Uses of Class
org.interpss.numeric.exp.IpssNumericException

Packages that use IpssNumericException

Package	Description
com.interpss.core.abc
com.interpss.core.abc.impl
com.interpss.core.aclf
com.interpss.core.aclf.impl
com.interpss.core.algo
com.interpss.core.algo.dclf.solver
com.interpss.core.algo.impl
com.interpss.core.algo.sc.solver
com.interpss.core.common.impl
com.interpss.core.sparse.impl
com.interpss.core.sparse.impl.csj
com.interpss.core.sparse.solver
com.interpss.core.sparse.solver.csj
com.interpss.core.sparse.solver.dep
com.interpss.dstab.algo.defaultImpl
org.interpss.numeric.datatype
org.interpss.numeric.matrix
org.interpss.numeric.sparse
org.interpss.numeric.sparse.base

Uses of IpssNumericException in com.interpss.core.abc

Methods in com.interpss.core.abc that throw IpssNumericException

Modifier and Type	Method and Description
ISparseEqnComplexMatrix3x3	INetwork3Phase.formYMatrixABC()
ISparseEqnComplexMatrix3x3	Static3PNetwork.formYMatrixABC()

Uses of IpssNumericException in com.interpss.core.abc.impl

Methods in com.interpss.core.abc.impl that throw IpssNumericException

Modifier and Type	Method and Description
ISparseEqnComplexMatrix3x3	Static3PNetworkImpl.formYMatrixABC()

Uses of IpssNumericException in com.interpss.core.aclf

Methods in com.interpss.core.aclf that throw IpssNumericException

Modifier and Type	Method and Description
boolean	IAclfNetAdjustment.needDiscreteAdjust() For TapControl to check if there is a need for discrete adjustment

Uses of IpssNumericException in com.interpss.core.aclf.impl

Methods in com.interpss.core.aclf.impl that throw IpssNumericException

Modifier and Type	Method and Description
boolean	BaseAclfNetworkImpl.needDiscreteAdjust()

Uses of IpssNumericException in com.interpss.core.algo

Methods in com.interpss.core.algo that throw IpssNumericException

Modifier and Type	Method and Description
boolean	LfAdjustAlgorithm.needAdjustment() Check to see if there is any adjustment need in the network.
boolean	LoadflowAlgorithm.needAdjustment() Check if there is a need to perform adjustment.

Uses of IpssNumericException in com.interpss.core.algo.dclf.solver

Methods in com.interpss.core.algo.dclf.solver that throw IpssNumericException

Modifier and Type	Method and Description
boolean	BaseDclfSolver.calculateDclf(DclfMethod method) calculate DC Loadflow and store the bus results in the dcResult[] and branch results in branch.weight
boolean	IDclfSolver.calculateDclf(DclfMethod method) calculate DC Loadflow and store the bus results in the dcResult[] and branch results in branch.weight
org.apache.commons.math3.complex.Complex[]	IEDclfSolver.calPQBusVoltMag() calculate PQ bus voltage based on eqn(6) in the paper
org.apache.commons.math3.complex.Complex[]	EDclfSolver.calPQBusVoltMag()
double[]	BaseDclfSolver.calSensitivity(SenAnalysisType type, java.lang.String injectBusId)
double[]	IDclfSolver.calSensitivity(SenAnalysisType type, java.lang.String injectBusId) calculate the bus sensitivity.
double[]	BaseDclfSolver.calSensitivityImpl(SenAnalysisType type, java.lang.String injectBusId)
double[]	IDclfSolver.calSensitivityImpl(SenAnalysisType type, java.lang.String injectBusId) calculate the bus sensitivity
double[]	DblAryCacheDclfSolver.calSensitivityImpl(SenAnalysisType type, java.lang.String injectBusId)
double[]	HashMapCacheDclfSolver.calSensitivityImpl(SenAnalysisType type, java.lang.String injectBusId)
double[]	DclfSolver.getSenPAngle(java.lang.String busId)
double[]	IDclfSolver.getSenPAngle(java.lang.String busId) Retrieve P-Ang sensitivity from the cache table or calculate sensitivity if it is not found
double[]	DblAryCacheDclfSolver.getSenPAngle(java.lang.String busId)
double[]	HashMapCacheDclfSolver.getSenPAngle(java.lang.String busId)
double[]	DclfSolver.getSenQVoltage(java.lang.String busId)
double[]	IDclfSolver.getSenQVoltage(java.lang.String busId) Retrieve Q-Voltage sen from the cache table or calculate sen if it is not found
double[]	DblAryCacheDclfSolver.getSenQVoltage(java.lang.String busId)
double[]	HashMapCacheDclfSolver.getSenQVoltage(java.lang.String busId)
void	BaseDclfSolver.prepareBMatrix(SenAnalysisType type) if the B1/11 matrix is dirty, form the B-matrix and LU the matrix.
void	IDclfSolver.prepareBMatrix(SenAnalysisType type) if the B1/11 matrix is dirty, form the B-matrix and LU the matrix.
void	DblAryCacheDclfSolver.prepareBMatrix(SenAnalysisType type)
org.apache.commons.math3.complex.Complex[]	IConnectBusProcessor.updateConnectBusVoltage() Update connection bus voltages so that their injection current is equal to zero
org.apache.commons.math3.complex.Complex[]	ConnectBusProcessor.updateConnectBusVoltage()

