def get_max_range(): max_range = 1 while max_range%10 != 0: try: max_range = 10**int(get_input()) if max_range >= 10**12: max_range = 5 #just to keep it in the loop print "Invalid input. Choose r to be from 0-11 only!" except: print "Invalid input. Choose r to be from 0-11 only!" return max_range
max_range = get_max_range()
modules.app_struct.I_GMODE("2")
game_mode = get_game_mode()
if game_mode.lower() == "a":
modules.app_struct.I_INSTR("3","\nA random number will be generated from 1->10^r.\nYou're objective is to translate it to Japanese!")
modules.app_struct.I_EX("Generated No. = 1350\nAnswer = 'Sen-sanbyaku-gojuu' or 'Sensanbyakugojuu'\n\nNote: For 4,7,9 please use 'yon','nana','kyuu' respectively.")
else:
modules.app_struct.I_INSTR("3","\nA random Japanese number will be generated from 1->10^r.\nYou're objective is to give its corresponding Arabic numerical equivalent!")
modules.app_struct.I_EX("Generated JapNo. = 'Sen-sanbyaku-gojuu'\nAnswer = 1350\n\nNote: For 4,7,9 please use 'yon','nana','kyuu' respectively.")
modules.app_struct.I_CASE("4")
modules.app_struct.I_QR("5")
modules.app_struct.I_START("6")
get_input()
print "Ganbatte Kudasai! START!\n\n"
user_answer = ""
while 1==1:
A = []
G = randomize(randrange(1,3,1),max_range)
g = G
e = 0
while G/10**e >= 10:
e+=1
i = 10**e
while e != -1:
if D[e][g/i] != 0:
A.append(D[e][g/i])
Coded by: Joe Ferrer Topic: Basic Programming Class Github: gihub.com/joeferrer Email: [email protected] Project: ProgramAttic What this code does: Checks whether the input of a user is a palindrome or not i.e. whether the input and its reverse is equal. ''' from modules.user_end import get_input if __name__ == "__main__": print "Type your string: " string = get_input() i = 0 j = len(string)-1 r = 1 string = string.lower() while(i<j): if(string[i] != string[j]): print string + " is not a palindrome." r=0 break i = i+1 j = j-1 if(r==1): print string + " is a palindrome."
import time
import getpass
import modules.connector
from modules.crs_tgwac_fxns import ugc_parser,tgwac,honor_eval
from modules.user_end import get_input, get_Y_N
if __name__ == "__main__":
connector = modules.connector
print "Enter CRS username: "******"Enter CRS password: "******"\nLogin Successful..."
crawl_data = connector.site_crawl("https://crs.upd.edu.ph/viewgrades",site_opener)
ugc_list = ugc_parser(connector.BeautifulSoup(crawl_data.read()))
tgwa = tgwac(ugc_list)
print "\nTGWAC Quick Analysis results say your Total GWA is " + str(tgwa)
user_input = get_Y_N("Do you want to proceed to a more thorough evaluation?")
if(user_input.upper()=="Y"):
print "\nLoading subjects considered in TGWA computation..."
time.sleep(2)
for i in ugc_list:
print i
time.sleep(0.5)
user_input = get_Y_N("From the subjects considered, are there any that shouldn't be counted?")
if(user_input.upper()=="Y"):
print "\nUsing the subjects listed above, type the subjects that must not be counted. (e.g. Math 17 THV)"
takeouts = list()
takingout = True
Email: [email protected] Project: ProgramAttic What this code does: The main objective of this program is to convert a natural number entered by a user (taken as a base-10 number), to its corresponding base equivalents. Only bases 2->16 is considered. ''' from modules.user_end import get_input from modules.math_ext import convert if __name__ == "__main__": num = -1 while(num < 0): print "Enter natural number to convert: " try: num = int(get_input()) if(num<0): print "Bad input. Input must be >=0." except: print "Bad input. Try again." if(num == 0 or num == 1): print str(num) + " for all bases from 2-16." else: for i in range(2,17): convert(num,i)
modules.app_struct.I_INTRO("Tango Terminal Version","Joe Ferrer","*****@*****.**","github.com/joeferrer")
modules.app_struct.I_GMODE("1")
game_mode = get_game_mode()
if game_mode.lower() == "a":
modules.app_struct.I_INSTR("2","\nA random English word/phrase will be displayed.\nYou must first identify if the word is in Hiragana 'H' or Katakana 'F' or\n'FH' if in Katakana-Hiragana form or 'HF' if in Hiragana-Katakana form.\nThen, translate the word to Japanese.")
else:
modules.app_struct.I_INSTR("2","\nA random Japanese word/phrase will be displayed.\nYou must first identify if the word is in Hiragana 'H' or Katakana 'F' or\n'FH' if in Katakana-Hiragana form or 'HF' if in Hiragana-Katakana form.\nThen, translate the word to English.")
modules.app_struct.I_NOTE("3.) ","\n\n","Note, if you use 'ee' for prolonged 'e' stick to doubling like that for all other cases such as 'oo' vice-versa.\nOtherwise, if you use 'ei' stick to doubling like that and for other cases like 'ou',vice-versa.\nExample: if 'oo' kookoosee NOT kookoosei.\n\nAlso note that 'masu' forms of verbs will not be accepted as the objective here is to know the dictionary form only.")
modules.app_struct.I_CASE("4")
modules.app_struct.I_QR("5")
modules.app_struct.I_START("6")
get_input()
print "Ganbatte Kudasai! START!\n\n"
F = open("_ext-files/vocabulary.txt")
D = dict()
while True:
line = F.readline()
if line == '':
break
line = line.strip('\n')
parsed = line.split(";")
e_str = parsed[0]
j_str = parsed[1:len(parsed)]
