/
Tearing.mo
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/
Tearing.mo
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/*
* This file is part of OpenModelica.
*
* Copyright (c) 1998-2014, Open Source Modelica Consortium (OSMC),
* c/o Linköpings universitet, Department of Computer and Information Science,
* SE-58183 Linköping, Sweden.
*
* All rights reserved.
*
* THIS PROGRAM IS PROVIDED UNDER THE TERMS OF GPL VERSION 3 LICENSE OR
* THIS OSMC PUBLIC LICENSE (OSMC-PL) VERSION 1.2.
* ANY USE, REPRODUCTION OR DISTRIBUTION OF THIS PROGRAM CONSTITUTES
* RECIPIENT'S ACCEPTANCE OF THE OSMC PUBLIC LICENSE OR THE GPL VERSION 3,
* ACCORDING TO RECIPIENTS CHOICE.
*
* The OpenModelica software and the Open Source Modelica
* Consortium (OSMC) Public License (OSMC-PL) are obtained
* from OSMC, either from the above address,
* from the URLs: http://www.ida.liu.se/projects/OpenModelica or
* http://www.openmodelica.org, and in the OpenModelica distribution.
* GNU version 3 is obtained from: http://www.gnu.org/copyleft/gpl.html.
*
* This program is distributed WITHOUT ANY WARRANTY; without
* even the implied warranty of MERCHANTABILITY or FITNESS
* FOR A PARTICULAR PURPOSE, EXCEPT AS EXPRESSLY SET FORTH
* IN THE BY RECIPIENT SELECTED SUBSIDIARY LICENSE CONDITIONS OF OSMC-PL.
*
* See the full OSMC Public License conditions for more details.
*
*/
encapsulated package Tearing
" file: Tearing.mo
package: Tearing
description: Tearing contains functions used for tear strong connected components.
Implemented Methods are:
- omc tearing developed by TU Dresden: Frenkel,Schubert
- Cellier Tearing"
import BackendDAE;
import DAE;
protected
import Array;
import BackendDAEEXT;
import BackendDAEOptimize;
import BackendDAEUtil;
import BackendDump;
import BackendEquation;
import BackendVariable;
import Config;
import DoubleEndedList;
import DumpGraphML;
import Error;
import ExecStat.execStat;
import Expression;
import ExpressionDump;
import ExpressionSimplify;
import ExpressionSolve;
import Flags;
import Global;
import List;
import Matching;
import MetaModelica.Dangerous;
import Mutable;
import Util;
import Sorting;
// =============================================================================
// section for type definitions
//
//
// =============================================================================
protected constant String BORDER = "****************************************";
protected constant String UNDERLINE = "========================================";
uniontype TearingMethod
record OMC_TEARING end OMC_TEARING;
record CELLIER_TEARING end CELLIER_TEARING;
record TOTAL_TEARING end TOTAL_TEARING;
record USER_DEFINED_TEARING end USER_DEFINED_TEARING;
end TearingMethod;
// =============================================================================
// section for all public functions
//
// main function to divide to the selected tearing method
// =============================================================================
public function tearingSystem "author: Frenkel TUD 2012-05"
input BackendDAE.BackendDAE inDAE;
output BackendDAE.BackendDAE outDAE;
algorithm
outDAE := matchcontinue(inDAE)
local
String methodString;
TearingMethod method;
BackendDAE.BackendDAEType DAEtype;
Integer strongComponentIndex = System.tmpTickIndex(Global.strongComponent_index);
// if noTearing is selected, do nothing.
case(_) equation
methodString = Config.getTearingMethod();
true = stringEqual(methodString, "noTearing");
then inDAE;
// get method function and traverse systems
case(_) equation
methodString = Config.getTearingMethod();
BackendDAE.SHARED(backendDAEType=DAEtype) = inDAE.shared;
false = stringEqual(methodString, "shuffleTearing") and stringEq("simulation",BackendDump.printBackendDAEType2String(DAEtype));
method = getTearingMethod(methodString);
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n\n\n\n" + UNDERLINE + UNDERLINE + "\nCalling Tearing for ");
BackendDump.printBackendDAEType(DAEtype);
print("!\n" + UNDERLINE + UNDERLINE + "\n");
end if;
(outDAE, (_,strongComponentIndex)) = BackendDAEUtil.mapEqSystemAndFold(inDAE, tearingSystemWork, (method, strongComponentIndex));
System.tmpTickSetIndex(strongComponentIndex, Global.strongComponent_index);
then outDAE;
else equation
Error.addInternalError("./Compiler/BackEnd/Tearing.mo: function tearingSystem failed", sourceInfo());
then fail();
end matchcontinue;
end tearingSystem;
