def test_crew_adult():
gene00 = Gene()
gene00.locus = 0
gene00.condition = "00"
gene00.condition_prob = 1
gene00.congential = 1 # Congential = 0, Adult = 1
gene00.dominant = True # Genes are either recessive or dominant. We Mendel for now
gene00.emp = 1
gene00.int = 1
gene00.cre = 1
gene01 = Gene()
gene01.locus = 0
gene01.condition = "01"
gene01.condition_prob = 1
gene01.congential = 1 #Congential = 0, Adult = 1
gene01.dominant = False #Genes are either recessive or dominant. We Mendel for now
gene01.emp = -1
gene01.int = -1
gene01.cre = -1
crew1 = Crewmate()
crew1.set_sex()
crew1.set_name("01", "crew")
crew1.genome.append([gene00, gene01])
crew2 = Crewmate()
crew2.set_sex()
crew2.set_name("02", "crew")
crew2.genome.append([gene01, gene01])
crew1.mom = Crewmate()
crew1.mom.name = "mom"
crew1.dad = Crewmate()
crew1.dad.name = "dad"
crew2.mom = Crewmate()
crew2.mom.name = "mom"
crew2.dad = Crewmate()
crew2.dad.name = "dad"
return [crew1, crew2]
def import_genetics():
genetics = []
with open(SOURCE_FILE_GENES, 'rb') as csvfile:
reader = csv.reader(csvfile)
for row in reader:
gene = Gene()
gene.locus = row[0]
gene.condition = row[1]
gene.condition_prob = row[2]
# print str(gene.condition_prob)+" prob"
gene.congential = row[3].strip()
# print str(gene.congential)+" congential"
gene.dominant = row[4]
gene.emp = row[5]
gene.int = row[6]
gene.cre = row[7]
genetics.append(gene)
if genetics is None or len(genetics) == 0:
sys.exit(0)
return genetics