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ExportCIMXML.cpp
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#pragma hdrstop
#include "ExportCIMXML.h"
#include "Sysutils.h"
#include "Utilities.h"
#include "Circuit.h"
#include "DSSClassDefs.h"
#include "DSSGlobals.h"
#include "CktElement.h"
#include "PDElement.h"
#include "PCElement.h"
#include "generator.h"
#include "Load.h"
#include "RegControl.h"
#include "VSource.h"
#include "Line.h"
#include "Transformer.h"
#include "Ucomplex.h"
#include "Ucmatrix.h"
#include "LineCode.h"
#include "fuse.h"
#include "Capacitor.h"
#include "CapControl.h"
#include "CapControlVars.h"
#include "Reactor.h"
#include "Feeder.h"
#include "ConductorData.h"
#include "LineUnits.h"
#include "LineGeometry.h"
#include <math.h>
#include "HashList.h"
#include "WireData.h"
#include "XfmrCode.h"
#include "LineSpacing.h"
#include "CableData.h"
#include "CNData.h"
#include "TSData.h"
#include "Storage.h"
#include "PVsystem.h"
#include "Relay.h"
#include "Recloser.h"
#include "AutoTrans.h"
#include "InvControl.h"
#include "ExpControl.h"
#include "DSSObject.h"
#include "DSSClass.h"
#include "System.h"
#include <algorithm>
class TBankObject;
class TFileDealer;
class TOpLimitObject;
enum UuidChoice {Bank,
Wdg,
XfCore,
XfMesh,
WdgInf,
ScTest,
OcTest,
BaseV,
LinePhase,
LoadPhase,
GenPhase,
CapPhase,
SolarPhase,
BatteryPhase,
XfLoc,
LoadLoc,
LineLoc,
CapLoc,
Topo,
ReacLoc,
SolarLoc,
BatteryLoc,
OpLimV,
OpLimI,
LoadResp,
CIMVer,
PosPt,
CoordSys,
TopoIsland,
Station,
GeoRgn,
SubGeoRgn,
ZData,
OpLimT,
XfInfo,
FdrLoc,
OpLimAHi,
OpLimALo,
OpLimBHi,
OpLimBLo,
MachLoc,
PVPanels,
Battery,
SrcLoc,
TankInfo,
TankAsset,
TapInfo,
TapCtrl,
TapAsset,
PUZ,
WirePos,
NormAmps,
EmergAmps,
I1547NameplateData,
I1547NameplateDataApplied,
I1547Signal,
I1547VoltVar,
I1547WattVar,
I1547ConstPF,
I1547VoltWatt,
I1547ConstQ };
enum ProfileChoice {FunPrf,
EpPrf,
GeoPrf,
TopoPrf,
CatPrf,
SshPrf,
DynPrf };
class TBankObject: public TNamedObject {
typedef TNamedObject inherited;
public:
String vectorGroup;
int maxWindings;
int nWindings;
int* connections;
bool bAuto;
int* angles;
int* phaseA;
int* phaseB;
int* phaseC;
int* ground;
TPDElement pd_unit; // save this for writing the bank coordinates
TBankObject( int MaxWdg );
~TBankObject( );
void AddTransformer( TTransfObj pXf );
void AddAutoTransformer( TAutoTransObj pAuto );
void BuildVectorGroup( );
};
class TOpLimitObject: public TNamedObject {
typedef TNamedObject inherited;
public:
double NormAmps;
double EmergAmps;
TOpLimitObject( double norm, double emerg );
~TOpLimitObject( );
};
class TFileDealer: public TObject {
typedef TObject inherited;
private:
// the Combined XML can be broken into seven separate profiles
TTextRec F_FUN;
TTextRec F_EP;
TTextRec F_SSH;
TTextRec F_CAT;
TTextRec F_GEO;
TTextRec F_TOPO;
TTextRec F_DYN;
String roots [ 7 /*# ProfileChoice */ ];
TUuid ids [ 7 /*# ProfileChoice */ ];
public:
bool Separate;
TFileDealer( bool Combined, String Filename );
