Load

LD_TNSR

Represents LD_TNSR built-in.

The default values of vector LD_TNSR 64 built-ins for C++ versions are as follows:

• switches = 0

• income = {}

• predicate = 1

• polarity = 0.

Intrinsics Prototype and Arguments

Intrinsics Definition

ull32 v_u64_ld_tnsr_b(int5 ndx, const signed char tensor, int switches, ull32 income, bool predicate, bool polarity)

ll32 v_i64_ld_tnsr_b(int5 ndx, const signed char tensor, int switches, ll32 income, bool predicate, bool polarity)

ull32 v_u64_ld_tnsr_vb(int5 ndx, char tensor, int switches, ull32 income, bool32 predicate, bool polarity)

ll32 v_i64_ld_tnsr_vb(int5 ndx, char tensor, int switches, ll32 income, bool32 predicate, bool polarity)

Parameters

ndx	Tensor coordinates (SRC1).
tensor	Tensor number.
switches	Instruction switches.
income	This value is returned if the predicate is false.
predicate	Predicate value for the built-in.
polarity	True if the polarity of the predicate is inverted.

LD_TNSR Partial

Represents LD_TNSR_PARTIAL Partial built-in.

The default values of vector LD_TNSR_PARTIAL 64 built-ins for C++ versions are as follows:

• switches = 0

• income = {}

• predicate = 1

• polarity = 0.

Intrinsics Prototype and Arguments

Intrinsics Definition

ull32 v_u64_ld_tnsr_partial_b(int5 ndx, char tensor, char size, char offset, int switches, ull32 income, bool predicate, bool polarity)

ll32 v_i64_ld_tnsr_partial_b(int5 ndx, char tensor, char size, char offset, int switches, ll32 income, bool predicate, bool polarity)

ull32 v_u64_ld_tnsr_partial_vb(int5 ndx, char tensor, char size, char offset, int switches, ull32 income, bool32 predicate, bool polarity)

ll32 v_i64_ld_tnsr_partial_vb(int5 ndx, char tensor, char size, char offset, int switches, ll32 income, bool32 predicate, bool polarity)

Parameters

ndx	Tensor coordinates (SRC1).
tensor	Tensor number.
size	Size in elements minus 1.
offset	Offset in elements.
switches	Instruction switches.
income	This value is returned if the predicate is false.
predicate	Predicate value for the built-in.
polarity	True if the polarity of the predicate is inverted.