Uses of IpssNumericException in com.interpss.core.algo.impl

Methods in com.interpss.core.algo.impl that throw IpssNumericException

Modifier and Type	Method and Description
boolean	LoadflowAlgorithmImpl.needAdjustment()
boolean	LfAdjustAlgorithmImpl.needAdjustment() Check if there is a need to perform adjustment.

Uses of IpssNumericException in com.interpss.core.algo.sc.solver

Methods in com.interpss.core.algo.sc.solver that throw IpssNumericException

Modifier and Type	Method and Description
org.apache.commons.math3.complex.Complex	ScBusCalculator.isBuscLG(AcscBusFault fault) Calculate LG SC fault current.
org.apache.commons.math3.complex.Complex	ScBranchCalculator.iscBranch3Phase(AcscBranchFault fault) Calculate 3P SC fault current.
org.apache.commons.math3.complex.Complex	ScBranchCalculator.iscBranchLG(AcscBranchFault fault) Calculate LG SC fault current.
org.apache.commons.math3.complex.Complex	ScBranchCalculator.iscBranchLL(AcscBranchFault fault) Calculate LL SC fault current.
org.apache.commons.math3.complex.Complex	ScBranchCalculator.iscBranchLLG(AcscBranchFault fault) Calculate LLG SC fault current.
org.apache.commons.math3.complex.Complex	ScBusCalculator.iscBus3Phase(AcscBusFault fault) Calculate 3P SC fault current.
org.apache.commons.math3.complex.Complex	ScBusCalculator.iscBusLL(BaseAcscNetwork<?,?> net, AcscBusFault fault) Calculate LL SC fault current.
org.apache.commons.math3.complex.Complex	ScBusCalculator.iscBusLLG(BaseAcscNetwork<?,?> net, AcscBusFault fault) Calculate LLG SC fault current.
protected org.apache.commons.math3.complex.Complex[]	BaseScCalculator.solveYmtrix(ISparseEqnComplex ym, int busNumber) Calculate Z array by solving network Y-matrix by injecting 1 pu current at bus-i into the network
org.apache.commons.math3.complex.Complex	ScBranchCalculator.zEqBranchFault(AcscBranchFault fault) Calculate non-symmetric branch fault equivalent Z
org.apache.commons.math3.complex.Complex	ScBusCalculator.zEqBusFault(AcscBusFault fault) Calculate non-symmetric bus fault equivalent Z
org.apache.commons.math3.complex.Complex[][]	ScBusCalculator.zEqBusMatrix(java.util.List<AcscBus> busList, SequenceCode sequence) Calculate equiv z matrix by looking into the system from a set of buses.

