def all_revisions(revisions):
# TODO: stats by editor (top %, 5+ edits), by date (last 30 days), length stats
if revisions:
first_edit_age = datetime.utcnow() - revisions[0]['rev_parsed_date']
latest_age = datetime.utcnow() - revisions[-1]['rev_parsed_date']
ret = {
'all': set_info(revisions),
'2_days': set_info(newer_than(2, revisions)),
'30_days': set_info(newer_than(30, revisions)),
'90_days': set_info(newer_than(90, revisions)),
'365_days': set_info(newer_than(365, revisions)),
'latest_date': str(revisions[-1]['rev_parsed_date'].isoformat()),
'latest_age': latest_age.total_seconds(),
'first_date': revisions[0]['rev_parsed_date'].isoformat(),
'first_age': first_edit_age.total_seconds(),
'interval': dist_stats(get_time_diffs(revisions))
}
else:
ret = {
'all': '',
'2_days': '',
'30_days': '',
'90_days': '',
'365_days': '',
'latest_date': '',
'latest_age': '',
'first_date': '',
'first_age': '',
'interval': '',
}
return ret
def section_stats(headers):
hs = [h for h in headers if get_text(h) != 'Contents']
# how not to write Python: ['h'+str(i) for i in range(1, 8)]
all_headers = ['h1', 'h2', 'h3', 'h4', 'h5', 'h6', 'h7']
totals = []
for header in hs:
if header.getnext() is not None: # TODO: the next item after an h1 is #bodyContents div
pos = header.getnext()
text = ''
while pos.tag not in all_headers:
text += ' ' + get_text(pos) # TODO: the references section may skew the no. words under an h2
if pos.getnext() is not None:
pos = pos.getnext()
else:
break
totals.append((get_text(header).replace('[edit] ', ''), len(text.split())))
dists = {}
dists['header'] = dist_stats([len(header.split()) for header, t in totals])
dists['text'] = dist_stats([text for h, text in totals])
return dists
def set_info(revisions):
editor_counts = get_editor_counts(revisions)
sorted_editor_counts = sorted(editor_counts.iteritems(), key=lambda (k, v): v, reverse=True)
sorted_editor_bytes = sorted(get_editor_bytes(revisions).iteritems(), key=lambda (k, v): v, reverse=True)
abs_byte_sum = sum([abs(x['rev_diff']) for x in revisions])
return {
'count': len(revisions),
'minor_count': int(sum([rev['rev_minor_edit'] for rev in revisions])),
'byte_count': sum([rev['rev_diff'] for rev in revisions]),
'by_day': dist_stats(edits_by_day(revisions)),
'ip_edit_count': len([rev for rev in revisions if rev['rev_user'] == 0]),
'est_revert_count': len([rev for rev in revisions if 'revert' in rev['rev_comment'].lower()]),
'blank_count': len([x for x in revisions if x['rev_len'] == 0]),
'deleted_count': len([x for x in revisions if x['rev_deleted'] > 0]),
'abs_byte': dist_stats([abs(rev['rev_diff']) for rev in revisions]) if revisions else {},
'ed_returning': len([c for c in editor_counts.itervalues() if c > RETURNING_ED_THRESHOLD]),
'ed_unique': len(editor_counts),
'ed_top_20': get_top_percent_editors(.20, sorted_editor_counts, len(revisions)),
'ed_top_5': get_top_percent_editors(.05, sorted_editor_counts, len(revisions)),
'ed_top_20_bytes': get_top_percent_editors(.20, sorted_editor_bytes, abs_byte_sum),
'ed_top_5_bytes': get_top_percent_editors(.05, sorted_editor_bytes, abs_byte_sum)
}
dom_data = cast_table(in_data, attr_selector='d_')
dom_stats = Orange.statistics.basic.Domain(dom_data)
new_attrs = []
for attr in dom_data.domain.features:
attr_c = Orange.feature.Continuous(attr.name + "_n")
attr_c.getValueFrom = Orange.classification.ClassifierFromVar(whichVar=attr)
transformer = Orange.data.utils.NormalizeContinuous()
attr_c.getValueFrom.transformer = transformer
transformer.average = dom_stats[attr].avg
transformer.span = dom_stats[attr].dev
new_attrs.append(attr_c)
new_domain = Orange.data.Domain(new_attrs, dom_data.domain.classVar)
norm_dom_data = Orange.data.Table(new_domain, dom_data)
fa_res = fa_node.execute(norm_dom_data.to_numpy()[0])
out_data = Table(fa_node.A)
from stats import dist_stats
in_domain = norm_dom_data.domain
LATENT_COUNT = min(len(in_domain.attributes)/2, len(fa_node.A))
latent_attrs = []
weights = fa_node.A.transpose()
for i in range(LATENT_COUNT):
cur_weights = weights[i]
abs_stats = dist_stats([abs(x) for x in cur_weights])
median = abs_stats['mean']
dev_cutoff = abs_stats['std_dev']
latent_attrs.append([(in_domain[i], x) for i, x in enumerate(cur_weights) if abs(x) > median+dev_cutoff])
#sorted([(a,b) for a,b in zip(in_domain.features, fa_node.sigma)], key=lambda x: x[1], reverse=True)
def element_words_dist(elem):
return lambda f: dist_stats([len(get_text(navbox).split()) for navbox in f(elem)])