3.4 Shear Shear operation essentially maintains the parallelism while skew the image according to the transformation matric T Mathematically, shear can be achieved by introducing a nonzero shear factor a Choose a to be between 0 and 1 and implement shear operator accordingly. Similar to previous steps, use c12.warpAfline to apply this tranformation matte T to your image. Display both images in two windows and compare your result Note, you may want to increase the final canvas size to see the result (1.5) Record your code in the cell below in Record your code here 3.5 Reflection Reflection operation creates a mirror image according to the transformation matrix Choose T properly to achive reflection Display both images in two windows and compare your result Note: when reflection operator is applied the mirror image will be flipped out of the viewing area of the window in order to bring the moment Image back a translation term needs to be included as well (1.5') Record your code in the cell below 35]: - Record your code here 3.4 Shear Shear operation essentially maintains the parallelism while skew the image according to the transformation mateix ? Mulherufically, she can be achieved by introducing a nonzero shear factor a. Choose a to be between 0 and 1 and implement shear operator accordingly. Similar to previous steps, use cv2 warp Aline tool this tranformation materie to your image. Display both images in two windows and compare your result Note you may want to increase the final canvas size to see the rest (15) Record your code in the cell below: In Record your code here 3.5 Reflection Reflection operation creates a mirror image according to the transformation matrix T Choose T properly to achive reflection Display both images in two windows and compare your result Note when reflection operator is applied the mirror image will be dipped out of the viewing area of the window in order to bring the mod image back a translation term needs to be included as well (1.5) Record your code in the cell below th (35) Record your code here 3.4 Shear Shear operation essentially maintains the parallelism while skew the image according to the transformation matric T Mathematically, shear can be achieved by introducing a nonzero shear factor a Choose a to be between 0 and 1 and implement shear operator accordingly. Similar to previous steps, use c12.warpAfline to apply this tranformation matte T to your image. Display both images in two windows and compare your result Note, you may want to increase the final canvas size to see the result (1.5) Record your code in the cell below in Record your code here 3.5 Reflection Reflection operation creates a mirror image according to the transformation matrix Choose T properly to achive reflection Display both images in two windows and compare your result Note: when reflection operator is applied the mirror image will be flipped out of the viewing area of the window in order to bring the moment Image back a translation term needs to be included as well (1.5') Record your code in the cell below 35]: - Record your code here 3.4 Shear Shear operation essentially maintains the parallelism while skew the image according to the transformation mateix ? Mulherufically, she can be achieved by introducing a nonzero shear factor a. Choose a to be between 0 and 1 and implement shear operator accordingly. Similar to previous steps, use cv2 warp Aline tool this tranformation materie to your image. Display both images in two windows and compare your result Note you may want to increase the final canvas size to see the rest (15) Record your code in the cell below: In Record your code here 3.5 Reflection Reflection operation creates a mirror image according to the transformation matrix T Choose T properly to achive reflection Display both images in two windows and compare your result Note when reflection operator is applied the mirror image will be dipped out of the viewing area of the window in order to bring the mod image back a translation term needs to be included as well (1.5) Record your code in the cell below th (35) Record your code here
