@@ -476,13 +476,13 @@ end
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check_within_limits (tovector (@inferred (f (j, vi2))), f .(j, xi2))
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check_within_limits (tovector (@inferred (f (vi1, i))), f .(xi1, i))
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check_within_limits (tovector (@inferred (f (m1, i))), f .(xi3, i))
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- # check_within_limits(tovector(@inferred(f(m1, vi2))), f.(xi3, xi2))
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- # check_within_limits(tovector(@inferred(f(m1, m2))), f.(xi3, xi4))
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+ check_within_limits (tovector (@inferred (f (m1, vi2))), f .(xi3, xi2))
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+ check_within_limits (tovector (@inferred (f (m1, m2))), f .(xi3, xi4))
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check_within_limits (tovector (@inferred (f (m1, m1))), f .(xi3, xi3))
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check_within_limits (tovector (@inferred (f (m2, i))), f .(xi4, i))
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- # check_within_limits(tovector(@inferred(f(m2, vi2))), f.(xi4, xi2))
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+ check_within_limits (tovector (@inferred (f (m2, vi2))), f .(xi4, xi2))
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check_within_limits (tovector (@inferred (f (m2, m2))), f .(xi4, xi4))
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- # check_within_limits(tovector(@inferred(f(m2, m1))), f.(xi4, xi3))
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+ check_within_limits (tovector (@inferred (f (m2, m1))), f .(xi4, xi3))
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if ! ((f === VectorizationBase. rotate_left) || (f === VectorizationBase. rotate_right))
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check_within_limits (tovector (@inferred (f (j, m1))), f .(j, xi3))
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check_within_limits (tovector (@inferred (f (j, m2))), f .(j, xi4))
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@test vtwos32 === VectorizationBase. VecUnroll ((vbroadcast (StaticInt (W32), 2f0 ),vbroadcast (StaticInt (W32), 2f0 )))
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@test vf2 === v2f32
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-
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+
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vm = if VectorizationBase. AVX512DQ
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VectorizationBase. VecUnroll ((
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MM {W64} (rand (Int)),MM {W64} (rand (Int)),MM {W64} (rand (Int)),MM {W64} (rand (Int))
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