def get_screen_position_and_size(window_handles):
"""Return screen position; X, Y and size; width, height.
Parameters
----------
window_handles: list of handles to open window figures
(Note: only needed the first time)
Returns
--------
X : coordinate of the left side of the screen.
Y : coordinate of the top of the screen.
width : screen horizontal size
height : screen vertical size
"""
# pylint: disable=global-statement
global _SCREENSIZE
if _SCREENSIZE is None:
window_handle = window_handles[0]
pos = get_window_position_and_size(window_handle)
_show_windows((window_handle,), win32con.SW_SHOWMAXIMIZED)
_SCREENSIZE = get_window_position_and_size(window_handle)
MoveWindow(window_handle, pos[0], pos[1], pos[2], pos[3], 1)
return _SCREENSIZE
def move(gui, win, ctrl, x, y, cx, cy):
spare_height = cy - ctrl.fixed_height
for section in ctrl.fields:
if not isinstance(section, (Section, Field)):
field_height = section.height
if not field_height:
field_height = spare_height // ctrl.var_heights
spare_height += 1 # Distribute division rounding
move = gui.controls[type(section)].move
move(gui, win, section, 0, y, cx, field_height)
y += field_height
continue
group_top = y
y += win.label_height
for field in section.fields:
if isinstance(field, Field):
target = field.field
else:
target = field
if target.height:
field_height = max(win.label_height, target.height)
label_y = y + (field_height - win.label_height) // 2
else:
field_height = spare_height // ctrl.var_heights
spare_height += 1 # Distribute rounding from division
label_y = y
if isinstance(field, Field):
label_width = round(80 * win.x_unit)
MoveWindow(field.label, 0, label_y, label_width,
win.label_height, 1)
else:
label_width = 0
target_width = cx - label_width
move = gui.controls[type(target)].move
move(gui, win, target, label_width, y, target_width,
field_height)
y += field_height
y += round(4 * win.y_unit)
group_height = y - group_top
MoveWindow(section.hwnd, 0, group_top, cx, group_height, 1)
def restore_window_positions(c_db, store_db):
_db = dict()
for k, v in c_db.items():
if k in store_db:
_l, _t, _r, _b, _ = store_db[k]
try:
MoveWindow(k, _l, _t, _r, _b, True)
except pywintypes.error:
# intercept and ignore 'access denied' errors
pass
def stack(*figure_numbers, **kwds):
"""Stack figure windows.
Parameters
----------
figure_numbers : list of integers or string
specifying which figures to stack (default 'all').
kwds : dict with the following keys
figs_per_stack :
number of figures per stack (default depends on screenheight)
Description
-----------
STACK stacks all open figure windows on top of eachother
with maximum overlap. STACK(FIGS) can be used to specify which
figures that should be stacked. Figures are not sorted when specified.
Example:
--------
>>> import pylab as p
>>> import wafo.fig as fig
>>> for ix in range(7):
... f = p.figure(ix)
>>> fig.stack() # stack all open figures
>>> fig.stack(range(1,4), 5, 7) # stack figure 1,2,3,5 and 7
>>> fig.close()
See also
--------
fig.cycle, fig.keep, fig.maximize, fig.restore,
fig.pile, fig.tile
"""
wnds = find_figure_handles(*figure_numbers)
numfigs = len(wnds)
if numfigs > 0:
screenpos = get_screen_position_and_size(wnds)
y_step = 25
x_step = border = 5
figs_per_stack = kwds.get(
'figs_per_stack',
int(numpy.fix(0.7 * (screenpos[3] - border) / y_step)))
for iy in range(numfigs):
pos = get_window_position_and_size(wnds[iy])
# print('[x, y, w, h] = ', pos)
ix = iy % figs_per_stack
ypos = int(screenpos[1] + ix * y_step + border)
xpos = int(screenpos[0] + ix * x_step + border)
MoveWindow(wnds[iy], xpos, ypos, pos[2], pos[3], 1)
BringWindowToTop(wnds[iy])
def main():
print("Inside main")
for hwnd, text, cls in enum_windows():
if IsWindowEnabled(hwnd) and IsWindowVisible(hwnd) and text:
if not inside_desktop(hwnd):
left, top, right, bottom = GetWindowPlacement(hwnd)[4]
width = right - left
height = bottom - top
(x, y) = GetWindowRect(GetDesktopWindow())[:2]
try:
MoveWindow(hwnd, x, y, width, height, 1)
print ("moved '%s'" % text)
except:
# Ignore windows we can't move.
print("Can't move")
pass
def set_size(*figure_numbers, **kwds):
"""Set size for figure windows.
Parameters
----------
figure_numbers : list of integers or string
specifying which figures to pile (default 'all').
kwds : dict with the following keys
width :
height :
Description
-------------
Set size sets the size of all open figure windows. SET_SIZE(FIGS)
can be used to specify which figures that should be resized.
Figures are not sorted when specified.
