def get_index_for_individual(self, individual_id):
"""
This function ...
:param individual_id:
:return:
"""
return tables.find_index(self, individual_id, "Individual ID")
def get_index_for_individual(self, individual_id):
"""
This function ...
:param individual_id:
:return:
"""
return tables.find_index(self, individual_id, "Individual ID")
def score_for(self, individual_name):
"""
This function ...
:param individual_name:
:return:
"""
index = tables.find_index(self, individual_name, "Individual name")
return self["Score"][index]
def score_for(self, individual_name):
"""
This function ...
:param individual_name:
:return:
"""
index = tables.find_index(self, individual_name, "Individual name")
return self["Score"][index]
def get_original_generation_and_individual_id(self, individual_id):
"""
This function ...
"""
index = tables.find_index(self, individual_id)
if index is None: raise ValueError("Individual " + str(individual_id) + " not found")
# Return generation and original individual ID
return self["Generation"][index], self["Original individual ID"][index]
def get_score_for_individual(self, individual_id):
"""
This function ...
:param individual_id:
:return:
"""
index = tables.find_index(self, individual_id)
if index is None: raise ValueError("Individual " + str(individual_id) + " not found")
return self["Score"][index]
def get_original_generation_and_individual_id(self, individual_id):
"""
This function ...
"""
index = tables.find_index(self, individual_id)
if index is None: raise ValueError("Individual " + str(individual_id) + " not found")
# Return generation and original individual ID
return self["Generation"][index], self["Original individual ID"][index]
def get_score_for_individual(self, individual_id):
"""
This function ...
:param individual_id:
:return:
"""
index = tables.find_index(self, individual_id)
if index is None: raise ValueError("Individual " + str(individual_id) + " not found")
return self["Score"][index]
def get_original_individual(self, individual_id):
"""
This function ...
:param individual_id:
:return:
"""
index = tables.find_index(self, individual_id)
representation = self["Original individual"][index]
#print(representation)
# Return as binary genome, or as list of quantites or real values
try:
individual = parsing.binary(representation)
print(individual)
return individual
except ValueError: return parsing.real_list_or_quantity_list(representation)
def get_original_individual(self, individual_id):
"""
This function ...
:param individual_id:
:return:
"""
index = tables.find_index(self, individual_id)
representation = self["Original individual"][index]
#print(representation)
# Return as binary genome, or as list of quantites or real values
try:
individual = parsing.binary(representation)
print(individual)
return individual
except ValueError: return parsing.real_list_or_quantity_list(representation)
print("Differences:")
print(differences)
differences_order = set(table_a.colnames).symmetric_difference(table_b.colnames)
if len(differences_order) > 0:
print("Differences in order:")
print(differences_order)
if len(table_a) == len(table_b): print("Table sizes are equal")
else: print("Table sizes are not equal")
# -----------------------------------------------------------------
for index_a in range(len(table_a)):
key = table_a[table_a.colnames[0]][index_a]
index_b = tables.find_index(table_b, key)
row_a = table_a[index_a]
row_b = table_b[index_b]
#print("")
#print(row_a)
#print(row_b)
#print("")
for name in table_a.colnames:
try:
value_a = float(row_a[name])
value_b = float(row_b[name])
#print(value_a/value_b)
print(differences)
differences_order = set(table_a.colnames).symmetric_difference(
table_b.colnames)
if len(differences_order) > 0:
print("Differences in order:")
print(differences_order)
if len(table_a) == len(table_b): print("Table sizes are equal")
else: print("Table sizes are not equal")
# -----------------------------------------------------------------
for index_a in range(len(table_a)):
key = table_a[table_a.colnames[0]][index_a]
index_b = tables.find_index(table_b, key)
row_a = table_a[index_a]
row_b = table_b[index_b]
#print("")
#print(row_a)
#print(row_b)
#print("")
for name in table_a.colnames:
try:
value_a = float(row_a[name])
value_b = float(row_b[name])
#print(value_a/value_b)
