def get_features_of_styles(arows,note_feature_list=None,user_feature_list=None,note_feature_names=None,user_feature_names=None):
# makes a nice table of statistics ~~
arows = [a for a in arows if a.get('emax',None) is not None] # fiter out insub
if note_feature_list is None: note_feature_list = default_note_features
if user_feature_list is None: user_feature_list = default_user_features
if note_feature_names is None: note_feature_names = default_note_feature_names
if user_feature_names is None: user_feature_names = default_user_feature_names
owners = get_userids_with_cat(arows)
owners = filter(lambda oid: intent.owner_orm(oid) not in cal.RESEARCHERS,owners)
notes_of_owners = reduce(lambda x,y:x+y,[[n for n in intent.owner_orm(o).note_owner.all().values()] for o in owners])
print "-----------ALL [", len(notes_of_owners)," from ",len(owners),"]"
group_note_features = intent._gfanalyze(notes_of_owners,note_feature_list,note_feature_names)
group_user_features = intent._gfanalyze(owners,user_feature_list,user_feature_names)
# now partition by cats?
cat_test = {}
for cat in cats:
users_with_cat = get_userids_with_cat(arows,cat)
cat_notes = reduce(lambda x,y: x+y,[[x for x in User.objects.filter(id=o)[0].note_owner.values()] for o in users_with_cat ])
print "--------------:",cat,":--------------- (u=",len(users_with_cat),"n =", len(cat_notes),")"
cat_note_features = intent._gfanalyze(cat_notes, note_feature_list)
cat_user_features = intent._gfanalyze(users_with_cat, user_feature_list)
cat_test[cat] = intent._gfcompare(cat_note_features,group_note_features,note_feature_names)
cat_test[cat].update( intent._gfcompare(cat_user_features,group_user_features,user_feature_names) )
return cat_test
cat_test[cat] = intent._gfcompare(cat_note_features,group_note_features,note_feature_names)
cat_test[cat].update( intent._gfcompare(cat_user_features,group_user_features,user_feature_names) )
return cat_test
########################################################################################
## new delicious anova code for CHI 2011 paper
## Figures 3 and 7 are generated from these fns
##
## krows = kl.read()
## kl.print_aov_bits(krows,'note_words')
## kl.print_aov_bits(krows,'note_lines')
## kl.print_aov_bits(krows,'note_deleted')
## kl.print_aov_bits(krows,'note_lifetime_none')
_filter_user_ids_for_researchers = lambda users: filter(lambda oid: intent.owner_orm(oid) not in cal.RESEARCHERS, users)
_filter_missing_keeper_labels = lambda arows,labeler: filter(lambda arow: arow.get(labeler,None) is not None, arows)
_get_all_notes_owned = lambda dude_ids: reduce(lambda x,y:x+y,[[n for n in intent.owner_orm(o).note_owner.all().values()] for o in dude_ids])
_get_owners_of_rows = lambda arows: set([x["userid"] for x in arows])
def anova_by_note_feature(krows,feature_name):
owners = _get_owners_of_rows(krows)
owners = _filter_user_ids_for_researchers(owners)
owner_types = {}
# populate owner -> cat mapping
for cat in cats: [ owner_types.update({long(owner) : cat}) for owner in get_userids_with_cat(krows,cat) ]
# gets rid of dudes who have no category
owners = list(owner_types.keys())
print "SOURCE OWNER SET : ", len(owners)