Uses of IpssNumericException in com.interpss.core.common.impl

Methods in com.interpss.core.common.impl that return IpssNumericException

Modifier and Type	Method and Description
IpssNumericException	CommonFactoryImpl.createIpssNumericExceptionFromString(org.eclipse.emf.ecore.EDataType eDataType, java.lang.String initialValue)

Uses of IpssNumericException in com.interpss.core.sparse.impl

Methods in com.interpss.core.sparse.impl that throw IpssNumericException

Modifier and Type	Method and Description
boolean	AbstractSparseEquation.factorization()
boolean	AbstractSparseEqnDoubleImpl.factorization() Decomposition of the matrix.
boolean	AbstractSparseEqnComplexMatrix3x3Impl.factorization()
boolean	AbstractSparseEquation.factorization(double tolerance)
boolean	AbstractSparseEqnDoubleImpl.factorization(double tolerance) Decomposition of the matrix.
boolean	AbstractSparseEqnComplexMatrix3x3Impl.factorization(double tolerance)
boolean	SparseEqnIntegerImpl.factorization(double tolerance)
boolean	AbstractSparseEqnComplexImpl.factorization(double tolerance) LU decomposition of the matrix.
void	AbstractSparseEqnDoubleImpl.solveEqn() Solve the [A]X = B problem
void	AbstractSparseEqnComplexMatrix3x3Impl.solveEqn()
void	SparseEqnIntegerImpl.solveEqn()
void	AbstractSparseEqnComplexImpl.solveEqn() Solve the [A]X = B problem
boolean	AbstractSparseEquation.solveEqn(double tolerance) LU decomposition of the matrix and the solve the [A]X = B problem.
boolean	AbstractSparseEqnComplexMatrix3x3Impl.solveEqn(double tolerance)
double[]	AbstractSparseEqnDoubleImpl.solveLUedEqn(double[] b) Solve the [A]X = B problem

Uses of IpssNumericException in com.interpss.core.sparse.impl.csj

Methods in com.interpss.core.sparse.impl.csj that throw IpssNumericException

Modifier and Type	Method and Description
edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa	CSJSparseEqnComplexMatrix3x3Impl.solveEqn(edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa b) Solve the [A]X = B problem
org.apache.commons.math3.complex.Complex[]	CSJSparseEqnComplexImpl.solveLUedEqn(org.apache.commons.math3.complex.Complex[] cAry)
edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa	CSJSparseEqnComplexImpl.solveLUedEqn(edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa b)

Uses of IpssNumericException in com.interpss.core.sparse.solver

Methods in com.interpss.core.sparse.solver that throw IpssNumericException

Modifier and Type	Method and Description
boolean	BaseSparseEqnSolver.factorization()
boolean	ISparseEqnSolver.factorization() Matrix factorization, for example LU decomposition, of the matrix.
boolean	BaseSparseEqnSolver.factorization(double tolerance)
boolean	ISparseEqnSolver.factorization(double tolerance) Matrix factorization, for example LU decomposition, of the matrix.
void	ISparseEqnSolver.solveEqn() Solve the [A]X = B problem
double[]	BaseSparseEqnSolver.solveEqn(double[] b)
double[]	ISparseEqnSolver.solveEqn(double[] b) Solve the [A]X = B problem, assume the [A] is LUed

