def run_tests():
ok, err = 0, 0
for path in basepaths:
for root, dirs, files in os.walk(path):
for afile in files:
base, ext = os.path.splitext(afile)
if ext in extensions:
try:
sample.main(os.path.join(root, afile))
ok += 1
except errors.AssimpError as error:
# assimp error is fine, this is a controlled case
print error
err += 1
print '** Loaded %s models, got controlled errors for %s files' % (ok, err)
def show_result(fn):
cfg = TestObject()
sample.main(cfg)
LR_path = os.path.join(UPLOAD_FOLDER, fn)
BICUBIC = get_bicubic(LR_path)
copyfile(LR_path, os.path.join("./static", fn))
SR = os.path.join(fn.replace("LR", "SR"))
LR = os.path.join(fn)
print(f"SR_PATH: {SR}")
print(f"LR_PATH: {LR}")
print(f"BICUBIC_PATH: {BICUBIC}")
return render_template("result.html",
SR_name=SR,
LR_name=LR,
BICUBIC_name=BICUBIC)
def run_tests(): ok,err = 0,0 for path in basepaths: for root, dirs, files in os.walk(path): for afile in files: base,ext = os.path.splitext(afile) if ext in extensions: try: sample.main(os.path.join(root,afile)) ok += 1 except errors.AssimpError as error: # assimp error is fine, this is a controlled case print error err += 1 print '** Loaded %s models, got controlled errors for %s files' % (ok,err)
def run():
"""
begin of the test logic
"""
try:
# random_search_test()
import sample
sample.main()
pass
except Exception as e:
traceback.print_exc()
stack = traceback.format_exc()
logger.error(stack)
report.report(False, "Game Test", e.message)
finally:
report._report_total()
report.screenshot()
def get_caption(dis_url: str) -> str:
extension = get_extension(dis_url)
response = requests.get(dis_url)
img = Image.open(BytesIO(response.content))
img.save(f"./testImage.{extension}")
return sample.main(f"./testImage.{extension}")
def run_tests():
ok, err = 0, 0
for path in basepaths:
print("Looking for models in %s..." % path)
for root, dirs, files in os.walk(path):
for afile in files:
base, ext = os.path.splitext(afile)
if ext in extensions:
try:
sample.main(os.path.join(root, afile))
ok += 1
except errors.AssimpError as error:
# Assimp error is fine; this is a controlled case.
print(error)
err += 1
except Exception:
print("Error encountered while loading <%s>"
% os.path.join(root, afile))
print('** Loaded %s models, got controlled errors for %s files'
% (ok, err))
def run_tests():
ok, err = 0, 0
for path in basepaths:
print("Looking for models in %s..." % path)
for root, dirs, files in os.walk(path):
for afile in files:
base, ext = os.path.splitext(afile)
if ext in extensions:
try:
sample.main(os.path.join(root, afile))
ok += 1
except errors.AssimpError as error:
# assimp error is fine, this is a controlled case
print error
err += 1
except Exception:
print("Error encountered while loading <%s>" %
os.path.join(root, afile))
print('** Loaded %s models, got controlled errors for %s files' %
(ok, err))
def test_main():
global config
# Tests to make sure the sample runs as expected
try:
config = sample.main(True, ['2,3', 'n'])
checkData()
except Exception as ex:
print(f'Encountered Error: {ex}.')