// =============================================================================
// protected
//
//
// =============================================================================
protected function getTearingMethod
input String inTearingMethod;
output TearingMethod outTearingMethod;
algorithm
outTearingMethod := match(inTearingMethod)
case ("omcTearing") then OMC_TEARING();
case ("cellier") then CELLIER_TEARING();
else equation
Error.addInternalError("./Compiler/BackEnd/Tearing.mo: function getTearingMethod failed", sourceInfo());
then fail();
end match;
end getTearingMethod;
protected function callTearingMethod
input TearingMethod inTearingMethod;
input BackendDAE.EqSystem isyst;
input BackendDAE.Shared ishared;
input list<Integer> eindex;
input list<Integer> vindx;
input Option<list<tuple<Integer, Integer, BackendDAE.Equation>>> ojac;
input BackendDAE.JacobianType jacType;
input Boolean mixedSystem;
input Integer strongComponentIndex;
output BackendDAE.StrongComponent ocomp;
output Boolean outRunMatching;
protected
protected constant Boolean debug = false;
list<Integer> userTVars, userResiduals;
TearingMethod tearingMethod = inTearingMethod;
algorithm
// Check for total tearing for this component
if listMember(strongComponentIndex, Flags.getConfigIntList(Flags.TOTAL_TEARING)) then
tearingMethod := TOTAL_TEARING();
else
// Get users tearing sets if existing
userTVars := Flags.getConfigIntList(Flags.SET_TEARING_VARS);
userResiduals := Flags.getConfigIntList(Flags.SET_RESIDUAL_EQNS);
(userTVars, userResiduals) := getUserTearingSet(userTVars, userResiduals, strongComponentIndex);
// Check for user defined tearing for this component
if not listEmpty(userTVars) and not listEmpty(userResiduals) then
tearingMethod := USER_DEFINED_TEARING();
end if;
end if;
// Call the appropriate tearing method
(ocomp, outRunMatching) := match tearingMethod
case OMC_TEARING()
algorithm
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nTearing type: heuristic\n");
print("Tearing strictness: " + Flags.getConfigString(Flags.TEARING_STRICTNESS) + "\n");
end if;
(ocomp,outRunMatching) := omcTearing(isyst, ishared, eindex, vindx, ojac, jacType, mixedSystem);
if debug then execStat("Tearing.omcTearing"); end if;
then (ocomp,outRunMatching);
case CELLIER_TEARING()
algorithm
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nTearing type: heuristic\n");
print("Tearing strictness: " + Flags.getConfigString(Flags.TEARING_STRICTNESS) + "\n");
end if;
(ocomp,outRunMatching) := CellierTearing(isyst, ishared, eindex, vindx, userTVars, ojac, jacType, mixedSystem, strongComponentIndex);
if debug then execStat("Tearing.CellierTearing"); end if;
then (ocomp,outRunMatching);
case TOTAL_TEARING()
algorithm
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nTearing type: total\n");
print("Tearing strictness: " + Flags.getConfigString(Flags.TEARING_STRICTNESS) + "\n");
end if;
(ocomp,outRunMatching) := totalTearing(isyst, ishared, eindex, vindx, ojac, jacType, mixedSystem);
if debug then execStat("Tearing.totalTearing"); end if;
then (ocomp,outRunMatching);
case USER_DEFINED_TEARING()
algorithm
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nTearing type: user defined\n");
print("Tearing strictness: " + Flags.getConfigString(Flags.TEARING_STRICTNESS) + "\n");
end if;
(ocomp,outRunMatching) := userDefinedTearing(isyst, ishared, eindex, vindx, ojac, jacType, mixedSystem, userTVars, userResiduals);
if debug then execStat("Tearing.userDefinedTearing"); end if;
then (ocomp,outRunMatching);
end match;
end callTearingMethod;
protected function tearingSystemWork "author: Frenkel TUD 2012-05"
input BackendDAE.EqSystem isyst;
input BackendDAE.Shared inShared;
input tuple<TearingMethod,Integer> inTearingMethodAndIndex;
output BackendDAE.EqSystem osyst;
output BackendDAE.Shared outShared = inShared "unused";
output tuple<TearingMethod,Integer> outTearingMethodAndIndex;
protected
TearingMethod inTearingMethod = Util.tuple21(inTearingMethodAndIndex);
Integer strongComponentIndex = Util.tuple22(inTearingMethodAndIndex);
BackendDAE.StrongComponents comps;
Boolean b;
array<Integer> ass1, ass2;
algorithm
BackendDAE.EQSYSTEM(matching=BackendDAE.MATCHING(ass1=ass1, ass2=ass2, comps=comps)):=isyst;
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n" + BORDER + "\nBEGINNING of traverseComponents\n\n");
end if;
(comps, b, strongComponentIndex) := traverseComponents(comps, isyst, inShared, inTearingMethod, strongComponentIndex);
