vector<string> extract_sorted_suffixes_for_latex(const tCsa &csa){
vector<string> text(csa.size());
for (size_type i=0; i < csa.size(); ++i){
string tmp = algorithm::extract(csa, csa[i], csa.size()-1);
for (size_t j=0; j < tmp.size(); ++j)
text[i] += util::to_latex_string((unsigned char)tmp[j]);
}
return text;
}
void do_something(const tCsa &csa){
stop_watch sw;
uint64_t sum=0;
sw.start();
for(size_t i=0; i<csa.size() and i<10000000;++i){
sum+=csa.psi(i);
}
sw.stop();
cout << sw.get_real_time() << endl;
cout<<"sum="<<sum<<endl;
}
void do_something(const tCsa& csa)
{
uint64_t sum=0;
auto start = timer::now();
for (size_t i=0; i<csa.size() and i<10000000; ++i) {
sum+=csa.psi(i);
}
auto stop = timer::now();
cout << duration_cast<microseconds>(stop-start).count() << endl;
cout <<"sum="<<sum<<endl;
}
void write_tikz_output_bwd(ostream &out, const tCsa &csa, const tBitVector &bf, const tBitVector &bl,
const bit_vector &bm, size_type b,
const vector<bwd_block_info> &fwd_blocks_in_bwd,
const int_vector<> &min_depth){
typedef bit_vector::size_type size_type;
begin_tikzpicture(out, "font=\\tt, inner sep=0.1mm, remember picture");
write_y_column(out, csa.size()+1);
int_vector<> v(csa.size());
util::set_to_id(v);
write_tikz_column_from_container(out, v, "i");
write_tikz_column_from_container(out, csa.bwt,"bwt");
write_tikz_column_from_container(out, bl,"bwdbl");
write_tikz_column_from_container(out, bf,"bwdbf");
vector<string> text = extract_sorted_suffixes_for_latex(csa);
write_tikz_column_from_container(out, text, "text");
end_tikzpicture(out);
write_tikz_array(out, fwd_blocks_in_bwd, "fwdBlocksInBwd");
write_tikz_array(out, bl, "bwdBlArray");
write_tikz_array(out, csa.bwt, "bwdBWTArray", true);
write_tikz_array(out, bm, "bmArray");
write_tikz_array(out, min_depth, "minDepthArray");
}
