def on_mouse(self, event):
'''EVT_MOUSE_EVENTS handler.'''
# todo: maybe right click should give context menu with 'Sensitivity...'
# todo: make check: if left up and has capture, release capture
self.Refresh()
(w, h) = self.GetClientSize()
(x, y) = event.GetPositionTuple()
if event.LeftDown():
self.being_dragged = True
self.snap_map = SnapMap(
snap_point_ratios=self._get_snap_points_as_ratios(),
base_drag_radius=self.base_drag_radius,
snap_point_drag_well=self.snap_point_drag_well,
initial_y=y,
initial_ratio=self.current_ratio
)
self.SetCursor(cursor_collection.get_closed_grab())
# SetCursor must be before CaptureMouse because of wxPython/GTK
# weirdness
self.CaptureMouse()
return
if event.LeftIsDown() and self.HasCapture():
ratio = self.snap_map.y_to_ratio(y)
value = self._ratio_to_value(ratio)
self.value_setter(value)
if event.LeftUp():
# todo: make sure that when leaving
# entire app, things don't get f****d
if self.HasCapture():
self.ReleaseMouse()
# SetCursor must be after ReleaseMouse because of wxPython/GTK
# weirdness
self.SetCursor(cursor_collection.get_open_grab())
self.being_dragged = False
self.snap_map = None
return
def on_mouse(self, event):
'''EVT_MOUSE_EVENTS handler.'''
# todo: maybe right click should give context menu with
# 'Sensitivity...'
# todo: make check: if left up and has capture, release capture
self.Refresh()
(w, h) = self.GetClientSize()
(x, y) = event.GetPositionTuple()
if event.LeftDown():
self.being_dragged = True
self.snap_map = SnapMap(
snap_point_ratios=self._get_snap_points_as_ratios(),
base_drag_radius=self.base_drag_radius,
snap_point_drag_well=self.snap_point_drag_well,
initial_y=y,
initial_ratio=self.current_ratio)
self.SetCursor(cursor_collection.get_closed_grab())
# SetCursor must be before CaptureMouse because of wxPython/GTK
# weirdness
self.CaptureMouse()
return
if event.LeftIsDown() and self.HasCapture():
ratio = self.snap_map.y_to_ratio(y)
value = self._ratio_to_value(ratio)
self.value_setter(value)
if event.LeftUp():
# todo: make sure that when leaving
# entire app, things don't get f****d
if self.HasCapture():
self.ReleaseMouse()
# SetCursor must be after ReleaseMouse because of wxPython/GTK
# weirdness
self.SetCursor(cursor_collection.get_open_grab())
self.being_dragged = False
self.snap_map = None
return
def on_mouse_event(self, e):
'''EVT_MOUSE_EVENTS handler.'''
# todo: possibly do momentum, like in old shockwave carouselle.
# todo: right click should give context menu with 'Sensitivity...' and
# 'Disable'
# todo: make check: if left up and has capture, release capture
self.Refresh()
(w, h) = self.GetClientSize()
(x, y) = e.GetPositionTuple()
(rx, ry) = (x/w, y/h)
if e.LeftDown():
self.angle_while_dragging = self.grabbed_angle = self._expanded_pos_to_angle(rx)
self.d_angle_while_dragging = 0
self.desired_clock_while_dragging = self.grabbed_pseudoclock = \
self.gui_project.pseudoclock
self.was_playing_before_drag = self.gui_project.is_playing
self.gui_project.stop_playing()
self.being_dragged = True
self.SetCursor(cursor_collection.get_closed_grab())
# SetCursor must be before CaptureMouse because of wxPython/GTK
# weirdness
self.CaptureMouse()
return
if e.LeftIsDown():
if not self.HasCapture():
return
self.angle_while_dragging = self._expanded_pos_to_angle(rx)
self.d_angle_while_dragging = (self.angle_while_dragging - self.grabbed_angle)
desired_pseudoclock = self.grabbed_pseudoclock + \
(self.d_angle_while_dragging / self.clock_factor)
self.gui_project.set_pseudoclock(desired_pseudoclock)
if self.gui_project.pseudoclock != desired_pseudoclock:
# Means we got an edge node
edge_clock = self.gui_project.active_node.state.clock
