public void SetLineProfile(Point startRealP, Point endRealP, ControlData condata)
{
EqData = new LineEqData();
LineData = new LineProfileData();
XData = new List <int>();
YData = new List <int>();
InitData(startRealP, endRealP, condata);
}
void ChangeStartEndYorder(LineProfileData lineData)
{
if (lineData.StartPoint.Y > lineData.EndPoint.Y)
{
Point startPoint = lineData.EndPoint;
Point endPoint = lineData.StartPoint;
int startNumX = lineData.EndNumX;
int endnumX = lineData.StartNumX;
int startNumY = lineData.EndNumY;
int endnumY = lineData.StartNumY;
lineData.EndPoint = endPoint;
lineData.StartPoint = startPoint;
lineData.EndNumX = endnumX;
lineData.StartNumX = startNumX;
lineData.EndNumY = endnumY;
lineData.StartNumY = startNumY;
}
}
byte[] YOrder(string[,] inputPath, LineProfileData lineData)
{
double resultForAssert = lineData.EndPoint.Y - lineData.StartPoint.Y;
int x = LineData.StartNumX;
int y = LineData.StartNumY;
int xend = LineData.EndNumX;
int yend = LineData.EndNumY;
try
{
FormatConvert fcv = new FormatConvert();
/* y의 끝점이 한개의 이미지의 y끝점에서 안에 있는지, 이미지보다 위로 가는지 아래로 가는지*/
List <byte> outputlist = new List <byte>();
int innerSX = (int)lineData.StartPoint.X - x * ImgInfo.W;
int innerSY = (int)lineData.StartPoint.Y - y * ImgInfo.H;
int innerEY = (int)lineData.EndPoint.Y - yend * ImgInfo.H;
while (true)
{
byte[,] data = fcv.Dat2Mat(inputPath[y, x]); // string[row,col] 순 이므로 [y,x] 순이 된다.
double By = innerSX - EqData.Ay * innerSY; // ok
if (y == lineData.EndNumY)
{
if (x == xend)
{
for (int j = innerSY; j < innerEY; j++)
{
int xPos = (int)(EqData.Ay * j + By - 1) >= 0? (int)(EqData.Ay * j + By - 1): 0;
outputlist.Add(data[j, xPos]);
}
break;
}
else if (x > xend)
{
for (int j = innerSY; j < ImgInfo.W; j++)
{
if (EqData.Ax * j + By < 0)
{
innerSY = j;
break;
}
int xPos = (int)(EqData.Ay * j + By - 1) >= 0 ? (int)(EqData.Ay * j + By - 1) : 0;
outputlist.Add(data[j, xPos]);
}
innerSX = ImgInfo.W;
x--;
}
else
{
for (int j = 0; j < ImgInfo.W; j++)
{
if (EqData.Ax * j + By > ImgInfo.W)
{
innerSY = j;
break;
}
int xPos = (int)(EqData.Ay * j + By - 1) >= 0 ? (int)(EqData.Ay * j + By - 1) : 0;
outputlist.Add(data[j, xPos]);
}
innerSX = 0;
x++;
}
} // Y is in End
else if (y == lineData.StartNumY)
{
if ((EqData.Ay * ImgInfo.H + By) < 0)
{
for (int j = innerSY; j < ImgInfo.H; j++)
{
if (EqData.Ay * j + By < 0) // 칸을 넘어갔을경우
{
innerSY = j;
break;
}
int xPos = (int)(EqData.Ay * j + By - 1) >= 0 ? (int)(EqData.Ay * j + By - 1) : 0;
outputlist.Add(data[j, xPos]);
}
