def testImgStandardize_3(self):
filepath = './data/testimg/testimg_3.png'
img = ip.imgReadAndConvert(filepath)
imgs, Position = ip.projectionSegmentation(img)
standard_imgs = ip.imgStandardize(imgs, Position)
self.assertEqual(len(standard_imgs), 6)
for i in range(len(standard_imgs)):
h, w = standard_imgs[i]['segment_img'].shape[:2]
self.assertEqual(h, 32)
self.assertEqual(w, 32)
def testgetHorizontalProjectionSegmentationPoints_1(self):
filepath = './data/testimg/testimg_1.png'
img = ip.imgReadAndConvert(filepath)
H_Start, H_End = ip.getHorizontalProjectionSegmentationPoints(img)
self.assertEqual(len(H_Start), 1)
self.assertEqual(len(H_End), 1)
def testProjectionSegmentation_3(self):
filepath = './data/testimg/testimg_3.png'
img = ip.imgReadAndConvert(filepath)
imgs, Position = ip.projectionSegmentation(img)
self.assertEqual(len(imgs), 6)
self.assertEqual(len(Position), 6)
def testgetVerticalProjectionSegmentationPoints_3(self):
filepath = './data/testimg/testimg_3.png'
img = ip.imgReadAndConvert(filepath)
W_Start, W_End = ip.getVerticalProjectionSegmentationPoints(img)
self.assertEqual(len(W_Start), 1)
self.assertEqual(len(W_End), 1)
def testReadCharacterListFromInkmlFile_3(self):
filepath = './data/testimg/testinkml_3.inkml'
gt = ip.readCharacterListFromInkmlFile(filepath)
self.assertEqual(len(gt), 4)
def testGroundTruthParser_2(self):
ground_truth = [r'$1\pm 20- 173$']
gt_list = ip.groundTruthParser(ground_truth)
self.assertEqual(len(gt_list), 8)
def testGroundTruthParser_1(self):
ground_truth = [r'$1\pm 134 \div \pi$']
gt_list = ip.groundTruthParser(ground_truth)
self.assertEqual(len(gt_list), 7)