Uses of Class JxnComplexAlgebra (JXN apidocs)

Uses of JxnComplexAlgebra in <Unnamed>

Fields in <Unnamed> declared as JxnComplexAlgebra
Modifier and Type	Field	Description
`protected static JxnComplexAlgebra`	JxnComplexAlgebra.`J`	`j`.
`protected static JxnComplexAlgebra`	JxnComplexAlgebra.`JJJ`	`-j`.
`protected static JxnComplexAlgebra`	JxnComplexAlgebra.`ONE`	`1 + j 0`.

Methods in <Unnamed> that return JxnComplexAlgebra
Modifier and Type	Method	Description
`static JxnComplexAlgebra`	JxnComplexAlgebra.`acos(JxnComplexAlgebra z)`	Return the inverse cosine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`acosh(JxnComplexAlgebra z)`	Return the inverse hyperbolic cosine of `z`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`add(double d)`	Adds `d` to this.
`JxnComplexAlgebra`	JxnComplexAlgebra.`add(JxnComplexAlgebra z)`	Adds `z` to this.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`asin(JxnComplexAlgebra z)`	Return the inverse sine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`asinh(JxnComplexAlgebra z)`	Return the inverse hyperbolic sine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`atan(JxnComplexAlgebra z)`	Return the inverse tangent of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`atanh(JxnComplexAlgebra z)`	Return the inverse hyperbolic tangent of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`conj(JxnComplexAlgebra z)`	Returns the complex conjugate of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`cos(JxnComplexAlgebra z)`	Returns the cosine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`cosh(JxnComplexAlgebra z)`	Returns the hyperbolic cosine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`delta_wye_Z1(JxnComplexAlgebra z12, JxnComplexAlgebra z23, JxnComplexAlgebra z31)`	ΔY-transform: `Z1 = Z12 * Z31 / ( Z12 + Z23 + Z31 )`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`delta_wye_Z2(JxnComplexAlgebra z12, JxnComplexAlgebra z23, JxnComplexAlgebra z31)`	ΔY-transform: `Z2 = Z23 * Z12 / ( Z12 + Z23 + Z31 )`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`delta_wye_Z3(JxnComplexAlgebra z12, JxnComplexAlgebra z23, JxnComplexAlgebra z31)`	ΔY-transform: `Z3 = Z31 * Z23 / ( Z12 + Z23 + Z31 )`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`dif(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the difference `z1 - z2`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`div(double d)`	Divides this by `d`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`div(JxnComplexAlgebra z)`	Divides this by `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`dreieckstern(JxnComplexAlgebra z23, JxnComplexAlgebra z31, JxnComplexAlgebra z12)`	Deprecated. Use `delta_wye_Z1`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`exp(JxnComplexAlgebra z)`	Returns the exponential function value of `z`.
`JxnComplexAlgebra`	JxnComplexArrayAlgebra.`get(double t)`	Returns a `JxnComplexAlgebra` for position `t` by linear interpolation of both real and imaginary part between the adjacent elements of the internal arrays of this `JxnComplexArrayAlgebra`.
`JxnComplexAlgebra`	JxnComplexArrayAlgebra.`get(int i)`	Return the i^the element of this.
`JxnComplexAlgebra[]`	JxnComplexArrayAlgebra.`getComplexArray()`	Returns `JxnComplexArrayAlgebra.toArray()`.
`JxnComplexAlgebra`	JxnComplexArrayAlgebra.`getValue(double t)`	Same as `get(t)`.
`JxnComplexAlgebra`	JxnComplexArrayAlgebra.`getValue(int i)`	Same as `get(i)`.
`JxnComplexAlgebra`	JxnComplexArrayAlgebra.`getValue(JxnComplexArrayAlgebra caa, double t)`	Returns `ra.getValue(t)`.
`static JxnComplexAlgebra`	JxnComplexArrayAlgebra.`getValue(JxnComplexArrayAlgebra caa, int i)`	Return the i^th element of `caa`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`inv()`	Replaces this by its reciprocal.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`inv(JxnComplexAlgebra z)`	Returns the reciprocal of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`log(JxnComplexAlgebra z)`	Returns the natural logarithm of `z`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`mul(double d)`	(Post)Multiplies this by `d`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`mul(JxnComplexAlgebra z)`	(Post)Multiplies this by `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`parallel(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the impedance of the parallel connection of two impedances Z1 und Z2.
`JxnComplexAlgebra`	JxnComplexAlgebra.`pow(double d)`	Replaces this by its power of `d`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`pow(JxnComplexAlgebra exponent)`	Replaces this by its power of `exponent`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`pow(JxnComplexAlgebra z, JxnComplexAlgebra e)`	Returns `z` to the power of `e`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`prd(JxnComplexAlgebra z, double d)`	Returns the product `z * d`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`prd(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the product `z1 * z2`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`quot(JxnComplexAlgebra z, double d)`	Returns the quotient `z / d`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`quot(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the quotient `z1 / z2`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sin(JxnComplexAlgebra z)`	Returns the sine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sinh(JxnComplexAlgebra z)`	Returns the hyperbolic sine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sqrt(JxnComplexAlgebra z)`	Returns the square root of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sqrt1z(JxnComplexAlgebra z)`	Returns `sqrt( 1 - z * z )`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sterndreieck(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	Deprecated. Use `wye_delta_Z23`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`sub(double d)`	Subtracts `d` from this.
`JxnComplexAlgebra`	JxnComplexAlgebra.`sub(JxnComplexAlgebra z)`	Subtracts `z` from this.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sum(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the sum `z1 + z2`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sum(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	Returns the sum `z1 + z2 + z3`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`tan(JxnComplexAlgebra z)`	Returns the tangent of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`tanh(JxnComplexAlgebra z)`	Returns the hyperbolic tangent of `z`.
`JxnComplexAlgebra[]`	JxnComplexArrayAlgebra.`toArray()`	Return this as an arry of `JxnComplexAlgebra`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`wye_delta_Z12(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	YΔ-transform: `Z12 = Z1 + Z2 + Z1 * Z2 / Z3`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`wye_delta_Z23(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	YΔ-transform: `Z23 = Z2 + Z3 + Z2 * Z3 / Z1`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`wye_delta_Z31(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	YΔ-transform: `Z31 = Z3 + Z1 + Z3 * Z1 / Z2`.

