def _addVisibleThumbnails(self, rect):
"""Gets the thumbnails for the currently visible clip portion."""
if self.thumb_width is None:
return False
self.thumbs = {}
self.wishlist = []
thumb_duration = self._get_thumb_duration()
element_left = self.pixelToNs(rect.x) + self.ges_elem.props.in_point
element_right = element_left + self.pixelToNs(rect.width)
element_left = quantize(element_left, thumb_duration)
for current_time in range(element_left, element_right, thumb_duration):
thumb = Thumbnail(self.thumb_width, self.thumb_height)
x = Zoomable.nsToPixel(current_time) - self.nsToPixel(self.ges_elem.props.in_point)
y = (self.props.height_request - self.thumb_height) / 2
self.put(thumb, x, y)
self.thumbs[current_time] = thumb
if self.__image_pixbuf:
thumb.set_from_pixbuf(self.__image_pixbuf)
thumb.set_visible(True)
elif current_time in self.thumb_cache:
pixbuf = self.thumb_cache[current_time]
thumb.set_from_pixbuf(pixbuf)
thumb.set_visible(True)
else:
self.wishlist.append(current_time)
return True
def _addVisibleThumbnails(self, rect):
"""Gets the thumbnails for the currently visible clip portion."""
if self.thumb_width is None:
return False
self.thumbs = {}
self.wishlist = []
thumb_duration = self._get_thumb_duration()
element_left = self.pixelToNs(rect.x) + self.ges_elem.props.in_point
element_right = element_left + self.pixelToNs(rect.width)
element_left = quantize(element_left, thumb_duration)
for current_time in range(element_left, element_right, thumb_duration):
thumb = Thumbnail(self.thumb_width, self.thumb_height)
x = Zoomable.nsToPixel(current_time) - self.nsToPixel(
self.ges_elem.props.in_point)
y = (self.props.height_request - self.thumb_height) / 2
self.put(thumb, x, y)
self.thumbs[current_time] = thumb
if self.__image_pixbuf:
thumb.set_from_pixbuf(self.__image_pixbuf)
thumb.set_visible(True)
elif current_time in self.thumb_cache:
pixbuf = self.thumb_cache[current_time]
thumb.set_from_pixbuf(pixbuf)
thumb.set_visible(True)
else:
self.wishlist.append(current_time)
return True
def do_simple_update(self, cr):
cr.identity_matrix()
if issubclass(self.previewer.__class__, RandomAccessPreviewer):
border_width = self.previewer._spacing()
self.bounds = goocanvas.Bounds(border_width, 4,
max(0, Zoomable.nsToPixel(self.element.get_duration()) -
border_width), self.height)
def _addVisibleThumbnails(self):
"""
Get the thumbnails to be displayed in the currently visible clip portion
"""
self.remove_all_children()
old_thumbs = self.thumbs
self.thumbs = {}
self.wishlist = []
thumb_duration = self._get_thumb_duration()
element_left, element_right = self._get_visible_range()
element_left = quantize(element_left, thumb_duration)
for current_time in range(element_left, element_right, thumb_duration):
thumb = Thumbnail(self.thumb_width, self.thumb_height)
thumb.set_position(Zoomable.nsToPixel(current_time), THUMB_MARGIN_PX)
self.add_child(thumb)
self.thumbs[current_time] = thumb
if current_time in self.thumb_cache:
gdkpixbuf = self.thumb_cache[current_time]
if self._allAnimated or current_time not in old_thumbs:
