SMARTPOP
Simulating Mating Alliances as a Reproductive Tactic for Populations
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- a -
analyse() :
Population< T >
- b -
burnin() :
Population< T >
- c -
check_parameters() :
Simulation
- d -
dist_two() :
DNA
diversity_A() :
Population< T >
diversity_mtdna() :
Population< T >
diversity_X() :
Population< T >
diversity_Y() :
Population< T >
DNA() :
DNA
- e -
evolve() :
Population< T >
evolve_gene() :
Population< T >
export_file() :
Simulation
- g -
get_generation() :
Population< T >
get_inbreeding() :
Population< T >
get_matingSystem() :
Population< T >
get_muA1() :
Population< T >
get_muA2() :
Population< T >
get_muMt1() :
Population< T >
get_muMt2() :
Population< T >
get_muX1() :
Population< T >
get_muX2() :
Population< T >
get_muY1() :
Population< T >
get_muY2() :
Population< T >
get_nb_children() :
Population< T >
get_nb_mates() :
Population< T >
get_nbCrumbNuc() :
Humandna
get_nbFemale() :
Population< T >
get_nbHuman() :
Population< T >
get_nbMale() :
Population< T >
get_nbS() :
DNA
get_nbXcell() :
DNA
get_nSimu() :
Simulation
get_pop() :
Population< T >
get_popsizeDemo() :
Population< T >
get_sizeMt() :
Population< T >
get_verbose() :
Simulation
getFather() :
Human
getNbChild() :
Human
getNbMate() :
Human
- h -
hadChild() :
Human
hap_frequency() :
DNA
haplotypes() :
DNA
header_write() :
Simulation
heterozigosity_hap() :
DNA
heterozigosity_sites() :
DNA
Human() :
Human
Humandna() :
Humandna
Humanmt() :
Humanmt
- l -
load_directory() :
Simulation
load_file() :
Simulation
- m -
mean_pw_diff() :
DNA
- n -
nb_of_haplotypes() :
DNA
Neff() :
DNA
newMate() :
Human
- o -
operator=() :
DNA
,
Human
,
Humanmt
,
Population< T >
,
Humandna
,
Simulation
output_arlequin() :
DNA
output_diversity() :
DNA
,
Population< T >
output_diversity_with_time() :
DNA
output_fasta() :
DNA
output_genealogy() :
Population< T >
output_nb_child() :
Population< T >
output_nb_mates() :
Population< T >
output_pop_size() :
Population< T >
- p -
pairwise_distance_mtdna() :
Population< T >
poly_sites() :
DNA
polySites() :
Population< T >
polySites_mtdna() :
Population< T >
Population() :
Population< T >
print_help() :
Simulation
prop_poly_sites() :
DNA
- r -
reborn() :
Human
,
Humandna
,
Humanmt
reset() :
Humanmt
,
Human
,
Humandna
resize() :
Population< T >
- s -
set_arlequin_on() :
Simulation
set_burninT() :
Simulation
set_diversityX() :
Simulation
set_dnaComplexity() :
Simulation
set_fasta_on() :
Simulation
set_fileoutput() :
Simulation
set_genealogy_on() :
Simulation
set_growthFactor() :
Population< T >
,
Simulation
set_header_on() :
Simulation
set_inbreeding() :
Population< T >
,
Simulation
set_matsys() :
Simulation
set_mu() :
Population< T >
,
Simulation
,
Population< T >
set_nSimu() :
Simulation
set_nstep() :
Simulation
set_popsize() :
Simulation
set_sample() :
Simulation
set_save_on() :
Simulation
set_seed() :
Simulation
set_sizeMt() :
Simulation
set_step() :
Simulation
set_verbose_on() :
Simulation
SFS() :
DNA
SFS_DNA() :
DNA
Simulation() :
Simulation
site_frequency() :
DNA
site_frequency_DNA() :
DNA
subsample() :
Population< T >
subsample_female() :
Population< T >
subsample_male() :
Population< T >
- t -
tajima_D() :
DNA
test() :
Population< T >
theta_waterson() :
DNA
- w -
write_fasta() :
Population< T >
write_nexus() :
Population< T >
write_smartFormat() :
Population< T >
write_txt_pop() :
Population< T >
- ~ -
~Human() :
Human
~Humandna() :
Humandna
~Population() :
Population< T >
~Simulation() :
Simulation
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