#include "theory/theory.h"
#include "context/context.h"
-#include "theory/model.h"
namespace CVC4 {
namespace theory {
#include "theory/bv/theory_bv.h"
#include "theory/bv/theory_bv_utils.h"
#include "theory/model.h"
+
using namespace std;
using namespace CVC4;
using namespace CVC4::context;
#include "theory/bv/options.h"
#include "theory/bv/theory_bv_rewrite_rules_normalization.h"
#include "theory/model.h"
+
using namespace CVC4;
using namespace CVC4::theory;
using namespace CVC4::theory::bv;
std::set< TypeNode > allTypes;
eqcs_i = eq::EqClassesIterator(&tm->d_equalityEngine);
for ( ; !eqcs_i.isFinished(); ++eqcs_i) {
+
// eqc is the equivalence class representative
Node eqc = (*eqcs_i);
Trace("model-builder") << "Processing EC: " << eqc << endl;
TypeSet::iterator it;
set<TypeNode>::iterator type_it;
+ set<Node>::iterator i, i2;
bool changed, unassignedAssignable, assignOne = false;
+ set<TypeNode> evaluableSet;
// Double-fixed-point loop
// Outer loop handles a special corner case (see code at end of loop for details)
do {
changed = false;
unassignedAssignable = false;
+ evaluableSet.clear();
// Iterate over all types we've seen
for (type_it = allTypes.begin(); type_it != allTypes.end(); ++type_it) {
TypeNode t = *type_it;
TypeNode tb = t.getBaseType();
- set<Node>::iterator i, i2;
-
- // 1. First normalize any non-const representative terms for this type
- set<Node>* repSet = typeRepSet.getSet(tb);
- bool done = repSet == NULL || repSet->empty();
- if (!done) {
- Trace("model-builder") << " Normalizing base type: " << tb << endl;
- }
- while (!done) {
- done = true;
- d_normalizedCache.clear();
- for (i = repSet->begin(); i != repSet->end(); ) {
- Assert(assertedReps.find(*i) != assertedReps.end());
- Node rep = assertedReps[*i];
- Node normalized = normalize(tm, rep, constantReps, false);
- Trace("model-builder") << " Normalizing rep (" << rep << "), normalized to (" << normalized << ")" << endl;
- if (normalized.isConst()) {
- changed = true;
- done = false;
- typeConstSet.add(tb, normalized);
- constantReps[*i] = normalized;
- assertedReps.erase(*i);
- i2 = i;
- ++i;
- repSet->erase(i2);
- }
- else {
- if (normalized != rep) {
- assertedReps[*i] = normalized;
- changed = true;
- done = false;
- }
- ++i;
- }
- }
- }
-
- // 2. Now try to evaluate or assign the EC's in this type
set<Node>* noRepSet = typeNoRepSet.getSet(t);
+
+ // 1. Try to evaluate the EC's in this type
if (noRepSet != NULL && !noRepSet->empty()) {
- Trace("model-builder") << " Eval/assign working on type: " << t << endl;
- bool assignable, evaluable;
+ Trace("model-builder") << " Eval phase, working on type: " << t << endl;
+ bool assignable, evaluable, evaluated;
d_normalizedCache.clear();
for (i = noRepSet->begin(); i != noRepSet->end(); ) {
i2 = i;
++i;
- eq::EqClassIterator eqc_i = eq::EqClassIterator(*i2, &tm->d_equalityEngine);
assignable = false;
evaluable = false;
+ evaluated = false;
+ eq::EqClassIterator eqc_i = eq::EqClassIterator(*i2, &tm->d_equalityEngine);
for ( ; !eqc_i.isFinished(); ++eqc_i) {
Node n = *eqc_i;
if (isAssignable(n)) {
evaluable = true;
Node normalized = normalize(tm, n, constantReps, true);
if (normalized.isConst()) {
- typeConstSet.add(t.getBaseType(), normalized);
+ typeConstSet.add(tb, normalized);
constantReps[*i2] = normalized;
Trace("model-builder") << " Eval: Setting constant rep of " << (*i2) << " to " << normalized << endl;
changed = true;
+ evaluated = true;
noRepSet->erase(i2);
break;
}
}
}
- if (assignable) {
- // We are about to make a choice - we have to make sure we have learned everything we can first. Only make a choice if:
- // 1. fullModel is true
- // 2. there are no terms of this type with un-normalized representatives
- // 3. there are no evaluable terms in this EC
- // Alternatively, if 2 or 3 don't hold but we are in a special deadlock-breaking mode, go ahead and make one assignment
- if (fullModel && (((repSet == NULL || repSet->empty()) && !evaluable) || assignOne)) {
- assignOne = false;
- Assert(!t.isBoolean() || (*i2).getKind() == kind::APPLY_UF);
- Node n;
- if (t.getCardinality().isInfinite()) {
