private static void CheckSpecialSeperatedDotCharacter(ConnectedPixel connectElement, List <ConnectedPixel> lstConnectedElement, CharacterInfo ibold, CharacterInfo iUnbold, KeyValuePair <short, List <PixelPoint> > currentConnectedpixel)
{
bool flag;
if (connectElement.m_width != 2 || connectElement.m_height != 6)
{
flag = (connectElement.m_width != 1 ? true : connectElement.m_height != 6);
}
else
{
flag = false;
}
if (flag)
{
List <PixelPoint> .Enumerator enumerator = currentConnectedpixel.Value.GetEnumerator();
while (enumerator.MoveNext())
{
PixelPoint current = enumerator.Current;
connectElement.m_pixelCoordinate[current.XCor - connectElement.m_leftXCor, current.YCor - connectElement.m_topYCor] = true;
}
}
else
{
int num = (connectElement.m_width == 2 ? 2 : 3);
int num1 = lstConnectedElement.FindIndex((ConnectedPixel x) => (x.m_bottomYCor != connectElement.m_topYCor - num || x.m_leftXCor != connectElement.m_leftXCor || x.m_color.R != connectElement.m_color.R || x.m_color.G != connectElement.m_color.G ? false : x.m_color.B == connectElement.m_color.B));
if (num1 > -1)
{
connectElement.m_height = (short)(connectElement.m_height + num);
connectElement.m_topYCor = lstConnectedElement[num1].m_topYCor;
connectElement.m_pixelCoordinate = (connectElement.m_width == 2 ? ibold.m_pixelCoordinate : iUnbold.m_pixelCoordinate);
lstConnectedElement.RemoveAt(num1);
}
}
}
internal bool MatchPixel(ConnectedPixel connectedElement, CharacterInfo alphabetInfo)
{
bool flag;
if (!(connectedElement.m_pixelCoordinate == null ? false : alphabetInfo.m_pixelCoordinate != null))
{
flag = false;
}
else if ((alphabetInfo.Width != connectedElement.m_width ? false : alphabetInfo.Height == connectedElement.m_height))
{
for (short i = 0; i < alphabetInfo.Width; i = (short)(i + 1))
{
short num = 0;
while (num < alphabetInfo.Height)
{
if (alphabetInfo.m_pixelCoordinate[i, num] == connectedElement.m_pixelCoordinate[i, num])
{
num = (short)(num + 1);
}
else
{
flag = false;
return(flag);
}
}
}
flag = true;
}
else
{
flag = false;
}
return(flag);
}
private static void MatchNeighbConnected(ConnectedPixel markConnected, int neighindex, int maxIndex, ICollection <int> procossedId)
{
if ((neighindex < 0 ? false : neighindex <= maxIndex))
{
short num = (short)Math.Floor((double)neighindex / (double)markConnected.m_width);
short num1 = (short)(neighindex - num * markConnected.m_width);
if ((!markConnected.m_pixelCoordinate[num1, num] ? false : !procossedId.Contains(neighindex)))
{
procossedId.Add(neighindex);
}
}
}
internal bool MatchOverlayCharacter(ConnectedPixel connectingPixels, CharacterInfo characterInfo, List <short> diffMarkerXIndex)
{
bool flag;
if ((characterInfo.Width == 0 || connectingPixels.m_width == 0 || characterInfo.Height != connectingPixels.m_height ? false : characterInfo.Width == connectingPixels.m_width))
{
short num = 0;
for (int i = 0; i < characterInfo.Width; i++)
{
short num1 = 0;
int num2 = 0;
while (num2 < characterInfo.Height)
{
if ((connectingPixels.m_pixelCoordinate[i, num2] ? true : !characterInfo.m_pixelCoordinate[num, num1]))
{
if (diffMarkerXIndex.FindIndex((short s) => s == i) != -1)
{
num1 = (short)(num1 + 1);
}
else if (connectingPixels.m_pixelCoordinate[i, num2] == characterInfo.m_pixelCoordinate[num, num1])
{
num1 = (short)(num1 + 1);
}
else
{
flag = false;
return(flag);
}
num2++;
}
else
{
flag = false;
return(flag);
}
}
num = (short)(num + 1);
}
flag = true;
}
else
{
flag = false;
}
return(flag);
}
