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dtlearn.cpp
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dtlearn.cpp
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#include "Common.h"
#include "dtlearn.h"
using namespace std;
void test(const char*filename_rst,const char*filename_align,const char *filename_en)
{
//string s="0-0 0-1 0-2 1-2 2-2 3-2 4-2 0-3 0-4 2-5 8-6 8-7 0-8 9-9 5-10 0-11 0-12 0-13 6-14 6-15 7-16";
// AlignedRel arObj;
// arObj.LoadAlignedSentence(s);
// arObj.GetESpanGivenCSpan(0,4);
// arObj.GetESpanGivenCSpan(0,9);
ifstream in(filename_rst);
ifstream in1(filename_align);
ifstream in2(filename_en);
int count(1),pos;
if(!in || !in1||!in2){cerr<<"wrong to open file\n";exit(1);}
string line,mark,line1,line2;
map<string,int> biIndex;
vector<vector<int> > biIndexMap;
vector<vector<int> > orderIndexMap;
Row transSet;
vector<string> dataVec;
while(getline(in,line) && getline(in1,line1) &&getline(in2,line2))
{
cerr<<count<<endl;
line=half2full(line);line1=half2full(line1);
pos=line.find(" ");
mark=line.substr(0,pos);
pos= pos=line.find_first_not_of(" ",pos+1);
line = line.substr(pos);
TransRule rule;
if(rule.LoadItemAndRST(line1,line,line2))
MakeStOfBiLm_1(count-1,rule,biIndex,biIndexMap,orderIndexMap,transSet);
rule.Clear();
++count;
}
map<string,int >::iterator it=biIndex.begin();
cerr<<biIndex.rbegin()->first<<endl;
float tmpOrder,tmpTrans;
int ind;
while(it!=biIndex.end())
{// source ||| target ||| trans Prob. ||| reorder Prob.
ind = (*it).second;
// tmpOrder=orderIndexMap[ind].at(0)+orderIndexMap[ind].at(1);
NewRow tmpVC;
tmpTrans = SumRow(transSet[ind]);
map<string,CountStruct >::iterator it1 = transSet[ind].begin();
while(it1!=transSet[ind].end()){tmpVC.push((*it1));it1++;}
//vector<VCPair>::iterator it1 = tmpVC.begin();
while(!tmpVC.empty())
{
float revRate=float(tmpVC.top().second.revCount)/tmpVC.top().second.count;
cout<<(*it).first<<" ||| "<<tmpVC.top().first<<" ||| " << tmpVC.top().second.count/tmpTrans<<" ||| "<<1-revRate<<" "<<revRate<<" "\
<<tmpVC.top().second.count-tmpVC.top().second.revCount << " "<<tmpVC.top().second.revCount<<" "<<tmpVC.top().second.count<<endl;
tmpVC.pop();
}
it++;
}
}
void test_1(const char*filename_rst,const char* filename_syn,const char* filename_ori)
{
ifstream in(filename_rst);
ifstream in1(filename_syn);
ifstream in2(filename_ori);
int count(1);
if(!in || !in1 || !in2){cerr<<"wrong to open file\n";exit(1);}
string line,line1,line2;
while(getline(in,line) && getline(in1,line1)&&getline(in2,line2))
{
cerr<<count++<<endl;
cerr<<line2<<endl;
line=half2full(line); line1=half2full(line1);line2=half2full(line2);
SynTree *mytree=new SynTree(line2);
mytree->ParseTree(line1,0);
//mytree->PrintTree(&mytree->root);
cerr<<"syn tree has been parsed\n";
RSTTree rstTree;
rstTree.MyConstructRSTTree(line);
cerr<<"rst tree has been parsed\n";
if(rstTree.wordVec.size()!=mytree->GetSize()){cerr<<"wrong in file\n";cerr<<rstTree.wordVec.size()<<" "<<mytree->GetSize()<<endl;
copy(rstTree.wordVec.begin(),rstTree.wordVec.end(),ostream_iterator<string,char>(cout," "));
cout<<endl;
exit(1);}
DataItem item(rstTree.wordVec);
FeatExt extracter;
extracter.FeatIntial(rstTree);
extracter.GetTrainFeat_1(line,mytree,item);
extracter.PrintTrainFeatures();
//==============================
//mytree->ClearTree();
//extracter.Clear();
}
}
void test_2(const char*filename,const char* filename_syn,const char*dec_pos,const char*dec_conn,const char*keywordfile)
{
ifstream in(filename_syn);
ifstream in1(filename);
int count(1);
if(!in ){cerr<<"wrong to open file: "<<filename_syn<<endl;;exit(1);}
string line,line1;
Resource objR;
objR.LoadKeyWordSet(keywordfile);
FeatExt extracter;
extracter.DecisionLearn(dec_pos);
extracter.LoadLM(dec_conn);
while(getline(in,line) && getline(in1,line1))
{
line=half2full(line); line1=half2full(line1);
// cerr<<line<<endl;
// cerr<<line1<<endl;
cerr<<count++<<endl;
SynTree *mytree=new SynTree(line1);
if(mytree->ParseTree(line,0)<0){cout<<"0 ||| "<<line1<<endl;continue;}
if (mytree->GetSize()==0){cout<<line1<<endl;continue;}
cerr<<"tree has been parsed\n";
// DataItem item(mytree->sentenceVec);
DataItem item(line1);
cerr<<item.sentenceVec.size()<<endl;
vector<TestRes> resVec=extracter.DecideForEachSegCharUnit(line1,item,objR,mytree);
cerr<<resVec.size()<<endl;
extracter.DecideConnForNewSegCharUnit(resVec,item,objR);
//==============================
//mytree->ClearTree();
//extracter.Clear();
}
}
void test_3(const char*filename_rst)
{
ifstream in(filename_rst);
int count(1);
