Logical

Compare Equal

Represents CMP_EQ instruction.

Intrinsics Prototype and Arguments

bool s_f32_cmp_eq(float a, float b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_bf16_cmp_eq(bf16 a, bf16 b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i32_cmp_eq(int32_t a, int32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u32_cmp_eq(uint32_t a, uint32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i16_cmp_eq(int16_t a, int16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u16_cmp_eq(uint16_t a, uint16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i8_cmp_eq(int8_t a, int8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u8_cmp_eq(uint8_t a, uint8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool64 v_f32_cmp_eq_vb(float64 a, float64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_f32_cmp_eq_b(float64 a, float64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_bf16_cmp_eq_vb(bfloat128 a, bfloat128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_bf16_cmp_eq_b(bfloat128 a, bfloat128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool64 v_i32_cmp_eq_vb(int64 a, int64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_i32_cmp_eq_b(int64 a, int64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool64 v_u32_cmp_eq_vb(uint64 a, uint64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_u32_cmp_eq_b(uint64 a, uint64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_i16_cmp_eq_vb(short128 a, short128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_i16_cmp_eq_b(short128 a, short128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool128 v_u16_cmp_eq_vb(ushort128 a, ushort128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_u16_cmp_eq_b(ushort128 a, ushort128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool256 v_i8_cmp_eq_vb(char256 a, char256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_i8_cmp_eq_b(char256 a, char256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

bool256 v_u8_cmp_eq_vb(uchar256 a, uchar256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_u8_cmp_eq_b(uchar256 a, uchar256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

a

The first SRC operand (SRC1).

b

The second SRC operand (SRC2).

switches

Switches of the instructions.

income

This value is returned if the predicate is false.

predicate

Predicate value for the instruction.

polarity

True if polarity of the predicate is inverted.

Allowed switches are:

  • SW_MASK_EQ_ZERO - Compare between (a & b) and 0.

Boolean result of comparison - a==b (scalar or vector).

Compare Greater Equal

Represents CMP_GEQ instruction.

Performs elementwise comparision between the first source operand and the second source operand.

Intrinsics Prototype and Arguments

bool s_f32_cmp_geq(float a, float b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_bf16_cmp_geq(bf16 a, bf16 b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i32_cmp_geq(int32_t a, int32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u32_cmp_geq(uint32_t a, uint32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i16_cmp_geq(int16_t a, int16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u16_cmp_geq(uint16_t a, uint16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i8_cmp_geq(int8_t a, int8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u8_cmp_geq(uint8_t a, uint8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool64 v_f32_cmp_geq_vb(float64 a, float64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_f32_cmp_geq_b(float64 a, float64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_bf16_cmp_geq_vb(bfloat128 a, bfloat128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_bf16_cmp_geq_b(bfloat128 a, bfloat128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool64 v_i32_cmp_geq_vb(int64 a, int64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_i32_cmp_geq_b(int64 a, int64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool64 v_u32_cmp_geq_vb(uint64 a, uint64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_u32_cmp_geq_b(uint64 a, uint64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_i16_cmp_geq_vb(short128 a, short128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_i16_cmp_geq_b(short128 a, short128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool128 v_u16_cmp_geq_vb(ushort128 a, ushort128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_u16_cmp_geq_b(ushort128 a, ushort128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool256 v_i8_cmp_geq_vb(char256 a, char256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_i8_cmp_geq_b(char256 a, char256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

bool256 v_u8_cmp_geq_vb(uchar256 a, uchar256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_u8_cmp_geq_b(uchar256 a, uchar256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

a

The first SRC operand (SRC1).

b

The second SRC operand (SRC2).

switches

Switches of the instructions.

income

This value is returned if the predicate is false.

predicate

Predicate value for the instruction.

polarity

True if polarity of the predicate is inverted.

Boolean result of comparison - a>=b (scalar or vector).

Compare Greater

Represents CMP_GRT instruction.

