get_genome_id_from_logic_operation {avidaR}

Get genome from logic operations

Description

Get the genome of a digital organism that encodes a unique combination of logic operations for a list of seeds used for starting the pseudo-random number generator (i.e., a set of environments).

Usage

get_genome_id_from_logic_operation(
  logic_operation,
  seed_id = sample(1:1000, 1),
  genome_seq = FALSE,
  triplestore
)

Arguments

logic_operation

List of logical operations from the following set: "equals", "exclusive-or", "not-or", "and-not", "or", "orn-not", "and", "not-and", "not".

seed_id

Integer (from 1 to 1000) or a vector of integer values. This integer is used for starting the pseudo-random number generator that represents the environment experiencing a digital organism. If seed_id value is not specified, it returns data for a single randomly chosen seed_id value (between 1 and 1000).

genome_seq

Logical value (TRUE/FALSE) to show/hide this column ("FALSE" by default).

triplestore

Object of class triplestore_access which manages database access.

Value

Data frame. Columns: "seed_id" (optional), "genome_id", "genome_seq" (optional).

Examples

# Create triplestore object
avidaDB <- triplestore_access$new()

# Set access options
avidaDB$set_access_options(
  url = "https://graphdb.fortunalab.org",
  user = "public_avida",
  password = "public_avida",
  repository = "avidaDB_test"
)

# Single logic operation
get_genome_id_from_logic_operation(
  logic_operation = "not-or",
  triplestore = avidaDB
)

# More than one logic operation
get_genome_id_from_logic_operation(
  logic_operation = c("not", "not-and"),
  triplestore = avidaDB
)

# At seed_1
get_genome_id_from_logic_operation(
  logic_operation = c("or", "equals", "and"),
  seed_id = 1,
  genome_seq = TRUE,
  triplestore = avidaDB
)