def splitDika(self,image):
segmentLine=ToLines()
totalLines=segmentLine.segment(image)
pixelCounter = PixelCounter()
for lineNum in range(totalLines):
lineImg=segmentLine.getLineSegment(lineNum)
lineRowRange=segmentLine.getCoordinatesOfLineSegment(lineNum)
countArr=pixelCounter.getCountArr_V(lineImg, 0)
#print countArr
min=pixelCounter.getMin(countArr)
#dika width is min vertically and it is most occurred horizontally
for x in pixelCounter.getOccurredPositionList(countArr, min):
for height in range(lineRowRange[0],(lineRowRange[1]+lineRowRange[0])/2):
cv.Set2D(image,height,x,255)
return image
def splitDika(self, image):
segmentLine = ToLines()
totalLines = segmentLine.segment(image)
pixelCounter = PixelCounter()
for lineNum in range(totalLines):
lineImg = segmentLine.getLineSegment(lineNum)
lineRowRange = segmentLine.getCoordinatesOfLineSegment(lineNum)
countArr = pixelCounter.getCountArr_V(lineImg, 0)
#print countArr
min = pixelCounter.getMin(countArr)
#dika width is min vertically and it is most occurred horizontally
for x in pixelCounter.getOccurredPositionList(countArr, min):
for height in range(lineRowRange[0],
(lineRowRange[1] + lineRowRange[0]) / 2):
cv.Set2D(image, height, x, 255)
return image
def run(self):
# segmentLine=ToLines()
img=cv.LoadImage("/home/sushil/input.jpg",cv.CV_LOAD_IMAGE_GRAYSCALE)
#Converting to Binary Image
convertToBinary=ConvertToBinaryImage()
binaryImg=convertToBinary.convert(img,120)
cv.ShowImage("Binary image", binaryImg)
#Extracting line segments
lineSegment=ToLines()
lineSegment.segment(binaryImg)
#cv.ShowImage("LineSegment",lineSegment.getLineSegment(3))
lineImg=lineSegment.getLineSegment(1)
lineImg2=lineSegment.getLineSegment(2)
lineImg3=lineSegment.getLineSegment(3)
totalLines=lineSegment.segment(lineImg)
#for lineNum in range(totalLines):
# lineRowRange=lineSegment.getCoordinatesOfLineSegment(lineNum)
charSegment=ToCharacters()
Img_split=charSegment.splitDika(binaryImg)
cv.ShowImage("LineSegment2",Img_split)
# lineSegment.segment(binaryImg)
# lineImg=lineSegment.getLineSegment(3)
modifiers=Modifiers()
#modifiers.locateDika(lineImg)
modifiers.extractTop(lineImg)
whiteSpace=cv.CreateImage((20,lineImg.height), lineImg.depth, lineImg.nChannels)
cv.Set(whiteSpace,255)
cv.ShowImage("White", whiteSpace)
mergeImage=MergeImages()
mergeImage2=MergeImages()
mergedImg=mergeImage2.mergeVertically([lineImg,lineImg2])
addSpace=AddSpace()
mergedImg=addSpace.addWhiteSpace(lineImg, [10,20,40,50], 10)
cv.ShowImage("MERGED", mergedImg)