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Replacing user-defined variable names.

This replaces all user-defined variable names with continuously numbered
ones so that they don’t lead to syntax problems in ASP, while still
unique and distinguishable. For instance, this avoids problems when
variable names contain hyphens, which are allowed in PDDL identifiers
but not in ASP variables.
This commit is contained in:
Patrick Lühne 2017-11-25 00:20:18 +01:00
parent 7c02b46f7c
commit 2288fa891e
Signed by: patrick
GPG Key ID: 05F3611E97A70ABF
12 changed files with 153 additions and 92 deletions

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@ -27,7 +27,7 @@ template<typename PrintObjectName>
inline void translateConditionalEffect(colorlog::ColorStream &outputStream,
const ::pddl::normalizedAST::ConditionalEffect &conditionalEffect,
PrintObjectName printObjectName, VariableStack &variableStack,
size_t &numberOfConditionalEffects)
size_t &numberOfConditionalEffects, VariableIDMap &variableIDs)
{
const auto handlePredicate =
[&](const ::pddl::normalizedAST::PredicatePointer &predicate, bool isPositive = true)
@ -38,7 +38,7 @@ inline void translateConditionalEffect(colorlog::ColorStream &outputStream,
<< ", " << colorlog::Keyword("effect") << "("
<< colorlog::Number<size_t>(numberOfConditionalEffects) << ")"
<< ", ";
translatePredicateToVariable(outputStream, *predicate, isPositive);
translatePredicateToVariable(outputStream, *predicate, variableIDs, isPositive);
outputStream << ") :- " << colorlog::Function("action") << "(";
printObjectName();
outputStream << ")";
@ -49,7 +49,7 @@ inline void translateConditionalEffect(colorlog::ColorStream &outputStream,
if (!layer->empty())
outputStream << ", ";
translateVariablesForRuleBody(outputStream, *layer);
translateVariablesForRuleBody(outputStream, *layer, variableIDs);
}
outputStream << ".";

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@ -20,13 +20,13 @@ namespace pddl
//
////////////////////////////////////////////////////////////////////////////////////////////////////
void translateDerivedPredicate(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicate &derivedPredicate);
void translateDerivedPredicateDeclaration(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicateDeclaration &derivedPredicateDeclaration);
void translateDerivedPredicate(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicate &derivedPredicate, VariableIDMap &variableIDs);
void translateDerivedPredicateDeclaration(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicateDeclaration &derivedPredicateDeclaration, VariableIDMap &variableIDs);
////////////////////////////////////////////////////////////////////////////////////////////////////
// TODO: avoid code duplication with translatePredicate
inline void translateDerivedPredicate(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicate &derivedPredicate)
inline void translateDerivedPredicate(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicate &derivedPredicate, VariableIDMap &variableIDs)
{
const auto &arguments = derivedPredicate.arguments;
@ -51,7 +51,7 @@ inline void translateDerivedPredicate(colorlog::ColorStream &outputStream, const
const auto handleVariable =
[&](const ::pddl::normalizedAST::VariablePointer &variable)
{
outputStream << *variable;
translateVariable(outputStream, *variable, variableIDs);
};
argument.match(handleConstant, handleVariable);
@ -62,7 +62,7 @@ inline void translateDerivedPredicate(colorlog::ColorStream &outputStream, const
////////////////////////////////////////////////////////////////////////////////////////////////////
inline void translateDerivedPredicateDeclaration(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicateDeclaration &derivedPredicateDeclaration)
inline void translateDerivedPredicateDeclaration(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicateDeclaration &derivedPredicateDeclaration, VariableIDMap &variableIDs)
{
outputStream << colorlog::Keyword("derivedVariable") << "(";
@ -73,24 +73,24 @@ inline void translateDerivedPredicateDeclaration(colorlog::ColorStream &outputSt
}
outputStream << "(" << derivedPredicateDeclaration;
translateVariablesForRuleHead(outputStream, derivedPredicateDeclaration.parameters);
translateVariablesForRuleHead(outputStream, derivedPredicateDeclaration.parameters, variableIDs);
outputStream << "))";
}
////////////////////////////////////////////////////////////////////////////////////////////////////
inline void translateDerivedPredicateToVariable(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicate &derivedPredicate, bool isPositive = true)
inline void translateDerivedPredicateToVariable(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicate &derivedPredicate, VariableIDMap &variableIDs, bool isPositive = true)
{
outputStream << colorlog::Keyword("derivedVariable") << "(";
translateDerivedPredicate(outputStream, derivedPredicate);
translateDerivedPredicate(outputStream, derivedPredicate, variableIDs);
outputStream
<< "), "
<< colorlog::Keyword("value") << "("
<< colorlog::Keyword("derivedVariable") << "(";
translateDerivedPredicate(outputStream, derivedPredicate);
translateDerivedPredicate(outputStream, derivedPredicate, variableIDs);
outputStream << "), ";
@ -104,11 +104,11 @@ inline void translateDerivedPredicateToVariable(colorlog::ColorStream &outputStr
////////////////////////////////////////////////////////////////////////////////////////////////////
inline void translateDerivedPredicateDeclarationToVariable(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicateDeclaration &derivedPredicateDeclaration, bool isPositive = true)
inline void translateDerivedPredicateDeclarationToVariable(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicateDeclaration &derivedPredicateDeclaration, VariableIDMap &variableIDs, bool isPositive = true)
{
translateDerivedPredicateDeclaration(outputStream, derivedPredicateDeclaration);
translateDerivedPredicateDeclaration(outputStream, derivedPredicateDeclaration, variableIDs);
outputStream << ", " << colorlog::Keyword("value") << "(";
translateDerivedPredicateDeclaration(outputStream, derivedPredicateDeclaration);
translateDerivedPredicateDeclaration(outputStream, derivedPredicateDeclaration, variableIDs);
outputStream << ", ";
if (isPositive)

