7、hom_mat2d_slant算子学习 05:24 8、vector_angle_to_rigid算子学习 10:25 9、vector_angle_to_rigid的工作应用实例 14:27 10、vector_to_rigid算子的学习 12:52 11、vector_to_similarity算子学习 11:10 12、vector_to_hom_mat2d算子学习 09:59 13、hom_mat2d_to_affine_par算子学习 06:44...
Y coordinates of the original points. Qx(input_control)point.x-array→(real) X coordinates of the transformed points. Qy(input_control)point.y-array→(real) Y coordinates of the transformed points. HomMat2D(output_control)hom_mat2d→(real) ...
Y coordinates of the original points. Qx(input_control)point.x-array→(real) X coordinates of the transformed points. Qy(input_control)point.y-array→(real) Y coordinates of the transformed points. HomMat2D(output_control)hom_mat2d→(real) ...
7、hom_mat2d_slant算子学习 05:24 8、vector_angle_to_rigid算子学习 10:25 9、vector_angle_to_rigid的工作应用实例 14:27 10、vector_to_rigid算子的学习 12:52 11、vector_to_similarity算子学习 11:10 12、vector_to_hom_mat2d算子学习 09:59 13、hom_mat2d_to_affine_par算子学习 06:44...
get_ncc_model_region 可能的后置算子 hom_mat2d_invert,affine_trans_image,affine_trans_region,affine_trans_contour_xld,affine_trans_polygon_xld,affine_trans_point_2d 可替代算子 vector_to_rigid 参考其它 vector_field_to_hom_mat2d 模块 Foundation...
vector_angle_to_rigid(V1, V2, Angle, HomMat2D/HomMat3D) The function takes four parameters: 1. V1 and V2: These parameters define the direction of the rotation axis. They are two vectors representing points on the rotation axis. 2. Angle: The rotation angle in radians. 3. HomMat2D/Ho...
Y coordinates of the original points. Qx(input_control)point.x-array→(real) X coordinates of the transformed points. Qy(input_control)point.y-array→(real) Y coordinates of the transformed points. HomMat2D(output_control)hom_mat2d→(real) ...
Column2(input_control)point.x→(real /integer) Column coordinate of the transformed point. Angle2(input_control)angle.rad→(real /integer) Angle of the transformed point. HomMat2D(output_control)hom_mat2d→(real) Output transformation matrix....
Column2(input_control)point.x→(real /integer) Column coordinate of the transformed point. Angle2(input_control)angle.rad→(real /integer) Angle of the transformed point. HomMat2D(output_control)hom_mat2d→(real) Output transformation matrix....
The matrix consists of 2 components: a rotation matrix R and a translation vector t (also see hom_mat2d_rotate and hom_mat2d_translate): The point correspondences are passed in the tuples (Px, Py) and (Qx,Qy), where corresponding points must be at the same index positions in the ...