def developAttribute(attribute):
developpedList = []
code = ""
developpedList.append(attribute.lower())
m = re.search('du code',attribute)
if m is not None:
art = attribute[:m.start()]
code = attribute[m.start()+3:]
developpedList.append(code.lower())
if attribute[1] == " ":
ind = art.rfind('-')
while(ind!=-1):
art = art[:ind]
developpedList.append(art+" du "+code)
ind = art.rfind('-')
#print attribute,code.lower()
if attribute[2] == "0":
livre = "Livre 0 du "+code
else:
livre = "Livre "+roman.toRoman(int(attribute[2]))+" du "+code
developpedList.append(livre.lower())
if attribute[3].isdigit():
if attribute[3] == "0":
titre = "Titre 0 du "+livre
else:
titre = "Titre "+roman.toRoman(int(attribute[3]))+" du "+livre
developpedList.append(titre.lower())
return developpedList
def get_next (self):
""" Get the next label. """
if self.type == 'none':
res = ''
elif self.type == '*':
res = u'•' if self.encoding == 'utf-8' else '-'
elif self.type == '-':
res = u'-'
elif self.type == '+':
res = u'+'
elif self.type == 'arabic':
res = "%d" % self.start
elif self.type == 'loweralpha':
res = "%c" % (self.start + ord ('a') - 1)
elif self.type == 'upperalpha':
res = "%c" % (self.start + ord ('A') - 1)
elif self.type == 'upperroman':
res = roman.toRoman (self.start).upper ()
elif self.type == 'lowerroman':
res = roman.toRoman (self.start).lower ()
else:
res = "%d" % self.start
self.start += 1
return self.prefix + res + self.suffix
def ResolutionInfo(ownerId, resolutionId, englishResolution, spanishResolution, committeeId, status, index, topic, comments, assigneeId, originalAssigneeId, committeeAbbreviationEnglish, committeeAbbreviationSpanish):
englishTag = "%s/%s/%s%d" % (committeeAbbreviationEnglish, toRoman(topic, True), "DRAFT" if isDraft(status) else "", index)
spanishTag = "%s/%s/%s%d" % (committeeAbbreviationSpanish, toRoman(topic, True), "PREL" if isDraft(status) else "", index)
return {"ownerId": ownerId, "resolutionId": resolutionId,
"englishResolution": englishResolution, "spanishResolution": spanishResolution,
"committeeId": committeeId, "status": status,
"index": index, "topic": topic, "comments": comments,
"assigneeId": assigneeId, "originalAssigneeId": originalAssigneeId,
"englishTag": englishTag, "spanishTag": spanishTag}
def test_to_roman(integer,
numeral):
"""docstring
which starts at the left"""
d = [1,2,
3, 4]
print integer, numeral, roman.toRoman(integer)
print "this line takes 2 %s lines" \
% 'long'
assert roman.toRoman(integer) == numeral
def romanize(src, args=None): # Check if instance is int or long if isinstance(src, int) or isinstance(src, long): if args != None: # If args is 'lowercase' return lowercased roman numerical if args.lower() == 'lowercase': return toRoman(src).lower() # Return the roman numerical equivalent return toRoman(src) else: # src wasn't int or long so we just return it return src
def generate_id(counter, depth, separator=".", prefix="part-", suffix=""):
o = []
i = depth
while i >= 1:
o.append(counter[i])
i -= 1
if current_level == 0:
return prefix + roman.toRoman(articles[current_level]).lower()
elif args.parts:
return prefix + roman.toRoman(articles[0]).lower() + '-' + separator.join([id_str(x, n, separator) for n, x in enumerate(reversed(o))]) + suffix
else:
return separator.join([id_str(x, n, separator) for n, x in enumerate(reversed(o))]) + suffix
def testSanity(self):
"""fromRoman(toRoman(n)) == n for all n"""
for integer in range(1, 5000):
numeral = roman.toRoman(integer)
result = roman.fromRoman(numeral)
self.assertEqual(integer, result)
def get_urls(self):
"""
Returns a list of URLs to scrape
"""
# This predefined list of URLs is chosen to include all types of
# inquiries possible in the Austrian parliament in order to provide a
# suitable testing surface for new functions.
# urls = ["https://www.parlament.gv.at/PAKT/VHG/XXV/JPR/JPR_00019/index.shtml", "https://www.parlament.gv.at/PAKT/VHG/XXV/JPR/JPR_00016/index.shtml", "https://www.parlament.gv.at/PAKT/VHG/XXV/J/J_06954/index.shtml", "https://www.parlament.gv.at/PAKT/VHG/XXV/M/M_00178/index.shtml", "https://www.parlament.gv.at/PAKT/VHG/XXV/JEU/JEU_00003/index.shtml", "https://www.parlament.gv.at/PAKT/VHG/XXV/J/J_06758/index.shtml", "https://www.parlament.gv.at/PAKT/VHG/BR/J-BR/J-BR_03089/index.shtml",
# "https://www.parlament.gv.at/PAKT/VHG/BR/J-BR/J-BR_03091/index.shtml", "http://www.parlament.gv.at/PAKT/VHG/BR/J-BR/J-BR_01155/index.shtml", "http://www.parlament.gv.at/PAKT/VHG/XX/J/J_06110/index.shtml", "http://www.parlament.gv.at/PAKT/VHG/XX/J/J_06651/index.shtml", "http://www.parlament.gv.at/PAKT/VHG/XX/J/J_04024/index.shtml", "http://www.parlament.gv.at/PAKT/VHG/XX/J/J_04025/index.shtml", "https://www.parlament.gv.at/PAKT/VHG/XX/M/M_00178/index.shtml"]
urls = []
if self.LLP:
for i in self.LLP:
for nrbr in ['NR', 'BR']:
roman_numeral = roman.toRoman(i)
options = self.URLOPTIONS.copy()
options['GP'] = roman_numeral
options['NRBR'] = nrbr
url_options = urlencode(options)
url_llp = "{}?{}".format(self.BASE_URL, url_options)
rss = feedparser.parse(url_llp)
print "GP {}: {} inquiries from {} [{}]".format(
roman_numeral, len(rss['entries']), nrbr, url_llp)
urls = urls + [entry['link'] for entry in rss['entries']]
return urls
def page_index_to_page_number_string (self, page_index):
pn = self.get_page_numbering()
if (type(pn) == types.IntType):
return str(pn + page_index)
elif (type(pn) == types.ListType):
for pagerange, numbering_type, fpn in pn:
first_page = pagerange[0]
if len(pagerange) > 1:
last_page = pagerange[1]
else:
last_page = pagerange[0]
if (page_index >= first_page) and (page_index <= last_page):
if numbering_type == 'b':
return ""
elif numbering_type == 'd':
return str(page_index - first_page + fpn)
elif numbering_type == 'r':
# roman numeral
value = page_index - first_page + fpn
from roman import toRoman
return toRoman(value).lower()
else:
return ""
return ""
else:
note("document %s: bad page numbering %s", self.id, pn)
self.__pagenumbering = 1
return str(page_index + 1)
def get_urls(self):
"""
Returns a list of URLs to scrape
"""
urls = []
# NR comittees are LLP based
if self.LLP:
for i in self.LLP:
roman_numeral = roman.toRoman(i)
options = self.URLOPTIONS.copy()
options['GP'] = roman_numeral
options['NRBR'] = 'NR'
url_options = urlencode(options)
url_llp = "{}?{}".format(self.BASE_URL, url_options)
