native.arm.fcma Module Reference

Exported Modules
module	native.arm.features
module	native.simd

Functions
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && (Rotation == 90 || Rotation == 270))
constexpr simd< float, 2, Arch >	native::fcadd (simd< float, 2, Arch > a, simd< float, 2, Arch > b) noexcept
	FCADD on 1 binary32 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<float, 2, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 90 || Rotation == 270))
consteval simd< float, 2, Arch >	native::fcadd (simd< float, 2, Arch > a, simd< float, 2, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
constexpr simd< float, 2, Arch >	native::fcmla (simd< float, 2, Arch > acc, simd< float, 2, Arch > a, simd< float, 2, Arch > b) noexcept
	FCMLA on 1 binary32 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<float, 2, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
consteval simd< float, 2, Arch >	native::fcmla (simd< float, 2, Arch > acc, simd< float, 2, Arch > a, simd< float, 2, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (Arch.has(arm_feature::complxnum) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 1)
constexpr simd< float, 2, Arch >	native::fcmla_lane (simd< float, 2, Arch > acc, simd< float, 2, Arch > a, simd< float, 2, Arch > b) noexcept
	FCMLA using complex pair Lane of b (the lane indexes pairs, not scalars).
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (requires { sizeof(simd<float, 2, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 1)
consteval simd< float, 2, Arch >	native::fcmla_lane (simd< float, 2, Arch > acc, simd< float, 2, Arch > a, simd< float, 2, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (Arch.has(arm_feature::complxnum) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 2)
constexpr simd< float, 2, Arch >	native::fcmla_lane (simd< float, 2, Arch > acc, simd< float, 2, Arch > a, simd< float, 4, Arch > b) noexcept
	FCMLA using complex pair Lane of b (the lane indexes pairs, not scalars).
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (requires { sizeof(simd<float, 2, Arch>); } && requires { sizeof(simd<float, 4, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 2)
consteval simd< float, 2, Arch >	native::fcmla_lane (simd< float, 2, Arch > acc, simd< float, 2, Arch > a, simd< float, 4, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && (Rotation == 90 || Rotation == 270))
constexpr simd< float, 4, Arch >	native::fcadd (simd< float, 4, Arch > a, simd< float, 4, Arch > b) noexcept
	FCADD on 2 binary32 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<float, 4, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 90 || Rotation == 270))
consteval simd< float, 4, Arch >	native::fcadd (simd< float, 4, Arch > a, simd< float, 4, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
constexpr simd< float, 4, Arch >	native::fcmla (simd< float, 4, Arch > acc, simd< float, 4, Arch > a, simd< float, 4, Arch > b) noexcept
	FCMLA on 2 binary32 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<float, 4, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
consteval simd< float, 4, Arch >	native::fcmla (simd< float, 4, Arch > acc, simd< float, 4, Arch > a, simd< float, 4, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (Arch.has(arm_feature::complxnum) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 1)
constexpr simd< float, 4, Arch >	native::fcmla_lane (simd< float, 4, Arch > acc, simd< float, 4, Arch > a, simd< float, 2, Arch > b) noexcept
	FCMLA using complex pair Lane of b (the lane indexes pairs, not scalars).
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (requires { sizeof(simd<float, 4, Arch>); } && requires { sizeof(simd<float, 2, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 1)
consteval simd< float, 4, Arch >	native::fcmla_lane (simd< float, 4, Arch > acc, simd< float, 4, Arch > a, simd< float, 2, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (Arch.has(arm_feature::complxnum) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 2)
constexpr simd< float, 4, Arch >	native::fcmla_lane (simd< float, 4, Arch > acc, simd< float, 4, Arch > a, simd< float, 4, Arch > b) noexcept
	FCMLA using complex pair Lane of b (the lane indexes pairs, not scalars).
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (requires { sizeof(simd<float, 4, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 2)
consteval simd< float, 4, Arch >	native::fcmla_lane (simd< float, 4, Arch > acc, simd< float, 4, Arch > a, simd< float, 4, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && (Rotation == 90 || Rotation == 270))
constexpr simd< double, 2, Arch >	native::fcadd (simd< double, 2, Arch > a, simd< double, 2, Arch > b) noexcept
	FCADD on 1 binary64 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<double, 2, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 90 || Rotation == 270))
consteval simd< double, 2, Arch >	native::fcadd (simd< double, 2, Arch > a, simd< double, 2, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