print
traceback.print_exc()
print
success = False
raise ex
finally:
print('Deletes')
print
suppressError(lambda: sendContainerDelete(omfHelper.getContainer()))
suppressError(lambda: sendTypeDelete(omfHelper.getType()))
import sample as smp
import generate_title as gnrt
def clear_tail(data, split_char=' ', tail_length=1):
return split_char.join(data.split(split_char)[:-tail_length])
sample_txt = smp.main(gnrt.get_title(), 64, print_res=False)
final_txt = clear_tail(sample_txt, ':')
print(final_txt)
m = max(int(args.frac * args.num_users), 1)
idxs_users = np.random.choice(range(args.num_users), m, replace=False)
list_acc, list_loss = [], []
global_model.eval()
for idx in idxs_users:
local_model = LocalUpdate(args=args,
dataset=train_dataset,
idxs=user_groups[idx],
logger=logger)
w, loss = local_model.update_weights(
model=copy.deepcopy(global_model), global_round=epoch)
acc = local_model.inference1(model=global_model)
if x > 1:
V2.load_state_dict(copy.deepcopy(w))
w, my_sum1 = sample.main(global_model, V2,
local_model.testloader)
my_sum += my_sum1
local_weights.append(copy.deepcopy(w))
local_losses.append(copy.deepcopy(loss))
list_acc.append(acc)
test_accuracy.append(sum(list_acc) / len(list_acc))
train_loss.append(sum(local_losses) / len(local_losses))
global_weights = average_weights(local_weights)
global_model.load_state_dict(global_weights)
print(train_loss)
print(test_accuracy)
print(my_sum)
# -*- coding: utf-8 -*- import sample.main def main(): sample.main.main() if __name__ == "__main__": main()
def combinations(index, node_dict, dic, count, vruddhi, ends_with, two_vowels,
last_second, total, count_list):
string = ""
seeds_string = ""
matched = []
not_matched = []
s_vow = ["a", "e", "i", "o", "u", "f", "U", "I"]
l_vow = ["A", "E", "O", "F"]
verbs = [
'sUtra', 'rew', 'stag', 'stam', 'stan', 'stak', 'kzvel', 'vask',
'hrIC', 'vasa', 'tuYj', 'vraRa', 'Kev', 'Gu', 'Gf', 'gUr', 'rOq',
'sPuRq', 'tUl', 'Brez', 'BrAS', 'kuT', 'kuz', 'dviz', 'kuR', 'cezw',
'SlaNg', 'sTUla', 'SlaNk', 'kuw', 'kus', 'kur', 'kup', 'gaRa', 'kuk',
'gaRq', 'BrAj', 'kuq', 'kuc', 'cull', 'akz', 'glE', 'pawa', 'mev',
'mep', 'jamB', 'med', 'Kol', 'Danv', 'Kor', 'zWiv', 'brU', 'mAh',
'mAn', 'mA', 'tard', 'mI', 'Barts', 'tarj', 'kaYc', 'mlew', 'mlev',
'me', 'mi', 'mf', 'hurC', 'Dor', 'Sarb', 'vazka', 'Kaz', 'Sarv', 'Kac',
'hoq', 'saww', 'Kaq', 'Kaj', 'tIk', 'Kan', 'tIv', 'bund', 'Kad', 'lal',
'SroR', 'laj', 'laq', 'lag', 'GuMz', 'gluYc', 'law', 'lap', 'las',
'laK', 'laB', 'laC', 'laz', 'tus', 'tur', 'tup', 'SAn', 'tuw', 'tud',
'SAq', 'vara', 'varc', 'tuq', 'SAs', 'tuj', 'tuh', 'varh', 'tul',
'SAK', 'tuz', 'tuP', 'varz', 'varD', 'tuB', 'varR', 'tuR', 'riK',
'trump', 'aYj', 'hfz', 'aYc', 'tfp', 'GfR', 'vAsa', 'banD', 'tvac',
'Gfz', 'tvar', 'cumb', 'rE', 'rA', 'rI', 'Deka', 'smf', 'smi', 'maYc',
'ri', 'duz', 'AYC', 'GUrR', 'truw', 'dyut', 'trup', 'sPuRw', 'aww',
'dul', 'vyuz', 'duh', 'SvaYc', 'klIb', 'vft', 'vfj', 'vfk', 'vfh',
'diS', 'vfD', 'mrakz', 'dih', 'vfS', 'kumAra', 'vfR', 'div', 'Sev',