rss = feedparser.parse(url_llp)
print "GP {}: NR: {} Comittees".format(
roman_numeral, len(rss['entries']))
urls = urls + [entry['link'] for entry in rss['entries']]
# AKT = aktiv, AUF = aufgeloest
for aktauf in ['AKT', 'AUF']:
options['NRBR'] = 'BR'
options['R_AKTAUF'] = aktauf
url_options = urlencode(options)
url_br = "{}?{}".format(self.BASE_URL, url_options)
rss = feedparser.parse(url_br)
print "BR {}: {} Comittees".format(
aktauf, len(rss['entries']))
urls = urls + [entry['link'] for entry in rss['entries']]
return urls
def testFromRomanCase():
"""fromRoman should only accept uppercase input"""
for integer in range(1, 5000):
numeral = roman.toRoman(integer)
roman.fromRoman(numeral.upper())
with pytest.raises(roman.InvalidRomanNumeralError):
roman.fromRoman(numeral.lower())
def les_republicains(self, msg):
today = date.today()
# find the current month in republican calendar
current_republican_month = ''
for month, bounds in months.items():
start = date(today.year, bounds[1], bounds[0])
end = date(today.year, bounds[3], bounds[2])
if start <= today <= end:
current_republican_month = month
current_month_start = start
break
# list the days of the current month until we find the right one
date_republican = current_month_start
current_republican_day = ''
for day, day_name in enumerate(days.get(current_republican_month, [])):
if date_republican == today:
current_republican_day = day_name
break
date_republican += timedelta(days=1)
# compute the year
if today >= date(today.year, 9, 22): # republican calendar starts on 22th september 1792
current_republican_year = today.year - 1791
else:
current_republican_year = today.year - 1792
msg.reply("Nous sommes le {} {} an {} ({})".format(
day + 1, # days start on 1
current_republican_month,
roman.toRoman(current_republican_year),
current_republican_day # day name
))
def get_max_length_roman(first, last, increment):
max_length = 0
current_num = int(first)
run_loop = True
while run_loop == True:
roman_str = roman.toRoman(current_num)
length = len(roman.toRoman(current_num))
if max_length < length:
max_length = length
current_num += int(increment)
run_loop = continue_loop(current_num, last, increment)
return max_length
def get_urls(self):
"""
Returns a list of URLs to scrape
"""
urls = []
if self.LLP:
for i in self.LLP:
for nrbr in ['NR', 'BR']:
for bbet in ['BI', 'PET', 'PET-BR', 'VOLKBG']:
roman_numeral = roman.toRoman(i)
options = self.URLOPTIONS.copy()
options['GP'] = roman_numeral
options['NRBR'] = nrbr
options['BBET'] = bbet
url_options = urlencode(options)
url_llp = "{}?{}".format(self.BASE_URL, url_options)
rss = feedparser.parse(url_llp)
print "GP {}: {}: {} {}".format(
roman_numeral, nrbr, len(rss['entries']), bbet)
urls = urls + [entry['link']
for entry in rss['entries']]
self.TOTAL_COUNTER = len(urls)
return urls
def RomanOrRounded(value, rounding, convert=True):
"""Try to round the value to the closest integer and return it as a roman
numeral. If the conversion is disabled, or if the roman module could not be
loaded, round the value to the specified level and return it.
@type value: number
@param value: value to convert
@type rounding: integer
@param rounding: how many decimal digits the number should be rounded to
@type convert: boolean
@param convert: if False, don't try conversion at all
@rtype: string
@return: roman numeral for val, or formatted string representing val if
conversion didn't succeed
"""
def _FormatOutput(val, r):
format_string = "%0." + str(r) + "f"
return format_string % val
if roman is not None and convert:
try:
return roman.toRoman(round(value, 0))
except roman.RomanError:
return _FormatOutput(value, rounding)
return _FormatOutput(value, rounding)
def testFromRomanCase(self):
"""fromRoman should only accept uppercase input"""
for integer in range(1, 4000):
numeral = roman.toRoman(integer)
roman.fromRoman(numeral.upper())
self.assertRaises(roman.InvalidRomanNumeralError,
roman.fromRoman, numeral.lower())
def _peptide_header_display_data(self, vaccine_peptide, rank):
"""
Returns a dictionary with info used to populate the header section of a peptide table.
Parameters
----------
vaccine_peptide : VaccinePeptide
The given peptide to convert to display form
rank : int
Rank of vaccine peptide in list
"""
mutant_protein_fragment = vaccine_peptide.mutant_protein_fragment
amino_acids = mutant_protein_fragment.amino_acids
mutation_start = mutant_protein_fragment.mutant_amino_acid_start_offset
mutation_end = mutant_protein_fragment.mutant_amino_acid_end_offset
aa_before_mutation = amino_acids[:mutation_start]
aa_mutant = amino_acids[mutation_start:mutation_end]
aa_after_mutation = amino_acids[mutation_end:]
header_display_data = {
'num': roman.toRoman(rank + 1).lower(),
'aa_before_mutation': aa_before_mutation,
'aa_mutant': aa_mutant,
'aa_after_mutation': aa_after_mutation,
}
return header_display_data
def get_level_index(lvl, indx):
if lvl % 3 == 0:
return u'%d' % indx
if lvl % 3 == 1:
return [u'', u'a', u'b', u'c', u'd', u'e', u'f', u'g', u'h', u'j', u'k', u'l', u'm', u'n', u'o', u'p', u'q', u'r', u's', u't', u'v', u'w', u'x', u'y', u'z'][indx]
if lvl % 3 == 2:
return toRoman(indx, False)
def __init__(self, **kw):
super(StatementSpider, self).__init__(**kw)
if 'type' in kw and kw['type'] in self.DEBATETYPES:
self.DEBATETYPES = [kw['type']]
if 'llp' in kw and kw['llp'] != 'all':
try:
self.LLP = [roman.toRoman(int(kw['llp']))]
except:
self.LLP = [kw['llp']]
else:
self.LLP = [roman.toRoman(llp) for llp in self.ALLOWED_LLPS]
self.SNR = kw['snr'] if 'snr' in kw else None
self.start_urls = [self.BASE_URL]
def romanize_filter(value, to_upper=True):
"""
Change int or long into Roman Numeral
Usage: {{ object.id|romanize:to_upper }}
After: integer turned to roman numeral
"""
if isinstance(value, int) or isinstance(value, long):
if value == 0:
return "0"
else:
if to_upper:
return toRoman(value)
else:
return toRoman(value).lower()
else:
return value
def get_urls():
urls = []
for i in LLP:
roman_numeral = roman.toRoman(i)
rss = feedparser.parse(get_laws_url(roman_numeral))
print "GP {}: {} laws".format(roman_numeral, len(rss['entries']))
urls = urls + [entry['link'] for entry in rss['entries']]
return urls
def to_roman(number):
"""
Converts an arabic number within range from 1 to 4999 to the corresponding roman number.
