Modifier and Type | Method and Description |
---|---|
ISparseEqnMatrix2x2 |
IAclfNetFormMatrix.formJMatrix()
form the J-matrix
|
ISparseEqnMatrix2x2 |
IAclfNetFormMatrix.formJMatrix(int n)
form the J-matrix with n extra elements
|
ISparseEqnMatrix2x2 |
IAclfNetFormMatrix.formJMatrix(JacobianMatrixType type)
form the J-matrix according to the Type
|
Modifier and Type | Method and Description |
---|---|
ISparseEqnMatrix2x2 |
BaseAclfNetworkImpl.formJMatrix() |
ISparseEqnMatrix2x2 |
BaseAclfNetworkImpl.formJMatrix(int n) |
ISparseEqnMatrix2x2 |
BaseAclfNetworkImpl.formJMatrix(JacobianMatrixType type) |
Modifier and Type | Method and Description |
---|---|
ISparseEqnMatrix2x2 |
AclfNetJMatrixHelper.formJMatrix(JacobianMatrixType type,
int n)
Forms the Jacobian matrix for the AC load flow network based on the specified Jacobian matrix type.
|
Modifier and Type | Method and Description |
---|---|
ISparseEqnMatrix2x2 |
INrSolver.formJMatrix()
form J-matrix.
|
Modifier and Type | Method and Description |
---|---|
void |
INrSolver.setPowerMismatch(ISparseEqnMatrix2x2 lfEqn)
set the power mismatch to the right-hand side of the eqn [A][x] = [B]
set AclfNet object bus mismatch to the [B] vector of the Sparse Eqn
|
void |
INrSolver.updateBusVoltage(ISparseEqnMatrix2x2 lfEqn)
After solving the eqn [A][x] = [B], [x] is stored in [B].
|
void |
INrSolver.updateBusVoltage(ISparseEqnMatrix2x2 lfEqn,
double scaleFactor)
After solving the eqn [A][x] = [B], [x] is stored in [B].
|
boolean |
INrSolver.updateBusVoltageNonDivergent(ISparseEqnMatrix2x2 lfEqn,
double tolerance)
After solving the eqn [A][x] = [B], [x] is stored in [B].
|
Modifier and Type | Method and Description |
---|---|
ISparseEqnMatrix2x2 |
ZbrNrSolver.formJMatrix() |
ISparseEqnMatrix2x2 |
DefaultNrSolver.formJMatrix() |
Modifier and Type | Method and Description |
---|---|
void |
ZbrNrSolver.setPowerMismatch(ISparseEqnMatrix2x2 lfEqn) |
void |
DefaultNrSolver.setPowerMismatch(ISparseEqnMatrix2x2 lfEqn) |
void |
DefaultNrSolver.updateBusVoltage(ISparseEqnMatrix2x2 lfEqn) |
void |
ZbrNrSolver.updateBusVoltage(ISparseEqnMatrix2x2 lfEqn,
double scaleFactor) |
void |
DefaultNrSolver.updateBusVoltage(ISparseEqnMatrix2x2 lfEqn,
double scaleFactor) |
boolean |
ZbrNrSolver.updateBusVoltageNonDivergent(ISparseEqnMatrix2x2 lfEqn,
double tolerance) |
boolean |
DefaultNrSolver.updateBusVoltageNonDivergent(ISparseEqnMatrix2x2 lfEqn,
double tolerance) |
Modifier and Type | Method and Description |
---|---|
ISparseEqnMatrix2x2 |
CommonSparseFactoryImpl.createSparseEqnMatrix2x2FromString(org.eclipse.emf.ecore.EDataType eDataType,
java.lang.String initialValue) |
Modifier and Type | Method and Description |
---|---|
ISparseEqnMatrix2x2 |
SparseEqnObjectFactory.createSparseEqnDouble2x2(int n)
create a double matrix2x2 data type sparse eqn object
|
Modifier and Type | Class and Description |
---|---|
class |
AbstractSparseEqnMatrix2x2Impl
Abstract Sparse Equation of data type 2x2 matrix for solving the [A]X=B problem.
|
Modifier and Type | Class and Description |
---|---|
class |
CSJSparseEqnMatrix2x2Impl
CSJ Sparse Equation of data type 2x2 matrix for solving the [A]X=B problem.
|