'vizka', 'INK', 'GuRR', 'rag', 'spfha', 'ram', 'rak', 'rah', 'mind',
'raw', 'ras', 'rap', 'muRW', 'rad', 'ray', 'raG', 'raB', 'muRq', 'raK',
'raW', 'raP', 'raD', 'stamB', 'palyUla', 'kzipa', 'camp', 'GfRR', 'do',
'hrI', 'stfh', 'nand', 'piYj', 'bust', 'kul', 'Bid', 'sur', 'ned',
'tvaYc', 'KaRq', 'baD', 'baR', 'bad', 'sraMs', 'SraT', 'bal', 'cakAs',
'nud', 'muz', 'luYj', 'raMh', 'muR', 'muw', 'mus', 'mur', 'BUz', 'mud',
'muc', 'muj', 'kAla', 'und', 'tF', 'dIkz', 'nakk', 'pAl', 'mantr',
'puww', 'nakz', 'drE', 'puwa', 'mluc', 'liNg', 'DaR', 'tutTa', 'yez',
'Co', 'sad', 'dyE', 'Ikz', 'iw', 'nikz', 'il', 'cand', 'stIm', 'iz',
'durv', 'Svart', 'iK', 'plih', 'tvakz', 'nij', 'nil', 'Svi', 'kit',
'kiw', 'kil', 'prA', 'ruMs', 'yAc', 'niS', 'ruMS', 'kala', 'prI',
'SraR', 'kall', 'pyAy', 'yakz', 'Dan', 'GaG', 'hal', 'han', 'Sram',
'Gaw', 'had', 'hay', 'vizk', 'has', 'haw', 'jri', 'jyA', 'SraTa',
'jyu', 'Svall', 'Svalk', 'vawa', 'umB', 'stfkz', 'aNga', 'gozw',
'SaNk', 'ciri', 'plu', 'pluz', 'nizk', 'plI', 'vaNK', 'Cur', 'Cup',
'SUz', 'trap', 'Dras', 'tras', 'tan', 'vaNk', 'tal', 'tak', 'SUl',
'vaNg', 'SUr', 'tay', 'taw', 'tap', 'saBAja', 'vevI', 'daRqa', 'pakz',
'nI', 'raha', 'kuMs', 'Siw', 'SraNg', 'nF', 'hamm', 'SraNk', 'nU',
'Sil', 'Siz', 'kuMS', 'vezw', 'sUca', 'wik', 'pUrR', 'kaTa', 'vAh',
'tumP', 'sfj', 'mU', 'tump', 'pust', 'Si', 'tumb', 'knUy', 'nIv',
'sfB', 'tark', 'veT', 'lABa', 'snih', 'guRq', 'kzmAy', 'roq', 'guRa',
'veR', 'sUd', 'vep', 'must', 'bfh', 'guRW', 'veh', 'jaz', 'guP', 'guD',
'guq', 'guj', 'guh', 'gur', 'gup', 'gud', 'qip', 'Pakk', 'SI', 'GrA',
'svid', 'kamp', 'DvaMs', 'rasa', 'prez', 'QOk', 'SmIl', 'SvaW', 'kzaR',
'caz', 'caR', 'Bram', 'kzal', 'kzam', 'cay', 'cad', 'car', 'cap',
'cat', 'caw', 'cak', 'cah', 'can', 'cam', 'cal', 'Bez', 'BraR', 'kzar',
'BAz', 'SvaBr', 'UrRu', 'BAs', 'mluYc', 'vakz', 'BAm', 'mas', 'pfc',
'pfq', 'svara', 'mav', 'may', 'mad', 'Urj', 'snu', 'laNK', 'sfmB',
'laNG', 'mah', 'mal', 'svard', 'maz', 'maW', 'maT', 'snA', 'sf', 'pfR',
'f', 'si', 'so', 'kurd', 'pfT', 'laNg', 'maK', 'maR', 'cuww', 'j*z',
'pUz', 'dyu', 'pUl', 'pUj', 'kfRv', 'stana', 'Jaz', 'pUr', 'Svit',
'stena', 'kuRa', 'kuRq', 'KAd', 'kuRW', 'bfMh', 'paRq', 'rakz', 'kram',
'tantr', 'ej', 'rUpa', 'CaYj', 'kand', 'BAja', 'Svind', 'krap', 'tUR',
'tUr', 'Kel', 'paza', 'eD', 'eW', 'kraT', 'dfMh', 'ez', 'yuD', 'Dukz',
'carv', 'tam', 'punT', 'carb', 'carc', 'yuC', 'saYj', 'yup', 'yut',
'yuj', 'turv', 'Dfz', 'mArg', 'kzaYj', 'tfd', 'muYc', 'ukz', 'mArj',
'de', 'kAS', 'tfh', 'df', 'du', 'dI', 'DUp', 'DUr', 'DUs', 'Sucy',
'lumb', 'dA', 'tfz', 'dE', 'kAs', 'tfR', 'dF', 'dU', 'huq', 'Brakz',
'hul', 'Kurd', 'Irkzy', 'GiRR', 'vAta', 'sah', 'san', 'sam', 'sal',
'sac', 'sag', 'pru', 'ant', 'sas', 'sap', 'and', 'kliS', 'saw', 'kusm',
'saR', 'duHKa', 'saG', 'raRv', 'klid', 'sraNk', 'dakz', 'dIp', 'dram',
'niYj', 'traNk', 'DrE', 'hmal', 'taYc', 'sTuq', 'ruRw', 'Gaww', 'bAq',
'bAh', 'ruRW', 'paMs', 'bAD', 'garva', 'SaRq', 'gep', 'gev', 'BaRq',
