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skia2/resources/SkVMTest.expected
Mike Klein 1cb05993af all-constant peepholes 
This adds a bunch of tests for ops that can all be evaluated directly in
skvm::Builder.  You can see the sort of effect this has by looking at
the diffs for SkVMTest.expected... lots of `v3 = sub_f32 v2 v2`
transformed to `v3 = splat 0 (0)` and that sort of thing.

My favorite part is handling many assert_true() calls at compile time!

While the old inter-Op code parallels aren't as clear now, these new
early-out tests kind of work like comments explaining each op.  I find
that nice.  I found it hard to parse so many uses of the word "splat" so
I did go back to isImm() from isSplat(), and added allImm() to test for
and read several immediates all at once.

Some of this is less C++17 than I'd like. :/

Change-Id: Ie8187d5d184195e3c0c92d613508fb708c28302f
Reviewed-on: https://skia-review.googlesource.com/c/skia/+/255814
Reviewed-by: Herb Derby <herb@google.com>
Commit-Queue: Mike Klein <mtklein@google.com>
2019-11-21 22:00:11 +00:00

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A8 over A8
12 values:
v0 = load8 arg(0)
v1 = to_f32 v0
v2 = mul_f32 v1 3B808081 (0.0039215689)
v3 = load8 arg(1)
v4 = to_f32 v3
v5 = mul_f32 v4 3B808081 (0.0039215689)
↑ v6 = splat 3F800000 (1)
v7 = sub_f32 v6 v2
v8 = mad_f32 v5 v7 v2
v9 = mul_f32 v8 437F0000 (255)
v10 = round v9
store8 arg(1) v10
4 registers, 12 instructions:
r0 = splat 3F800000 (1)
loop:
r1 = load8 arg(0)
r1 = to_f32 r1
r1 = mul_f32 r1 3B808081 (0.0039215689)
r2 = load8 arg(1)
r2 = to_f32 r2
r2 = mul_f32 r2 3B808081 (0.0039215689)
r3 = sub_f32 r0 r1
r1 = mad_f32 r2 r3 r1
r1 = mul_f32 r1 437F0000 (255)
r1 = round r1
store8 arg(1) r1
A8 over G8
17 values:
v0 = load8 arg(1)
v1 = to_f32 v0
v2 = mul_f32 v1 3B808081 (0.0039215689)
v3 = load8 arg(0)
v4 = to_f32 v3
v5 = mul_f32 v4 3B808081 (0.0039215689)
↑ v6 = splat 3F800000 (1)
v7 = sub_f32 v6 v5
v8 = mul_f32 v2 v7
↑ v9 = splat 3E59B3D0 (0.21259999)
↑ v10 = splat 3F371759 (0.71520001)
v11 = mul_f32 v8 3D93DD98 (0.0722)
v12 = mad_f32 v8 v10 v11
v13 = mad_f32 v8 v9 v12
v14 = mul_f32 v13 437F0000 (255)
v15 = round v14
store8 arg(1) v15
5 registers, 17 instructions:
r0 = splat 3F800000 (1)
r1 = splat 3E59B3D0 (0.21259999)
r2 = splat 3F371759 (0.71520001)
loop:
r3 = load8 arg(1)
r3 = to_f32 r3