Example:
--------
>>> import pylab as p
>>> import fig
>>> for ix in range(7):
... f = p.figure(ix)
>>> fig.set_size(7, width=150, height=100)
>>> fig.set_size(range(1,4), 5,width=250, height=170)
>>> fig.close()
See also
--------
fig.cycle, fig.keep, fig.maximize, fig.restore,
fig.stack, fig.tile
"""
handles = find_figure_handles(*figure_numbers)
numfigs = len(handles)
if numfigs > 0:
screen_width, screen_height = _get_screen_size(handles)
width = kwds.get('width', int(screen_width / 2.5))
height = kwds.get('height', int(screen_height / 2))
new_pos = kwds.get('position', None)
pos = new_pos
for handle in handles:
if not new_pos:
pos = get_window_position_and_size(handle)
MoveWindow(handle, pos[0], pos[1], width, height, 1)
BringWindowToTop(handle)
def pile(*figure_numbers, **kwds):
"""Pile figure windows.
Parameters
----------
figure_numbers : list of integers or string
specifying which figures to pile (default 'all').
kwds : dict with the following keys
position :
width :
height :
Description
-------------
PILE piles all open figure windows on top of eachother
with complete overlap. PILE(FIGS) can be used to specify which
figures that should be piled. Figures are not sorted when specified.
Example:
--------
>>> import pylab as p
>>> import wafo.fig as fig
>>> for ix in range(7):
... f = p.figure(ix)
>>> fig.pile() # pile all open figures
>>> fig.pile(range(1,4), 5, 7) # pile figure 1,2,3,5 and 7
>>> fig.close()
See also
--------
fig.cycle, fig.keep, fig.maximize, fig.restore,
fig.stack, fig.tile
"""
wnds = find_figure_handles(*figure_numbers)
numfigs = len(wnds)
if numfigs > 0:
screen_width, screen_height = _get_screen_size(wnds)
pos = kwds.get(
'position', (int(screen_width / 5), int(screen_height / 4)))
width = kwds.get('width', int(screen_width / 2.5))
height = kwds.get('height', int(screen_height / 2))
for wnd in wnds:
MoveWindow(wnd, pos[0], pos[1], width, height, 1)
BringWindowToTop(wnd)
def resize_and_keybinds(self):
'''
return values:
2 = exit
5 = skip
0 = nothing
'''
if (GetWindowText(GetForegroundWindow()) == 'VLC (Direct3D11 output)'):
if not self.winsize:
MoveWindow(GetForegroundWindow(), 150, 30, 1600, 1000, True)
self.winsize = True
if keyboard.is_pressed('space'):
if self.toggle:
self.player.pause()
self.toggle = False
time.sleep(0.5)
else:
self.player.play()
self.toggle = True
time.sleep(0.5)
if keyboard.is_pressed('ctrl+d'):
self.player.set_time(self.player.get_time() + 60000)
time.sleep(0.5)
elif keyboard.is_pressed('d'):
self.player.set_time(self.player.get_time() + 15000)
time.sleep(0.5)
if keyboard.is_pressed('ctrl+a'):
self.player.set_time(self.player.get_time() - 60000)
time.sleep(0.5)
elif keyboard.is_pressed('a'):
self.player.set_time(self.player.get_time() - 15000)
time.sleep(0.5)
if keyboard.is_pressed('shift+f'):
self.player.toggle_fullscreen()
self.fullscreen = not self.fullscreen
time.sleep(0.5)
if keyboard.is_pressed('y'):
return 5
if keyboard.is_pressed('esc'):
return 2
return 0
else:
time.sleep(1)
return 0
def move_window(targ_proc, x, y, relative=False):
from win32gui import MoveWindow, GetWindowRect
if isinstance(targ_proc, int) or (isinstance(targ_proc, str)
and targ_proc.isdigit()):
hwnd = get_hwnds_for_pid(int(targ_proc))[0]
else:
hwnd = get_main_handle(targ_proc)
rect = GetWindowRect(hwnd)
width = rect[2] - rect[0]
height = rect[3] - rect[1]
if relative:
x += rect[0]
y += rect[1]
MoveWindow(hwnd, x, y, width, height, True)
def new_window(self, win, parent=None, *, title=None, contents):
template = (title, (0, 0, 0, 0), WS_OVERLAPPEDWINDOW)
handlers = {
WM_INITDIALOG: partial(self.on_init_dialog, win),
WM_DESTROY: partial(self.on_destroy, win),
WM_CLOSE: partial(self.on_close, win),
WM_SIZE: partial(self.on_size, win),
WM_COMMAND: partial(self.on_command, win),
WM_NOTIFY: partial(self.on_notify, win),
}
win.contents = contents
win.commands = dict()
win.id = 1024
if parent:
parent = parent.hwnd
win.init_exc = None # Tunnel exceptions raised during WM_INITDIALOG
try:
CreateDialogIndirect(None, (template, ), parent, handlers)
if win.init_exc:
raise win.init_exc
finally:
del win.init_exc
(left, top, _, _) = GetWindowRect(win.hwnd)
width = round(80 * win.x_unit) + round(160 * win.x_unit)
height = round(250 * win.y_unit)
width += GetSystemMetrics(SM_CXSIZEFRAME) * 2
height += GetSystemMetrics(SM_CYSIZEFRAME) * 2
height += GetSystemMetrics(SM_CYCAPTION)
MoveWindow(win.hwnd, left, top, width, height, 0)
ShowWindow(win.hwnd, SW_SHOWNORMAL)
self.visible.add(win)
def tile(*figure_numbers, **kwds):
"""Tile figure windows.