Uses of IpssNumericException in com.interpss.core.sparse.solver.csj

Methods in com.interpss.core.sparse.solver.csj that throw IpssNumericException

Modifier and Type	Method and Description
protected void	BaseCSJEqnDoubleSolver.buildAMatrix() Build the [A] matrix in CSparseJ format.
protected void	BaseCSJEqnComplexSolver.buildAMatrix() Build the [A] matrix in CSparseJ format.
boolean	CSJSquareMatrixEqnComplexSolver.factorization()
boolean	CSJLeastSquareDoubleSolver.factorization() QR factorization of the [A] matrix.
boolean	CSJSqaureMatrixEqnDoubleSolver.factorization(double tolerance) LU decomposition of the [A] matrix.
boolean	CSJSquareMatrixEqnComplexSolver.factorization(double tolerance) LU decomposition of the matrix.
void	CSJSqaureMatrixEqnDoubleSolver.solveEqn() Solve the [A]X = B problem, assume that [A] is LUed
void	CSJSquareMatrixEqnComplexSolver.solveEqn() Solve the [A]X = B problem
void	CSJLeastSquareDoubleSolver.solveEqn() Solve the [A]X = B problem
double[]	CSJWeightedLeastSquareDoubleSolver.solveEqn(double[] b)
double[]	CSJSqaureMatrixEqnDoubleSolver.solveEqn(double[] b) Solve the [A]X = B problem, assume that [A] is LUed
double[]	CSJLeastSquareDoubleSolver.solveEqn(double[] b) Solve the [A]X = B problem, assume that [A] is factorized
edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa	ICSJSparseEqnSolver.solveEqn(edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa b) Solve the [A]X = B problem, assume the [A] is LUed
edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa	BaseCSJSparseEqnSolver.solveEqn(edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa b)
edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa	CSJSquareMatrixEqnComplexSolver.solveEqn(edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa b) Solve the [A]X = B problem

Uses of IpssNumericException in com.interpss.core.sparse.solver.dep

Methods in com.interpss.core.sparse.solver.dep that throw IpssNumericException

Modifier and Type	Method and Description
boolean	SparseEqnDoubleSolver.factorization(double tolerance) Deprecated. LU decomposition of the matrix.
boolean	SparseEqnComplexSolver.factorization(double tolerance) Deprecated. LU decomposition of the matrix.
void	SparseEqnDoubleSolver.solveEqn() Deprecated. Solve the [A]X = B problem
void	SparseEqnComplexSolver.solveEqn() Deprecated. Solve the [A]X = B problem

Uses of IpssNumericException in com.interpss.dstab.algo.defaultImpl

Methods in com.interpss.dstab.algo.defaultImpl that throw IpssNumericException

Modifier and Type	Method and Description
protected void	DynamicEventProcessor.applyDynamicEventAfter(DynamicSimuEvent e, double t)

Uses of IpssNumericException in org.interpss.numeric.datatype

Methods in org.interpss.numeric.datatype that throw IpssNumericException

Modifier and Type	Method and Description
double	LimitType.limitDiscrete(double x, double stepSize) Perform discrete limit action.

Constructors in org.interpss.numeric.datatype that throw IpssNumericException

Constructor and Description
LimitType(java.lang.String str) Constructor.

Uses of IpssNumericException in org.interpss.numeric.matrix

Methods in org.interpss.numeric.matrix that throw IpssNumericException

Modifier and Type	Method and Description
static org.apache.commons.math3.complex.Complex[]	MatrixUtil.mul(org.apache.commons.math3.complex.Complex[][] a, org.apache.commons.math3.complex.Complex[] b) complex matrix multiplication [A] x [b]
static double[]	MatrixUtil.multiply(double[][] matrix, double[] vector) multiply the matrix by the vector.

Uses of IpssNumericException in org.interpss.numeric.sparse

Methods in org.interpss.numeric.sparse that throw IpssNumericException

Modifier and Type	Method and Description
org.apache.commons.math3.complex.Complex[]	ISparseEqnComplex.solveLUedEqn(org.apache.commons.math3.complex.Complex[] b) Solve the [A]X = B problem after the [A] is LUed
double[]	ISparseEqnDouble.solveLUedEqn(double[] b) Solve the [A]X = B problem after [A] is LUed
edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa	ISparseEqnComplex.solveLUedEqn(edu.emory.mathcs.csparsej.tdcomplex.DZcs_common.DZcsa b) Solve the [A]X = B problem after the [A] is LUed

Uses of IpssNumericException in org.interpss.numeric.sparse.base

Methods in org.interpss.numeric.sparse.base that throw IpssNumericException

Modifier and Type	Method and Description
boolean	ISparseEquation.factorization() Factorization, for example LU decomposition, of the matrix.
boolean	ISparseEquation.factorization(double tolerance) Factorization, for example LU decomposition, of the matrix.
void	ISparseEquation.solveEqn() Solve the [A]X = B problem
boolean	ISparseEquation.solveEqn(double tolerance) LU decomposition of the matrix and the solve the [A]X = B problem.