private static void GetbackgroundColor(ConnectedPixel connectElement, ref byte[] rgbValues, int nWidth, int nOffset)
{
List <PixelPoint> pixelPoints = new List <PixelPoint>()
{
new PixelPoint((short)(connectElement.m_leftXCor - 1), connectElement.m_topYCor),
new PixelPoint((short)(connectElement.m_leftXCor + 1), connectElement.m_topYCor),
new PixelPoint((short)(connectElement.m_rightXCor - 1), connectElement.m_bottomYCor),
new PixelPoint((short)(connectElement.m_rightXCor + 1), connectElement.m_bottomYCor)
};
List <PixelPoint> pixelPoints1 = pixelPoints;
short r = (short)(connectElement.m_color.R + connectElement.m_color.G + connectElement.m_color.B);
List <PixelPoint> .Enumerator enumerator = pixelPoints1.GetEnumerator();
int num = 0;
while (enumerator.MoveNext())
{
PixelPoint current = enumerator.Current;
int yCor = current.YCor * nWidth + current.XCor * 3 + current.YCor * nOffset;
if ((yCor < 0 ? false : yCor <= (int)rgbValues.Length - 3))
{
short num1 = (short)(rgbValues[yCor + 2] + rgbValues[yCor + 1] + rgbValues[yCor]);
short num2 = (short)Math.Abs((int)(r - num1));
if (num2 > 0)
{
if ((num <= 0 ? true : num < num2))
{
connectElement.m_bgColor.R = rgbValues[yCor + 2];
connectElement.m_bgColor.G = rgbValues[yCor + 1];
connectElement.m_bgColor.B = rgbValues[yCor];
num = num1;
}
}
}
}
}
public List<CharacterInfo> MatchJoinedCharacter(List<ConnectedPixel> connectingPixels)
{
List<CharacterInfo> characterInfos = new List<CharacterInfo>();
CharacterPixel characterPixel = new CharacterPixel();
foreach (ConnectedPixel connectedPixel in connectingPixels.FindAll((ConnectedPixel x) => (x.m_width <= 6 || x.m_height <= 3 || x.m_width > 25 ? false : x.m_height <= 25)))
{
short mLeftXCor = connectedPixel.m_leftXCor;
short num = connectedPixel.m_leftXCor;
short num1 = 4;
while (mLeftXCor <= connectedPixel.m_rightXCor)
{
mLeftXCor = (short)(num + num1);
if (mLeftXCor <= connectedPixel.m_rightXCor + 1)
{
List<PixelPoint> pixelPoints = new List<PixelPoint>();
short num2 = 0;
short num3 = 0;
for (int i = 0; i < connectedPixel.m_height; i++)
{
bool mPixelCoordinate = true;
short num4 = 0;
for (int j = num; j < mLeftXCor; j++)
{
mPixelCoordinate = mPixelCoordinate & !connectedPixel.m_pixelCoordinate[j - connectedPixel.m_leftXCor, i];
if (connectedPixel.m_pixelCoordinate[j - connectedPixel.m_leftXCor, i])
{
pixelPoints.Add(new PixelPoint(num4, num2));
}
num4 = (short)(num4 + 1);
}
if (mPixelCoordinate)
{
num3 = (short)(num3 + 1);
}
else
{
num2 = (short)(num2 + 1);
}
}
pixelPoints.Sort((PixelPoint object1, PixelPoint object2) => object1.XCor.CompareTo(object2.XCor));
PixelPoint item = pixelPoints[pixelPoints.Count - 1];
short xCor = item.XCor;
item = pixelPoints[0];
short xCor1 = (short)(xCor - item.XCor + 1);
pixelPoints.Sort((PixelPoint object1, PixelPoint object2) => object1.YCor.CompareTo(object2.YCor));
item = pixelPoints[pixelPoints.Count - 1];
short yCor = item.YCor;
item = pixelPoints[0];
short yCor1 = (short)(yCor - item.YCor + 1);
bool[,] flagArray = new bool[xCor1, yCor1];
foreach (PixelPoint pixelPoint in pixelPoints)
{
flagArray[pixelPoint.XCor, pixelPoint.YCor] = true;
}
ConnectedPixel connectedPixel1 = new ConnectedPixel()
{
m_width = xCor1,
m_height = yCor1,
m_pixelCoordinate = flagArray,
m_color = connectedPixel.m_color
};
ConnectedPixel connectedPixel2 = connectedPixel1;
int num5 = characterPixel.m_characterInfo.FindIndex((CharacterInfo x) => this.MatchPixel(connectedPixel2, x));
if (num5 == -1)
{
num1 = (short)(num1 + 1);
}
else
{
CharacterInfo characterInfo = new CharacterInfo()
