def __init__(self, screen, init_position, imagepaths, randomize=True, feedback=True, correct=-1, rotation=0, scale=1.0, pre="", correct_sound=None, incorrect_sound=None): """ This is a sprite with responses built in. screen: the screen to display the sprite onto. """ CommandableSprite.__init__(self, screen, init_position) self.pad = 5 self.pre = pre self.correct_sound = correct_sound self.incorrect_sound = incorrect_sound # keep track of the total clicks self.click_count = 0 self.responses = [] #we return a list of all responses x,y=init_position self.set_position(x,y) # Must make a copy or else all goes to hell with randomization self.imagepaths = copy(imagepaths) # assume we are given a string since that is easier to compare with shuffles #if isinstance(correct, int): #self.correct = self.imagepaths[i] #else: self.correct = correct # randomize the order random.shuffle(self.imagepaths) self.correct_location = -1 # store what location the correct answer is in for i in xrange(len(self.imagepaths)): if self.imagepaths[i] == correct: self.correct_location = i self.last_response = "NA" self.feedback = feedback self.children = map( lambda f : CommandableImageSprite(screen, OFFSCREEN, f, rotation, scale), self.imagepaths) self.visible = False for i in self.children: i.visible = False # set the positions of all my kids dim = Arranger.ArrangeVertical(self.children, x, y) self.set_dimensions(dim) # set up my own queue of events -- for processing things self.Q = DisplayQueue() self.waiting_for_response = False # this can be read after responding to see if we got it right on the first click self.was_correct = None self.enabled = True
def __init__(self,
screen,
init_position,
imagepaths,
randomize=True,
feedback=True,
correct=-1,
rotation=0,
scale=1.0,
pre="",
correct_sound=None,
incorrect_sound=None):
"""
Here, 'pre' is a string that is printed before any output lines
"""
CommandableSprite.__init__(self, screen, init_position)
self.pad = 5
self.pre = pre
self.correct_sound = correct_sound
self.incorrect_sound = incorrect_sound
# keep track of the total clicks
self.click_count = 0
self.responses = [] #we return a list of all responses
x, y = init_position
self.set_position(x, y)
# Must make a copy or else all goes to hell with randomization
self.imagepaths = copy(imagepaths)
# assume we are given a string since that is easier to compare with shuffles
if isinstance(correct, int):
self.correct = self.imagepaths[i]
else:
self.correct = correct
# randomize the order
random.shuffle(self.imagepaths)
self.correct_location = -1 # store what location the correct answer is in
for i in xrange(len(self.imagepaths)):
if self.imagepaths[i] == correct: self.correct_location = i
self.last_response = "NA"
self.feedback = feedback
self.children = map(
lambda f: CommandableImageSprite(screen, OFFSCREEN, f, rotation,
scale), self.imagepaths)
self.visible = False
for i in self.children:
i.visible = False
# set the positions of all my kids
dim = Arranger.ArrangeVertical(self.children, x, y)
self.set_dimensions(dim)
# set up my own queue of events -- for processing things
self.Q = DisplayQueue()
self.waiting_for_response = False
# this can be read after responding to see if we got it right on the first click
self.was_correct = None
self.enabled = True
class ImageClickResponse(CommandableSprite): """ """ def __init__(self, screen, init_position, imagepaths, randomize=True, feedback=True, correct=-1, rotation=0, scale=1.0, pre="", correct_sound=None, incorrect_sound=None): """ This is a sprite with responses built in. screen: the screen to display the sprite onto. """ CommandableSprite.