def get_frame_images(self):
filename = destandardize_path(os.path.split(self.folder)[1])
path = os.path.join(destandardize_path(self.folder),filename+"*.*")
if self.last_frame_info == path:
return self.frames
frames = Opioid2D.ResourceManager.get_pattern(path)
self.last_frame_info = path
return frames
def get_frame_images(self):
filename = destandardize_path(os.path.split(self.folder)[1])
path = os.path.join(destandardize_path(self.folder), filename + "*.*")
if self.last_frame_info == path:
return self.frames
frames = Opioid2D.ResourceManager.get_pattern(path)
self.last_frame_info = path
return frames
def get_sound( filename, volume = 1.0, tag=""):
"""get_sound( filename, volume = 1.0, tag="")->pygame.mixer.Sound object
Create a sound object with a 'play' method. If filename evaluates to False, a
dummy sound object will be created that has a 'play' method that does nothing.
filename: path to the sound file. mp3, wav, or midi
volume: you can pass a float from 0 to 1 for the sound volume. A unique sound
will be created with that volume. You can still set the volume of a sound,
but that will change all sounds with this tag/volume combination.
tag: if you want to create different sound objects with the same sound file, you
can give them different tags
"""
if not filename:
return NoneSound()
index = filename+"_"+tag+"_"+str(volume)
sound = SoundDict.get(index, None)
if sound is None:
try:
sound = SoundDict[index] = load_sound(filename)
except:
sound = SoundDict[index] = load_sound(
destandardize_path(filename))
sound.set_volume(volume)
return sound
def set_image(self, image):
try:
OpioidSprite.set_image(self, image)
except:
image = destandardize_path(image)
OpioidSprite.set_image(self, image)
if isinstance(image, basestring):
self._image_file = image
def set_image(self, image):
try:
OpioidSprite.set_image( self, image)
except:
image = destandardize_path(image)
OpioidSprite.set_image( self, image)
if isinstance(image, basestring):
self._image_file = image
def set_font_file(self, font_file=None, font_size=None):
if font_file is None:
font_file = self._font_file
else:
self._font_file = font_file
if font_size is None:
font_size = self._font_size
else:
self._font_size = font_size
font_info = (destandardize_path(font_file), self._font_size)
try:
self.font = self.font_cache[font_info]
except KeyError:
try:
self.font = font.Font(*font_info)
except:
self.font = self.__class__.font
self._font_file = self.__class__._font_file
else:
self.font_cache[font_info] = self.font
self.set_text()
def set_font_file(self, font_file=None, font_size=None):
if font_file is None:
font_file = self._font_file
else:
self._font_file = font_file
if font_size is None:
font_size = self._font_size
else:
self._font_size = font_size
font_info = (destandardize_path(font_file), self._font_size)
try:
self.font = self.font_cache[font_info]
except KeyError:
try:
self.font = font.Font(*font_info)
except:
self.font = self.__class__.font
self._font_file = self.__class__._font_file
else:
self.font_cache[font_info] = self.font
self.set_text()
def get_sound(filename, volume=1.0, tag=""):
"""get_sound( filename, volume = 1.0, tag="")->pygame.mixer.Sound object
Create a sound object with a 'play' method. If filename evaluates to False, a
dummy sound object will be created that has a 'play' method that does nothing.
filename: path to the sound file. mp3, wav, or midi
volume: you can pass a float from 0 to 1 for the sound volume. A unique sound
will be created with that volume. You can still set the volume of a sound,
but that will change all sounds with this tag/volume combination.
tag: if you want to create different sound objects with the same sound file, you
can give them different tags
"""
if not filename:
return NoneSound()
index = filename + "_" + tag + "_" + str(volume)
sound = SoundDict.get(index, None)
if sound is None:
try:
sound = SoundDict[index] = load_sound(filename)
except:
sound = SoundDict[index] = load_sound(destandardize_path(filename))
sound.set_volume(volume)
return sound