Returns None on error conditions.
"""
try:
return roman.toRoman(number)
except (roman.NotIntegerError, roman.OutOfRangeError):
return None
def romanize_filter(value, args=None):
"""Change int or long into Roman Numeral all other types are passed out
You can add an argument like this:
...
{{ object.id|romanize:"upper" }}
...
For upper case roman numerals. The tag defaults to lowercase numerals for
no good reason other than I prefer the look of them."""
if isinstance(value, int) or isinstance(value, long):
if args is not None:
if args.lower() == "upper":
return toRoman(value)
else:
return toRoman(value).lower()
else:
return toRoman(value).lower()
else:
return value
def to_roman(number: int) -> str:
"""
Converts an arabic number within range from 1 to 4999 to the
corresponding roman number. Returns the input converted as string on error
conditions or higher numbers.
"""
try:
return roman.toRoman(number)
except (roman.NotIntegerError, roman.OutOfRangeError):
return str(number)
def subroman(match):
import roman
try:
groupdict = match.groupdict()
num = int(groupdict['num'])
if num == 0:
return ''
return roman.toRoman(num)
except Exception as ex:
util_dbg.printex(ex, keys=['groupdict'])
raise
def fix_media(textBufferArray, directory_prepend, footnotes_roman, footnote_title, citations_title):
text_holder = []
# try not writing an overly-greedy regex if you don't want to lose text!
footnote_format = re.compile("(.*)(\[\^)(\d+)(\])")
citation_format = re.compile("(.*)(\[@)(.+?)(\])")
graphics_link = re.compile("(!\[.*?\])(\(graphics)(.*?\))")
for line in textBufferArray:
if footnote_format.match(line):
# instead of rewriting in a separate function, just get the match object and use it here
footnote_iter = footnote_format.finditer(line)
foot_holder = []
for match in footnote_iter:
theNumber = match.group(3)
if footnotes_roman == "True":
theNumber = toRoman(int(match.group(3)))
foot_frag = match.group(1)+"<sup>["+theNumber+"]("+directory_prepend+footnote_title+"/README.html)</sup>"
foot_holder.append(foot_frag)
foot_holder.append(line[match.end():])
line = "".join(foot_holder)
if citation_format.match(line):
# instead of rewriting in a separate function, just get the match object and use it here
citation_iter = citation_format.finditer(line)
new_holder = []
for match in citation_iter:
#print match.group(1)
line_frag = match.group(1)+"<sup><a href="+directory_prepend+citations_title+"/index.html>"+str(citation_counter)+"</a></sup>"
new_holder.append(line_frag)
global citation_counter
citation_counter+=1
new_holder.append(line[match.end():])
line = "".join(new_holder)
if graphics_link.match(line):
# instead of rewriting in a separate function, just get the match object and use it here
#print(line)
graphics_matchObj = graphics_link.match(line)
line = graphics_matchObj.group(1)+"("+directory_prepend+"graphics"+graphics_matchObj.group(3)
# while we're at it, we might as well get real newlines into our footnote sections
line = re.sub(r"\\\n", "\n\n", line)
text_holder.append(line)
return text_holder
def make_initial_plot(fig, valences):
fig.clf()
ax = fig.add_subplot(111)
h, b = numpy.histogram(valences, bins=100, range=[0.0, 2*cation_valence])
width = b[1] - b[0]
x = b[1:] - width/2.0
ax.bar(x, h, width=width)
ax.set_xlim([0.0, 2*cation_valence])
ax.set_xlabel("bond valence sum $V_i$", fontsize=plot_labelsize)
ax.set_ylabel("number of binding sites", fontsize=plot_labelsize)
ax.text(1.5*cation_valence, 0.95*max(h), "%s(%s)" % (cation_element,roman.toRoman(cation_valence)), fontsize=32)
return x, h
def get_page_number(self, index):
"""
Given an index, return page label as specified by catalog['PageLabels']['Nums']
Nums == [ 0 << /S /r >>
4 << /S /D >>
7 << /S /D /P (A−) /St 8>>
]
/S = [
D Decimal arabic numerals
R Uppercase roman numerals
r Lowercase roman numerals
A Uppercase letters (A to Z for the first 26 pages, AA to ZZ for the next 26, and so on)
a Lowercase letters (a to z for the first 26 pages, aa to zz for the next 26, and so on)
] (if no /S, just use prefix ...)
/P = text string label
/St = integer start value
"""
try:
nums = resolve1(self.catalog['PageLabels'])['Nums'] # e.g. [ 0 {settings} 2 {settings} 20
# {settings} ...]
assert len(nums) > 1 and len(nums) % 2 == 0
except:
return ""
for i in range(len(nums)-2,-1,-2): # find highest page number lower than requested page
if nums[i] <= index:
break
settings = nums[i+1].resolve()
page_num = ""
if 'S' in settings: # show a digit
page_num = index - nums[i]
if 'St' in settings: # alternate start value
page_num += settings['St']
else:
page_num += 1
num_type = settings['S'].name
if num_type.lower() == 'r': # roman (upper or lower)
import roman
page_num = roman.toRoman(page_num)
if num_type == 'r':
page_num = page_num.lower()
elif num_type.lower() == 'a': # letters
# a to z for the first 26 pages, aa to zz for the next 26, and so on
letter = chr(page_num % 26 + 65)
letter *= page_num / 26 + 1
if num_type == 'a':
letter = letter.lower()
page_num = letter
else: #if num_type == 'D': # decimal arabic
page_num = unicode(page_num)
if 'P' in settings: # page prefix
page_num = settings['P']+page_num
return page_num
def metadata(self):
title = self.recording.work.pretty_title(show_year=False)
if self.recording.movements.count() > 1:
title += u" - %s. %s" % (roman.toRoman(self.num), self.title)
title += u" (%s)" % self.recording.short_name()
return {
'date': str(self.recording.year) or '',
'title': title,
'artist': u"%s" % self.recording.work.composer,
'genre': 'Classical',
'tracknumber': str(self.num),
}
def generate_document(res, lang, topic_name, committee_salutation_name, committee_abbr, res_index, topic_index, isDraft, sponsors):
salutation = u'<text:p text:style-name="preams"><text:span text:style-name="clause_keyword">%s,</text:span></text:p>' % committee_salutation_name
preams_outline = string.join([u'<text:p text:style-name="preams"><text:span text:style-name="clause_keyword">%s </text:span><text:span text:style-name="clause_body">%s,</text:span></text:p>' % (clause["keyword"], clause["content"]) for clause in res["preambulars"]], u'\n')
max_level = -1
last_level = -1
current_indices = []
ops = []
for idx, clause in enumerate(res["operatives"]):
for i in range(len(current_indices), clause["level"] + 1):
current_indices.append(1)
if last_level > clause["level"]:
current_indices = current_indices[:clause["level"] + 1]
current_indices[clause["level"]] += 1
elif last_level == clause["level"]:
current_indices[clause["level"]] += 1
last_level = clause["level"]
if last_level > max_level:
max_level = last_level
index = current_indices[last_level]
if clause["level"] == 0:
ops.append(u'<text:p text:style-name="ops-%d">%s. <text:span text:style-name="clause_keyword">%s </text:span><text:span text:style-name="clause_body">%s%s</text:span></text:p>' % (clause["level"], get_level_index(clause["level"], index), clause["keyword"], clause["content"], get_op_separator(res["operatives"], idx)))
else:
ops.append(u'<text:p text:style-name="ops-%d">%s. <text:span text:style-name="clause_body">%s%s</text:span></text:p>' % (clause["level"], get_level_index(clause["level"], index), clause["content"], get_op_separator(res["operatives"], idx)))
ops_outline = string.join(ops, u'\n')
styles = u'<style:style style:family="text" style:name="clause_keyword"><style:text-properties fo:font-style="italic" style:font-name-complex="Times New Roman"/></style:style>\n<style:style style:family="text" style:name="clause_body"><style:text-properties fo:font-style="normal" style:font-name-complex="Times New Roman"/></style:style>\n<style:style style:family="paragraph" style:name="preams"><style:paragraph-properties fo:margin-left="0.5in" fo:margin-bottom="0.14in"/></style:style>'
styles += string.join([u'<style:style style:family="paragraph" style:name="ops-%d"><style:paragraph-properties fo:margin-left="%fin" fo:margin-bottom="0.14in"/></style:style>' % (idx, 0.5 * (idx + 1)) for idx in range(max_level + 1)], u'\n')
if lang == ENGLISH:
sponsors = [{"name": s["englishName"], "longName": s["englishLongName"]} for s in sponsors]
elif lang == SPANISH:
sponsors = [{"name": s["spanishName"], "longName": s["spanishLongName"]} for s in sponsors]
#FIXME: need two separate names for sponsors (one for sort order and one for full name) ???