~TFileDealer( );
void WriteCimLn( ProfileChoice prf, const String S );
void StartInstance( ProfileChoice prf, String Root, TNamedObject Obj );
void StartFreeInstance( ProfileChoice prf, String Root, TUuid uuid );
void EndInstance( ProfileChoice prf, String Root );
};
//THashList* UuidHash; // index is 1-based
TUuid* UuidList; // index is 0-based
String* UuidKeyList;
THashList BankHash;
TBankObject** BankList;
THashList OpLimitHash;
TOpLimitObject** OpLimitList;
TFileDealer* FD = NULL;
// CIM_NS = 'http://iec.ch/TC57/2012/CIM-schema-cim17';
const char CIM_NS[] = "http://iec.ch/TC57/CIM100";
void StartCIMFile( Textfile& F, String Filenm, ProfileChoice prf );
/*# forward */
void TFileDealer::WriteCimLn( ProfileChoice prf, const String S )
{
/*if (Separate)
{
if ( prf != FunPrf )
{
if ( roots[prf].size() ) < 1 )
{
StartFreeInstance( prf, roots[FunPrf], ids[FunPrf] );
}
}
switch ( prf )
{
case FunPrf:
WriteLn( F_FUN, S );
break;
case EpPrf:
WriteLn( F_EP, S );
break;
case GeoPrf:
WriteLn( F_GEO, S );
break;
case TopoPrf:
WriteLn( F_TOPO, S );
break;
case CatPrf:
WriteLn( F_CAT, S );
break;
case SshPrf:
WriteLn( F_SSH, S );
break;
case DynPrf:
WriteLn( F_DYN, S );
break;
}
}
else
{
WriteLn( F_FUN, S );
}*/
}
TFileDealer::TFileDealer( bool Combined, String Filename )
: Separate(! Combined)
{
ProfileChoice i = FunPrf;
// inherited::Create();
if ( Separate )
{
for ( int stop = /*# High(ProfileChoice) */ 6, i = /*# Low(ProfileChoice) */ 0; i <= stop; i++ )
roots[i] = "";
StartCIMFile( F_FUN, Filename + "_FUN.XML", FunPrf );
StartCIMFile( F_GEO, Filename + "_GEO.XML", GeoPrf );
StartCIMFile( F_TOPO, Filename + "_TOPO.XML", TopoPrf );
StartCIMFile( F_SSH, Filename + "_SSH.XML", SshPrf );
StartCIMFile( F_CAT, Filename + "_CAT.XML", CatPrf );
StartCIMFile( F_EP, Filename + "_EP.XML", EpPrf );
StartCIMFile( F_DYN, Filename + "_DYN.XML", EpPrf );
}
else
{
StartCIMFile( F_FUN, Filename, FunPrf );
}
}
void TFileDealer::StartInstance( ProfileChoice prf, String Root, TNamedObject Obj )
{
/* if (Separate)
{ // must be first to avoid stack overflow in WriteCimLn
roots[prf] = Root;
ids[prf] = Obj.uuid;
}
WriteCimLn( prf, Format( "<cim:%s rdf:ID=\"%s\">", VECTOROFCONST(( Root, Obj.CIM_ID )) ) );
WriteCimLn( prf, Format( " <cim:IdentifiedObject.mRID>%s</cim:IdentifiedObject.mRID>", VECTOROFCONST(( Obj.CIM_ID )) ) );
WriteCimLn( prf, Format( " <cim:IdentifiedObject.name>%s</cim:IdentifiedObject.name>", VECTOROFCONST(( Obj.LocalName )) ) );
*/
}
void TFileDealer::StartFreeInstance( ProfileChoice prf, String Root, TUuid uuid )
{
/*
if ( Separate )
{ // must be first to avoid stack overflow in WriteCimLn
roots[prf] = Root;
ids[prf] = uuid;
}
WriteCimLn( prf, Format( "<cim:%s rdf:ID=\"%s\">", VECTOROFCONST(( Root, UUIDToCIMString( uuid ) )) ) );
*/
}
void ExportCDPSM(String Filenm, String SUBSTATION, String SubGeographicRegion, String GeographicRegion, TUuid FdrUUID, TUuid SubUUID, TUuid SubGeoUUID, TUuid RgnUUID, bool Combined)
{
//TBD
