点坐标</param>
/// <param name="direction">方向，1-顺时针 0-逆时针</param>
/// <returns>StepMark列表</returns>
public List <StepMark> CircleInterpolation(Point3D center, Point3D start, Point3D end, int direction)
{
//填入圆弧插补代码
List <StepMark> tempStepMark = new List <StepMark>();
// Quadrant quadrant = Quadrant.First;
Point3D position = new Point3D(start.X - center.X, start.Y - center.Y, start.Z - center.Z);//记录当前位置
Point3D tempEnd = new Point3D(end.X - center.X, end.Y - center.Y, end.Z - center.Z);
double deviationF = 0;
//判断顺逆， 1->顺 0->逆
if (direction == 1) //顺圆弧画圆
{
int flag = 1; //设置标志位，循环画圆
while (flag == 1)
{
while (position.X >= 0 && position.Y > 0 && flag == 1) //第一象限
{
if (deviationF >= 0) //点在圆外
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative();//向Y负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.Y + _step;
position.Y -= _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive();//向X正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.X + _step;
position.X += _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step)) //判断是否接近终点
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX();//X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag = 2;
break;
}
}
while (position.X < 0 && position.Y >= 0 && flag == 1) //第二象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive();//向X正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.X + _step;
position.X += _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive();//向Y正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.Y + _step;
position.Y += _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX();//X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag = 2;
break;
}
}
while (position.X <= 0 && position.Y < 0 && flag == 1) //第三象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive();//向Y正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.Y + _step;
position.Y += _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative();//向X负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.X + _step;
position.X -= _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX();//X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag = 2;
break;
}
}
while (position.X > 0 && position.Y <= 0 && flag == 1) //第四象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative();//向X负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.X + _step;
position.X -= _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative();//向Y负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.Y + _step;
position.Y -= _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX();//X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag = 2;
break;
}
}
}
}
if (direction == 0) //逆圆弧画圆
{
while ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) > (_step * _step))
{
while (position.X > 0 && position.Y >= 0)//第一象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative();//向X负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.X + _step;
position.X -= _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive();//向Y正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.Y + _step;
position.Y += _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX();//X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
break;
}
}
while (position.X <= 0 && position.Y > 0) //第二象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative();//向Y负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.Y + _step;
position.Y -= _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative();//向X负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.X + _step;
position.X -= _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX();//X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
break;
}
}
while (position.X < 0 && position.Y <= 0) //第三象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive();//向X正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.X + _step;
position.X += _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative();//向Y负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.Y + _step;
position.Y -= _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX();//X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
break;
}
}
while (position.X >= 0 && position.Y < 0) //第四象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive();//向Y正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.Y + _step;
position.Y += _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive();//向X正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.X + _step;
position.X += _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX();//X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
break;
}
}
}
}
return(tempStepMark);
}
/// <summary>
/// 圆弧插补
/// </summary>
/// <param name="center">圆心坐标</param>
/// <param name="start">起点坐标</param>
/// <param name="end">终点坐标</param>
/// <param name="direction">方向，1-顺时针 0-逆时针</param>
/// <returns>StepMark列表</returns>
public List <StepMark> CircleInterpolation(Point3D center, Point3D start, Point3D end, int direction)
{
//填入圆弧插补代码
List <StepMark> tempStepMark = new List <StepMark>();
// Quadrant quadrant = Quadrant.First;
double deviationF = 0;
double R_1 = Math.Sqrt((start.X - center.X) * (start.X - center.X) + (start.Y - center.Y) * (start.Y - center.Y));
