ttnn.fill_ones_rm

ttnn.fill_ones_rm(N: number, C: number, H: number, W: number, hOnes: number, wOnes: number, any: ttnn.tensor, *, memory_config: ttnn.MemoryConfig = None) → ttnn.Tensor

Same as fill_rm, but val_hi is set to 1 and val_lo is 0.

Argument	Description	Data type	Valid range	Required
N	Batch count of output tensor	int	N > 0	Yes
C	Channel count of output tensor	int	C > 0	Yes
H	Height count of output tensor	int	H > 0	Yes
W	Width count of output tensor	int	W > 0	Yes
hOnes	Height of high values region	int	hOnes <= H	Yes
wOnes	Width of high values region	int	wOnes <= W	Yes
any	Any input tensor with desired device and data types for output tensor	tt_lib.tensor.Tensor		Yes

Parameters:

• N (number) – Batch count of output tensor.

• C (number) – Channel count of output tensor.

• H (number) – Height count of output tensor.

• W (number) – Width count of output tensor.

• hOnes (number) – Height of high values region.

• wOnes (number) – Width of high values region.

• any (ttnn.tensor) – Any input tensor with desired device and data types for output tensor. value greater than 0

Keyword Arguments:

memory_config (ttnn.MemoryConfig, optional) – Memory configuration for the operation. Defaults to None.

Returns:

ttnn.Tensor – the output tensor.

Example

# Define tensor dimensions
N = 2
C = 3
H = 64
W = 96

# Define fill dimensions
hOnes = 33
wOnes = 31

# Create input tensor
input = torch.zeros((N, C, H, W))
xt = ttnn.Tensor(
    input.reshape(-1).tolist(),
    input.shape,
    ttnn.bfloat16,
    ttnn.TILE_LAYOUT,
).to(device)

# Fill the tensor
output = ttnn.fill_ones_rm(N, C, H, W, hOnes, wOnes, xt)
logger.info("Filled Ones Tensor Shape:", output.shape)