clamp(val: Int, lower_bound: Int, upper_bound: Int) -> Int

Clamps the integer value vector to be in a certain range.

Args:

• ​val (Int): The value to clamp.
• ​lower_bound (Int): Minimum of the range to clamp to.
• ​upper_bound (Int): Maximum of the range to clamp to.

Returns:

Int: An integer clamped to be within lower_bound and upper_bound.

clamp(val: Scalar[DType.uint], lower_bound: Scalar[DType.uint], upper_bound: Scalar[DType.uint]) -> Scalar[DType.uint]

Clamps the integer value vector to be in a certain range.

Args:

• ​val (Scalar): The value to clamp.
• ​lower_bound (Scalar): Minimum of the range to clamp to.
• ​upper_bound (Scalar): Maximum of the range to clamp to.

Returns:

Scalar: An integer clamped to be within lower_bound and upper_bound.

clamp[dtype: DType, width: Int, //](val: SIMD[dtype, width], lower_bound: SIMD[dtype, width], upper_bound: SIMD[dtype, width]) -> SIMD[dtype, width]

Clamps the values in a SIMD vector to be in a certain range.

Clamp cuts values in the input SIMD vector off at the upper bound and lower bound values. For example, SIMD vector [0, 1, 2, 3] clamped to a lower bound of 1 and an upper bound of 2 would return [1, 1, 2, 2].

Parameters:

• ​dtype (DType): The dtype of the input and output SIMD vector.
• ​width (Int): The width of the input and output SIMD vector.

Args:

• ​val (SIMD): The value to clamp.
• ​lower_bound (SIMD): Minimum of the range to clamp to.
• ​upper_bound (SIMD): Maximum of the range to clamp to.

Returns:

SIMD: A SIMD vector containing x clamped to be within lower_bound and upper_bound.