32-Bit Binary Functions

okk_bdc_32bit_and

void okk_bdc_32bit_and(local_addr_t dst_addr, local_addr_t src0_addr, local_addr_t src1_addr, const dim4 *shape, const dim4 *dst_stride, const dim4 *src0_stride, const dim4 *src1_stride)

Perform bit-wise AND operation of the elements of the source_0 and source_1 tensors for 32-bit data type.

\[dst(n, c, h, w) = src\_0(n, c, h, w)\ \mathbf{AND}\ src\_1(n, c, h, w)\]

Parameters

• dst_addr – Address of the destination tensor.

• src0_addr – Address of the source_0 tensor.

• src1_addr – Address of the source_1 tensor.

• shape – Pointer to the shape of the destination, source_0 and source_1 tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src0_stride – Pointer to the stride of the source_0 tensor.

• src1_stride – Pointer to the stride of the source_1 tensor.

Remarks

• The data type of the destination, source_0 and source_1 tensors is 32-bit.

• The destination, source_0 and source_1 tensors start at the same NPU.

• dst_addr, src0_addr and src1_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride, src0_stride or src1_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_and_C

void okk_bdc_32bit_and_C(local_addr_t dst_addr, local_addr_t src_addr, x32 C, const dim4 *shape, const dim4 *dst_stride, const dim4 *src_stride)

Perform bit-wise AND operation of the elements of the source tensor and a constant value for 32-bit data type.

\[dst(n, c, h, w) = src(n, c, h, w)\ \mathbf{AND}\ C\]

Parameters

• dst_addr – Address of the destination tensor.

• src_addr – Address of the source tensor.

• C – Constant value of 32-bit to be operated.

• shape – Pointer to the shape of the destination and source tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src_stride – Pointer to the stride of the source tensor.

Remarks

• The data type of the destination and source tensor is 32-bit.

• The destination and source tensors start at the same NPU.

• dst_addr and src_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride or src_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_or

void okk_bdc_32bit_or(local_addr_t dst_addr, local_addr_t src0_addr, local_addr_t src1_addr, const dim4 *shape, const dim4 *dst_stride, const dim4 *src0_stride, const dim4 *src1_stride)

Perform bit-wise OR operation of the elements of the source_0 and source_1 tensors for 32-bit data type.

\[dst(n, c, h, w) = src\_0(n, c, h, w)\ \mathbf{OR}\ src\_1(n, c, h, w)\]

Parameters

• dst_addr – Address of the destination tensor.

• src0_addr – Address of the source_0 tensor.

• src1_addr – Address of the source_1 tensor.

• shape – Pointer to the shape of the destination, source_0 and source_1 tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src0_stride – Pointer to the stride of the source_0 tensor.

• src1_stride – Pointer to the stride of the source_1 tensor.

Remarks

• The data type of the destination, source_0 and source_1 tensors is 32-bit.

• The destination, source_0 and source_1 tensors start at the same NPU.

• dst_addr, src0_addr and src1_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride, src0_stride or src1_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_or_C

void okk_bdc_32bit_or_C(local_addr_t dst_addr, local_addr_t src_addr, x32 C, const dim4 *shape, const dim4 *dst_stride, const dim4 *src_stride)

Perform bit-wise OR operation of the elements of the source tensor and a constant value for 32-bit data type.

\[dst(n, c, h, w) = src(n, c, h, w)\ \mathbf{OR}\ C\]

Parameters

• dst_addr – Address of the destination tensor.

• src_addr – Address of the source tensor.

• C – Constant value of 32-bit to be operated.

• shape – Pointer to the shape of the destination and source tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src_stride – Pointer to the stride of the source tensor.

Remarks

• The data type of the destination and source tensor is 32-bit.

• The destination and source tensors start at the same NPU.

• dst_addr and src_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride or src_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_xor

void okk_bdc_32bit_xor(local_addr_t dst_addr, local_addr_t src0_addr, local_addr_t src1_addr, const dim4 *shape, const dim4 *dst_stride, const dim4 *src0_stride, const dim4 *src1_stride)

Perform bit-wise XOR operation of the elements of the source_0 and source_1 tensors for 32-bit data type.

\[dst(n, c, h, w) = src\_0(n, c, h, w)\ \mathbf{XOR}\ src\_1(n, c, h, w)\]

Parameters

• dst_addr – Address of the destination tensor.

• src0_addr – Address of the source_0 tensor.

• src1_addr – Address of the source_1 tensor.

