Encode a matrix into a CKKSVector for later matrix(encrypted)-vector(plain) multiplication. Args: context: a Context object, holding the

* Encrypted Matrix multiplication with plain vector. **/

TODO: check set scale if possible with current primes used and warn the user if it doesn't. Example: if using coeff_mod_bit_size of [60,40,40,60], the

* Returns the horizontal view of the tensor. */

Encoding an image into a CKKSVector. This serves for doing efficient Conv2d evaluation. Args: context: a Context object, holding the encr

Load a BFVTensor from a protocol buffer

Load a BFVVector from a protocol buffer.

Load a CKKSTensor from a protocol buffer

Load a CKKSVector from a protocol buffer.

Constructor method for the tensor object from a serialized string. Args: data: the serialized data. dtype: un

Constructor method for the tensor object from a serialized protobuffer. Args: context: a context, holding the encryption

* Encrypted Vector multiplication with encrypted matrix. **/

* Encrypted Vector multiplication with encrypted matrix. **/

* Negates a EncryptedTensor<plain_data_t, encrypted_t>. **/

Load a PlainTensor from a buffer.

* Polynomial evaluation with `this` as variable. * p(x) = coefficients[0] + coefficients[1] * x + ... + coefficients[i] * *x^i **/

* Polynomial evaluation with `this` as variable. * p(x) = coefficients[0] + coefficients[1] * x + ... + coefficients[i] * *x^i **/

* Converts integer to position. * @param[in] . */

Returns the internal representation of the tensor

* Replicates the internal representation for <times> elements. */

* Reshape the tensor * **/

Copies and changes the internal representation to a new tensor

Copies and changes the internal representation to a new tensor

Changes the internal representation to a new shape

Changes the internal representation to a new shape

* Returns iterator to row. * @param[in] desired row. */