Searched refs:myPower_p (Results 1 – 6 of 6) sorted by relevance
342 CPower * myPower_p = this; in GetBasePower() local364 return(myPower_p); in GetBasePower()428 assert( myPower_p && myTestPower_p ); in IsRelatedPower()692 myPower_p->type[HIZ_BIT] = true; in CalculatePower()695 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in CalculatePower()745 if ( myPower_p->minVoltage == myPower_p->simVoltage ) { in CalculatePower()747 } else if ( myPower_p->maxVoltage == myPower_p->simVoltage ) { in CalculatePower()754 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in CalculatePower()767 …if (myPower_p->minVoltage != UNKNOWN_VOLTAGE && myPower_p->simVoltage != UNKNOWN_VOLTAGE && myPowe… in CalculatePower()770 …if (myPower_p->maxVoltage != UNKNOWN_VOLTAGE && myPower_p->simVoltage != UNKNOWN_VOLTAGE && myPowe… in CalculatePower()[all …]
972 logFile << myPower_p->powerSignal() << " " << myPower_p->definition << endl; in SetModePower()981 logFile << myPower_p->powerSignal() << " " << myPower_p->definition << endl; in SetModePower()990 logFile << myPower_p->powerSignal() << " " << myPower_p->definition << endl; in SetModePower()999 logFile << myPower_p->powerSignal() << " " << myPower_p->definition << endl; in SetModePower()1008 logFile << myPower_p->powerSignal() << " " << myPower_p->definition << endl; in SetModePower()1034 myPower_p = new CPower(myPower_p, *netId_pit); in SetModePower()1096 myPower_p = new CPower(myPower_p, myNetId); in SetInstancePower()1110 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in SetInstancePower()1114 …if ( ! (IsEmpty(myPower_p->expectedMin()) && IsEmpty(myPower_p->expectedSim()) && IsEmpty(myPower_… in SetInstancePower()1180 myPower_p = new CPower(myPower_p, *netId_pit); in SetExpectedPower()[all …]
221 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in AlreadyShorted()229 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in AlreadyShorted()238 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in AlreadyShorted()407 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in VoltageConflict()419 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in VoltageConflict()493 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in VoltageConflict()505 if ( ! myPower_p->extraData ) myPower_p->extraData = new CExtraPowerData; in VoltageConflict()932 if ( myPower_p && myPower_p->type[HIZ_BIT] ) { in AdjustSimVoltage()941 if ( myPower_p && myPower_p->type[HIZ_BIT] ) { in AdjustSimVoltage()1931 if ( myPower_p && myPower_p->active[MIN_ACTIVE] ) { in SetInitialMinMaxPower()[all …]
78 …if ( myPower_p && myPower_p->type[SIM_CALCULATED_BIT] && myPower_p->simVoltage != UNKNOWN_VOLTAGE … in MinSimVoltage()234 …if ( myPower_p && myPower_p->type[SIM_CALCULATED_BIT] && myPower_p->simVoltage != UNKNOWN_VOLTAGE … in MaxSimVoltage()299 if ( myPower_p && myPower_p->netId != UNKNOWN_NET ) { in GetEquivalentNet()706 if ( myPower_p ) { in HasLeakPath()707 …if ( myPower_p->type[MIN_CALCULATED_BIT] && myPower_p->defaultMinNet != UNKNOWN_NET ) myMinSourceN… in HasLeakPath()708 …if ( myPower_p->type[MAX_CALCULATED_BIT] && myPower_p->defaultMaxNet != UNKNOWN_NET ) myMaxSourceN… in HasLeakPath()711 if ( myPower_p ) { in HasLeakPath()712 …if ( myPower_p->type[MIN_CALCULATED_BIT] && myPower_p->defaultMinNet != UNKNOWN_NET ) myMinDrainNe… in HasLeakPath()713 …if ( myPower_p->type[MAX_CALCULATED_BIT] && myPower_p->defaultMaxNet != UNKNOWN_NET ) myMaxDrainNe… in HasLeakPath()1008 delete myPower_p; in RemoveInvalidPower()[all …]
1157 CPower * myPower_p = netVoltagePtr_v[net_it].full; in DumpUnknownLogicalPorts() local1158 …if ( myPower_p && ( myPower_p->simVoltage != UNKNOWN_VOLTAGE || myPower_p->type[POWER_BIT] ) ) con… in DumpUnknownLogicalPorts()1264 CPower * myPower_p = netVoltagePtr_v[net_it].full; in DumpUnknownLogicalNets() local1265 …if ( myPower_p && ( myPower_p->simVoltage != UNKNOWN_VOLTAGE || myPower_p->type[POWER_BIT] ) ) con… in DumpUnknownLogicalNets()1314 CPower * myPower_p = netVoltagePtr_v[net_it].full; in DumpLevelShifters() local1315 …if ( myPower_p && ( myPower_p->simVoltage != UNKNOWN_VOLTAGE || myPower_p->type[POWER_BIT] ) ) con… in DumpLevelShifters()1569 if ( myPower_p && ! IsEmpty(myPower_p->powerSignal()) ) { in PrintInstancePowerFile()1570 …string myDefinition = string(myPower_p->definition).substr(0, string(myPower_p->definition).find("… in PrintInstancePowerFile()1633 CPower * myPower_p = netVoltagePtr_v[net_it].full; in PrintInstancePowerFile() local1634 if ( myPower_p ) { in PrintInstancePowerFile()[all …]
145 CPower * myPower_p = netVoltagePtr_v[theNetId].full; in NetAlias() local146 …if ( myPower_p && ! IsEmpty(myPower_p->powerAlias()) && myPower_p->powerAlias() != myPower_p->powe… in NetAlias()501 if ( myPower_p && myPower_p->netId != UNKNOWN_NET ) { in PrintVirtualNets()502 myEquivalentNet = myPower_p->netId; in PrintVirtualNets()506 if ( myPower_p ) { in PrintVirtualNets()508 if ( myPower_p->minVoltage != UNKNOWN_VOLTAGE ) { in PrintVirtualNets()509 cout << myPower_p->minVoltage; in PrintVirtualNets()512 if ( myPower_p->simVoltage != UNKNOWN_VOLTAGE ) { in PrintVirtualNets()513 cout << myPower_p->simVoltage; in PrintVirtualNets()516 if ( myPower_p->maxVoltage != UNKNOWN_VOLTAGE ) { in PrintVirtualNets()[all …]