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nEND of traverseComponents\n" + BORDER + "\n\n");
end if;
osyst := if b then BackendDAEUtil.setEqSystMatching(isyst, BackendDAE.MATCHING(ass1, ass2, comps)) else isyst;
outTearingMethodAndIndex := (inTearingMethod,strongComponentIndex);
end tearingSystemWork;
protected function traverseComponents "author: Frenkel TUD 2012-05"
input BackendDAE.StrongComponents inComps;
input BackendDAE.EqSystem isyst;
input BackendDAE.Shared ishared;
input TearingMethod inMethod;
input Integer strongComponentIndexIn;
output BackendDAE.StrongComponents oComps;
output Boolean outRunMatching = false;
output Integer strongComponentIndexOut=strongComponentIndexIn;
algorithm
oComps := list(match co
local
BackendDAE.StrongComponent comp;
Boolean b;
case comp
equation
(comp, b, strongComponentIndexOut) = traverseComponents1(comp, isyst, ishared, inMethod, strongComponentIndexOut);
outRunMatching = outRunMatching or b;
then comp;
end match for co in inComps);
end traverseComponents;
protected function traverseComponents1 "author: Frenkel TUD 2012-05"
input BackendDAE.StrongComponent inComp;
input BackendDAE.EqSystem isyst;
input BackendDAE.Shared ishared;
input TearingMethod inMethod;
input Integer strongComponentIndexIn;
output BackendDAE.StrongComponent oComp;
output Boolean outRunMatching;
output Integer strongComponentIndexOut=strongComponentIndexIn;
protected
constant Boolean debug = false;
Boolean debugFlag = Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE);
algorithm
strongComponentIndexOut := match(inComp)
case(BackendDAE.EQUATIONSYSTEM(jac=BackendDAE.FULL_JACOBIAN())) equation
if debugFlag then
print("Handle strong component with index: " + intString(strongComponentIndexOut+1) + "\nTo disable tearing of this component use '--noTearingForComponent=" + intString(strongComponentIndexOut+1) + "'.\n");
end if;
then (strongComponentIndexOut + 1);
else strongComponentIndexOut;
end match;
(oComp, outRunMatching) := matchcontinue (inComp, isyst, ishared, inMethod)
local
Integer maxSize;
list<Integer> eindex, vindx;
Boolean b, b1;
BackendDAE.StrongComponents comps, acc;
BackendDAE.StrongComponent comp, comp1;
Option<list<tuple<Integer, Integer, BackendDAE.Equation>>> ojac;
BackendDAE.JacobianType jacType;
Boolean mixedSystem;
case ((BackendDAE.EQUATIONSYSTEM(eqns=eindex, vars=vindx, jac=BackendDAE.FULL_JACOBIAN(ojac), jacType=jacType, mixedSystem=mixedSystem)), _, _, _) equation
true = getLinearfromJacType(jacType);
maxSize = Flags.getConfigInt(Flags.MAX_SIZE_LINEAR_TEARING);
if intGt(listLength(vindx),maxSize) then
if debugFlag then
Error.addMessage(Error.MAX_TEARING_SIZE, {intString(strongComponentIndexOut), intString(listLength(vindx)),"linear",intString(maxSize)});
end if;
fail();
end if;
if listMember(strongComponentIndexOut,Flags.getConfigIntList(Flags.NO_TEARING_FOR_COMPONENT)) then
if debugFlag then
print("\nTearing deactivated by user.\n");
end if;
Error.addMessage(Error.NO_TEARING_FOR_COMPONENT, {intString(strongComponentIndexOut)});
fail();
end if;
if debugFlag then
print("\nTearing of LINEAR component\nUse Flag '-d=tearingdumpV' and '-d=iterationVars' for more details\n\n");
end if;
// TODO: Remove when cpp runtime ready for doLinearTearing
//false = stringEqual(Config.simCodeTarget(), "Cpp");
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("Jacobian:\n" + BackendDump.dumpJacobianStr(ojac) + "\n\n");
end if;
if debug then execStat("Tearing.traverseComponents1 linear start"); end if;
(comp1, true) = callTearingMethod(inMethod, isyst, ishared, eindex, vindx, ojac, jacType, mixedSystem, strongComponentIndexOut);
then (comp1, true);
// tearing of non-linear systems
case ((BackendDAE.EQUATIONSYSTEM(eqns=eindex, vars=vindx, jac=BackendDAE.FULL_JACOBIAN(ojac), jacType=jacType, mixedSystem=mixedSystem)), _, _, _) equation
false = getLinearfromJacType(jacType);
maxSize = Flags.getConfigInt(Flags.MAX_SIZE_NONLINEAR_TEARING);
if intGt(listLength(vindx),maxSize) then
if debugFlag then
Error.addMessage(Error.MAX_TEARING_SIZE, {intString(strongComponentIndexOut), intString(listLength(vindx)),"nonlinear",intString(maxSize)});
end if;
fail();
end if;
if listMember(strongComponentIndexOut,Flags.getConfigIntList(Flags.NO_TEARING_FOR_COMPONENT)) then
if debugFlag then
print("\nTearing deactivated by user.\n");
end if;
Error.addMessage(Error.NO_TEARING_FOR_COMPONENT, {intString(strongComponentIndexOut)});