constexpr simd< double, 2, Arch >	native::fcmla (simd< double, 2, Arch > acc, simd< double, 2, Arch > a, simd< double, 2, Arch > b) noexcept
	FCMLA on 1 binary64 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<double, 2, Arch>); } && !(Arch.has(arm_feature::complxnum)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
consteval simd< double, 2, Arch >	native::fcmla (simd< double, 2, Arch > acc, simd< double, 2, Arch > a, simd< double, 2, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16) && (Rotation == 90 || Rotation == 270))
constexpr simd< fp16, 4, Arch >	native::fcadd (simd< fp16, 4, Arch > a, simd< fp16, 4, Arch > b) noexcept
	FCADD on 2 binary16 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<fp16, 4, Arch>); } && !(Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16)) && (Rotation == 90 || Rotation == 270))
consteval simd< fp16, 4, Arch >	native::fcadd (simd< fp16, 4, Arch > a, simd< fp16, 4, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
constexpr simd< fp16, 4, Arch >	native::fcmla (simd< fp16, 4, Arch > acc, simd< fp16, 4, Arch > a, simd< fp16, 4, Arch > b) noexcept
	FCMLA on 2 binary16 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<fp16, 4, Arch>); } && !(Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
consteval simd< fp16, 4, Arch >	native::fcmla (simd< fp16, 4, Arch > acc, simd< fp16, 4, Arch > a, simd< fp16, 4, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 2)
constexpr simd< fp16, 4, Arch >	native::fcmla_lane (simd< fp16, 4, Arch > acc, simd< fp16, 4, Arch > a, simd< fp16, 4, Arch > b) noexcept
	FCMLA using complex pair Lane of b (the lane indexes pairs, not scalars).
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (requires { sizeof(simd<fp16, 4, Arch>); } && !(Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 2)
consteval simd< fp16, 4, Arch >	native::fcmla_lane (simd< fp16, 4, Arch > acc, simd< fp16, 4, Arch > a, simd< fp16, 4, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 4)
constexpr simd< fp16, 4, Arch >	native::fcmla_lane (simd< fp16, 4, Arch > acc, simd< fp16, 4, Arch > a, simd< fp16, 8, Arch > b) noexcept
	FCMLA using complex pair Lane of b (the lane indexes pairs, not scalars).
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (requires { sizeof(simd<fp16, 4, Arch>); } && requires { sizeof(simd<fp16, 8, Arch>); } && !(Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 4)
consteval simd< fp16, 4, Arch >	native::fcmla_lane (simd< fp16, 4, Arch > acc, simd< fp16, 4, Arch > a, simd< fp16, 8, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16) && (Rotation == 90 || Rotation == 270))
constexpr simd< fp16, 8, Arch >	native::fcadd (simd< fp16, 8, Arch > a, simd< fp16, 8, Arch > b) noexcept
	FCADD on 4 binary16 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<fp16, 8, Arch>); } && !(Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16)) && (Rotation == 90 || Rotation == 270))
consteval simd< fp16, 8, Arch >	native::fcadd (simd< fp16, 8, Arch > a, simd< fp16, 8, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation> requires (Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
constexpr simd< fp16, 8, Arch >	native::fcmla (simd< fp16, 8, Arch > acc, simd< fp16, 8, Arch > a, simd< fp16, 8, Arch > b) noexcept
	FCMLA on 4 binary16 complex pair(s), rotation in degrees.
template<isa< arm > Arch, unsigned Rotation> requires (requires { sizeof(simd<fp16, 8, Arch>); } && !(Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270))
consteval simd< fp16, 8, Arch >	native::fcmla (simd< fp16, 8, Arch > acc, simd< fp16, 8, Arch > a, simd< fp16, 8, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 2)
constexpr simd< fp16, 8, Arch >	native::fcmla_lane (simd< fp16, 8, Arch > acc, simd< fp16, 8, Arch > a, simd< fp16, 4, Arch > b) noexcept
	FCMLA using complex pair Lane of b (the lane indexes pairs, not scalars).
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (requires { sizeof(simd<fp16, 8, Arch>); } && requires { sizeof(simd<fp16, 4, Arch>); } && !(Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 2)
consteval simd< fp16, 8, Arch >	native::fcmla_lane (simd< fp16, 8, Arch > acc, simd< fp16, 8, Arch > a, simd< fp16, 4, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 4)
constexpr simd< fp16, 8, Arch >	native::fcmla_lane (simd< fp16, 8, Arch > acc, simd< fp16, 8, Arch > a, simd< fp16, 8, Arch > b) noexcept
	FCMLA using complex pair Lane of b (the lane indexes pairs, not scalars).
template<isa< arm > Arch, unsigned Rotation, unsigned Lane> requires (requires { sizeof(simd<fp16, 8, Arch>); } && !(Arch.has(arm_feature::complxnum) && Arch.has(arm_feature::neon_fp16)) && (Rotation == 0 || Rotation == 90 || Rotation == 180 || Rotation == 270) && Lane < 4)
consteval simd< fp16, 8, Arch >	native::fcmla_lane (simd< fp16, 8, Arch > acc, simd< fp16, 8, Arch > a, simd< fp16, 8, Arch > b) noexcept
	Constant-evaluation-only form when the instruction feature is absent.

Files
file	src/native.arm.fcma.ccm