def atCall(self, cd):
from bootcamp.Bootcamp import g_bootcamp
bootcampPP = g_bootcamp.getPredefinedPiercingPower()
if bootcampPP:
cd.avoid()
piercingPower = bootcampPP['data'][0][1]
return piercingPower
def _computePiercingPowerRandomization(cls, shell):
if constants.IS_BOOTCAMP_ENABLED:
from bootcamp.Bootcamp import g_bootcamp
if g_bootcamp.isRunning():
if g_bootcamp.getPredefinedPiercingPower():
return (100.0, 100.0)
piercingPowerRandomization = shell.piercingPowerRandomization
minPP = 100.0 * (
1.0 - piercingPowerRandomization * cls._PP_RANDOM_ADJUSTMENT_MIN)
maxPP = 100.0 * (
1.0 + piercingPowerRandomization * cls._PP_RANDOM_ADJUSTMENT_MAX)
return (minPP, maxPP)
def _computePiercingPowerAtDist(cls, ppDesc, dist, maxDist):
if constants.IS_BOOTCAMP_ENABLED:
from bootcamp.Bootcamp import g_bootcamp
if g_bootcamp.isRunning():
bootcampPP = g_bootcamp.getPredefinedPiercingPower()
if bootcampPP:
return bootcampPP
p100, p500 = ppDesc
if dist <= 100.0:
return p100
if dist < maxDist:
return max(0.0, p100 + (p500 - p100) * (dist - 100.0) / 400.0)
return 0.0
def atCall(self, cd):
from bootcamp.Bootcamp import g_bootcamp
if g_bootcamp.getPredefinedPiercingPower():
cd.avoid()
return (100.0, 100.0)