'gez', 'vaRW', 'svAd', 'Dru', 'stoma', 'vaRw', 'sTA', 'vaRq', 'manT',
'ji', 'vraj', 'mand', 'sparD', 'jF', 'trOk', 'vraR', 'kfS', 'stup',
'hvf', 'stuc', 'spand', 'marb', 'marc', 'siv', 'DrANkz', 'Buv', 'pruz',
'Buj', 'marv', 'naK', 'stuB', 'cft', 'daridrA', 'takz', 'krand',
'cyut', 'paS', 'mfq', 'paT', 'mfj', 'SunD', 'kzur', 'kzud', 'mfd',
'cul', 'kzuB', 'paw', 'pad', 'samb', 'mfR', 'mfS', 'pac', 'kzuD',
'mfD', 'SloR', 'pan', 'srek', 'SlaT', 'miYj', 'Iz', 'ujJ', 'jE', 'nah',
'Ir', 'Ih', 'Ij', 'juNg', 'Sulk', 'Iq', 'Sulb', 'Scyut', 'uYC', 'rUz',
'huRq', 'Bal', 'hinv', 'Baj', 'pER', 'stim', 'amb', 'stip', 'druR',
'saMst', 'stiG', 'psA', 'nu', 'jakz', 'kfpa', 'gruc', 'sAmb', 'sAma',
'Kuj', 'BraMs', 'dinv', 'BraMS', 'oR', 'oK', 'gumP', 'mF', 'cuqq',
'kAYc', 'sru', 'yat', 'heW', 'kFt', 'garh', 'garb', 'nAs', 'gard',
'garv', 'loc', 'loq', 'lok', 'heq', 'nAT', 'garD', 'juq', 'SUra',
'yaj', 'kzRu', 'SUrp', 'sarv', 'juz', 'sAntv', 'DrAK', 'aq', 'ag',
'ah', 'ak', 'aj', 'am', 'an', 'as', 'kruS', 'aw', 'at', 'av', 'ay',
'ad', 'SumB', 'tsar', 'kruq', 'tviz', 'aR', 'aS', 'az', 'tfMh', 'ru',
'tAy', 'vAS', 'parRa', 'mask', 'vf', 'u', 'caYc', 'kvaR', 'SiNG',
'krIq', 'SIB', 'cukk', 'kumB', 'kvaT', 'kumb', 'SIk', 'mnA', 'kundr',
'SIl', 'kuts', 'taq', 'SalB', 'sPAy', 'Cidra', 'daMS', 'anDa', 'fmP',
'suh', 'GUr', 'daMs', 'mUtra', 'valk', 'Pull', 'valh', 'valg', 'Ceda',
'maha', 'valB', 'kleS', 'Tuq', 'Cand', 'vic', 'cAy', 'raNK', 'vij',
'raNG', 'vil', 'vis', 'viw', 'vid', 'viC', 'pAra', 'raNg', 'viz',
'viT', 'viD', 'glas', 'glah', 'So', 'gfD', 'vel', 'hlas', 'gfj', 'gfh',
'nind', 'SF', 'kaMs', 'mall', 'hlag', 'syand', 'SE', 'laYj', 'jYap',
'vAYC', 'grAma', 'muYj', 'vfkz', 'vruq', 'wval', 'pay', 'trE', 'praT',
'Samb', 'praC', 'styE', 'pras', 'Cid', 'panT', 'mfz', 'Baw', 'Bas',
'cel', 'piRq', 'mruc', 'tuRq', 'yu', 'iNK', 'Baz', 'kzev', 'yA', 'iNg',
'BaR', 'KaYj', 'gaYj', 'puRq', 'puRw', 'hary', 'waNk', 'yUz', 'SvaRW',
'IS', 'pul', 'bast', 'kunT', 'puq', 'jIv', 'Una', 'puw', 'niMs', 'pur',
'vfz', 'puT', 'puz', 'jez', 'yantr', 'mIl', 'suKa', 'vell', 'kaRW',
'mIv', 'kaRq', 'DI', 'parb', 'spfS', 'DA', 'parp', 'DF', 'DU', 'kruYc',
'Di', 'baMh', 'dfmP', 'De', 'Df', 'Du', 'karv', 'liK', 'karb', 'klind',
'liS', 'karj', 'galh', 'taNg', 'Kid', 'sPUrj', 'mfga', 'riRv', 'lih',
'drek', 'Kiw', 'lip', 'galB', 'buNg', 'kac', 'kab', 'kag', 'Sikz',
'kak', 'kan', 'kam', 'kal', 'kas', 'BrUR', 'kF', 'kaw', 'hUq', 'kaK',
'ki', 'kaR', 'kaS', 'kaz', 'kf', 'ku', 'kaW', 'drAh', 'piMs', 'drAq',
'aRW', 'varRa', 'lUz', 'kaqq', 'Diz', 'hiw', 'gaveza', 'nivAsa', 'fYj',
'hil', 'skamB', 'BU', 'svaYj', 'sev', 'arv', 'ard', 'arb', 'barb',
'maRq', 'arh', 'barh', 'arj', 'ark', 'sek', 'Brasj', 'maRW', 'jYA',
'knas', 'satra', 'sKal', 'sKad', 'lasj', 'pF', 'pU', 'stE', 'pA', 'pE',
'stF', 'pI', 'daG', 'dad', 'day', 'Card', 'pf', 'SyE', 'das', 'dah',
'dal', 'dam', 'stf', 'pi', 'stu', 'tev', 'gad', 'vand', 'aMsa', 'puMs',
'gam', 'gal', 'gaj', 'gaq', 'vyaya', 'taNk', 'SfD', 'granT', 'Dvf',
