def analysewords(results, words, chars, hsk_word_count, hsk_char_count):
results.append("<h4>Analysis of Words/Characters in Input</h4>")
singlecharcount = len([w for w in words if len(w) == 1])
wordcount = len(words)
charcount = len(chars)
totalwords = sum(hsk_word_count.values())
totalchars = sum(hsk_char_count.values())
subtlexwords = subtlex_word_set & words
ccedictwords = cedict_word_set & words
results.append("""Input contained:<ul>
<li>{} unique single-character entries</li>
<li>{} unique multi-character entries</li>
<li>{} unique entries</li>
<li>{} total entries</li>
<li>{} unique characters</li>
<li>{} total characters</li>
<li>{} unique words as recognised by SUBTLEX-CH</li>
<li>{} unique words as recognised by CC-CEDICT</li>
</ul>""".format(singlecharcount, wordcount - singlecharcount, wordcount,
totalwords, charcount, totalchars, len(subtlexwords),
len(ccedictwords)))
wordsknown = "\n".join(frequency_order_word(words))
charsknown = "\n".join(frequency_order_char(chars))
subtlexknown = "\n".join(frequency_order_word(subtlexwords))
ccedictknown = "\n".join(frequency_order_word(ccedictwords))
results.append(blockboxtemplate().format("Unique Entries", "wordsknown",
wordsknown))
results.append(blockboxtemplate().format("Unique Characters", "charsknown",
charsknown))
results.append(blockboxtemplate().format("SUBTLEX Words", "subtlexknown",
subtlexknown))
results.append(blockboxtemplate().format("CC-CEDICT Words", "cedictknown",
ccedictknown))
def suggesthskwords(results, words):
results.append("""<h4>Suggested HSK Words not in Input</h4>""")
for i in range(1, 7):
wordstolearn = "\n".join(frequency_order_word(hsk_words[i] - words))
results.append(blockboxtemplate().format("HSK " + str(i),
"hskwordstolearn" + str(i),
wordstolearn))
foundwords = []
for freq, word in word_frequency_ordered:
if word not in words and word not in hsk_words[16]:
foundwords.append(word)
if len(foundwords) >= 1000:
break
wordstext = "\n".join(frequency_order_word(foundwords))
results.append(blockboxtemplate().format("Non-HSK",
"nonhskwordstolearn" + str(i),
wordstext))
def suggestfreqwords(results, words):
results.append("""<h4>Suggested Words not in Input</h4>""")
foundwords = []
for freq, word in word_frequency_ordered:
if word not in words:
foundwords.append(word)
if len(foundwords) >= 1000:
break
wordstext = "\n".join(frequency_order_word(foundwords))
results.append(textareatemplate.format("highfreqwords", wordstext))
def suggestfreqwordsre(results, words, chars):
results.append("""<h4>Suggested Words Using Characters in Input</h4>""")
foundwords = []
for freq, word in word_frequency_ordered:
if word not in words:
allcharsmatch = True
for char in word:
if char not in chars:
allcharsmatch = False
break
if not allcharsmatch:
continue
foundwords.append(word)
if len(foundwords) >= 1000:
break
wordstext = "\n".join(frequency_order_word(foundwords))
results.append(textareatemplate.format("highfreqwordsreuse", wordstext))
def perform_set_operations(hanzi_a, hanzi_b, results, expand):
init_resources()
notes = []
if get_parameter("formatA") == "block":
words_a, chars_a, hsk_word_count, hsk_char_count = parse_block(
hanzi_a, notes, expand, word_char_definition_link)
elif get_parameter("formatA") == "commasep":
words_a, chars_a, hsk_word_count, hsk_char_count = parse_comma_sep(
hanzi_a, notes, True, expand, word_char_definition_link)
else:
words_a, chars_a, hsk_word_count, hsk_char_count = parse_list(
hanzi_a, notes, True, expand, word_char_definition_link)
if len(notes):
results.append(
"""<h2><span style="color:red;">Warnings (List A)</span> <a class="arrowlink" href="javascript:toggle_visibility('warningshelp');"><small><small>(?)</small></small></a></h2><ul>
<div id="warningshelp" class="inlinehelp" style="max-width:600px;">
<p>This section lists words and character that are being treated as Chinese but aren't in the CC-CEDICT that is being used.</p>
<p>In addition, when potential word matches are ignored during parsing of a block of text, warnings below will show you
the words that are in the dictionary but which were not chosen by the script.</p>
</div><span style="color:red;">""")
for note in notes:
results.append("<li>{}</li>".format(note))
results.append("</ul></span>")