r3 = mul_f32 r3 3B808081 (0.0039215689)
r4 = load8 arg(0)
r4 = to_f32 r4
r4 = mul_f32 r4 3B808081 (0.0039215689)
r4 = sub_f32 r0 r4
r4 = mul_f32 r3 r4
r3 = mul_f32 r4 3D93DD98 (0.0722)
r3 = mad_f32 r4 r2 r3
r3 = mad_f32 r4 r1 r3
r3 = mul_f32 r3 437F0000 (255)
r3 = round r3
store8 arg(1) r3
A8 over RGBA_8888
35 values:
v0 = load32 arg(1)
↑ v1 = splat FF (3.5733111e-43)
v2 = extract v0 0 v1
v3 = to_f32 v2
v4 = mul_f32 v3 3B808081 (0.0039215689)
v5 = load8 arg(0)
v6 = to_f32 v5
v7 = mul_f32 v6 3B808081 (0.0039215689)
↑ v8 = splat 3F800000 (1)
v9 = sub_f32 v8 v7
v10 = mul_f32 v4 v9
v11 = mul_f32 v10 437F0000 (255)
v12 = round v11
v13 = extract v0 8 v1
v14 = to_f32 v13
v15 = mul_f32 v14 3B808081 (0.0039215689)
v16 = mul_f32 v15 v9
v17 = mul_f32 v16 437F0000 (255)
v18 = round v17
v19 = pack v12 v18 8
v20 = extract v0 16 v1
v21 = to_f32 v20
v22 = mul_f32 v21 3B808081 (0.0039215689)
v23 = mul_f32 v22 v9
v24 = mul_f32 v23 437F0000 (255)
v25 = round v24
v26 = extract v0 24 v1
v27 = to_f32 v26
v28 = mul_f32 v27 3B808081 (0.0039215689)
v29 = mad_f32 v28 v9 v7
v30 = mul_f32 v29 437F0000 (255)
v31 = round v30
v32 = pack v25 v31 8
v33 = pack v19 v32 16
store32 arg(1) v33
7 registers, 35 instructions:
r0 = splat FF (3.5733111e-43)
r1 = splat 3F800000 (1)
loop:
r2 = load32 arg(1)
r3 = extract r2 0 r0
r3 = to_f32 r3
r3 = mul_f32 r3 3B808081 (0.0039215689)
r4 = load8 arg(0)
r4 = to_f32 r4
r4 = mul_f32 r4 3B808081 (0.0039215689)
r5 = sub_f32 r1 r4
r3 = mul_f32 r3 r5
r3 = mul_f32 r3 437F0000 (255)
r3 = round r3
r6 = extract r2 8 r0
r6 = to_f32 r6
r6 = mul_f32 r6 3B808081 (0.0039215689)
r6 = mul_f32 r6 r5
r6 = mul_f32 r6 437F0000 (255)
r6 = round r6
r6 = pack r3 r6 8
r3 = extract r2 16 r0
r3 = to_f32 r3
r3 = mul_f32 r3 3B808081 (0.0039215689)
r3 = mul_f32 r3 r5
r3 = mul_f32 r3 437F0000 (255)
r3 = round r3
r2 = extract r2 24 r0
r2 = to_f32 r2
r2 = mul_f32 r2 3B808081 (0.0039215689)
r4 = mad_f32 r2 r5 r4
r4 = mul_f32 r4 437F0000 (255)
r4 = round r4
r4 = pack r3 r4 8
r4 = pack r6 r4 16
store32 arg(1) r4
G8 over A8
9 values:
↑ v0 = splat 3F800000 (1)
↑ v1 = splat 0 (0)
v2 = load8 arg(1)
v3 = to_f32 v2
v4 = mul_f32 v3 3B808081 (0.0039215689)
v5 = mad_f32 v4 v1 v0
v6 = mul_f32 v5 437F0000 (255)
v7 = round v6
store8 arg(1) v7
3 registers, 9 instructions:
r0 = splat 3F800000 (1)
r1 = splat 0 (0)
loop:
r2 = load8 arg(1)
r2 = to_f32 r2