- n = typeConstSet.nextTypeEnum(t, true);
- }
- else {
- TypeEnumerator te(t);
- n = *te;
- }
- Assert(!n.isNull());
- constantReps[*i2] = n;
- Trace("model-builder") << " Assign: Setting constant rep of " << (*i2) << " to " << n << endl;
- changed = true;
- noRepSet->erase(i2);
+ if (!evaluated) {
+ if (evaluable) {
+ evaluableSet.insert(tb);
}
- else {
+ if (assignable) {
unassignedAssignable = true;
}
}
}
}
+
+ // 2. Normalize any non-const representative terms for this type
+ set<Node>* repSet = typeRepSet.getSet(t);
+ if (repSet != NULL && !repSet->empty()) {
+ Trace("model-builder") << " Normalization phase, working on type: " << t << endl;
+ d_normalizedCache.clear();
+ for (i = repSet->begin(); i != repSet->end(); ) {
+ Assert(assertedReps.find(*i) != assertedReps.end());
+ Node rep = assertedReps[*i];
+ Node normalized = normalize(tm, rep, constantReps, false);
+ Trace("model-builder") << " Normalizing rep (" << rep << "), normalized to (" << normalized << ")" << endl;
+ if (normalized.isConst()) {
+ changed = true;
+ typeConstSet.add(t.getBaseType(), normalized);
+ constantReps[*i] = normalized;
+ assertedReps.erase(*i);
+ i2 = i;
+ ++i;
+ repSet->erase(i2);
+ }
+ else {
+ if (normalized != rep) {
+ assertedReps[*i] = normalized;
+ changed = true;
+ }
+ ++i;
+ }
+ }
+ }
}
} while (changed);
- if (!unassignedAssignable || !fullModel) {
+
+ if (!fullModel || !unassignedAssignable) {
break;
}
+
+ // 3. Assign unassigned assignable EC's using type enumeration - assign a value *different* from all other EC's if the type is infinite
+ // Assign first value from type enumerator otherwise - for finite types, we rely on polite framework to ensure that EC's that have to be
+ // different are different.
+
+ // Only make assignments on a type if:
+ // 1. fullModel is true
+ // 2. there are no terms that share the same base type with un-normalized representatives
+ // 3. there are no terms that share teh same base type that are unevaluated evaluable terms
+ // Alternatively, if 2 or 3 don't hold but we are in a special deadlock-breaking mode where assignOne is true, go ahead and make one assignment
+ changed = false;
+ for (it = typeNoRepSet.begin(); it != typeNoRepSet.end(); ++it) {
+ set<Node>& noRepSet = TypeSet::getSet(it);
+ if (noRepSet.empty()) {
+ continue;
+ }
+ TypeNode t = TypeSet::getType(it);
+ TypeNode tb = t.getBaseType();
+ if (!assignOne) {
+ set<Node>* repSet = typeRepSet.getSet(tb);
+ if (repSet != NULL && !repSet->empty()) {
+ continue;
+ }
+ if (evaluableSet.find(tb) != evaluableSet.end()) {
+ continue;
+ }
+ }
+ Trace("model-builder") << " Assign phase, working on type: " << t << endl;
+ bool assignable, evaluable;
+ for (i = noRepSet.begin(); i != noRepSet.end(); ) {
+ i2 = i;
+ ++i;
+ eq::EqClassIterator eqc_i = eq::EqClassIterator(*i2, &tm->d_equalityEngine);
+ assignable = false;
+ evaluable = false;
+ for ( ; !eqc_i.isFinished(); ++eqc_i) {
+ Node n = *eqc_i;
+ if (isAssignable(n)) {
+ assignable = true;
+ }
+ else {
+ evaluable = true;
+ }
+ }
+ if (assignable) {
+ Assert(!evaluable || assignOne);
+ Assert(!t.isBoolean() || (*i2).getKind() == kind::APPLY_UF);
+ Node n;
+ if (t.getCardinality().isInfinite()) {
+ n = typeConstSet.nextTypeEnum(t, true);
+ }
+ else {
+ TypeEnumerator te(t);
+ n = *te;
+ }
+ Assert(!n.isNull());
+ constantReps[*i2] = n;
+ Trace("model-builder") << " Assign: Setting constant rep of " << (*i2) << " to " << n << endl;
+ changed = true;
+ noRepSet.erase(i2);
+ if (assignOne) {
+ assignOne = false;
+ break;
+ }
+ }
+ }
+ }
+
// Corner case - I'm not sure this can even happen - but it's theoretically possible to have a cyclical dependency
// in EC assignment/evaluation, e.g. EC1 = {a, b + 1}; EC2 = {b, a - 1}. In this case, neither one will get assigned because we are waiting
// to be able to evaluate. But we will never be able to evaluate because the variables that need to be assigned are in
// these same EC's. In this case, repeat the whole fixed-point computation with the difference that the first EC
// that has both assignable and evaluable expressions will get assigned.
