! * \brief Launch mul_two_cuda kernel on input tensor. * \param x Input tensor (float32, 1D) * \param y Output tensor (float32, 1D, same shape as x

! * \brief Launch mul_two_cuda kernel on input tensor. * \param x Input tensor (float32, 1D) * \param y Output tensor (float32, 1D, same shape as x

! * \brief Launch mul_two_cuda kernel on input tensor. * \param x Input tensor (float32, 1D) * \param y Output tensor (float32, 1D, same shape as x

! * \brief Launch mul_two_cuda kernel on input tensor. * \param x Input tensor (float32, 1D) * \param y Output tensor (float32, 1D, same shape as x

Constructor

Return the number of usable slots for Small layout (mask off tag). ! * \brief Return the number of usable slots for Small layout (mask off tag).

! * \brief Constructor * \param type_key The type key. */

! \brief default constructor */

! * \brief Make a strides shape from a shape view. * \param shape The input shape. * \return The shape. */

! \brief default constructor */

[Object.Destroy.begin]

[Object.IsInstance.begin]

[Object.MoveFromAny.begin]

default constructors.

default constructors.

! * \brief Constructor * \param data The arguments * \param size The number of arguments */

! * \brief Parse the four hex digits of a unicode code point per json spec. * \param out_i16 The output i16 number * \return True if four hex

* \brief Convert a DLDataTypeCode to a string. * \param os The output stream. * \param type_code The DLDataTypeCode to convert. */

! \brief Get the product of the shape. */

! \brief Get "numel", meaning the number of elements of an array if the array has this shape */

! * \brief Push a pair frame or return an eager result (map mismatch). */

! * \brief Deleter for objects whose layout is defined from Python via Field descriptors. * * For the "strong" phase, iterates all reflected fields