}
void TFileDealer::EndInstance( ProfileChoice prf, String Root )
{
/*
ProfileChoice i = FunPrf;
if ( Separate )
{
for ( int stop = 6, i = 0; i <= stop; Inc(i) )
{
if ( roots[i].size() ) > 0 )
{
WriteCimLn( i, Format( "</cim:%s>", VECTOROFCONST(( Root )) ) );
roots[i] = "";
}
}
}
else
WriteCimLn( prf, Format( "</cim:%s>", VECTOROFCONST(( Root )) ) );
*/
}
TFileDealer::~TFileDealer( )
{
WriteLn( F_FUN, "</rdf:RDF>" );
CloseFile( F_FUN );
if ( Separate )
{
WriteLn( F_GEO, "</rdf:RDF>" );
WriteLn( F_CAT, "</rdf:RDF>" );
WriteLn( F_SSH, "</rdf:RDF>" );
WriteLn( F_TOPO, "</rdf:RDF>" );
WriteLn( F_EP, "</rdf:RDF>" );
WriteLn( F_DYN, "</rdf:RDF>" );
CloseFile( F_GEO );
CloseFile( F_CAT );
CloseFile( F_SSH );
CloseFile( F_TOPO );
CloseFile( F_EP );
CloseFile( F_DYN );
}
// todo check: inherited::Destroy;
}
void ParseSwitchClass( TLineObj pLine, String& swtCls, double& ratedAmps, double& breakingAmps )
{
/* TFuseObj pFuse;
TRelayObj pRelay;
TRecloserObj pRecloser;
swtCls = "LoadBreakSwitch";
ratedAmps = pLine.NormAmps;
breakingAmps = ratedAmps;
pFuse = ActiveCircuit[ActiveActor]->Fuses.Get_First();
while ( pFuse != NULL )
{
if ( pFuse.ControlledElement == pLine )
{
swtCls = "Fuse";
ratedAmps = pFuse.RatedCurrent;
breakingAmps = 0.0;
return;
}
pFuse = ActiveCircuit[ActiveActor]->Fuses.Get_Next();
}
pRelay = ActiveCircuit[ActiveActor]->Relays.Get_First();
while ( pRelay != NULL )
{
if ( pRelay.ControlledElement == pLine )
{
swtCls = "Breaker";
return;
}
pRelay = ActiveCircuit[ActiveActor]->Relays.Get_Next();
}
pRecloser = ActiveCircuit[ActiveActor]->Reclosers.Get_First();
while ( pRecloser != NULL )
{
if ( pRecloser.ControlledElement == pLine )
{
swtCls = "Recloser";
return;
}
pRecloser = ActiveCircuit[ActiveActor]->Reclosers.Get_Next();
}
*/
}
// this returns s1, s2, or a combination of ABCN
String PhaseString( TDSSCktElement pElem, int Bus, bool bAllowSec = true ) // if order doesn't matter
{/*
String result;
String val, phs;
int dot = 0;
bool bSec = false;
phs = pElem.FirstBus;
for ( int stop = Bus, dot = 2; dot <= stop; dot++)
phs = pElem.NextBus;
bSec = false;
if ( bAllowSec )
{
if ( pElem.NPhases == 2 )
if ( ActiveCircuit[ActiveActor]->Buses[pElem.Terminals[Bus].BusRef - 1]->kVBase < 0.25 )
bSec = true;
if ( pElem.NPhases == 1 )
if ( ActiveCircuit[ActiveActor]->Buses[pElem.Terminals[Bus].BusRef - 1]->kVBase < 0.13 )
bSec = true;
}
dot = phs.find( "." );
if ( dot < 1 )
{
val = "ABC";
}
else
{
phs = phs.substr( dot + 1, phs.size() ) );
if ( phs.find( "3" ) > 0 )
bSec = false; // i.e. it's a three-phase secondary, not split-phase
if ( bSec )
{
if ( phs.find( "1" ) > 0 )
{
val = "s1";
if ( phs.find( "2" ) > 0 )
val = val + "2";
}
else
if ( phs.find( "2" ) > 0 )
val = "s2";
}
else
{
val = "";
if ( phs.find( "1" ) > 0 )
val = val + "A";
if ( phs.find( "2" ) > 0 )
val = val + "B";
if ( phs.find( "3" ) > 0 )
val = val + "C";
if ( phs.find( "4" ) > 0 )
val = val + "N";
}
}
result = val;
return result;
*/
return "";// alterante result
