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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def entry_to_matrix(prodigy_entry):
 """ Take in a line from the labeled json and return a vector of labels and a matrix of features for training. Two ways to get 0s: - marked as false by user - generated automatically from other entries when guess is correct Rather than iterating through entities, just get the number of the correct entity directly. Then get one or two GPEs before and after. """

    doc = prodigy_entry['text']
    doc = nlp(doc)
    geo_proced = geo.process_text(doc, require_maj=False)

    # find the geoproced entity that matches the Prodigy entry
    ent_text = np.asarray([gp['word'] for gp in geo_proced]) # get mask for correct ent
    #print(ent_text)
    match = ent_text == entry['meta']['word']
    #print("match: ", match)
    anti_match = np.abs(match - 1)
    #print("Anti-match ", anti_match)
    match_position = match.argmax()

    geo_proc = geo_proced[match_position]

    iso = geo.cts[prodigy_entry['label']] # convert country text label to ISO
    feat = geo.features_to_matrix(geo_proc)
    answer_x = feat['matrix']
    label = np.asarray(feat['labels'])

    if prodigy_entry['answer'] == "accept":
        answer_binary = label == iso
        answer_binary = answer_binary.astype('int')
        #print(answer_x.shape)
        #print(answer_binary.shape)


    elif prodigy_entry['answer'] == "reject":
        # all we know is that the label that was presented is wrong.
        # just return the corresponding row in the feature matrix,
        #   and force the label to be 0
        answer_binary = label == iso
        answer_x = answer_x[answer_binary,:] # just take the row corresponding to the answer
        answer_binary = np.asarray([0]) # set the outcome to 0 because reject

    # NEED TO SHARE LABELS ACROSS! THE CORRECT ONE MIGHT NOT EVEN APPEAR FOR ALL ENTITIES

    x = feat['matrix']
    other_x = x[anti_match,:]
    #print(other_x)
    #print(label[anti_match])
    # here, need to get the rows corresponding to the correct label

    #    print(geo_proc['meta'])
        # here's where we get the other place name features.
        # Need to:
        #  1. do features_to_matrix but use the label of the current entity
        #     to determine 0/1 in the feature matrix
        #  2. put them all into one big feature matrix,
        #  3. ...ordering by distance? And need to decide max entity length
        #  4. also include these distances as one of the features

    #print(answer_x.shape[0])
    #print(answer_binary.shape[0])
    try:
        if answer_x.shape[0] == answer_binary.shape[0]:
            return (answer_x, answer_binary)
    except:
        pass