def test_delete_activity_parameters_delete_existing(lci):
lci.write_project_parameters()
lci.write_database(activate_parameters=True)
new = [{
'code': '32aa5ab78beda5b8c8efbc89587de7a5',
'database': 'PCB',
'exchanges': [],
'location': 'GLO',
'name': 'mounted printed circuit board',
'parameters': [],
'type': 'process',
'unit': 'kilogram'
}, {
'code': '45cb34db4147e510a2561cceec541f6b',
'database': 'PCB',
'exchanges': [],
'location': 'GLO',
'parameters': [],
'name': 'unmounted printed circuit board',
'type': 'process',
'unit': 'square meter'
}]
obj = LCIImporter("PCB")
obj.data = new
obj.write_database(activate_parameters=False, delete_existing=True)
assert ActivityParameter.select().count()
obj = LCIImporter("PCB")
obj.data = new
obj.write_database(activate_parameters=True, delete_existing=True)
assert not ActivityParameter.select().count()
def test_delete_activity_parameters_delete_existing(lci):
lci.write_project_parameters()
lci.write_database(activate_parameters=True)
new = [
{
"code": "32aa5ab78beda5b8c8efbc89587de7a5",
"database": "PCB",
"exchanges": [],
"location": "GLO",
"name": "mounted printed circuit board",
"parameters": [],
"type": "process",
"unit": "kilogram",
},
{
"code": "45cb34db4147e510a2561cceec541f6b",
"database": "PCB",
"exchanges": [],
"location": "GLO",
"parameters": [],
"name": "unmounted printed circuit board",
"type": "process",
"unit": "square meter",
},
]
obj = LCIImporter("PCB")
obj.data = new
obj.write_database(activate_parameters=False, delete_existing=True)
assert ActivityParameter.select().count()
obj = LCIImporter("PCB")
obj.data = new
obj.write_database(activate_parameters=True, delete_existing=True)
assert not ActivityParameter.select().count()
def test_update_activity_parameters(lci):
lci.write_project_parameters()
lci.write_database(activate_parameters=True)
assert ActivityParameter.get(name='PCB_mass_total').formula == \
'PCB_cap_mass_film + PCB_cap_mass_SMD + PCB_cap_mass_Tantalum'
new = [
{
'code':
'32aa5ab78beda5b8c8efbc89587de7a5',
'database':
'PCB',
'exchanges': [],
'location':
'GLO',
'name':
'mounted printed circuit board',
'parameters': [{
'name': 'PCB_mass_total',
'amount': 0.6,
'formula': 'PCB_cap_mass_film + 2'
}],
'type':
'process',
'unit':
'kilogram'
},
]
obj = LCIImporter("PCB")
obj.data = deepcopy(new)
obj.write_database(activate_parameters=True)
assert ActivityParameter.get(name='PCB_mass_total').formula == \
'PCB_cap_mass_film + 2'
def test_activity_parameters_with_group_name():
DATA = [{
'code':
'A',
'database':
'db',
'exchanges': [{
'amount': 0.0,
'input': ('db', 'A'),
'location': 'GLO',
'name': 'mounted printed circuit board',
'type': 'production',
'unit': 'kilogram'
}],
'location':
'GLO',
'name':
'mounted printed circuit board',
'parameters': [{
'name': 'something_something',
'amount': 0.8,
'group': 'g'
}],
'type':
'process',
'unit':
'kilogram',
}]
obj = LCIImporter("db")
obj.data = deepcopy(DATA)
obj.write_database(activate_parameters=True)
assert Group.select().where(Group.name == 'g').count() == 1
assert Group.select().count() == 1
assert ActivityParameter.get(name='something_something').amount == 0.8
def test_update_activity_parameters(lci):
lci.write_project_parameters()
lci.write_database(activate_parameters=True)
assert (
ActivityParameter.get(name="PCB_mass_total").formula
== "PCB_cap_mass_film + PCB_cap_mass_SMD + PCB_cap_mass_Tantalum"
)
new = [
{
"code": "32aa5ab78beda5b8c8efbc89587de7a5",
"database": "PCB",
"exchanges": [],
"location": "GLO",
"name": "mounted printed circuit board",
"parameters": [
{
"name": "PCB_mass_total",
"amount": 0.6,
"formula": "PCB_cap_mass_film + 2",
}
],
"type": "process",
"unit": "kilogram",
},
]
obj = LCIImporter("PCB")
obj.data = deepcopy(new)
obj.write_database(activate_parameters=True)
assert (
ActivityParameter.get(name="PCB_mass_total").formula == "PCB_cap_mass_film + 2"
)
def test_activity_parameters_with_group_name():
DATA = [
{
