def favorite_animation(window):
# Add install animation.
(screen, px, py, modifier_type) = window.get_display().get_pointer()
ax, ay = px, py
(wx, wy) = window.window.get_origin()
offset_bx = 480
offset_by = 5
bx, by = wx + offset_bx, wy + offset_by
offset_cx = 10
offset_cy = 10
if ax < bx:
cx, cy = wx + offset_bx + offset_cx, wy + offset_by + offset_cy
else:
cx, cy = wx + offset_bx - offset_cx, wy + offset_by + offset_cy
[[a], [b], [c]] = solve_parabola((ax, ay), (bx, by), (cx, cy))
icon_window = IconWindow(utils.get_common_image('heart/heartx2.png'))
icon_window.move(ax, ay)
icon_window.show_all()
timeline = Timeline(500, CURVE_SINE)
timeline.connect(
"update",
lambda source, status: update(source, status, icon_window, (ax, ay),
(bx, by), (cx, cy), (a, b, c)))
timeline.connect("completed", lambda source: finish(source, icon_window))
timeline.run()
def start_animation(self, widget):
if not self.in_animation:
self.in_animation = False
try:
self.timeline.stop()
except:
pass
self.timeline = Timeline(self.animation_time, CURVE_SINE)
self.timeline.connect("update", self.update_animation)
self.timeline.connect("completed", lambda source: self.completed_animation(source, widget))
self.timeline.run()
def start_animation(self, x, y):
if not self.in_animation:
self.in_animation = False
try:
self.timeline.stop()
except:
pass
self.timeline = Timeline(self.animation_time, CURVE_SINE)
self.timeline.connect("stop", self.stop_animation)
self.timeline.connect("update", self.update_animation, x, y)
self.timeline.connect("completed", self.completed_animation, x, y)
self.timeline.run()
def start_animation(self, target_pixbuf, is_default=False):
self.is_default = False
self.target_pixbuf = target_pixbuf
if not self.in_animation:
self.in_animation = False
try:
self.timeline.stop()
except:
pass
self.timeline = Timeline(self.animation_time, CURVE_SINE)
self.timeline.connect("update", self.update_animation)
self.timeline.connect(
"completed", lambda source: self.completed_animation(
source, target_pixbuf, is_default))
self.timeline.run()
def start_animation(self, animiation_time, target_index=None):
if target_index == None:
if self.active_index >= self.slide_number - 1:
target_index = 0
else:
target_index = self.active_index + 1
if not self.in_animiation:
self.in_animiation = True
self.target_index = target_index
timeline = Timeline(animiation_time, CURVE_SINE)
timeline.connect("update", self.update_animation)
timeline.connect(
"completed",
lambda source: self.completed_animation(source, target_index))
timeline.run()
return True
def start_animation(self, index, tab_start_x):
if not self.in_animiation:
self.in_animiation = True
source_tab_x = tab_start_x + self.tab_index * self.tab_width
target_tab_x = tab_start_x + index * self.tab_width
timeline = Timeline(self.tab_animation_time, CURVE_SINE)
timeline.connect(
'update', lambda source, status: self.update_animation(
source, status, source_tab_x,
(target_tab_x - source_tab_x)))
timeline.connect(
"completed",
lambda source: self.completed_animation(source, index))
timeline.run()
self.emit("tab_switch_start", self.items[index])
def start_animation(self, animation_time, index=None):
# Update ticker with active index if option index is None.
if index == None:
if self.active_index >= self.image_number - 1:
index = 0
else:
index = self.active_index + 1
if not self.in_animiation:
self.in_animiation = True
self.target_index = index
timeline = Timeline(animation_time, CURVE_SINE)
timeline.connect('update', self.update_animation)
timeline.connect(
"completed",
lambda source: self.completed_animation(source, index))
timeline.run()
return True
