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SMARTPOP
Simulating Mating Alliances as a Reproductive Tactic for Populations
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This is the complete list of members for DNA, including all inherited members.
| dist_two(int a, int b) const | DNA | |
| DNA() (defined in DNA) | DNA | |
| DNA(Population< T > *pop) | DNA | inlineexplicit |
| DNA(Population< Humandna > *pop, int tdna) (defined in DNA) | DNA | |
| DNA(DNA const &a) | DNA | |
| DNA(DNA const &a, DNA const &b) | DNA | |
| DNA(typeDNA *input, int size) | DNA | |
| DNA(array_type const &input, int sizeN, int sizeX) (defined in DNA) | DNA | |
| DNA(std::vector< std::vector< typeDNA > > input) (defined in DNA) | DNA | |
| get_N() const (defined in DNA) | DNA | |
| get_nbS() const | DNA | |
| get_nbXcell() const | DNA | |
| hap_frequency() const | DNA | |
| haplotypes() const | DNA | |
| heterozigosity_hap() const | DNA | |
| heterozigosity_sites() const | DNA | |
| mean_pw_diff() const | DNA | |
| nb_of_haplotypes() const | DNA | |
| Neff(double theta, double mu) const | DNA | |
| operator+ (defined in DNA) | DNA | friend |
| operator<< (defined in DNA) | DNA | friend |
| operator=(DNA const &) | DNA | |
| output_arlequin(std::string filename) const | DNA | |
| output_diversity(std::ofstream &) const | DNA | |
| output_diversity(std::ofstream &fs, int Ntheo) const | DNA | |
| output_diversity_with_time(std::ofstream &, int Ntheo, int timeG) const | DNA | |
| output_fasta(std::string filename) const | DNA | |
| poly_sites() const | DNA | |
| prop_poly_sites() const | DNA | |
| SFS(std::string filename) const | DNA | |
| SFS_DNA(std::string filename) const | DNA | |
| site_frequency(int site) const | DNA | |
| site_frequency_DNA(int site) const | DNA | |
| tajima_D() const | DNA | |
| theta_hom() const (defined in DNA) | DNA | |
| theta_pi() const (defined in DNA) | DNA | |
| theta_waterson() const | DNA | |
| ~DNA() (defined in DNA) | DNA |
1.8.4