diff options
Diffstat (limited to 'hoparound.py')
| -rw-r--r--[-rwxr-xr-x] | hoparound.py | 227 |
1 files changed, 49 insertions, 178 deletions
diff --git a/hoparound.py b/hoparound.py index 376a063..9d98c5e 100755..100644 --- a/hoparound.py +++ b/hoparound.py @@ -1,179 +1,50 @@ -import gtk, math -import random, locale +from data import LevelData
+from view import Views
+import gtk, locale
from sugar.activity import activity - -class HopaRoundActivity(activity.Activity): - def __init__(self, handle): - activity.Activity.__init__(self, handle) - print "INFO: activity running" - locale.setlocale(locale.LC_ALL,"") - # make the toolbox - toolbox = activity.ActivityToolbox(self) - self.set_toolbox(toolbox) - toolbox.show() - #initialize variables - print "INFO: initialize variables" - self.decades = (10,100,1000,10000,100000) - self.rounded={0:0,1:1,2:2,3:3,4:4,9:0,10:0,11:0,99:0,100:0,101:0,999:0,1000:0,1001:0,9999:0,10000:0,10001:0,99999:0,100000:0,100001:0} - self.lower_bound = 1 - self.upper_bound = 500000 - self.correct = 0 - self.incorrect = 0 - self.dec_answer = 0 - random.seed() - self.correct_answer = gtk.gdk.pixbuf_new_from_file("hoppy-right.svg") - self.incorrect_answer = gtk.gdk.pixbuf_new_from_file("hoppy-wrong.svg") - self.image_answer = gtk.Image() - #create view ports - print "INFO: create view ports" - self.main_view = gtk.HBox() - self.panels = gtk.VBox() - self.panes = gtk.HBox(True) - self.left_view = gtk.VBox() - self.mid_view = gtk.VBox() - self.right_view = gtk.VBox() - self.instructions = gtk.Label() - self.instructions.set_justify(gtk.JUSTIFY_LEFT) - self.instructions.set_markup("\n\nLet's play...") - self.type_answer_instructions = gtk.Label("Type your answer below") - self.mult_instructions = gtk.Label("Choose one of the answers below") - self.answer = gtk.Entry() - self.answer.set_text("?") - self.answer.connect("activate", self.check_answer, 0) - self.play_btn = gtk.Button("Play") - self.play_btn.connect("clicked", self.play) - self.check_answer_btn = gtk.Button("Check Answer") - self.check_answer_btn.connect("clicked", self.check_answer, 0) - self.mult_1 = gtk.Button() - self.mult_1.connect("clicked", self.check_answer, 1) - self.mult_2 = gtk.Button() - self.mult_2.connect("clicked", self.check_answer, 2) - self.mult_3 = gtk.Button() - self.mult_3.connect("clicked", self.check_answer, 3) - self.mult_4 = gtk.Button() - self.mult_4.connect("clicked", self.check_answer, 4) - self.output = gtk.Label() - self.output.set_justify(gtk.JUSTIFY_LEFT) - #show the widgets - print "INFO: show widgets" - self.main_view.pack_start(self.panels, False, False, 10) - self.main_view.pack_start(self.right_view, False, False, 10) - self.panels.pack_start(self.instructions, False, False, 10) - self.panels.pack_start(self.play_btn, False, False, 10) - self.panels.pack_start(self.panes, False, False, 10) - self.panes.pack_start(self.left_view, False, False, 10) - self.panes.pack_start(self.mid_view, False, False, 10) - self.left_view.pack_start(self.type_answer_instructions, False, False, 10) - self.left_view.pack_start(self.answer, False, False, 10) - self.left_view.pack_start(self.check_answer_btn, False, False, 10) - self.mid_view.pack_start(self.mult_instructions, False, False, 10) - self.mid_view.pack_start(self.mult_1, False, False, 10) - self.mid_view.pack_start(self.mult_2, False, False, 10) - self.mid_view.pack_start(self.mult_3, False, False, 10) - self.mid_view.pack_start(self.mult_4, False, False, 10) - self.right_view.pack_start(self.output, False, False, 10) - self.right_view.pack_start(self.image_answer, False, False, 10) - self.set_canvas(self.main_view) - self.show_all() - self.play_btn.grab_focus() - - def play(self, widget): - print "INFO: play clicked" - self.dec_answer = random.choice(self.decades) - self.gen_random(self) - self.guesses = 0 - self.answer.set_text("?") - message = "\nRound the number <b>" - message += locale.format("%d", self.rounded[0], True) - message += "</b> to the nearest <b>" - message += locale.format("%d", self.dec_answer, True) - message += "</b>:\n" - self.instructions.set_markup(message) - self.mult_1.set_label(locale.format("%d", self.rounded[1], True)) - self.mult_2.set_label(locale.format("%d", self.rounded[2], True)) - self.mult_3.set_label(locale.format("%d", self.rounded[3], True)) - self.mult_4.set_label(locale.format("%d", self.rounded[4], True)) - message = "Correct:\t\t" + str(self.correct) - message += "\nIncorrect:\t" + str(self.incorrect) - self.image_answer.clear() - self.output.set_markup(message) - #self.show_random_numbers(self) - self.answer.grab_focus() - - def check_answer(self, widget, response=None): - print "INFO: check answer clicked" - print "INFO: response = '" + str(response) + "'" - try: - if response == 0: - print "INFO: entry = '" + str(self.answer.get_text()) + "'" - response = int(self.answer.get_text()) - elif response == 1: response = self.rounded[response] - elif response == 2: response = self.rounded[response] - elif response == 3: response = self.rounded[response] - elif response == 4: response = self.rounded[response] - if response == self.rounded[self.dec_answer]: - self.correct += 1 - message = "Correct:\t\t" + str(self.correct) - message += "\nIncorrect:\t" + str(self.incorrect) - message += "\n\n<b>That's correct!