if ev.type == pygame.QUIT:
sys.exit ()
# We could handle other events separately, too, but do not care.
# Draw the rectangle on the screen.
cnt -= 1
if cnt == 0:
rnd = (random.randint (0, 5), random.randint (0, 5), \
random.randint (0, 5))
color = (rnd[0] * 340) % 255, (rnd[1] * 122) % 255, \
(rnd[2] * 278) % 255
pygame.draw.rect (screen, color, (60, 50, 50, 50))
cnt = 100
# Pass all received events to the Renderer. We also could pass only
# a subset of them, but want it to get all.
re.distribute_events (*events)
# Force a refresh of the UI elements as our main screen changed and
# we want them to be placed upon the changes (look at the
# intersection with the rectangle).
re.refresh ()
# We do not need to flip as it is done in the refresh() method of
# the Renderer. If we assign just a part of the screen to the
# Renderer, we would have to, of course.
# pygame.display.flip ()
# Do not use 100% CPU.
pygame.time.delay (15)
class DoctorsSurgery(Game):
def __init__(self, screen, *args, **kw):
Game.__init__(self, *args, **kw)
self.re = Renderer ()
self.re.screen = screen
self.doctor_widget = DoctorWidget()
self.doctor_widget.button.connect_signal('clicked', self.doit)
for radio in self.doctor_widget.radios:
radio.connect_signal('toggled', self.update_selection)
self.re.add_widget( self.doctor_widget.table )
# {'SIGNALS_KEYS': (2, 3),
# 'SIGNALS_MOUSE': (5, 4, 6),
# 'SIG_ACTIVATED': 'activated',
# 'SIG_CLICKED': 'clicked',
# 'SIG_DESTROYED': 'destroyed',
# 'SIG_DIALOGRESPONSE': 'dialog-response',
# 'SIG_DOUBLECLICKED': 'double-clicked',
# 'SIG_ENTER': 'entered',
# 'SIG_FOCUSED': 'focused',
# 'SIG_INPUT': 'input',
# 'SIG_KEYDOWN': 2,
# 'SIG_KEYUP': 3,
# 'SIG_LEAVE': 'left',
# 'SIG_LISTCHANGED': 'list-changed',
# 'SIG_MOUSEDOWN': 5,
# 'SIG_MOUSEMOVE': 4,
# 'SIG_MOUSEUP': 6,
# 'SIG_SCREENCHANGED': 28,
# 'SIG_SELECTCHANGED': 'selection-changed',
# 'SIG_TICK': 25,
# 'SIG_TOGGLED': 'toggled',
# 'SIG_TWISTED': 26,
# 'SIG_UPDATED': 27,
# 'SIG_VALCHANGED': 'value-changed'}
# RADIOBUTTON SIGNALS
# {2: None,
# 4: [],
# 5: [],
# 6: [],
# 'clicked': [],
# 'destroyed': [],
# 'entered': [],
# 'focused': [],
# 'left': [],
# 'toggled': []}
self.update_selection()
def doit(self):
radios = self.doctor_widget.radios
data.sounds.Play("fx02laughter")
#data.sounds.Play("fx03hit1")
#data.sounds.sounds["fx02laughter"].play()
#print data.sounds.sounds["fx02laughter"].get_length()
#pygame.mixer.music.load(os.path.join("data","sounds","fx02laughter.ogg"))
#pygame.mixer.music.play()
selection = [btn.text for btn in radios if btn.state == 2][0]
if selection == "Fix my eye":
data.where_to = 'eyefix'
if selection == "Leave doctors surgery":
data.where_to = 'gig_select'
def update_selection(self, *args):
print args
radios = self.doctor_widget.radios
selection = [btn.text for btn in radios if btn.state == 2][0]
self.selected = DOCTOR_CHOICES[ selection ]
self.changed = True
print selection
def handle_events(self, events):
Game.handle_events(self, events)
for e in events:
if e.type == KEYDOWN and e.key == K_ESCAPE:
self.stop()
break
self.re.distribute_events (*events)