fail();
end if;
if debugFlag then
print("\nTearing of NONLINEAR component\nUse Flag '-d=tearingdumpV' and '-d=iterationVars' for more details\n\n");
end if;
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("Jacobian:\n" + BackendDump.dumpJacobianStr(ojac) + "\n\n");
end if;
if debug then execStat("Tearing.traverseComponents1 NLS start"); end if;
(comp1, true) = callTearingMethod(inMethod, isyst, ishared, eindex, vindx, ojac, jacType, mixedSystem, strongComponentIndexOut);
then (comp1, true);
// no component for tearing
else (inComp, false);
end matchcontinue;
end traverseComponents1;
protected function getUserTearingSet
input list<Integer> userTVars;
input list<Integer> userResiduals;
input Integer strongComponentIndex;
output list<Integer> userTvarsThisComponent={};
output list<Integer> userResidualsThisComponent={};
protected
Integer i=1, start, end_;
algorithm
while i < listLength(userTVars) loop
if intEq(listGet(userTVars,i),strongComponentIndex) then
start := i+2;
end_ := i + 1 + listGet(userTVars, i+1);
userTvarsThisComponent := List.unique(selectFromList_rev(userTVars, List.intRange2(start, end_)));
if not intEq(listLength(userTvarsThisComponent), listGet(userTVars, i+1)) then
Error.addMessage(Error.USER_DEFINED_TEARING_ERROR, {"The selected tearing variables must have unique indexes."});
fail();
end if;
break;
else
i := i + 2 + listGet(userTVars, i+1);
end if;
end while;
if not listEmpty(userTvarsThisComponent) then
i := 1;
while i < listLength(userResiduals) loop
if intEq(listGet(userResiduals,i),strongComponentIndex) then
start := i+2;
end_ := i + 1 + listGet(userResiduals, i+1);
userResidualsThisComponent := List.unique(selectFromList_rev(userResiduals, List.intRange2(start, end_)));
if not intEq(listLength(userResidualsThisComponent), listGet(userResiduals, i+1)) then
Error.addMessage(Error.USER_DEFINED_TEARING_ERROR, {"The selected residual equations must have unique indexes."});
fail();
end if;
break;
else
i := i + 2 + listGet(userResiduals, i+1);
end if;
end while;
end if;
end getUserTearingSet;
// =============================================================================
//
// method: omc tearing
//
// =============================================================================
protected function omcTearing " author: Frenkel TUD 2012-05"
input BackendDAE.EqSystem isyst;
input BackendDAE.Shared ishared;
input list<Integer> eindex;
input list<Integer> vindx;
input Option<list<tuple<Integer, Integer, BackendDAE.Equation>>> ojac;
input BackendDAE.JacobianType jacType;
input Boolean mixedSystem;
output BackendDAE.StrongComponent ocomp;
output Boolean outRunMatching;
protected
list<Integer> tvars,residual,unsolvables;
list<list<Integer>> othercomps;
BackendDAE.EqSystem syst,subsyst;
BackendDAE.Shared shared;
array<Integer> ass1,ass2,ass22,columark;
Integer size,tornsize,mark;
list<BackendDAE.Equation> eqn_lst;
list<BackendDAE.Var> var_lst;
BackendDAE.Variables vars;
BackendDAE.EquationArray eqns;
BackendDAE.IncidenceMatrix m,m1;
BackendDAE.IncidenceMatrix mt,mt1,mt11;
BackendDAE.AdjacencyMatrixEnhanced me;
BackendDAE.AdjacencyMatrixTEnhanced meT;
array<list<Integer>> mapEqnIncRow;
array<Integer> mapIncRowEqn;
DAE.FunctionTree funcs;
list<Integer> asslst1, asslst2;
list<Integer> tSel_always, tSel_prefer, tSel_avoid, tSel_never;
String DAEtypeStr;
algorithm
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n" + BORDER + "\nBEGINNING of omcTearing\n\n");
end if;
DAEtypeStr := BackendDump.printBackendDAEType2String(ishared.backendDAEType);
// generate Subsystem to get the incidence matrix
size := listLength(vindx);
eqn_lst := BackendEquation.getList(eindex,BackendEquation.getEqnsFromEqSystem(isyst));
eqns := BackendEquation.listEquation(eqn_lst);
var_lst := List.map1r(vindx, BackendVariable.getVarAt, BackendVariable.daeVars(isyst));
vars := BackendVariable.listVar1(var_lst);
subsyst := BackendDAEUtil.createEqSystem(vars, eqns);
funcs := BackendDAEUtil.getFunctions(ishared);
(subsyst,m,mt,_,_) := BackendDAEUtil.getIncidenceMatrixScalar(subsyst, BackendDAE.NORMAL(), SOME(funcs));
// DumpGraphML.dumpSystem(subsyst,ishared,NONE(),"System" + intString(size) + ".graphml");
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n\n###BEGIN print Strong Component#####################\n(Function:omcTearing)\n");
BackendDump.printEqSystem(subsyst);
print("\n###END print Strong Component#######################\n(Function:omcTearing)\n\n\n");