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@ -23,7 +23,9 @@ namespace pddl
////////////////////////////////////////////////////////////////////////////////////////////////////
template<typename PrintObjectName>
inline void translateDerivedPredicatePrecondition(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::DerivedPredicatePrecondition &derivedPredicatePrecondition, const std::string &objectType, PrintObjectName printObjectName)
inline void translateDerivedPredicatePrecondition(colorlog::ColorStream &outputStream,
const ::pddl::normalizedAST::DerivedPredicatePrecondition &derivedPredicatePrecondition,
const std::string &objectType, PrintObjectName printObjectName, VariableIDMap &variableIDs)
{
const auto handlePredicate =
[&](const ::pddl::normalizedAST::PredicatePointer &predicate, bool isPositive = true)
@ -31,7 +33,7 @@ inline void translateDerivedPredicatePrecondition(colorlog::ColorStream &outputS
outputStream << std::endl << colorlog::Function("precondition") << "(";
printObjectName();
outputStream << ", ";
translatePredicateToVariable(outputStream, *predicate, isPositive);
translatePredicateToVariable(outputStream, *predicate, variableIDs, isPositive);
outputStream << ") :- " << colorlog::Function(objectType.c_str()) << "(";
printObjectName();
outputStream << ").";
@ -49,7 +51,7 @@ inline void translateDerivedPredicatePrecondition(colorlog::ColorStream &outputS
outputStream << std::endl << colorlog::Function("precondition") << "(";
printObjectName();
outputStream << ", ";
translateDerivedPredicateToVariable(outputStream, *derivedPredicate, isPositive);
translateDerivedPredicateToVariable(outputStream, *derivedPredicate, variableIDs, isPositive);
outputStream << ") :- " << colorlog::Function(objectType.c_str()) << "(";
printObjectName();
outputStream << ").";