\n\n\n\n</b>" - self.output.set_markup(message) - self.image_answer.set_from_pixbuf(self.correct_answer) - self.instructions.set_markup("\n\nLet's play...") - self.answer.set_text("?") - self.play_btn.grab_focus() - else: - self.incorrect += 1 - message = "Correct:\t\t" + str(self.correct) - message += "\nIncorrect:\t" + str(self.incorrect) - message += "<span foreground=\"red\">\n\n<b>Sorry, the correct answer was\n" - message += locale.format('%d', self.rounded[self.dec_answer], True) - message += "\n\nYou answered\n" + str(response) - message += "</b></span>" - self.output.set_markup(message) - self.image_answer.set_from_pixbuf(self.incorrect_answer) - self.answer.set_text("?") - self.play_btn.grab_focus() - except: - message = "<span foreground=\"red\"><b>Please enter a number only.</b></span>" - self.output.set_markup(message) - self.answer.grab_focus() - - def gen_random(self, widget): - print "INFO: generating random number" - #generate a random number and round it to the different decades - self.rounded[0] = random.randint(self.lower_bound,self.upper_bound) - for item in self.decades: - self.rounded[item-1] = int(math.floor(self.rounded[0]/(item*1.0)) * item) - self.rounded[item] = int(round(self.rounded[0]/(item*1.0), 0) * item) - self.rounded[item+1] = int(math.ceil(self.rounded[0]/(item*1.0)) * item) - #create a list of decades that are not the right answer and choose one - self.dec_temp_list = [10, 100, 1000, 10000, 100000] - del self.dec_temp_list[self.dec_temp_list.index(self.dec_answer)] - self.dec_temp = random.choice(self.dec_temp_list) - #generate the multiple choice answer set - self.mult = range(1,5) - self.mult_temp = random.choice(self.mult) - self.rounded[self.mult_temp] = self.rounded[self.dec_answer - 1] - del self.mult[self.mult.index(self.mult_temp)] - self.mult_temp = random.choice(self.mult) - self.rounded[self.mult_temp] = self.rounded[self.dec_answer + 1] - del self.mult[self.mult.index(self.mult_temp)] - self.mult_temp = random.choice(self.mult) - self.rounded[self.mult_temp] = self.rounded[self.dec_temp - 1] - del self.mult[self.mult.index(self.mult_temp)] - self.mult_temp = random.choice(self.mult) - self.rounded[self.mult_temp] = self.rounded[self.dec_temp + 1] - - def show_random_numbers(self, widget): - print "INFO: showing random numbers" - message = "Lower Bound: \t\t\t<b>" + str(self.lower_bound) + "</b>" - message += "\n\nUpper Bound: \t\t\t<b>" + str(self.upper_bound) + "</b>" - message += "\n\nNumber Generated: \t<b>" + str(self.rounded[0]) + "</b>" - message += "\n" - for item in self.rounded: - #1message += "\n\nRounded to 10<sup>" + str(int(math.log10(item))) + "</sup>: \t\t<b>" + str(self.rounded[item]) + "</b>" - #2message += str(item-1) + ": \t" + str(self.rounded[item-1]) + "\n" - #2message += str(item) + ": \t" + str(self.rounded[item]) + "\n" - #2message += str(item+1) + ": \t" + str(self.rounded[item+1]) + "\n" - message += str(item) + ":\t" + str(self.rounded[item]) + "\n" - self.output.set_markup(message) +import locale +
+class HopaRoundActivity(activity.Activity):
+ def __init__(self, handle): + activity.Activity.__init__(self, handle) + # make the toolbox + toolbox = activity.ActivityToolbox(self) + self.set_toolbox(toolbox) + toolbox.show() + self.data = LevelData()
+ self.ui = Views()
+ self.ui.slider_click.connect("clicked", self.submit_answer, self.ui.slider_tool)
+ self.ui.mult_1.connect("clicked", self.submit_answer, self.ui.mult_1)
+ self.ui.mult_2.connect("clicked", self.submit_answer, self.ui.mult_2)
+ self.ui.mult_3.connect("clicked", self.submit_answer, self.ui.mult_3)
+ self.ui.mult_4.connect("clicked", self.submit_answer, self.ui.mult_4)
+ self.ui.entry_click.connect("clicked", self.submit_answer, self.ui.entry_tool)
+ self.ui.entry_tool.connect("activate", self.submit_answer, self.ui.entry_tool)
+ self.setup(self.data, self.ui)
+ #sugar canvas
+ self.set_canvas(self.ui.get_user_interaction()) + self.show_all() +
+ def setup(self, data, ui):
+ data.gen_random()
+ ui.set_rounding_phrase(self.data)
+ ui.set_choices(self.data.random_number, self.data.mult)
+ ui.set_tab(self.data)
+
+ def submit_answer(self, widget, answer):
+ try: # for int answer because of entry field
+ if answer.get_name() == "GtkHScale":
+ num = int(answer.get_value())
+ elif answer.get_name() == "GtkButton":
+ num = locale.atoi(answer.get_label())
+ elif answer.get_name() == "GtkEntry":
+ num = locale.atoi(answer.get_text())
+ except:
+ self.ui.answer_nan()
+ else:
+ if self.data.check_answer(num):
+ self.ui.answer_correct(self.data)
+ else:
+ self.ui.answer_incorrect(self.data)
+ self.setup(self.data, self.ui)
+
|