end if;
(me,meT,mapEqnIncRow,mapIncRowEqn) := BackendDAEUtil.getAdjacencyMatrixEnhancedScalar(subsyst,ishared,false);
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n\nAdjacencyMatrixEnhanced:\n");
BackendDump.dumpAdjacencyMatrixEnhanced(me);
print("\nAdjacencyMatrixTransposedEnhanced:\n");
BackendDump.dumpAdjacencyMatrixTEnhanced(meT);
print("\nmapEqnIncRow:"); //+ stringDelimitList(List.map(List.flatten(arrayList(mapEqnIncRow)),intString),",") + "\n\n");
BackendDump.dumpIncidenceMatrix(mapEqnIncRow);
print("\nmapIncRowEqn:\n" + stringDelimitList(List.map(arrayList(mapIncRowEqn),intString),",") + "\n\n");
end if;
ass1 := arrayCreate(size,-1);
ass2 := arrayCreate(size,-1);
// get all unsolvable variables
unsolvables := getUnsolvableVars(size,meT);
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n\nUnsolvable Vars:\n");
BackendDump.debuglst(unsolvables,intString,", ","\n");
end if;
columark := arrayCreate(size,-1);
// Collect variables with annotation attribute 'tearingSelect=always', 'tearingSelect=prefer', 'tearingSelect=avoid' and 'tearingSelect=never'
(tSel_always,tSel_prefer,tSel_avoid,tSel_never) := tearingSelect(var_lst, {}, DAEtypeStr);
// determine tvars and do cheap matching until a maximum matching is there
// if cheap matching stucks select additional tearing variable and continue
// (mark+1 for every call of omcTearing3)
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n" + BORDER + "\nBEGINNING of omcTearing2\n\n");
end if;
(tvars,mark) := omcTearing2(unsolvables,tSel_always,tSel_prefer,tSel_avoid,tSel_never,me,meT,mapEqnIncRow,mapIncRowEqn,size,vars,ishared,ass1,ass2,columark,1,{});
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nEND of omcTearing2\n" + BORDER + "\n\n");
end if;
// unassign tvars
ass1 := List.fold(tvars,unassignTVars,ass1);
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n" + BORDER + "\n* BFS RESULTS:\n* ass1: "+ stringDelimitList(List.map(arrayList(ass1),intString),",") +"\n");
print("* ass2: "+ stringDelimitList(List.map(arrayList(ass2),intString),",") + "\n" + BORDER +"\n\n");
end if;
// unmatched equations are residual equations
residual := Matching.getUnassigned(size,ass2,{});
// subsyst := BackendDAEUtil.setEqSystMatching(subsyst,BackendDAE.MATCHING(ass1,ass2,{}));
// DumpGraphML.dumpSystem(subsyst,ishared,NONE(),"TornSystem" + intString(size) + ".graphml");
// check if tearing makes sense
tornsize := listLength(tvars);
true := intLt(tornsize, size);
// create incidence matrices w/o tvar and residual
m1 := arrayCreate(size,{});
mt1 := arrayCreate(size,{});
m1 := getOtherEqSysIncidenceMatrix(m,size,1,ass2,ass1,m1);
mt1 := getOtherEqSysIncidenceMatrix(mt,size,1,ass1,ass2,mt1);
// run tarjan to get order of other equations
othercomps := Sorting.TarjanTransposed(mt1, ass2);
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nOtherEquationsOrder:\n");
BackendDump.dumpComponentsOLD(othercomps);
print("\n");
end if;
// calculate influence of tearing vars in residual equations
// mt1: row=variable, columns: tvars, that influence the result of the variable
mt1 := arrayCreate(size, {});
mark := getDependenciesOfVars(othercomps, ass1, ass2, m, mt1, columark, mark);
(residual, mark) := sortResidualDepentOnTVars(residual, tvars, ass1, m, mt1, columark, mark);
(ocomp,outRunMatching) := omcTearing4(jacType,isyst,ishared,subsyst,tvars,residual,ass1,ass2,othercomps,eindex,vindx,mapEqnIncRow,mapIncRowEqn,columark,mark,mixedSystem);
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print(if outRunMatching then "\nStatus:\nOk system torn\n\n" else "\nStatus:\nSystem not torn\n\n");
print("\n" + BORDER + "\n* TEARING RESULTS:\n*\n* No of equations in strong component: "+intString(size)+"\n");
print("* No of tVars: "+intString(tornsize)+"\n");
print("*\n* tVars: "+ stringDelimitList(List.map(tvars,intString),",") + "\n");
print("*\n* resEq: "+ stringDelimitList(List.map(residual,intString),",") + "\n*\n*");
BackendDAE.TORNSYSTEM(BackendDAE.TEARINGSET(tearingvars=tvars,residualequations=residual)) := ocomp;
print("\n* Related to entire Equationsystem:\n* =====\n* tVars: "+ stringDelimitList(List.map(tvars,intString),",") + "\n* =====\n");
print("*\n* =====\n* resEq: "+ stringDelimitList(List.map(residual,intString),",") + "\n* =====\n" + BORDER + "\n");
end if;
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n\nStrongComponents:\n");
BackendDump.dumpComponent(ocomp);
print("\n\nEND of omcTearing\n" + BORDER + "\n\n");