'rih', 'vaBr', 'ric', 'riz', 'riS', 'riP', 'SlAK', 'SlAG', 'SoR',
'Karb', 'raR', 'vye', 'Bfq', 'Bfj', 'mreq', 'bukk', 'cuw', 'cur',
'cud', 'mavy', 'cuq', 'BfS', 'kzmIl', 'snas', 'guYj', 'bil', 'lAG',
'Bakz', 'kzu', 'kzi', 'biw', 'Dakk', 'kzE', 'kzip', 'proT', 'pez',
'pev', 'kaq', 'pes', 'pel', 'larb', 'kziR', 'ruj', 'ruh', 'ruc',
'sriv', 'goma', 'rud', 'hiRq', 'rup', 'ruw', 'aMh', 'uNK', 'Barv',
'ruD', 'sAD', 'ruz', 'ruS', 'ruW', 'hizk', 'spaS', 'Byas', 'kzvid',
'taMs', 'arTa', 'luRW', 'uz', 'uK', 'uC', 'uB', 'cil', 'cit', 'uh',
'ciw', 'kuha', 'syam', 'uc', 'naB', 'kfz', 'lozw', 'naS', 'yuNg',
'paYc', 'druh', 'kfp', 'kft', 'BlAS', 'nal', 'nas', 'naw', 'kfq',
'nad', 'nay', 'SIla', 'Dvana', 'pIl', 'pIq', 'jUr', 'pIv', 'svf', 'gu',
'sUrkzy', 'kzowa', 'kUw', 'Sriz', 'kUl', 'kUj', 'gF', 'ganD', 'kUR',
'caha', 'gA', 'jaMs', 'KyA', 'yOw', 'vlI', 'raca', 'saMketa', 'jval',
'jfmB', 'hiMs', 'vela', 'jvar', 'kaNk', 'lep', 'DyE', 'dIDI', 'katra',
'vANkz', 'lAK', 'tim', 'til', 'tik', 'tij', 'Dinv', 'tip', 'lAj',
'cill', 'Blakz', 'Gur', 'aBr', 'Guw', 'damB', 'sUrkz', 'GuR', 'Guz',
'rUkza', 'jAgf', 'siD', 'siB', 'cUrR', 'lamb', 'gurv', 'nard', 'maBr',
'aNk', 'gurd', 'aNg', 'sic', 'sil', 'raYj', 'dfB', 'F', 'klam', 'purv',
'dfh', 'klaT', 'taRq', 'siw', 'bind', 'dfp', 'trand', 'lA', 'jiri',
'hras', 'lI', 'maNk', 'garj', 'glez', 'hrag', 'SuRW', 'gfYj', 'maNK',
'glev', 'glep', 'maNG', 'Cad', 'SaR', 'qap', 'Cam', 'SranT', 'Saz',
'SaW', 'Sak', 'Sam', 'Sal', 'Caz', 'Kaww', 'Sad', 'BaYj', 'Sas', 'Sap',
'Sav', 'rez', 'reB', 'skand', 'citra', 'rep', 'rev', 'svan', 'svap',
'rek', 'svad', 'GaRw', 'vah', 'sU', 'lunT', 'DvaYj', 'dfS', 'jinv',
'man', 'cyu', 'BAma', 'Bind', 'Ku', 'KE', 'arc', 'nft', 'kuww', 'miC',
'drA', 'su', 'miz', 'Pal', 'mih', 'mil', 'mid', 'dru', 'PaR', 'rAG',
'rAK', 'maMh', 'Sliz', 'rAD', 'sramB', 'skund', 'rAj', 'urv', 'rAs',
'pyE', 'Svac', 'Sval', 'Svas', 'mUl', 'jaB', 'mUz', 'kuYc', 'jaw',
'jas', 'BfMS', 'jan', 'jal', 'jam', 'jaj', 'fP', 'fz', 'fD', 'fC',
'kANkz', 'gras', 'grah', 'fc', 'lU', 'fj', 'luW', 'mfkz', 'luB', 'luw',
'karta', 'cuRq', 'luq', 'cuRw', 'kel', 'Sri', 'ramP', 'Sru', 'ramB',
'kep', 'SrA', 'SrE', 'kland', 'KuRq', 'vrI', 'ramb', 'ci', 'ac', 'yaB',
'sarj', 'sPul', 'nIl', 'sPuq', 'DmA', 'yas', 'kIw', 'yam', 'kIl',
'sPuw', 'sPur', 'Irzy', 'till', 'kUwa', 'vyaT', 've', 'aNka', 'vyaD',
'kruD', 'SOw', 'vA', 'vE', 'vI', 'vyay', 'vF', 'vyac', 'cint', 'balh',
'dAs', 'dAn', 'DvaR', 'caRq', 'i', 'dAS', 'riNg', 'gAh', 'Dvan',
'Dvaj', 'piC', 'BA', 'sAra', 'BI', 'SaS', 'dev', 'Cfd', 'BF',
'saMgrAma', 'cucy', 'lakz', 'gluc', 'sku', 'jarj', 'tej', 'aqq', 'tep',
'Bf', 'Kewa', 'mruYc', 'suww', 'DAv', 'Suc', 'Sun', 'vaYc', 'sPiww',
'murv', 'SuB', 'tvaNg', 'murC', 'SuW', 'Suz', 'SuD', 'Uy', 'cUr',
'vraSc', 'tIra', 'krI', 'Uh', 'cUz', 'Uz', 'naNK', 'vaK', 'vaR',
'mrad', 'tUz', 'cIk', 'cIv', 'katT', 'wIk', 'vaz', 'vaS', 'kzamp',
'lAYC', 'vaj', 'cIB', 'kzIv', 'Ball', 'van', 'vam', 'vac', 'smiw',
'vad', 'vay', 'lAYj', 'kzIb', 'vas', 'vap', 'kzIj', 'bus', 'hf',