{
m_color = connectedPixel2.m_color,
m_bgColor = connectedPixel.m_bgColor,
Character = characterPixel.m_characterInfo[num5].Character,
TopYCor = (short)(connectedPixel.m_topYCor + num3),
LeftXCor = num,
BottomYCor = (short)(connectedPixel.m_topYCor + num3 + characterPixel.m_characterInfo[num5].Height - 1),
RightXCor = (short)(mLeftXCor - 1),
CharacterDirection = characterPixel.m_characterInfo[num5].CharacterDirection,
Width = characterPixel.m_characterInfo[num5].Width,
Height = characterPixel.m_characterInfo[num5].Height
};
characterInfos.Add(characterInfo);
num = mLeftXCor;
num1 = 4;
}
if (num1 > 5)
{
break;
}
}
else
{
break;
}
}
}
return characterInfos;
}
internal bool MatchPixel(ConnectedPixel connectedElement, CharacterInfo alphabetInfo)
{
bool flag;
if (!(connectedElement.m_pixelCoordinate == null ? false : alphabetInfo.m_pixelCoordinate != null))
{
flag = false;
}
else if ((alphabetInfo.Width != connectedElement.m_width ? false : alphabetInfo.Height == connectedElement.m_height))
{
for (short i = 0; i < alphabetInfo.Width; i = (short)(i + 1))
{
short num = 0;
while (num < alphabetInfo.Height)
{
if (alphabetInfo.m_pixelCoordinate[i, num] == connectedElement.m_pixelCoordinate[i, num])
{
num = (short)(num + 1);
}
else
{
flag = false;
return flag;
}
}
}
flag = true;
}
else
{
flag = false;
}
return flag;
}
internal bool MatchOverlayCharacter(ConnectedPixel connectingPixels, CharacterInfo characterInfo, List<short> diffMarkerXIndex)
{
bool flag;
if ((characterInfo.Width == 0 || connectingPixels.m_width == 0 || characterInfo.Height != connectingPixels.m_height ? false : characterInfo.Width == connectingPixels.m_width))
{
short num = 0;
for (int i = 0; i < characterInfo.Width; i++)
{
short num1 = 0;
int num2 = 0;
while (num2 < characterInfo.Height)
{
if ((connectingPixels.m_pixelCoordinate[i, num2] ? true : !characterInfo.m_pixelCoordinate[num, num1]))
{
if (diffMarkerXIndex.FindIndex((short s) => s == i) != -1)
{
num1 = (short)(num1 + 1);
}
else if (connectingPixels.m_pixelCoordinate[i, num2] == characterInfo.m_pixelCoordinate[num, num1])
{
num1 = (short)(num1 + 1);
}
else
{
flag = false;
return flag;
}
num2++;
}
else
{
flag = false;
return flag;
}
}
num = (short)(num + 1);
}
flag = true;
}
else
{
flag = false;
}
return flag;
}
private static void MatchNeighbConnected(ConnectedPixel markConnected, int neighindex, int maxIndex, ICollection<int> procossedId)
{
if ((neighindex < 0 ? false : neighindex <= maxIndex))
{
short num = (short)Math.Floor((double)neighindex / (double)markConnected.m_width);
short num1 = (short)(neighindex - num * markConnected.m_width);
if ((!markConnected.m_pixelCoordinate[num1, num] ? false : !procossedId.Contains(neighindex)))
{
procossedId.Add(neighindex);
}
}
}
private static void GetbackgroundColor(ConnectedPixel connectElement, ref byte[] rgbValues, int nWidth, int nOffset)
{
List<PixelPoint> pixelPoints = new List<PixelPoint>()
{
new PixelPoint((short)(connectElement.m_leftXCor - 1), connectElement.m_topYCor),
new PixelPoint((short)(connectElement.m_leftXCor + 1), connectElement.m_topYCor),
new PixelPoint((short)(connectElement.m_rightXCor - 1), connectElement.m_bottomYCor),
new PixelPoint((short)(connectElement.m_rightXCor + 1), connectElement.m_bottomYCor)
};
List<PixelPoint> pixelPoints1 = pixelPoints;
short r = (short)(connectElement.m_color.R + connectElement.m_color.G + connectElement.m_color.B);
List<PixelPoint>.Enumerator enumerator = pixelPoints1.GetEnumerator();
