def _get_ach_mult(include_pro_bonus: bool = False) -> int:
"""Return the multiplier for achievement pts.
(just for display; changing this here won't affect actual rewards)
"""
from ba import _account
val: int = _ba.get_account_misc_read_val('achAwardMult', 5)
assert isinstance(val, int)
if include_pro_bonus and _account.have_pro():
val *= 2
return val
def show_completion_banner(self, sound: bool = True) -> None:
"""Create the banner/sound for an acquired achievement announcement."""
from ba import _account
from ba import _gameutils
from bastd.actor.text import Text
from bastd.actor.image import Image
from ba._general import WeakCall
from ba._lang import Lstr
from ba._messages import DieMessage
from ba._enums import TimeType, SpecialChar
app = _ba.app
app.last_achievement_display_time = _ba.time(TimeType.REAL)
# Just piggy-back onto any current activity
# (should we use the session instead?..)
activity = _ba.getactivity(doraise=False)
# If this gets called while this achievement is occupying a slot
# already, ignore it. (probably should never happen in real
# life but whatevs).
if self._completion_banner_slot is not None:
return
if activity is None:
print('show_completion_banner() called with no current activity!')
return
if sound:
_ba.playsound(_ba.getsound('achievement'), host_only=True)
else:
_ba.timer(
0.5,
lambda: _ba.playsound(_ba.getsound('ding'), host_only=True))
in_time = 0.300
out_time = 3.5
base_vr_depth = 200
# Find the first free slot.
i = 0
while True:
if i not in app.achievement_completion_banner_slots:
app.achievement_completion_banner_slots.add(i)
self._completion_banner_slot = i
# Remove us from that slot when we close.
# Use a real-timer in the UI context so the removal runs even
# if our activity/session dies.
with _ba.Context('ui'):
_ba.timer(in_time + out_time,
self._remove_banner_slot,
timetype=TimeType.REAL)
break
i += 1
assert self._completion_banner_slot is not None
y_offs = 110 * self._completion_banner_slot
objs: List[ba.Actor] = []
obj = Image(_ba.gettexture('shadow'),
position=(-30, 30 + y_offs),
front=True,
attach=Image.Attach.BOTTOM_CENTER,
transition=Image.Transition.IN_BOTTOM,
vr_depth=base_vr_depth - 100,
transition_delay=in_time,
transition_out_delay=out_time,
color=(0.0, 0.1, 0, 1),
scale=(1000, 300)).autoretain()
objs.append(obj)
assert obj.node
obj.node.host_only = True
obj = Image(_ba.gettexture('light'),
position=(-180, 60 + y_offs),
front=True,
attach=Image.Attach.BOTTOM_CENTER,
vr_depth=base_vr_depth,
transition=Image.Transition.IN_BOTTOM,
transition_delay=in_time,
transition_out_delay=out_time,
color=(1.8, 1.8, 1.0, 0.0),
scale=(40, 300)).autoretain()
objs.append(obj)
assert obj.node
obj.node.host_only = True
obj.node.premultiplied = True
combine = _ba.newnode('combine', owner=obj.node, attrs={'size': 2})
_gameutils.animate(
combine, 'input0', {
in_time: 0,
in_time + 0.4: 30,
in_time + 0.5: 40,
in_time + 0.6: 30,
in_time + 2.0: 0
})
_gameutils.animate(
combine, 'input1', {
in_time: 0,
in_time + 0.4: 200,
in_time + 0.5: 500,
in_time + 0.6: 200,
in_time + 2.0: 0
})
combine.connectattr('output', obj.node, 'scale')
_gameutils.animate(obj.node,
'rotate', {
0: 0.0,
0.35: 360.0
},
loop=True)
obj = Image(self.get_icon_texture(True),
position=(-180, 60 + y_offs),
attach=Image.Attach.BOTTOM_CENTER,
front=True,
vr_depth=base_vr_depth - 10,
transition=Image.Transition.IN_BOTTOM,
transition_delay=in_time,
transition_out_delay=out_time,
scale=(100, 100)).autoretain()
objs.append(obj)
assert obj.node
obj.node.host_only = True
# Flash.
color = self.get_icon_color(True)
combine = _ba.newnode('combine', owner=obj.node, attrs={'size': 3})
keys = {
in_time: 1.0 * color[0],
in_time + 0.4: 1.5 * color[0],
in_time + 0.5: 6.0 * color[0],
in_time + 0.6: 1.5 * color[0],
in_time + 2.0: 1.0 * color[0]
}
_gameutils.animate(combine, 'input0', keys)
keys = {
in_time: 1.0 * color[1],
in_time + 0.4: 1.5 * color[1],
in_time + 0.5: 6.0 * color[1],
in_time + 0.6: 1.5 * color[1],
in_time + 2.0: 1.0 * color[1]
}
_gameutils.animate(combine, 'input1', keys)
keys = {
in_time: 1.0 * color[2],
in_time + 0.4: 1.5 * color[2],
in_time + 0.5: 6.0 * color[2],
in_time + 0.6: 1.5 * color[2],
in_time + 2.0: 1.0 * color[2]
}
_gameutils.animate(combine, 'input2', keys)
combine.connectattr('output', obj.node, 'color')
obj = Image(_ba.gettexture('achievementOutline'),
model_transparent=_ba.getmodel('achievementOutline'),
position=(-180, 60 + y_offs),
front=True,
attach=Image.Attach.BOTTOM_CENTER,
vr_depth=base_vr_depth,
transition=Image.Transition.IN_BOTTOM,
transition_delay=in_time,
transition_out_delay=out_time,
scale=(100, 100)).autoretain()
assert obj.node
obj.node.host_only = True
# Flash.
color = (2, 1.4, 0.4, 1)
combine = _ba.newnode('combine', owner=obj.node, attrs={'size': 3})
keys = {
in_time: 1.0 * color[0],
in_time + 0.4: 1.5 * color[0],
in_time + 0.5: 6.0 * color[0],
in_time + 0.6: 1.5 * color[0],
in_time + 2.0: 1.0 * color[0]
}
_gameutils.animate(combine, 'input0', keys)
keys = {
in_time: 1.0 * color[1],
in_time + 0.4: 1.5 * color[1],
in_time + 0.5: 6.0 * color[1],
in_time + 0.6: 1.5 * color[1],
in_time + 2.0: 1.0 * color[1]
}
_gameutils.animate(combine, 'input1', keys)
keys = {
in_time: 1.0 * color[2],
in_time + 0.4: 1.5 * color[2],
in_time + 0.5: 6.0 * color[2],
in_time + 0.6: 1.5 * color[2],
in_time + 2.0: 1.0 * color[2]
}
_gameutils.animate(combine, 'input2', keys)
combine.connectattr('output', obj.node, 'color')
objs.append(obj)
objt = Text(Lstr(value='${A}:',
subs=[('${A}', Lstr(resource='achievementText'))]),
position=(-120, 91 + y_offs),
front=True,
v_attach=Text.VAttach.BOTTOM,
vr_depth=base_vr_depth - 10,
transition=Text.Transition.IN_BOTTOM,
flatness=0.5,
transition_delay=in_time,
transition_out_delay=out_time,
color=(1, 1, 1, 0.8),
scale=0.65).autoretain()
objs.append(objt)
assert objt.node
objt.node.host_only = True
objt = Text(self.display_name,
position=(-120, 50 + y_offs),
front=True,
v_attach=Text.VAttach.BOTTOM,
transition=Text.Transition.IN_BOTTOM,
vr_depth=base_vr_depth,
flatness=0.5,
transition_delay=in_time,
transition_out_delay=out_time,
flash=True,
color=(1, 0.8, 0, 1.0),
scale=1.5).autoretain()
objs.append(objt)
assert objt.node
objt.node.host_only = True
objt = Text(_ba.charstr(SpecialChar.TICKET),
position=(-120 - 170 + 5, 75 + y_offs - 20),
front=True,
v_attach=Text.VAttach.BOTTOM,
h_align=Text.HAlign.CENTER,
v_align=Text.VAlign.CENTER,
transition=Text.Transition.IN_BOTTOM,
vr_depth=base_vr_depth,
transition_delay=in_time,
transition_out_delay=out_time,
flash=True,
color=(0.5, 0.5, 0.5, 1),
scale=3.0).autoretain()
objs.append(objt)
assert objt.node
objt.node.host_only = True
objt = Text('+' + str(self.get_award_ticket_value()),
position=(-120 - 180 + 5, 80 + y_offs - 20),
v_attach=Text.VAttach.BOTTOM,
front=True,
h_align=Text.HAlign.CENTER,
v_align=Text.VAlign.CENTER,
transition=Text.Transition.IN_BOTTOM,
vr_depth=base_vr_depth,
flatness=0.5,
shadow=1.0,
transition_delay=in_time,
transition_out_delay=out_time,
flash=True,
color=(0, 1, 0, 1),
scale=1.5).autoretain()
objs.append(objt)
assert objt.node
objt.node.host_only = True
# Add the 'x 2' if we've got pro.
if _account.have_pro():
objt = Text('x 2',
position=(-120 - 180 + 45, 80 + y_offs - 50),
v_attach=Text.VAttach.BOTTOM,
front=True,
h_align=Text.HAlign.CENTER,
v_align=Text.VAlign.CENTER,
transition=Text.Transition.IN_BOTTOM,
vr_depth=base_vr_depth,
flatness=0.5,
shadow=1.0,
transition_delay=in_time,
transition_out_delay=out_time,
flash=True,
color=(0.4, 0, 1, 1),
scale=0.9).autoretain()
objs.append(objt)
assert objt.node
objt.node.host_only = True
objt = Text(self.description_complete,
position=(-120, 30 + y_offs),
front=True,
v_attach=Text.VAttach.BOTTOM,
transition=Text.Transition.IN_BOTTOM,
vr_depth=base_vr_depth - 10,
flatness=0.5,
transition_delay=in_time,
transition_out_delay=out_time,
color=(1.0, 0.7, 0.5, 1.0),
scale=0.8).autoretain()
objs.append(objt)
assert objt.node
objt.node.host_only = True
for actor in objs:
_ba.timer(out_time + 1.000,
WeakCall(actor.handlemessage, DieMessage()))
def get_available_sale_time(tab: str) -> Optional[int]:
"""(internal)"""
# pylint: disable=too-many-branches
# pylint: disable=too-many-nested-blocks
# pylint: disable=too-many-locals
try:
import datetime
from ba._account import have_pro
from ba._enums import TimeType, TimeFormat
app = _ba.app
sale_times: List[Optional[int]] = []
# Calc time for our pro sale (old special case).
if tab == 'extras':
config = app.config
if have_pro():
return None
# If we haven't calced/loaded start times yet.
if app.pro_sale_start_time is None:
# If we've got a time-remaining in our config, start there.
if 'PSTR' in config:
app.pro_sale_start_time = int(
_ba.time(TimeType.REAL, TimeFormat.MILLISECONDS))
app.pro_sale_start_val = config['PSTR']
else:
# We start the timer once we get the duration from
# the server.
start_duration = _ba.get_account_misc_read_val(
'proSaleDurationMinutes', None)
if start_duration is not None:
app.pro_sale_start_time = int(
_ba.time(TimeType.REAL, TimeFormat.MILLISECONDS))
app.pro_sale_start_val = (60000 * start_duration)
# If we haven't heard from the server yet, no sale..
else:
return None
assert app.pro_sale_start_val is not None
val: Optional[int] = max(
0, app.pro_sale_start_val -
(_ba.time(TimeType.REAL, TimeFormat.MILLISECONDS) -
app.pro_sale_start_time))
# Keep the value in the config up to date. I suppose we should
# write the config occasionally but it should happen often enough
# for other reasons.
config['PSTR'] = val
if val == 0:
val = None
sale_times.append(val)
# Now look for sales in this tab.
sales_raw = _ba.get_account_misc_read_val('sales', {})
store_layout = get_store_layout()
for section in store_layout[tab]:
for item in section['items']:
if item in sales_raw:
if not _ba.get_purchased(item):
to_end = ((datetime.datetime.utcfromtimestamp(
sales_raw[item]['e']) -
datetime.datetime.utcnow()).total_seconds())
if to_end > 0:
sale_times.append(int(to_end * 1000))
# Return the smallest time i guess?
return min(sale_times) if sale_times else None
except Exception:
from ba import _error
_error.print_exception('error calcing sale time')
return None
def call_after_ad(call: Callable[[], Any]) -> None:
"""Run a call after potentially showing an ad."""