notes = []
if get_parameter("formatB") == "block":
words_b, chars_b, hsk_word_count, hsk_char_count = parse_block(
hanzi_b, notes, expand, word_char_definition_link)
elif get_parameter("formatB") == "commasep":
words_b, chars_b, hsk_word_count, hsk_char_count = parse_comma_sep(
hanzi_b, notes, True, expand, word_char_definition_link)
else:
words_b, chars_b, hsk_word_count, hsk_char_count = parse_list(
hanzi_b, notes, True, expand, word_char_definition_link)
if len(notes):
results.append(
"""<h2><span style="color:red;">Warnings (List B)</span> <a class="arrowlink" href="javascript:toggle_visibility('warningshelp');"><small><small>(?)</small></small></a></h2><ul>
<div id="warningshelp" class="inlinehelp" style="max-width:600px;">
<p>This section lists words and character that are being treated as Chinese but aren't in the CC-CEDICT that is being used.</p>
<p>In addition, when potential word matches are ignored during parsing of a block of text, warnings below will show you
the words that are in the dictionary but which were not chosen by the script.</p>
</div><span style="color:red;">""")
for note in notes:
results.append("<li>{}</li>".format(note))
results.append("</ul></span>")
joinchar = ""
if get_parameter("outputformat") == "oneperline":
joinchar = "\n"
elif get_parameter("outputformat") == "commasep":
joinchar = ","
elif get_parameter("outputformat") == "tabsep":
joinchar = "\t"
else:
joinchar = " "
results.append(
"""<h4>Set Operations on Words <a class="arrowlink" href="javascript:toggle_visibility('wordoperationshelp');"><small><small>(?)</small></small></a></h4>
<div id="wordoperationshelp" class="inlinehelp" style="max-width:600px;">
<p><b>A<sub>w</sub></b> and <b>B<sub>w</sub></b> are the sets of all unique words derived from Word Lists A and B above.</p>
<p><b>A<sub>w</sub> \u2229 B<sub>w</sub></b> <i>Intersection, words that appear in both sets.</i><br />
<b>A<sub>w</sub> \u222A B<sub>w</sub></b> <i>Union, both sets of words combined together as a single set.</i><br />
<b>A<sub>w</sub> \u2216 B<sub>w</sub></b> <i>Difference, words that are <b>A<sub>w</sub></b> but not <b>B<sub>w</sub></b>.</i><br />
<b>B<sub>w</sub> \u2216 A<sub>w</sub></b> <i>Difference, words that are <b>B<sub>w</sub></b> but not <b>A<sub>w</sub></b>.</i><br />
<b>A<sub>w</sub> \u2206 B<sub>w</sub></b> <i>Symmetric Difference, words that are in only one of the two sets.</i></p>
<p>All sets are sorted with the most frequently used words first.</p>
</div>""")
results.append(
setresultbox("A<sub>w</sub>", "Awords", frequency_order_word(words_a),
joinchar, "word"))
results.append(
setresultbox("B<sub>w</sub>", "Bwords", frequency_order_word(words_b),
joinchar, "word"))
results.append(
setresultbox("A<sub>w</sub> \u2229 B<sub>w</sub>", "AintersectBwords",
frequency_order_word(words_a & words_b), joinchar,
"word"))
results.append(
setresultbox("A<sub>w</sub> \u222A B<sub>w</sub>", "AunionBwords",
frequency_order_word(words_a | words_b), joinchar,
"word"))
results.append(
setresultbox("A<sub>w</sub> \u2216 B<sub>w</sub>", "AdifferenceBwords",
frequency_order_word(words_a - words_b), joinchar,
"word"))
results.append(
setresultbox("B<sub>w</sub> \u2216 A<sub>w</sub>", "BdifferenceAwords",
frequency_order_word(words_b - words_a), joinchar,
"word"))
results.append(
setresultbox("A<sub>w</sub> \u2206 B<sub>w</sub>", "AsymmmetricBwords",
frequency_order_word(words_a ^ words_b), joinchar,
"word"))
results.append(
"""<h4>Set Operations on Characters <a class="arrowlink" href="javascript:toggle_visibility('charoperationshelp');"><small><small>(?)</small></small></a></h4>
<div id="charoperationshelp" class="inlinehelp" style="max-width:600px;">
<p><b>A<sub>c</sub></b> and <b>B<sub>c</sub></b> are the sets of all unique characters derived from Word Lists A and B above.</p>
<p><b>A<sub>c</sub> \u2229 B<sub>c</sub></b> <i>Intersection, characters that appear in both sets.</i><br />
<b>A<sub>c</sub> \u222A B<sub>c</sub></b> <i>Union, both sets of characters combined together as a single set.</i><br />
<b>A<sub>c</sub> \u2216 B<sub>c</sub></b> <i>Difference, characters that are <b>A<sub>c</sub></b> but not <b>B<sub>c</sub></b>.</i><br />