int num = 0;
while (enumerator.MoveNext())
{
PixelPoint current = enumerator.Current;
int yCor = current.YCor * nWidth + current.XCor * 3 + current.YCor * nOffset;
if ((yCor < 0 ? false : yCor <= (int)rgbValues.Length - 3))
{
short num1 = (short)(rgbValues[yCor + 2] + rgbValues[yCor + 1] + rgbValues[yCor]);
short num2 = (short)Math.Abs((int)(r - num1));
if (num2 > 0)
{
if ((num <= 0 ? true : num < num2))
{
connectElement.m_bgColor.R = rgbValues[yCor + 2];
connectElement.m_bgColor.G = rgbValues[yCor + 1];
connectElement.m_bgColor.B = rgbValues[yCor];
num = num1;
}
}
}
}
}
internal List<ConnectedPixel> GetConnectedMarkPixel(ConnectedPixel markConnected, short minCount)
{
List<ConnectedPixel> connectedPixels = new List<ConnectedPixel>();
List<int> nums = new List<int>();
int mHeight = (markConnected.m_height - 1) * markConnected.m_width + (markConnected.m_width - 1);
bool[] flagArray = new bool[mHeight + 1];
for (short i = 0; i < markConnected.m_width; i = (short)(i + 1))
{
for (short j = 0; j < markConnected.m_height; j = (short)(j + 1))
{
if (markConnected.m_pixelCoordinate[i, j])
{
int mWidth = j * markConnected.m_width + i;
nums.Add(mWidth);
flagArray[mWidth] = true;
}
}
}
List<int> nums1 = new List<int>();
int num = 0;
while (num != nums.Count)
{
if (!nums1.Contains(nums[num]))
{
List<int> nums2 = new List<int>()
{
nums[num]
};
List<PixelPoint> pixelPoints = new List<PixelPoint>();
for (int k = 0; k != nums2.Count; k++)
{
int item = nums2[k];
int mWidth1 = item - markConnected.m_width - 1;
int num1 = item - markConnected.m_width;
int mWidth2 = item - markConnected.m_width + 1;
int num2 = item - 1;
int num3 = item + 1;
int mWidth3 = item + markConnected.m_width - 1;
int mWidth4 = item + markConnected.m_width;
int num4 = item + markConnected.m_width + 1;
ConnectedCoordinate.MatchNeighbConnected(markConnected, mWidth1, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, num1, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, mWidth2, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, num2, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, num3, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, mWidth3, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, mWidth4, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, num4, mHeight, nums2);
nums1.Add(nums2[k]);
short num5 = (short)Math.Floor((double)nums2[k] / (double)markConnected.m_width);
short item1 = (short)(nums2[k] - num5 * markConnected.m_width);
pixelPoints.Add(new PixelPoint(item1, num5));
}
if (nums2.Count > minCount)
{
pixelPoints.Sort((PixelPoint sObject1, PixelPoint sObject2) => sObject1.YCor.CompareTo(sObject2.YCor));
int yCor = pixelPoints.FirstOrDefault<PixelPoint>().YCor;
int yCor1 = pixelPoints.LastOrDefault<PixelPoint>().YCor;
pixelPoints.Sort((PixelPoint sObject1, PixelPoint sObject2) => sObject1.XCor.CompareTo(sObject2.XCor));
int xCor = pixelPoints.FirstOrDefault<PixelPoint>().XCor;
int xCor1 = pixelPoints.LastOrDefault<PixelPoint>().XCor;
short num6 = (short)(xCor1 - xCor + 1);
short num7 = (short)(yCor1 - yCor + 1);
ConnectedPixel connectedPixel = new ConnectedPixel()
{
m_pixelCoordinate = new bool[num6, num7],
m_color = markConnected.m_color,
m_bgColor = markConnected.m_bgColor,
m_width = num6,
m_height = num7,
m_topYCor = (short)(markConnected.m_topYCor + yCor)
};
ConnectedPixel mTopYCor = connectedPixel;
mTopYCor.m_bottomYCor = (short)(mTopYCor.m_topYCor + num7 - 1);
mTopYCor.m_leftXCor = (short)(markConnected.m_leftXCor + xCor);
