Adds a single-precision complex vector to the product of a single-precision complex vector and the conjugate of another complex single-precision vector.




Single-precision complex input vector.


Stride for A.


Single-precision complex input vector.


Stride for B.


Single-precision complex output vector.


Stride for C.


The number of elements to process.


This function multiplies of the first N complex conjugates of A by the corresponding complex elements of B, adds each product to the corresponding value in C, and writes the result to D:

A diagram showing the operation of the vDSP_zvcma function. The top row represents the first input, vector A. The second row represents the second input, vector B. The third row represents the product of the elements of vectors A and B. The forth row represents the third input, C. The fifth row represents the sum of the products and elements of C.

The operation is:

for (n = 0; n < N; ++n)
      D[n] = conj(A[n]) * B[n] + C[n];

See Also

Ternary Conjugate-Multiply-Add

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