warp.div_approx#

warp.div_approx(a: Float, b: Float) → Float#
  • Kernel
  • Differentiable

Divide two values using approximate GPU intrinsics.

Falls back to exact division on CPU.

warp.div_approx(a: Vector[Float, Any], b: Float) → Vector[Float, Any]
  • Kernel
  • Differentiable

Divide two values using approximate GPU intrinsics.

Divide a vector by a scalar. Falls back to exact division on CPU.

warp.div_approx(a: Float, b: Vector[Float, Any]) → Vector[Float, Any]
  • Kernel
  • Differentiable

Divide two values using approximate GPU intrinsics.

Divide a scalar by each element of a vector. Falls back to exact division on CPU.

warp.div_approx(
a: Matrix[Float, Any, Any],
b: Float,
) → Matrix[Float, Any, Any]
  • Kernel
  • Differentiable

Divide two values using approximate GPU intrinsics.

Divide a matrix by a scalar. Falls back to exact division on CPU.

warp.div_approx(
a: Float,
b: Matrix[Float, Any, Any],
) → Matrix[Float, Any, Any]
  • Kernel
  • Differentiable

Divide two values using approximate GPU intrinsics.

Divide a scalar by each element of a matrix. Falls back to exact division on CPU.

warp.div_approx(a: Quaternion[Float], b: Float) → Quaternion[Float]
  • Kernel
  • Differentiable

Divide two values using approximate GPU intrinsics.

Divide a quaternion by a scalar.

The result is unnormalized. Falls back to exact division on CPU.

warp.div_approx(a: Float, b: Quaternion[Float]) → Quaternion[Float]
  • Kernel
  • Differentiable

Divide two values using approximate GPU intrinsics.

Divide a scalar by a quaternion.

The result is unnormalized. Falls back to exact division on CPU.