def genEll(rect): top=[] bottom=[] for i in xrange(len(rect)): if rect[i][1]==len(rect)-1: top.append(i) if rect[i][0]==0: bottom.append(i) score=1000000000 for a,b in [(0,rect[0][0]),(0,rect[0][1]),(len(rect)-1,rect[len(rect)-1][0]) ,(len(rect)-1,rect[len(rect)-1][1]), (top[0],len(rect)-1), (top[1],len(rect)-1),(bottom[0],0),(bottom[1],0)]: ellx=rect[:] elly=rectDiagMisc.transpose(rect) ellx[a]=-1 elly[b]=-1 tmp=evalEll(ellx,elly) if tmp<score: sellx=ellx selly=elly score=tmp return (score,sellx,selly)
def genEll(rect): top = [] bottom = [] for i in range(len(rect)): if rect[i][1] == len(rect) - 1: top.append(i) if rect[i][0] == 0: bottom.append(i) score = 1000000000 for a, b in [(0, rect[0][0]), (0, rect[0][1]), (len(rect) - 1, rect[len(rect) - 1][0]), (len(rect) - 1, rect[len(rect) - 1][1]), (top[0], len(rect) - 1), (top[1], len(rect) - 1), (bottom[0], 0), (bottom[1], 0)]: ellx = rect[:] elly = rectDiagMisc.transpose(rect) ellx[a] = -1 elly[b] = -1 tmp = evalEll(ellx, elly) if tmp < score: sellx = ellx selly = elly score = tmp return (score, sellx, selly)
def getShortEllipses(rect):######## ellx=rect[:] ellx[0]=-1 elly=rectDiagMisc.transpose(rect) elly[rect[0][0]]=-1 return (ellx,elly)
def getShortEllipses(rect): ellx = rect[:] ellx[0] = -1 elly = rectDiagMisc.transpose(rect) elly[rect[0][0]] = -1 return (ellx, elly)