Uses of Class
marf.math.ComplexNumber

Packages that use ComplexNumber

marf.math

Uses of ComplexNumber in marf.math

Methods in marf.math that return ComplexNumber

ComplexNumber	ComplexNumber.add(ComplexNumber poNumber2) this = this + C.
static ComplexNumber	ComplexNumber.add(ComplexNumber poNumber1, ComplexNumber poNumber2) C3 = C1 + C2.
ComplexNumber	ComplexNumber.divide(ComplexNumber poNumber2) this = this / C.
static ComplexNumber	ComplexNumber.divide(ComplexNumber poNumber1, ComplexNumber poNumber2) C3 = C1 / C2.
ComplexNumber	ComplexMatrix.getComplexDeterminant() Calculates complex determinant of this matrix using Laplace's formula.
ComplexNumber	ComplexVector.getComplexElement(int piPosition)
ComplexNumber	ComplexMatrix.getComplexElement(int piRow, int piCol) Retrieves complex matrix element's value given row and column.
protected ComplexNumber	ComplexMatrix.getComplexNumber(int iRawOffset)
ComplexNumber	ComplexNumber.multiply(ComplexNumber poNumber2) this = this * C.
static ComplexNumber	ComplexNumber.multiply(ComplexNumber poNumber1, ComplexNumber poNumber2) C3 = C1 * C2.
static ComplexNumber	ComplexNumber.pow(ComplexNumber poNumber, double pdPower) z1 = z ^ n.
ComplexNumber	ComplexNumber.pow(double pdPower) this = this ^ n.
ComplexNumber	ComplexNumber.set(ComplexNumber poNumber) this = C.
ComplexNumber	ComplexNumber.subtract(ComplexNumber poNumber2) this = this - C.
static ComplexNumber	ComplexNumber.subtract(ComplexNumber poNumber1, ComplexNumber poNumber2) C3 = C1 - C2.

Methods in marf.math with parameters of type ComplexNumber

static double	ComplexNumber.abs(ComplexNumber poNumber) Magnitude = abs(z) = |z|.
static ComplexMatrix	ComplexMatrix.add(ComplexMatrix poLHSMatrix, ComplexNumber pdNum)
ComplexMatrix	ComplexMatrix.add(ComplexNumber poNum) Adds a complex scalar to the matrix: this = this + Z.
ComplexNumber	ComplexNumber.add(ComplexNumber poNumber2) this = this + C.
static ComplexNumber	ComplexNumber.add(ComplexNumber poNumber1, ComplexNumber poNumber2) C3 = C1 + C2.
static double	ComplexNumber.arg(ComplexNumber poNumber)
ComplexMatrix	ComplexMatrix.divide(ComplexNumber poNum) Divides the matrix by a complex scalar: this = this / Z.
ComplexNumber	ComplexNumber.divide(ComplexNumber poNumber2) this = this / C.
static ComplexNumber	ComplexNumber.divide(ComplexNumber poNumber1, ComplexNumber poNumber2) C3 = C1 / C2.
ComplexMatrix	ComplexMatrix.minus(ComplexNumber poNum) Subtracts a complex scalar from the matrix: this = this - Z.
ComplexMatrix	ComplexMatrix.multiply(ComplexNumber poNum) Multiplies the matrix by a complex scalar: this = this * Z.
ComplexNumber	ComplexNumber.multiply(ComplexNumber poNumber2) this = this * C.
static ComplexNumber	ComplexNumber.multiply(ComplexNumber poNumber1, ComplexNumber poNumber2) C3 = C1 * C2.
static ComplexNumber	ComplexNumber.pow(ComplexNumber poNumber, double pdPower) z1 = z ^ n.
boolean	ComplexMatrix.rowOperation(ComplexNumber pdA, int piRc, char pcOp, ComplexNumber pdB, int piRp) Performs a specified linear row operation given the parameters.
ComplexNumber	ComplexNumber.set(ComplexNumber poNumber) this = C.
void	ComplexMatrix.setAll(ComplexNumber poFillValue)
void	ComplexMatrix.setComplexElement(int piRow, int piCol, ComplexNumber poValue)
protected void	ComplexMatrix.setComplexNumber(int iRawOffset, ComplexNumber poNumber)
void	ComplexMatrix.setMatrix2D(ComplexNumber[][] paoo2DMatrix)
ComplexNumber	ComplexNumber.subtract(ComplexNumber poNumber2) this = this - C.
static ComplexNumber	ComplexNumber.subtract(ComplexNumber poNumber1, ComplexNumber poNumber2) C3 = C1 - C2.

Constructors in marf.math with parameters of type ComplexNumber

ComplexMatrix(ComplexNumber[] pao1DMatrix)

ComplexMatrix(ComplexNumber[][] paoo2DMatrix)

ComplexMatrix(ComplexNumber[] pao1DMatrix, boolean pbTransposed)

ComplexMatrix(int piRows, int piCols, ComplexNumber poFillValue)

ComplexNumber(ComplexNumber poNumber)
Copy-constructor.