}
// returns s1, s12, s2, or an ordered combination of ABC
String PhaseOrderString( TDSSCktElement pElem, int Bus, bool bAllowSec = true ) // for transposition
{
/*
String result;
String phs;
int dot = 0;
bool bSec = false;
phs = pElem.FirstBus;
for ( int stop = Bus, dot = 2; dot <= stop; dot++)
phs = pElem.NextBus;
bSec = false;
if ( bAllowSec )
{
if ( pElem.NPhases == 2 )
if ( ActiveCircuit[ActiveActor]->Buses[pElem.Terminals[Bus].BusRef - 1]->kVBase < 0.25 )
bSec = true;
if ( pElem.NPhases == 1 )
if ( ActiveCircuit[ActiveActor]->Buses[pElem.Terminals[Bus].BusRef - 1]->kVBase < 0.13 )
bSec = true;
}
dot = phs.find( "." );
if ( dot < 1 )
{
result = "ABC";
}
else
{
phs = phs.substr( dot + 1, phs.size() ) );
if ( phs.find( "3" ) > 0 )
bSec = false; // i.e. it's a three-phase secondary, not split-phase
if ( bSec )
{
if ( phs.find( "1" ) > 0 )
{
result = "s1";
if ( phs.find( "2" ) > 0 )
result = result + "2";
}
else
if ( phs.find( "2" ) > 0 )
result = "s2";
}
else
if ( phs.find( "1.2.3" ) > 0 )
result = "ABC";
else
if ( phs.find( "1.3.2" ) > 0 )
result = "ACB";
else
if ( phs.find( "2.3.1" ) > 0 )
result = "BCA";
else
if ( phs.find( "2.1.3" ) > 0 )
result = "BAC";
else
if ( phs.find( "3.2.1" ) > 0 )
result = "CBA";
else
if ( phs.find( "3.1.2" ) > 0 )
result = "CAB";
else
if ( phs.find( "1.2" ) > 0 )
result = "AB";
else
if ( phs.find( "1.3" ) > 0 )
result = "AC";
else
if ( phs.find( "2.3" ) > 0 )
result = "BC";
else
if ( phs.find( "2.1" ) > 0 )
result = "BA";
else
if ( phs.find( "3.2" ) > 0 )
result = "CB";
else
if ( phs.find( "3.1" ) > 0 )
result = "CA";
else
if ( phs.find( "1" ) > 0 )
result = "A";
else
if ( phs.find( "2" ) > 0 )
result = "B";
else
result = "C";
}
return result;
*/
return ""; //alternative
}
String DeltaPhaseString( TDSSCktElement pElem )
{
String result = "";
String phs;
int dot = 0;
phs = pElem.Get_FirstBus();
dot = phs.find( "." );
if ( ( dot < 1 ) || ( pElem.Get_NPhases() == 3 ) )
{
result = "ABC"; // if Nphases < 3 this would be a user input error
}
else
{
phs = phs.substr( dot + 1, phs.size() ) ;
if ( pElem.Get_NPhases() == 1 )
{
if ( phs.find( "1.2" ) > 0 )
result = "A";
else
if ( phs.find( "2.1" ) > 0 )
result = "A";
else
if ( phs.find( "2.3" ) > 0 )
result = "B";
else
if ( phs.find( "3.2" ) > 0 )
result = "B";
else
if ( phs.find( "1.3" ) > 0 )
result = "C";
else
if ( phs.find( "3.1" ) > 0 )
result = "C";
}
else
{
if ( phs.find( "1.2.3" ) > 0 )
result = "AB";
else
if ( phs.find( "1.3.2" ) > 0 )
result = "CB";
else
if ( phs.find( "2.1.3" ) > 0 )
result = "AC";
else
if ( phs.find( "2.3.1" ) > 0 )
result = "BC";
else
if ( phs.find( "3.1.2" ) > 0 )
result = "CA";
else
if ( phs.find( "3.2.1" ) > 0 )
result = "BA";
}
}
return result;
}
//#pragma resource "+"
TBankObject::TBankObject( int MaxWdg )
: maxWindings(MaxWdg),
nWindings(0),
bAuto(false)
{
/*
connections.Length = MaxWdg;
angles.Length = MaxWdg;
phaseA.Length = MaxWdg;
phaseB.Length = MaxWdg;
phaseC.Length = MaxWdg;
ground.Length = MaxWdg;