__init__(self, screen, init_position) self.pad = 5 self.pre = pre self.correct_sound = correct_sound self.incorrect_sound = incorrect_sound # keep track of the total clicks self.click_count = 0 self.responses = [] #we return a list of all responses x,y=init_position self.set_position(x,y) # Must make a copy or else all goes to hell with randomization self.imagepaths = copy(imagepaths) # assume we are given a string since that is easier to compare with shuffles #if isinstance(correct, int): #self.correct = self.imagepaths[i] #else: self.correct = correct # randomize the order random.shuffle(self.imagepaths) self.correct_location = -1 # store what location the correct answer is in for i in xrange(len(self.imagepaths)): if self.imagepaths[i] == correct: self.correct_location = i self.last_response = "NA" self.feedback = feedback self.children = map( lambda f : CommandableImageSprite(screen, OFFSCREEN, f, rotation, scale), self.imagepaths) self.visible = False for i in self.children: i.visible = False # set the positions of all my kids dim = Arranger.ArrangeVertical(self.children, x, y) self.set_dimensions(dim) # set up my own queue of events -- for processing things self.Q = DisplayQueue() self.waiting_for_response = False # this can be read after responding to see if we got it right on the first click self.was_correct = None self.enabled = True def start(self): CommandableSprite.start(self) for i in self.children: i.start() # how to update ourselves? Update our queue and children def update(self): # and a normal update CommandableSprite.update(self) # update my queue self.Q.update() # and my children for i in self.children: i.update() # update my kids def update_action(self, **c): ret = True if c['first']: # If this is the first function call self.start_x, self.start_y = self.position() self.start_time = time() action = c['action'] # make setting visibiliy propogate down if action == 'show': for i in self.children: i.visible = True self.visible=True elif action == 'hide': for i in self.children: i.visible = False self.visible=False elif action == 'reset': # call this to start a response all anew (for some reason) self.Q.purge() self.waiting_for_response = False elif action == 'respond': if not self.waiting_for_response: self.visible = True # show myself for i in self.children: i.visible = True # make visible self.finished_responding = False self.last_showtime = time() self.waiting_for_response = True # now we are waiting! # and update my own queue -- maybe not needed here since we do this in update?? qu = self.Q.update() # update my queue of events # return true if we are return self.finished_responding and qu # display, def draw(self): if self.visible: # the upper left and right positions r = self.get_pygame_Rect() # display a box pygame.draw.rect(self.screen, (250, 250, 250), r) pygame.draw.rect(self.screen, (0, 0, 0), r, 3) for i in self.children: i.draw() # returns the FIRST image you are inside of (e.g. no guarantees for overlap) def inside_image(self, point): x,y = point for ii in range(len(self.children)): #print "CLICK ", ii if self.children[ii].click_inside(point): return ii return -1 # only process click events by certain objects -- for instance, this guy! def clickme(self, point): #print point, self.get_right(), self.get_left(), self.get_top(), self.get_bottom() if self.visible and self.enabled: cl = self.inside_image(point) if cl >= 0: self.click_count = self.click_count + 1 t = time() - self.last_showtime # Print output and mirror to stderr print time(), self.pre, tab, self.feedback, tab, t, tab, (self.imagepaths[cl]==self.correct), tab, q(self.imagepaths[cl]), tab, q(self.correct), tab, self.correct_location, tab, cl, tab, self.click_count print >> sys.stderr, time(), self.pre, tab, self.feedback, tab, t, tab, (self.imagepaths[cl]==self.correct), tab, q(self.imagepaths[cl]), tab, q(self.correct), tab, self.correct_location, tab, cl, tab, self.click_count sys.stdout.flush() sys.stderr.flush() self.responses.append(cl) # Process correct/incorrect -- set self variable and play song if self.enabled: if self.imagepaths[cl] == self.correct: # did we get it right? (only on the first click) if self.was_correct == None: self.was_correct = True if self.correct_sound != None: pygame.mixer.music.load(self.correct_sound) pygame.mixer.music.play() else: if self.was_correct == None: self.was_correct = False # play the song if self.incorrect_sound != None: pygame.mixer.music.load(self.incorrect_sound) pygame.mixer.music.play() if self.feedback: #print "==>", cl, self.correct if self.imagepaths[cl] == self.correct: # first hide all wrong answers for ii in range(len(self.children)): if ii != cl: self.Q.append_simultaneous(obj=self.children[ii], action='hide') # then zoom the right answer for ii in range(len(self.children)): if ii == cl: #print "Queing circlezoom" # FOR EXP: self.Q.append(obj=self.children[ii], action='circlezoom', amount=0.05, period=0.5, duration=1.0) #FOR DEMO: self.Q.append(obj=self.children[ii], action='circlezoom', amount=0.01, period=0.5, duration=1.0) self.Q.append(obj=self.children[ii], action='restore') self.finished_responding = True # we are done responding, but there is still stuff on the queue self.enabled = False else: # FOR DEMO: self.Q.append(obj=self.children[cl], action='waggle', amount=1.0, period=0.25, duration=0.75) # FOR EXP: self.Q.append(obj=self.children[cl], action='waggle', amount=5.0, period=0.25, duration=0.75) self.Q.append(obj=self.children[cl], action='restore') # restore rotation to 0 else: # no feedback for ci in xrange(len(self.children)): if self.was_correct == None: # did we get it right? (only on the first click) self.was_correct = (self.imagepaths[cl] == self.correct) # zoom away on all non-selected ones if ci != cl: self.Q.append_simultaneous(obj=self.children[ci], action='zoom', amount=0.1, duration=1.0,) self.enabled = False self.finished_responding = True
class ImageClickResponse(CommandableSprite):
def __init__(self,
screen,
init_position,
imagepaths,
randomize=True,
feedback=True,
correct=-1,
rotation=0,
scale=1.0,
pre="",
correct_sound=None,
incorrect_sound=None):
"""
Here, 'pre' is a string that is printed before any output lines
"""
CommandableSprite.__init__(self, screen, init_position)
self.pad = 5
self.pre = pre
self.correct_sound = correct_sound
self.incorrect_sound = incorrect_sound
# keep track of the total clicks
self.click_count = 0
self.responses = [] #we return a list of all responses
x, y = init_position
self.set_position(x, y)
# Must make a copy or else all goes to hell with randomization
self.imagepaths = copy(imagepaths)
# assume we are given a string since that is easier to compare with shuffles
if isinstance(correct, int):
self.correct = self.imagepaths[i]
else:
self.correct = correct
# randomize the order
random.shuffle(self.imagepaths)
self.correct_location = -1 # store what location the correct answer is in
for i in xrange(len(self.imagepaths)):
if self.imagepaths[i] == correct: self.correct_location = i
self.last_response = "NA"
self.feedback = feedback
self.children = map(
lambda f: CommandableImageSprite(screen, OFFSCREEN, f, rotation,
scale), self.imagepaths)
self.visible = False
for i in self.children:
i.visible = False
# set the positions of all my kids
dim = Arranger.ArrangeVertical(self.children, x, y)
self.set_dimensions(dim)
# set up my own queue of events -- for processing things
self.Q = DisplayQueue()
self.waiting_for_response = False
# this can be read after responding to see if we got it right on the first click
self.was_correct = None
self.enabled = True
def start(self):
CommandableSprite.start(self)
for i in self.children:
i.start()
# how to update ourselves? Update our queue and children
def update(self):
# and a normal update
CommandableSprite.update(self)
# update my queue
self.Q.update()
# and my children
for i in self.children:
i.update()
# update my kids
def update_action(self, **c):
ret = True
if c['first']: # If this is the first function call
self.start_x, self.start_y = self.position()
self.start_time = time()
action = c['action']
# make setting visibiliy propogate down
if action == 'show':
for i in self.children:
i.visible = True
self.visible = True
elif action == 'hide':
for i in self.children:
i.visible = False
self.visible = False
elif action == 'reset': # call this to start a response all anew (for some reason)
self.Q.purge()
self.waiting_for_response = False
elif action == 'respond':
if not self.waiting_for_response:
self.visible = True # show myself
for i in self.children:
i.visible = True # make visible
self.finished_responding = False
self.last_showtime = time()
self.waiting_for_response = True # now we are waiting!
