00 06 T 0.4 02 6 The image show is a tiny which thered www.Performing transformer Note for the purposes of Calcutting the rough transform the town come of the coordinates on ANSWER Final values in the actum 0.0 0.45 Question 5 Not yet answered Marked out of 12.00 P Flag question 1 0.8 0.6 T 0.4 10.2 0 The image shown above is a binary image in which the edge pixels are indicated by the white squares. Perfo Note for the purposes of calculating the Hough transform the top-left corner of the image has coordinates ( ANSWER: Final values in the accumulator array: 0=0 0-45 0-90 0135 4 res perform the Hough transform for straight lines on this image quantizing to the nearest Integer, and using the following values for 8 - (0,45,60,135). ordinates (0,0) pixels are indicated by the wh Note for the purposes of calculating the Hough transform the top-left corner of the image ANSWER: Final values in the accumulator array: 0=0 0=45 0=90 =135 84 TE3 2 re1 ro r.1 . -3 - 4 00 06 T 0.4 02 6 The image show is a tiny which thered www.Performing transformer Note for the purposes of Calcutting the rough transform the town come of the coordinates on ANSWER Final values in the actum 0.0 0.45 Question 5 Not yet answered Marked out of 12.00 P Flag question 1 0.8 0.6 T 0.4 10.2 0 The image shown above is a binary image in which the edge pixels are indicated by the white squares. Perfo Note for the purposes of calculating the Hough transform the top-left corner of the image has coordinates ( ANSWER: Final values in the accumulator array: 0=0 0-45 0-90 0135 4 res perform the Hough transform for straight lines on this image quantizing to the nearest Integer, and using the following values for 8 - (0,45,60,135). ordinates (0,0) pixels are indicated by the wh Note for the purposes of calculating the Hough transform the top-left corner of the image ANSWER: Final values in the accumulator array: 0=0 0=45 0=90 =135 84 TE3 2 re1 ro r.1 . -3 - 4