'cakz', 'kmar', 'buD', 'cakk', 'hA', 'laRq', 'ind', 'hval', 'inv',
'pis', 'piw', 'wal', 'JarJ', 'inD', 'mlE', 'gfha', 'piz', 'piS',
'vIra', 'brUs', 'traMs', 'ubj', 'tfkz', 'hnu', 'sasj'
]
Error = []
x = 0
errors = 0
fish = 0
count_num = [0, 0, 0]
yes = []
no = []
not_sure = []
test = ""
count_0 = 0
count_1 = 0
report = 0
for key in dic:
for each in dic[key]:
result = [0, 0, 0, 0]
temp = 0
check = 100
if len(each.split(" ")) > 2:
fish += 1
continue
elif len(each.split(" ")) == 2:
source = each.split(" ")[0]
else:
source = each
derived = key
if source[-2:] == "kf":
continue
vowel_count = 0
if two_vowels:
for char in source:
if char in l_vow or char in s_vow:
vowel_count += 1
if vowel_count == 2:
result[2] = 1
else:
result[2] = 0
if last_second != "":
try:
if source[-2] == last_second:
result[3] = 1
else:
result[3] = 0
except IndexError:
result[3] = 0
else:
result[3] = 0
if len(source) <= 2:
continue
while (temp < len(source)):
if source[temp] in s_vow:
if source[temp] == "a":
if derived[temp] == "A":
check = 1
break
else:
check = 0
break
if source[temp] == "e" or source[temp] == "i" or source[
temp] == "I":
if derived[temp] == "E":
check = 1
break
else:
check = 0
break
if source[temp] == "u" or source[temp] == "o" or source[
temp] == "U":
if derived[temp] == "O":
check = 1
break
else:
check = 0
break
if source[temp] == "f":
if derived[temp:temp + 2] == "Ar":
check = 1
break
else:
check = 0
break
elif source[temp] in l_vow:
if derived[temp] == source[temp]:
check = -1
else:
check = 0
break
temp += 1
if temp >= len(source):
break
if type(vruddhi) is bool:
if check is 1:
if vruddhi:
ans = 1
else:
ans = 0
elif check is 0:
if vruddhi:
ans = 0
else:
ans = 1
elif check is -1:
ans = -1
elif check is 100:
errors += 1
Error.append(x)
check = -1
else:
ans = check
if len(ends_with) > 0:
if str(source)[len(source) - 1] in ends_with:
result[1] = 1
else:
result[1] = 0
else:
result[1] = 0
lis = sample.main()
report_check = 0
for each1 in lis:
if len(each1) < 1:
continue
if source.startswith(each1):
if source[len(each1):]:
report_check = 1
break
if report_check == 1:
if len(each.split(" ")) < 2:
report += 1
continue
if len(each.split(" ")) > 1:
if int(each.split(" ")[1]) == 0:
count_0 += 1
elif int(each.split(" ")[1]) == 1:
count_1 += 1
else:
print "WTF"
seeds_string += "N" + str(count + x) + '\t' + "L" + str(
int(each.split(" ")[1]) + 1) + '\t' + "1.0\n"
else:
if vruddhi == True and check == 0:
seeds_string += "N" + str(count +
x) + '\t' + "L1" + '\t' + "1.0\n"
count_0 += 1
if vruddhi == False and check == 1:
seeds_string += "N" + str(count +
x) + '\t' + "L1" + '\t' + "1.0\n"
count_0 += 1
result[0] = 1
temp_node_list = []
temp_node_list.append("N" + str(count + x))
temp_node_list.append(result)
if ans is 1:
yes.append(temp_node_list)
elif ans is 0:
no.append(temp_node_list)
elif ans is -1:
not_sure.append(temp_node_list)
temp_dic = {}
temp_dic[key] = [each, result]
node_dict[x + count] = temp_dic
x += 1
for i in range(len(yes)):
for j in range(i + 1, len(yes)):
