def test_add_connection(self):
print('\n\ntest_add_connection\nBEFORE 0')
generation = Generation()
genome = Genome(generation, 2, 1)
for con in genome.connections():
print(con)
viz.construct(genome, 'before_0')
genome._add_node()
genome._add_connection()
genome._add_connection()
genome._add_connection()
print('\nAFTER 0\n')
for con in genome.connections():
print(con)
viz.construct(genome, 'after_0')
def test_excesses_and_disjoints(self):
generation = Generation()
genome_1 = Genome(generation, 1, 2)
genome_2 = genome_1.copy_genome()
viz.construct(genome_1, 'First Before')
genome_1._add_node()
genome_1._add_connection()
for con in genome_1.connections():
print(con)
viz.construct(genome_1, 'First')
genome_2._add_node()
viz.construct(genome_2, 'Second')
E, D = _excesses_disjoints(genome_1, genome_2)
print('-' * 20)
for con in genome_2.connections():
print(con)
print(f'Excesses: {E}')
print(f'Disjoints: {D}')
def test_init_2(self):
generation = Generation()
genome = Genome(generation=generation, input_nodes=1, output_nodes=1)
genome._add_node()
new_generation = Generation(_copy=True, prev_generation=generation)
genome_copied = Genome(generation=new_generation,
_copy=True,
genome_to_copy=genome)
for node in generation.nodes():
print(node)
print('-' * 20)
viz.construct(genome, 'first_1')
genome_copied._add_node()
for node in new_generation.nodes():
print(node)
viz.construct(genome_copied, 'first_copied_1')
def test_add_node(self):
print('-' * 20 + 'test_add_node\nBEFORE 0')
generation = Generation()
genome = Genome(generation, 2, 1)
for con in genome.connections():
print(con)
for node in genome.nodes():
print(node)
viz.construct(genome, 'before_0')
genome._add_node()
genome._add_node()
genome._add_node()
for node in generation.nodes():
print(node)
print('\nAFTER 0 \n')
for con in genome.connections():
print(con)
print('-' * 40)
for node in genome.nodes():
print(node)
viz.construct(genome, 'after_0')
print('\n\ntest_add_node\nBEFORE 1')
genome_1 = Genome(generation, 1, 1)
viz.construct(genome_1, 'before_1')
for con in genome_1.connections():
print(con)
for node in genome_1.nodes():
print(node)
genome_1._add_node()
genome_1._add_node()
genome_1._add_node()
genome_1._add_node()
print('\nAFTER 0 \n')
for con in genome_1.connections():
print(con)
for node in genome_1.nodes():
print(node)
viz.construct(genome_1, 'after_1')