r2 = mul_f32 r2 3B808081 (0.0039215689)
r2 = mad_f32 r2 r1 r0
r2 = mul_f32 r2 437F0000 (255)
r2 = round r2
store8 arg(1) r2
G8 over G8
16 values:
v0 = load8 arg(0)
v1 = to_f32 v0
v2 = mul_f32 v1 3B808081 (0.0039215689)
v3 = load8 arg(1)
v4 = to_f32 v3
v5 = mul_f32 v4 3B808081 (0.0039215689)
↑ v6 = splat 0 (0)
v7 = mad_f32 v5 v6 v2
↑ v8 = splat 3E59B3D0 (0.21259999)
↑ v9 = splat 3F371759 (0.71520001)
v10 = mul_f32 v7 3D93DD98 (0.0722)
v11 = mad_f32 v7 v9 v10
v12 = mad_f32 v7 v8 v11
v13 = mul_f32 v12 437F0000 (255)
v14 = round v13
store8 arg(1) v14
5 registers, 16 instructions:
r0 = splat 0 (0)
r1 = splat 3E59B3D0 (0.21259999)
r2 = splat 3F371759 (0.71520001)
loop:
r3 = load8 arg(0)
r3 = to_f32 r3
r3 = mul_f32 r3 3B808081 (0.0039215689)
r4 = load8 arg(1)
r4 = to_f32 r4
r4 = mul_f32 r4 3B808081 (0.0039215689)
r3 = mad_f32 r4 r0 r3
r4 = mul_f32 r3 3D93DD98 (0.0722)
r4 = mad_f32 r3 r2 r4
r4 = mad_f32 r3 r1 r4
r4 = mul_f32 r4 437F0000 (255)
r4 = round r4
store8 arg(1) r4
G8 over RGBA_8888
35 values:
v0 = load8 arg(0)
v1 = to_f32 v0
v2 = mul_f32 v1 3B808081 (0.0039215689)
v3 = load32 arg(1)
↑ v4 = splat FF (3.5733111e-43)
v5 = extract v3 0 v4
v6 = to_f32 v5
v7 = mul_f32 v6 3B808081 (0.0039215689)
↑ v8 = splat 0 (0)
v9 = mad_f32 v7 v8 v2
v10 = mul_f32 v9 437F0000 (255)
v11 = round v10
v12 = extract v3 8 v4
v13 = to_f32 v12
v14 = mul_f32 v13 3B808081 (0.0039215689)
v15 = mad_f32 v14 v8 v2
v16 = mul_f32 v15 437F0000 (255)
v17 = round v16
v18 = pack v11 v17 8
v19 = extract v3 16 v4
v20 = to_f32 v19
v21 = mul_f32 v20 3B808081 (0.0039215689)
v22 = mad_f32 v21 v8 v2
v23 = mul_f32 v22 437F0000 (255)
v24 = round v23
↑ v25 = splat 3F800000 (1)
v26 = extract v3 24 v4
v27 = to_f32 v26
v28 = mul_f32 v27 3B808081 (0.0039215689)
v29 = mad_f32 v28 v8 v25
v30 = mul_f32 v29 437F0000 (255)
v31 = round v30
v32 = pack v24 v31 8
v33 = pack v18 v32 16
store32 arg(1) v33
7 registers, 35 instructions:
r0 = splat FF (3.5733111e-43)
r1 = splat 0 (0)
r2 = splat 3F800000 (1)
loop:
r3 = load8 arg(0)
r3 = to_f32 r3
r3 = mul_f32 r3 3B808081 (0.0039215689)
r4 = load32 arg(1)
r5 = extract r4 0 r0
r5 = to_f32 r5
r5 = mul_f32 r5 3B808081 (0.0039215689)
r5 = mad_f32 r5 r1 r3
r5 = mul_f32 r5 437F0000 (255)
r5 = round r5
r6 = extract r4 8 r0
r6 = to_f32 r6
r6 = mul_f32 r6 3B808081 (0.0039215689)
r6 = mad_f32 r6 r1 r3
r6 = mul_f32 r6 437F0000 (255)
r6 = round r6