self.thumbs[current_time].set_from_gdkpixbuf_animated(gdkpixbuf)
else:
self.thumbs[current_time].set_from_gdkpixbuf(gdkpixbuf)
else:
self.wishlist.append(current_time)
self._allAnimated = False
def _addVisibleThumbnails(self):
"""
Get the thumbnails to be displayed in the currently visible clip portion
"""
self.remove_all_children()
old_thumbs = self.thumbs
self.thumbs = {}
self.wishlist = []
thumb_duration = self._get_thumb_duration()
element_left, element_right = self._get_visible_range()
element_left = quantize(element_left, thumb_duration)
for current_time in range(element_left, element_right, thumb_duration):
thumb = Thumbnail(self.thumb_width, self.thumb_height)
thumb.set_position(Zoomable.nsToPixel(current_time), self.thumb_margin)
self.add_child(thumb)
self.thumbs[current_time] = thumb
if current_time in self.thumb_cache:
gdkpixbuf = self.thumb_cache[current_time]
if self._allAnimated or current_time not in old_thumbs:
self.thumbs[current_time].set_from_gdkpixbuf_animated(gdkpixbuf)
else:
self.thumbs[current_time].set_from_gdkpixbuf(gdkpixbuf)
else:
self.wishlist.append(current_time)
self._allAnimated = False
def _createGhostclip(self, trackType, asset):
ghostclip = Ghostclip(trackType)
ghostclip.asset = asset
ghostclip.setNbrLayers(len(self.bTimeline.get_layers()))
ghostclip.setWidth(Zoomable.nsToPixel(asset.get_duration()))
self.add_child(ghostclip)
return ghostclip
def _update_thumbnails(self):
"""Updates the thumbnail widgets for the clip at the current zoom."""
if not self.thumb_width:
# The __image_pixbuf is not ready yet.
return
thumbs = {}
interval = self.thumb_interval(self.thumb_width)
element_left = quantize(self.ges_elem.props.in_point, interval)
element_right = self.ges_elem.props.in_point + self.ges_elem.props.duration
y = (self.props.height_request - self.thumb_height) / 2
for position in range(element_left, element_right, interval):
x = Zoomable.nsToPixel(position) - self.nsToPixel(
self.ges_elem.props.in_point)
try:
thumb = self.thumbs.pop(position)
self.move(thumb, x, y)
except KeyError:
thumb = Thumbnail(self.thumb_width, self.thumb_height)
self.put(thumb, x, y)
thumbs[position] = thumb
thumb.set_from_pixbuf(self.__image_pixbuf)
thumb.set_visible(True)
for thumb in self.thumbs.values():
self.remove(thumb)
self.thumbs = thumbs
def _startThumbnailing(self):
if not self.pipeline:
# Can happen if stopGeneration is called because the clip has been
# removed from the timeline after the PreviewGeneratorManager
# started this job.
return
self.debug('Now generating thumbnails for: %s',
filename_from_uri(self.uri))
query_success, duration = self.pipeline.query_duration(Gst.Format.TIME)
if not query_success or duration == -1:
self.debug("Could not determine duration of: %s", self.uri)
duration = self.duration
else:
self.duration = duration
self.queue = list(range(0, duration, self.thumb_period))
self._checkCPU()
if self.bElement.props.in_point != 0:
position = Clutter.Point()
position.x = Zoomable.nsToPixel(self.bElement.props.in_point)
self.scroll_to_point(position)
self._addVisibleThumbnails()