"code": "A",
"database": "db",
"exchanges": [
{
"amount": 0.0,
"input": ("db", "A"),
"location": "GLO",
"name": "mounted printed circuit board",
"type": "production",
"unit": "kilogram",
}
],
"location": "GLO",
"name": "mounted printed circuit board",
"parameters": [
{"name": "something_something", "amount": 0.8, "group": "g"}
],
"type": "process",
"unit": "kilogram",
}
]
obj = LCIImporter("db")
obj.data = deepcopy(DATA)
obj.write_database(activate_parameters=True)
assert Group.select().where(Group.name == "g").count() == 1
assert Group.select().count() == 1
assert ActivityParameter.get(name="something_something").amount == 0.8
def test_activity_parameters_delete_old_groupname(lci):
lci.write_project_parameters()
lci.write_database(activate_parameters=True)
assert (
ActivityParameter.select()
.where(ActivityParameter.group == "PCB:32aa5ab78beda5b8c8efbc89587de7a5")
.count()
)
assert (
not ActivityParameter.select()
.where(ActivityParameter.group == "some other group")
.count()
)
new = [
{
"code": "32aa5ab78beda5b8c8efbc89587de7a5",
"database": "PCB",
"exchanges": [],
"location": "GLO",
"name": "mounted printed circuit board",
"parameters": [
{
"name": "PCB_mass_total",
"amount": 0.6,
"group": "some other group",
"formula": "PCB_cap_mass_film + 2",
}
],
"type": "process",
"unit": "kilogram",
},
]
obj = LCIImporter("PCB")
obj.data = deepcopy(new)
obj.write_database(activate_parameters=True)
assert (
not ActivityParameter.select()
.where(ActivityParameter.group == "PCB:32aa5ab78beda5b8c8efbc89587de7a5")
.count()
)
def import_into_brightway2(data, database_name):
"""Import an Ocelot linked database into a Brightway2 project.
Make sure you in the **correct project** before running this function!
Arguments:
* ``data`` (list): Database output from Ocelot system model
* ``database_name`` (str): Name of new database. Should not already exist in the current project.
"""
if not bw2:
raise ImportError("Brightway2 not found")
assert isinstance(database_name, str), "Database name must be a string"
print(("Creating database `{}` in project `{}`".format(
database_name, bw2.projects.current)))
assert database_name not in bw2.databases
# Don't store two copies in memory
data[:] = list(
Brightway2Converter.convert_to_brightway2(data, database_name))
importer = LCIImporter(database_name)
# Already have products
del importer.strategies[2]
importer.data = data
importer.apply_strategies()
importer.match_database("biosphere3")
stats = importer.statistics()
if not stats[2]:
print("Writing database")
importer.write_database()
return bw2.Database(database_name)
else:
print("Unlinked exchanges; not writing database")
print((importer.statistics()))
return importer
def test_activity_parameters_delete_old_groupname(lci):
lci.write_project_parameters()
lci.write_database(activate_parameters=True)
assert ActivityParameter.select().where(
ActivityParameter.group ==
'PCB:32aa5ab78beda5b8c8efbc89587de7a5').count()
assert not ActivityParameter.select().where(
ActivityParameter.group == 'some other group').count()
new = [
{
'code':
'32aa5ab78beda5b8c8efbc89587de7a5',
'database':
'PCB',
'exchanges': [],
'location':
'GLO',
'name':
'mounted printed circuit board',
'parameters': [{
'name': 'PCB_mass_total',
'amount': 0.6,
'group': 'some other group',
'formula': 'PCB_cap_mass_film + 2'
}],
'type':
'process',
'unit':
'kilogram'
},
]
obj = LCIImporter("PCB")
obj.data = deepcopy(new)
obj.write_database(activate_parameters=True)
assert not ActivityParameter.select().where(
ActivityParameter.group ==
'PCB:32aa5ab78beda5b8c8efbc89587de7a5').count()
def import_into_brightway2(data, database_name):
"""Import an Ocelot linked database into a Brightway2 project.
Make sure you in the **correct project** before running this function!
Arguments:
* ``data`` (list): Database output from Ocelot system model
* ``database_name`` (str): Name of new database. Should not already exist in the current project.
