Template:Cloinittype: Difference between revisions

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; <tt>--inittype <type></tt>:
; <tt>--inittype <type></tt>:
: type of initial configuration:
: type of initial configuration:
:; <tt>frequency</tt>
:; <tt>frequency <f0>,<f1>...</tt>
:: random distribution with given frequency
:: random distribution with given trait frequencies, <tt>f0, f1,...</tt>. Note, only available for frequency based modules and models.
:; <tt>density <d0>,<d1>...</tt>
:: initial trait densities <tt><d1,...,dn></tt>. Note, only available for density based modules and models.
:; <tt>uniform</tt>
:; <tt>uniform</tt>
:: uniform random distribution
:: uniform random distribution, equal frequencies of all traits.
:; <tt>monomorphic</tt>
:; <tt>monomorphic <t>[,<v>]</tt>
:: monomorphic initialization
:: monomorphic initialization with trait <tt>t</tt>. Note, for modules with variable population densities, the optional parameter <tt>v</tt> indicates the initial frequency of vacant sites. If omitted the monomorphic trait is initialized at its (estimated) carrying capacity.
:; <tt>mutant</tt>
:; <tt>mutant <m>,<r>[,<v>]</tt>
:: single mutant in homogeneous population of another type. Mutant and resident types are determined by the types with the lowest and highest frequency, respectively (see option <tt>--init</tt>).
:: single mutant with trait <tt>m</tt> in homogeneous resident population of type <tt>r</tt>. The mutant is placed in a location selected uniformly at random (mutants arising through cosmic rays). Note, for modules with variable population densities, the optional parameter <tt>v</tt> indicates the initial frequency of vacant sites. If omitted the resident trait is initialized at its (estimated) carrying capacity.
:; <tt>temperature <m>,<r>[,<v>]</tt>
:: single mutant with trait <tt>m</tt> in homogeneous resident population of type <tt>r</tt>. The mutant is placed in a location selected proportional to the in-degree of nodes (temperature initialization, mutants arising through errors in reproduction). Note, for modules with variable population densities, the optional parameter <tt>v</tt> indicates the initial frequency of vacant sites. If omitted the resident trait is initialized at its (estimated) carrying capacity.
:; <tt>stripes</tt>
:; <tt>stripes</tt>
:: stripes of traits
:: stripes of traits. Note, only available for 2D lattices.
:; <tt>kaleidoscopes</tt>
:; <tt>kaleidoscopes</tt>
:: (optional) configurations that produce evolutionary kaleidoscopes for deterministic updates (players and population). Not available for all types of games.
:: configurations that produce evolutionary kaleidoscopes for deterministic updates (players and population). Note, only available for some modules.
 
Note, for modules that admit multiple species, the initialization types for each species can be specified as an array separated by <tt>;</tt>. With more species than initialization types, they are assigned in a cyclical manner.

Latest revision as of 09:02, 11 August 2024

--inittype <type>
type of initial configuration:
frequency <f0>,<f1>...
random distribution with given trait frequencies, f0, f1,.... Note, only available for frequency based modules and models.
density <d0>,<d1>...
initial trait densities <d1,...,dn>. Note, only available for density based modules and models.
uniform
uniform random distribution, equal frequencies of all traits.
monomorphic <t>[,<v>]
monomorphic initialization with trait t. Note, for modules with variable population densities, the optional parameter v indicates the initial frequency of vacant sites. If omitted the monomorphic trait is initialized at its (estimated) carrying capacity.
mutant <m>,<r>[,<v>]
single mutant with trait m in homogeneous resident population of type r. The mutant is placed in a location selected uniformly at random (mutants arising through cosmic rays). Note, for modules with variable population densities, the optional parameter v indicates the initial frequency of vacant sites. If omitted the resident trait is initialized at its (estimated) carrying capacity.
temperature <m>,<r>[,<v>]
single mutant with trait m in homogeneous resident population of type r. The mutant is placed in a location selected proportional to the in-degree of nodes (temperature initialization, mutants arising through errors in reproduction). Note, for modules with variable population densities, the optional parameter v indicates the initial frequency of vacant sites. If omitted the resident trait is initialized at its (estimated) carrying capacity.
stripes
stripes of traits. Note, only available for 2D lattices.
kaleidoscopes
configurations that produce evolutionary kaleidoscopes for deterministic updates (players and population). Note, only available for some modules.

Note, for modules that admit multiple species, the initialization types for each species can be specified as an array separated by ;. With more species than initialization types, they are assigned in a cyclical manner.