r6 = pack r5 r6 8
r5 = extract r4 16 r0
r5 = to_f32 r5
r5 = mul_f32 r5 3B808081 (0.0039215689)
r3 = mad_f32 r5 r1 r3
r3 = mul_f32 r3 437F0000 (255)
r3 = round r3
r4 = extract r4 24 r0
r4 = to_f32 r4
r4 = mul_f32 r4 3B808081 (0.0039215689)
r4 = mad_f32 r4 r1 r2
r4 = mul_f32 r4 437F0000 (255)
r4 = round r4
r4 = pack r3 r4 8
r4 = pack r6 r4 16
store32 arg(1) r4
RGBA_8888 over A8
14 values:
v0 = load32 arg(0)
↑ v1 = splat FF (3.5733111e-43)
v2 = extract v0 24 v1
v3 = to_f32 v2
v4 = mul_f32 v3 3B808081 (0.0039215689)
v5 = load8 arg(1)
v6 = to_f32 v5
v7 = mul_f32 v6 3B808081 (0.0039215689)
↑ v8 = splat 3F800000 (1)
v9 = sub_f32 v8 v4
v10 = mad_f32 v7 v9 v4
v11 = mul_f32 v10 437F0000 (255)
v12 = round v11
store8 arg(1) v12
5 registers, 14 instructions:
r0 = splat FF (3.5733111e-43)
r1 = splat 3F800000 (1)
loop:
r2 = load32 arg(0)
r2 = extract r2 24 r0
r2 = to_f32 r2
r2 = mul_f32 r2 3B808081 (0.0039215689)
r3 = load8 arg(1)
r3 = to_f32 r3
r3 = mul_f32 r3 3B808081 (0.0039215689)
r4 = sub_f32 r1 r2
r2 = mad_f32 r3 r4 r2
r2 = mul_f32 r2 437F0000 (255)
r2 = round r2
store8 arg(1) r2
RGBA_8888 over G8
30 values:
v0 = load32 arg(0)
↑ v1 = splat FF (3.5733111e-43)
v2 = extract v0 0 v1
v3 = to_f32 v2
v4 = mul_f32 v3 3B808081 (0.0039215689)
v5 = load8 arg(1)
v6 = to_f32 v5
v7 = mul_f32 v6 3B808081 (0.0039215689)
v8 = extract v0 24 v1
v9 = to_f32 v8
v10 = mul_f32 v9 3B808081 (0.0039215689)
↑ v11 = splat 3F800000 (1)
v12 = sub_f32 v11 v10
v13 = mad_f32 v7 v12 v4
↑ v14 = splat 3E59B3D0 (0.21259999)
v15 = extract v0 8 v1
v16 = to_f32 v15
v17 = mul_f32 v16 3B808081 (0.0039215689)
v18 = mad_f32 v7 v12 v17
↑ v19 = splat 3F371759 (0.71520001)
v20 = extract v0 16 v1
v21 = to_f32 v20
v22 = mul_f32 v21 3B808081 (0.0039215689)
v23 = mad_f32 v7 v12 v22
v24 = mul_f32 v23 3D93DD98 (0.0722)
v25 = mad_f32 v18 v19 v24
v26 = mad_f32 v13 v14 v25
v27 = mul_f32 v26 437F0000 (255)
v28 = round v27
store8 arg(1) v28
9 registers, 30 instructions:
r0 = splat FF (3.5733111e-43)
r1 = splat 3F800000 (1)
r2 = splat 3E59B3D0 (0.21259999)
r3 = splat 3F371759 (0.71520001)
loop:
r4 = load32 arg(0)
r5 = extract r4 0 r0
r5 = to_f32 r5
r5 = mul_f32 r5 3B808081 (0.0039215689)
r6 = load8 arg(1)
r6 = to_f32 r6
r6 = mul_f32 r6 3B808081 (0.0039215689)
r7 = extract r4 24 r0
r7 = to_f32 r7
r7 = mul_f32 r7 3B808081 (0.0039215689)
r7 = sub_f32 r1 r7
r5 = mad_f32 r6 r7 r5
r8 = extract r4 8 r0