# TODO: WHERE SHOULD THIS GO?
# if self.doctor_widget.button.state == 2:
# self.stop()
def update(self, elapsed_time):
Game.update(self, elapsed_time)
if not pygame.mixer.music.get_busy():
self.play_random_music()
def draw(self, screen):
rects = Game.draw(self, screen)
self.re.screen = screen
if self.changed:
# self.re.screen.fill ((234, 228, 223))
self.re.screen.blit(self.selected, (0,0))
self.changed = 0
self.re.refresh ()
#rects.extend([screen.get_rect()])
return rects
def stop(self):
"""
"""
print 'gig_select stopped'
self.going = False
pygame.mixer.music.fadeout(100)
def start(self):
"""
"""
print 'doctors_surgery started'
self.going = True
self.changed = True
self.re.refresh ()
self.elapsed_time = 0.0
self.play_random_music()
def play_random_music(self):
import random
#fname = random.choice("loop01.ogg loop02.ogg loop03.ogg loop04doctor.ogg loop05.ogg loop06doctor2.ogg loop07.ogg loop08end.ogg opener.ogg".split())
fname = random.choice("loop01.ogg loop02.ogg loop03.ogg loop04doctor.ogg loop05.ogg loop06doctor2.ogg loop07.ogg loop08end.ogg".split())
pygame.mixer.music.load(os.path.join("data","music",fname))
pygame.mixer.music.play()
class GigSelect(Game):
def __init__(self, screen, *args, **kw):
Game.__init__(self, *args, **kw)
self.re = Renderer ()
self.re.screen = screen
self.gig_widget = GigWidget()
self.gig_widget.button.connect_signal('clicked', self.done_it)
self.gig_widget.doctor_button.connect_signal('clicked', self.go_doctor)
for radio in self.gig_widget.radios:
radio.connect_signal('toggled', self.update_selection)
self.re.add_widget( self.gig_widget.table )
# {'SIGNALS_KEYS': (2, 3),
# 'SIGNALS_MOUSE': (5, 4, 6),
# 'SIG_ACTIVATED': 'activated',
# 'SIG_CLICKED': 'clicked',
# 'SIG_DESTROYED': 'destroyed',
# 'SIG_DIALOGRESPONSE': 'dialog-response',
# 'SIG_DOUBLECLICKED': 'double-clicked',
# 'SIG_ENTER': 'entered',
# 'SIG_FOCUSED': 'focused',
# 'SIG_INPUT': 'input',
# 'SIG_KEYDOWN': 2,
# 'SIG_KEYUP': 3,
# 'SIG_LEAVE': 'left',
# 'SIG_LISTCHANGED': 'list-changed',
# 'SIG_MOUSEDOWN': 5,
# 'SIG_MOUSEMOVE': 4,
# 'SIG_MOUSEUP': 6,
# 'SIG_SCREENCHANGED': 28,
# 'SIG_SELECTCHANGED': 'selection-changed',
# 'SIG_TICK': 25,
# 'SIG_TOGGLED': 'toggled',
# 'SIG_TWISTED': 26,
# 'SIG_UPDATED': 27,
# 'SIG_VALCHANGED': 'value-changed'}
# RADIOBUTTON SIGNALS
# {2: None,
# 4: [],
# 5: [],
# 6: [],
# 'clicked': [],
# 'destroyed': [],
# 'entered': [],
# 'focused': [],
# 'left': [],
# 'toggled': []}
self.update_selection()
def done_it(self):
""" we have selected a gig.
"""
data.where_to = "note_guess"
def go_doctor(self):
"""
"""
data.where_to = "doctors_surgery"
print "asdf"
def update_selection(self, *args):
print args
radios = self.gig_widget.radios
selection = [btn.text for btn in radios if btn.state == 2][0]
self.selected = GIG_CHOICES[ selection ]
self.changed = True
print selection
def handle_events(self, events):
Game.handle_events(self, events)
for e in events:
if e.type == KEYDOWN and e.key == K_ESCAPE:
#self.stop()
break
self.re.distribute_events (*events)
# TODO: WHERE SHOULD THIS GO?
# if self.gig_widget.button.state == 2:
# self.stop()
def update(self, elapsed_time):
Game.update(self, elapsed_time)
def draw(self, screen):
rects = Game.draw(self, screen)
self.re.screen = screen
if self.changed:
# self.re.screen.fill ((234, 228, 223))
self.re.screen.blit(self.selected, (0,0))
self.changed = 0
self.re.refresh ()