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@ -28,7 +28,7 @@ namespace pddl
template<typename PrintObjectName>
inline void translateEffect(colorlog::ColorStream &outputStream,
const ::pddl::normalizedAST::Effect &effect, PrintObjectName printObjectName,
VariableStack &variableStack, size_t &numberOfConditionalEffects)
VariableStack &variableStack, size_t &numberOfConditionalEffects, VariableIDMap &variableIDs)
{
const auto handlePredicate =
[&](const ::pddl::normalizedAST::PredicatePointer &predicate, bool isPositive = true)
@ -39,7 +39,7 @@ inline void translateEffect(colorlog::ColorStream &outputStream,
<< ", " << colorlog::Keyword("effect") << "("
<< colorlog::Reserved("unconditional") << ")"
<< ", ";
translatePredicateToVariable(outputStream, *predicate, isPositive);
translatePredicateToVariable(outputStream, *predicate, variableIDs, isPositive);
outputStream << ") :- " << colorlog::Function("action") << "(";
printObjectName();
outputStream << ")";
@ -50,7 +50,7 @@ inline void translateEffect(colorlog::ColorStream &outputStream,
if (!layer->empty())
outputStream << ", ";
translateVariablesForRuleBody(outputStream, *layer);
translateVariablesForRuleBody(outputStream, *layer, variableIDs);
}
outputStream << ".";
@ -98,7 +98,7 @@ inline void translateEffect(colorlog::ColorStream &outputStream,
{
for (const auto &argument : and_->arguments)
translateEffect(outputStream, argument, printObjectName, variableStack,
numberOfConditionalEffects);
numberOfConditionalEffects, variableIDs);
};
const auto handleForAll =
@ -107,7 +107,7 @@ inline void translateEffect(colorlog::ColorStream &outputStream,
variableStack.push(&forAll->parameters);
translateEffect(outputStream, forAll->argument, printObjectName,
variableStack, numberOfConditionalEffects);
variableStack, numberOfConditionalEffects, variableIDs);
variableStack.pop();
};
@ -137,15 +137,15 @@ inline void translateEffect(colorlog::ColorStream &outputStream,
if (!layer->empty())
outputStream << ", ";
translateVariablesForRuleBody(outputStream, *layer);
translateVariablesForRuleBody(outputStream, *layer, variableIDs);
}
};
translatePrecondition(outputStream, when->argumentLeft,
printConditionalEffectIdentifier, printPreconditionRuleBody);
printConditionalEffectIdentifier, printPreconditionRuleBody, variableIDs);
translateConditionalEffect(outputStream, when->argumentRight, printObjectName,
variableStack, numberOfConditionalEffects);
variableStack, numberOfConditionalEffects, variableIDs);
};
effect.match(handleAnd, handleForAll, handleLiteral, handleWhen);
@ -156,12 +156,12 @@ inline void translateEffect(colorlog::ColorStream &outputStream,
template<typename PrintObjectName>
inline void translateEffect(colorlog::ColorStream &outputStream,
const ::pddl::normalizedAST::Effect &effect, PrintObjectName printObjectName,
size_t &numberOfConditionalEffects)
size_t &numberOfConditionalEffects, VariableIDMap &variableIDs)
{
VariableStack variableStack;
translateEffect(outputStream, effect, printObjectName, variableStack,
numberOfConditionalEffects);
numberOfConditionalEffects, variableIDs);
}
////////////////////////////////////////////////////////////////////////////////////////////////////

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@ -22,10 +22,12 @@ inline void translateFact(colorlog::ColorStream &outputStream, const ::pddl::nor
{
outputStream << std::endl << colorlog::Function("initialState") << "(";
VariableIDMap variableIDs;
const auto handlePredicate =
[&](const ::pddl::normalizedAST::PredicatePointer &predicate, bool isPositive = true)
{
translatePredicateToVariable(outputStream, *predicate, isPositive);
translatePredicateToVariable(outputStream, *predicate, variableIDs, isPositive);
};
const auto handleNegatedPredicate =

