def fmf_template_with_tables():
from pyfmflib.cl1 import (TableDefinitions, DataDefinitions, Data,
KeyValue, DataRow, Comment)
fmf = cl1.new_fmf_template()
fmf.table_sections = [
TableDefinitions([
Comment('A comment'),
KeyValue('Table 1', 't_1'),
KeyValue('Table 2', 't_2'),
]),
DataDefinitions(symbol='t_1',
entries=[
KeyValue('time', 't [s]'),
Comment('Another comment'),
KeyValue('distance', 's(t) [m]'),
]),
Data(symbol='t_1',
entries=[
DataRow(('0', '-2')),
DataRow(('1.1', '0.1')),
DataRow(('2.0', '3.1')),
Comment('Yet another comment'),
DataRow(('2.9', '4.5'))
]),
DataDefinitions(symbol='t_2',
entries=[
KeyValue('another time', 't [ms]'),
KeyValue('another distance', 's(t) [mum]'),
]),
Data(symbol='t_2',
entries=[DataRow(('1', '2')),
DataRow(('2.1', '3.4'))])
]
return fmf
def fmf_template_with_tables():
from pyfmflib.cl1 import (
TableDefinitions, DataDefinitions, Data, KeyValue, DataRow, Comment
)
fmf = cl1.new_fmf_template()
fmf.table_sections = [
TableDefinitions(
[
Comment('A comment'),
KeyValue('Table 1', 't_1'),
KeyValue('Table 2', 't_2'),
]
),
DataDefinitions(
symbol='t_1',
entries=[
KeyValue('time', 't [s]'),
Comment('Another comment'),
KeyValue('distance', 's(t) [m]'),
]
),
Data(
symbol='t_1',
entries=[
DataRow(('0', '-2')),
DataRow(('1.1', '0.1')),
DataRow(('2.0', '3.1')),
Comment('Yet another comment'),
DataRow(('2.9', '4.5'))
]
),
DataDefinitions(
symbol='t_2',
entries=[
KeyValue('another time', 't [ms]'),
KeyValue('another distance', 's(t) [mum]'),
]
),
Data(
symbol='t_2',
entries=[
DataRow(('1', '2')),
DataRow(('2.1', '3.4'))
]
)
]
return fmf
def fmf_template():
return cl1.new_fmf_template()
def test_equality():
assert cl1.new_fmf_template() == cl1.new_fmf_template()
def test_create_fmf_template():
# create a minimal (formally) valid fmf
cl1.new_fmf_template()
def test_equality():
assert cl1.new_fmf_template() == cl1.new_fmf_template()
def test_create_fmf_template():
# create a minimal (formally) valid fmf
cl1.new_fmf_template()
def fmf_template():
return cl1.new_fmf_template()