Intrinsics Prototype and Arguments

bool s_f32_cmp_grt(float a, float b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_bf16_cmp_grt(bf16 a, bf16 b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i32_cmp_grt(int32_t a, int32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u32_cmp_grt(uint32_t a, uint32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i16_cmp_grt(int16_t a, int16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u16_cmp_grt(uint16_t a, uint16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i8_cmp_grt(int8_t a, int8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u8_cmp_grt(uint8_t a, uint8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool64 v_f32_cmp_grt_vb(float64 a, float64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_f32_cmp_grt_b(float64 a, float64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_bf16_cmp_grt_vb(bfloat128 a, bfloat128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_bf16_cmp_grt_b(bfloat128 a, bfloat128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool64 v_i32_cmp_grt_vb(int64 a, int64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_i32_cmp_grt_b(int64 a, int64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool64 v_u32_cmp_grt_vb(uint64 a, uint64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_u32_cmp_grt_b(uint64 a, uint64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_i16_cmp_grt_vb(short128 a, short128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_i16_cmp_grt_b(short128 a, short128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool128 v_u16_cmp_grt_vb(ushort128 a, ushort128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_u16_cmp_grt_b(ushort128 a, ushort128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool256 v_i8_cmp_grt_vb(char256 a, char256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_i8_cmp_grt_b(char256 a, char256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

bool256 v_u8_cmp_grt_vb(uchar256 a, uchar256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_u8_cmp_grt_b(uchar256 a, uchar256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

a

The first SRC operand (SRC1).

b

The second SRC operand (SRC2).

switches

Switches of the instructions.

income

This value is returned if the predicate is false.

predicate

Predicate value for the instruction.

polarity

True if polarity of the predicate is inverted.

Boolean result of comparison - a>b (scalar or vector).

Compare Less Equal

Represents CMP_LEQ instruction.

Intrinsics Prototype and Arguments

bool s_f32_cmp_leq(float a, float b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_bf16_cmp_leq(bf16 a, bf16 b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i32_cmp_leq(int32_t a, int32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u32_cmp_leq(uint32_t a, uint32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i16_cmp_leq(int16_t a, int16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u16_cmp_leq(uint16_t a, uint16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i8_cmp_leq(int8_t a, int8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u8_cmp_leq(uint8_t a, uint8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool64 v_f32_cmp_leq_vb(float64 a, float64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_f32_cmp_leq_b(float64 a, float64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_bf16_cmp_leq_vb(bfloat128 a, bfloat128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_bf16_cmp_leq_b(bfloat128 a, bfloat128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool64 v_i32_cmp_leq_vb(int64 a, int64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_i32_cmp_leq_b(int64 a, int64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool64 v_u32_cmp_leq_vb(uint64 a, uint64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_u32_cmp_leq_b(uint64 a, uint64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_i16_cmp_leq_vb(short128 a, short128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_i16_cmp_leq_b(short128 a, short128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool128 v_u16_cmp_leq_vb(ushort128 a, ushort128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_u16_cmp_leq_b(ushort128 a, ushort128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool256 v_i8_cmp_leq_vb(char256 a, char256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_i8_cmp_leq_b(char256 a, char256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

bool256 v_u8_cmp_leq_vb(uchar256 a, uchar256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_u8_cmp_leq_b(uchar256 a, uchar256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

a

The first SRC operand (SRC1).

b

The second SRC operand (SRC2).

switches

Switches of the instructions.

income

This value is returned if the predicate is false.

predicate

Predicate value for the instruction.

polarity

True if polarity of the predicate is inverted.

Boolean result of comparison - a<=b (scalar or vector).

Compare Less

Represents CMP_LESS instruction.

