Closed aaronma37 closed 3 years ago
https://github.com/orzzzjq/Parallel-Banding-Algorithm-plus/blob/2f58720302c3478d4367b21268dfbb263b46c4d2/pba-plus-3D/pba/pba3DHost.cu#L105
Same for BLOCKY in m1 in the function above. In the 2D version, this is the case.
Does the current code imply phase 1 band = 4, phase 2 band =4, and phase 3 band =2?
For 3D distance transform, the banding method is not useful as there is already enough computation. Currently m1=m2=1, m3=2. You can see https://www.comp.nus.edu.sg/~tants/pba.html for more info.
m1=m2=1, m3=2
https://github.com/orzzzjq/Parallel-Banding-Algorithm-plus/blob/2f58720302c3478d4367b21268dfbb263b46c4d2/pba-plus-3D/pba/pba3DHost.cu#L105
Same for BLOCKY in m1 in the function above. In the 2D version, this is the case.
Does the current code imply phase 1 band = 4, phase 2 band =4, and phase 3 band =2?