• shape – Pointer to the shape of the destination, source_0 and source_1 tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src0_stride – Pointer to the stride of the source_0 tensor.

• src1_stride – Pointer to the stride of the source_1 tensor.

Remarks

• The data type of the destination, source_0 and source_1 tensors is 32-bit.

• The destination, source_0 and source_1 tensors start at the same NPU.

• dst_addr, src0_addr and src1_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride, src0_stride or src1_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_xor_C

void okk_bdc_32bit_xor_C(local_addr_t dst_addr, local_addr_t src_addr, x32 C, const dim4 *shape, const dim4 *dst_stride, const dim4 *src_stride)

Perform bit-wise XOR operation of the elements of the source tensor and a constant value for 32-bit data type.

\[dst(n, c, h, w) = src(n, c, h, w)\ \mathbf{XOR}\ C\]

Parameters

• dst_addr – Address of the destination tensor.

• src_addr – Address of the source tensor.

• C – Constant value of 32-bit to be operated.

• shape – Pointer to the shape of the destination and source tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src_stride – Pointer to the stride of the source tensor.

Remarks

• The data type of the destination and source tensor is 32-bit.

• The destination and source tensors start at the same NPU.

• dst_addr and src_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride or src_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_arithmetic_shift

void okk_bdc_32bit_arithmetic_shift(local_addr_t dst_addr, local_addr_t src0_addr, local_addr_t src1_addr, const dim4 *shape, const dim4 *dst_stride, const dim4 *src0_stride, const dim4 *src1_stride)

Perform arithmetic shift operation of the elements of the source_0 tensor by the elements of the source_1 tensor for 32-bit data type.

\[\begin{split}dst(n, c, h, w) = {\begin{cases}src\_0(n, c, h, w)\ \mathbf{LSH}\ src\_1(n, c, h, w)&{\text{if }}src\_1(n, c, h, w)>0,\\src\_0(n, c, h, w)\ \mathbf{RSH}\ -src\_1(n, c, h, w)&{\text{otherwise}}.\end{cases}}\end{split}\]

Parameters

• dst_addr – Address of the destination tensor.

• src0_addr – Address of the source_0 tensor.

• src1_addr – Address of the source_1 tensor.

• shape – Pointer to the shape of the destination, source_0 and source_1 tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src0_stride – Pointer to the stride of the source_0 tensor.

• src1_stride – Pointer to the stride of the source_1 tensor.

Remarks

• The data type of the destination, source_0 and source_1 tensors is int32.

• The elements of the source_1 tensor are in [-32, 32], positive one performs left-shift and negative one performs right-shift.

• The destination, source_0 and source_1 tensors start at the same NPU.

• dst_addr, src0_addr and src1_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride, src0_stride or src1_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_logical_shift

void okk_bdc_32bit_logical_shift(local_addr_t dst_addr, local_addr_t src0_addr, local_addr_t src1_addr, const dim4 *shape, const dim4 *dst_stride, const dim4 *src0_stride, const dim4 *src1_stride)

Perform logical shift operation of the elements of the source_0 tensor by the elements of the source_1 tensor for 32-bit data type.

\[\begin{split}dst(n, c, h, w) = {\begin{cases}src\_0(n, c, h, w)\ \mathbf{LSH}\ src\_1(n, c, h, w)&{\text{if }}src\_1(n, c, h, w)>0,\\src\_0(n, c, h, w)\ \mathbf{RSH}\ -src\_1(n, c, h, w)&{\text{otherwise}}.\end{cases}}\end{split}\]

Parameters

• dst_addr – Address of the destination tensor.

• src0_addr – Address of the source_0 tensor.

• src1_addr – Address of the source_1 tensor.

• shape – Pointer to the shape of the destination, source_0 and source_1 tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src0_stride – Pointer to the stride of the source_0 tensor.

• src1_stride – Pointer to the stride of the source_1 tensor.

Remarks

• The data type of the destination and source_0 tensors is uint32, the data type of the source_1 tensor is int32.

• The elements of the source_1 tensor are in [-32, 32], positive one performs left-shift and negative one performs right-shift.

• The destination, source_0 and source_1 tensors start at the same NPU.

