// string bpfs(void) const {return _bpfs.value();}
/// Derive the bpf
void derive(void) {
std::cout << "compute problem input data : " << _bpfs.value() << " - " << std::endl;
string str1 = _bpfs.value();
string str2 (") (");
string sub1,sub2;
size_t found;
// different member versions of find in the same order as above:
found=str1.find(str2);
if (found!=string::npos)
cout << "first ))(( found at: " << int(found) << endl;
sub1 = str1.substr(1,found);
sub2 = str1.substr(found +1,str1.size() - found - 2);
cout << " " << str1.substr(1,found) << endl;
cout <<" " << str1.substr(found +1,str1.size() - found - 2) << endl;
cout <<"SIZE " << _size.value() << endl;
Bpf bpf0(sub1);
thebpfs[0]=bpf0;
profils[0]=bpf0.profil(size() - 1);
Bpf bpf1(sub2);
thebpfs[1]=bpf1;
profils[1]=bpf1.profil(size() - 1);
bpfs_n = 1;
}
/// Return number of colors
unsigned int colors(void) const { return _colors.value(); }
/// Return width
unsigned int width(void) const {
if (_size.value() == 0)
return _width.value();
else
return _size.value();
}
/// Return height
unsigned int height(void) const {
if (_size.value() == 0)
return _height.value();
else
return _size.value();
}
/// Get lambda, sets of symbols per sequence
int l(void) const {
return _l.value();
}
/// Get q, number of symbols
int q(void) const {
return _q.value();
}
/// Get v, number of sequences
int v(void) const {
return _v.value();
}
/// Get d, Hamming distance between sequences
int d(void) const {
return _d.value();
}
// Return len2
unsigned int len2(void) const { return _len2.value(); }
// Return len1
unsigned int len1(void) const { return _len1.value(); }
// Return the start number (0 or 1)
unsigned int start(void) const { return _start.value(); }
// Return base to use
unsigned int base(void) const { return _base.value(); }
/// Return number of chords
unsigned int size(void) const { return _size.value(); }
/// Return minimum distance
unsigned int distance(void) const { return _distance.value(); }
/// Return maximum number of notes
unsigned int nn(void) const { return _nn.value(); }
/// Return number of bits
unsigned int bits(void) const { return _bits.value(); }