end if;
end omcTearing;
protected function getUnsolvableVars
" author: Frenkel TUD 2012-08"
input Integer size;
input BackendDAE.AdjacencyMatrixTEnhanced meT;
output list<Integer> unsolvables = {};
protected
Boolean isUnsolvable;
algorithm
for index in 1:size loop
isUnsolvable := unsolvable(meT[index]);
if isUnsolvable then
unsolvables := index::unsolvables;
end if;
end for;
end getUnsolvableVars;
public function unsolvable
" author: Frenkel TUD 2012-08"
input BackendDAE.AdjacencyMatrixElementEnhanced elem;
output Boolean isUnsolvable = true;
protected
Integer e;
BackendDAE.Solvability s;
algorithm
for el in elem loop
(e,s,_) := el;
if solvable(s) then
if e > 0 then
isUnsolvable := false;
return;
end if;
end if;
end for;
end unsolvable;
protected function unassignTVars " author: Frenkel TUD 2012-05"
input Integer v;
input array<Integer> inAss;
output array<Integer> outAss;
algorithm
outAss := arrayUpdate(inAss,v,-1);
end unassignTVars;
protected function isAssigned " author: Frenkel TUD 2012-05"
input array<Integer> ass;
input Integer i;
output Boolean b;
algorithm
b := intGt(ass[i],0);
end isAssigned;
protected function getOtherEqSysIncidenceMatrix " function to remove tvar and res from incidence matrix
author: Frenkel TUD 2012-05"
input BackendDAE.IncidenceMatrix m;
input Integer size;
input Integer index;
input array<Integer> skip;
input array<Integer> rowskip;
input BackendDAE.IncidenceMatrix mnew;
output BackendDAE.IncidenceMatrix outMNew;
algorithm
outMNew := matchcontinue(m,size,index,skip,rowskip,mnew)
local
list<Integer> row;
case (_,_,_,_,_,_)
equation
true = intGt(index,size);
then
mnew;
case (_,_,_,_,_,_)
equation
true = intGt(skip[index],0);
row = List.select(m[index], Util.intPositive);
row = List.select1r(row,isAssigned,rowskip);
arrayUpdate(mnew,index,row);
then
getOtherEqSysIncidenceMatrix(m,size,index+1,skip,rowskip,mnew);
case (_,_,_,_,_,_)
equation
arrayUpdate(mnew,index,{});
then
getOtherEqSysIncidenceMatrix(m,size,index+1,skip,rowskip,mnew);
end matchcontinue;
end getOtherEqSysIncidenceMatrix;
protected function getDependenciesOfVars " function to determine which variables are influenced by the tvars"
input list<list<Integer>> iComps;
input array<Integer> ass1;
input array<Integer> ass2;
input BackendDAE.IncidenceMatrix m;
input array<list<Integer>> mT;
input array<Integer> visited;
input Integer iMark;
output Integer oMark;
algorithm
oMark := match(iComps, ass1, ass2, m, mT, visited, iMark)
local
Integer c, v;
list<Integer> comp, tvars, vars;
list<list<Integer>> comps;
case ({}, _, _, _, _, _, _)
then iMark;
case ({c}::comps, _, _, _, _, _, _) equation
// get var of eqn
v = ass2[c];
// get TVars of Eqn
vars = List.select(m[c], Util.intPositive);
tvars = tVarsofEqn(vars, ass1, mT, visited, iMark, {});
// update map
arrayUpdate(mT, v, tvars);
then getDependenciesOfVars(comps, ass1, ass2, m, mT, visited, iMark+1);
case (comp::comps, _, _, _, _, _, _) equation
// get var of eqns
vars = List.map1r(comp,arrayGet,ass2);
// get TVars of Eqns
tvars = tVarsofEqns(comp, m, ass1, mT, visited, iMark);
// update map
_ = List.fold1r(vars, arrayUpdate, tvars, mT);
then getDependenciesOfVars(comps, ass1, ass2, m, mT, visited, iMark+1);
end match;
end getDependenciesOfVars;
protected function tVarsofEqns "determines tvars that influence this equations"
input list<Integer> iEqns;
input BackendDAE.IncidenceMatrix m;
input array<Integer> ass1;
input array<list<Integer>> mT;
input array<Integer> visited;
input Integer iMark;
output list<Integer> oAcc = {};
protected
list<Integer> vars;
algorithm
for e in iEqns loop
vars := List.select(m[e], Util.intPositive);
oAcc := tVarsofEqn(vars, ass1, mT, visited, iMark, oAcc);
end for;
end tVarsofEqns;
protected function tVarsofEqn "determines tvars that influence this equation"
input list<Integer> iVars;
input array<Integer> ass1;
input array<list<Integer>> mT;
input array<Integer> visited;
input Integer iMark;
input list<Integer> iAcc;
output list<Integer> oAcc = iAcc;
algorithm
for v in iVars loop
if intLt(ass1[v],0) then
oAcc := uniqueIntLst(v,iMark,visited,oAcc);
else
oAcc := List.fold2(mT[v],uniqueIntLst,iMark,visited,oAcc);
end if;
end for;
end tVarsofEqn;
protected function uniqueIntLst
input Integer c;
input Integer mark;
input array<Integer> markarray;
input list<Integer> iAcc;
output list<Integer> oAcc = iAcc;
algorithm
if not intEq(mark,markarray[c]) then