Methods in <Unnamed> with parameters of type JxnComplexAlgebra
Modifier and Type	Method	Description
`static double`	JxnComplexAlgebra.`abs(JxnComplexAlgebra z)`	Returns the absolute value (magnitude) of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`acos(JxnComplexAlgebra z)`	Return the inverse cosine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`acosh(JxnComplexAlgebra z)`	Return the inverse hyperbolic cosine of `z`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`add(JxnComplexAlgebra z)`	Adds `z` to this.
`JxnComplexArrayAlgebra`	JxnComplexArrayAlgebra.`add(JxnComplexAlgebra cx)`	Adds `cx` to this.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`add(JxnComplexAlgebra z)`	See `add`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`add(JxnComplexAlgebra z, Color color)`	See `add`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`add(JxnComplexAlgebra z, String label)`	See `add`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`add(JxnComplexAlgebra z, String label, Color color)`	Draws a phasor representation of `z` (starting from (0,0)).
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`add(JxnComplexAlgebra z0, JxnComplexAlgebra z1)`	See `add`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`add(JxnComplexAlgebra z0, JxnComplexAlgebra z1, Color color)`	See `add`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`add(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label)`	See `add`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`add(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label, Color color)`	Draws a phasor for `z1` starting from the position given by `z0`.
`JxnComplexArrayAlgebra`	JxnRealArrayAlgebra.`add(JxnComplexAlgebra cx)`	Adds `cx` to this.
`static KmgComplexAngle`	JxnComplexAlgebra.`angle(JxnComplexAlgebra center, double radius, double startAngle, double tipAngle, String label, Color color)`	See `angle`.
`static KmgComplexAngle`	JxnComplexAlgebra.`angle(JxnComplexAlgebra center, double radius, double startAngle, double tipAngle, String label, Color color, boolean d90)`	See `angle`.
`static KmgComplexAngle`	JxnComplexAlgebra.`angle(JxnComplexAlgebra phiStart, JxnComplexAlgebra phiTip, double radFak, String label, Color color)`	See `angle`.
`static KmgComplexAngle`	JxnComplexAlgebra.`angle(JxnComplexAlgebra phiStart, JxnComplexAlgebra phiTip, double radFak, String label, Color color, boolean d90)`	See `angle`.
`static KmgComplexAngle`	JxnComplexAlgebra.`angle(JxnComplexAlgebra center, JxnComplexAlgebra phiStart, JxnComplexAlgebra phiTip, double radFak, String label, Color color)`	Returns an angle (arc with arrow tip).
`static KmgComplexAngle`	JxnComplexAlgebra.`angle(JxnComplexAlgebra center, JxnComplexAlgebra phiStart, JxnComplexAlgebra phiTip, double radFak, String label, Color color, boolean d90)`	See `angle`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`apnd(JxnComplexAlgebra z)`	See `apnd`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`apnd(JxnComplexAlgebra z, Color color)`	See `apnd`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`apnd(JxnComplexAlgebra z, String label)`	See `apnd`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`apnd(JxnComplexAlgebra z, String label, Color color)`	Draws a phasor for `z` starting from the tip of the previously drawn phasor.
`static double`	JxnComplexAlgebra.`arg(JxnComplexAlgebra z)`	Returns the argument (phase angle) of `z` (duplicates `phi(z)`).
`static double`	JxnComplexAlgebra.`argD(JxnComplexAlgebra z)`	Returns the argument (phase angle) of `z` in degrees (duplicates `phiD(z)`).
`static JxnComplexAlgebra`	JxnComplexAlgebra.`asin(JxnComplexAlgebra z)`	Return the inverse sine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`asinh(JxnComplexAlgebra z)`	Return the inverse hyperbolic sine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`atan(JxnComplexAlgebra z)`	Return the inverse tangent of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`atanh(JxnComplexAlgebra z)`	Return the inverse hyperbolic tangent of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`conj(JxnComplexAlgebra z)`	Returns the complex conjugate of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`cos(JxnComplexAlgebra z)`	Returns the cosine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`cosh(JxnComplexAlgebra z)`	Returns the hyperbolic cosine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`delta_wye_Z1(JxnComplexAlgebra z12, JxnComplexAlgebra z23, JxnComplexAlgebra z31)`	ΔY-transform: `Z1 = Z12 * Z31 / ( Z12 + Z23 + Z31 )`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`delta_wye_Z2(JxnComplexAlgebra z12, JxnComplexAlgebra z23, JxnComplexAlgebra z31)`	ΔY-transform: `Z2 = Z23 * Z12 / ( Z12 + Z23 + Z31 )`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`delta_wye_Z3(JxnComplexAlgebra z12, JxnComplexAlgebra z23, JxnComplexAlgebra z31)`	ΔY-transform: `Z3 = Z31 * Z23 / ( Z12 + Z23 + Z31 )`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`dif(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the difference `z1 - z2`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`div(JxnComplexAlgebra z)`	Divides this by `z`.
