* Get the stride of a single dimension of the tensor * * @param dim * Desired dimension * * @returns Stride of dimension

* Compute the complex conjugate of every element in the tensor * @param t * Tensor or operator input */

* Compute cosine of every element in the tensor * @param t * Tensor or operator input */

* Compute the floor of every element in the tensor * @param t * Tensor or operator input */

* Returns a truth value if operator value is infinite * @param x * Input operator */

* Returns a truth value if operator value is NaN * @param t * Input operator */

* Round every element in the tensor * @param t * Tensor or operator input */

* Compute the sine of every element in the tensor * @param t * Tensor or operator input */

* @brief Get data pointer * * @return data pointer */

* Execute an arg reduce on a tensor * * @note Views being passed must be in row-major order * * @tparam OutputTensor * Type of output

* Execute an 2 value / 2 index arg reduce on a tensor * * @note Views being passed must be in row-major order * * @tparam OutputTensor

* Execute an inclusive prefix sum on a tensor * * @note Views being passed must be in row-major order * * @tparam T1 * Type of tensor

* Execute a max on a tensor * * @note Views being passed must be in row-major order * * @tparam OutputTensor * Type of output tensor

* Execute a min on a tensor * * @note Views being passed must be in row-major order * * @tparam OutputTensor * Type of output tensor

* Execute an inclusive prefix sum on a tensor * * @note Views being passed must be in row-major order * * @tparam T1 * Type of tensor

* Execute a reduction on a tensor * * @note Views being passed must be in row-major order * * @tparam T1 * Type of tensor * @param

* Execute a selection reduction on a tensor * * * @tparam OutputTensor * Type of output tensor * @tparam InputOperator * Type of

* Execute an index selection reduction on a tensor * * * @tparam OutputTensor * Type of output tensor * @tparam InputOperator *

* Execute a sort on a tensor * * @note Views being passed must be in row-major order * * @tparam T1 * Type of tensor * @param a_out * Outpu

* Execute a sum on an operator * * @note Views being passed must be in row-major order * * @tparam OutputTensor * Type of output tens

* Execute a unique reduction on a tensor * * * @tparam OutputTensor * Type of output tensor * @tparam InputOperator * Type of in

* Execute an FFT in a stream * * Runs the FFT on the device with the active plan. The input and output views * don't have to be the same as w

* @brief Determine if a pointer is printable by the host * * Pointers are printable if they're either a managed or pinned memory pointer * * @pa

* Execute an IFFT in a stream * * Runs the inverse FFT on the device with the active plan. The input and *output views don't have to be the s

* Get the rank of the operator * * @return * Rank of the operator */

* @brief Return rank of operator * * @return Operator rank */