r8 = to_f32 r8
r8 = mul_f32 r8 3B808081 (0.0039215689)
r8 = mad_f32 r6 r7 r8
r4 = extract r4 16 r0
r4 = to_f32 r4
r4 = mul_f32 r4 3B808081 (0.0039215689)
r4 = mad_f32 r6 r7 r4
r4 = mul_f32 r4 3D93DD98 (0.0722)
r4 = mad_f32 r8 r3 r4
r4 = mad_f32 r5 r2 r4
r4 = mul_f32 r4 437F0000 (255)
r4 = round r4
store8 arg(1) r4
RGBA_8888 over RGBA_8888
45 values:
v0 = load32 arg(0)
↑ v1 = splat FF (3.5733111e-43)
v2 = extract v0 0 v1
v3 = to_f32 v2
v4 = mul_f32 v3 3B808081 (0.0039215689)
v5 = load32 arg(1)
v6 = extract v5 0 v1
v7 = to_f32 v6
v8 = mul_f32 v7 3B808081 (0.0039215689)
v9 = extract v0 24 v1
v10 = to_f32 v9
v11 = mul_f32 v10 3B808081 (0.0039215689)
↑ v12 = splat 3F800000 (1)
v13 = sub_f32 v12 v11
v14 = mad_f32 v8 v13 v4
v15 = mul_f32 v14 437F0000 (255)
v16 = round v15
v17 = extract v0 8 v1
v18 = to_f32 v17
v19 = mul_f32 v18 3B808081 (0.0039215689)
v20 = extract v5 8 v1
v21 = to_f32 v20
v22 = mul_f32 v21 3B808081 (0.0039215689)
v23 = mad_f32 v22 v13 v19
v24 = mul_f32 v23 437F0000 (255)
v25 = round v24
v26 = pack v16 v25 8
v27 = extract v0 16 v1
v28 = to_f32 v27
v29 = mul_f32 v28 3B808081 (0.0039215689)
v30 = extract v5 16 v1
v31 = to_f32 v30
v32 = mul_f32 v31 3B808081 (0.0039215689)
v33 = mad_f32 v32 v13 v29
v34 = mul_f32 v33 437F0000 (255)
v35 = round v34
v36 = extract v5 24 v1
v37 = to_f32 v36
v38 = mul_f32 v37 3B808081 (0.0039215689)
v39 = mad_f32 v38 v13 v11
v40 = mul_f32 v39 437F0000 (255)
v41 = round v40
v42 = pack v35 v41 8
v43 = pack v26 v42 16
store32 arg(1) v43
9 registers, 45 instructions:
r0 = splat FF (3.5733111e-43)
r1 = splat 3F800000 (1)
loop:
r2 = load32 arg(0)
r3 = extract r2 0 r0
r3 = to_f32 r3
r3 = mul_f32 r3 3B808081 (0.0039215689)
r4 = load32 arg(1)
r5 = extract r4 0 r0
r5 = to_f32 r5
r5 = mul_f32 r5 3B808081 (0.0039215689)
r6 = extract r2 24 r0
r6 = to_f32 r6
r6 = mul_f32 r6 3B808081 (0.0039215689)
r7 = sub_f32 r1 r6
r3 = mad_f32 r5 r7 r3
r3 = mul_f32 r3 437F0000 (255)
r3 = round r3
r5 = extract r2 8 r0
r5 = to_f32 r5
r5 = mul_f32 r5 3B808081 (0.0039215689)
r8 = extract r4 8 r0
r8 = to_f32 r8
r8 = mul_f32 r8 3B808081 (0.0039215689)
r5 = mad_f32 r8 r7 r5
r5 = mul_f32 r5 437F0000 (255)
r5 = round r5
r5 = pack r3 r5 8
r2 = extract r2 16 r0
r2 = to_f32 r2
r2 = mul_f32 r2 3B808081 (0.0039215689)
r3 = extract r4 16 r0
r3 = to_f32 r3
r3 = mul_f32 r3 3B808081 (0.0039215689)
r2 = mad_f32 r3 r7 r2
