def complex_chain(stack, x_keys, y_keys, views, view_keys, orient, incl_tests,
incl_sum):
# Custom view methods...
# ---SIG
sigtest_props_l80_total = qp.ViewMapper().make_template('coltests')
view_name = 't_p_80'
options = {'level': 0.8, 'metric': 'props', 'test_total': True}
sigtest_props_l80_total.add_method(view_name, kwargs=options)
sigtest_means_l80_total = qp.ViewMapper().make_template('coltests')
view_name = 't_m_80'
options = {'level': 0.8, 'metric': 'means', 'test_total': True}
sigtest_means_l80_total.add_method(view_name, kwargs=options)
sig_views = [sigtest_props_l80_total, sigtest_means_l80_total]
# ------------------------------------------------------------------------
stack.add_link(x=x_keys, y=y_keys, views=views)
if incl_tests:
for v in sig_views:
stack.add_link(x=x_keys, y=y_keys, views=v)
if incl_sum:
stack.add_link(x=x_keys, y=y_keys, views=['counts_sum', 'c%_sum'])
_chain = ChainManager(stack)
_chain.get(data_key='x',
filter_key='no_filter',
x_keys=x_keys,
y_keys=y_keys,
views=view_keys,
orient=orient)
_chains = _chain
# if isinstance(_chains, Chain): # single chain
# _chains = [_chains]
return _chains
def complex_chain_manager(self, stack):
weight = [None, p.WEIGHT_COMPLEX]
for x, y in [(p.XKEYS_COMPLEX, p.YKEYS_COMPLEX), ('q5', '@'),
('@', 'q5')]:
stack.add_link(x=x, y=y, views=p.VIEWS_COMPLEX, weights=weight)
kwargs = dict(combine=False)
mapper = self.net_mapper('No', [dict(No=[1, 2, 3])], 'Net: No',
**kwargs)
stack.add_link(x=p.XKEYS_COMPLEX[0],
y=p.YKEYS_COMPLEX,
views=mapper,
weights=p.WEIGHT_COMPLEX)
stack.add_link(x='q5', y='@', views=mapper, weights=p.WEIGHT_COMPLEX)
stack.add_link(x='@', y='q5', views=mapper, weights=p.WEIGHT_COMPLEX)
mapper = self.net_mapper('Yes', [dict(Yes=[4, 5, 97])], 'Net: Yes',
**kwargs)
stack.add_link(x=p.XKEYS_COMPLEX[0],
y=p.YKEYS_COMPLEX,
views=mapper,
weights=p.WEIGHT_COMPLEX)
stack.add_link(x='q5', y='@', views=mapper, weights=p.WEIGHT_COMPLEX)
stack.add_link(x='@', y='q5', views=mapper, weights=p.WEIGHT_COMPLEX)
logic = [
dict(N1=[1, 2],
text={'en-GB': 'Waves 1 & 2 (NET)'},
expand='after'),
dict(N2=[4, 5],
text={'en-GB': 'Waves 4 & 5 (NET)'},
expand='after')
]
kwargs = dict(combine=False, complete=True, expand='after')
mapper = self.net_mapper('BLOCK', logic, 'Net: ', **kwargs)
stack.add_link(x=p.XKEYS_COMPLEX[-1],
y=p.YKEYS_COMPLEX,
views=mapper,
weights=p.WEIGHT_COMPLEX)
mapper = self.new_net_mapper()
kwargs = {
'calc_only':
False,
'calc': {
'text': {
u'en-GB': u'Net YES'
},
'Net agreement': ('Net: Yes', sub, 'Net: No')
},
'axis':
'x',
'logic': [{
'text': {
u'en-GB': 'Net: No'
},
'Net: No': [1, 2]
}, {
'text': {
u'en-GB': 'Net: Yes'
},
'Net: Yes': [4, 5]
}]
}
mapper.add_method(name='NPS', kwargs=kwargs)
kwargs = {
'calc_only':
True,
'calc': {
'text': {
u'en-GB': u'Net YES'
},