# Save periodically to avoid the common situation where the user exits
# the app before a long clip has been fully thumbnailed.
# Spread timeouts between 30-80 secs to avoid concurrent disk writes.
random_time = randrange(30, 80)
GLib.timeout_add_seconds(random_time, self._autosave)
# Remove the GSource
return False
def _addVisibleThumbnails(self, rect):
"""
Get the thumbnails to be displayed in the currently visible clip portion
"""
if self.thumb_width is None:
return False
self.thumbs = {}
self.wishlist = []
thumb_duration = self._get_thumb_duration()
element_left = self.pixelToNs(rect.x) + self.bElement.props.in_point
element_right = element_left + self.bElement.props.duration
element_left = quantize(element_left, thumb_duration)
for current_time in range(element_left, element_right, thumb_duration):
thumb = Thumbnail(self.thumb_width, self.thumb_height)
self.put(thumb, Zoomable.nsToPixel(current_time) - self.nsToPixel(self.bElement.props.in_point),
(self.props.height_request - self.thumb_height) / 2)
self.thumbs[current_time] = thumb
if current_time in self.thumb_cache:
gdkpixbuf = self.thumb_cache[current_time]
self.thumbs[current_time].set_from_pixbuf(gdkpixbuf)
self.thumbs[current_time].set_visible(True)
else:
self.wishlist.append(current_time)
return True
def _startThumbnailing(self):
if not self.pipeline:
# Can happen if stopGeneration is called because the clip has been
# removed from the timeline after the PreviewGeneratorManager
# started this job.
return
# self.props.width_request = self.nsToPixel(self.ges_elem.get_asset().get_filesource_asset().props.duration)
# self.props.width = self.nsToPixel(self.ges_elem.get_asset().get_filesource_asset().props.duration)
self.debug(
'Now generating thumbnails for: %s', filename_from_uri(self.uri))
query_success, duration = self.pipeline.query_duration(Gst.Format.TIME)
if not query_success or duration == -1:
self.debug("Could not determine duration of: %s", self.uri)
duration = self.ges_elem.props.duration
self.queue = list(range(0, duration, self.thumb_period))
self._checkCPU()
if self.ges_elem.props.in_point != 0:
adj = self.get_hadjustment()
adj.props.page_size = 1.0
adj.props.value = Zoomable.nsToPixel(self.ges_elem.props.in_point)
# self._addVisibleThumbnails()
# Save periodically to avoid the common situation where the user exits
# the app before a long clip has been fully thumbnailed.
# Spread timeouts between 30-80 secs to avoid concurrent disk writes.
random_time = random.randrange(30, 80)
GLib.timeout_add_seconds(random_time, self._autosave)
# Remove the GSource
return False
def do_draw(self, cr):
if self._changed:
self._children.sort(key=lambda clip: clip.z_order)
for child in self._children:
if isinstance(child, elements.TransitionClip):
window = child.get_window()
window.raise_()
self._changed = False
self.props.width = max(self.timeline.layout.get_allocation().width,
Zoomable.nsToPixel(self.timeline.ges_timeline.props.duration))
self.props.width_request = max(self.timeline.layout.get_allocation().width,
Zoomable.nsToPixel(self.timeline.ges_timeline.props.duration))
for child in self._children:
self.propagate_draw(child, cr)
def do_simple_update(self, cr):
cr.identity_matrix()
if issubclass(self.previewer.__class__, RandomAccessPreviewer):
border_width = self.previewer._spacing()
self.boundz = GooCanvas.CanvasBounds()
self.boundz.x1 = border_width
self.boundz.x2 = max(0, Zoomable.nsToPixel(self.element.get_duration()))
self.boundz.y1 = 4
self.boundz.y2 = self.height
def _snapCb(self, unused_timeline, obj1, obj2, position):
"""
Display or hide a snapping indicator line
"""
if position == 0:
self._snapEndedCb()
else:
height = len(self.bTimeline.get_layers()) * (EXPANDED_SIZE + SPACING) * 2
self._snap_indicator.props.height = height
self._snap_indicator.props.x = Zoomable.nsToPixel(position)
self._snap_indicator.props.visible = True
def render_cairo(self, cr, bounds, element, hscroll_pos, y1):
if not self._view:
return
# The idea is to conceptually divide the clip into a sequence of
# rectangles beginning at the start of the file, and
# pixelsToNs(twidth) nanoseconds long. The thumbnail within the
# rectangle is the frame produced from the timestamp corresponding to
# rectangle's left edge. We speed things up by only drawing the
# rectangles which intersect the given bounds. FIXME: how would we
# handle timestretch?
height = bounds.y2 - bounds.y1
width = bounds.x2 - bounds.x1
# we actually draw the rectangles just to the left of the clip's in
# point and just to the right of the clip's out-point, so we need to
# mask off the actual bounds.
cr.rectangle(bounds.x1, bounds.y1, width, height)
cr.clip()