# update the whole screen.
#rects.extend([screen.get_rect()])
return rects
def stop(self):
"""
"""
print 'gig_select stopped'
self.going = False
def start(self):
"""
"""
print 'gig_select started'
self.going = True
self.changed = True
self.re.refresh ()
self.elapsed_time = 0.0
class DoctorsSurgery(Game):
def __init__(self, screen, *args, **kw):
Game.__init__(self, *args, **kw)
self.re = Renderer()
self.re.screen = screen
self.doctor_widget = DoctorWidget()
self.doctor_widget.button.connect_signal('clicked', self.doit)
for radio in self.doctor_widget.radios:
radio.connect_signal('toggled', self.update_selection)
self.re.add_widget(self.doctor_widget.table)
# {'SIGNALS_KEYS': (2, 3),
# 'SIGNALS_MOUSE': (5, 4, 6),
# 'SIG_ACTIVATED': 'activated',
# 'SIG_CLICKED': 'clicked',
# 'SIG_DESTROYED': 'destroyed',
# 'SIG_DIALOGRESPONSE': 'dialog-response',
# 'SIG_DOUBLECLICKED': 'double-clicked',
# 'SIG_ENTER': 'entered',
# 'SIG_FOCUSED': 'focused',
# 'SIG_INPUT': 'input',
# 'SIG_KEYDOWN': 2,
# 'SIG_KEYUP': 3,
# 'SIG_LEAVE': 'left',
# 'SIG_LISTCHANGED': 'list-changed',
# 'SIG_MOUSEDOWN': 5,
# 'SIG_MOUSEMOVE': 4,
# 'SIG_MOUSEUP': 6,
# 'SIG_SCREENCHANGED': 28,
# 'SIG_SELECTCHANGED': 'selection-changed',
# 'SIG_TICK': 25,
# 'SIG_TOGGLED': 'toggled',
# 'SIG_TWISTED': 26,
# 'SIG_UPDATED': 27,
# 'SIG_VALCHANGED': 'value-changed'}
# RADIOBUTTON SIGNALS
# {2: None,
# 4: [],
# 5: [],
# 6: [],
# 'clicked': [],
# 'destroyed': [],
# 'entered': [],
# 'focused': [],
# 'left': [],
# 'toggled': []}
self.update_selection()
def doit(self):
radios = self.doctor_widget.radios
data.sounds.Play("fx02laughter")
#data.sounds.Play("fx03hit1")
#data.sounds.sounds["fx02laughter"].play()
#print data.sounds.sounds["fx02laughter"].get_length()
#pygame.mixer.music.load(os.path.join("data","sounds","fx02laughter.ogg"))
#pygame.mixer.music.play()
selection = [btn.text for btn in radios if btn.state == 2][0]
if selection == "Fix my eye":
data.where_to = 'eyefix'
if selection == "Leave doctors surgery":
data.where_to = 'gig_select'
def update_selection(self, *args):
print args
radios = self.doctor_widget.radios
selection = [btn.text for btn in radios if btn.state == 2][0]
self.selected = DOCTOR_CHOICES[selection]
self.changed = True
print selection
def handle_events(self, events):
Game.handle_events(self, events)
for e in events:
if e.type == KEYDOWN and e.key == K_ESCAPE:
self.stop()
break
self.re.distribute_events(*events)
# TODO: WHERE SHOULD THIS GO?
# if self.doctor_widget.button.state == 2:
# self.stop()
def update(self, elapsed_time):
Game.update(self, elapsed_time)
if not pygame.mixer.music.get_busy():
self.play_random_music()
def draw(self, screen):
rects = Game.draw(self, screen)
self.re.screen = screen
if self.changed:
# self.re.screen.fill ((234, 228, 223))
self.re.screen.blit(self.selected, (0, 0))
self.changed = 0
self.re.refresh()
#rects.extend([screen.get_rect()])
return rects
def stop(self):
"""
"""
print 'gig_select stopped'
self.going = False
pygame.mixer.music.fadeout(100)
def start(self):
"""
"""
print 'doctors_surgery started'
self.going = True
self.changed = True
self.re.refresh()
self.elapsed_time = 0.0
self.play_random_music()
def play_random_music(self):
import random
#fname = random.choice("loop01.ogg loop02.ogg loop03.ogg loop04doctor.ogg loop05.ogg loop06doctor2.ogg loop07.ogg loop08end.ogg opener.ogg".split())
fname = random.choice(
"loop01.ogg loop02.ogg loop03.ogg loop04doctor.ogg loop05.ogg loop06doctor2.ogg loop07.ogg loop08end.ogg"
.split())
pygame.mixer.music.load(os.path.join("data", "music", fname))
pygame.mixer.music.play()