direction = cmp(self.gui_project.pseudoclock,
desired_pseudoclock)
# direction that we bring back the cursor to if it goes too far
d_clock = (edge_clock - self.grabbed_pseudoclock)
d_angle = d_clock * self.clock_factor
edge_angle = self.grabbed_angle + d_angle
edge_rx = self._expanded_angle_to_pos(edge_angle)
edge_x = edge_rx * w
is_going_over = \
(edge_x - x > 0) if direction == 1 else (edge_x - x < 0)
if is_going_over:
self.WarpPointer(edge_x, y)
if e.LeftUp(): #or e.Leaving():
# todo: make sure that when leaving entire app, things don't get
# f****d
if self.HasCapture():
self.ReleaseMouse()
# SetCursor must be after ReleaseMouse because of wxPython/GTK
# weirdness
self.SetCursor(cursor_collection.get_open_grab())
self.being_dragged = False
self.grabbed_angle = None
self.grabbed_pseudoclock = None
self.angle_while_dragging = None
self.d_angle_while_dragging = None
self.desired_clock_while_dragging = None
if self.was_playing_before_drag:
self.gui_project.start_playing()
self.gui_project.round_pseudoclock_to_active_node()
self.was_playing_before_drag = None
def on_mouse_event(self, e):
'''EVT_MOUSE_EVENTS handler.'''
# todo: possibly do momentum, like in old shockwave carouselle.
# todo: right click should give context menu with 'Sensitivity...' and
# 'Disable'
# todo: make check: if left up and has capture, release capture
# If the gui project has no active path, we can't navigate on it at
# all:
if self.gui_project.path is None:
return
self.Refresh()
(w, h) = self.GetClientSize()
(x, y) = e.GetPositionTuple()
(rx, ry) = (x/w, y/h)
if e.LeftDown():
self.angle_while_dragging = self.grabbed_angle = \
self._expanded_pos_to_angle(rx)
self.d_angle_while_dragging = 0
self.desired_clock_while_dragging = self.grabbed_pseudoclock = \
self.gui_project.pseudoclock
self.was_playing_before_drag = self.gui_project.is_playing
self.gui_project.stop_playing()
self.being_dragged = True
self.SetCursor(cursor_collection.get_closed_grab())
# SetCursor must be before CaptureMouse because of wxPython/GTK
# weirdness
self.CaptureMouse()
return
if e.LeftIsDown():
if not self.HasCapture():
return
self.angle_while_dragging = self._expanded_pos_to_angle(rx)
self.d_angle_while_dragging = \
(self.angle_while_dragging - self.grabbed_angle)
desired_pseudoclock = self.grabbed_pseudoclock + \
(self.d_angle_while_dragging / self.clock_factor)
self.gui_project.set_pseudoclock(desired_pseudoclock)
if self.gui_project.pseudoclock != desired_pseudoclock:
# Means we got an edge node
edge_clock = self.gui_project.active_node.state.clock
direction = cmp(self.gui_project.pseudoclock,
desired_pseudoclock)
# direction that we bring back the cursor to if it goes too far
d_clock = (edge_clock - self.grabbed_pseudoclock)
d_angle = d_clock * self.clock_factor
edge_angle = self.grabbed_angle + d_angle
edge_rx = self._expanded_angle_to_pos(edge_angle)
edge_x = edge_rx * w
is_going_over = \
(edge_x - x > 0) if direction == 1 else (edge_x - x < 0)
if is_going_over:
self.WarpPointer(edge_x, y)
if e.LeftUp(): #or e.Leaving():
# todo: make sure that when leaving entire app, things don't get
# f****d
if self.HasCapture():
self.ReleaseMouse()
# SetCursor must be after ReleaseMouse because of wxPython/GTK
# weirdness
self.SetCursor(cursor_collection.get_open_grab())
self.being_dragged = False
self.grabbed_angle = None
self.grabbed_pseudoclock = None
self.angle_while_dragging = None
self.d_angle_while_dragging = None
self.desired_clock_while_dragging = None
if self.was_playing_before_drag:
self.gui_project.start_playing()
self.gui_project.round_pseudoclock_to_active_node()
self.was_playing_before_drag = None