'Net agreement (only)': ('Net: Yes', sub, 'Net: No')
},
'axis':
'x',
'logic': [{
'text': {
u'en-GB': 'Net: No'
},
'Net: No': [1, 2]
}, {
'text': {
u'en-GB': 'Net: Yes'
},
'Net: Yes': [4, 5]
}]
}
mapper.add_method(name='NPSonly', kwargs=kwargs)
stack.add_link(x=p.XKEYS_COMPLEX[0],
y=p.YKEYS_COMPLEX,
views=mapper,
weights=p.WEIGHT_COMPLEX)
stack.add_link(x='q5', y='@', views=mapper, weights=p.WEIGHT_COMPLEX)
stack.add_link(x='@', y='q5', views=mapper, weights=p.WEIGHT_COMPLEX)
options = dict(stats=None,
source=None,
rescale=None,
drop=False,
exclude=None,
axis='x',
text='')
stats = [
'mean', 'stddev', 'median', 'var', 'varcoeff', 'sem', 'lower_q',
'upper_q'
]
for stat in stats:
options = {
'stats': stat,
'source': None,
'rescale': None,
'drop': False,
'exclude': None,
'axis': 'x',
'text': ''
}
mapper = qp.ViewMapper()
mapper.make_template('descriptives')
mapper.add_method('stat', kwargs=options)
stack.add_link(x=p.XKEYS_COMPLEX,
y=p.YKEYS_COMPLEX,
views=mapper,
weights=p.WEIGHT_COMPLEX)
stack.add_link(x='q5',
y='@',
views=mapper,
weights=p.WEIGHT_COMPLEX)
stack.add_link(x='@',
y='q5',
views=mapper,
weights=p.WEIGHT_COMPLEX)
mapper = qp.ViewMapper().make_template('coltests')
options = dict(level=0.8,
metric='props',
test_total=True,
flag_bases=[30, 100])
mapper.add_method('test', kwargs=options)
stack.add_link(x=p.XKEYS_COMPLEX,
y=p.YKEYS_COMPLEX,
views=mapper,
weights=p.WEIGHT_COMPLEX)
mapper = qp.ViewMapper().make_template('coltests')
options = dict(level=0.8,
metric='means',
test_total=True,
flag_bases=[30, 100])
mapper.add_method('test', kwargs=options)
stack.add_link(x=p.XKEYS_COMPLEX,
y=p.YKEYS_COMPLEX,
views=mapper,
weights=p.WEIGHT_COMPLEX)
_complex = ChainManager(stack)
_complex.get(data_key=DATA_KEY,
filter_key=FILTER_KEY,
x_keys=p.XKEYS_COMPLEX[:-1],
y_keys=p.YKEYS_COMPLEX,
views=p.VIEWS_COMPLEX_MAIN,
orient='x',
folder='Main')
_complex.get(data_key=DATA_KEY,
filter_key=FILTER_KEY,
x_keys=p.XKEYS_COMPLEX[-1],
y_keys=p.YKEYS_COMPLEX,
views=p.VIEWS_COMPLEX_WAVE,
orient='x',
folder='Main')
_complex.get(data_key=DATA_KEY,
filter_key=FILTER_KEY,
x_keys='q5',
y_keys='@',
views=p.VIEWS_COMPLEX_ARRAY,
folder='arr_0')
_complex.get(data_key=DATA_KEY,
filter_key=FILTER_KEY,
x_keys='@',
y_keys='q5',
views=p.VIEWS_COMPLEX_ARRAY,
folder='arr_1')
_complex.get(data_key=DATA_KEY,
filter_key=FILTER_KEY,
x_keys='q5',
y_keys='@',
views=p.VIEWS_COMPLEX_MEAN,
folder='mean_0')
_complex.get(data_key=DATA_KEY,
filter_key=FILTER_KEY,
x_keys='@',
y_keys='q5',
views=p.VIEWS_COMPLEX_MEAN,
folder='mean_1')
_complex.add(stack[DATA_KEY].data.loc[:, p.OPENS_COMPLEX],
meta_from=DATA_KEY,
name='Open Ends')
_complex.paint_all(transform_tests='full')
self.add_annotations(_complex)
return _complex
def basic_chain(stack):
_chain = ChainManager(stack)
yield _chain
del _chain