double R_2 = Math.Sqrt((end.X - center.X) * (end.X - center.X) + (end.Y - center.Y) * (end.Y - center.Y));
double R = (R_1 + R_2) / 2;
double m, n;
double x_3 = (start.X + end.X) / 2;
double y_3 = (start.Y + end.Y) / 2;
double k = (end.Y - start.Y) / (end.X - start.X);
if (R_1 != R_2)
{
if (start.Y != end.Y)
{
m = (y_3 - center.Y + (1 / k) * x_3 + k * center.X) / (k + 1 / k);
n = k * m + center.Y - k * center.X;
}
else
{
m = x_3;
n = center.Y;
}
}
else
{
m = center.X;
n = center.Y;
}
Point3D position = new Point3D(start.X - m, start.Y - n, start.Z - center.Z); //记录当前位置
Point3D tempEnd = new Point3D(end.X - m, end.Y - n, end.Z - center.Z);
//判断顺逆， 1->顺 0->逆
if (direction == 1) //顺圆弧画圆
{
int flag = 1; //设置标志位，循环画圆
while (flag == 1)
{
while (position.X >= 0 && position.Y > 0 && flag == 1) //第一象限
{
deviationF = position.X * position.X + position.Y * position.Y - R * R;
if (deviationF >= 0) //点在圆外
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative(); //向Y负向步进
tempStepMark.Add(tempMark);
// deviationF = deviationF - 2 * position.Y + _step;
position.Y -= _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive(); //向X正向步进
tempStepMark.Add(tempMark);
// deviationF = deviationF + 2 * position.X + _step;
position.X += _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(
position.Y - tempEnd.Y, 2)) < (_step * _step)) //判断是否接近终点
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag = 2;
break;
}
}
while (position.X < 0 && position.Y >= 0 && flag == 1) //第二象限
{
deviationF = position.X * position.X + position.Y * position.Y - R * R;
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive(); //向X正向步进
tempStepMark.Add(tempMark);
// deviationF = deviationF + 2 * position.X + _step;
position.X += _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive(); //向Y正向步进
tempStepMark.Add(tempMark);
// deviationF = deviationF + 2 * position.Y + _step;
position.Y += _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag = 2;
break;
}
}
while (position.X <= 0 && position.Y < 0 && flag == 1) //第三象限
{
deviationF = position.X * position.X + position.Y * position.Y - R * R;
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive(); //向Y正向步进
tempStepMark.Add(tempMark);
// deviationF = deviationF + 2 * position.Y + _step;
position.Y += _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative(); //向X负向步进
tempStepMark.Add(tempMark);
// deviationF = deviationF - 2 * position.X + _step;
position.X -= _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag = 2;
break;
}
}
while (position.X > 0 && position.Y <= 0 && flag == 1) //第四象限
{
deviationF = position.X * position.X + position.Y * position.Y - R * R;
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative(); //向X负向步进
tempStepMark.Add(tempMark);
// deviationF = deviationF - 2 * position.X + _step;
position.X -= _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative(); //向Y负向步进
tempStepMark.Add(tempMark);
// deviationF = deviationF - 2 * position.Y + _step;
position.Y -= _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag = 2;
break;
}
}
}
}
if (direction == 0) //逆圆弧画圆
{
int flag_2 = 1;
while (flag_2 == 1)
{
while (position.X >= 0 && position.Y > 0 && flag_2 == 1) //第一象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative(); //向X负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.X + _step;
position.X -= _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive(); //向Y正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.Y + _step;
position.Y += _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag_2 = 2;
break;
}
}
while (position.X < 0 && position.Y >= 0 && flag_2 == 1) //第二象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative(); //向Y负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.Y + _step;
position.Y -= _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnXNegative(); //向X负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.X + _step;
position.X -= _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag_2 = 2;
break;
}
}
while (position.X <= 0 && position.Y < 0 && flag_2 == 1) //第三象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive(); //向X正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.X + _step;
position.X += _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnYNegative(); //向Y负向步进
tempStepMark.Add(tempMark);
deviationF = deviationF - 2 * position.Y + _step;
position.Y -= _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag_2 = 2;
break;
}
}
while (position.X > 0 && position.Y <= 0 && flag_2 == 1) //第四象限
{
if (deviationF >= 0)
{
StepMark tempMark = new StepMark();
tempMark.StepOnYPositive(); //向Y正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.Y + _step;
position.Y += _step;
}
else
{
StepMark tempMark = new StepMark();
tempMark.StepOnXPositive(); //向X正向步进
tempStepMark.Add(tempMark);
deviationF = deviationF + 2 * position.X + _step;
position.X += _step;
}
if ((Math.Pow(position.X - tempEnd.X, 2) + Math.Pow(position.Y - tempEnd.Y, 2)) < (_step * _step))
{
StepMark finalTempMark = new StepMark();
finalTempMark.ToEndX(); //X至终点
tempStepMark.Add(finalTempMark);
position.X = tempEnd.X;
StepMark tempMark = new StepMark(); //y插补至终点
tempMark.ToEndY();
tempStepMark.Add(tempMark);
position.Y = tempEnd.Y;
flag_2 = 2;
break;
}
}
}
}
return(tempStepMark);
}