names = [s["longName"] for s in sorted(sponsors, key=lambda d: d["name"])]
countries = string.join(names, ', ')
tagline = u'%s/%s/%s%d' % (committee_abbr, toRoman(topic_index, True), get_str('DRAFT', lang) if isDraft else u'', res_index)
templateValues = {
'styles': styles,
'azmun': get_str('ARIZONA_MODEL_UNITED_NATIONS', lang),
'st': get_str('ST', lang),
'annual_conference': get_str('ANNUAL_CONFERENCE', lang),
'tagline': tagline,
'subj_of': get_str('TOPIC_OF', lang),
'sub_to': get_str('SUBMITTED_TO', lang),
'sub_by': get_str('SUBMITTED_BY', lang),
'outline': u'%s\n%s\n%s' % (salutation, preams_outline, ops_outline),
'topic': topic_name,
'committee': committee_salutation_name,
'countries': countries
}
return template.render('2013/template.fodt', templateValues)
def __str__(self):
strval = roman.toRoman(self._val)
if self._case == 'lower':
return strval.lower()
else:
return strval
def get_page_number(self, index):
"""
Given an index, return page label as specified by
catalog['PageLabels']['Nums']
In a PDF, page labels are stored as a list of pairs, like
[starting_index, label_format, starting_index, label_format ...]
For example:
[0, {'S': 'D', 'St': 151}, 4, {'S':'R', 'P':'Foo'}]
So we have to first find the correct label_format based on the closest
starting_index lower than the requested index, then use the
label_format to convert the index to a page label.
Label format meaning:
/S = [
D Decimal arabic numerals
R Uppercase roman numerals
r Lowercase roman numerals
A Uppercase letters (A to Z for the first 26 pages, AA to ZZ
for the next 26, and so on)
a Lowercase letters (a to z for the first 26 pages, aa to zz
for the next 26, and so on)
] (if no /S, just use prefix ...)
/P = text string label
/St = integer start value
"""
# get and cache page ranges
if not hasattr(self, 'page_range_pairs'):
try:
page_ranges = resolve1(self.catalog['PageLabels'])['Nums']
assert len(page_ranges) > 1 and len(page_ranges) % 2 == 0
self.page_range_pairs = list(
reversed(list(zip(page_ranges[::2], page_ranges[1::2]))))
except:
self.page_range_pairs = []
if not self.page_range_pairs:
return ""
# find page range containing index
for starting_index, label_format in self.page_range_pairs:
if starting_index <= index:
break # we found correct label_format
label_format = resolve1(label_format)
page_label = ""
# handle numeric part of label
if 'S' in label_format:
# first find number for this page ...
page_label = index - starting_index
if 'St' in label_format: # alternate start value
page_label += label_format['St']
else:
page_label += 1
# ... then convert to correct format
num_type = label_format['S'].name
# roman (upper or lower)
if num_type.lower() == 'r':
import roman
page_label = roman.toRoman(page_label)
if num_type == 'r':
page_label = page_label.lower()
# letters
elif num_type.lower() == 'a':
# a to z for the first 26 pages, aa to zz for the next 26, and
# so on
letter = chr(page_label % 26 + 65)
letter *= page_label / 26 + 1
if num_type == 'a':
letter = letter.lower()
page_label = letter
# decimal arabic
else: # if num_type == 'D':
page_label = obj_to_string(page_label)
# handle string prefix
if 'P' in label_format:
page_label = label_format['P'] + page_label
return page_label
def __get_context_data(self):
if 'journal_id' in self.kwargs:
journal = get_object_or_404(Journal, id=self.kwargs['journal_id'])
character = journal.game_attendance.attending_character
game_id = journal.game_attendance.relevant_game.id
else:
character = get_object_or_404(Character,
id=self.kwargs['character_id'])
game_id = self.kwargs[
'game_id'] if 'game_id' in self.kwargs else None
viewer_can_write = character.player_can_edit(self.request.user)
completed_attendances = character.completed_games()
cover = get_object_or_none(JournalCover, character=character)
journal_pages = []
cover_id = "journal_page_cover"
journal_page = {
"header": "cover",
"id": cover_id,
"empty": False,
"cover": cover if cover else {
"title": "",
"content": ""
},
}
journal_pages.append(journal_page)
for i, attendance in enumerate(completed_attendances, start=1):
if attendance.is_death():
continue
journal_page = {
"header": roman.toRoman(i),
"game": attendance.relevant_game,
"id": "journal_page_{}".format(attendance.relevant_game.id),
"game_journal": None,
"downtime_journals": [],
"empty": False,
}
journals = attendance.journal_set.filter(is_deleted=False)
if journals.count() == 0:
if viewer_can_write:
journal_page["empty"] = True
journal_pages.append(journal_page)
else:
game_journal = get_object_or_none(Journal,
game_attendance=attendance,
is_deleted=False,
is_downtime=False)
if game_journal:
game_journal.inject_viewable(self.request.user)
journal_page["game_journal"] = game_journal
journal_page["downtime_journals"] = journals.filter(
is_downtime=True).order_by("created_date").all()
for journal in journal_page["downtime_journals"]:
journal.inject_viewable(self.request.user)
journal_pages.append(journal_page)
death = character.real_death()
if death:
journal_page = {
"header":
"death",
"game":
death.game_attendance.relevant_game
if hasattr(death, 'game_attendance') and death.game_attendance
else None,
"id":
"journal_page_death",
"game_journal":
None,
"downtime_journals": [],
"empty":
False,
"death":
death,
}
journal_pages.append(journal_page)
prev_page = None
for journal_page in journal_pages:
if prev_page:
prev_page['next_id'] = journal_page['id']
journal_page['prev_id'] = prev_page['id']
prev_page = journal_page
num_journals_until_improvement = Journal.get_num_journals_until_improvement(
character) if viewer_can_write else 0
next_reward_is_improvement = num_journals_until_improvement <= 1
context = {
'view_game_id':
"journal_page_{}".format(game_id) if game_id else cover_id,
'character': character,
'viewer_can_write': viewer_can_write,
