def find_match():
side = int(f.request.form['side'])
assert side in [0, 1]
_id = f.request.form['_id']
first = DEST if side else ORIGIN
second = ORIGIN if side else DEST
query, res_ids, answers, dsts, among = cn.find_closest(_id, first, second)
_ = cn.interpret(first['features'][query, :],
second['features'][answers[0], :])
query_info, first_answer, feature_order = _
answers_info = [first_answer]
answers_info.extend([
cn.interpret(first['features'][query, :],
second['features'][answer, :], feature_order)[1]
for answer in answers[1:]
])
sendf = lambda x, p: ('{:.' + str(p) + 'f}').format(float(x))
res = {
'query': query_info,
'answers_id': list(res_ids),
'distances': [sendf(d, 5) for d in dsts],
'explanations': answers_info,
'among': among
}
return f.jsonify(r=res)
def find_match():
side = int(f.request.form['side'])
assert side in [0, 1]
_id = f.request.form['_id']
first = DEST if side else ORIGIN
second = ORIGIN if side else DEST
query, res_ids, answers, dsts, among = cn.find_closest(_id, first, second)
_ = cn.interpret(first['features'][query, :],
second['features'][answers[0], :])
query_info, first_answer, feature_order = _
answers_info = [first_answer]
answers_info.extend([cn.interpret(first['features'][query, :],
second['features'][answer, :],
feature_order)[1]
for answer in answers[1:]])
sendf = lambda x, p: ('{:.'+str(p)+'f}').format(float(x))
res = {'query': query_info, 'answers_id': list(res_ids),
'distances': [sendf(d, 5) for d in dsts],
'explanations': answers_info, 'among': among}
return f.jsonify(r=res)