r2 = mul_f32 r2 437F0000 (255)
r2 = round r2
r4 = extract r4 24 r0
r4 = to_f32 r4
r4 = mul_f32 r4 3B808081 (0.0039215689)
r6 = mad_f32 r4 r7 r6
r6 = mul_f32 r6 437F0000 (255)
r6 = round r6
r6 = pack r2 r6 8
r6 = pack r5 r6 16
store32 arg(1) r6
I32 (Naive) 8888 over 8888
29 values:
v0 = load32 arg(0)
↑ v1 = splat FF (3.5733111e-43)
v2 = extract v0 0 v1
v3 = load32 arg(1)
v4 = extract v3 0 v1
v5 = extract v0 24 v1
↑ v6 = splat 100 (3.5873241e-43)
v7 = sub_i32 v6 v5
v8 = mul_i32 v4 v7
v9 = shr_i32 v8 8
v10 = add_i32 v2 v9
v11 = extract v0 8 v1
v12 = extract v3 8 v1
v13 = mul_i32 v12 v7
v14 = shr_i32 v13 8
v15 = add_i32 v11 v14
v16 = pack v10 v15 8
v17 = extract v0 16 v1
v18 = extract v3 16 v1
v19 = mul_i32 v18 v7
v20 = shr_i32 v19 8
v21 = add_i32 v17 v20
v22 = extract v3 24 v1
v23 = mul_i32 v22 v7
v24 = shr_i32 v23 8
v25 = add_i32 v5 v24
v26 = pack v21 v25 8
v27 = pack v16 v26 16
store32 arg(1) v27
9 registers, 29 instructions:
r0 = splat FF (3.5733111e-43)
r1 = splat 100 (3.5873241e-43)
loop:
r2 = load32 arg(0)
r3 = extract r2 0 r0
r4 = load32 arg(1)
r5 = extract r4 0 r0
r6 = extract r2 24 r0
r7 = sub_i32 r1 r6
r5 = mul_i32 r5 r7
r5 = shr_i32 r5 8
r5 = add_i32 r3 r5
r3 = extract r2 8 r0
r8 = extract r4 8 r0
r8 = mul_i32 r8 r7
r8 = shr_i32 r8 8
r8 = add_i32 r3 r8
r8 = pack r5 r8 8
r2 = extract r2 16 r0
r5 = extract r4 16 r0
r5 = mul_i32 r5 r7
r5 = shr_i32 r5 8
r5 = add_i32 r2 r5
r4 = extract r4 24 r0
r7 = mul_i32 r4 r7
r7 = shr_i32 r7 8
r7 = add_i32 r6 r7
r7 = pack r5 r7 8
r7 = pack r8 r7 16
store32 arg(1) r7
I32 8888 over 8888
29 values:
v0 = load32 arg(0)
↑ v1 = splat FF (3.5733111e-43)
v2 = bit_and v0 v1
v3 = load32 arg(1)
v4 = bit_and v3 v1
v5 = shr_i32 v0 24
↑ v6 = splat 100 (3.5873241e-43)
v7 = sub_i32 v6 v5
v8 = mul_i16x2 v4 v7
v9 = shr_i32 v8 8
v10 = add_i32 v2 v9
v11 = bytes v0 2
v12 = bytes v3 2
v13 = mul_i16x2 v12 v7
v14 = shr_i32 v13 8
v15 = add_i32 v11 v14
v16 = pack v10 v15 8
v17 = bytes v0 3
v18 = bytes v3 3
v19 = mul_i16x2 v18 v7
v20 = shr_i32 v19 8
v21 = add_i32 v17 v20
v22 = shr_i32 v3 24
v23 = mul_i16x2 v22 v7
v24 = shr_i32 v23 8
v25 = add_i32 v5 v24
v26 = pack v21 v25 8
v27 = pack v16 v26 16
store32 arg(1) v27
9 registers, 29 instructions:
r0 = splat FF (3.5733111e-43)
r1 = splat 100 (3.5873241e-43)
loop:
r2 = load32 arg(0)
r3 = bit_and r2 r0
r4 = load32 arg(1)
r5 = bit_and r4 r0
r6 = shr_i32 r2 24