'journal_pages': journal_pages,
'next_reward_is_improvement': next_reward_is_improvement,
'num_journals_until_improvement': num_journals_until_improvement,
}
return context
def abbreviation(self) -> str:
return roman.toRoman(self.column).lower()
def __enumber(self, file, operation):
numberStyle = operation.numberingPanel.Style
numberParams = operation.numberingPanel.Params
start = numberParams[0]
count = numberParams[1]
reset = numberParams[2]
dirReset = numberParams[3]
countByDir = numberParams[4]
repeat = numberParams[5]
maxNumb = numberParams[6]
incrementOnDiff = numberParams[7]
lastDir = main.lastDir
curDir = main.curDir
lastName = main.lastName
curName = main.curName
maxNumb = abs((len(main.items) + (start - 1)) * count)
if repeat > 0:
maxNumb = maxNumb / (repeat + 1)
# to reset count by directory
if lastDir != curDir and lastDir is not False and dirReset:
self.counter = 0
if lastDir != curDir and lastDir is not False and countByDir:
self.counter += 1
# to reset by identical name
if incrementOnDiff and curName is not False and lastName != curName:
self.counter = 0
# calculate current number based on user settings:
i = start + (self.counter * int(count))
# numerical counting:
if numberStyle[0] == u'digit':
padChar = unicode(numberStyle[1])
# padding enabled and non-empty pad charcter:
if numberStyle[3] and padChar:
if numberStyle[2] == u'auto':
padWidth = len(unicode(maxNumb))
y = unicode(i).rjust(padWidth, padChar)
else:
y = unicode(i).rjust(int(numberStyle[2]), padChar)
# no padding:
else:
y = i
# alphabetical numbering:
elif numberStyle[0] == u'alpha':
i = abs(i)
if i == 0:
i = 1
y = self.__to_alpha(i)
# uppercase
if numberStyle[1]:
y = y.upper()
# roman numerals
elif numberStyle[0] == u'roman':
try:
y = roman.toRoman(i)
if not numberStyle[1]:
y = y.lower()
except:
if main.bad.count(main.ec) < 1:
main.bad.append(main.ec)
main.errorLog.insert(
0, (main.ec, file, _(u"Roman numeral error: %s") %
sys.exc_info()[1], u'bad'))
y = ""
def increment_reset_count():
# see if count is at reset level:
if self.counter == reset and self.counter != 0:
self.counter = 0
elif not countByDir:
self.counter += 1
# repeat the same number
if repeat > 0:
if self.auxCount == repeat:
increment_reset_count()
self.auxCount = 0
elif self.auxCount < repeat:
self.auxCount += 1
else:
self.auxCount = 0
else:
increment_reset_count()
return unicode(y)
return a
def param(param_list):
def decorator(func):
def yielder():
for params in param_list:
yield (func,) + params
return yielder
return decorator
def test_to_roman(integer,
numeral):
"""docstring which starts at the left"""
d = [1,2, 3, 4]
print integer, numeral, roman.toRoman(integer)
print "this line takes 2 %s lines" \
% 'long'
test_to_roman = test(param(known_values)(test_to_roman))
assert roman.toRoman(integer) == numeral
class testing123:
def wtf():
print "yyyo"
wtf = test(wtf)
for i in test_to_roman():
#how in the world is this supposed to be used?
i[0](i[1], i[2].upper())
print "passed"
def title(self):
if self.name is None:
offset = the_algorithm.ps_offset_from_date(self.date)
return 'Pub Standards ' + roman.toRoman(offset)
return self.name
def roman_release_year(self):
return roman.toRoman(self.release_year)
#!/usr/bin/python3
# Challenge 010
#
# Challenge #1
# Write a script to encode/decode Roman numerals. For example, given Roman
# numeral CCXLVI, it should return 246. Similarly, for decimal number 39, it
# should return XXXIX. Checkout wikipedia page for more information.
import sys
import roman
if len(sys.argv)==2:
if sys.argv[1]=="-test":
for i in range(1, 3001):
s = roman.toRoman(i)
n = roman.fromRoman(s)
if i!=n:
print(f"{i} => {s} => {n}")
sys.exit(1)
elif sys.argv[1].isdigit():
n = int(sys.argv[1])
s = roman.toRoman(n)
print(f"{n} => {s}")
else:
s = sys.argv[1]
n = roman.fromRoman(s)
print(f"{s} => {n}")
def testToRomanKnownValues(self):
"""toRoman should give known result with known input"""
for integer, numeral in self.knownValues:
result = roman.toRoman(integer)
self.assertEqual(numeral, result)
def testSanity(self):
"""fromRoman(toRoman(n))==n for all n"""
for integer in range(1, 5000):
numeral = roman.toRoman(integer)
result = roman.fromRoman(numeral)
self.assertEqual(integer, result)
def testToRomanCase(self):
"""toRoman should always return uppercase"""
for integer in range(1, 5000):
numeral = roman.toRoman(integer)
self.assertEqual(numeral, numeral.upper())
def xt(cls, response):
mandates_raw = response.xpath(cls.XPATH).extract()
mandates = []
for mandate in mandates_raw:
mandate = _clean(remove_tags(mandate, 'li'))
if "<div" in mandate and "</div>" in mandate:
mandate = _clean(remove_tags(
Selector(text=mandate).xpath("//div").extract()[0],
'div'))
function = mandate.split(u'<br>')[0].split(',')[0]
party = mandate.split(u'<br>')[0].split(',')[1] if ',' in mandate.split(u'<br />')[0] else ''
llp_raw = re.match(
'^.*\((.*)\. GP\).*$', function
)
function = re.sub(
'\((.*)\. GP\)','', function
).strip()
m_llp_roman_begin = \
m_llp_roman_end = \
llp_raw.group(1) if llp_raw else ''
if u'–' in m_llp_roman_begin:
m_llp_roman_begin,m_llp_roman_end = m_llp_roman_begin.split(u'–')
for llp in range(roman.fromRoman(m_llp_roman_begin.strip('. ')),
roman.fromRoman(m_llp_roman_end.strip('. '))+1
) if m_llp_roman_begin else [None]:
llp_roman = roman.toRoman(llp) if llp else None
# Start Date
try:
start_date = _clean(
mandate.split('<br>')[1].split(u'\u2013')[0])
start_date = datetime.datetime.strptime(
start_date, "%d.%m.%Y").date()
except:
logger.error(
u"Failed to parse mandate start date: {}".format(start_date))
start_date = None
# End Date
try:
end_date = mandate.split(
'<br>')[1].split(u'\u2013')
if len(end_date) > 1 and end_date[1]:
end_date = datetime.datetime.strptime(
_clean(end_date[1]), "%d.%m.%Y").date()
else:
