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pscopf_write_solution.gms
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$title pscopf_write_solution
$ontext
Official competition output format
adding some extra sections for debugging etc.
solveStatus,modelstatus
solvestatus
1 - normal completion
2 - iteration limit
3 - time limit
modelStatus
2 - locally optimal
3 - unbounded
5 - locally infeasible
$offtext
$if not set do_bad_output $set do_bad_output 0
* output type
* 0 = everything
* 1 = just base case real power generation
* 2 = everything else
$if not set outputtype $set outputtype 0
* solution name
* e.g. "solution"
$if not set solutionname $set solutionname solution
$set soltxt %solutionname%%outputtype%.txt
file outputfile%outputtype% /'%soltxt%'/;
*outputfile.nw = 0;
*outputfile.nr = 3;
*outputfile.nd = 6;
put outputfile%outputtype%;
$ifthen %do_bad_output%==1
put '--generation dispatch' /;
put 'bus id,unit id,pg(MW),qg(MVar)' /;
put 'bus_id_err, unit_id_err, 0, 0' /;
put 'bus_id_err, unit_id_err, 0' /;
put 'bus_id_err, unit_id_err, 0, 0, 0' /;
put '--end of generation dispatch' /;
$endif
$ifthen %outputtype%==1
put '--generation dispatch' /;
put 'bus id,unit id,pg(MW),qg(MVar)' /;
loop(kBase(k),
loop((l,j,u)$(ljMap(l,j) and luMap(l,u)),
put j.tl:0 ',' u.tl:0 ',' lkRealPower.l(l,k):0:10 ',' lkReactivePower.l(l,k):0:10 /;
);
);
put '--end of generation dispatch' /;
$endif
$ifthen %outputtype%==2
put '--contingency generator' /;
put
'conID,'
'genID,'
'busID,'
'unitID,'
'q(MW)' /;
loop(k$(not kBase(k)),
loop((l,j,u)$(lkActive(l,k) and ljMap(l,j) and luMap(l,u)),
put
k.tl:0 ','
l.tl:0 ','
j.tl:0 ','
u.tl:0 ','
lkReactivePower.l(l,k):0:10 /;
);
);
put '--end of contingency generator' /;
$endif
$ifthen %outputtype%==2
put '--bus' /;
put 'contingency id,bus id,v(pu),theta(deg)' /;
loop(kBase(k),
loop(j,
put '0,'
j.tl:0 ','
jkVoltageMagnitude.l(j,k):0:10 ','
jkVoltageAngle.l(j,k):0:10 /;
);
);
loop(k$(not kBase(k)),
loop(j,
put k.tl:0 ','
j.tl:0 ','
jkVoltageMagnitude.l(j,k):0:10 ','
jkVoltageAngle.l(j,k):0:10 /;
);
);
put '--end of bus' /;
$endif
$ifthen %outputtype%==2
put '--Delta' /;
put 'contingency id,Delta(MW)' /;
loop(k$(not kBase(k)),
put k.tl:0 ',' kRealPowerShortfall.l(k):0:10 /;
);
put '--end of Delta' /;
$endif
$ifthen %outputtype%==2
put '--line flow' /;
put 'contingency id,line id,origin bus id,destination bus id,circuit id,p_origin(MW),q_origin(MVar),p_destination(MW),q_destination(MVar)' /;
loop(kBase(k),
loop((i,j1,j2,c)$(ijjOriginDestination(i,j1,j2) and icMap(i,c) and ikActive(i,k)),
put '0,' i.tl:0 ',' j1.tl:0 ',' j2.tl:0 ',' c.tl:0 ',' ikRealPowerOrigin.l(i,k):0:10 ',' ikReactivePowerOrigin.l(i,k):0:10 ',' ikRealPowerDestination.l(i,k):0:10 ',' ikReactivePowerDestination.l(i,k):0:10 /;