if(!in ){cerr<<"wrong to open file\n";exit(1);}
string line,mark;
map<string,vector<int> > biIndexMap;
vector<string> dataVec;int pos(0);
while(getline(in,line))
{
cerr<<count<<endl;
dataVec.push_back(line);
line=half2full(line);
pos=line.find(" ");
mark=line.substr(0,pos);
pos=line.find_first_not_of(" ",pos+1);
line = line.substr(pos);
RSTTree rstTree;
rstTree.MyConstructRSTTree(line);
cerr<<"rst tree has been parsed\n";
DataItem item(rstTree.wordVec);
cerr<<item.sentenceVec.size()<<endl;
if(rstTree.RSTNodeVec[0].leftChild!=NULL)
{
cout<<mark<<' ';
PrintRSTTree(item,rstTree.RSTNodeVec);}
++count;
}
}
void test_4(const char*filename_rst)
{
PostDecodeClass obj;
obj.LoadAndPrintRSTTree(filename_rst);
}
void test_5(const char*filename_rst,const char*conn)
{// for make statistics for each relationship
LittleFuncClass obj;
obj.LoadRSTFile(filename_rst);
//obj.PrintRelAndCount();
obj.HierarchicalSample_forConn(15,conn);
}
void test_6(const char*filename_rst)
{
ifstream in(filename_rst);
int count(1);
if(!in ){cerr<<"wrong to open file\n";exit(1);}
string line,mark,line1;
int pos;
while(getline(in,line1))
{
cerr<<count<<endl;
line=half2full(line1);
pos=line.find(" ");
mark=line.substr(0,pos);
pos=line.find_first_not_of(" ",pos+1);
line = line.substr(pos);
RSTTree rstTree;
rstTree.MyConstructRSTTree(line);
cerr<<"rst tree has been parsed\n";
if(rstTree.RSTNodeVec[0].leftChild!=NULL)
{
vector<RSTNode *>vec;
vec = rstTree.GetAllRSTTree();
if (vec.size() > 4 )
cout<<line1<<endl;
}
++count;
}
}
void test_7(const char*autofile,const char*reffile)
{
LittleFuncClass obj;
obj.ComputeAccAndRecall(autofile,reffile);
}
void test_8(const char*rstfile)
{
LittleFuncClass obj;
obj.LoadRSTFile(rstfile);
obj.ComputeRSTFileDistribution();
}
void Baseline(const char* orifile, const char* synfile)
{
BaselineClass obj;
obj.Divide(orifile,synfile);
}
int main(int argc,char *argv[])
{
//test();
string prefix="/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/";
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/parser/iter1.1.rst");
// argv[2]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/parser/chtbout-1059.par");
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/parser/chtbout-1059.seg");
// argv[1]="/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/test.rst";
// argv[2]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/test.aligned");
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/test.ori");
// argv[2]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/test.syn");
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/fbis/dis.ch.new");
// argv[2]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/fbis/dis.ch.ber.new");
// argv[1]=("/home/mtu/workdir/chtb6.0/chtb6.0/data/utf8/chtb.seg");
// argv[2]=("/home/mtu/workdir/chtb6.0/chtb6.0/data/utf8/chtb.par");
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/cwmt/tst08");
// argv[2]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/cwmt/tst08.10parse");
// argv[3]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/dec_pos_6");
// argv[4]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/conn_rel_6");
// argv[5]="/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/keyword_6";
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/testout/out.6.recalled.4");
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/testout/recalled.0314");
// argv[2]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/testout/recalled.0314.aligned");
// argv[3]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/testout/recalled.0314.en");
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/testout/train1000.rst.num.newfm");
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/parser/chtbout-1059.test");
// argv[2]="/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/conn_rel_6";
// argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/testout/recalled.0120.revised");
argv[1]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/parser/testset.auto");
argv[2]=("/home/mtu/workdir/discourse/bigmodel/src/dtlearn/bin/Debug/parser/testset.revised.1");
// if(argc != 6){cerr<<argv[0]<<" <original file> <syntax file> <dec_pos> <conn_rel> <keywordfile>\n";exit(1);}
//cerr<<argv[1]<<'\n'<<argv[2]<<'\n'<<argv[3]<<'\n'<<argv[4]<<'\n';
// test_1(argv[1],argv[2],argv[3]);
// test_2(argv[1],argv[2],argv[3],argv[4],argv[5]);
//test_3(argv[1]);
// test(argv[1],argv[2],argv[3]);
// test_4(argv[1]); //generate post3
// test_5(argv[1],argv[2]);
test_7(argv[1],argv[2]);
//test_8(argv[1]);
//Baseline(argv[1],argv[2]);
}