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// Vector
////////////////////////////
RegisterBuiltinFunc< TypeWrapper< pvec > () >( e, "MkVec"_sid,
[]() -> TypeWrapper< pvec >
{
return make_shared< Vector >();
} );
RegisterBuiltinFunc< tuple< uint32_t, bool > ( TypeWrapper< pvec > ) >( e, "GetVecLength"_sid,
[]( const TypeWrapper< pvec >& vec )
{
auto vl = vec.get()->length();
return make_tuple( static_cast< uint32_t >( vl.minLength() ), vl.isVariable() );
} );
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// Vector
////////////////////////////
RegisterBuiltinFunc< TypeWrapper< pvec > () >( e, "MkVec"_sid,
[]() -> TypeWrapper< pvec >
{
return make_shared< Vector >();
} );
RegisterBuiltinFunc< void ( TypeWrapper< pvec >, TypeWrapper< pvec > ) >( e, "MkVecConcat"_sid,
[]( const TypeWrapper< pvec >& vec1, const TypeWrapper< pvec >& vec2 )
{
return make_shared< Vector >( Vector::MakeConcat( *vec1.get(), *vec2.get() ) );
} );
RegisterBuiltinFunc< void ( TypeWrapper< pvec >, uint32_t, TermWrapper ) >( e, "SetTerm"_sid,
[]( const TypeWrapper< pvec >& vec, uint32_t index, const TermWrapper& t )
{
vec.get()->terms()[index] = t.get();
} );
RegisterBuiltinFunc< void ( TypeWrapper< pvec >, int32_t ) >( e, "SetVecWeight"_sid,
[]( const TypeWrapper< pvec >& vec, int32_t w )
{
vec.get()->setWeight( w );
} );
RegisterBuiltinFunc< void ( TypeWrapper< pvec >, int32_t ) >( e, "SetVecWeightOverride"_sid,
[]( const TypeWrapper< pvec >& vec, int32_t w )
{
vec.get()->setWeightOverride( w );
} );
RegisterBuiltinFunc< void ( TypeWrapper< pvec >, TermWrapper ) >( e, "VecAppend"_sid,
[]( const TypeWrapper< pvec >& vec, const TermWrapper& t )
{
vec.get()->append( t.get() );
} );
RegisterBuiltinFunc< void ( TypeWrapper< pvec >, TermWrapper ) >( e, "VecSetRepetition"_sid,
[]( const TypeWrapper< pvec >& vec, const TermWrapper& t )
{
vec.get()->setRepetitionTerm( t.get() );
} );
RegisterBuiltinFunc< tuple< uint32_t, bool > ( TypeWrapper< pvec > ) >( e, "GetVecLength"_sid,
[]( const TypeWrapper< pvec >& vec )
{
auto vl = vec.get()->length();
return make_tuple( static_cast< uint32_t >( vl.minLength() ), vl.isVariable() );
} );
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