innerSX = ImgInfo.W;
x--;
}
else if ((EqData.Ay * ImgInfo.H + By) > ImgInfo.W)
{
for (int j = 0; j < ImgInfo.H; j++)
{
if (EqData.Ay * j + By > ImgInfo.W)
{
innerSY = j;
break;
}
int xPos = (int)(EqData.Ay * j + By - 1) >= 0 ? (int)(EqData.Ay * j + By - 1) : 0;
outputlist.Add(data[j, xPos]);
}
innerSX = 0;
x++;
}
else
{
for (int j = innerSY; j < ImgInfo.H; j++)
{
int xPos = (int)(EqData.Ay * j + By - 1) >= 0 ? (int)(EqData.Ay * j + By - 1) : 0;
outputlist.Add(data[j, xPos]);
}
innerSY = 0;
y++;
}
}
else
{
if ((EqData.Ay * ImgInfo.H + By) < 0)
{
for (int j = innerSY; j < ImgInfo.H; j++)
{
if (EqData.Ay * j + By < 0)
{
innerSY = j;
break;
}
int xPos = (int)(EqData.Ay * j + By - 1) >= 0 ? (int)(EqData.Ay * j + By - 1) : 0;
outputlist.Add(data[j, xPos]);
}
innerSX = ImgInfo.W;
x--;
}
else if ((EqData.Ay * ImgInfo.H + By) > ImgInfo.W)
{
for (int j = innerSY; j < ImgInfo.H; j++)
{
if (EqData.Ay * j + By > ImgInfo.W)
{
innerSY = j;
break;
}
int xPos = (int)(EqData.Ay * j + By - 1) >= 0 ? (int)(EqData.Ay * j + By - 1) : 0;
outputlist.Add(data[j, xPos]);
}
innerSX = 0;
x++;
}
else
{
int xPos = 0;
for (int j = innerSY; j < ImgInfo.H; j++)
{
xPos = (int)(EqData.Ay * j + By - 1) >= 0 ? (int)(EqData.Ay * j + By - 1) : 0;
outputlist.Add(data[j, xPos]);
}
innerSY = 0;
innerSX = xPos;
y++;
}
} // Y is not in End
}
/* 하나의 라인데이터가 리스트로 저장이 된다. 이 리스트를 byte[] 로 변환해준다. */
byte[] output = ConvertList2ByteArr(outputlist);
Debug.Assert(resultForAssert == output.Length);
return(output);
}
catch (Exception eex)
{
Console.WriteLine(eex.ToString());
return(new byte[0]);
}
}
byte[] XOrder(string[,] inputPath, LineProfileData lineData) // lineData 는 문제없음.
{
double resultForAssert = lineData.EndPoint.X - lineData.StartPoint.X;
int x = LineData.StartNumX;
int y = LineData.StartNumY;
int xend = LineData.EndNumX;
int yend = LineData.EndNumY;
try
{
FormatConvert fcv = new FormatConvert();
List <byte> outputlist = new List <byte>();
/* y의 끝점이 한개의 이미지의 y끝점에서 안에 있는지, 이미지보다 위로 가는지 아래로 가는지*/
int innerSX = (int)lineData.StartPoint.X - x * ImgInfo.W;
int innerSY = (int)lineData.StartPoint.Y - y * ImgInfo.H;
int innerEX = (int)lineData.EndPoint.X - xend * ImgInfo.W;
while (true)
{
byte[,] data = fcv.Dat2Mat(inputPath[y, x]); // string[row,col] 순 이므로 [y,x] 순이 된다. =>ok
double Bx = innerSY - EqData.Ax * innerSX; //inner 시작점 => ok
if (x == lineData.EndNumX) // End
{
if (y == yend)
{
for (int j = innerSX; j < innerEX; j++)
{
int yPos = (int)(EqData.Ax * j + Bx - 1) >= 0 ? (int)(EqData.Ax * j + Bx - 1) : 0;
