def tic():
return time.time()
def toc(t):
return time.time() - t
#for i in range(0,10):
I1 = io.imread('C:\\Users\\vsimonis\\Documents\\MATLAB\\Intro to Img Processing\\FinalProj\\Media\\ledtest-200.tif')
#I1 = ipr.cropBorder(I1, 0, 200)
io.imshow(I1)
plt.show()
t1 = tic()
J = ipr.threshHist(I1)
print "thresh runtime\t%f" % toc(t1)
io.imshow(J)
plt.show()
t2 = tic()
K = ipr.morphOps(J, 5, 1000)
print "morph runtime\t%f" % toc(t2)
plt.figure()
plt.imshow(K, cmap='gray')
t3 = tic()
x,y = ipr.getCentroid(K)
#plt.scatter(x, y)
print "centroid runtime\t%f" % toc(t3)
#print str(x) + " " + str(y)
plt.show()
plt.figure() io.imshow(frame) plt.show() ''' gframe = color.rgb2gray(frame) ''' plt.figure() io.imshow(gframe) plt.show() ''' #J = ipr.minmaxx(gframe) I = ipr.threshHist(gframe) plt.figure() io.imshow(I) plt.show() #ipr.getCentroidFromRaw(frame) ''' imgIn1 = gframe.ravel() #imgOut = np.zeros( (np.shape(imgIn) ) ).ravel() # Histogram analysis to find maximum peak and associated gl