- assignOne = true;
+ if (!changed) {
+ Assert(!assignOne); // check for infinite loop!
+ assignOne = true;
+ }
}
#ifdef CVC4_ASSERTIONS
return n;
}
+ bool empty()
+ {
+ return d_typeSet.empty();
+ }
+
iterator begin()
{
return d_typeSet.begin();
#include "theory/rewriterules/rr_inst_match.h"
#include "util/statistics_registry.h"
#include "theory/rewriterules/theory_rewriterules_preprocess.h"
-#include "theory/model.h"
namespace CVC4 {
namespace theory {
d_equalityEngine.explainEquality(atom[0], atom[1], polarity, assumptions);
return mkAnd(assumptions);
}
-
-void SharedTermsDatabase::collectModelInfo( theory::TheoryModel* m, bool fullModel ){
- m->assertEqualityEngine( &d_equalityEngine );
-}
*/
theory::eq::EqualityEngine* getEqualityEngine() { return &d_equalityEngine; }
- /**
- * collect model info
- */
- void collectModelInfo( theory::TheoryModel* m, bool fullModel );
protected:
/**
#include "util/cvc4_assert.h"
#include "theory/ite_simplifier.h"
#include "theory/unconstrained_simplifier.h"
-#include "theory/model.h"
namespace CVC4 {
namespace theory {
class Instantiator;
+ class TheoryModel;
+ class TheoryEngineModelBuilder;
}/* CVC4::theory namespace */
class DecisionEngine;
#include "theory/theory_engine.h"
#include "theory/quantifiers/term_database.h"
#include "theory/uf/options.h"
+#include "theory/model.h"
//#define ONE_SPLIT_REGION
//#define DISABLE_QUICK_CLIQUE_CHECKS
fuzz01.delta01.smt \
fuzz02.smt \
fuzz03.smt \
- fuzz04.smt
+ fuzz04.smt \
+ fuzz05.smt
EXTRA_DIST = $(TESTS)
--- /dev/null
+(benchmark fuzzsmt
+:logic QF_AUFLIA
+:status sat
+:extrafuns ((f0 Int Int Int))
+:extrafuns ((f1 Array Array Array Array))
+:extrapreds ((p0 Int))
+:extrapreds ((p1 Array Array Array))
+:extrafuns ((v0 Int))
+:extrafuns ((v1 Int))
+:extrafuns ((v2 Int))
+:extrafuns ((v3 Array))
+:formula
+(let (?e4 2)
+(let (?e5 (- v2 v2))
+(let (?e6 (f0 v1 v0))
+(let (?e7 (* ?e6 ?e4))
+(let (?e8 (ite (p0 v2) 1 0))
+(let (?e9 (f1 v3 v3 v3))
+(flet ($e10 (p1 ?e9 v3 v3))
+(flet ($e11 (> ?e7 v1))
+(flet ($e12 (<= ?e8 ?e6))
+(flet ($e13 (p0 ?e8))
+(flet ($e14 (>= v2 v0))
+(flet ($e15 (p0 ?e5))
+(let (?e16 (ite $e12 v3 ?e9))
+(let (?e17 (ite $e15 ?e16 v3))
+(let (?e18 (ite $e11 ?e17 ?e16))
+(let (?e19 (ite $e14 ?e9 ?e9))
+(let (?e20 (ite $e13 ?e16 v3))
+(let (?e21 (ite $e12 v3 ?e19))
+(let (?e22 (ite $e10 ?e16 v3))
+(let (?e23 (ite $e15 ?e5 v0))
