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import gtk, random
import locale
class Views():
def __init__(self):
locale.setlocale(locale.LC_ALL,"")
self.user_interaction = gtk.Notebook()
self.quiz_tab = gtk.HBox()
self.user_interaction.append_page(self.quiz_tab)
self.user_input = gtk.VBox()
self.quiz_tab.pack_start(self.user_input, False, False, 10)
self.rounding_phrase = gtk.Label("rounding phrase")
self.user_input.pack_start(self.rounding_phrase, False, False, 10)
#create the notebook
self.tabber = gtk.Notebook()
self.tabber.set_show_tabs(False)
self.user_input.pack_start(self.tabber, False, False, 10)
#create the slider tab
self.slider_tab = gtk.VButtonBox()
self.slider_instruction = gtk.Label()
self.slider_instruction.set_markup("<big>Move the slider to choose the correct answer</big>")
self.slider_tab.pack_start(self.slider_instruction, False, False, 10)
self.slider_adjustment = gtk.Adjustment()
self.slider_tool = gtk.HScale(self.slider_adjustment)
self.slider_tool.set_digits(0)
self.slider_tab.pack_start(self.slider_tool, False, False, 10)
self.slider_click = gtk.Button("OK")
self.slider_tab.pack_start(self.slider_click, False, False, 10)
self.tabber.append_page(self.slider_tab)
#create the multiple choice tab
self.mult_tab = gtk.VBox()
self.mult_instruction = gtk.Label()
self.mult_instruction.set_markup("<big>Choose one of the answers below</big>")
self.mult_tab.pack_start(self.mult_instruction, False, False, 10)
self.mult_1 = gtk.Button()
self.mult_tab.pack_start(self.mult_1, False, False, 10)
self.mult_2 = gtk.Button()
self.mult_tab.pack_start(self.mult_2, False, False, 10)
self.mult_3 = gtk.Button()
self.mult_tab.pack_start(self.mult_3, False, False, 10)
self.mult_4 = gtk.Button()
self.mult_tab.pack_start(self.mult_4, False, False, 10)
self.tabber.append_page(self.mult_tab)
#create the entry tab
self.entry_tab = gtk.VButtonBox()
self.entry_instruction = gtk.Label()
self.entry_instruction.set_markup("<big>Type your answer below and click 'OK'</big>")
self.entry_tab.pack_start(self.entry_instruction, False, False, 10)
self.entry_tool = gtk.Entry()
self.entry_tab.pack_start(self.entry_tool, False, False, 10)
self.entry_click = gtk.Button("OK")
self.entry_tab.pack_start(self.entry_click, False, False, 10)
self.tabber.append_page(self.entry_tab)
#create the output
self.user_output = gtk.VBox()
self.quiz_tab.pack_start(self.user_output, False, False, 10)
self.output = gtk.Label("")
self.output.set_alignment(0.1, 0.5)
self.user_output.pack_start(self.output, False, False, 10)
self.image_output = gtk.Image()
self.user_output.pack_start(self.image_output, False, False, 10)
self.image_correct_answer = gtk.gdk.pixbuf_new_from_file("hoppy-right.svg")
self.image_incorrect_answer = gtk.gdk.pixbuf_new_from_file("hoppy-wrong.svg")
# intro tab
self.intro_tab = gtk.VBox()
self.intro_text = gtk.Label()
self.intro_text.set_markup("<big>Let's round numbers with Hoppy the Grasshopper</big>")
self.intro_tab.pack_start(self.intro_text, False, False, 10)
self.introduction = gtk.Notebook()
self.intro_tab.pack_start(self.introduction, False, False, 10)
self.user_interaction.append_page(self.intro_tab)
def get_user_interaction(self):
return self.user_interaction
def set_rounding_phrase(self, data):
text = "<big>Round the number <b>"
text += self.locl(data.random_number)
text += "</b> to the nearest <b>"
text += self.locl(data.answer_decade) + "</b></big>"
self.rounding_phrase.set_markup(text)
def set_choices(self, number, choices):
self.slider_adjustment.set_all(number, choices[0], choices[1], 1)
# shuffle around the possibilities
random.shuffle(choices)
self.mult_1.set_label(self.locl(choices[0]))
self.mult_2.set_label(self.locl(choices[1]))
self.mult_3.set_label(self.locl(choices[2]))
self.mult_4.set_label(self.locl(choices[3]))
self.entry_tool.set_text("")
def answer_correct(self, data):
text = "<big><span foreground=\"dark green\"><b>That's Right!!! =8-) </b></span> \n\n"
text += self.locl(data.random_number) + " rounded to the nearest "
text += self.locl(data.answer_decade) + " is " + self.locl(data.correct_answer)
if data.level_change:
text += "\n\n<span foreground=\"dark green\"><b>You made it to the next level! =8^P</b></span>"
text += "</big>"
self.output.set_markup(text)
self.image_output.set_from_pixbuf(self.image_correct_answer)
def answer_incorrect(self, data):
text = "<big><span foreground=\"red\"><b>Sorry Charlie >:( </b></span> \n\n"
text += self.locl(data.random_number) + " rounded to the nearest "
text += self.locl(data.answer_decade) + " is " + self.locl(data.correct_answer)
if data.level_change:
text += "\n\n<span foreground=\"red\"><b>You dropped a level. Concentrate! >8^|</b></span>"
text += "</big>"
self.output.set_markup(text)
self.image_output.set_from_pixbuf(self.image_incorrect_answer)
self.output.queue_draw()
def clear(self, data):
self.output.set_markup(data.get_game_data())
self.image_output.clear()
return False
def answer_nan(self):
text = "<big><span foreground=\"blue\"><b>Please enter only numbers.</b></span> \n\n</big>"
self.output.set_markup(text)
def set_tab(self, data):
if data.question_count > data.thresh_entry:
self.tabber.set_current_page(2)
self.entry_tool.grab_focus()
elif data.question_count > data.thresh_mult:
self.tabber.set_current_page(1)
elif data.question_count > data.thresh_slider:
self.tabber.set_current_page(0)
self.slider_tool.grab_focus()
def locl(self, characters):
return str(locale.format("%d", characters, True))
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