Parameters
----------
figure_numbers : list of integers or string
specifying which figures to tile (default 'all').
kwds : dict with key pairs
specifying how many pairs of figures that are tiled at a time
Description
-----------
TILE places all open figure windows around on the screen with no
overlap. TILE(FIGS) can be used to specify which figures that
should be tiled. Figures are not sorted when specified.
Example:
--------
>>> import pylab as p
>>> import wafo.fig as fig
>>> for ix in range(7):
... f = p.figure(ix)
>>> fig.tile() # tile all open figures
>>> fig.tile( range(1,4), 5, 7) # tile figure 1,2,3,5 and 7
>>> fig.tile(range(1,11), pairs=2) # tile figure 1 to 10 two at a time
>>> fig.tile(range(1,11), pairs=3) # tile figure 1 to 10 three at a time
>>> fig.close()
See also
--------
fig.cycle, fig.keep, fig.maximize, fig.minimize
fig.restore, fig.pile, fig.stack
"""
wnds = find_figure_handles(*figure_numbers)
nfigs = len(wnds)
# Number of windows.
if nfigs > 0:
nfigspertile = kwds.get('pairs', nfigs)
ceil = numpy.ceil
sqrt = numpy.sqrt
maximum = numpy.maximum
nlayers = int(ceil(nfigs / nfigspertile))
# Number of figures horisontally.
nh = maximum(int(ceil(sqrt(nfigspertile))), 2)
# Number of figures vertically.
nv = maximum(int(ceil(nfigspertile / nh)), 2)
screenpos = get_screen_position_and_size(wnds)
screen_width, screen_heigth = screenpos[2:4]
hspc = 10 # Horisontal space.
topspc = 20 # Space above top figure.
medspc = 10 # Space between figures.
botspc = 20 # Space below bottom figure.
figwid = (screen_width - (nh + 1) * hspc) / nh
fighgt = (screen_heigth - (topspc + botspc) - (nv - 1) * medspc) / nv
figwid = int(numpy.round(figwid))
fighgt = int(numpy.round(fighgt))
idx = 0
for unused_ix in range(nlayers):
for row in range(nv):
figtop = int(screenpos[1] + topspc + row * (fighgt + medspc))
for col in range(nh):
if (row) * nh + col < nfigspertile:
if idx < nfigs:
figlft = int(
screenpos[0] + (col + 1) * hspc + col * figwid)
fighnd = wnds[idx]
MoveWindow(fighnd, figlft, figtop, figwid, fighgt,
1)
# Set position.
BringWindowToTop(fighnd)
idx += 1
def move(gui, win, ctrl, left, top, width, height):
MoveWindow(ctrl.hwnd, left, top, width, height, 1)
def move(gui, win, ctrl, left, top, width, height):
left += (width - ctrl.width) // 2
top += (height - ctrl.height) // 2
MoveWindow(ctrl.hwnd, left, top, ctrl.width, ctrl.height, 1)
from win32gui import FindWindow, GetWindowRect, MoveWindow
windowNameOne = "1.txt - Notepad"
windowNameTwo = "2.txt - Notepad"
while True:
#Window1
windowHandleOne = FindWindow(None, windowNameOne)
windowRectOne = GetWindowRect(windowHandleOne)
rectOne = windowRectOne
x1 = rectOne[2] #- rect[0]
y1 = rectOne[3] #- rect[1]
#Window2
#windowHandleTwo = FindWindow(None, windowNameTwo)
#windowTwo = GetWindowRect(windowHandleTwo)
#rectTwo = windowTwo
#x2 = rectTwo[2] #- rect[0]
#y2 = rectTwo[3] #- rect[1]
hwnd = FindWindow(None, windowNameTwo)
MoveWindow(hwnd, x1, y1, 720, 720, True)
print(x1,y1)
def resize_client(self, w, h):
cx1, cy1, cx2, cy2 = GetClientRect(self.hwnd)
wx1, wy1, wx2, wy2 = GetWindowRect(self.hwnd)
dx = (wx2 - wx1) - cx2
dy = (wy2 - wy1) - cy2
MoveWindow(self.hwnd, wx1, wy1, w+dx, h+dy, True)
def move_to(self, x, y):
MoveWindow(self.hwnd, x, y, self.width, self.height, True)