*/
inherited( "Bank" );
}
TBankObject::~TBankObject( )
{
free(connections);
free(angles);
free(phaseA);
free(phaseB);
free(phaseC);
free(ground);
pd_unit = NULL;
// todo check: inherited::Destroy;
}
void TBankObject::BuildVectorGroup( )
{
/*
int i = 0;
if ( bAuto )
{
if ( nWindings < 3 )
vectorGroup = "YNa";
else
vectorGroup = "YNad1";
return;
}
vectorGroup = "";
i = 0; // dynamic arrays are zero-based
while ( i < nWindings )
{
if ( ( phaseA[i] > 0 ) && ( phaseB[i] > 0 ) && ( phaseC[i] > 0 ) )
{
if ( connections[i] > 0 )
vectorGroup = vectorGroup + "d";
else
vectorGroup = vectorGroup + "y";
if ( ground[i] > 0 )
vectorGroup = vectorGroup + "n";
if ( angles[i] > 0 )
vectorGroup = vectorGroup + IntToStr( angles[i] );
}
else
vectorGroup = vectorGroup + "i";
i++;
}
if ( vectorGroup.size() > 0 )
vectorGroup = UpperCase( LeftStr( vectorGroup, 1 ) ) + RightStr( vectorGroup, vectorGroup.size() ) - 1 );
*/
}
void TBankObject::AddTransformer( TTransfObj pXf )
{/*
int i = 0;
String phs;
if ( pXf.NumberOfWindings > nWindings )
nWindings = pXf.NumberOfWindings;
pd_unit = pXf;
for ( int stop = pXf.NumberOfWindings, i = 1; i <= stop; i++)
{
phs = PhaseString( pXf, i );
if ( phs.find( "A" ) > 0 )
phaseA[i - 1] = 1;
if ( phs.find( "B" ) > 0 )
phaseB[i - 1] = 1;
if ( phs.find( "C" ) > 0 )
phaseC[i - 1] = 1;
connections[i - 1] = pXf.WdgConnection[i];
if ( connections[i - 1] != connections[0] )
angles[i - 1] = 1;
if ( ( pXf.WdgRneutral[i] >= 0.0 ) || ( pXf.WdgXneutral[i] > 0.0 ) )
if ( connections[i - 1] < 1 )
ground[i - 1] = 1;
}
*/
}
void TBankObject::AddAutoTransformer( TAutoTransObj pAuto ) // 3-phase, 2 or 3 windings
{
/*
int i = 0;
if ( pAuto.NumberOfWindings > nWindings )
nWindings = pAuto.NumberOfWindings;
bAuto = true;
pd_unit = pAuto;
for ( int stop = pAuto.NumberOfWindings, i = 1; i <= stop; i++)
{
phaseA[i - 1] = 1;
phaseB[i - 1] = 1;
phaseC[i - 1] = 1;
connections[i - 1] = pAuto.WdgConnection[i];
if ( i == 2 )
ground[i - 1] = 1;
}
*/
}
TOpLimitObject::TOpLimitObject( double norm, double emerg )
: NormAmps(norm),
EmergAmps(emerg)
{
inherited( "OpLimI" );
}
TOpLimitObject::~TOpLimitObject( )
{
// todo check: inherited::Destroy;
}
// the CIM transformer model requires some identified objects that don't have
// a counterpart in the DSS named objects. These include banks, windings, and
// winding info. So we create temporary UUIDs on the fly, and use a hash list when we
// need the UUIDs for later reference
void StartUuidList( int Size )
{
/*
if (( UuidList != NULL ) )
FreeUuidList();
UuidHash = new THashList( Size );
UuidList.Length = Size;
UuidKeyList.Length = Size;
*/
}
void StartBankList( int Size )
{
/*
BankHash = THashList.Create( Size );
BankList.Length = Size;
*/
}
void StartOpLimitList( int Size )
{/*
OpLimitHash = THashList.Create( Size );
OpLimitList.Length = Size;
*/
}
void FreeUuidList( )
{
/*
UuidHash.Clear();
UuidList = TUuid*;
UuidKeyList = String*;
*/
}
void FreeBankList( )
{
/*
BankHash.Free;
