ACREATOR(hbsolver) | hbsolver | |
actions | analysis | protected |
addAnalysis(analysis *) | analysis | |
addProperty(property *) | object | |
addProperty(const char *, const char *) | object | |
addProperty(const char *, nr_double_t) | object | |
addProperty(const char *, variable *) | object | |
analysis() | analysis | |
analysis(char *) | analysis | |
analysis(analysis &) | analysis | |
assignNodes(ptrlist< circuit >, strlist *, int offset=0) | hbsolver | |
assignVoltageSources(ptrlist< circuit >) | hbsolver | |
calc(hbsolver *) | hbsolver | static |
calcConstantCurrent(void) | hbsolver | |
calcJacobian(void) | hbsolver | |
calcOrder(int) | hbsolver | |
checkBalance(void) | hbsolver | |
circuitNodes(ptrlist< circuit >) | hbsolver | |
cleanup(void) | analysis | inlinevirtual |
collectFrequencies(void) | hbsolver | |
copyProperties(property *) | object | |
countProperties(void) | object | |
createMatrixLinearA(void) | hbsolver | |
createMatrixLinearY(void) | hbsolver | |
createSweep(const char *) | analysis | |
data | analysis | protected |
delAnalysis(analysis *) | analysis | |
deleteProperties(void) | object | |
env | analysis | protected |
excitationZ(tvector< nr_complex_t > *, circuit *, int) | hbsolver | |
expandFrequencies(nr_double_t, int) | hbsolver | |
expandMatrix(tmatrix< nr_complex_t >, int) | hbsolver | |
expandVector(tvector< nr_complex_t >, int) | hbsolver | |
extendMatrixLinear(tmatrix< nr_complex_t >, int) | hbsolver | |
fillMatrixLinearA(tmatrix< nr_complex_t > *, int) | hbsolver | |
fillMatrixLinearExtended(tmatrix< nr_complex_t > *, tvector< nr_complex_t > *) | hbsolver | |
fillMatrixNonLinear(tmatrix< nr_complex_t > *, tmatrix< nr_complex_t > *, tvector< nr_complex_t > *, tvector< nr_complex_t > *, tvector< nr_complex_t > *, tvector< nr_complex_t > *, int) | hbsolver | |
finalSolution(void) | hbsolver | |
getAnalysis(void) | analysis | inline |
getData(void) | analysis | inline |
getEnv(void) | analysis | inline |
getName(void) | object | |
getNet(void) | analysis | inline |
getNext(void) | object | inline |
getNodeLists(void) | hbsolver | |
getPrev(void) | object | inline |
getProgress(void) | analysis | inline |
getPropertyDouble(const char *) | object | |
getPropertyInteger(const char *) | object | |
getPropertyReference(const char *) | object | |
getPropertyString(const char *) | object | |
getPropertyVector(const char *) | object | |
getScaledProperty(const char *) | object | |
getType(void) | analysis | inline |
hasProperty(const char *) | object | |
HB | hbsolver | |
hbsolver(char *) | hbsolver | |
hbsolver(hbsolver &) | hbsolver | |
initDC(void) | hbsolver | |
initHB(void) | hbsolver | |
initialize(void) | analysis | inlinevirtual |
invertMatrix(tmatrix< nr_complex_t > *, tmatrix< nr_complex_t > *) | hbsolver | |
isExcitation(circuit *) | hbsolver | |
isPropertyGiven(const char *) | object | |
loadMatrices(void) | hbsolver | |
MatrixFFT(tmatrix< nr_complex_t > *) | hbsolver | |
object() | object | |
object(const char *) | object | |
object(const object &) | object | |
prepareLinear(void) | hbsolver | |
prepareNonLinear(void) | hbsolver | |
progress | analysis | protected |
PROP_ACTION | hbsolver | |
PROP_LINEAR | hbsolver | |
PROP_NO_SUBSTRATE | hbsolver | |
propertyList(void) | object | |
saveNodeVoltages(circuit *, int) | hbsolver | |
saveResults(void) | hbsolver | |
saveVariable(const char *, nr_complex_t, vector *) | analysis | |
setAnalysis(ptrlist< analysis > *a) | analysis | inline |
setData(dataset *d) | analysis | inline |
setEnv(environment *e) | analysis | inline |
setName(const char *) | object | |
setNet(net *netlist) | analysis | inline |
setNext(object *o) | object | inline |
setPrev(object *o) | object | inline |
setProgress(bool p) | analysis | inline |
setProperty(const char *, char *) | object | |
setProperty(const char *, nr_double_t) | object | |
setProperty(const char *, variable *) | object | |
setScaledProperty(const char *, nr_double_t) | object | |
setType(int t) | analysis | inline |
solve(void) | hbsolver | virtual |
solveHB(void) | hbsolver | |
solveVoltages(void) | hbsolver | |
splitCircuits(void) | hbsolver | |
subnet | analysis | protected |
type | analysis | protected |
VectorFFT(tvector< nr_complex_t > *, int isign=1) | hbsolver | |
VectorIFFT(tvector< nr_complex_t > *, int isign=1) | hbsolver | |
~analysis() | analysis | |
~hbsolver() | hbsolver | |
~object() | object | virtual |