+(let (?e24 (ite $e12 v1 ?e6))
+(let (?e25 (ite $e11 ?e6 v0))
+(let (?e26 (ite $e15 ?e25 ?e23))
+(let (?e27 (ite $e12 v1 v0))
+(let (?e28 (ite $e14 ?e23 ?e24))
+(let (?e29 (ite $e10 ?e6 ?e23))
+(let (?e30 (ite $e13 v2 ?e29))
+(let (?e31 (ite $e12 ?e7 ?e25))
+(let (?e32 (ite $e12 ?e8 ?e8))
+(let (?e33 (store v3 ?e27 ?e7))
+(let (?e34 (select ?e21 ?e30))
+(let (?e35 (f1 ?e9 ?e21 ?e18))
+(let (?e36 (f1 ?e9 ?e17 v3))
+(let (?e37 (f1 ?e18 ?e21 ?e19))
+(let (?e38 (f1 ?e33 ?e18 ?e35))
+(let (?e39 (f1 ?e22 ?e22 v3))
+(let (?e40 (f1 ?e18 ?e20 ?e22))
+(let (?e41 (f1 ?e16 ?e33 ?e36))
+(let (?e42 (f0 ?e31 ?e26))
+(let (?e43 (+ ?e25 ?e5))
+(let (?e44 (f0 ?e42 v0))
+(let (?e45 (ite (p0 ?e24) 1 0))
+(let (?e46 (f0 ?e8 v0))
+(let (?e47 (ite (p0 v1) 1 0))
+(let (?e48 (+ ?e23 ?e26))
+(let (?e49 (~ ?e28))
+(let (?e50 (ite (p0 ?e27) 1 0))
+(let (?e51 (~ ?e46))
+(let (?e52 (~ ?e32))
+(let (?e53 (* (~ ?e4) ?e30))
+(let (?e54 (~ ?e29))
+(let (?e55 (- ?e48 ?e31))
+(let (?e56 (* ?e4 ?e7))
+(let (?e57 (f0 ?e29 ?e24))
+(let (?e58 (+ ?e34 v2))
+(let (?e59 (f0 ?e26 ?e50))
+(let (?e60 (f0 ?e6 ?e54))
+(flet ($e61 (p1 ?e38 ?e19 ?e9))
+(flet ($e62 (p1 ?e41 ?e18 ?e40))
+(flet ($e63 (p1 ?e21 ?e35 ?e40))
+(flet ($e64 (p1 ?e16 ?e37 ?e19))
+(flet ($e65 (p1 ?e33 ?e38 ?e18))
+(flet ($e66 (p1 ?e39 ?e20 ?e35))
+(flet ($e67 (p1 ?e38 ?e36 ?e40))
+(flet ($e68 (p1 ?e21 ?e35 ?e20))
+(flet ($e69 (p1 ?e9 ?e33 ?e19))
+(flet ($e70 (p1 ?e18 ?e18 ?e35))
+(flet ($e71 (p1 v3 ?e18 ?e41))
+(flet ($e72 (p1 ?e39 ?e35 v3))
+(flet ($e73 (p1 ?e37 ?e22 ?e38))
+(flet ($e74 (p1 ?e16 ?e9 ?e16))
+(flet ($e75 (p1 ?e17 ?e9 ?e37))
+(flet ($e76 (= ?e53 ?e32))
+(flet ($e77 (>= ?e26 ?e55))
+(flet ($e78 (distinct ?e23 ?e7))
+(flet ($e79 (< ?e28 ?e5))
+(flet ($e80 (<= ?e42 ?e30))
+(flet ($e81 (>= ?e58 ?e50))
+(flet ($e82 (= ?e45 ?e46))
+(flet ($e83 (<= ?e59 ?e32))
+(flet ($e84 (p0 ?e56))
+(flet ($e85 (p0 v2))
+(flet ($e86 (p0 ?e31))
+(flet ($e87 (> ?e25 ?e32))
+(flet ($e88 (= ?e44 ?e54))
+(flet ($e89 (< ?e60 ?e23))
+(flet ($e90 (p0 ?e29))
+(flet ($e91 (distinct v2 ?e6))
+(flet ($e92 (<= ?e59 ?e58))
+(flet ($e93 (= ?e43 ?e47))
+(flet ($e94 (distinct ?e54 v2))
+(flet ($e95 (> ?e8 ?e5))
+(flet ($e96 (distinct ?e59 ?e8))
+(flet ($e97 (distinct ?e48 ?e23))
+(flet ($e98 (> ?e24 ?e60))
+(flet ($e99 (>= ?e34 ?e44))
+(flet ($e100 (< ?e49 ?e7))
+(flet ($e101 (distinct ?e51 ?e53))
+(flet ($e102 (<= ?e52 ?e23))
+(flet ($e103 (<= v1 ?e57))
