HYTOS

#def drawTempLine(sym):

#    ADJUST = 8

#    symPath = sym.getPath()

#    symSp = sym.getSp()

#    symWidth = sym.getWidth()

#    symHeight = sym.getHeight()

#    rotatedAngle = sym.getRotatedAngle()

#    symbol = cv2.imread(symPath, 1)

#    _chan, sow, soh = symbol.shape[::-1]

#    symCp = sym.getConnectionPoint()

#    if symCp is not None:

#        connectionPointList = symCp.split("/") # x,y string array

#        if connectionPointList is not None and len(connectionPointList) > 0:

#            symOpStr = sym.getOriginalPoint()

#            symOp = (int(symOpStr.split(',')[0]), int(symOpStr.split(',')[1]))

#            blank = np.zeros((symWidth, symHeight, 3), np.uint8)

#            blank[::] = (255, 255, 255)

#            blank = cvtGrayImage(blank)

#            bw, bh = blank.shape[::-1]

#            srcGray[symSp[1]:symSp[1]+bh, symSp[0]:symSp[0]+bw] = blank

#            for cp in connectionPointList:

#                pt = cp.split(",")

#                cpx = int(pt[0])

#                cpy = int(pt[1])

#                convertedCp = getCoordOnRotatedImage(rotatedAngle, cpx, cpy, sow, soh)

#                newSp = (symSp[0]+convertedCp[0], symSp[1]+convertedCp[1])

#                newOp = (symSp[0]+symOp[0], symSp[1]+symOp[1])

#                cv2.line(srcGray, newSp, newOp, (0, 0, 0), 3)

            #for sym in searchedSymbolList:

            #    drawTempLine(sym)