outputlist.Add(data[yPos, j]); // j = x
}
break;
}
else if (y > yend)
{
for (int j = innerSX; j < ImgInfo.W; j++)
{
if (EqData.Ax * j + Bx < 0)
{
innerSX = j;
break;
}
int yPos = (int)(EqData.Ax * j + Bx - 1) >= 0 ? (int)(EqData.Ax * j + Bx - 1) : 0;
outputlist.Add(data[yPos, j]); // j = x
}
innerSY = ImgInfo.H;
y--;
}
else
{
for (int j = innerSX; j < ImgInfo.W; j++)
{
if (EqData.Ax * j + Bx > ImgInfo.H)
{
innerSX = j;
break;
}
int yPos = (int)(EqData.Ax * j + Bx - 1) >= 0 ? (int)(EqData.Ax * j + Bx - 1) : 0;
outputlist.Add(data[yPos, j]);
}
innerSY = 0;
y++;
}
} // X is in End
else if (x == lineData.StartNumX) // Start
{
if ((EqData.Ax * ImgInfo.W + Bx) < 0)
{
for (int j = innerSX; j < ImgInfo.W; j++)
{
if (EqData.Ax * j + Bx < 0)
{
innerSX = j;
innerSY = (y * ImgInfo.H);
break;
}
int yPos = (int)(EqData.Ax * j + Bx - 1) >= 0 ? (int)(EqData.Ax * j + Bx - 1) : 0;
outputlist.Add(data[yPos, j]); // j = x
}
innerSY = ImgInfo.H;
y--;
}
else if ((EqData.Ax * ImgInfo.W + Bx) > ImgInfo.H)
{
for (int j = innerSX; j < ImgInfo.W; j++)
{
if (EqData.Ax * j + Bx > ImgInfo.H)
{
innerSX = j;
innerSY = (y * ImgInfo.H);
break;
}
int yPos = (int)(EqData.Ax * j + Bx - 1) >= 0 ? (int)(EqData.Ax * j + Bx - 1) : 0;
outputlist.Add(data[yPos, j]);
}
innerSY = 0;
y++;
}
else
{
int yPos = 0;
for (int j = innerSX; j < ImgInfo.W; j++)
{
yPos = (int)(EqData.Ax * j + Bx - 1) >= 0 ? (int)(EqData.Ax * j + Bx - 1) : 0;
outputlist.Add(data[yPos, j]);
}
innerSX = 0;
innerSY = yPos;
x++;
}
}
else // Middle
{
if ((EqData.Ax * ImgInfo.W + Bx) < 0)
{
for (int j = 0; j < ImgInfo.W; j++)
{
if (EqData.Ax * j + Bx < 0)
{
innerSX = j;
break;
}
int yPos = (int)(EqData.Ax * j + Bx - 1) >= 0 ? (int)(EqData.Ax * j + Bx - 1) : 0;
outputlist.Add(data[yPos, j]); // j = x
}
innerSY = ImgInfo.H;
y--;
}
else if ((EqData.Ax * ImgInfo.W + Bx) > ImgInfo.H)
{
for (int j = 0; j < ImgInfo.W; j++)
{
if (EqData.Ax * j + Bx > ImgInfo.H)
{
innerSX = j;
break;
}
int yPos = (int)(EqData.Ax * j + Bx - 1) >= 0 ? (int)(EqData.Ax * j + Bx - 1) : 0;
outputlist.Add(data[yPos, j]);
}
innerSY = 0;
y++;
}
else // mid
{
int yPos = 0;
for (int j = innerSX; j < ImgInfo.W; j++)
{
yPos = (int)(EqData.Ax * j + Bx - 1) >= 0 ? (int)(EqData.Ax * j + Bx - 1) : 0;
outputlist.Add(data[yPos, j]);
}
innerSX = 0;
innerSY = yPos;
x++;
}
} // X is not in End
}
byte[] output = ConvertList2ByteArr(outputlist);
Debug.Assert(resultForAssert == output.Length);
return(output);
}
catch (Exception eex)
{
MessageBox.Show(eex.ToString());
return(new byte[0]);
}
}
