def genome_template(self):
"""
Get a template of the genome, all chromosomes will have empty genes
:return:
"""
genome = Genome()
chromosome = Chromosome(chromosome_id='Single42', encoding_type=EncodingType.FLOAT, n_genes=1)
chromosome.init_genes()
genome.add_chromosome(chromosome)
chromosome = Chromosome(chromosome_id='ZeroToNine', encoding_type=EncodingType.FLOAT)
chromosome.init_genes()
genome.add_chromosome(chromosome)
return genome
def genome_template(self):
"""
Get a template of the genome, all chromosomes will have empty genes
:return:
"""
genome = Genome()
chromosome = Chromosome(chromosome_id='HelloWorld', encoding_type=EncodingType.STRING, n_genes=1)
chromosome.init_genes()
genome.add_chromosome(chromosome)
chromosome = Chromosome(chromosome_id='Alphabet', encoding_type=EncodingType.STRING)
chromosome.init_genes()
genome.add_chromosome(chromosome)
chromosome = Chromosome(chromosome_id='Gattaca', encoding_type=EncodingType.STRING, n_genes=1)
chromosome.charset = 'GATC'
chromosome.init_genes()
genome.add_chromosome(chromosome)
return genome
def genome_template(self):
"""
Get a template of the genome, all chromosomes will have empty genes
:return:
"""
genome = Genome()
# Boolean
genome.add_chromosome(chromosome_id='SingleTrue', encoding_type=EncodingType.BOOLEAN, n_genes=1)
genome.add_chromosome(chromosome_id='SingleFalse', encoding_type=EncodingType.BOOLEAN, n_genes=1)
genome.add_chromosome(chromosome_id='Fixed10True', encoding_type=EncodingType.BOOLEAN, n_genes=10)
genome.add_chromosome(chromosome_id='Fixed10False', encoding_type=EncodingType.BOOLEAN, n_genes=10)
genome.add_chromosome(chromosome_id='Variable10True', encoding_type=EncodingType.BOOLEAN)
genome.add_chromosome(chromosome_id='Variable10False', encoding_type=EncodingType.BOOLEAN)
genome.add_chromosome(chromosome_id='Alternating', encoding_type=EncodingType.BOOLEAN)
# Integer
genome.add_chromosome(chromosome_id='Single42', encoding_type=EncodingType.INTEGER, n_genes=1)
genome.add_chromosome(chromosome_id='ZeroToNine', encoding_type=EncodingType.INTEGER)
genome.add_chromosome(chromosome_id='Lowest42', encoding_type=EncodingType.INTEGER)
genome.add_chromosome(chromosome_id='Average42', encoding_type=EncodingType.INTEGER)
genome.add_chromosome(chromosome_id='Highest42', encoding_type=EncodingType.INTEGER)
# Float
genome.add_chromosome(chromosome_id='Single42f', encoding_type=EncodingType.FLOAT, n_genes=1)
genome.add_chromosome(chromosome_id='ZeroToNinef', encoding_type=EncodingType.FLOAT)
genome.add_chromosome(chromosome_id='Lowest42f', encoding_type=EncodingType.FLOAT)
genome.add_chromosome(chromosome_id='Average42f', encoding_type=EncodingType.FLOAT)
genome.add_chromosome(chromosome_id='Highest42f', encoding_type=EncodingType.FLOAT)
# String
genome.add_chromosome(chromosome_id='HelloWorld', encoding_type=EncodingType.STRING, n_genes=1)
genome.add_chromosome(chromosome_id='Alphabet', encoding_type=EncodingType.STRING)
genome.add_chromosome(chromosome_id='Gattaca', encoding_type=EncodingType.STRING, n_genes=1, charset='GATC')
return genome
def genome_template(self):
"""
Get a template of the genome, all chromosomes will have empty genes
:return:
"""
genome = Genome()
chromosome = Chromosome(chromosome_id='SingleTrue',
encoding_type=EncodingType.BOOLEAN,
n_genes=1)
chromosome.init_genes()
genome.add_chromosome(chromosome)
chromosome = Chromosome(chromosome_id='SingleFalse',
encoding_type=EncodingType.BOOLEAN,
n_genes=1)
chromosome.init_genes()
genome.add_chromosome(chromosome)
chromosome = Chromosome(chromosome_id='Fixed10True',
encoding_type=EncodingType.BOOLEAN,
n_genes=10)
chromosome.init_genes()
genome.add_chromosome(chromosome)
chromosome = Chromosome(chromosome_id='Fixed10False',
encoding_type=EncodingType.BOOLEAN,
n_genes=10)
chromosome.init_genes()
genome.add_chromosome(chromosome)
chromosome = Chromosome(chromosome_id='Variable10True',
encoding_type=EncodingType.BOOLEAN)
chromosome.init_genes()
genome.add_chromosome(chromosome)
chromosome = Chromosome(chromosome_id='Variable10False',
encoding_type=EncodingType.BOOLEAN)
chromosome.init_genes()
genome.add_chromosome(chromosome)
chromosome = Chromosome(chromosome_id='Alternating',
encoding_type=EncodingType.BOOLEAN)
chromosome.init_genes()
genome.add_chromosome(chromosome)
return genome