+(flet ($e104 (>= ?e48 ?e52))
+(flet ($e105 (distinct ?e32 ?e29))
+(flet ($e106 (p0 ?e46))
+(flet ($e107 (<= v0 v0))
+(flet ($e108 (= ?e27 ?e43))
+(flet ($e109 (and $e67 $e107))
+(flet ($e110 (or $e75 $e69))
+(flet ($e111 (implies $e15 $e76))
+(flet ($e112 (xor $e98 $e96))
+(flet ($e113 (and $e78 $e62))
+(flet ($e114 (or $e100 $e77))
+(flet ($e115 (xor $e83 $e12))
+(flet ($e116 (and $e13 $e71))
+(flet ($e117 (xor $e116 $e112))
+(flet ($e118 (not $e86))
+(flet ($e119 (or $e81 $e64))
+(flet ($e120 (iff $e72 $e70))
+(flet ($e121 (iff $e108 $e114))
+(flet ($e122 (or $e88 $e74))
+(flet ($e123 (xor $e105 $e118))
+(flet ($e124 (xor $e103 $e104))
+(flet ($e125 (implies $e93 $e119))
+(flet ($e126 (or $e102 $e90))
+(flet ($e127 (iff $e126 $e89))
+(flet ($e128 (if_then_else $e66 $e109 $e106))
+(flet ($e129 (implies $e85 $e101))
+(flet ($e130 (xor $e110 $e128))
+(flet ($e131 (iff $e63 $e11))
+(flet ($e132 (not $e84))
+(flet ($e133 (not $e68))
+(flet ($e134 (or $e124 $e113))
+(flet ($e135 (if_then_else $e82 $e121 $e94))
+(flet ($e136 (iff $e132 $e80))
+(flet ($e137 (or $e95 $e131))
+(flet ($e138 (and $e129 $e122))
+(flet ($e139 (or $e92 $e135))
+(flet ($e140 (xor $e133 $e139))
+(flet ($e141 (if_then_else $e140 $e91 $e130))
+(flet ($e142 (implies $e117 $e117))
+(flet ($e143 (implies $e14 $e79))
+(flet ($e144 (not $e97))
+(flet ($e145 (and $e120 $e143))
+(flet ($e146 (xor $e134 $e87))
+(flet ($e147 (iff $e125 $e111))
+(flet ($e148 (iff $e147 $e146))
+(flet ($e149 (not $e99))
+(flet ($e150 (or $e145 $e148))
+(flet ($e151 (iff $e149 $e141))
+(flet ($e152 (and $e61 $e61))
+(flet ($e153 (if_then_else $e10 $e142 $e152))
+(flet ($e154 (and $e73 $e115))
+(flet ($e155 (or $e138 $e150))
+(flet ($e156 (and $e127 $e136))
+(flet ($e157 (and $e123 $e137))
+(flet ($e158 (if_then_else $e151 $e155 $e155))
+(flet ($e159 (and $e65 $e153))
+(flet ($e160 (not $e144))
+(flet ($e161 (implies $e156 $e156))
+(flet ($e162 (not $e161))
+(flet ($e163 (if_then_else $e162 $e157 $e159))
+(flet ($e164 (implies $e158 $e154))
+(flet ($e165 (or $e160 $e163))
+(flet ($e166 (not $e164))
+(flet ($e167 (iff $e165 $e165))
+(flet ($e168 (and $e166 $e166))
+(flet ($e169 (and $e168 $e168))
+(flet ($e170 (not $e169))
+(flet ($e171 (iff $e167 $e170))
+$e171
+)))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))
+
incorrect1.delta01.smt \
incorrect1.delta02.smt \
error1.smt \
- neq-deltacomp.smt