# tdur = duration in ns of thumbnail
# sof = start of file in pixel coordinates
x1 = bounds.x1
sof = Zoomable.nsToPixel(element.get_start() - element.get_inpoint()) +\
hscroll_pos
# i = left edge of thumbnail to be drawn. We start with x1 and
# subtract the distance to the nearest leftward rectangle.
# Justification of the following:
# i = sof + k * twidth
# i = x1 - delta
# sof + k * twidth = x1 - delta
# i * tw = (x1 - sof) - delta
# <=> delta = x1 - sof (mod twidth).
# Fortunately for us, % works on floats in python.
i = x1 - ((x1 - sof) % (self.twidth + self._spacing()))
# j = timestamp *within the element* of thumbnail to be drawn. we want
# timestamps to be numerically stable, but in practice this seems to
# give good enough results. It might be possible to improve this
# further, which would result in fewer thumbnails needing to be
# generated.
j = Zoomable.pixelToNs(i - sof)
istep = self.twidth + self._spacing()
jstep = self.tdur + Zoomable.pixelToNs(self.spacing)
while i < bounds.x2:
self._thumbForTime(cr, j, i, y1)
cr.rectangle(i - 1, y1, self.twidth + 2, self.theight)
i += istep
j += jstep
cr.fill()
def _scrollToPlayhead(self):
#self.ruler._maybeUpdate()
if self.ruler.pressed or self.pressed:
self.pressed = False
return
canvas_size = self.embed.get_allocation().width - CONTROL_WIDTH
try:
new_pos = Zoomable.nsToPixel(self.app.current.pipeline.getPosition())
except PipelineError:
return
except AttributeError: # Standalone, no pipeline.
return
scroll_pos = self.hadj.get_value()
self.scrollToPosition(min(new_pos - canvas_size / 2,
self.hadj.props.upper - canvas_size - 1))
def _addVisibleThumbnails(self):
"""
Get the thumbnails to be displayed in the currently visible clip portion
"""
self.remove_all_children()
old_thumbs = self.thumbs.copy()
self.thumbs = {}
self.wishlist = []
thumb_duration_tmp = Zoomable.pixelToNs(self.thumb_width +
self.thumb_margin)
# quantize thumb length to thumb_period
# TODO: replace with a call to utils.misc.quantize:
thumb_duration = (thumb_duration_tmp //
self.thumb_period) * self.thumb_period
# make sure that the thumb duration after the quantization isn't smaller than before
if thumb_duration < thumb_duration_tmp:
thumb_duration += self.thumb_period
# make sure that we don't show thumbnails more often than thumb_period
thumb_duration = max(thumb_duration, self.thumb_period)
element_left, element_right = self._get_visible_range()
# TODO: replace with a call to utils.misc.quantize:
element_left = (element_left // thumb_duration) * thumb_duration
current_time = element_left
while current_time < element_right:
thumb = Thumbnail(self.thumb_width, self.thumb_height)
thumb.set_position(Zoomable.nsToPixel(current_time),
self.thumb_margin)
self.add_child(thumb)
self.thumbs[current_time] = thumb
if current_time in self.thumb_cache:
gdkpixbuf = self.thumb_cache[current_time]
if self._allAnimated or current_time not in old_thumbs:
self.thumbs[current_time].set_from_gdkpixbuf_animated(
gdkpixbuf)
else:
self.thumbs[current_time].set_from_gdkpixbuf(gdkpixbuf)
else:
self.wishlist.append(current_time)
current_time += thumb_duration
self._allAnimated = False
def __init__(self, instance, element, track, timeline, utrack):
goocanvas.Group.__init__(self)
View.__init__(self, instance)
Zoomable.__init__(self)
Loggable.__init__(self)
self.ref = Zoomable.nsToPixel(10000000000)
self.app = instance
self.track = track
self.utrack = utrack
self.timeline = timeline
self.namewidth = 0
self.nameheight = 0
self._element = None
self._settings = None
self.movable = True
self.bg = goocanvas.Rect(height=self.height, line_width=1)
self.name = goocanvas.Text(