<b>B<sub>c</sub> \u2216 A<sub>c</sub></b> <i>Difference, characters that are <b>B<sub>c</sub></b> but not <b>A<sub>c</sub></b>.</i><br />
<b>A<sub>c</sub> \u2206 B<sub>c</sub></b> <i>Symmetric Difference, characters that are in only one of the two sets.</i></p>
<p>All sets are sorted with the most frequently used characters first.</p>
</div>""")
results.append(
setresultbox("A<sub>c</sub>", "Achars", frequency_order_word(chars_a),
joinchar, "char"))
results.append(
setresultbox("B<sub>c</sub>", "Bchars", frequency_order_word(chars_b),
joinchar, "char"))
results.append(
setresultbox("A<sub>c</sub> \u2229 B<sub>c</sub>", "AintersectBchars",
frequency_order_char(chars_a & chars_b), joinchar,
"char"))
results.append(
setresultbox("A<sub>c</sub> \u222A B<sub>c</sub>", "AunionBchars",
frequency_order_char(chars_a | chars_b), joinchar,
"char"))
results.append(
setresultbox("A<sub>c</sub> \u2216 B<sub>c</sub>", "AdifferenceBchars",
frequency_order_char(chars_a - chars_b), joinchar,
"char"))
results.append(
setresultbox("B<sub>c</sub> \u2216 A<sub>c</sub>", "BdifferenceAchars",
frequency_order_char(chars_b - chars_a), joinchar,
"char"))
results.append(
setresultbox("A<sub>c</sub> \u2206 B<sub>c</sub>", "AsymmmetricBchars",
frequency_order_char(chars_a ^ chars_b), joinchar,
"char"))
def analysehskwords(results, words, hsk_word_count):
knownintersect = {}
results.append("<h4>Analysis of HSK Words in Input</h4>")
results.append("Input contained:<ul>")
cumulativeknown = {}
cumulativetotal = {}
cumulativeknown[0] = 0
cumulativetotal[0] = 0
numknown = {}
numhsk = {}
for i in range(1, 7):
knownintersect[i] = words & hsk_words[i]
numknown[i] = len(knownintersect[i])
numhsk[i] = len(hsk_words[i])
percentknown = 100 * float(numknown[i]) / numhsk[i]
cumulativeknown[i] = cumulativeknown[i - 1] + numknown[i]
cumulativetotal[i] = cumulativetotal[i - 1] + numhsk[i]
results.append("""<li>{} ({:.2f}%) of the {} HSK {} words""".format(
numknown[i], percentknown, numhsk[i], i))
if i > 1 > 0:
cumpercentknown = 100 * float(
cumulativeknown[i]) / cumulativetotal[i]
results.append(
""" <i>(Cumulative: {} ({:.2f}%) of the {} HSK 1-{} words)</i>"""
.format(cumulativeknown[i], cumpercentknown,
cumulativetotal[i], i))
results.append("</li>")
results.append("</ul>")
totalunique = len(words)
if totalunique > 0:
numknown_nonhsk = totalunique - cumulativeknown[6]
results.append(
"Of the {} <b>unique</b> words in the input:<ul>".format(
totalunique))
for i in range(1, 7):
percentknown = 100 * float(numknown[i]) / totalunique
results.append("""<li>{} ({:.2f}%) were HSK {} words""".format(
numknown[i], percentknown, i))
if i > 1:
cumpercentknown = 100 * float(cumulativeknown[i]) / totalunique
results.append(
"""<i>(Cumulative: {} ({:.2f}%) were HSK 1-{} words)</i>"""
.format(cumulativeknown[i], cumpercentknown, i))
results.append("</li>")
numknown_nonhsk_percent = 100 * float(numknown_nonhsk) / totalunique
results.append("""<li>{} ({:.2f}%) were non-HSK words</li>""".format(
numknown_nonhsk, numknown_nonhsk_percent))
results.append("</ul>")
totalwords = sum(hsk_word_count.values())
if totalwords == totalunique:
results.append(
"<p><i>Each word appeared only once in the input.</i></p>")
else:
cumknown = 0
results.append(
"Of the {} <b>total</b> words that were input:<ul>".format(
totalwords))
for i in range(1, 7):
percentknown = 100 * float(hsk_word_count[i]) / totalwords
cumknown += hsk_word_count[i]
results.append("""<li>{} ({:.2f}%) were HSK {} words""".format(
hsk_word_count[i], percentknown, i))
if i > 1:
cumpercentknown = 100 * float(cumknown) / totalwords
results.append(
"""<i>(Cumulative: {} ({:.2f}%) were HSK 1-{} words)</i>"""
.format(cumknown, cumpercentknown, i))
results.append("</li>")
num_nonhsk = totalwords - cumknown
numknown_nonhsk_percent = 100 * float(num_nonhsk) / totalwords
results.append("""<li>{} ({:.2f}%) were non-HSK words</li>""".format(
num_nonhsk, numknown_nonhsk_percent))
results.append("</ul>")
for i in range(1, 7):
wordsknown = "\n".join(frequency_order_word(knownintersect[i]))
results.append(blockboxtemplate().format("HSK " + str(i),
"hskwordsknown" + str(i),
wordsknown))
nonhskwords = "\n".join(frequency_order_word(words - hsk_words[16]))
results.append(blockboxtemplate().format("Non-HSK", "nonhskwordsknown",
nonhskwords))