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As commonly done in signal processing code a user can do:
matmul(c, a, hermitian(b));
But this is not currently possible since you cannot pass an operator into matmul. Instead, a user must make a temporary copy of the hermitian'd matrix into another tensor, then call matmul. Instead, we can detect if this is a primary hermitian operator and pass this to the underlying GEMM library rather than adding the extra copy.
The text was updated successfully, but these errors were encountered:
As commonly done in signal processing code a user can do:
matmul(c, a, hermitian(b));
But this is not currently possible since you cannot pass an operator into
matmul
. Instead, a user must make a temporary copy of the hermitian'd matrix into another tensor, then call matmul. Instead, we can detect if this is a primary hermitian operator and pass this to the underlying GEMM library rather than adding the extra copy.The text was updated successfully, but these errors were encountered: