def save_angle(key, new_angle):
global last_angle
if new_angle > last_angle:
sound.fx_blockable('raise_' + random.choice('123'))
elif new_angle < last_angle:
sound.fx_blockable('lower_' + random.choice('123'))
last_angle = new_angle
out_values[key] = 'ramp_' + str(new_angle) + '_deg_open'
def save_angle(key, new_angle):
global last_angle
if new_angle > last_angle:
sound.fx_blockable('raise_' + random.choice('123'))
elif new_angle < last_angle:
sound.fx_blockable('lower_' + random.choice('123'))
last_angle = new_angle
out_values[key] = 'ramp_' + str(new_angle) + '_deg_open'
def save_pist(key, val):
if widgets['toplevel'].get() == widgets['bottomlevel'].get():
# user moved them to match, switch the other one around
sound.fx_blockable('swap')
widgets['toplevel' if key == 'bottomlevel' else 'bottomlevel'].set(
values[key])
else:
sound.fx_blockable('move')
start_pos = widgets['toplevel'].get()
end_pos = widgets['bottomlevel'].get()
values['toplevel'] = start_pos
values['bottomlevel'] = end_pos
values['startup'] = srctools.bool_as_int(start_pos > end_pos)
out_values['toplevel'] = str(max(start_pos, end_pos))
out_values['bottomlevel'] = str(min(start_pos, end_pos))
def save_tim(key, val):
global enable_tim_callback
if enable_tim_callback:
new_val = round(float(val))
# Lock to whole numbers
enable_tim_callback = False
widgets[key].set(new_val)
enable_tim_callback = True
labels[key]['text'] = ('Timer Delay:\n ({})'.format(
'∞' if new_val == 0 else str(new_val)))
if new_val > values[key]:
sound.fx_blockable('add')
elif new_val < values[key]:
sound.fx_blockable('subtract')
values[key] = new_val
out_values[key] = str(new_val)
def save_pist(key, val):
if widgets['toplevel'].get() == widgets['bottomlevel'].get():
# user moved them to match, switch the other one around
sound.fx_blockable('swap')
widgets[
'toplevel' if key == 'bottomlevel' else 'bottomlevel'
].set(values[key])
else:
sound.fx_blockable('move')
start_pos = widgets['toplevel'].get()
end_pos = widgets['bottomlevel'].get()
values['toplevel'] = start_pos
values['bottomlevel'] = end_pos
values['startup'] = srctools.bool_as_int(start_pos > end_pos)
out_values['toplevel'] = str(max(start_pos, end_pos))
out_values['bottomlevel'] = str(min(start_pos, end_pos))
def save_tim(key, val):
global enable_tim_callback
if enable_tim_callback:
new_val = math.floor(float(val) + 0.5)
enable_tim_callback = False
widgets[key].set(new_val)
# Lock to whole numbers
enable_tim_callback = True
labels[key]['text'] = (
'Timer Delay:\n ({})'.format(
'∞' if new_val == 0 else str(new_val))
)
if new_val > values[key]:
sound.fx_blockable('add')
elif new_val < values[key]:
sound.fx_blockable('subtract')
values[key] = new_val
out_values[key] = str(new_val)
def save_pist(key, val):
"""The top and bottom positions are closely interrelated."""
global enable_pist_callback
if not enable_pist_callback:
return
try:
top_wid: ttk.Scale = widgets['toplevel']
btm_wid: ttk.Scale = widgets['bottomlevel']
except KeyError:
return # Both don't exist yet.
# The ttk Scale widget doesn't snap to integers, so we need to do that.
prev_top = top_wid.get()
new_top = round(prev_top)
prev_btm = btm_wid.get()
new_btm = round(prev_btm)
enable_pist_callback = False
top_wid.set(new_top)
btm_wid.set(new_btm)
enable_pist_callback = True
if top_wid.get() == btm_wid.get():
# user moved them to match, switch the other one around
sound.fx_blockable('swap')
(top_wid if key == 'bottomlevel' else btm_wid).set(values[key])
elif prev_top != new_top or prev_btm != new_btm:
# Only play when we've actually changed.
sound.fx_blockable('move')
values['toplevel'] = start_pos = top_wid.get()
values['bottomlevel'] = end_pos = btm_wid.get()
values['startup'] = srctools.bool_as_int(start_pos > end_pos)
out_values['toplevel'] = str(max(start_pos, end_pos))
out_values['bottomlevel'] = str(min(start_pos, end_pos))
def set_check(key):
sound.fx_blockable('config')
out_values[key] = str(values[key].get())
def save_paint(key, val):
sound.fx_blockable('config')
out_values[key] = val
def widget_sfx(*args):
"""Play sounds when interacting."""
sound.fx_blockable('config')
def paint_fx(e=None):
sound.fx_blockable('config')
def widget_sfx(*args):
"""Play sounds when interacting."""
sound.fx_blockable('config')
def paint_fx(e=None):
sound.fx_blockable('config')
def set_check(key):
sound.fx_blockable('config')
out_values[key] = str(values[key].get())
def save_paint(key, val):
sound.fx_blockable('config')
out_values[key] = val
