def __update_res_opts(self):
nx, ny = pf.get_native_resolution()
arx, ary = pf.settings_get("pf.video.aspect_ratio")
ar = arx / ary
native_ar = float(nx) / ny
if ar < native_ar:
base = (ny * ar, ny)
else:
base = (nx, nx / ar)
assert base[0] <= nx
assert base[1] <= ny
new_opts = [
base,
(base[0]/1.5, base[1]/1.5),
(base[0]/2, base[1]/2),
]
res = pf.settings_get("pf.video.resolution")
int_new_opts = [(int(o[0]), int(o[1])) for o in new_opts]
if (int(res[0]), int(res[1])) not in int_new_opts:
new_opts += [res]
new_opts.sort(reverse=True)
self.view.res_opts = new_opts
self.view.res_opt_strings = ["{}:{}".format(int(opt[0]), int(opt[1])) for opt in new_opts]
def __init__(self):
vresx, vresy = (1920, 1080)
super(VideoSettingsWindow, self).__init__(
"VideoSettings",
((vresx - VideoSettingsWindow.WIDTH) / 2,
(vresy - VideoSettingsWindow.HEIGHT) / 2,
VideoSettingsWindow.WIDTH, VideoSettingsWindow.HEIGHT), 0,
(vresx, vresy))
self.ar_idx = 0
self.ar_opts = [(4, 3), (16, 9), (21, 9)]
self.__ar_opt_strings = ["{}:{}".format(*opt) for opt in self.ar_opts]
nx, ny = pf.get_native_resolution()
self.res_idx = 0
self.res_opts = [
(nx, ny),
(nx * 3 / 4, ny * 3 / 4),
(nx / 2, ny / 2),
]
self.res_opt_strings = [
"{}:{}".format(int(opt[0]), int(opt[1])) for opt in self.res_opts
]
self.mode_idx = 0
self.mode_opts = [
pf.PF_WF_FULLSCREEN,
pf.PF_WF_WINDOW,
pf.PF_WF_BORDERLESS_WIN,
]
self.mode_opt_strings = [
"Fullscreen",
"Window",
"Borderless Window",
]
self.win_on_top_idx = 0
self.win_on_top_opts = [True, False]
self.__win_on_top_opt_strings = ["On", "Off"]
self.vsync_idx = 0
self.vsync_opts = [True, False]
self.__vsync_opt_strings = ["On", "Off"]
self.shadows_idx = 0
self.shadows_opts = [True, False]
self.__shadows_opt_strings = ["On", "Off"]
self.water_reflect_idx = 0
self.water_reflect_opts = [True, False]
self.__water_reflect_opt_strings = ["On", "Off"]
self.dirty = False