);
);
loop(k$(not kBase(k)),
loop((i,j1,j2,c)$(ijjOriginDestination(i,j1,j2) and icMap(i,c) and ikActive(i,k)),
put k.tl:0 ',' i.tl:0 ',' j1.tl:0 ',' j2.tl:0 ',' c.tl:0 ',' ikRealPowerOrigin.l(i,k):0:10 ',' ikReactivePowerOrigin.l(i,k):0:10 ',' ikRealPowerDestination.l(i,k):0:10 ',' ikReactivePowerDestination.l(i,k):0:10 /;
);
);
put '--end of line flow' /;
$endif
$ifthen %outputtype%==0
put '--summary' /;
put
'time(s),'
'cost(dol),'
'solveStat,'
'modelStat' /;
put
timeelapsed:0:10 ','
cost.l:0:10 ','
solveStatus:0:0 ','
modelStatus:0:0 /;
put '--end of summary' /;
put '--base generator' /;
put
'genID,'
'busID,'
'unitID,'
'p(MW),'
'q(MW),'
'pViolLo(MW),'
'pViolUp(MW),'
'qViolLo(MW),'
'qViolUp(MW)' /;
loop(kBase(k),
loop((l,j,u)$(lkActive(l,k) and ljMap(l,j) and luMap(l,u)),
put
l.tl:0 ','
j.tl:0 ','
u.tl:0 ','
lkRealPower.l(l,k):0:10 ','
lkReactivePower.l(l,k):0:10 ','
max(0,lRealPowerMin(l)-lkRealPower.l(l,k)):0:10 ','
max(0,lkRealPower.l(l,k)-lRealPowerMax(l)):0:10 ','
max(0,lReactivePowerMin(l)-lkReactivePower.l(l,k)):0:10 ','
max(0,lkReactivePower.l(l,k)-lReactivePowerMax(l)):0:10 /;
);
);
put '--end of base generator' /;
put '--base bus' /;
put
'busID,'
'vMag(pu),'
'vAng(deg),'
'pShunt(MW),'
'qShunt(MW),'
'pShuntDefViol(MW),'
'qShuntDefViol(MW),'
'pBalViol(MW),'
'qBalViol(MW),'
'vMagViolLo(pu),'
'vMagViolUp(pu)' /;
loop(kBase(k),
loop(j,
put
j.tl:0 ','
jkVoltageMagnitude.l(j,k):0:10 ','
jkVoltageAngle.l(j,k):0:10 ','
jkShuntRealPower.l(j,k):0:10 ','
jkShuntReactivePower.l(j,k):0:10 ','
(baseMVA * (jkShuntRealPowerDef.l(j,k) - jkShuntRealPowerDef.lo(j,k))):0:10 ','
(baseMVA * (jkShuntReactivePowerDef.l(j,k) - jkShuntReactivePowerDef.lo(j,k))):0:10 ','
(baseMVA * (jkRealPowerBalance.l(j,k) - jkRealPowerBalance.lo(j,k))):0:10 ','
(baseMVA * (jkReactivePowerBalance.l(j,k) - jkReactivePowerBalance.lo(j,k))):0:10 ','
max(0,jVoltageMagnitudeMin(j)-jkVoltageMagnitude.l(j,k)):0:10 ','
max(0,jkVoltageMagnitude.l(j,k)-jVoltageMagnitudeMax(j)):0:10 /;
);
);
put '--end of base bus' /;
put '--base branch' /;
put
'brID,'
'origBusID,'
'destBusID,'
'circID,'
'pOrig(MW),'
'qOrig(MW),'
'pDest(MW),'
'qDest(MW),'
'sOrigViol(MW),'
'sDestViol(MW),'
'nzPOrigDefViol(MW),'
'nzQOrigDefViol(MW),'
'nzPDestDefViol(MW),'
'nzQDestDefViol(MW),'
'zVMagViol(pu),'
'zVAngViol(deg),'
'zPViol(MW),'
'zQViol(MW)' /;
loop(k$kBase(k),
loop((i,j1,j2,c)$(ikActive(i,k) and ijOrigin(i,j1) and ijDestination(i,j2) and icMap(i,c)),
put
i.tl:0 ','
j1.tl:0 ','
j2.tl:0 ','
c.tl:0 ','
ikRealPowerOrigin.l(i,k):0:10 ','
ikReactivePowerOrigin.l(i,k):0:10 ','
