Displaying 4 results from an estimated 4 matches for "part_type_list".
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par_type_list
2019 Jun 03
2
[cfe-dev] [RFC] Expose user provided vector function for auto-vectorization.
...pecifications of each of the targets that support this, for
> now AArch64 and x86)
>
> <mask> := “N” for no mask, or “M” for masking
>
> <VLEN> := number of lanes in a vector | “x” for scalable vectorization
> (defined in the AArch64 Vector function ABI).
>
> <part_type_list> := “v” | “l” | … all these tokens are defined in the
> Vector Function ABI of the target (which get selected by the <isa>). FWIW,
> they are the same for x86 and AArch64.
> ```
>
> Please let me know what you thing about this proposal. I will rework the
> proposal if it...
2019 Jun 03
6
[cfe-dev] [RFC] Expose user provided vector function for auto-vectorization.
...(SVE) (from the vector function ABI specifications of each of the targets that support this, for now AArch64 and x86)
<mask> := “N” for no mask, or “M” for masking
<VLEN> := number of lanes in a vector | “x” for scalable vectorization (defined in the AArch64 Vector function ABI).
<part_type_list> := “v” | “l” | … all these tokens are defined in the Vector Function ABI of the target (which get selected by the <isa>). FWIW, they are the same for x86 and AArch64.
```
Please let me know what you thing about this proposal. I will rework the proposal if it makes it easier to follow and...
2019 Jun 07
2
[RFC] Expose user provided vector function for auto-vectorization.
...(SVE) (from the vector function ABI specifications of each of the targets that support this, for now AArch64 and x86)
<mask> := “N” for no mask, or “M” for masking
<VLEN> := number of lanes in a vector | “x” for scalable vectorization (defined in the AArch64 Vector function ABI).
<part_type_list> := “v” | “l” | … all these tokens are defined in the Vector Function ABI of the target (which get selected by the <isa>). FWIW, they are the same for x86 and AArch64.
```
Please let me know what you thing about this proposal. I will rework the proposal if it makes it easier to follow and...
2019 Jun 01
2
[cfe-dev] [RFC] Expose user provided vector function for auto-vectorization.
Page 22 of OpenMP 5.0 specification (Lines 13/14):
When any thread encounters a simd construct, the iterations of the loop associated with the
construct may be executed concurrently using the SIMD lanes that are available to the thread
This is the Execution Model. The word here is "may" i.e., not "must". Declare simd is not explicitly mentioned here, but requiring