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@ -24,6 +24,8 @@ namespace pddl
inline void translateGoal(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::Goal &goal)
{
VariableIDMap variableIDs;
const auto ensureNoVariables =
[](const auto &predicate)
{
@ -38,7 +40,7 @@ inline void translateGoal(colorlog::ColorStream &outputStream, const ::pddl::nor
ensureNoVariables(predicate);
outputStream << std::endl << colorlog::Function("goal") << "(";
translatePredicateToVariable(outputStream, *predicate, isPositive);
translatePredicateToVariable(outputStream, *predicate, variableIDs, isPositive);
outputStream << ").";
};
@ -54,7 +56,7 @@ inline void translateGoal(colorlog::ColorStream &outputStream, const ::pddl::nor
ensureNoVariables(derivedPredicate);
outputStream << std::endl << colorlog::Function("goal") << "(";
translateDerivedPredicateToVariable(outputStream, *derivedPredicate, isPositive);
translateDerivedPredicateToVariable(outputStream, *derivedPredicate, variableIDs, isPositive);
outputStream << ").";
};

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@ -25,7 +25,7 @@ namespace pddl
template<typename PrintObjectName, typename PrintRuleBody>
inline void translatePrecondition(colorlog::ColorStream &outputStream,
const ::pddl::normalizedAST::Precondition &precondition, PrintObjectName printObjectName,
PrintRuleBody printRuleBody)
PrintRuleBody printRuleBody, VariableIDMap &variableIDs)
{
const auto handlePredicate =
[&](const ::pddl::normalizedAST::PredicatePointer &predicate, bool isPositive = true)
@ -33,7 +33,7 @@ inline void translatePrecondition(colorlog::ColorStream &outputStream,
outputStream << std::endl << colorlog::Function("precondition") << "(";
printObjectName();
outputStream << ", ";
translatePredicateToVariable(outputStream, *predicate, isPositive);
translatePredicateToVariable(outputStream, *predicate, variableIDs, isPositive);
outputStream << ")";
printRuleBody();
outputStream << ".";
@ -51,7 +51,7 @@ inline void translatePrecondition(colorlog::ColorStream &outputStream,
outputStream << std::endl << colorlog::Function("precondition") << "(";
printObjectName();
outputStream << ", ";
translateDerivedPredicateToVariable(outputStream, *derivedPredicate, isPositive);
translateDerivedPredicateToVariable(outputStream, *derivedPredicate, variableIDs, isPositive);
outputStream << ")";
printRuleBody();
outputStream << ".";

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@ -20,12 +20,12 @@ namespace pddl
//
////////////////////////////////////////////////////////////////////////////////////////////////////
void translatePredicate(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::Predicate &predicate);
void translatePredicateDeclaration(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::PredicateDeclaration &predicateDeclaration);
void translatePredicate(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::Predicate &predicate, VariableIDMap &variableIDs);
void translatePredicateDeclaration(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::PredicateDeclaration &predicateDeclaration, VariableIDMap &variableIDs);
////////////////////////////////////////////////////////////////////////////////////////////////////
inline void translatePredicate(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::Predicate &predicate)
inline void translatePredicate(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::Predicate &predicate, VariableIDMap &variableIDs)
{
const auto &arguments = predicate.arguments;
@ -50,7 +50,7 @@ inline void translatePredicate(colorlog::ColorStream &outputStream, const ::pddl
const auto handleVariable =
[&](const ::pddl::normalizedAST::VariablePointer &variable)
{
outputStream << *variable;
translateVariable(outputStream, *variable, variableIDs);
};
argument.match(handleConstant, handleVariable);
@ -61,7 +61,7 @@ inline void translatePredicate(colorlog::ColorStream &outputStream, const ::pddl
////////////////////////////////////////////////////////////////////////////////////////////////////
inline void translatePredicateDeclaration(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::PredicateDeclaration &predicateDeclaration)
inline void translatePredicateDeclaration(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::PredicateDeclaration &predicateDeclaration, VariableIDMap &variableIDs)
{
outputStream << colorlog::Keyword("variable") << "(";
@ -72,24 +72,24 @@ inline void translatePredicateDeclaration(colorlog::ColorStream &outputStream, c
}
outputStream << "(" << predicateDeclaration;
translateVariablesForRuleHead(outputStream, predicateDeclaration.parameters);
translateVariablesForRuleHead(outputStream, predicateDeclaration.parameters, variableIDs);
outputStream << "))";
}
////////////////////////////////////////////////////////////////////////////////////////////////////
void translatePredicateToVariable(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::Predicate &predicate, bool isPositive = true)
void translatePredicateToVariable(colorlog::ColorStream &outputStream, const ::pddl::normalizedAST::Predicate &predicate, VariableIDMap &variableIDs, bool isPositive = true)
{
outputStream << colorlog::Keyword("variable") << "(";
translatePredicate(outputStream, predicate);
translatePredicate(outputStream, predicate, variableIDs);
outputStream
<< "), "
<< colorlog::Keyword("value") << "("
<< colorlog::Keyword("variable") << "(";
translatePredicate(outputStream, predicate);
translatePredicate(outputStream, predicate, variableIDs);
outputStream << "), ";