weight = 0
for k in range(4):
if yes[i][1][k] == 1 and yes[j][1][k] == 1:
weight += 1
weight = float(weight) / float(total)
string += yes[i][0] + '\t' + yes[j][0] + '\t' + str(weight) + "\n"
for i in range(len(no)):
for j in range(i + 1, len(no)):
weight = 0
for k in range(4):
if no[i][1][k] == 1 and no[j][1][k] == 1:
weight += 1
weight = float(weight) / float(total)
string += no[i][0] + '\t' + no[j][0] + '\t' + str(weight) + "\n"
for i in range(len(not_sure)):
for j in range(i + 1, len(not_sure)):
weight = 0
for k in range(4):
if not_sure[i][1][k] == 1 and not_sure[j][1][k] == 1:
weight += 1
weight = float(weight) / float(total)
string += not_sure[i][0] + '\t' + not_sure[j][0] + '\t' + str(
weight) + "\n"
for i in range(len(not_sure)):
for j in range(len(yes)):
weight = 0
for k in range(4):
if not_sure[i][1][k] == 1 and yes[j][1][k] == 1:
weight += 1
weight = float(weight) / (2 * float(total))
string += not_sure[i][0] + '\t' + yes[j][0] + '\t' + str(
weight) + "\n"
for j in range(len(no)):
weight = 0
for k in range(4):
if not_sure[i][1][k] == 1 and no[j][1][k] == 1:
weight += 1
weight = float(weight) / (2 * float(total))
if weight < 0:
print "**** ERROR ****"
string += not_sure[i][0] + '\t' + no[j][0] + '\t' + str(
weight) + "\n"
num_vruddhi = 0
not_vruddhi = 0
if vruddhi == True or type(vruddhi) != bool:
num_vruddhi = len(yes)
elif vruddhi == False:
num_vruddhi = len(no)
if vruddhi == True or type(vruddhi) != bool:
not_vruddhi = len(no)
elif vruddhi == False:
not_vruddhi = len(yes)
not_sure_vruddhi = len(not_sure)
count += x
print report
count_list = [
"part" + str(index), count_0, count_1, count - 1, num_vruddhi,
not_vruddhi, not_sure_vruddhi
]
return (node_dict, string, count, seeds_string, count_0, count_list)
import sample
sample.main()
print('Second module"s name: {}'.format(__name__))
def test_main(self):
main()
def train(self, filename, output_dir):
logging.basicConfig(level=LOGGING_LEVEL, format="DEBUG: %(message)s")
all_filename = filename
try:
os.mkdir(output_dir)
except OSError: # directory already exists
pass
train_filename = path.join(output_dir, 'train.txt')
dev_filename = path.join(output_dir, 'dev.txt')
dev_percent = 0.1
# sample all-data into train and dev sets
sample.main( [all_filename, train_filename, dev_filename, dev_percent] )
logging.debug('Split {0} into training ({1}) and development ({2})'.format(all_filename, train_filename, dev_filename))
# train models on training set
self.models = {}
def add_model(ModelClass, name):
self.models[name] = ModelClass()
self.models[name].train(train_filename)
logging.debug('Done training {0} model'.format(name))
add_model( Unigram, 'unigram' )
add_model( Bigram, 'bigram' )
add_model( Trigram, 'trigram' )
add_model( Fourgram, 'fourgram' )
add_model( Fivegram, 'fivegram' )
add_model( Sixgram, 'sixgram' )
add_model( Sevengram, 'sevengram')
add_model( Eightgram, 'eightgram')
add_model( Maxent, 'maxent' )
#self.models['bigram'].backoff_model = self.models['unigram']