end_date = None
except:
logger.error(
u"Failed to parse mandate end date: {}".format(end_date))
end_date = None
mandates.append({
'function': function,
'party': _clean(party),
'start_date': start_date,
'end_date': end_date,
'llp': llp,
'llp_roman': llp_roman,
})
return mandates
import roman # External library
from roman_numbers import RomanNumber
rn = RomanNumber()
test = True
for integer in range(1, 1001):
if roman.toRoman(integer) == rn.toInt(integer):
test and True
else:
test and False
print(integer)
break
if test:
print("OK")
def test_against_known_implementation():
s = Solution()
for x in range(1, 4000):
assert s.romanToInt(roman.toRoman(x)) == x
def roman_repl(m):
return roman.toRoman(int(m.group(1)))
def convert_roots_to_chord_chart(roots, scale_notes):
return [roman.toRoman(scale_notes.index(root) + 1) for root in roots]
def __plotSimple(self, x, targt, rcmpt, error, ax, maxRanges, i, legend):
#print(maxRanges-i, targt[-1],"\t", rcmpt[-1], "\t", error[-1],"\t", abs(targt[-1]-rcmpt[-1]))
cm = plt.get_cmap('gist_earth')
ax.text(0.5,
0.95,
r"$" + roman.toRoman(maxRanges - i) + r"$",
color="gray",
transform=ax.transAxes)
ax.set_xlabel(r"$Prod.\cdot10$")
lgRcmpt, = ax.plot(x,
rcmpt,
ls="dashed",
solid_capstyle="round",
lw=5,
alpha=0.6,
color=cm(1 / 3),
label="Recomputed AE")
lgTargt, = ax.plot(x,
targt,
"-",
solid_capstyle="round",
lw=5,
alpha=0.6,
color=cm(2 / 3),
label="Activation energy")
ax2 = ax.twinx()
lgError, = ax2.plot(x,
error,
ls="dotted",
solid_capstyle="round",
lw=5,
color=cm(3 / 4),
label="relative error")
#ax.set_ylim(0,5)
ax2.set_ylim(0, 1)
# maxY = max(error[30:])+0.015 # get maximum for the arrow (>30% co2)
# if maxY > 1:
# maxY = 1
# ax2.annotate(' ', xy=(.6, maxY), xytext=(.2, maxY-1e-2), arrowprops=dict(arrowstyle="->", connectionstyle="angle3", edgecolor=cm(3/4), facecolor=cm(3/4)))
# maxYlabel = "{:03.2f}%".format(maxY*100)
if i != maxRanges - 1:
ax2.yaxis.set_major_formatter(plticker.NullFormatter())
else:
ax2.set_ylabel("Relative error")
# Annotate last energies and absolute error
font = FontProperties()
font.set_size(6)
label = "{:03.4f}".format(rcmpt[-1])
bbox_props = dict(boxstyle="round",
fc=cm(1 / 3),
ec=cm(1 / 3),
alpha=0.7)
ax.text(30, rcmpt[-1] + 1, label, bbox=bbox_props, fontproperties=font)
label = "{:03.4f}".format(targt[-1])
bbox_props = dict(boxstyle="round",
fc=cm(2 / 3),
ec=cm(2 / 3),
alpha=0.7)
ax.text(30, targt[-1] - 1, label, bbox=bbox_props, fontproperties=font)
label = "{:03.4f}".format(abs(rcmpt[-1] - targt[-1]))
bbox_props = dict(boxstyle="round",
fc=cm(3 / 3),
ec=cm(3 / 3),
alpha=0.7)
ax.text(30,
targt[-1] - 0.5,
label,
bbox=bbox_props,
fontproperties=font)
bbox_props = dict(boxstyle="round", fc="w", ec="1", alpha=0.8)
#ax2.text(0.65, maxY, maxYlabel, bbox=bbox_props)
handles = [lgTargt, lgRcmpt, lgError]
if legend and i == maxRanges - 1:
ax.legend(handles=handles, loc="upper right", prop={'size': 8})
return handles
print s
"""
stanzas = [s for s in stanzas[1:] if len(s)>1 and s != ' ']
for i,s in enumerate(stanzas):
print "\n==========\nStanza %d\n==========" %(i)
"""
tweet = s.split('\n')
fd = open("../tweets/%d-%02d.txt"%(chapt_num, i), 'w')
for j in range(6, -1, -1):
fd.write(tweet[2 * j] + '\n' + tweet[2 * j + 1] + "\\\\\n")
fd.write("Глава %d, %s"%(chapt_num,toRoman(i + 1)))
"""
tweet = s.split('\n')
tweets = []
tweets += ['\n'.join(tweet[11:14]) + "\\\\\n"]
tweets += ['\n'.join(tweet[8:11]) + "\\\\\n"]
tweets += ['\n'.join(tweet[4:8]) + "\\\\\n"]
tweets += ['\n'.join(tweet[0:4]) + "\\\\\n"]
for t in tweets:
if len(t) > 140:
print "Problem in stanza %d: len = %d"%(i, len(t))
print t
sleep(3)
fd = codecs.open("../tweets/%d-%02d.txt"%(chapt_num, i), 'w', 'utf-8')
for t in tweets:
fd.write(t)
fd.write(u"Глава %d, %s"%(chapt_num, toRoman(i + 1)))
fd.close
#!/usr/bin/python3
from sys import argv
from os.path import exists
from os import system
from roman import toRoman
try:
header = argv[1]
path = argv[2]
assert exists(argv[2])
nb_chr = int(argv[3])
except:
print(
'Usage: ./rename_chromosomes.py <header> <path> <# chromosomes>.\n\te.g.: ./rename_chromosomes.py "Kyo_" Kyokai7.fasta 16'
)
exit()
for i in range(1, nb_chr + 1):
roman = toRoman(i)
system('sed -i \'s/{0}{1}$/{0}{2}/\' {3}'.format(header, roman, i, path))
text_commentId = ''
document_text = ''
page_number = 0
for element in document_root.iter():
if f'{namespace}t' == element.tag:
document_text += element.text
elif f'{namespace}commentRangeStart' == element.tag:
text_commentId = element.get(f'{namespace}id')
document_text = ''
elif f'{namespace}lastRenderedPageBreak' == element.tag:
page_number += 1
elif f'{namespace}commentRangeEnd' == element.tag:
if page_number < page_offset:
pulled_text[text_commentId] = (document_text,
toRoman(page_number),
page_number)
else:
pulled_text[text_commentId] = (document_text, page_number -
page_offset + 1,
page_number)
#Extract Comment ID, comment, and author from comments.xml. Start
#running count that gets increased with each comment tag.
commentId = ''
comment_text = ''
author = ''
for element in comments_root.iter():
if f'{namespace}comment' == element.tag:
def _get_new_name(self, oldName):
''' return a new name, based on the old name, and settings from our dialog. '''
newName = self.pattern
### START PATTERNIZE OPTIONS ###
#for number substiution
for index, match in enumerate(self.num_pat.finditer(newName)):
number = self.nums.get(str(index), 0)
start = match.groupdict().get('start')
fill = match.groupdict().get('fill')
if start == None:
start = 1
substitute = str(number + int(start)).zfill(int(fill))
newName = self.num_pat.sub(substitute, newName, 1)
self.nums[str(index)] = number + 1
# roman pattern
for index, match in enumerate(self.roman_pat.finditer(newName)):
if not roman:
print "python-roman is not installed."