Intrinsics Prototype and Arguments

bool s_f32_cmp_less(float a, float b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_bf16_cmp_less(bf16 a, bf16 b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i32_cmp_less(int32_t a, int32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u32_cmp_less(uint32_t a, uint32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i16_cmp_less(int16_t a, int16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u16_cmp_less(uint16_t a, uint16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i8_cmp_less(int8_t a, int8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u8_cmp_less(uint8_t a, uint8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool64 v_f32_cmp_less_vb(float64 a, float64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_f32_cmp_less_b(float64 a, float64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_bf16_cmp_less_vb(bfloat128 a, bfloat128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_bf16_cmp_less_b(bfloat128 a, bfloat128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool64 v_i32_cmp_less_vb(int64 a, int64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_i32_cmp_less_b(int64 a, int64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool64 v_u32_cmp_less_vb(uint64 a, uint64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_u32_cmp_less_b(uint64 a, uint64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_i16_cmp_less_vb(short128 a, short128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_i16_cmp_less_b(short128 a, short128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool128 v_u16_cmp_less_vb(ushort128 a, ushort128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_u16_cmp_less_b(ushort128 a, ushort128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool256 v_i8_cmp_less_vb(char256 a, char256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_i8_cmp_less_b(char256 a, char256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

bool256 v_u8_cmp_less_vb(uchar256 a, uchar256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_u8_cmp_less_b(uchar256 a, uchar256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

a

The first SRC operand (SRC1).

b

The second SRC operand (SRC2).

switches

Switches of the instructions.

income

This value is returned if the predicate is false.

predicate

Predicate value for the instruction.

polarity

True if polarity of the predicate is inverted.

Boolean result of comparison - a<b (scalar or vector).

Compare Not Equal

Represents CMP_NEQ instruction.

Intrinsics Prototype and Arguments

bool s_f32_cmp_neq(float a, float b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_bf16_cmp_neq(bf16 a, bf16 b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i32_cmp_neq(int32_t a, int32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u32_cmp_neq(uint32_t a, uint32_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i16_cmp_neq(int16_t a, int16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u16_cmp_neq(uint16_t a, uint16_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_i8_cmp_neq(int8_t a, int8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool s_u8_cmp_neq(uint8_t a, uint8_t b, int switches=0, bool income={}, bool predicate=1, bool polarity=0)

bool64 v_f32_cmp_neq_vb(float64 a, float64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_f32_cmp_neq_b(float64 a, float64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_bf16_cmp_neq_vb(bfloat128 a, bfloat128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_bf16_cmp_neq_b(bfloat128 a, bfloat128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool64 v_i32_cmp_neq_vb(int64 a, int64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_i32_cmp_neq_b(int64 a, int64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool64 v_u32_cmp_neq_vb(uint64 a, uint64 b, int switches, bool64 income, bool64 predicate, bool polarity=0)

bool64 v_u32_cmp_neq_b(uint64 a, uint64 b, int switches=0, bool64 income={}, bool predicate=1, bool polarity=0)

bool128 v_i16_cmp_neq_vb(short128 a, short128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_i16_cmp_neq_b(short128 a, short128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool128 v_u16_cmp_neq_vb(ushort128 a, ushort128 b, int switches, bool128 income, bool128 predicate, bool polarity=0)

bool128 v_u16_cmp_neq_b(ushort128 a, ushort128 b, int switches=0, bool128 income={}, bool predicate=1, bool polarity=0)

bool256 v_i8_cmp_neq_vb(char256 a, char256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_i8_cmp_neq_b(char256 a, char256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

bool256 v_u8_cmp_neq_vb(uchar256 a, uchar256 b, int switches, bool256 income, bool256 predicate, bool polarity=0)

bool256 v_u8_cmp_neq_b(uchar256 a, uchar256 b, int switches=0, bool256 income={}, bool predicate=1, bool polarity=0)

a

The first SRC operand (SRC1).

b

The second SRC operand (SRC2).

switches

Switches of the instructions.

income

This value is returned if the predicate is false.

predicate

Predicate value for the instruction.

polarity

True if polarity of the predicate is inverted.

Boolean result of comparison - a!=b (scalar or vector).