# pylint: disable=too-many-statements
# pylint: disable=too-many-branches
# pylint: disable=too-many-locals
from ba._account import have_pro
from ba._enums import TimeType
import time
app = _ba.app
show = True
# No ads without net-connections, etc.
if not _ba.can_show_ad():
show = False
if have_pro():
show = False # Pro disables interstitials.
try:
session = _ba.get_foreground_host_session()
assert session is not None
is_tournament = session.tournament_id is not None
except Exception:
is_tournament = False
if is_tournament:
show = False # Never show ads during tournaments.
if show:
interval: Optional[float]
launch_count = app.config.get('launchCount', 0)
# If we're seeing short ads we may want to space them differently.
interval_mult = (_ba.get_account_misc_read_val(
'ads.shortIntervalMult', 1.0) if app.last_ad_was_short else 1.0)
if app.ad_amt is None:
if launch_count <= 1:
app.ad_amt = _ba.get_account_misc_read_val(
'ads.startVal1', 0.99)
else:
app.ad_amt = _ba.get_account_misc_read_val(
'ads.startVal2', 1.0)
interval = None
else:
# So far we're cleared to show; now calc our ad-show-threshold and
# see if we should *actually* show (we reach our threshold faster
# the longer we've been playing).
base = 'ads' if _ba.has_video_ads() else 'ads2'
min_lc = _ba.get_account_misc_read_val(base + '.minLC', 0.0)
max_lc = _ba.get_account_misc_read_val(base + '.maxLC', 5.0)
min_lc_scale = (_ba.get_account_misc_read_val(
base + '.minLCScale', 0.25))
max_lc_scale = (_ba.get_account_misc_read_val(
base + '.maxLCScale', 0.34))
min_lc_interval = (_ba.get_account_misc_read_val(
base + '.minLCInterval', 360))
max_lc_interval = (_ba.get_account_misc_read_val(
base + '.maxLCInterval', 300))
if launch_count < min_lc:
lc_amt = 0.0
elif launch_count > max_lc:
lc_amt = 1.0
else:
lc_amt = ((float(launch_count) - min_lc) / (max_lc - min_lc))
incr = (1.0 - lc_amt) * min_lc_scale + lc_amt * max_lc_scale
interval = ((1.0 - lc_amt) * min_lc_interval +
lc_amt * max_lc_interval)
app.ad_amt += incr
assert app.ad_amt is not None
if app.ad_amt >= 1.0:
app.ad_amt = app.ad_amt % 1.0
app.attempted_first_ad = True
# After we've reached the traditional show-threshold once,
# try again whenever its been INTERVAL since our last successful show.
elif (app.attempted_first_ad
and (app.last_ad_completion_time is None or
(interval is not None
and _ba.time(TimeType.REAL) - app.last_ad_completion_time >
(interval * interval_mult)))):
# Reset our other counter too in this case.
app.ad_amt = 0.0
else:
show = False
# If we're *still* cleared to show, actually tell the system to show.
if show:
# As a safety-check, set up an object that will run
# the completion callback if we've returned and sat for 10 seconds
# (in case some random ad network doesn't properly deliver its
# completion callback).
class _Payload:
def __init__(self, pcall: Callable[[], Any]):
self._call = pcall
self._ran = False
def run(self, fallback: bool = False) -> None:
"""Run the fallback call (and issues a warning about it)."""
if not self._ran:
if fallback:
print((
'ERROR: relying on fallback ad-callback! '
'last network: ' + app.last_ad_network + ' (set ' +
str(int(time.time() -
app.last_ad_network_set_time)) +
's ago); purpose=' + app.last_ad_purpose))
_ba.pushcall(self._call)
self._ran = True
payload = _Payload(call)
with _ba.Context('ui'):
_ba.timer(5.0,
lambda: payload.run(fallback=True),
timetype=TimeType.REAL)
show_ad('between_game', on_completion_call=payload.run)
else:
_ba.pushcall(call) # Just run the callback without the ad.