`JxnComplexArrayAlgebra`	JxnComplexArrayAlgebra.`div(JxnComplexAlgebra cx)`	Divides this by `cx`.
`JxnComplexArrayAlgebra`	JxnRealArrayAlgebra.`div(JxnComplexAlgebra cx)`	Divides this by `cx`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`dreieckstern(JxnComplexAlgebra z23, JxnComplexAlgebra z31, JxnComplexAlgebra z12)`	Deprecated. Use `delta_wye_Z1`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`exp(JxnComplexAlgebra z)`	Returns the exponential function value of `z`.
`static double`	JxnComplexAlgebra.`imag(JxnComplexAlgebra z)`	Returns the imaginary part of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`inv(JxnComplexAlgebra z)`	Returns the reciprocal of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`log(JxnComplexAlgebra z)`	Returns the natural logarithm of `z`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`mul(JxnComplexAlgebra z)`	(Post)Multiplies this by `z`.
`JxnComplexArrayAlgebra`	JxnComplexArrayAlgebra.`mul(JxnComplexAlgebra cx)`	(Post)Multiplies this by `cx`.
`JxnComplexArrayAlgebra`	JxnRealArrayAlgebra.`mul(JxnComplexAlgebra cx)`	(Post)Multiplies this by `cx`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`parallel(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the impedance of the parallel connection of two impedances Z1 und Z2.
`static KmgComplexPhasor`	JxnComplexAlgebra.`phasor(JxnComplexAlgebra z, String label, Color color)`	Returns a phasor representation of `z`.
`static KmgComplexPhasor`	JxnComplexAlgebra.`phasor(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label, Color color)`	Returns a phasor representation of `z1`.
`static double`	JxnComplexAlgebra.`phi(JxnComplexAlgebra z)`	Returns the argument (phase angle) of `z`.
`static double`	JxnComplexAlgebra.`phiD(JxnComplexAlgebra z)`	Returns the argument (phase angle) of `z` in degrees.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot(JxnComplexAlgebra z)`	See `plot`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot(JxnComplexAlgebra z, Color color)`	See `plot`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot(JxnComplexAlgebra z, String label)`	See `plot`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot(JxnComplexAlgebra z, String label, Color color)`	Creates a new `JxnComplexPlotFrame` and visualizes `z` as a phasor (arrow).
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot(JxnComplexAlgebra z0, JxnComplexAlgebra z1)`	See `plot`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot(JxnComplexAlgebra z0, JxnComplexAlgebra z1, Color color)`	See `plot`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label)`	See `plot`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label, Color color)`	Creates a new `JxnComplexPlotFrame` and visualizes `z1` as a phasor (arrow).
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot(JxnComplexAlgebra z)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot(JxnComplexAlgebra z, Color color)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot(JxnComplexAlgebra z, String label)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot(JxnComplexAlgebra z, String label, Color color)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot(JxnComplexAlgebra z0, JxnComplexAlgebra z1)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot(JxnComplexAlgebra z0, JxnComplexAlgebra z1, Color color)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label, Color color)`	Called internally...
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot90(JxnComplexAlgebra z)`	See `plot90`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot90(JxnComplexAlgebra z, Color color)`	See `plot90`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot90(JxnComplexAlgebra z, String label)`	See `plot90`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot90(JxnComplexAlgebra z, String label, Color color)`	See `plot`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot90(JxnComplexAlgebra z0, JxnComplexAlgebra z1)`	See `plot90`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot90(JxnComplexAlgebra z0, JxnComplexAlgebra z1, Color color)`	See `plot90`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot90(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label)`	See `plot90`.
