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#include "apply_fsa_models.h"
#include "hg.h"
#include "ff_fsa_dynamic.h"
#include "feature_vector.h"
#include "stringlib.h"
#include "apply_models.h"
#include <stdexcept>
#include <cassert>
using namespace std;
struct ApplyFsa {
ApplyFsa(const Hypergraph& ih,
const SentenceMetadata& smeta,
const FsaFeatureFunction& fsa,
DenseWeightVector const& weights,
ApplyFsaBy const& cfg,
Hypergraph* oh)
:ih(ih),smeta(smeta),fsa(fsa),weights(weights),cfg(cfg),oh(oh)
{
// sparse_to_dense(weight_vector,&weights);
Init();
}
void Init() {
ApplyBottomUp();
//TODO: implement l->r
}
void ApplyBottomUp() {
assert(cfg.IsBottomUp());
vector<const FeatureFunction*> ffs;
ModelSet models(weights, ffs);
IntersectionConfiguration i(cfg.BottomUpAlgorithm(),cfg.pop_limit);
ApplyModelSet(ih,smeta,models,i,oh);
}
private:
const Hypergraph& ih;
const SentenceMetadata& smeta;
const FsaFeatureFunction& fsa;
// WeightVector weight_vector;
DenseWeightVector weights;
ApplyFsaBy cfg;
Hypergraph* oh;
};
void ApplyFsaModels(const Hypergraph& ih,
const SentenceMetadata& smeta,
const FsaFeatureFunction& fsa,
DenseWeightVector const& weight_vector,
ApplyFsaBy const& cfg,
Hypergraph* oh)
{
ApplyFsa a(ih,smeta,fsa,weight_vector,cfg,oh);
}
namespace {
char const* anames[]={
"BU_CUBE",
"BU_FULL",
"EARLEY",
0
};
}
//TODO: named enum type in boost?
std::string ApplyFsaBy::name() const {
return anames[algorithm];
}
std::string ApplyFsaBy::all_names() {
std::ostringstream o;
for (int i=0;i<N_ALGORITHMS;++i) {
assert(anames[i]);
if (i) o<<' ';
o<<anames[i];
}
return o.str();
}
ApplyFsaBy::ApplyFsaBy(std::string const& n, int pop_limit) : pop_limit(pop_limit){
algorithm=0;
std::string uname=toupper(n);
while(anames[algorithm] && anames[algorithm] != uname) ++algorithm;
if (!anames[algorithm])
throw std::runtime_error("Unknown ApplyFsaBy type: "+n+" - legal types: "+all_names());
}
ApplyFsaBy::ApplyFsaBy(int i, int pop_limit) : pop_limit(pop_limit) {
assert (i>=0);
assert (i<N_ALGORITHMS);
algorithm=i;
}
int ApplyFsaBy::BottomUpAlgorithm() const {
assert(IsBottomUp());
return algorithm==BU_CUBE ?
IntersectionConfiguration::CUBE
:IntersectionConfiguration::FULL;
}
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