#self.models['trigram'].backoff_model = self.models['bigram']
#self.models['fourgram'].backoff_model = self.models['trigram']
#self.models['fivegram'].backoff_model = self.models['fourgram']
#self.models['sixgram'].backoff_model = self.models['fivegram']
dev_words = [line.strip() for line in open(dev_filename, 'r')]
# write predictions out to disk using dev set
model_outputs = []
model_output_dir = tempfile.mkdtemp()
logging.debug('Temporary Output Directory: {0}'.format(model_output_dir))
for model_name in self.model_names:
model = self.models[model_name]
model_outputs.append( path.join( model_output_dir, model_name + '.probs' ) )
model.write_probability_list(dev_words, model_outputs[-1])
logging.debug('Wrote dev set predictions using {0} model'.format(model_name))
# interpolate the models, get the weights
weights_list = interpolate.interpolate(model_outputs)
logging.debug('Weights: {0}'.format(weights_list))
self.weights = dict( zip( self.model_names, weights_list ) )
def test_instrumentation(sample):
sample.main()
frameId = cap.get(1) #current frame number
ret, frame = cap.read()
if (ret != True):
break
if (frameId % math.floor(frameRate) == 0):
filename ="frame%d.jpg" % count;count+=1
cv2.imwrite("{}/{}".format(directory,filename), frame)
cap.release()
print ("Done!")
DIR="{}/".format(directory)
print(directory)
answer=""
count=50
for i in range(count):
ans=sample.main(image="{}/frame{}.jpg".format(DIR,i))
answer+=ans
text_file = open("Output.txt", "w")
text_file.write(answer)
text_file = open("Output.txt", "r")
text=text_file.read()
tt.append(answer)
final_ans=' '.join(unique_list(text.split("<end>")))
text_file.close()
ff.append(final_ans.replace("<start>",""))
#text_file ="Output.txt"
#text_file = open("Output.txt", 'r').read()
#print(text_file)
#generate_summary( text_file, 3)
#img = plt.imread('frame0.jpg') #
def _sampleIteration(self):
order = range(self.levels+1+len(self.samplers))
if self.randomSamplerOrder:
order = np.random.choice(order,len(order),replace=False)
for o in order:
if o <= self.levels:
prior = self.priors['functions'][o]
prior.sample(self.model,self.yKernel)
else:
obj, param, sampler = self.samplers[o-self.levels-1]
# print param, obj
if obj == self.yKernelOld:
obj = self.yKernel
if param == 'k1_sigma':
obj.__dict__['k1'].sigma = sampler.sample(obj.__dict__['k1'].sigma)
elif param == 'k2_sigma':
obj.__dict__['k2'].sigma = sampler.sample(obj.__dict__['k2'].sigma)
elif param == 'k2_lengthscale':
obj.__dict__['k2'].lengthscale = sampler.sample(obj.__dict__['k2'].lengthscale)
else:
raise ValueError("unknown parameter %s!"%param)
else:
obj.__dict__[param] = sampler.sample(obj.__dict__[param])
if __name__ == "__main__":
main(SampleIntegrate)
# -*- coding: utf-8 -*-
import sample.main
def main():
sample.main.main()
if __name__ == "__main__":
main()
# -*- coding: utf-8 -*-
import sample
print ('python-izm')
print ("python-izm")
sample.main()
def test_main(self):
self.assertTrue(main() == 0)
def get_text(author):
return sample.main(author)