mTopYCor.m_rightXCor = (short)(mTopYCor.m_leftXCor + num6 - 1);
List<PixelPoint>.Enumerator enumerator = pixelPoints.GetEnumerator();
while (enumerator.MoveNext())
{
PixelPoint current = enumerator.Current;
mTopYCor.m_pixelCoordinate[current.XCor - xCor, current.YCor - yCor] = true;
}
connectedPixels.Add(mTopYCor);
}
num++;
}
else
{
num++;
}
}
return connectedPixels;
}
private static void CheckSpecialSeperatedDotCharacter(ConnectedPixel connectElement, List<ConnectedPixel> lstConnectedElement, CharacterInfo ibold, CharacterInfo iUnbold, KeyValuePair<short, List<PixelPoint>> currentConnectedpixel)
{
bool flag;
if (connectElement.m_width != 2 || connectElement.m_height != 6)
{
flag = (connectElement.m_width != 1 ? true : connectElement.m_height != 6);
}
else
{
flag = false;
}
if (flag)
{
List<PixelPoint>.Enumerator enumerator = currentConnectedpixel.Value.GetEnumerator();
while (enumerator.MoveNext())
{
PixelPoint current = enumerator.Current;
connectElement.m_pixelCoordinate[current.XCor - connectElement.m_leftXCor, current.YCor - connectElement.m_topYCor] = true;
}
}
else
{
int num = (connectElement.m_width == 2 ? 2 : 3);
int num1 = lstConnectedElement.FindIndex((ConnectedPixel x) => (x.m_bottomYCor != connectElement.m_topYCor - num || x.m_leftXCor != connectElement.m_leftXCor || x.m_color.R != connectElement.m_color.R || x.m_color.G != connectElement.m_color.G ? false : x.m_color.B == connectElement.m_color.B));
if (num1 > -1)
{
connectElement.m_height = (short)(connectElement.m_height + num);
connectElement.m_topYCor = lstConnectedElement[num1].m_topYCor;
connectElement.m_pixelCoordinate = (connectElement.m_width == 2 ? ibold.m_pixelCoordinate : iUnbold.m_pixelCoordinate);
lstConnectedElement.RemoveAt(num1);
}
}
}
internal List<ConnectedPixel> GetConnectedPixel(Bitmap bitmap, Dictionary<short, List<PixelPoint>> dicPixelPointConncected)
{
byte[] numArray;
int num;
int num1;
ImageLabeling.GetRgbArrayFromImage(bitmap, out numArray, out num, out num1);
List<ConnectedPixel> connectedPixels = new List<ConnectedPixel>();
short width = (short)(bitmap.Width * 3);
CharacterPixel characterPixel = new CharacterPixel();
CharacterInfo characterInfo = characterPixel.m_characterInfo.Find((CharacterInfo x) => (x.CharacterDirection != Direction.Horizontal || x.Character != 'i' ? false : x.m_fontWeight == FontWeight.Bold));
CharacterInfo characterInfo1 = characterPixel.m_characterInfo.Find((CharacterInfo x) => (x.CharacterDirection != Direction.Horizontal || x.Character != 'i' ? false : x.m_fontWeight == FontWeight.Normal));
characterPixel.m_characterInfo.RemoveAll((CharacterInfo x) => (x == characterInfo ? false : x != characterInfo1));
foreach (KeyValuePair<short, List<PixelPoint>> keyValuePair in dicPixelPointConncected)
{
if (keyValuePair.Value.Count <= 4000)
{
keyValuePair.Value.Sort((PixelPoint sObject1, PixelPoint sObject2) => sObject1.YCor.CompareTo(sObject2.YCor));
PixelPoint pixelPoint = keyValuePair.Value.FirstOrDefault<PixelPoint>();
int yCor = pixelPoint.YCor;
pixelPoint = keyValuePair.Value.LastOrDefault<PixelPoint>();
int yCor1 = pixelPoint.YCor;
keyValuePair.Value.Sort((PixelPoint sObject1, PixelPoint sObject2) => sObject1.XCor.CompareTo(sObject2.XCor));
pixelPoint = keyValuePair.Value.FirstOrDefault<PixelPoint>();
int xCor = pixelPoint.XCor;
pixelPoint = keyValuePair.Value.LastOrDefault<PixelPoint>();
int xCor1 = pixelPoint.XCor;
pixelPoint = keyValuePair.Value.First<PixelPoint>();
int yCor2 = pixelPoint.YCor * width; // was short why?