• dst_addr, src0_addr and src1_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride, src0_stride or src1_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_arithmetic_shift_C

void okk_bdc_32bit_arithmetic_shift_C(local_addr_t dst_addr, local_addr_t src_addr, int C, const dim4 *shape, const dim4 *dst_stride, const dim4 *src_stride)

Perform arithmetic shift operation of the elements of the source tensor by a constant value for 32-bit data type.

\[\begin{split}dst(n, c, h, w) = {\begin{cases}src(n, c, h, w)\ \mathbf{LSH}\ C&{\text{if }}C>0,\\src(n, c, h, w)\ \mathbf{RSH}\ -C&{\text{otherwise}}.\end{cases}}\end{split}\]

Parameters

• dst_addr – Address of the destination tensor.

• src_addr – Address of the source tensor.

• C – Constant value to shift by.

• shape – Pointer to the shape of the destination and source tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src_stride – Pointer to the stride of the source tensor.

Remarks

• The data type of the destination and source tensors is int32.

• The constant value C is in [-32, 32], positive one performs left-shift and negative one performs right-shift.

• The destination and source tensors start at the same NPU.

• dst_addr and src_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride or src_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_logical_shift_C

void okk_bdc_32bit_logical_shift_C(local_addr_t dst_addr, local_addr_t src_addr, int C, const dim4 *shape, const dim4 *dst_stride, const dim4 *src_stride)

Perform logical shift operation of the elements of the source tensor by a constant value for 32-bit data type.

\[\begin{split}dst(n, c, h, w) = {\begin{cases}src(n, c, h, w)\ \mathbf{LSH}\ C&{\text{if }}C>0,\\src(n, c, h, w)\ \mathbf{RSH}\ -C&{\text{otherwise}}.\end{cases}}\end{split}\]

Parameters

• dst_addr – Address of the destination tensor.

• src_addr – Address of the source tensor.

• C – Constant value to shift by.

• shape – Pointer to the shape of the destination and source tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src_stride – Pointer to the stride of the source tensor.

Remarks

• The data type of the destination and source tensors is uint32.

• The constant value C is in [-32, 32], positive one performs left-shift and negative one performs right-shift.

• The destination and source tensors start at the same NPU.

• dst_addr and src_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride or src_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_C_arithmetic_shift

void okk_bdc_32bit_C_arithmetic_shift(local_addr_t dst_addr, local_addr_t src_addr, int C, const dim4 *shape, const dim4 *dst_stride, const dim4 *src_stride)

Perform arithmetic shift operation of a constant value by the elements of the source tensor for 32-bit data type.

\[\begin{split}dst(n, c, h, w) = {\begin{cases}C\ \mathbf{LSH}\ src(n, c, h, w)&{\text{if }}src(n, c, h, w)>0,\\C\ \mathbf{RSH}\ -src(n, c, h, w)&{\text{otherwise}}.\end{cases}}\end{split}\]

Parameters

• dst_addr – Address of the destination tensor.

• src_addr – Address of the source tensor.

• C – Constant value to be shifted.

• shape – Pointer to the shape of the destination and source tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src_stride – Pointer to the stride of the source tensor.

Remarks

• The data type of the destination and source tensors is int32.

• The elements of the source tensor are in [-32, 32], positive one performs left-shift and negative one performs right-shift.

• The destination and source tensors start at the same NPU.

• dst_addr and src_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride or src_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.

okk_bdc_32bit_C_logical_shift

void okk_bdc_32bit_C_logical_shift(local_addr_t dst_addr, local_addr_t src_addr, unsigned int C, const dim4 *shape, const dim4 *dst_stride, const dim4 *src_stride)

Perform logical shift operation of a constant value by the elements of the source tensor for 32-bit data type.

\[\begin{split}dst(n, c, h, w) = {\begin{cases}C\ \mathbf{LSH}\ src(n, c, h, w)&{\text{if }}src(n, c, h, w)>0,\\C\ \mathbf{RSH}\ -src(n, c, h, w)&{\text{otherwise}}.\end{cases}}\end{split}\]

Parameters

• dst_addr – Address of the destination tensor.

• src_addr – Address of the source tensor.

• C – Constant value to be shifted.

• shape – Pointer to the shape of the destination and source tensors.

• dst_stride – Pointer to the stride of the destination tensor.

• src_stride – Pointer to the stride of the source tensor.

Remarks

• The data type of the destination and source tensors is int32.

• The elements of the source tensor are in [-32, 32], positive one performs left-shift and negative one performs right-shift.

• The destination and source tensors start at the same NPU.

• dst_addr and src_addr are divisible by 4 and preferred by 128.

• shape->n, shape->h and shape->w are in [1, 65535], shape->c is in [1, 4095].

• If dst_stride or src_stride is NULL, the relative tensor is in the 128-Byte Aligned Layout.