# and update my own queue -- maybe not needed here since we do this in update??
qu = self.Q.update() # update my queue of events
# return true if we are
return self.finished_responding and qu
# display,
def draw(self):
if self.visible:
# the upper left and right positions
r = self.get_pygame_Rect()
# display a box
pygame.draw.rect(self.screen, (250, 250, 250), r)
pygame.draw.rect(self.screen, (0, 0, 0), r, 3)
for i in self.children:
i.draw()
# returns the FIRST image you are inside of (e.g. no guarantees for overlap)
def inside_image(self, point):
x, y = point
for ii in range(len(self.children)):
#print "CLICK ", ii
if self.children[ii].click_inside(point): return ii
return -1
# only process click events by certain objects -- for instance, this guy!
def clickme(self, point):
#print point, self.get_right(), self.get_left(), self.get_top(), self.get_bottom()
if self.visible and self.enabled:
cl = self.inside_image(point)
if cl >= 0:
self.click_count = self.click_count + 1
t = time() - self.last_showtime
# Print output and mirror to stderr
print time(), self.pre, tab, self.feedback, tab, t, tab, (
self.imagepaths[cl] == self.correct
), tab, q(self.imagepaths[cl]), tab, q(
self.correct
), tab, self.correct_location, tab, cl, tab, self.click_count
print >> sys.stderr, time(
), self.pre, tab, self.feedback, tab, t, tab, (
self.imagepaths[cl] == self.correct
), tab, q(self.imagepaths[cl]), tab, q(
self.correct
), tab, self.correct_location, tab, cl, tab, self.click_count
sys.stdout.flush()
sys.stderr.flush()
self.responses.append(cl)
# Process correct/incorrect -- set self variable and play song
if self.enabled:
if self.imagepaths[cl] == self.correct:
# did we get it right? (only on the first click)
if self.was_correct == None: self.was_correct = True
if self.correct_sound != None:
pygame.mixer.music.load(self.correct_sound)
pygame.mixer.music.play()
else:
if self.was_correct == None: self.was_correct = False
# play the song
if self.incorrect_sound != None:
pygame.mixer.music.load(self.incorrect_sound)
pygame.mixer.music.play()
if self.feedback:
#print "==>", cl, self.correct
if self.imagepaths[cl] == self.correct:
# first hide all wrong answers
for ii in range(len(self.children)):
if ii != cl:
self.Q.append_simultaneous(
obj=self.children[ii], action='hide')
# then zoom the right answer
for ii in range(len(self.children)):
if ii == cl:
#print "Queing circlezoom"
# FOR EXP: self.Q.append(obj=self.children[ii], action='circlezoom', amount=0.05, period=0.5, duration=1.0)
#FOR DEMO:
self.Q.append(obj=self.children[ii],
action='circlezoom',
amount=0.01,
period=0.5,
duration=1.0)
self.Q.append(obj=self.children[ii],
action='restore')
self.finished_responding = True # we are done responding, but there is still stuff on the queue
self.enabled = False
else:
# FOR DEMO:
self.Q.append(obj=self.children[cl],
action='waggle',
amount=1.0,
period=0.25,
duration=0.75)
# FOR EXP: self.Q.append(obj=self.children[cl], action='waggle', amount=5.0, period=0.25, duration=0.75)
self.Q.append(
obj=self.children[cl],
action='restore') # restore rotation to 0
else: # no feedback
for ci in xrange(len(self.children)):
if self.was_correct == None: # did we get it right? (only on the first click)
self.was_correct = (
self.imagepaths[cl] == self.correct)
# zoom away on all non-selected ones
if ci != cl:
self.Q.append_simultaneous(
obj=self.children[ci],
action='zoom',
amount=0.1,
duration=1.0,
)
self.enabled = False
self.finished_responding = True