pixelPoint = keyValuePair.Value.First<PixelPoint>();
int xCor2 = yCor2 + pixelPoint.XCor * 3;
pixelPoint = keyValuePair.Value.First<PixelPoint>();
int num2 = xCor2 + pixelPoint.YCor * num1;
short num3 = (short)(xCor1 - xCor + 1);
short num4 = (short)(yCor1 - yCor + 1);
ConnectedPixel connectedPixel = new ConnectedPixel()
{
m_pixelCoordinate = new bool[num3, num4]
};
PxColor pxColor = new PxColor()
{
R = numArray[num2 + 2],
G = numArray[num2 + 1],
B = numArray[num2]
};
connectedPixel.m_color = pxColor;
connectedPixel.m_height = num4;
connectedPixel.m_width = num3;
connectedPixel.m_topYCor = (short)yCor;
connectedPixel.m_bottomYCor = (short)yCor1;
connectedPixel.m_leftXCor = (short)xCor;
connectedPixel.m_rightXCor = (short)xCor1;
ConnectedPixel connectedPixel1 = connectedPixel;
ConnectedCoordinate.CheckSpecialSeperatedDotCharacter(connectedPixel1, connectedPixels, characterInfo, characterInfo1, keyValuePair);
ConnectedCoordinate.GetbackgroundColor(connectedPixel1, ref numArray, width, num1);
connectedPixels.Add(connectedPixel1);
}
}
return connectedPixels;
}
public List <CharacterInfo> MatchJoinedCharacter(List <ConnectedPixel> connectingPixels)
{
List <CharacterInfo> characterInfos = new List <CharacterInfo>();
CharacterPixel characterPixel = new CharacterPixel();
foreach (ConnectedPixel connectedPixel in connectingPixels.FindAll((ConnectedPixel x) => (x.m_width <= 6 || x.m_height <= 3 || x.m_width > 25 ? false : x.m_height <= 25)))
{
short mLeftXCor = connectedPixel.m_leftXCor;
short num = connectedPixel.m_leftXCor;
short num1 = 4;
while (mLeftXCor <= connectedPixel.m_rightXCor)
{
mLeftXCor = (short)(num + num1);
if (mLeftXCor <= connectedPixel.m_rightXCor + 1)
{
List <PixelPoint> pixelPoints = new List <PixelPoint>();
short num2 = 0;
short num3 = 0;
for (int i = 0; i < connectedPixel.m_height; i++)
{
bool mPixelCoordinate = true;
short num4 = 0;
for (int j = num; j < mLeftXCor; j++)
{
mPixelCoordinate = mPixelCoordinate & !connectedPixel.m_pixelCoordinate[j - connectedPixel.m_leftXCor, i];
if (connectedPixel.m_pixelCoordinate[j - connectedPixel.m_leftXCor, i])
{
pixelPoints.Add(new PixelPoint(num4, num2));
}
num4 = (short)(num4 + 1);
}
if (mPixelCoordinate)
{
num3 = (short)(num3 + 1);
}
else
{
num2 = (short)(num2 + 1);
}
}
pixelPoints.Sort((PixelPoint object1, PixelPoint object2) => object1.XCor.CompareTo(object2.XCor));
PixelPoint item = pixelPoints[pixelPoints.Count - 1];
short xCor = item.XCor;
item = pixelPoints[0];
short xCor1 = (short)(xCor - item.XCor + 1);
pixelPoints.Sort((PixelPoint object1, PixelPoint object2) => object1.YCor.CompareTo(object2.YCor));
item = pixelPoints[pixelPoints.Count - 1];
short yCor = item.YCor;
item = pixelPoints[0];
short yCor1 = (short)(yCor - item.YCor + 1);
bool[,] flagArray = new bool[xCor1, yCor1];
foreach (PixelPoint pixelPoint in pixelPoints)
{
flagArray[pixelPoint.XCor, pixelPoint.YCor] = true;
}
ConnectedPixel connectedPixel1 = new ConnectedPixel()
{
m_width = xCor1,
m_height = yCor1,
m_pixelCoordinate = flagArray,
m_color = connectedPixel.m_color
};
ConnectedPixel connectedPixel2 = connectedPixel1;
int num5 = characterPixel.m_characterInfo.FindIndex((CharacterInfo x) => this.MatchPixel(connectedPixel2, x));
if (num5 == -1)
{
num1 = (short)(num1 + 1);
}
else
{
CharacterInfo characterInfo = new CharacterInfo()
{
m_color = connectedPixel2.m_color,
m_bgColor = connectedPixel.m_bgColor,
