public List <Point> List_PoChildToPoint(List <syPoChild> syPoChilds, syPoDrawing refCurrPoDrawing)
{
List <Point> rePoints = new List <Point>();
foreach (syPoChild spc in syPoChilds)
{
//Math.Round
syPoRelation spr = new syPoRelation();
spr.SyGuid = System.Guid.NewGuid().ToString();
Point p_temp = PoChildToPoint(spc, refCurrPoDrawing);
spr.SyPoint = p_temp;
spr.SyChild = spc;
MainRelation.Add(spr);
rePoints.Add(p_temp);
}
if (rePoints.Count > 0)
{
return(rePoints);
}
else
{
return(null);
}
}
public List<Point> List_PoChildToPoint(List<syPoChild> syPoChilds, syPoDrawing refCurrPoDrawing)
{
List<Point> rePoints = new List<Point>();
foreach (syPoChild spc in syPoChilds)
{
//Math.Round
syPoRelation spr = new syPoRelation();
spr.SyGuid = System.Guid.NewGuid().ToString();
Point p_temp = PoChildToPoint(spc, refCurrPoDrawing);
spr.SyPoint = p_temp;
spr.SyChild = spc;
MainRelation.Add(spr);
rePoints.Add(p_temp);
}
if (rePoints.Count > 0)
return rePoints;
else
return null;
}
public Point PoChildToPoint(syPoChild syChild, syPoDrawing refCurrPoDrawing)
{
//Point p=new Point();
double xWide = refCurrPoDrawing.SyXWide;
double yWide = refCurrPoDrawing.SyYWide;
double DanWeiX = (double)refCurrPoDrawing.SyXValue[1] - (double)refCurrPoDrawing.SyXValue[0];
double DanWeiY = (double)refCurrPoDrawing.SyYValue[1] - (double)refCurrPoDrawing.SyYValue[0];
double NxWide = xWide / DanWeiX;
double NyWide = yWide / DanWeiY;
double syX = Math.Round(syChild.SyX, 4);
double syY = Math.Round(syChild.SyY, 4);
int ZhengX = (int)Math.Round(syX, 0);
int ZhengY = (int)Math.Round(syY, 0);
int Tx = 0;
int Ty = 0;
for (int i = 0; i < refCurrPoDrawing.SyXValue.Count - 1; i++)
{
if ((double)refCurrPoDrawing.SyXValue[i] <= ZhengX && ZhengX <= (double)refCurrPoDrawing.SyXValue[i + 1])
{
Tx = i +1;
break;
}
}
for (int i = 0; i < refCurrPoDrawing.SyYValue.Count - 1; i++)
{
if ((double)refCurrPoDrawing.SyYValue[i] <= ZhengY && ZhengY <= (double)refCurrPoDrawing.SyYValue[i + 1])
{
Ty = i +1 ;
break;
}
}
double LingX = 0;
try
{
LingX = syX - (double)refCurrPoDrawing.SyXValue[Tx - 1];
}
catch { }
double HouJX = Math.Round( NxWide * LingX,4);
double LingY = 0;
try
{
LingY = syY - (double)refCurrPoDrawing.SyYValue[Ty - 1];
}
catch { }
double HouJY = Math.Round(NyWide * LingY,4);
//y是反数
double TeY = refCurrPoDrawing.SyYValue.Count - Ty;
double QuX = Tx * xWide;
double QuY = TeY * yWide;
double ZuoX = QuX + HouJX;
double ZuoY = QuY - HouJY;
ZuoY += refCurrPoDrawing.SyYMarin;
ZuoX += refCurrPoDrawing.SyXMarin;
ZuoX -= xWide;
ZuoY += yWide;
return new Point(ZuoX, ZuoY);
}
public Point PoChildToPoint(syPoChild syChild, syPoDrawing refCurrPoDrawing)
{
//Point p=new Point();
double xWide = refCurrPoDrawing.SyXWide;
double yWide = refCurrPoDrawing.SyYWide;
double DanWeiX = (double)refCurrPoDrawing.SyXValue[1] - (double)refCurrPoDrawing.SyXValue[0];
double DanWeiY = (double)refCurrPoDrawing.SyYValue[1] - (double)refCurrPoDrawing.SyYValue[0];
double NxWide = xWide / DanWeiX;
double NyWide = yWide / DanWeiY;
double syX = Math.Round(syChild.SyX, 4);
double syY = Math.Round(syChild.SyY, 4);
int ZhengX = (int)Math.Round(syX, 0);
int ZhengY = (int)Math.Round(syY, 0);
int Tx = 0;
int Ty = 0;
for (int i = 0; i < refCurrPoDrawing.SyXValue.Count - 1; i++)
{
if ((double)refCurrPoDrawing.SyXValue[i] <= ZhengX && ZhengX <= (double)refCurrPoDrawing.SyXValue[i + 1])
{
Tx = i + 1;
break;
}
}
for (int i = 0; i < refCurrPoDrawing.SyYValue.Count - 1; i++)
{
if ((double)refCurrPoDrawing.SyYValue[i] <= ZhengY && ZhengY <= (double)refCurrPoDrawing.SyYValue[i + 1])
{
Ty = i + 1;
break;
}
}
double LingX = 0;
try
{
LingX = syX - (double)refCurrPoDrawing.SyXValue[Tx - 1];
}
catch { }
double HouJX = Math.Round(NxWide * LingX, 4);
double LingY = 0;
try
{
LingY = syY - (double)refCurrPoDrawing.SyYValue[Ty - 1];
}
catch { }
double HouJY = Math.Round(NyWide * LingY, 4);
//y是反数
double TeY = refCurrPoDrawing.SyYValue.Count - Ty;
double QuX = Tx * xWide;
double QuY = TeY * yWide;
double ZuoX = QuX + HouJX;
double ZuoY = QuY - HouJY;
ZuoY += refCurrPoDrawing.SyYMarin;
ZuoX += refCurrPoDrawing.SyXMarin;
ZuoX -= xWide;
ZuoY += yWide;
return(new Point(ZuoX, ZuoY));
}