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@ -54,31 +54,6 @@ inline colorlog::ColorStream &operator<<(colorlog::ColorStream &stream, const ::
////////////////////////////////////////////////////////////////////////////////////////////////////
inline colorlog::ColorStream &operator<<(colorlog::ColorStream &stream, ::pddl::normalizedAST::VariableDeclaration &variableDeclaration)
{
assert(!variableDeclaration.name.empty());
assert(std::isalpha(variableDeclaration.name[0]));
if (!std::isupper(variableDeclaration.name[0]))
variableDeclaration.name[0] = std::toupper(variableDeclaration.name[0]);
return (stream
<< colorlog::Format({colorlog::Color::Green, colorlog::FontWeight::Bold})
<< variableDeclaration.name
<< colorlog::ResetFormat());
}
////////////////////////////////////////////////////////////////////////////////////////////////////
inline colorlog::ColorStream &operator<<(colorlog::ColorStream &stream, ::pddl::normalizedAST::Variable &variable)
{
assert(variable.declaration != nullptr);
return (stream << *variable.declaration);
}
////////////////////////////////////////////////////////////////////////////////////////////////////
// TODO: move to appropriate header
inline colorlog::ColorStream &operator<<(colorlog::ColorStream &stream, const ::pddl::normalizedAST::Action &action)
{

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@ -0,0 +1,64 @@
#ifndef __PLASP__PDDL__TRANSLATION__VARIABLE_H
#define __PLASP__PDDL__TRANSLATION__VARIABLE_H
#include <map>
#include <colorlog/Formatting.h>
#include <pddl/NormalizedAST.h>
namespace plasp
{
namespace pddl
{
////////////////////////////////////////////////////////////////////////////////////////////////////
//
// Variable
//
////////////////////////////////////////////////////////////////////////////////////////////////////
using VariableIDMap = std::map<const ::pddl::normalizedAST::VariableDeclaration *, size_t>;
////////////////////////////////////////////////////////////////////////////////////////////////////
inline void translateVariableDeclaration(colorlog::ColorStream &stream, ::pddl::normalizedAST::VariableDeclaration &variableDeclaration, VariableIDMap &variableIDs)
{
assert(!variableDeclaration.name.empty());
const auto variableID =
[&]()
{
const auto matchingVariableID = variableIDs.find(&variableDeclaration);
if (matchingVariableID != variableIDs.cend())
return matchingVariableID->second;
const auto variableID = variableIDs.size() + 1;
variableIDs.insert({&variableDeclaration, variableID});
return variableID;
};
stream
<< colorlog::Format({colorlog::Color::Green, colorlog::FontWeight::Bold})
<< "X" << variableID()
<< colorlog::ResetFormat();
}
////////////////////////////////////////////////////////////////////////////////////////////////////
inline void translateVariable(colorlog::ColorStream &stream, ::pddl::normalizedAST::Variable &variable, VariableIDMap &variableIDs)
{
assert(variable.declaration != nullptr);
translateVariableDeclaration(stream, *variable.declaration, variableIDs);
}
////////////////////////////////////////////////////////////////////////////////////////////////////
}
}
#endif