Character = characterPixel.m_characterInfo[num5].Character,
TopYCor = (short)(connectedPixel.m_topYCor + num3),
LeftXCor = num,
BottomYCor = (short)(connectedPixel.m_topYCor + num3 + characterPixel.m_characterInfo[num5].Height - 1),
RightXCor = (short)(mLeftXCor - 1),
CharacterDirection = characterPixel.m_characterInfo[num5].CharacterDirection,
Width = characterPixel.m_characterInfo[num5].Width,
Height = characterPixel.m_characterInfo[num5].Height
};
characterInfos.Add(characterInfo);
num = mLeftXCor;
num1 = 4;
}
if (num1 > 5)
{
break;
}
}
else
{
break;
}
}
}
return(characterInfos);
}
internal List <ConnectedPixel> GetConnectedMarkPixel(ConnectedPixel markConnected, short minCount)
{
List <ConnectedPixel> connectedPixels = new List <ConnectedPixel>();
List <int> nums = new List <int>();
int mHeight = (markConnected.m_height - 1) * markConnected.m_width + (markConnected.m_width - 1);
bool[] flagArray = new bool[mHeight + 1];
for (short i = 0; i < markConnected.m_width; i = (short)(i + 1))
{
for (short j = 0; j < markConnected.m_height; j = (short)(j + 1))
{
if (markConnected.m_pixelCoordinate[i, j])
{
int mWidth = j * markConnected.m_width + i;
nums.Add(mWidth);
flagArray[mWidth] = true;
}
}
}
List <int> nums1 = new List <int>();
int num = 0;
while (num != nums.Count)
{
if (!nums1.Contains(nums[num]))
{
List <int> nums2 = new List <int>()
{
nums[num]
};
List <PixelPoint> pixelPoints = new List <PixelPoint>();
for (int k = 0; k != nums2.Count; k++)
{
int item = nums2[k];
int mWidth1 = item - markConnected.m_width - 1;
int num1 = item - markConnected.m_width;
int mWidth2 = item - markConnected.m_width + 1;
int num2 = item - 1;
int num3 = item + 1;
int mWidth3 = item + markConnected.m_width - 1;
int mWidth4 = item + markConnected.m_width;
int num4 = item + markConnected.m_width + 1;
ConnectedCoordinate.MatchNeighbConnected(markConnected, mWidth1, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, num1, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, mWidth2, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, num2, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, num3, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, mWidth3, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, mWidth4, mHeight, nums2);
ConnectedCoordinate.MatchNeighbConnected(markConnected, num4, mHeight, nums2);
nums1.Add(nums2[k]);
short num5 = (short)Math.Floor((double)nums2[k] / (double)markConnected.m_width);
short item1 = (short)(nums2[k] - num5 * markConnected.m_width);
pixelPoints.Add(new PixelPoint(item1, num5));
}
if (nums2.Count > minCount)
{
pixelPoints.Sort((PixelPoint sObject1, PixelPoint sObject2) => sObject1.YCor.CompareTo(sObject2.YCor));
int yCor = pixelPoints.FirstOrDefault <PixelPoint>().YCor;
int yCor1 = pixelPoints.LastOrDefault <PixelPoint>().YCor;
pixelPoints.Sort((PixelPoint sObject1, PixelPoint sObject2) => sObject1.XCor.CompareTo(sObject2.XCor));
int xCor = pixelPoints.FirstOrDefault <PixelPoint>().XCor;
int xCor1 = pixelPoints.LastOrDefault <PixelPoint>().XCor;
short num6 = (short)(xCor1 - xCor + 1);
short num7 = (short)(yCor1 - yCor + 1);
ConnectedPixel connectedPixel = new ConnectedPixel()
{
m_pixelCoordinate = new bool[num6, num7],
m_color = markConnected.m_color,
m_bgColor = markConnected.m_bgColor,
m_width = num6,
m_height = num7,
m_topYCor = (short)(markConnected.m_topYCor + yCor)
};