arrayUpdate(markarray,c,mark);
oAcc := c::oAcc;
end if;
end uniqueIntLst;
protected function sortResidualDepentOnTVars
input list<Integer> iResiduals;
input list<Integer> iTVars;
input array<Integer> ass1;
input BackendDAE.IncidenceMatrix m;
input array<list<Integer>> mT;
input array<Integer> visited;
input Integer iMark;
output list<Integer> oResiduals;
output Integer oMark;
protected
Integer size;
list<list<Integer>> maplst;
array<list<Integer>> map;
array<Integer> eqnLocalGlobal,varGlobalLocal,v1,v2;
algorithm
// eqn - local - Global indices
eqnLocalGlobal := listArray(iResiduals);
// var - global local indices
varGlobalLocal := arrayCreate(arrayLength(m),-1);
varGlobalLocal := getGlobalLocal(iTVars,1,varGlobalLocal);
// generate list of map[residual]=tvars
// change indices in map to local
(oMark,maplst) := tVarsofResidualEqns(iResiduals,m,ass1,mT,varGlobalLocal,visited,iMark);
map := listArray(maplst);
// get for each residual a tvar
size := arrayLength(map);
Matching.matchingExternalsetIncidenceMatrix(size,size,map);
BackendDAEEXT.matching(size,size,5,-1,1.0,1);
v1 := arrayCreate(size,-1);
v2 := arrayCreate(size,-1);
BackendDAEEXT.getAssignment(v2,v1);
// BackendDump.dumpIncidenceMatrix(map);
// BackendDump.dumpMatching(v1);
// BackendDump.dumpMatching(v2);
// sort residuals depent on matching to tvars
oResiduals := getTVarResiduals(size,v1,eqnLocalGlobal,{});
//print("iResiduals " + stringDelimitList(List.map(iResiduals,intString),",") + "\n");
//print("oResiduals " + stringDelimitList(List.map(oResiduals,intString),",") + "\n");
end sortResidualDepentOnTVars;
protected function getGlobalLocal
input list<Integer> iTVars;
input Integer index;
input array<Integer> iVarGlobalLocal;
output array<Integer> oVarGlobalLocal = iVarGlobalLocal;
protected
Integer idx = index;
algorithm
for i in iTVars loop
arrayUpdate(oVarGlobalLocal,i,idx);
idx := idx + 1;
end for;
end getGlobalLocal;
protected function tVarsofResidualEqns
input list<Integer> iEqns;
input BackendDAE.IncidenceMatrix m;
input array<Integer> ass1;
input array<list<Integer>> mT;
input array<Integer> varGlobalLocal;
input array<Integer> visited;
input Integer iMark;
output Integer oMark = iMark;
output list<list<Integer>> oAcc;
algorithm
oAcc := list(
match eq
local
Integer e;
list<Integer> eqns,vars,tvars;
case e
equation
vars = List.select(m[e], Util.intPositive);
tvars = tVarsofEqn(vars,ass1,mT,visited,oMark,{});
// change indices to local
tvars = List.map1r(tvars,arrayGet,varGlobalLocal);
oMark = oMark + 1;
then tvars;
end match for eq in iEqns);
end tVarsofResidualEqns;
protected function getTVarResiduals
input Integer index;
input array<Integer> v1;
input array<Integer> eqnLocalGlobal;
input list<Integer> iAcc;
output list<Integer> oAcc;
algorithm
oAcc := match(index,v1,eqnLocalGlobal,iAcc)
local
Integer e;
case (0,_,_,_) then iAcc;
case (_,_,_,_)
equation
e = v1[index];
e = eqnLocalGlobal[e];
then
getTVarResiduals(index-1,v1,eqnLocalGlobal,e::iAcc);
end match;
end getTVarResiduals;
protected function omcTearing2 " function to determine tvars and do cheap matching
author: Frenkel TUD 2012-05"
input list<Integer> unsolvables;
input list<Integer> tSel_always;
input list<Integer> tSel_prefer;
input list<Integer> tSel_avoid;
input list<Integer> tSel_never;
input BackendDAE.AdjacencyMatrixEnhanced m;
input BackendDAE.AdjacencyMatrixTEnhanced mt;
input array<list<Integer>> mapEqnIncRow;
input array<Integer> mapIncRowEqn;
input Integer size;
input BackendDAE.Variables vars;
input BackendDAE.Shared ishared;
input array<Integer> ass1;
input array<Integer> ass2;
input array<Integer> columark;
input Integer mark;
input list<Integer> inTVars;
output list<Integer> outTVars;
output Integer oMark;
algorithm
(outTVars,oMark) := matchcontinue(unsolvables,tSel_always)
local
Integer tvar;
list<Integer> unassigned,rest,ass1List, unsolv;
BackendDAE.AdjacencyMatrixElementEnhanced vareqns;
// if there are no unsolvables choose tvar by heuristic
case ({},{})
equation
// select tearing var
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\n" + BORDER + "\nBEGINNING of omcTearingSelectTearingVar\n\n\n");
end if;
tvar = omcTearingSelectTearingVar(vars,ass1,ass2,m,mt,tSel_prefer,tSel_avoid,tSel_never);
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nEND of omcTearingSelectTearingVar\n" + BORDER + "\n\n");
end if;
// mark tearing var
arrayUpdate(ass1,tvar,size*2);
// equations not yet assigned containing the tvar
