tesseract-ocrHow can I get the best results with Tesseract OCR?
The best results with Tesseract OCR can be achieved by following these steps:
-
Preprocessing: Preprocess the image to make the text easier for Tesseract OCR to detect. This can include using binarization (converting an image to black and white) or deskewing (straightening the lines of text in an image).
-
Training: Train Tesseract OCR with a language data file. This file should contain a list of words and their corresponding characters.
-
Running: Run Tesseract OCR on the preprocessed image.
Example code
# Preprocess the image
img = cv2.imread('image.jpg')
img_binarized = binarize(img)
img_deskewed = deskew(img_binarized)
# Train Tesseract OCR
tesseract.train('language-data.txt')
# Run Tesseract OCR
text = tesseract.run(img_deskewed)
Output example
Text detected from the image:
This is some text in an image.
Helpful links
More of Tesseract Ocr
- How can I use Tesseract OCR with Xamarin Forms?
- How do I set the Windows path for Tesseract OCR?
- How can I use Tesseract OCR with Visual Studio C++?
- How do I download the Tesseract OCR software from the University of Mannheim?
- How can I integrate Tesseract OCR into a Unity project?
- How can I use UiPath and Tesseract OCR together to automate a process?
- How can I use Tesseract OCR to recognize text in two languages?
- How can I tune Tesseract OCR for optimal accuracy?
- How can I use Tesseract to perform zonal OCR?
- How can I use Python to get the coordinates of words detected by Tesseract OCR?
See more codes...