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@ -7,6 +7,7 @@
#include <pddl/Parse.h>
#include <plasp/TranslatorException.h>
#include <plasp/pddl/translation/Variable.h>
namespace plasp
{
@ -20,23 +21,26 @@ namespace pddl
////////////////////////////////////////////////////////////////////////////////////////////////////
template<class T>
void translateVariablesForRuleHead(colorlog::ColorStream &outputStream, const T &variables);
void translateVariablesForRuleHead(colorlog::ColorStream &outputStream, const T &variables, VariableIDMap &variableIDs);
template<class T>
void translateVariablesForRuleBody(colorlog::ColorStream &outputStream, const T &variables);
void translateVariablesForRuleBody(colorlog::ColorStream &outputStream, const T &variables, VariableIDMap &variableIDs);
////////////////////////////////////////////////////////////////////////////////////////////////////
template<class T>
inline void translateVariablesForRuleHead(colorlog::ColorStream &outputStream, const T &variables)
inline void translateVariablesForRuleHead(colorlog::ColorStream &outputStream, const T &variables, VariableIDMap &variableIDs)
{
for (const auto &variable : variables)
outputStream << ", " << *variable;
{
outputStream << ", ";
translateVariableDeclaration(outputStream, *variable, variableIDs);
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////
template<class T>
void translateVariablesForRuleBody(colorlog::ColorStream &outputStream, const T &variables)
void translateVariablesForRuleBody(colorlog::ColorStream &outputStream, const T &variables, VariableIDMap &variableIDs)
{
for (const auto &variable : variables)
{
@ -50,14 +54,15 @@ void translateVariablesForRuleBody(colorlog::ColorStream &outputStream, const T
const auto &type = variable->type.value().template get<::pddl::normalizedAST::PrimitiveTypePointer>();
outputStream << colorlog::Function("has") << "("
<< *variable << ", " << colorlog::Keyword("type") << "(" << *type << "))";
outputStream << colorlog::Function("has") << "(";
translateVariableDeclaration(outputStream, *variable, variableIDs);
outputStream << ", " << colorlog::Keyword("type") << "(" << *type << "))";
}
else
{
outputStream << colorlog::Function("has") << "("
<< *variable << ", "
<< colorlog::Keyword("type") << "(" << colorlog::String("object") << "))";
outputStream << colorlog::Function("has") << "(";
translateVariableDeclaration(outputStream, *variable, variableIDs);
outputStream << ", " << colorlog::Keyword("type") << "(" << colorlog::String("object") << "))";
}
}
}

