SMARTPOP
Simulating Mating Alliances as a Reproductive Tactic for Populations
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This is the complete list of members for Population< T >, including all inherited members.
analyse() | Population< T > | |
burnin(int gen, double facMu) (defined in Population< T >) | Population< T > | |
burnin(double diversityTreshold, int gen, double facMu) | Population< T > | |
burnin(int gen, double facMu) (defined in Population< T >) | Population< T > | |
burnin(int gen, double facMu) (defined in Population< T >) | Population< T > | |
burnin(int gen, double facMu) (defined in Population< T >) | Population< T > | |
burnin(double diversityTreshold, int genLimit, double facMu) (defined in Population< T >) | Population< T > | |
burnin(double diversityTreshold, int genLimit, double facMu) (defined in Population< T >) | Population< T > | |
burnin(double diversityTreshold, int genLimit, double facMu) (defined in Population< T >) | Population< T > | |
diversity_A() const | Population< T > | |
diversity_A() const (defined in Population< T >) | Population< T > | |
diversity_A() const (defined in Population< T >) | Population< T > | |
diversity_A() const (defined in Population< T >) | Population< T > | |
diversity_mtdna() const | Population< T > | |
diversity_mtdna() const (defined in Population< T >) | Population< T > | |
diversity_mtdna() const (defined in Population< T >) | Population< T > | |
diversity_mtdna() const (defined in Population< T >) | Population< T > | |
diversity_X() const | Population< T > | |
diversity_X() const (defined in Population< T >) | Population< T > | |
diversity_X() const (defined in Population< T >) | Population< T > | |
diversity_X() const (defined in Population< T >) | Population< T > | |
diversity_Y() const | Population< T > | |
diversity_Y() const (defined in Population< T >) | Population< T > | |
diversity_Y() const (defined in Population< T >) | Population< T > | |
diversity_Y() const (defined in Population< T >) | Population< T > | |
evolve(int gen) | Population< T > | |
evolve_gene(int gen, std::string filename) | Population< T > | |
evolve_one() (defined in Population< T >) | Population< T > | |
female | Population< T > | |
get_crumbA() const (defined in Population< T >) | Population< T > | |
get_crumbMt() const (defined in Population< T >) | Population< T > | |
get_crumbX() const (defined in Population< T >) | Population< T > | |
get_crumbY() const (defined in Population< T >) | Population< T > | |
get_generation() const | Population< T > | |
get_growthFactor() const (defined in Population< T >) | Population< T > | |
get_inbreeding() const | Population< T > | |
get_matingSystem() const | Population< T > | |
get_muA1() const | Population< T > | |
get_muA2() const | Population< T > | |
get_muMt1() const | Population< T > | |
get_muMt2() const | Population< T > | |
get_muX1() const | Population< T > | |
get_muX2() const | Population< T > | |
get_muY1() const | Population< T > | |
get_muY2() const | Population< T > | |
get_nb_children() | Population< T > | |
get_nb_mates() | Population< T > | |
get_nbCellPerA() const (defined in Population< T >) | Population< T > | |
get_nbCellPerX() const (defined in Population< T >) | Population< T > | |
get_nbChromosomesA() const (defined in Population< T >) | Population< T > | |
get_nbChromosomesX() const (defined in Population< T >) | Population< T > | |
get_nbFemale() const | Population< T > | |
get_nbHuman() const | Population< T > | |
get_nbMale() const | Population< T > | |
get_pop(int current) const | Population< T > | |
get_popsizeDemo() const | Population< T > | |
get_sizeMt() const | Population< T > | |
get_sizePerA() const (defined in Population< T >) | Population< T > | |
get_sizePerX() const (defined in Population< T >) | Population< T > | |
get_sizeY() const (defined in Population< T >) | Population< T > | |
male | Population< T > | |
operator<< (defined in Population< T >) | Population< T > | friend |
operator=(Population const &) | Population< T > | |
output_arlequin(std::string const &filename) (defined in Population< T >) | Population< T > | |
output_arlequin(std::string const &filename) (defined in Population< T >) | Population< T > | |
output_arlequin(std::string const &filename) (defined in Population< T >) | Population< T > | |
output_arlequin(std::string const &filename) (defined in Population< T >) | Population< T > | |
output_diversity() | Population< T > | |
output_genealogy(std::ofstream &fs) | Population< T > | |
output_nb_child() | Population< T > | |
output_nb_mates() | Population< T > | |
output_pop_size() const | Population< T > | |
pairwise_distance_mtdna() const | Population< T > | |
pairwise_distance_mtdna() const (defined in Population< T >) | Population< T > | |
pairwise_distance_mtdna() const (defined in Population< T >) | Population< T > | |
pairwise_distance_mtdna() const (defined in Population< T >) | Population< T > | |
polySites(int nuclear) const | Population< T > | |
polySites(int nuclear) const (defined in Population< T >) | Population< T > | |
polySites(int nuclear) const (defined in Population< T >) | Population< T > | |
polySites(int nuclear) const (defined in Population< T >) | Population< T > | |
polySites_mtdna() const | Population< T > | |
polySites_mtdna() const (defined in Population< T >) | Population< T > | |
polySites_mtdna() const (defined in Population< T >) | Population< T > | |
polySites_mtdna() const (defined in Population< T >) | Population< T > | |
Population() | Population< T > | inline |
Population(int N, int mt, int xL, int xS, int y, int aL, int aS) | Population< T > | inlineexplicit |
Population(Population const &a) | Population< T > | inline |
Population(std::string const &filename) (defined in Population< T >) | Population< T > | explicit |
Population(string const &filename) (defined in Population< T >) | Population< T > | |
Population(string const &filename) (defined in Population< T >) | Population< T > | |
Population(std::string const &filename) (defined in Population< T >) | Population< T > | |
reset(int N) (defined in Population< T >) | Population< T > | |
resize(int) | Population< T > | |
set_growthFactor(double, double, double) | Population< T > | |
set_growthFactor(std::vector< double >) | Population< T > | |
set_inbreeding(int) | Population< T > | |
set_mating_system(int) (defined in Population< T >) | Population< T > | |
set_mu(double, double, double, double) | Population< T > | |
set_mu(double, double, double, double, double, double, double, double) | Population< T > | |
subsample(int sampleSize, int nbWomen) | Population< T > | |
subsample_female() | Population< T > | |
subsample_male() | Population< T > | |
test(int) | Population< T > | |
test(int i) (defined in Population< T >) | Population< T > | |
test(int i) (defined in Population< T >) | Population< T > | |
test(int i) (defined in Population< T >) | Population< T > | |
write_fasta(std::string const &file_name) const | Population< T > | |
write_fasta(std::string const &file_name) const (defined in Population< T >) | Population< T > | |
write_fasta(string const &file_name) const (defined in Population< T >) | Population< T > | |
write_fasta(std::string const &file_name) const (defined in Population< T >) | Population< T > | |
write_nexus(std::string const &file_name) const | Population< T > | |
write_nexus(std::string const &file_name) const (defined in Population< T >) | Population< T > | |
write_nexus(string const &file_name) const (defined in Population< T >) | Population< T > | |
write_nexus(std::string const &file_name) const (defined in Population< T >) | Population< T > | |
write_smartFormat(std::string const &filename) const | Population< T > | |
write_smartFormat(string const &filename) const (defined in Population< T >) | Population< T > | |
write_smartFormat(string const &filename) const (defined in Population< T >) | Population< T > | |
write_smartFormat(std::string const &filename) const (defined in Population< T >) | Population< T > | |
write_txt_pop(std::string const &) const | Population< T > | |
~Population() | Population< T > | inline |