def calc_internal_data(self):
ObjeTag.calc_internal_data(self)
for trigger in self.data.tagdata.weap_attrs.triggers.STEPTREE:
firing = trigger.firing
misc = trigger.misc
rates = trigger.misc_rates
for i in range(len(rates)):
rates[i] = 0
if misc.ejection_port_recovery_time:
rates.ejection_port_recovery_rate = 1 / misc.ejection_port_recovery_time
if misc.illumination_recovery_time:
rates.illumination_recovery_rate = 1 / misc.illumination_recovery_time
if firing.acceleration_time:
rates.acceleration_rate = 1 / firing.acceleration_time
if firing.deceleration_time:
rates.deceleration_rate = 1 / firing.deceleration_time
if firing.error_acceleration_time:
rates.error_acceleration_rate = 1 / firing.error_acceleration_time
if firing.error_deceleration_time:
rates.error_deceleration_rate = 1 / firing.error_deceleration_time
for i in range(len(rates)):
rates[i] /= 30
def calc_internal_data(self):
ObjeTag.calc_internal_data(self)
bipd_attrs = self.data.tagdata.bipd_attrs
movement = bipd_attrs.movement
physics = bipd_attrs.physics
physics.cosine_stationary_turning_threshold = cos(
bipd_attrs.stationary_turning_threshold)
physics.cosine_maximum_slope_angle = cos(movement.maximum_slope_angle)
physics.neg_sine_downhill_falloff_angle = -sin(
movement.downhill_falloff_angle)
physics.neg_sine_downhill_cutoff_angle = -sin(
movement.downhill_cutoff_angle)
physics.sine_uphill_falloff_angle = sin(movement.uphill_falloff_angle)
physics.sine_uphill_cutoff_angle = sin(movement.uphill_cutoff_angle)
physics.crouch_camera_velocity = 0
if physics.crouch_camera_velocity:
physics.crouch_camera_velocity /= bipd_attrs.camera_collision_and_autoaim.crouch_transition_time
physics.crouch_camera_velocity /= 30
def calc_internal_data(self):
ObjeTag.calc_internal_data(self)
DeviTag.calc_internal_data(self)
mach_attrs = self.data.tagdata.mach_attrs
mach_attrs.door_open_time_ticks = int(mach_attrs.door_open_time * 30)
def calc_internal_data(self):
ObjeTag.calc_internal_data(self)
DeviTag.calc_internal_data(self)