ConnectedPixel mTopYCor = connectedPixel;
mTopYCor.m_bottomYCor = (short)(mTopYCor.m_topYCor + num7 - 1);
mTopYCor.m_leftXCor = (short)(markConnected.m_leftXCor + xCor);
mTopYCor.m_rightXCor = (short)(mTopYCor.m_leftXCor + num6 - 1);
List <PixelPoint> .Enumerator enumerator = pixelPoints.GetEnumerator();
while (enumerator.MoveNext())
{
PixelPoint current = enumerator.Current;
mTopYCor.m_pixelCoordinate[current.XCor - xCor, current.YCor - yCor] = true;
}
connectedPixels.Add(mTopYCor);
}
num++;
}
else
{
num++;
}
}
return(connectedPixels);
}
internal List <ConnectedPixel> GetConnectedPixel(Bitmap bitmap, Dictionary <short, List <PixelPoint> > dicPixelPointConncected)
{
byte[] numArray;
int num;
int num1;
ImageLabeling.GetRgbArrayFromImage(bitmap, out numArray, out num, out num1);
List <ConnectedPixel> connectedPixels = new List <ConnectedPixel>();
short width = (short)(bitmap.Width * 3);
CharacterPixel characterPixel = new CharacterPixel();
CharacterInfo characterInfo = characterPixel.m_characterInfo.Find((CharacterInfo x) => (x.CharacterDirection != Direction.Horizontal || x.Character != 'i' ? false : x.m_fontWeight == FontWeight.Bold));
CharacterInfo characterInfo1 = characterPixel.m_characterInfo.Find((CharacterInfo x) => (x.CharacterDirection != Direction.Horizontal || x.Character != 'i' ? false : x.m_fontWeight == FontWeight.Normal));
characterPixel.m_characterInfo.RemoveAll((CharacterInfo x) => (x == characterInfo ? false : x != characterInfo1));
foreach (KeyValuePair <short, List <PixelPoint> > keyValuePair in dicPixelPointConncected)
{
if (keyValuePair.Value.Count <= 4000)
{
keyValuePair.Value.Sort((PixelPoint sObject1, PixelPoint sObject2) => sObject1.YCor.CompareTo(sObject2.YCor));
PixelPoint pixelPoint = keyValuePair.Value.FirstOrDefault <PixelPoint>();
int yCor = pixelPoint.YCor;
pixelPoint = keyValuePair.Value.LastOrDefault <PixelPoint>();
int yCor1 = pixelPoint.YCor;
keyValuePair.Value.Sort((PixelPoint sObject1, PixelPoint sObject2) => sObject1.XCor.CompareTo(sObject2.XCor));
pixelPoint = keyValuePair.Value.FirstOrDefault <PixelPoint>();
int xCor = pixelPoint.XCor;
pixelPoint = keyValuePair.Value.LastOrDefault <PixelPoint>();
int xCor1 = pixelPoint.XCor;
pixelPoint = keyValuePair.Value.First <PixelPoint>();
int yCor2 = pixelPoint.YCor * width; // was short why?
pixelPoint = keyValuePair.Value.First <PixelPoint>();
int xCor2 = yCor2 + pixelPoint.XCor * 3;
pixelPoint = keyValuePair.Value.First <PixelPoint>();
int num2 = xCor2 + pixelPoint.YCor * num1;
short num3 = (short)(xCor1 - xCor + 1);
short num4 = (short)(yCor1 - yCor + 1);
ConnectedPixel connectedPixel = new ConnectedPixel()
{
m_pixelCoordinate = new bool[num3, num4]
};
PxColor pxColor = new PxColor()
{
R = numArray[num2 + 2],
G = numArray[num2 + 1],
B = numArray[num2]
};
connectedPixel.m_color = pxColor;
connectedPixel.m_height = num4;
connectedPixel.m_width = num3;
connectedPixel.m_topYCor = (short)yCor;
connectedPixel.m_bottomYCor = (short)yCor1;
connectedPixel.m_leftXCor = (short)xCor;
connectedPixel.m_rightXCor = (short)xCor1;
ConnectedPixel connectedPixel1 = connectedPixel;
ConnectedCoordinate.CheckSpecialSeperatedDotCharacter(connectedPixel1, connectedPixels, characterInfo, characterInfo1, keyValuePair);
ConnectedCoordinate.GetbackgroundColor(connectedPixel1, ref numArray, width, num1);
connectedPixels.Add(connectedPixel1);
}
}
return(connectedPixels);
}
