SignalProcessing
Conjugate
compute the element-wise complex conjugate of an array of samples
ConjugateFlip
compute the element-wise complex conjugate of an array of samples, in reverse order
Calling Sequence
Parameters
Options
Description
Thread Safety
Examples
Compatibility
Conjugate(A)
ConjugateFlip(A)
A
-
Array of complex numeric values; the signal
container : Array, predefined Array for holding results
inplace : truefalse, specifies that output should overwrite input
The Conjugate(A) command computes the element-wise complex conjugate of the elements of the Array A and returns them in another Array.
The ConjugateFlip(A) command computes the element-wise complex conjugate of the elements of the Array A and returns them in another Array in reverse order.
Before the code performing the computation runs, A is converted to datatype complex[8] if it does not have that datatype already. For this reason, it is most efficient if A has this datatype beforehand.
If the container=C option is provided, then the results are put into C and C is returned. With this option, no additional memory is allocated to store the result. The container must be an Array having datatype complex[8] and size equal to that of A.
If the inplace or inplace=true option is provided, then A is overwritten with the results. In this case, the container option is ignored. Furthermore, A must have datatype complex[8]. The inplace option works with the Conjugate(A) command only.
The SignalProcessing[Conjugate] and SignalProcessing[ConjugateFlip] commands are thread-safe as of Maple 17.
For more information on thread safety, see index/threadsafe.
with⁡SignalProcessing:
a≔Array⁡1+I,2−3⁢I,datatype=complex8
a≔1.+I2.−3.⁢I
c≔Array⁡1..2,datatype=complex8:
ConjugateFlip⁡a,container=c
2.+3.⁢I1.−I
Conjugate⁡a,inplace
1.−I2.+3.⁢I
a
The SignalProcessing[Conjugate] and SignalProcessing[ConjugateFlip] commands were introduced in Maple 17.
For more information on Maple 17 changes, see Updates in Maple 17.
See Also
Download Help Document