OpenCV-Python is a library of Python bindings designed to solve computer vision problems.
cv2.blur() method is used to blur an image using the normalized box filter. The function smooths an image using the kernel which is represented as:
Syntax: cv2.blur(src, ksize[, dst[, anchor[, borderType]]])
src: It is the image whose is to be blurred.
ksize: A tuple representing the blurring kernel size.
dst: It is the output image of the same size and type as src.
anchor: It is a variable of type integer representing anchor point and it’s default value Point is (-1, -1) which means that the anchor is at the kernel center.
borderType: It depicts what kind of border to be added. It is defined by flags like cv2.BORDER_CONSTANT, cv2.BORDER_REFLECT, etc
Return Value: It returns an image.
Image used for all the below examples:
- OpenCV - Facial Landmarks and Face Detection using dlib and OpenCV
- Transition from OpenCV 2 to OpenCV 3.x
- Real-Time Edge Detection using OpenCV in Python | Canny edge detection method
- Python Program to detect the edges of an image using OpenCV | Sobel edge detection method
- Line detection in python with OpenCV | Houghline method
- Python | Corner detection with Harris Corner Detection method using OpenCV
- Python | Corner Detection with Shi-Tomasi Corner Detection Method using OpenCV
- Python OpenCV | cv2.imread() method
- Python OpenCV | cv2.imshow() method
- Python OpenCV | cv2.imwrite() method
- Python OpenCV | cv2.line() method
- Python OpenCV | cv2.rectangle() method
- Python OpenCV | cv2.circle() method
- Python OpenCV | cv2.putText() method
- Python OpenCV | cv2.ellipse() method
- Python OpenCV | cv2.cvtColor() method
- Python OpenCV | cv2.copyMakeBorder() method
- Python OpenCV | cv2.arrowedLine() method
- Python OpenCV | cv2.erode() method
- Python OpenCV: Optical Flow with Lucas-Kanade method
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