ikRealPowerDestination.l(i,k):0:10 ','
ikReactivePowerDestination.l(i,k):0:10 ','
max(0,sqrt(sqr(ikRealPowerOrigin.l(i,k)) + sqr(ikReactivePowerOrigin.l(i,k)))-iPowerMagnitudeMax(i)):0:10 ','
max(0,sqrt(sqr(ikRealPowerDestination.l(i,k)) + sqr(ikReactivePowerDestination.l(i,k)))-iPowerMagnitudeMax(i)):0:10 ','
(baseMVA * (ijjkRealPowerOriginDef.l(i,j1,j2,k) - ijjkRealPowerOriginDef.lo(i,j1,j2,k))):0:10 ','
(baseMVA * (ijjkReactivePowerOriginDef.l(i,j1,j2,k) - ijjkReactivePowerOriginDef.lo(i,j1,j2,k))):0:10 ','
(baseMVA * (ijjkRealPowerDestinationDef.l(i,j1,j2,k) - ijjkRealPowerDestinationDef.lo(i,j1,j2,k))):0:10 ','
(baseMVA * (ijjkReactivePowerDestinationDef.l(i,j1,j2,k) - ijjkReactivePowerDestinationDef.lo(i,j1,j2,k))):0:10 ','
(ijjkVoltageMagnitudeSeriesImpedanceZeroEq.l(i,j1,j2,k) - ijjkVoltageMagnitudeSeriesImpedanceZeroEq.lo(i,j1,j2,k)):0:10 ','
((180/pi) * (ijjkVoltageAngleSeriesImpedanceZeroEq.l(i,j1,j2,k) - ijjkVoltageAngleSeriesImpedanceZeroEq.lo(i,j1,j2,k))):0:10 ','
(baseMVA * (ikRealPowerSeriesImpedanceZeroEq.l(i,k) - ikRealPowerSeriesImpedanceZeroEq.lo(i,k))):0:10 ','
(baseMVA * (ijjkReactivePowerSeriesImpedanceZeroEq.l(i,j1,j2,k) - ijjkReactivePowerSeriesImpedanceZeroEq.lo(i,j1,j2,k))):0:10 /;
);
);
put '--end of base branch' /;
put '--contingency delta' /;
put
'conID,'
'pRedispatch(MW)' /;
loop(k$(not kBase(k)),
put
k.tl:0 ','
kRealPowerShortfall.l(k):0:10 /;
);
put '--end of contingency delta' /;
put '--contingency generator' /;
put
'conID,'
'genID,'
'busID,'
'unitID,'
'p(MW),'
'q(MW),'
'pDefViol(MW),'
'pViolLo(MW),'
'pViolUp(MW),'
'qViolLo(MW),'
'qViolUp(MW),'
'qSlackLo(MW),'
'qSlackUp(MW)' /;
loop(k$(not kBase(k)),
loop((l,j,u)$(lkActive(l,k) and ljMap(l,j) and luMap(l,u)),
put
k.tl:0 ','
l.tl:0 ','
j.tl:0 ','
u.tl:0 ','
lkRealPower.l(l,k):0:10 ','
lkReactivePower.l(l,k):0:10 ','
(baseMVA * (lkRealPowerRecoveryDef.l(l,k) - lkRealPowerRecoveryDef.lo(l,k))):0:10 ','
max(0,lRealPowerMin(l)-lkRealPower.l(l,k)):0:10 ','
max(0,lkRealPower.l(l,k)-lRealPowerMax(l)):0:10 ','
max(0,lReactivePowerMin(l)-lkReactivePower.l(l,k)):0:10 ','
max(0,lkReactivePower.l(l,k)-lReactivePowerMax(l)):0:10 ','
lkReactivePowerSlackLo(l,k):0:10 ','
lkReactivePowerSlackUp(l,k):0:10 /;
);
);
put '--end of contingency generator' /;
put '--contingency bus' /;
put
'conID,'
'busID,'
'vMag(pu),'
'vAng(deg),'
'pShunt(MW),'
'qShunt(MW),'
'pShuntDefViol(MW),'
'qShuntDefViol(MW),'
'pBalViol(MW),'
'qBalViol(MW),'
'vMagViolLo(pu),'
'vMagViolUp(pu),'
'vMagDevLo(pu),'
'vMagDevUp(pu),'
'vMagDevLoQSlackUpCompViol(pu*MW),'
'vMagDevUpQSlackLoCompViol(pu*MW),' /;
loop(k$(not kBase(k)),
loop(j,
put
k.tl:0 ','
j.tl:0 ','
jkVoltageMagnitude.l(j,k):0:10 ','
