Package flanagan.complex

Examples of flanagan.complex.Complex

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        public static Phasor minusInfinity(){
                Phasor ph = new Phasor();
                ph.magnitude = Double.NEGATIVE_INFINITY;
                ph.phaseInDeg = 0.0D;
                ph.phaseInRad = 0.0D;
                ph.rectangular = new Complex(Double.NEGATIVE_INFINITY, Double.NEGATIVE_INFINITY);
                return ph;
        }
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                    Phasor.omega = Phasor.frequency*2.0D*Math.PI;
                }
                else{
                    throw new IllegalArgumentException("You have already entered a value for the frequency, " + Phasor.frequency + ", that differs from the one you are now attempting to enter, " + frequency);
                }
                Complex com = Impedance.inductanceImpedance(inductance, Phasor.omega);
                Phasor ph = new Phasor();
                return ph.toPhasor(com);
        }
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                    Phasor.omega = Phasor.frequency*2.0D*Math.PI;
                }
                else{
                    throw new IllegalArgumentException("You have already entered a value for the frequency, " + Phasor.frequency + ", that differs from the one you are now attempting to enter, " + frequency);
                }
                Complex com = Impedance.capacitanceImpedance(capacitance, Phasor.omega);
                Phasor ph = new Phasor();
                return ph.toPhasor(com);
        }
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                    Phasor.omega = Phasor.frequency*2.0D*Math.PI;
                }
                else{
                    throw new IllegalArgumentException("You have already entered a value for the frequency, " + Phasor.frequency + ", that differs from the one you are now attempting to enter, " + frequency);
                }
                Complex com = Impedance.infiniteWarburgImpedance(sigma, Phasor.omega);
                Phasor ph = new Phasor();
                return ph.toPhasor(com);
        }
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                    Phasor.omega = Phasor.frequency*2.0D*Math.PI;
                }
                else{
                    throw new IllegalArgumentException("You have already entered a value for the frequency, " + Phasor.frequency + ", that differs from the one you are now attempting to enter, " + frequency);
                }
                Complex com = Impedance.finiteWarburgImpedance(sigma, delta, Phasor.omega);
                Phasor ph = new Phasor();
                return ph.toPhasor(com);
        }
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                    Phasor.omega = Phasor.frequency*2.0D*Math.PI;
                }
                else{
                    throw new IllegalArgumentException("You have already entered a value for the frequency, " + Phasor.frequency + ", that differs from the one you are now attempting to enter, " + frequency);
                }
                Complex com = Impedance.constantPhaseElementImpedance(sigma, alpha, Phasor.omega);
                Phasor ph = new Phasor();
                return ph.toPhasor(com);
        }
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                    break;
            default: throw new IllegalArgumentException("Formulae option, " + formulaOption + ", must lie between 0 and 2 inclusive");
        }

        super.idealRealCharacteristicImpedance *= Math.sqrt(relativePermeability);
        super.idealCharacteristicImpedance = new Complex(super.idealRealCharacteristicImpedance, 0.0D);
        this.z0calculated = true;
        this.calculateDistributedCapacitanceAndInductance();

        return super.idealCharacteristicImpedance;

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        // in a String format compatible with Complex.parse,
        // e.g 2+j3, 2 + j3, 2+i3, 2 + i3
        // No default option
        public static final synchronized Complex readComplex(String mess){
                String line="";
                Complex c = new Complex();
                boolean finish = false;
                String mess0 = "";
                if(Db.inputTypeInfo)mess0 = "Input type: Complex (x + jy)\n";

                System.out.flush();
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      // Reads a Complex from a dialog box with a prompt message and the return
        // of a default option if the return key alone is pressed - Complex default
        public static final synchronized Complex readComplex(String mess, Complex dflt){
                String line="";
                Complex c = new Complex();
                boolean finish = false;
                String mess0 = "";
                if(Db.inputTypeInfo)mess0 = "Input type: Complex (x + jy)\n";
                String dfltmess = dflt+"";
                mess = mess + "\n";
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        // Reads a Complex from a dialog box with a prompt message and the return
        // of a default option if the return key alone is pressed - String default
        public static final synchronized Complex readComplex(String mess, String dflt){
                String line="";
                Complex c = new Complex();
                boolean finish = false;
                String mess0 = "";
                if(Db.inputTypeInfo)mess0 = "Input type: Complex (x + jy)\n";
                String dfltmess = dflt;
                mess = mess + "\n";
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Related Classes of flanagan.complex.Complex

  • flanagan.circuits.Impedance
  • flanagan.circuits.ImpedSpecRegression
  • flanagan.circuits.ImpedSpecRegressionFunction1
  • flanagan.circuits.ImpedSpecRegressionFunction2
  • flanagan.circuits.ImpedSpecSimulation
  • flanagan.circuits.Phasor
  • flanagan.circuits.SurfaceStripLine
  • flanagan.circuits.TransmissionLine
  • flanagan.control.Compensator
  • flanagan.control.FirstOrder
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