diff options
Diffstat (limited to 'ls.py')
| -rw-r--r-- | ls.py | 269 |
1 files changed, 133 insertions, 136 deletions
@@ -1,156 +1,153 @@ -from las import listenspell +from las import Listenspell ######################################################################################## -def playword(wordid): - elem = las.getwordinfo(wordid, "word") #get a word from the list - pronounelem = las.getwordinfo(wordid, "phnm") #get a pronounciation from the list +def play_word(wordid): + elem = las.get_word_info(wordid, "word") #get a word from the list + pronounelem = las.get_word_info(wordid, "phnm") #get a pronounciation from the list - if elem != pronounelem: # determine whether to bother pronouncing a description - print "Spell..." # say the explanation if the word is ambiguous. - las.saytext("Spell... ... " + elem + "... " + pronounelem) - else: - print "Spell... " - las.saytext("Spell... ... " + elem) + if elem != pronounelem: # determine whether to bother pronouncing a description + print "Spell..." # say the explanation if the word is ambiguous. + las.say_text("Spell... ... " + elem + "... " + pronounelem) + else: + print "Spell... " + las.say_text("Spell... ... " + elem) ## get an answer - print 'Press $ to answer or spacebar to get a clue. Press * to quit' - - k = las.getkey() - #las.saytext(k) - if k == "*": - las.exitgame() - - if k == " ": # if the user wants a clue - cluemode = True - reprint = True - while(cluemode): - string = """press - 1 for definition - 2 for Sample - 3 to repete the word - 4 for word length - * to quit - or any other key to answer""" - if reprint == True: - print string - #las.saytext(string) - k = las.getkey() - if k == "1": + print 'Press $ to answer or spacebar to get a clue. Press * to quit' + + k = las.get_key() + #las.saytext(k) + if k == "*": + las.exit_game() + + if k == " ": # if the user wants a clue + cluemode = True reprint = True - definition = las.getwordinfo(wordid, "def") - for (pos, definition) in definition: - print pos + " : " + definition - elif k == "2": - usage = las.getwordinfo(wordid, "usage") - num_sample = len(usage) - if num_sample == 0: - print "No usage in the database" - reprint = True - for (sample) in usage: - las.saytext(sample) - reprint = False - num_sample = num_sample - 1 - if num_sample != 0: - reprint = True - print "To get another sample press 'n' or anyother key to answer" - k = las.getkey() - if k != 'n': break - elif k == "3": - las.saytext(elem) - reprint = False - elif k == "4": - print "Word Length:" + str(len(elem)) - elif k =="*": - las.exitgame() - else: - cluemode = False - - answer = raw_input( "Your answer: " ) - answer = answer.strip() - las.saytext("You typed\n") - shout(answer) - if answer == elem: - las.saytext("Correct") - las.ans_correct(wordid) - return True - else: - las.ans_incorrect(wordid) - las.saytext("Incorrect") - print "Incorrect. The correct spelling is.. " - las.saytext("The correct spelling is..\n") - shout(elem) - return False + while(cluemode): + string = """press + 1 for definition + 2 for Sample + 3 to repete the word + 4 for word length + * to quit + or any other key to answer""" + if reprint == True: + print string + #las.saytext(string) + k = las.get_key() + if k == "1": + reprint = True + definition = las.get_word_info(wordid, "def") + for (pos, definition) in definition: + print pos + " : " + definition + elif k == "2": + usage = las.get_word_info(wordid, "usage") + num_sample = len(usage) + if num_sample == 0: + print "No usage in the database" + reprint = True + for (sample) in usage: + las.say_text(sample) + reprint = False + num_sample = num_sample - 1 + if num_sample != 0: + reprint = True + print "To get another sample press 'n' or anyother key to answer" + k = las.get_key() + if k != 'n': break + elif k == "3": + las.say_text(elem) + reprint = False + elif k == "4": + print "Word Length:" + str(len(elem)) + elif k =="*": + las.exit_game() + else: + cluemode = False + + answer = raw_input( "Your answer: " ) + answer = answer.strip() + las.say_text("You typed\n") + shout(answer) + if answer == elem: + las.say_text("Correct") + las.ans_correct(wordid) + return True + else: + las.ans_incorrect(wordid) + las.say_text("Incorrect") + print "Incorrect. The correct spelling is.. " + las.say_text("The correct spelling is..\n") + shout(elem) + return False ######################################################################################## def shout(string): - for character in string: - print character + " " - las.saytext(character) + for character in string: + print character + " " + las.say_text(character) ######################################################################################## -def getskilllevel(): +def get_skill_level(): # get a skill level - print 'Enter skill level between 1 and 9, or * to quit' - las.saytext("Skill level") - k = las.getkey() - if k == "*": - las.exitgame() # quit the program - print k - las.saytext(k) - - skill_level = int(k) + 3 - - las.setskill_level( skill_level) - + print 'Enter skill level between 1 and 9, or * to quit' + las.say_text("Skill level") + k = las.get_key() + if k == "*": + las.exit_game() # quit the program + print k + las.say_text(k) + skill_level = int(k) + 3 + las.set_skill_level( skill_level) if __name__=='__main__': - las = listenspell() - las.clearscreen() - las.playsound("begin") - - gameover = False - while gameover == False: - levelsize = 7 # this stays constant throughout - - getskilllevel() - wordidlist = las.load_wordid(levelsize + 3) # At max Three error possible - num_words = len(wordidlist) - las.clearscreen() - - #### MAIN LOOP - - las.playsound("begin") - - - for index in range(num_words): - - ## print pronouncedict - ## print pronouncedictstring - ## print pronouncelist - wordid = wordidlist[index] - result = playword(wordid) - print "Your score is " + str(las.getpoints()) - - if result == True: - if las.getwords_correct == 7: - print "Very good." - print "If you want to play game again with another level press % or any other key to quit" - k = las.getkey() - if k == '%': - break # Restart game with next level - else: - las.exitgame() - - if las.getwords_correct == 7: - continue # Restart game with next level - else: - gameover = True - las.saytext("Game Over") - print "Game Over." - las.exitgame() + las = Listenspell() + las.clear_screen() + las.play_sound("begin") + + gameover = False + while gameover == False: + levelsize = 7 # this stays constant throughout + + get_skill_level() + wordidlist = las.load_wordid(levelsize + 3) # At max Three error possible + num_words = len(wordidlist) + las.clear_screen() + + #### MAIN LOOP + + las.play_sound("begin") + + + for index in range(num_words): + + ## print pronouncedict + ## print pronouncedictstring + ## print pronouncelist + wordid = wordidlist[index] + result = play_word(wordid) + print "Your score is " + str(las.getpoints()) + + if result == True: + if las.get_words_correct == 7: + print "Very good." + print "If you want to play game again with another level press % or any other key to quit" + k = las.get_key() + if k == '%': + break # Restart game with next level + else: + las.exit_game() + + if las.get_words_correct == 7: + continue # Restart game with next level + else: + gameover = True + las.say_text("Game Over") + print "Game Over." + las.exit_game() |