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upsample_linear1d
: port to structured
#51917
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Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
ezyang
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Thanks!
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Porting `upsample_linear1d` to structured. The shape checking logic is identical between `upsample_linear1d` and `upsample_nearest1d`, so I moved it to `UpSample.h`. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases. Differential Revision: [D26327750](https://our.internmc.facebook.com/intern/diff/D26327750) [ghstack-poisoned]
Codecov Report
@@ Coverage Diff @@
## gh/bdhirsh/75/base #51917 +/- ##
===================================================
Coverage 80.76% 80.76%
===================================================
Files 1969 1969
Lines 216037 216005 -32
===================================================
- Hits 174476 174454 -22
+ Misses 41561 41551 -10 |
aocsa
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to Quansight/pytorch
that referenced
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Mar 15, 2021
Summary: Pull Request resolved: pytorch#51917 Test Plan: Imported from OSS Reviewed By: ezyang Differential Revision: D26327750 Pulled By: bdhirsh fbshipit-source-id: 443ad278010ce655eb5f08fa6889c45ccb328268
xsacha
pushed a commit
to xsacha/pytorch
that referenced
this pull request
Mar 31, 2021
Summary: Pull Request resolved: pytorch#51917 Test Plan: Imported from OSS Reviewed By: ezyang Differential Revision: D26327750 Pulled By: bdhirsh fbshipit-source-id: 443ad278010ce655eb5f08fa6889c45ccb328268
upsample_linear1d
: port to structured (#51917)
upsample_linear1d
: port to structured (#51917)upsample_linear1d
: port to structured
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Porting
upsample_linear1d
to structured.The shape checking logic is identical between
upsample_linear1d
andupsample_nearest1d
, so I moved it toUpSample.h
. We actually already had a function that did something similar, but it also tried to account for differences in shape checking between the forward and backward kernels- I opted instead to let the individual kernels handle those specific cases.Stack from ghstack:
upsample_nearest3d
andupsample_trilinear3d
: port to structured #52065 port upsample_nearest3d and upsample_trilinear3d to structuredupsample_bilinear2d
andupsample_bicubic2d
: port to structured #52012 port upsample_bilinear2d and upsample_bicubic2d to structuredupsample_linear1d
: port to structured #51917 port upsample_linear1d to structuredDifferential Revision: D26327750