break
number = self.romans.get(str(index), 0)
start = match.groupdict().get('start')
if start == None:
start = 1
substitute = roman.toRoman(number + int(start))
newName = self.roman_pat.sub(substitute, newName, 1)
self.romans[str(index)] = number + 1
for index, match in enumerate(self.alphau_pat.finditer(self.pattern)):
nxt = self.alphaus[str(index)].next()
subst = ''.join(nxt)
newName = self.alphau_pat.sub(subst, newName, 1)
for index, match in enumerate(self.alpha_pat.finditer(self.pattern)):
nxt = self.alphas[str(index)].next()
subst = ''.join(nxt)
newName = self.alpha_pat.sub(subst, newName, 1)
# for random number insertion
for index, match in enumerate(self.ran_pat.finditer(newName)):
if not self.ran_seq[str(index)]:
# if random number sequence is None
print "Not Enought Random Number Range"
show_error(_("Not Enough Random Number Range"),
_("Please, use a larger range"))
self.exit()
#return False
randint = random.choice(self.ran_seq[str(index)])
self.ran_seq[str(index)].remove(randint)
subst = str(randint).zfill(self.ran_fill[str(index)])
newName = self.ran_pat.sub(subst, newName, 1)
dir, file = os.path.split(os.path.abspath(oldName))
name, ext = os.path.splitext(file)
dirname = os.path.basename(dir)
#replace filename related Tags
newName = newName.replace('/filename/', oldName)
newName = newName.replace('/dir/', dirname)
newName = newName.replace('/name/', name)
newName = newName.replace('/ext/', ext)
#for /name,offset(:length)/
for match in self.name_slice.finditer(newName):
offset = match.groupdict().get('offset')
length = match.groupdict().get('length')
if length == None:
offset = int(offset)
substitute = name[offset:]
else:
offset = int(offset)
length = int(length)
if length < 0:
if offset == 0:
substitute = name[offset + length:]
else:
substitute = name[offset + length:offset]
else:
if (len(name[offset:]) > length):
substitute = name[offset:offset + length]
else:
substitute = name[offset:]
newName = self.name_slice.sub(substitute, newName, 1)
#for /filename|offset(:length)/
for match in self.filename_slice.finditer(newName):
offset = match.groupdict().get('offset')
length = match.groupdict().get('length')
if length == None:
offset = int(offset)
substitute = oldName[offset:]
else:
offset = int(offset)
length = int(length)
if length < 0:
if offset == 0:
substitute = oldName[offset + length:]
else:
substitute = oldName[offset + length:offset]
else:
if (len(name[offset:]) > length):
substitute = name[offset:offset + length]
else:
substitute = name[offset:]
newName = self.filename_slice.sub(substitute, newName, 1)
#Some Time/Date Replacements
newName = newName.replace('/date/',
time.strftime('%d%b%Y', time.localtime()))
newName = newName.replace('/year/',
time.strftime('%Y', time.localtime()))
newName = newName.replace('/month/',
time.strftime('%m', time.localtime()))
newName = newName.replace('/monthname/',
time.strftime('%B', time.localtime()))
newName = newName.replace('/monthsimp/',
time.strftime('%b', time.localtime()))
newName = newName.replace('/day/',
time.strftime('%d', time.localtime()))
newName = newName.replace('/dayname/',
time.strftime('%A', time.localtime()))
newName = newName.replace('/daysimp/',
time.strftime('%a', time.localtime()))
### END PATTERNIZE OPTIONS ###
if not self.ext:
name, ext = os.path.splitext(newName)
else:
name = newName
# Handle Substitute
if self.substitute_p:
for i in xrange(0, len(self.replees)):
if i < len(self.replers):
name = name.replace(self.replees[i], self.replers[i])
else:
# if there is no corresponding word to replace, use the last one
name = name.replace(self.replees[i], self.replers[-1])
# pattern = re.compile (self.replees[i])
# if i < len (self.replers):
# name = pattern.sub (self.replers[i], name)
# else:
# name = pattern.sub (self.replers[-1], name)
# Handle Case
if self.case_opt == CASE_ALL_CAP:
name = name.upper()
elif self.case_opt == CASE_ALL_LOW:
name = name.lower()
elif self.case_opt == CASE_FIRST_CAP:
name = name.capitalize()
elif self.case_opt == CASE_EACH_CAP:
name = name.title()
elif self.case_opt == CASE_CAP_AFTER:
if self.cap_first.get_active():
name = name.capitalize()
seps = self.cap_entry.get_text()
# print name, seps
for sep in seps.split('/'):
if not sep == '':
lst = [l for l in name.split(sep)]
for i in xrange(1, len(lst)):
if lst[i] is not '':
lst[i] = lst[i][0].upper() + lst[i][1:]
name = sep.join(lst)
if self.ext:
return name
else:
return name + ext
def encrypt3(message):
"""Reprezentarea valorii ascii in sistem roman."""
return ", ".join([roman.toRoman(ord(letter)) for letter in message])
"""
Generate Anki cards for Roman numerals from 1 to 4999.
Probably a bad idea.
Works with Python 2 and 3.
"""
import csv
import roman # pip/pip3 install roman
with open('roman_numerals.csv', 'w') as csvfile:
writer = csv.writer(csvfile)
for i in range(1, 5000):
writer.writerow([roman.toRoman(i), i])
def to_roman(n):
return roman.toRoman(n)
def out_tables_list(text_between):
'''This function takes the text between start and end patterns of heading as input and returns
the list of table names referenced in the text but presented some where else in pdf.