x=NAME_HOFFSET + NAME_PADDING,
y=NAME_VOFFSET + NAME_PADDING,
operator=cairo.OPERATOR_ADD,
alignment=pango.ALIGN_LEFT)
self.namebg = goocanvas.Rect(
radius_x=2,
radius_y=2,
x=NAME_HOFFSET,
y=NAME_VOFFSET,
line_width=0)
self.start_handle = StartHandle(self.app, element, timeline, height=self.height)
self.end_handle = EndHandle(self.app, element, timeline, height=self.height)
self._selec_indic = goocanvas.Rect(
visibility=goocanvas.ITEM_INVISIBLE,
line_width=0.0,
height=self.height)
self.element = element
element.selected = Selected()
element.selected.connect("selected-changed", self.selectedChangedCb)
obj = self.element.get_timeline_object()
self.settings = instance.settings
self.unfocus()
def _addVisibleThumbnails(self):
"""
Get the thumbnails to be displayed in the currently visible clip portion
"""
self.remove_all_children()
old_thumbs = self.thumbs.copy()
self.thumbs = {}
self.wishlist = []
thumb_duration_tmp = Zoomable.pixelToNs(self.thumb_width + self.thumb_margin)
# quantize thumb length to thumb_period
# TODO: replace with a call to utils.misc.quantize:
thumb_duration = (thumb_duration_tmp // self.thumb_period) * self.thumb_period
# make sure that the thumb duration after the quantization isn't smaller than before
if thumb_duration < thumb_duration_tmp:
thumb_duration += self.thumb_period
# make sure that we don't show thumbnails more often than thumb_period
thumb_duration = max(thumb_duration, self.thumb_period)
element_left, element_right = self._get_visible_range()
# TODO: replace with a call to utils.misc.quantize:
element_left = (element_left // thumb_duration) * thumb_duration
current_time = element_left
while current_time < element_right:
thumb = Thumbnail(self.thumb_width, self.thumb_height)
thumb.set_position(Zoomable.nsToPixel(current_time), self.thumb_margin)
self.add_child(thumb)
self.thumbs[current_time] = thumb
if current_time in self.thumb_cache:
gdkpixbuf = self.thumb_cache[current_time]
if self._allAnimated or current_time not in old_thumbs:
self.thumbs[current_time].set_from_gdkpixbuf_animated(gdkpixbuf)
else:
self.thumbs[current_time].set_from_gdkpixbuf(gdkpixbuf)
else:
self.wishlist.append(current_time)
current_time += thumb_duration
self._allAnimated = False
def _update_thumbnails(self):
"""Updates the thumbnail widgets for the clip at the current zoom."""
if not self.thumb_width:
# The thumb_width will be available when pipeline has been started
# or the __image_pixbuf is ready.
return
thumbs = {}
queue = []
interval = self.thumb_interval
element_left = quantize(self.ges_elem.props.in_point, interval)
element_right = self.ges_elem.props.in_point + self.ges_elem.props.duration
y = (self.props.height_request - self.thumb_height) / 2
for position in range(element_left, element_right, interval):
x = Zoomable.nsToPixel(position) - self.nsToPixel(
self.ges_elem.props.in_point)
try:
thumb = self.thumbs.pop(position)
self.move(thumb, x, y)
except KeyError:
thumb = Thumbnail(self.thumb_width, self.thumb_height)
self.put(thumb, x, y)
thumbs[position] = thumb
if isinstance(self.ges_elem, GES.ImageSource):
thumb.set_from_pixbuf(self.__image_pixbuf)
thumb.set_visible(True)
elif position in self.thumb_cache:
pixbuf = self.thumb_cache[position]
thumb.set_from_pixbuf(pixbuf)
thumb.set_visible(True)
else:
if position not in self.failures and position != self.position:
queue.append(position)
for thumb in self.thumbs.values():
self.remove(thumb)
self.thumbs = thumbs
self.queue = queue
if queue:
self.become_controlled()
def updateHScrollAdjustments(self):
"""
Recalculate the horizontal scrollbar depending on the timeline duration.