`static JxnComplexPlotFrame`	JxnComplexAlgebra.`plot90(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label, Color color)`	See `plot`.
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot90(JxnComplexAlgebra z)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot90(JxnComplexAlgebra z, Color color)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot90(JxnComplexAlgebra z, String label)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot90(JxnComplexAlgebra z, String label, Color color)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot90(JxnComplexAlgebra z0, JxnComplexAlgebra z1)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot90(JxnComplexAlgebra z0, JxnComplexAlgebra z1, Color color)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot90(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label)`	Called internally...
`JxnComplexPlotFrame`	JxnComplexPlotFrame.`plot90(JxnComplexAlgebra z0, JxnComplexAlgebra z1, String label, Color color)`	Called internally...
`JxnComplexAlgebra`	JxnComplexAlgebra.`pow(JxnComplexAlgebra exponent)`	Replaces this by its power of `exponent`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`pow(JxnComplexAlgebra z, JxnComplexAlgebra e)`	Returns `z` to the power of `e`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`prd(JxnComplexAlgebra z, double d)`	Returns the product `z * d`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`prd(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the product `z1 * z2`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`quot(JxnComplexAlgebra z, double d)`	Returns the quotient `z / d`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`quot(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the quotient `z1 / z2`.
`static double`	JxnComplexAlgebra.`real(JxnComplexAlgebra z)`	Returns the real part of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sin(JxnComplexAlgebra z)`	Returns the sine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sinh(JxnComplexAlgebra z)`	Returns the hyperbolic sine of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sqrt(JxnComplexAlgebra z)`	Returns the square root of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sqrt1z(JxnComplexAlgebra z)`	Returns `sqrt( 1 - z * z )`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sterndreieck(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	Deprecated. Use `wye_delta_Z23`.
`JxnComplexAlgebra`	JxnComplexAlgebra.`sub(JxnComplexAlgebra z)`	Subtracts `z` from this.
`JxnComplexArrayAlgebra`	JxnComplexArrayAlgebra.`sub(JxnComplexAlgebra cx)`	Subtracts `cx` from this.
`JxnComplexArrayAlgebra`	JxnRealArrayAlgebra.`sub(JxnComplexAlgebra cx)`	Subtracts `cx` from this.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sum(JxnComplexAlgebra z1, JxnComplexAlgebra z2)`	Returns the sum `z1 + z2`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`sum(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	Returns the sum `z1 + z2 + z3`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`tan(JxnComplexAlgebra z)`	Returns the tangent of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`tanh(JxnComplexAlgebra z)`	Returns the hyperbolic tangent of `z`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`wye_delta_Z12(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	YΔ-transform: `Z12 = Z1 + Z2 + Z1 * Z2 / Z3`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`wye_delta_Z23(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	YΔ-transform: `Z23 = Z2 + Z3 + Z2 * Z3 / Z1`.
`static JxnComplexAlgebra`	JxnComplexAlgebra.`wye_delta_Z31(JxnComplexAlgebra z1, JxnComplexAlgebra z2, JxnComplexAlgebra z3)`	YΔ-transform: `Z31 = Z3 + Z1 + Z3 * Z1 / Z2`.

Constructors in <Unnamed> with parameters of type JxnComplexAlgebra
Constructor	Description
`JxnComplexAlgebra(JxnComplexAlgebra z)`	Creates a copy of `z`.
`JxnComplexArrayAlgebra(JxnComplexAlgebra cx)`	Creates a complex array instance for a single complex value `cx = re + j im`.
`JxnComplexArrayAlgebra(JxnComplexAlgebra[] cxa)`	Creates a complex array instance from an array of `JxnComplexAlgebra`.
`JxnComplexArrayAlgebra(JxnComplexAlgebra cx, JxnRealArrayAlgebra ra)`	Creates a complex array instance for `cx * ra`.
`JxnComplexArrayAlgebra(JxnRealArrayAlgebra ra, JxnComplexAlgebra cx)`	Creates a complex array instance for `ra * cx`.

Uses of ClassJxnComplexAlgebra

Uses of JxnComplexAlgebra in <Unnamed>

Uses of Class
JxnComplexAlgebra