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@ -168,16 +168,21 @@ void TranslatorASP::translatePredicates() const
for (const auto &predicate : predicates)
{
VariableIDMap variableIDs;
m_outputStream << std::endl << colorlog::Function("variable") << "(";
translatePredicateDeclaration(m_outputStream, *predicate);
translatePredicateDeclaration(m_outputStream, *predicate, variableIDs);
m_outputStream << ")";
if (!predicate->parameters.empty())
{
m_outputStream << " :- ";
translateVariablesForRuleBody(m_outputStream, predicate->parameters);
VariableIDMap variableIDs;
translateVariablesForRuleBody(m_outputStream, predicate->parameters, variableIDs);
}
m_outputStream << ".";
@ -201,16 +206,18 @@ void TranslatorASP::translateDerivedPredicates(const ::pddl::normalizedAST::Deri
for (const auto &derivedPredicate : derivedPredicates)
{
VariableIDMap variableIDs;
m_outputStream << std::endl << colorlog::Function("derivedVariable") << "(";
translateDerivedPredicateDeclaration(m_outputStream, *derivedPredicate);
translateDerivedPredicateDeclaration(m_outputStream, *derivedPredicate, variableIDs);
m_outputStream << ")";
if (!derivedPredicate->parameters.empty())
m_outputStream << " :- ";
translateVariablesForRuleBody(m_outputStream, derivedPredicate->parameters);
translateVariablesForRuleBody(m_outputStream, derivedPredicate->parameters, variableIDs);
m_outputStream << ".";
}
@ -226,6 +233,8 @@ void TranslatorASP::translateDerivedPredicates(const ::pddl::normalizedAST::Deri
for (const auto &derivedPredicate : derivedPredicates)
{
VariableIDMap variableIDs;
const auto printDerivedPredicateName =
[&]()
{
@ -239,8 +248,8 @@ void TranslatorASP::translateDerivedPredicates(const ::pddl::normalizedAST::Deri
m_outputStream << "(" << *derivedPredicate;
translateVariablesForRuleHead(m_outputStream, derivedPredicate->parameters);
translateVariablesForRuleHead(m_outputStream, derivedPredicate->existentialParameters);
translateVariablesForRuleHead(m_outputStream, derivedPredicate->parameters, variableIDs);
translateVariablesForRuleHead(m_outputStream, derivedPredicate->existentialParameters, variableIDs);
m_outputStream << ")), " << colorlog::Keyword("type") << "(";
@ -262,18 +271,18 @@ void TranslatorASP::translateDerivedPredicates(const ::pddl::normalizedAST::Deri
if (!derivedPredicate->parameters.empty() || !derivedPredicate->existentialParameters.empty())
m_outputStream << " :- ";
translateVariablesForRuleBody(m_outputStream, derivedPredicate->parameters);
translateVariablesForRuleBody(m_outputStream, derivedPredicate->parameters, variableIDs);
if (!derivedPredicate->existentialParameters.empty() && !derivedPredicate->parameters.empty())
m_outputStream << ", ";
translateVariablesForRuleBody(m_outputStream, derivedPredicate->existentialParameters);
translateVariablesForRuleBody(m_outputStream, derivedPredicate->existentialParameters, variableIDs);
m_outputStream << ".";
// Precondition
if (derivedPredicate->precondition)
translateDerivedPredicatePrecondition(m_outputStream, derivedPredicate->precondition.value(), "derivedPredicate", printDerivedPredicateName);
translateDerivedPredicatePrecondition(m_outputStream, derivedPredicate->precondition.value(), "derivedPredicate", printDerivedPredicateName, variableIDs);
m_outputStream << std::endl << colorlog::Function("postcondition") << "(";
printDerivedPredicateName();
@ -281,7 +290,7 @@ void TranslatorASP::translateDerivedPredicates(const ::pddl::normalizedAST::Deri
<< ", " << colorlog::Keyword("effect") << "("
<< colorlog::Reserved("unconditional") << ")"
<< ", ";
translateDerivedPredicateDeclarationToVariable(m_outputStream, *derivedPredicate, true);
translateDerivedPredicateDeclarationToVariable(m_outputStream, *derivedPredicate, variableIDs, true);
m_outputStream << ") :- " << colorlog::Function("derivedPredicate") << "(";
printDerivedPredicateName();
m_outputStream << ").";
@ -302,6 +311,8 @@ void TranslatorASP::translateActions() const
for (const auto &action : actions)
{
VariableIDMap variableIDs;
const auto printActionName =
[&]()
{
@ -314,7 +325,7 @@ void TranslatorASP::translateActions() const
}
m_outputStream << "(" << *action;
translateVariablesForRuleHead(m_outputStream, action->parameters);
translateVariablesForRuleHead(m_outputStream, action->parameters, variableIDs);
m_outputStream << "))";
};
@ -336,7 +347,7 @@ void TranslatorASP::translateActions() const
if (!action->parameters.empty())
{
m_outputStream << " :- ";
translateVariablesForRuleBody(m_outputStream, action->parameters);
translateVariablesForRuleBody(m_outputStream, action->parameters, variableIDs);
}
m_outputStream << ".";
@ -344,12 +355,12 @@ void TranslatorASP::translateActions() const
// Precondition
if (action->precondition)
translatePrecondition(m_outputStream, action->precondition.value(), printActionName,
printPreconditionRuleBody);
printPreconditionRuleBody, variableIDs);
// Effect
if (action->effect)
translateEffect(m_outputStream, action->effect.value(), printActionName,
numberOfConditionalEffects);
numberOfConditionalEffects, variableIDs);
m_outputStream << std::endl;
}