r7 = sub_i32 r1 r6
r5 = mul_i16x2 r5 r7
r5 = shr_i32 r5 8
r5 = add_i32 r3 r5
r3 = bytes r2 2
r8 = bytes r4 2
r8 = mul_i16x2 r8 r7
r8 = shr_i32 r8 8
r8 = add_i32 r3 r8
r8 = pack r5 r8 8
r2 = bytes r2 3
r5 = bytes r4 3
r5 = mul_i16x2 r5 r7
r5 = shr_i32 r5 8
r5 = add_i32 r2 r5
r4 = shr_i32 r4 24
r7 = mul_i16x2 r4 r7
r7 = shr_i32 r7 8
r7 = add_i32 r6 r7
r7 = pack r5 r7 8
r7 = pack r8 r7 16
store32 arg(1) r7
I32 (SWAR) 8888 over 8888
15 values:
v0 = load32 arg(0)
v1 = bytes v0 404
↑ v2 = splat 1000100 (2.3510604e-38)
v3 = sub_i16x2 v2 v1
v4 = load32 arg(1)
↑ v5 = splat FF00FF (2.3418409e-38)
v6 = bit_and v4 v5
v7 = mul_i16x2 v6 v3
v8 = shr_i16x2 v7 8
v9 = shr_i16x2 v4 8
v10 = mul_i16x2 v9 v3
v11 = bit_clear v10 v5
v12 = bit_or v8 v11
v13 = add_i32 v0 v12
store32 arg(1) v13
6 registers, 15 instructions:
r0 = splat 1000100 (2.3510604e-38)
r1 = splat FF00FF (2.3418409e-38)
loop:
r2 = load32 arg(0)
r3 = bytes r2 404
r3 = sub_i16x2 r0 r3
r4 = load32 arg(1)
r5 = bit_and r4 r1
r5 = mul_i16x2 r5 r3
r5 = shr_i16x2 r5 8
r4 = shr_i16x2 r4 8
r3 = mul_i16x2 r4 r3
r3 = bit_clear r3 r1
r3 = bit_or r5 r3
r3 = add_i32 r2 r3
store32 arg(1) r3
6 values:
↟ v0 = splat 1 (1.4012985e-45)
↟ v1 = splat 2 (2.8025969e-45)
↑ v2 = add_i32 v0 v1
v3 = load32 arg(0)
v4 = mul_i32 v3 v2
store32 arg(0) v4
2 registers, 6 instructions:
r0 = splat 1 (1.4012985e-45)
r1 = splat 2 (2.8025969e-45)
r1 = add_i32 r0 r1
loop:
r0 = load32 arg(0)
r0 = mul_i32 r0 r1
store32 arg(0) r0
19 values:
↑ v0 = splat FF (3.5733111e-43)
v1 = load32 arg(0)
v2 = extract v1 0 v0
v3 = load32 arg(1)
v4 = extract v3 0 v0
v5 = add_i32 v2 v4
v6 = extract v1 8 v0
v7 = extract v3 8 v0
v8 = add_i32 v6 v7
v9 = pack v5 v8 8
v10 = extract v1 16 v0
v11 = extract v3 16 v0
v12 = add_i32 v10 v11
v13 = extract v1 24 v0
v14 = extract v3 24 v0
v15 = add_i32 v13 v14
v16 = pack v12 v15 8
v17 = pack v9 v16 16
store32 arg(1) v17
6 registers, 19 instructions:
r0 = splat FF (3.5733111e-43)
loop:
r1 = load32 arg(0)
r2 = extract r1 0 r0
r3 = load32 arg(1)
r4 = extract r3 0 r0
r4 = add_i32 r2 r4
r2 = extract r1 8 r0
r5 = extract r3 8 r0
r5 = add_i32 r2 r5
r5 = pack r4 r5 8
r4 = extract r1 16 r0
r2 = extract r3 16 r0
r2 = add_i32 r4 r2
r1 = extract r1 24 r0
r3 = extract r3 24 r0
r3 = add_i32 r1 r3
r3 = pack r2 r3 8
r3 = pack r5 r3 16
store32 arg(1) r3
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