Parameters:
text_between(str): The text in between the start and end patterns in the text of the pdf
returns:
table_start_list(list): List of tables referenced in the heading (like 'Precision') text
table_end_list(list): List of table names which are expected as the end patterns for table_start_list
'''
integers = list(range(1, 50))
roman_num = list(range(1, 50))
for integer in range(0, len(roman_num)):
roman_num[integer] = roman.toRoman(int(roman_num[integer]))
table_start, table_start1, table_end, table_end1 = "", "", "", ""
textdata_temp = str(text_between).split(" ")
for word in range(0, len(textdata_temp)):
textdata_temp[word] = re.sub('\'|\"|\,|\.|\\\\|\[|\]', "",
textdata_temp[word])
for number in range(0, len(roman_num)):
if textdata_temp[word] == roman_num[
number] or textdata_temp[word] == str(
integers[number]) and "ble" in textdata_temp[word - 1]:
table_start = table_start + ",Table " + roman_num[number]
table_end = table_end + ",Table " + roman_num[number + 1]
table_start1 = table_start1 + ",Table " + str(
(integers[number]))
table_end1 = table_end1 + ",Table " + str(integers[number + 1])
table_start = pd.DataFrame(
table_start[1:len(table_start)].split(","))[0].unique()
table_start1 = pd.DataFrame(
table_start1[1:len(table_start1)].split(","))[0].unique()
table_end = pd.DataFrame(
table_end[1:len(table_end)].split(","))[0].unique()
table_end1 = pd.DataFrame(
(table_end1[1:len(table_end1)].split(",")))[0].unique()
table_start = table_start + "," + table_start1
table_end = table_end + "," + table_end1
for tablename in range(0, len(table_start)):
table_start[tablename] = table_start[tablename].split(",")
table_end[tablename] = table_end[tablename].split(",")
table_start = re.sub(r'\)|\(|\[|\]|\'', "", str(table_start))
table_start = re.sub(r'list|\n', ",", str(table_start))
table_start = re.sub(r"\s*T|\s*able \d{1,2}T", 'T', str(table_start))
table_start = re.sub(r"\s\,", ',', str(table_start))
table_start_list = table_start.split(",")[1:len(table_start)]
table_end = re.sub(r'\)|\(|\[|\]|\'', "", str(table_end))
table_end = re.sub(r'list|\n', ",", str(table_end))
table_end = re.sub(r"\s*T", 'T', str(table_end))
table_end = re.sub(r"\s\,", ',', str(table_end))
table_end_list = table_end.split(",")[1:len(table_end)]
return table_start_list, table_end_list
def ionic_naming():
polyatomic=False
compound=str(input('What is the chemical formula for the compound ('
'with brackets around polyatomic ions and for subscripts just place the number) \n'))
if '(' in compound:
polyatomic=True
if not polyatomic:
chemicals = re.sub(r"[^A-Za-z]+", '', compound)
split_compound = re.findall('[A-Z][^A-Z]*', chemicals)
cation = Element.get(split_compound[1], '')
anion_multivalence = Element.get(split_compound[0], '')[6]
cation = cation[2]
cation_ide = cation + 'ide'
anion = Element.get(split_compound[0], '')[1]
if not anion_multivalence:
compound_name = anion + ' ' + cation_ide
return compound_name
else:
different_elements = re.findall('[A-Z][^A-Z]*', compound)
subscripts_array = [0, 1]
for i in range(0,2):
subscripts_array[i] = re.sub("\D", '', different_elements[i])
if subscripts_array[i] == '':
subscripts_array[i] = 1
else:
subscripts_array[i] = int(subscripts_array[i])
cation_charge = abs(int(Element.get(split_compound[1], '')[7]))
anion_charge = int((cation_charge*subscripts_array[1])/subscripts_array[0])
roman_translation = roman.toRoman(anion_charge)
compound_name = anion + ' (' + roman_translation + ') ' + cation_ide
return compound_name
if polyatomic:
component_one = compound.split(')')[0]
if(compound[0] == '('):
anion = 'Ammonium'
component_two = compound.split(')')[1]
component_two = re.sub(r"[^A-Za-z]+", '', component_two)
cation = Element.get(component_two, '')[2]
cation_ide = cation + 'ide'
return anion + ' ' + cation_ide
else:
component_two = compound.split('(')[0]
anion_symbol = re.sub(r"[^A-Za-z]+", '', component_two)
anion = Element.get(anion_symbol, '')
anion_name = anion[1]
anion_multivalence = anion[6]
component_one = component_one.split('(')[1]
polyatomic_ion = polyatomic_formula.get(component_one, '')
cation = polyatomic_ion
if anion_multivalence:
cation_charge = polyatomic_ions.get(cation, '')[1]
if compound[-1] == ')':
cation_subscript = 1
else:
cation_subscript = compound.split(')')[1]
cation_subscript = re.sub("\D", "", cation_subscript)
if not cation_subscript == '':
cation_subscript = int(cation_subscript)
else:
cation_subscript = 1
anion_subscript = re.sub("\D", "", component_two)
if not anion_subscript == '':
anion_subscript = int(anion_subscript)
else:
anion_subscript = 1
anion_charge = abs(int((cation_charge * cation_subscript) / anion_subscript))
roman_translation = roman.toRoman(anion_charge)
compound_name = anion_name + ' (' + roman_translation + ') ' + cation
return compound_name
else:
return anion_name + ' ' + cation
5: 'V',
9: 'IX',
10: 'X',
40: 'XL',
50: 'L',
90: 'XC',
100: 'C',
400: 'CD',
500: 'D',
900: 'CM',
1000: 'M'
}
r_num = '' if dec_num != 0 else 'N'
while dec_num != 0:
for i, numeral in enumerate([numeral
for numeral in numerals.keys()][::-1]):
if dec_num - numeral >= 0:
r_num += numerals[numeral]
dec_num -= numeral
break
return r_num
for i in range(1000):
my = decimal_to_roman(i)
truth = roman.toRoman(i)
print(my == truth, i, my, truth)
def __init__(self, position, title):
self.title = title
self.position = position
self.numeral = roman.toRoman(int(self.position))
def plot_8x2(startswith=1):
base_geom = np.array([[7, 8], [6, 9], [5, 10], [4, 11], [3, 12], [2, 13],
[1, 14], [0, 15]])
nrows, ncols = base_geom.shape
coordinates = {
"LB": base_geom + startswith,
"LT": np.flipud(base_geom) + startswith,
"RT": np.flipud(np.fliplr(base_geom)) + startswith,
"RB": np.fliplr(base_geom) + startswith
}
fig = plt.figure(facecolor="white")
axsel = AxesSelector()
axs = []
for ii, coord in enumerate(["LB", "LT", "RT", "RB"]):
ax = fig.add_subplot(2, 2, ii + 1)
ax.text(.05,
.95,
toRoman(ii + 1),
transform=ax.transAxes,
horizontalalignment="left",
verticalalignment="top",
fontsize=20,
color=[.7, .7, .7],
fontweight="bold")
ax.set_label(coord)
e_numbers = coordinates[coord]
for row in xrange(nrows):
for col in xrange(ncols):
enum = e_numbers[row, col]
ax.text(col,
nrows - row,
"%d" % enum,
horizontalalignment="center",
verticalalignment="center")
ax.set_ylim([0, 9])
ax.set_xlim([-1, 2])
ax.set_xticks([])
ax.set_yticks([])
for sp in ax.spines.values():
sp.set_color([0.7, 0.7, 0.7])
axsel.append(ax, e_numbers)
axs.append(ax)
# Add descriptive texts
x = axs[0].get_position().x1
y = np.mean([axs[0].get_position().y0, axs[2].get_position().y1])
fig.text(x,
y,
"$\leftarrow$ Medial",
verticalalignment="center",
horizontalalignment="right",
fontsize=20)
x = axs[1].get_position().x0
fig.text(x,
y,
"Lateral $\\rightarrow$",
verticalalignment="center",
horizontalalignment="left",
fontsize=20)
x = np.mean([axs[0].get_position().x1, axs[1].get_position().x0])
y = axs[0].get_position().y0
fig.text(x,
y,
"Rostral $\\rightarrow$",
verticalalignment="bottom",
horizontalalignment="center",
rotation=90,
fontsize=20)
y = axs[2].get_position().y1
fig.text(x,
y,
"$\leftarrow$ Caudal",
verticalalignment="top",
horizontalalignment="center",
rotation=90,
fontsize=20)
plt.show()
axsel.connect()
axsel.wait_until()
axsel.disconnect()
chosen = axsel.chosen
# plt.close(plt.gcf()) # Some real bullshit going on here... but it's close
# del axsel
return chosen
