def testSave():
n_delay = 3
n_mod = 2
n_voice = 2
n_envelope = 3
pheno = ga.Pheno()
pheno.randomize(n_delay=n_delay,
n_envelope=n_envelope,
n_modulation=n_mod,
n_voice=n_voice)
print pheno.nome
db.save_nome(pheno.nome)
n_delay = 5
n_voice = 3
pheno = ga.Pheno()
pheno.randomize(n_delay=n_delay,
n_envelope=n_envelope,
n_modulation=n_mod,
n_voice=n_voice)
print pheno.nome
db.save_nome(pheno.nome)
def create_pheno(self, evt):
self.kill_pheno()
pheno = ga.Pheno()
pheno.randomize(n_sequences=self.n_sequence.GetValue(),
n_amp_map=self.n_amp_map.GetValue(),
n_note_map=self.n_note_map.GetValue(),
n_noise=1,
n_envelope=self.n_envelope.GetValue(),
n_osc=self.n_osc.GetValue(),
n_offbeat=self.n_offbeat.GetValue(),
n_enveloped_noise=self.n_enveloped_noise.GetValue(),
n_filter=self.n_filter.GetValue(),
sequence_len=self.sequence_len.GetValue())
self.pheno = pheno
self.build_server_pheno()
def load_nome_from_row(self, row):
#print row
nome = ga.Pheno(row['title'], row['composer'])
nome.id = row['id']
nome.mum_id = row['mum_id']
nome.dad_id = row['dad_id']
self.nome_pool[nome.id] = nome
s = select([self.genes],
and_(self.nome_genes.c.nome_id == nome.id,
self.genes.c.id == self.nome_genes.c.gene_id))
result = self.conn.execute(s)
for row in result:
key = row['id']
if key in self.gene_pool:
gene = self.gene_pool[key]
else:
print "ZZZ", row[1]
cc = eval(
"ga." +
row['type']) # create class from the name in type field
print cc
gene = cc()
gene.id = row['id']
gene.data = row['data']
self.gene_pool[gene.id] = gene
nome.genes.append(gene)
result.close()
# print nome
return nome
self.proc.wait()
print " dead"
self.proc = None
print " . . . . . quitted "
if __name__ == "__main__":
import ga
n_voice = 3
n_delay = 3
n_envelope = 3
n_beat_modulation = 3
pheno = ga.Pheno()
pheno.randomize(n_envelope=n_envelope,
n_beat_modulation=n_beat_modulation,
n_delay=n_delay,
n_voice=n_voice) #n_src,n_delay,n_connect, n_voice)
print "-----------------------------------------------"
#quit
c = Client(debug=False)
c.build(pheno)
c.send("build.play()")
while True:
try:
text = c.q.get(block=True)