vareqns = List.removeOnTrue(ass2, isAssignedSaveEnhanced, mt[tvar]);
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("Assignable equations containing new tvar:\n");
BackendDump.dumpAdjacencyRowEnhanced(vareqns);
print("\n");
end if;
// cheap matching
tearingBFS(vareqns,m,mt,mapEqnIncRow,mapIncRowEqn,size,ass1,ass2,{});
// check for unassigned vars, if there some rerun
unassigned = Matching.getUnassigned(size,ass1,{});
(outTVars,oMark) = omcTearing3(unassigned,{},tSel_always,tSel_prefer,tSel_avoid,tSel_never,m,mt,mapEqnIncRow,mapIncRowEqn,size,vars,ishared,ass1,ass2,columark,mark+1,tvar::inTVars);
then
(outTVars,oMark);
// if there are unsolvables choose unsolvables as tvars
case (tvar::rest,{})
equation
if listMember(tvar,tSel_never) then
Error.addCompilerWarning("There are tearing variables with annotation attribute 'tearingSelect = never'. Use -d=tearingdump and -d=tearingdumpV for more information.");
end if;
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nForced selection of Tearing Variable:\n" + UNDERLINE + "\n");
print("tVar: " + intString(tvar) + " (unsolvable in omcTearing2)\n\n\n");
end if;
// mark tearing var
arrayUpdate(ass1,tvar,size*2);
// equations not yet assigned containing the tvar
vareqns = List.removeOnTrue(ass2, isAssignedSaveEnhanced, mt[tvar]);
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("Assignable equations containing new tvar:\n");
BackendDump.dumpAdjacencyRowEnhanced(vareqns);
print("\n");
end if;
// cheap matching
tearingBFS(vareqns,m,mt,mapEqnIncRow,mapIncRowEqn,size,ass1,ass2,{});
// check for unassigned vars, if there some rerun
unassigned = Matching.getUnassigned(size,ass1,{});
(outTVars,oMark) = omcTearing3(unassigned,rest,tSel_always,tSel_prefer,tSel_avoid,tSel_never,m,mt,mapEqnIncRow,mapIncRowEqn,size,vars,ishared,ass1,ass2,columark,mark+1,tvar::inTVars);
then
(outTVars,oMark);
case (_,_)
equation
if Flags.isSet(Flags.TEARING_DUMP) or Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("\nForced selection of Tearing Variables:\n" + UNDERLINE + "\n");
print("Variables with annotation attribute 'always' as tVars: " + stringDelimitList(List.map(tSel_always,intString),",")+"\n");
end if;
// mark tearing var
markTVarsOrResiduals(tSel_always, ass1);
(_,unsolv,_) = List.intersection1OnTrue(unsolvables,tSel_always,intEq);
// equations not yet assigned containing the tvars
vareqns = findVareqns(ass2,isAssignedSaveEnhanced,mt,tSel_always);
if Flags.isSet(Flags.TEARING_DUMPVERBOSE) then
print("Assignable equations containing new tvars:\n");
BackendDump.dumpAdjacencyRowEnhanced(vareqns);
print("\n");
end if;
// cheap matching
tearingBFS(vareqns,m,mt,mapEqnIncRow,mapIncRowEqn,size,ass1,ass2,{});
// check for unassigned vars, if there some rerun
unassigned = Matching.getUnassigned(size,ass1,{});
(outTVars,oMark) = omcTearing3(unassigned,unsolv,{},tSel_prefer,tSel_avoid,tSel_never,m,mt,mapEqnIncRow,mapIncRowEqn,size,vars,ishared,ass1,ass2,columark,mark+1,listAppend(tSel_always,inTVars));
then
(outTVars,oMark);
else
equation
print("Tearing.omcTearing2 failed!");
then
fail();
end matchcontinue;
end omcTearing2;
protected function findVareqns
"Function returns equations not yet assigned containing the currently handled tvars.
author: ptaeuber FHB 2014-05"
input array<Integer> ass2In;
input CompFunc inCompFunc;
input BackendDAE.AdjacencyMatrixTEnhanced mt;
input list<Integer> tSel_alwaysIn;
output list<tuple<Integer,BackendDAE.Solvability,BackendDAE.Constraints>> vareqnsOut = {};
partial function CompFunc
input array<Integer> inValue;
input tuple<Integer,BackendDAE.Solvability,BackendDAE.Constraints> inElement;
output Boolean outIsEqual;
end CompFunc;
algorithm
for tvar in tSel_alwaysIn loop
vareqnsOut := List.append_reverse(List.removeOnTrue(ass2In,inCompFunc,mt[tvar]), vareqnsOut);
end for;
vareqnsOut := List.unique(vareqnsOut);
end findVareqns;
protected function omcTearingSelectTearingVar " author: Frenkel TUD 2012-05"
input BackendDAE.Variables vars;
input array<Integer> ass1;
input array<Integer> ass2;
input BackendDAE.AdjacencyMatrixEnhanced m;
input BackendDAE.AdjacencyMatrixTEnhanced mt;
input list<Integer> tSel_prefer;
input list<Integer> tSel_avoid;
input list<Integer> tSel_never;
output Integer tearingVar;
algorithm
tearingVar := matchcontinue(vars,ass1,ass2,m,mt,tSel_prefer,tSel_avoid,tSel_never)
local
list<Integer> freeVars,eqns,unsolvables,pointsLst;
Integer tvar;
Integer size,varsize;