"""
timeline_ui_width = self.embed.get_allocation().width
controls_width = 0
scrollbar_width = 0
contents_size = Zoomable.nsToPixel(self.bTimeline.props.duration)
widgets_width = controls_width + scrollbar_width
end_padding = CONTROL_WIDTH + 250 # Provide some space for clip insertion at the end
self.hadj.props.lower = 0
self.hadj.props.upper = contents_size + widgets_width + end_padding
self.hadj.props.page_size = timeline_ui_width
self.hadj.props.page_increment = contents_size * 0.9
self.hadj.props.step_increment = contents_size * 0.1
if contents_size + widgets_width <= timeline_ui_width:
# We're zoomed out completely, re-enable automatic zoom fitting
# when adding new clips.
self.zoomed_fitted = True
def _update_thumbnails(self):
"""Updates the thumbnails for the currently visible clip portion."""
if self.thumb_width is None:
return False
thumbs = {}
self.wishlist = []
thumb_duration = self._get_thumb_duration()
element_left = quantize(self.ges_elem.props.in_point, thumb_duration)
element_right = self.ges_elem.props.in_point + self.ges_elem.props.duration
for position in range(element_left, element_right, thumb_duration):
x = Zoomable.nsToPixel(position) - self.nsToPixel(
self.ges_elem.props.in_point)
y = (self.props.height_request - self.thumb_height) / 2
try:
thumb = self.thumbs.pop(position)
self.move(thumb, x, y)
except KeyError:
thumb = Thumbnail(self.thumb_width, self.thumb_height)
self.put(thumb, x, y)
thumbs[position] = thumb
if self.__image_pixbuf:
# The thumbnail is fixed, probably it's an image clip.
thumb.set_from_pixbuf(self.__image_pixbuf)
thumb.set_visible(True)
elif position in self.thumb_cache:
pixbuf = self.thumb_cache[position]
thumb.set_from_pixbuf(pixbuf)
thumb.set_visible(True)
else:
self.wishlist.append(position)
for thumb in self.thumbs.values():
self.remove(thumb)
self.thumbs = thumbs
return True
def _update_thumbnails(self):
"""Updates the thumbnails for the currently visible clip portion."""
if self.thumb_width is None:
return False
thumbs = {}
self.wishlist = []
thumb_duration = self._get_thumb_duration()
element_left = quantize(self.ges_elem.props.in_point, thumb_duration)
element_right = self.ges_elem.props.in_point + self.ges_elem.props.duration
for position in range(element_left, element_right, thumb_duration):
x = Zoomable.nsToPixel(position) - self.nsToPixel(self.ges_elem.props.in_point)
y = (self.props.height_request - self.thumb_height) / 2
try:
thumb = self.thumbs.pop(position)
self.move(thumb, x, y)
except KeyError:
thumb = Thumbnail(self.thumb_width, self.thumb_height)
self.put(thumb, x, y)
thumbs[position] = thumb
if self.__image_pixbuf:
# The thumbnail is fixed, probably it's an image clip.
thumb.set_from_pixbuf(self.__image_pixbuf)
thumb.set_visible(True)
elif position in self.thumb_cache:
pixbuf = self.thumb_cache[position]
thumb.set_from_pixbuf(pixbuf)
thumb.set_visible(True)
else:
self.wishlist.append(position)
for thumb in self.thumbs.values():
self.remove(thumb)
self.thumbs = thumbs
return True
def check_keyframe_ui_toggle(self, ges_clip, timeline_container):
"""Checks keyframes toggling by click events."""
