Closed ChengV0 closed 4 years ago
You can change the position of g and f in odl.solvers.pdhg
. (However, the results is worst than paper)
You can change the position of g and f in
odl.solvers.pdhg
. (However, the results is worst than paper)
thanks for your reply ,i will try it later.
This is due to a standardization of parameters in ODL, I have a bugfix coming. The correct fix should be to rename g <-> f, if you just change the order then the steps etc are wrong. I though I had uploaded this but it seems I didn't.
This is due to a standardization of parameters in ODL, I have a bugfix coming. The correct fix should be to rename g <-> f, if you just change the order then the steps etc are wrong. I though I had uploaded this but it seems I didn't.
thanks for your ad
You can change the position of g and f in
odl.solvers.pdhg
. (However, the results is worst than paper)thanks for your reply ,i will try it later.
this is the result after change the position of g and f.
This is due to a standardization of parameters in ODL, I have a bugfix coming. The correct fix should be to rename g <-> f, if you just change the order then the steps etc are wrong. I though I had uploaded this but it seems I didn't. thanks for your advice,i will try it later.
23,5 sounds very wrong. I'll have to look into that.
23,5 sounds very wrong. I'll have to look into that.
Okay,waiting for your results
23,5 sounds very wrong. I'll have to look into that.
Dear Adler, how about the result?
I am also interested. I think this issue should be reopened.
when i run reference_tv_shepp.py, Thanks for your reply.