+ neq-deltacomp.smt \
+ fuzz01.smt
# Regression tests for SMT2 inputs
SMT2_TESTS =
--- /dev/null
+(benchmark fuzzsmt
+:logic QF_UFLRA
+:status sat
+:extrafuns ((f0 Real Real))
+:extrafuns ((f1 Real Real Real Real))
+:extrapreds ((p0 Real Real Real))
+:extrafuns ((v0 Real))
+:extrafuns ((v1 Real))
+:extrafuns ((v2 Real))
+:formula
+(let (?e3 5)
+(let (?e4 2)
+(let (?e5 0)
+(let (?e6 (f1 v0 v1 v0))
+(let (?e7 (f0 v0))
+(let (?e8 (ite (p0 v1 ?e7 v0) 1 0))
+(let (?e9 (ite (p0 ?e8 v1 v0) 1 0))
+(let (?e10 (- ?e9 ?e9))
+(let (?e11 (~ v1))
+(let (?e12 (ite (p0 v0 ?e8 v2) 1 0))
+(let (?e13 (/ ?e5 ?e4))
+(let (?e14 (/ ?e4 ?e4))
+(let (?e15 (~ v0))
+(let (?e16 (* ?e6 (~ ?e3)))
+(flet ($e17 (< ?e8 ?e8))
+(flet ($e18 (<= v0 v1))
+(flet ($e19 (distinct ?e16 ?e15))
+(flet ($e20 (distinct ?e13 ?e12))
+(flet ($e21 (> ?e11 ?e11))
+(flet ($e22 (= v0 ?e11))
+(flet ($e23 (p0 ?e16 ?e13 ?e11))
+(flet ($e24 (> ?e16 ?e12))
+(flet ($e25 (= ?e13 ?e12))
+(flet ($e26 (<= ?e12 ?e12))
+(flet ($e27 (p0 ?e12 ?e12 ?e14))
+(flet ($e28 (distinct ?e7 ?e12))
+(flet ($e29 (>= ?e9 ?e13))
+(flet ($e30 (< v2 v0))
+(flet ($e31 (> v2 v1))
+(flet ($e32 (p0 ?e9 v1 ?e6))
+(flet ($e33 (= ?e16 v2))
+(flet ($e34 (p0 ?e7 ?e12 ?e14))
+(flet ($e35 (distinct ?e12 ?e15))
+(flet ($e36 (>= ?e9 ?e15))
+(flet ($e37 (< ?e11 ?e10))
+(let (?e38 (ite $e24 ?e9 ?e14))
+(let (?e39 (ite $e24 ?e12 ?e6))
+(let (?e40 (ite $e30 ?e15 ?e11))
+(let (?e41 (ite $e32 v1 v2))
+(let (?e42 (ite $e36 v1 ?e39))
+(let (?e43 (ite $e33 ?e10 ?e15))
+(let (?e44 (ite $e19 ?e8 ?e16))
+(let (?e45 (ite $e26 v0 ?e12))
+(let (?e46 (ite $e36 ?e7 ?e14))
+(let (?e47 (ite $e20 ?e40 ?e14))
+(let (?e48 (ite $e26 ?e15 ?e9))
+(let (?e49 (ite $e22 ?e13 ?e13))
+(let (?e50 (ite $e31 ?e16 ?e47))
+(let (?e51 (ite $e30 ?e41 ?e11))
+(let (?e52 (ite $e17 ?e6 ?e9))
+(let (?e53 (ite $e18 ?e46 v2))
+(let (?e54 (ite $e19 ?e9 ?e9))
+(let (?e55 (ite $e37 ?e51 v2))
+(let (?e56 (ite $e28 ?e14 ?e46))
+(let (?e57 (ite $e29 ?e12 ?e14))
+(let (?e58 (ite $e17 ?e47 ?e7))
+(let (?e59 (ite $e34 ?e46 v2))
+(let (?e60 (ite $e21 ?e55 ?e51))
+(let (?e61 (ite $e24 ?e14 ?e50))
+(let (?e62 (ite $e17 ?e47 ?e61))
+(let (?e63 (ite $e30 ?e45 ?e12))
+(let (?e64 (ite $e35 ?e45 ?e47))
+(let (?e65 (ite $e25 v1 ?e38))
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+$e246
+)))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))
+
projects / cvc5.git / commitdiff