BankList = TBankObject**();
*/
}
void FreeOpLimitList( )
{
/*
OpLimitHash.Free;
OpLimitList = TOpLimitObject**();
*/
}
void AddBank( TBankObject* pBank )
{
/*
int ref = 0, Size = 0;
ref = BankHash.Add( pBank->LocalName );
Size = BankList.High + 1;
if ( ref > Size )
BankList.Length = 2 * Size;
BankList[ref - 1] = pBank;
*/
}
TBankObject* GetBank( String sBank )
{
TBankObject* result = NULL;
int ref = 0;
result = NULL;
ref = BankHash.Find( sBank );
if ( ref > 0 )
result = BankList[ref - 1];
return result;
}
void AddOpLimit( TOpLimitObject* pLimit )
{
/*
int ref = 0, Size = 0;
ref = OpLimitHash.Add( pLimit->LocalName );
Size = OpLimitList.High + 1;
if ( ref > Size )
OpLimitList.Length = 2 * Size;
OpLimitList[ref - 1] = pLimit;
*/
}
TOpLimitObject* GetOpLimit( String sLimit )
{
TOpLimitObject* result = NULL;/*
int ref = 0;
result = NULL;
ref = OpLimitHash.Find( sLimit );
if ( ref > 0 )
result = OpLimitList[ref - 1];*/
return result;
}
TUuid GetHashedUuid( String key )
{
TUuid result = {0};
int ref = 0;
int Size = 0;
/*
ref = UuidHash->Find(key);
if ( ref == 0 )
{
ref = UuidHash.Add( key );
CreateUUID4( result ); // this should be the ONLY place to call CreateUUID4
Size = UuidList.High + 1;
if ( ref > Size )
{
UuidList.Length = 2 * ( Size + 1 );
UuidKeyList.Length = 2 * ( Size + 1 );
}
UuidList[ref - 1] = result;
UuidKeyList[ref - 1] = key;
}
else
{
result = UuidList[ref - 1];
}
*/
return result;
}
void AddHashedUUID( String key, String UuidVal )
{
int ref = 0;
int Size = 0;
/*
ref = UuidHash->Find( key );
if ( ref == 0 )
{
ref = UuidHash.Add( key );
Size = UuidList.High + 1;
if ( ref > Size )
{
UuidList.Length = 2 * ( Size + 1 );
UuidKeyList.Length = 2 * ( Size + 1 );
}
UuidList[ref - 1] = StringToUuid( UuidVal );
UuidKeyList[ref - 1] = key;
}
else
{
// UuidList[ref - 1] = StringToUuid( UuidVal );
}
*/
}
// any temporary object (not managed by DSS) should have '=' prepended to the Name
TUuid GetDevUuid( UuidChoice which, String Name, int Seq )
{
TUuid result;
String key;
switch ( which )
{
case Bank:
key = "Bank=";
break;
case Wdg:
key = "Wdg=";
break;
case XfCore:
key = "XfCore=";
break;
case XfMesh:
key = "XfMesh=";
break;
case WdgInf:
key = "WdgInf=";
break;
case ScTest:
key = "ScTest=";
break;
case OcTest:
key = "OcTest=";
break;
case BaseV:
key = "BaseV=";
break;
case OpLimV:
key = "OpLimV=";
break;
case OpLimI:
key = "OpLimI=";
break;
case LinePhase:
key = "LinePhase=";
break;
case LoadPhase:
key = "LoadPhase=";
break;
case GenPhase:
key = "GenPhase=";
break;
case SolarPhase:
key = "PVPhase=";
break;
case BatteryPhase:
key = "BattPhase=";
break;
case CapPhase:
key = "CapPhase=";
break;
case XfLoc:
key = "XfLoc=";
break;
case LoadLoc:
key = "LoadLoc=";
break;
case LineLoc:
key = "LineLoc=";
break;
case ReacLoc:
key = "ReacLoc=";
break;
case CapLoc:
key = "CapLoc=";
break;
case Topo:
key = "Topo=";
break;
case SolarLoc:
key = "SolarLoc=";
break;
case BatteryLoc:
key = "BatteryLoc=";
break;
case LoadResp:
key = "LoadResp=";