jkVoltageAngle.l(j,k):0:10 ','
jkShuntRealPower.l(j,k):0:10 ','
jkShuntReactivePower.l(j,k):0:10 ','
(baseMVA * (jkShuntRealPowerDef.l(j,k) - jkShuntRealPowerDef.lo(j,k))):0:10 ','
(baseMVA * (jkShuntReactivePowerDef.l(j,k) - jkShuntReactivePowerDef.lo(j,k))):0:10 ','
(baseMVA * (jkRealPowerBalance.l(j,k) - jkRealPowerBalance.lo(j,k))):0:10 ','
(baseMVA * (jkReactivePowerBalance.l(j,k) - jkReactivePowerBalance.lo(j,k))):0:10 ','
max(0,jVoltageMagnitudeMin(j)-jkVoltageMagnitude.l(j,k)):0:10 ','
max(0,jkVoltageMagnitude.l(j,k)-jVoltageMagnitudeMax(j)):0:10 ','
jkVoltMagDevLo(j,k):0:10 ','
jkVoltMagDevUp(j,k):0:10 ','
jkVoltMagDevLoReactivePowerGenSlackUpCompViol(j,k):0:10 ','
jkVoltMagDevUpReactivePowerGenSlackLoCompViol(j,k):0:10 /;
);
);
put '--end of contingency bus' /;
put '--contingency branch' /;
put
'conID,'
'brID,'
'origBusID,'
'destBusID,'
'circID,'
'pOrig(MW),'
'qOrig(MW),'
'pDest(MW),'
'qDest(MW),'
'sOrigViol(MW),'
'sDestViol(MW),'
'nzPOrigDefViol(MW),'
'nzQOrigDefViol(MW),'
'nzPDestDefViol(MW),'
'nzQDestDefViol(MW),'
'zVMagViol(pu),'
'zVAngViol(deg),'
'zPViol(MW),'
'zQViol(MW)' /;
loop(k$(not kBase(k)),
loop((i,j1,j2,c)$(ikActive(i,k) and ijOrigin(i,j1) and ijDestination(i,j2) and icMap(i,c)),
put
k.tl:0 ','
i.tl:0 ','
j1.tl:0 ','
j2.tl:0 ','
c.tl:0 ','
ikRealPowerOrigin.l(i,k):0:10 ','
ikReactivePowerOrigin.l(i,k):0:10 ','
ikRealPowerDestination.l(i,k):0:10 ','
ikReactivePowerDestination.l(i,k):0:10 ','
max(0,sqrt(sqr(ikRealPowerOrigin.l(i,k)) + sqr(ikReactivePowerOrigin.l(i,k)))-iPowerMagnitudeMax(i)):0:10 ','
max(0,sqrt(sqr(ikRealPowerDestination.l(i,k)) + sqr(ikReactivePowerDestination.l(i,k)))-iPowerMagnitudeMax(i)):0:10 ','
(baseMVA * (ijjkRealPowerOriginDef.l(i,j1,j2,k) - ijjkRealPowerOriginDef.lo(i,j1,j2,k))):0:10 ','
(baseMVA * (ijjkReactivePowerOriginDef.l(i,j1,j2,k) - ijjkReactivePowerOriginDef.lo(i,j1,j2,k))):0:10 ','
(baseMVA * (ijjkRealPowerDestinationDef.l(i,j1,j2,k) - ijjkRealPowerDestinationDef.lo(i,j1,j2,k))):0:10 ','
(baseMVA * (ijjkReactivePowerDestinationDef.l(i,j1,j2,k) - ijjkReactivePowerDestinationDef.lo(i,j1,j2,k))):0:10 ','
(ijjkVoltageMagnitudeSeriesImpedanceZeroEq.l(i,j1,j2,k) - ijjkVoltageMagnitudeSeriesImpedanceZeroEq.lo(i,j1,j2,k)):0:10 ','
((180/pi) * (ijjkVoltageAngleSeriesImpedanceZeroEq.l(i,j1,j2,k) - ijjkVoltageAngleSeriesImpedanceZeroEq.lo(i,j1,j2,k))):0:10 ','
(baseMVA * (ikRealPowerSeriesImpedanceZeroEq.l(i,k) - ikRealPowerSeriesImpedanceZeroEq.lo(i,k))):0:10 ','
(baseMVA * (ijjkReactivePowerSeriesImpedanceZeroEq.l(i,j1,j2,k) - ijjkReactivePowerSeriesImpedanceZeroEq.lo(i,j1,j2,k))):0:10 /;
);
);
put '--end of contingency branch' /;
$endif
putclose outputfile%outputtype%;