Methods

addComplexVector:

- (MathComplexVector*)addComplexVector:(MathComplexVector*)op2;

Parameters

Name	Description
`op2`	Second operand

addComplexVectorToSelf:

-  addComplexVectorToSelf:(MathComplexVector*)op2;

Parameters

Name	Description
`op2`	Second operand

addRealVector:

- (MathComplexVector*)addRealVector:(MathRealVector*)op2;

Parameters

Name	Description
`op2`	Second operand

elementAtIndex:

- (MathComplex)elementAtIndex:(int)index;

Parameters

Name	Description
`index`

fft

- (MathComplexVector*)fft;

Result: New complex vector containing the forward Fourier transform of the vector

fftOfRealVector:

+ (MathComplexVector*)fftOfRealVector:(MathRealVector*)realVector;

Parameters

Name	Description
`realVector`

fftShift

- (MathComplexVector*)fftShift;

Exchanges the elements between halves of the vector, so that in a vector with 2n elements, e[0] <=> e[n], e[1] <=> e[n+1] etc.

ifft

- (MathComplexVector*)ifft;

Result: New complex vector containing the inverse Fourier transform of the vector

imagElements

- (float*)imagElements;

imagVector;

- (MathRealVector*)imagVector;

initWithLength:

-  initWithLength:(int)length realElements:(float*)realElements imagElements:(float*)imagElements;

realElements:imagElements:

initWithLength:

-  initWithLength:(int)length;

initWithRealVector:imagVector:

-  initWithRealVector:(MathRealVector*)realVector imagVector:(MathRealVector*)imagVector;

length

- (int)length;

magnitude

- (MathRealVector*)magnitude;

Result: New real vector containing the magnitude of self.

mulComplexVector:

- (MathComplexVector*)mulComplexVector:(MathComplexVector*)op2;

Parameters

Name	Description
`op2`	Second operand

mulRealVector:

- (MathComplexVector*)mulRealVector:(MathRealVector*)op2;

Parameters

Name	Description
`op2`	Second operand

phase

- (MathRealVector*)phase;

Result: New real vector containing the phase of self, in the range [0,2pi].

printElements

-  printElements;

Prints all elements to stdout in a column, with each element appearing as text with the format Re + iIm, where Re is the real component, and Im the imaginary component of each element.

realElements

- (float*)realElements;

realVector;

- (MathRealVector*)realVector;

setLength:

-  setLength:(int)l;

Parameters

Name	Description
`l`

splitComplex

- (MathSplitComplex)splitComplex;

subComplexVector:

- (MathComplexVector*)subComplexVector:(MathComplexVector*)op2;

Parameters

Name	Description
`op2`	Second operand

subRealVector:

- (MathComplexVector*)subRealVector:(MathRealVector*)op2;

Parameters

Name	Description
`op2`	Second operand

vectorWithLength:

+  vectorWithLength:(int)length;

vectorWithVector:

+  vectorWithVector:(MathComplexVector*)vector;

(Last Updated 3/28/2002)