"""
if not bw2:
raise ImportError("Brightway2 not found")
assert isinstance(database_name, str), "Database name must be a string"
print("Creating database `{}` in project `{}`".format(
database_name, bw2.projects.current)
)
assert database_name not in bw2.databases
# Don't store two copies in memory
data[:] = list(Brightway2Converter.convert_to_brightway2(data, database_name))
importer = LCIImporter(database_name)
# Already have products
del importer.strategies[2]
importer.data = data
importer.apply_strategies()
importer.match_database("biosphere3")
stats = importer.statistics()
if not stats[2]:
print("Writing database")
importer.write_database()
return bw2.Database(database_name)
else:
print("Unlinked exchanges; not writing database")
print(importer.statistics())
return importer
def test_delete_pe_update_still_deletes():
DATA = [{
'code':
'A',
'database':
'db',
'exchanges': [{
'amount': 0.0,
'input': ('db', 'A'),
'location': 'GLO',
'type': 'production',
'formula': "3 + 4",
}],
'location':
'GLO',
'name':
'mounted printed circuit board',
'parameters': [{
'name': 'something_something',
'amount': 0.8,
'group': 'g'
}],
'type':
'process',
'unit':
'kilogram',
}, {
'code':
'B',
'database':
'db',
'exchanges': [{
'amount': 0.0,
'input': ('db', 'B'),
'location': 'GLO',
'type': 'production',
'formula': '1 + 2',
}],
'location':
'GLO',
'name':
'bla bla',
'parameters': [{
'name': 'something_else',
'amount': 0.2,
'group': 'h'
}],
'type':
'process',
'unit':
'kilogram',
}]
obj = LCIImporter("db")
obj.data = DATA
obj.write_database(activate_parameters=True)
assert Group.select().where(Group.name == 'g').count() == 1
assert Group.select().where(Group.name == 'h').count() == 1
assert Group.select().count() == 2
assert ParameterizedExchange.get(group='g').formula == "3 + 4"
assert ParameterizedExchange.get(group='h').formula == "1 + 2"
new = [{
'code':
'B',
'database':
'db',
'exchanges': [{
'amount': 0.0,
'input': ('db', 'B'),
'location': 'GLO',
'type': 'production',
'formula': '6 + 7',
}],
'location':
'GLO',
'name':
'bla bla',
'parameters': [{
'name': 'something_else',
'amount': 0.2,
'group': 'h'
}],
'type':
'process',
'unit':
'kilogram',
}]
obj = LCIImporter("db")
obj.data = new
obj.write_database(delete_existing=False, activate_parameters=True)
assert not ParameterizedExchange.select().where(
ParameterizedExchange.group == 'g').count()
assert ParameterizedExchange.select().where(
ParameterizedExchange.group == 'h').count() == 1
assert ParameterizedExchange.get(group='h').formula == '6 + 7'
def lci():
obj = LCIImporter("PCB")
obj.project_parameters = [{'amount': 0.25, 'name': 'PCB_area'}]
obj.data = deepcopy(DATA)
obj.database_parameters = deepcopy(DB)
return obj
def test_delete_pe_update_still_deletes():
DATA = [
{
"code": "A",
"database": "db",
"exchanges": [
{
"amount": 0.0,
"input": ("db", "A"),
"location": "GLO",
"type": "production",
"formula": "3 + 4",
}
],
"location": "GLO",
"name": "mounted printed circuit board",
"parameters": [
{"name": "something_something", "amount": 0.8, "group": "g"}
],
"type": "process",
"unit": "kilogram",
},
{
"code": "B",
"database": "db",
"exchanges": [
{
"amount": 0.0,
"input": ("db", "B"),
"location": "GLO",
"type": "production",
"formula": "1 + 2",
}
],
"location": "GLO",
"name": "bla bla",
"parameters": [{"name": "something_else", "amount": 0.2, "group": "h"}],
"type": "process",
"unit": "kilogram",
},
]
obj = LCIImporter("db")
obj.data = DATA
obj.write_database(activate_parameters=True)
assert Group.select().where(Group.name == "g").count() == 1
assert Group.select().where(Group.name == "h").count() == 1
assert Group.select().count() == 2
assert ParameterizedExchange.get(group="g").formula == "3 + 4"
assert ParameterizedExchange.get(group="h").formula == "1 + 2"
new = [
{
"code": "B",
"database": "db",
"exchanges": [
{
"amount": 0.0,
"input": ("db", "B"),
"location": "GLO",
"type": "production",
"formula": "6 + 7",
}
],
"location": "GLO",
"name": "bla bla",
"parameters": [{"name": "something_else", "amount": 0.2, "group": "h"}],
"type": "process",
"unit": "kilogram",
}
]
obj = LCIImporter("db")
obj.data = new
obj.write_database(delete_existing=False, activate_parameters=True)
assert (
not ParameterizedExchange.select()
.where(ParameterizedExchange.group == "g")
.count()
)
assert (
ParameterizedExchange.select().where(ParameterizedExchange.group == "h").count()
== 1
)
assert ParameterizedExchange.get(group="h").formula == "6 + 7"
def lci():
obj = LCIImporter("PCB")
obj.project_parameters = [{"amount": 0.25, "name": "PCB_area"}]
obj.data = deepcopy(DATA)
obj.database_parameters = deepcopy(DB)
return obj