timeline = timeline_container.timeline
start = ges_clip.props.start
start_px = Zoomable.nsToPixel(start)
inpoint = ges_clip.props.in_point
duration = ges_clip.props.duration
duration_px = Zoomable.nsToPixel(duration)
offsets_px = (1, int(duration_px / 2), int(duration_px) - 1)
timeline.selection.select([ges_clip])
ges_video_source = ges_clip.find_track_element(None, GES.VideoSource)
binding = ges_video_source.get_control_binding("alpha")
control_source = binding.props.control_source
keyframe_curve = ges_video_source.ui.keyframe_curve
values = [item.timestamp for item in control_source.get_all()]
self.assertEqual(values, [inpoint, inpoint + duration])
# Add keyframes by simulating mouse clicks.
for offset_px in offsets_px:
offset = Zoomable.pixelToNs(start_px + offset_px) - start
xdata, ydata = inpoint + offset, 1
x, y = keyframe_curve._ax.transData.transform((xdata, ydata))
event = MouseEvent(name="button_press_event",
canvas=keyframe_curve,
x=x,
y=y,
button=1)
keyframe_curve.translate_coordinates = \
mock.Mock(return_value=(start_px + offset_px, None))
with mock.patch.object(Gtk,
"get_event_widget") as get_event_widget:
get_event_widget.return_value = keyframe_curve
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_PRESS)
keyframe_curve._mpl_button_press_event_cb(event)
event.name = "button_release_event"
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_RELEASE)
keyframe_curve._mpl_button_release_event_cb(event)
values = [item.timestamp for item in control_source.get_all()]
self.assertIn(inpoint + offset, values)
# Remove keyframes by simulating mouse double-clicks.
for offset_px in offsets_px:
offset = Zoomable.pixelToNs(start_px + offset_px) - start
xdata, ydata = inpoint + offset, 1
x, y = keyframe_curve._ax.transData.transform((xdata, ydata))
event = MouseEvent(name="button_press_event",
canvas=keyframe_curve,
x=x,
y=y,
button=1)
keyframe_curve.translate_coordinates = \
mock.Mock(return_value=(start_px + offset_px, None))
with mock.patch.object(Gtk,
"get_event_widget") as get_event_widget:
get_event_widget.return_value = keyframe_curve
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_PRESS)
keyframe_curve._mpl_button_press_event_cb(event)
event.name = "button_release_event"
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_RELEASE)
keyframe_curve._mpl_button_release_event_cb(event)
event.name = "button_press_event"
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_PRESS)
keyframe_curve._mpl_button_press_event_cb(event)
event.guiEvent = Gdk.Event.new(Gdk.EventType._2BUTTON_PRESS)
keyframe_curve._mpl_button_press_event_cb(event)
event.name = "button_release_event"
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_RELEASE)
keyframe_curve._mpl_button_release_event_cb(event)
values = [item.timestamp for item in control_source.get_all()]
self.assertNotIn(inpoint + offset, values)
def _inpointChangedCb(self, unused_bElement, unused_value):
position = Clutter.Point()
position.x = Zoomable.nsToPixel(self.bElement.props.in_point)
self.scroll_to_point(position)
self._update()
def _inpointChangedCb(self, unused_bElement, unused_value):
position = Clutter.Point()
position.x = Zoomable.nsToPixel(self.bElement.props.in_point)
self.scroll_to_point(position)
self._update()
def transposeXY(self, x, y):
x -= self.timelineElement.props.x + CONTROL_WIDTH - \
self.timelineElement.timeline._scroll_point.x
x += Zoomable.nsToPixel(self.timelineElement.bElement.props.in_point)
y -= self.timelineElement.props.y
return x, y
def check_keyframe_ui_toggle(self, ges_clip, timeline_container):
"""Checks keyframes toggling by click events."""
