print_data.html

有趣的模拟进化的程序 由国外一生物学家开发 十分有趣

<h3>Event: <tt>print_data</tt> options</h3>

<table cellpadding=5 border=2>
<tr><th>Keyword  <th>Description
<tr><td><tt>update</tt> <td>Current Update
<tr><td><tt>sub_update</tt> <td>Instructions executed within update
<tr><td><tt>generation</tt> <td>Average Generation in Population
<tr><td><tt>entropy</tt> <td>Genotype Entropy (Diversity)
<tr><td><tt>species_entropy</tt> <td>Species Entropy (Diversity)
<tr><td><tt>energy</tt> <td>Average Inferiority (Energy)
<tr><td><tt>dom_merit</tt> <td>Ave Merit of Dominant Genotype
<tr><td><tt>dom_gest</tt> <td>Ave Gestation Time of Dominant Genotype
<tr><td><tt>dom_fitness</tt> <td>Ave Fitness of Dominant Genotype
<tr><td><tt>dom_repro</tt> <td>Ave Repro-Rate of Dominant Genotype
<tr><td><tt>dom_length</tt> <td>Genome Length of Dominant Genotype
<tr><td><tt>dom_copy_length</tt> <td>Copied Length of Dominant Genotype
<tr><td><tt>dom_exe_length</tt> <td>Executed Length of Dominant Genotype
<tr><td><tt>dom_id</tt> <td>ID of Dominant Genotype
<tr><td><tt>dom_name</tt> <td>Name of Dominant Genotype
<tr><td><tt>dom_births</tt> <td>Birth Count of Dominant Genotype
<tr><td><tt>dom_breed_true</tt> <td>Breed-True Count  of Dominant Genotype
<tr><td><tt>dom_breed_in</tt> <td>Breed-In Count of Dominant Genotype
<tr><td><tt>dom_breed_out</tt> <td>Breed-Out Count of Dominant Genotype
<tr><td><tt>dom_num_cpus</tt> <td>Abundance of Dominant Genotype
<tr><td><tt>dom_depth</tt> <td>Tree Depth of Dominant Genotype
<tr><td><tt>dom_sequence</tt> <td>Sequence of Dominant Genotype
<tr><td><tt>num_births</tt> <td>Count of Births in Population
<tr><td><tt>num_deaths</tt> <td>Count of Deaths in Population
<tr><td><tt>breed_in</tt> <td>Count of Non-Breed-True Births
<tr><td><tt>breed_true</tt> <td>Count of Breed-True Births
<tr><td><tt>bred_true</tt> <td>Count of Organisms that have Bred True
<tr><td><tt>num_cpus</tt> <td>Count of Organisms in Population
<tr><td><tt>num_genotypes</tt> <td>Count of Genotypes in Population
<tr><td><tt>num_threshold</tt> <td>Count of Threshold Genotypes
<tr><td><tt>num_species</tt> <td>Count of Species in Population
<tr><td><tt>thresh_species</tt> <td>Count of Threshold Species
<tr><td><tt>num_lineages</tt> <td>Count of Lineages in Population
<tr><td><tt>num_parasites</tt> <td>Count of Parasites in Population
<tr><td><tt>num_no_birth</tt> <td>Count of Childless Organisms
<tr><td><tt>tot_cpus</tt> <td>Total Organisms ever in Population
<tr><td><tt>tot_genotypes</tt> <td>Total Genotypes ever in Population
<tr><td><tt>tot_threshold</tt> <td>Total Threshold Genotypes Ever
<tr><td><tt>tot_species</tt> <td>Total Species ever in Population
<tr><td><tt>tot_lineages</tt> <td>Total Lineages ever in Population
<tr><td><tt>ave_repro_rate</tt> <td>Average Repro-Rate (1/Gestation)
<tr><td><tt>ave_merit</tt> <td>Average Merit
<tr><td><tt>ave_age</tt> <td>Average Age
<tr><td><tt>ave_memory</tt> <td>Average Memory Used
<tr><td><tt>ave_neutral</tt> <td>Average Neutral Metric
<tr><td><tt>ave_lineage</tt> <td>Average Lineage Label
<tr><td><tt>ave_gest</tt> <td>Average Gestation Time
<tr><td><tt>ave_fitness</tt> <td>Average Fitness
<tr><td><tt>ave_gen_age</tt> <td>Average Genotype Age
<tr><td><tt>ave_length</tt> <td>Average Genome Length
<tr><td><tt>ave_copy_length</tt> <td>Average Copied Length
<tr><td><tt>ave_exe_length</tt> <td>Average Executed Length
<tr><td><tt>ave_thresh_age</tt> <td>Average Threshold Genotype Age
<tr><td><tt>ave_species_age</tt> <td>Average Species Age
<tr><td><tt>max_fitness</tt> <td>Maximum Fitness in Population
<tr><td><tt>max_merit</tt> <td>Maximum Merit in Population
</table>