timeline = timeline_container.timeline
start = ges_clip.props.start
start_px = Zoomable.nsToPixel(start)
inpoint = ges_clip.props.in_point
duration = ges_clip.props.duration
duration_px = Zoomable.nsToPixel(duration)
offsets_px = (1, int(duration_px / 2), int(duration_px) - 1)
timeline.selection.select([ges_clip])
ges_video_source = ges_clip.find_track_element(None, GES.VideoSource)
binding = ges_video_source.get_control_binding("alpha")
control_source = binding.props.control_source
keyframe_curve = ges_video_source.ui.keyframe_curve
values = [item.timestamp for item in control_source.get_all()]
self.assertEqual(values, [inpoint, inpoint + duration])
# Add keyframes by simulating mouse clicks.
for offset_px in offsets_px:
offset = Zoomable.pixelToNs(start_px + offset_px) - start
xdata, ydata = inpoint + offset, 1
x, y = keyframe_curve._ax.transData.transform((xdata, ydata))
event = MouseEvent(
name="button_press_event",
canvas=keyframe_curve,
x=x,
y=y,
button=1
)
keyframe_curve.translate_coordinates = \
mock.Mock(return_value=(start_px+offset_px, None))
with mock.patch.object(Gtk, "get_event_widget") as get_event_widget:
get_event_widget.return_value = keyframe_curve
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_PRESS)
keyframe_curve._mpl_button_press_event_cb(event)
event.name = "button_release_event"
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_RELEASE)
keyframe_curve._mpl_button_release_event_cb(event)
values = [item.timestamp for item in control_source.get_all()]
self.assertIn(inpoint + offset, values)
# Remove keyframes by simulating mouse double-clicks.
for offset_px in offsets_px:
offset = Zoomable.pixelToNs(start_px + offset_px) - start
xdata, ydata = inpoint + offset, 1
x, y = keyframe_curve._ax.transData.transform((xdata, ydata))
event = MouseEvent(
name="button_press_event",
canvas=keyframe_curve,
x=x,
y=y,
button=1
)
keyframe_curve.translate_coordinates = \
mock.Mock(return_value=(start_px + offset_px, None))
with mock.patch.object(Gtk, "get_event_widget") as get_event_widget:
get_event_widget.return_value = keyframe_curve
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_PRESS)
keyframe_curve._mpl_button_press_event_cb(event)
event.name = "button_release_event"
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_RELEASE)
keyframe_curve._mpl_button_release_event_cb(event)
event.name = "button_press_event"
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_PRESS)
keyframe_curve._mpl_button_press_event_cb(event)
event.guiEvent = Gdk.Event.new(Gdk.EventType._2BUTTON_PRESS)
keyframe_curve._mpl_button_press_event_cb(event)
event.name = "button_release_event"
event.guiEvent = Gdk.Event.new(Gdk.EventType.BUTTON_RELEASE)
keyframe_curve._mpl_button_release_event_cb(event)
values = [item.timestamp for item in control_source.get_all()]
self.assertNotIn(inpoint + offset, values)
def twidth(self):
return Zoomable.nsToPixel(self.tdur)
def _inpointChangedCb(self, unused_b_element, unused_value):
self.get_hadjustment().set_value(
Zoomable.nsToPixel(self.ges_elem.props.in_point))
def transposeXY(self, x, y):
x -= self.timelineElement.props.x + CONTROL_WIDTH - \
self.timelineElement.timeline._scroll_point.x
x += Zoomable.nsToPixel(self.timelineElement.bElement.props.in_point)
y -= self.timelineElement.props.y
return x, y
def _inpointChangedCb(self, unused_b_element, unused_value):
self.get_hadjustment().set_value(Zoomable.nsToPixel(
self.ges_elem.props.in_point))
