def __init__(self):
super(CPRA_Moving, self).__init__()
self.ScenarioName = 'CPRA_Moving'
self.ScoreCalculator = ScoreCalculation.ZeroImpactBased(
self.CPRA_Moving_points_AEB)
self.ImpactSpeedCalculator = ImpactSpeedCalc.LinearMotionIterativeCalc(
)
self.monte_carlo_method = monte_carlo_run_car_to_vru
self.points_table = self.CPRA_Moving_points_AEB
def __init__(self):
super(CPLA_50_Day, self).__init__()
self.ScenarioName = 'CPLA_50_Day'
self.ScoreCalculator = ScoreCalculation.SpeedReductionBased(
self.CPLA_50_points_AEB)
self.ImpactSpeedCalculator = ImpactSpeedCalc.LinearMotionIterativeCalc(
)
self.monte_carlo_method = monte_carlo_run_car_to_vru
self.points_table = self.CPLA_50_points_AEB
def __init__(self):
super(CPLA_25_Night, self).__init__()
self.ScenarioName = 'CPLA_25_Night'
self.ScoreCalculator = ScoreCalculation.ThresholdBased(
self.CPLA_25_points_AEB)
self.ImpactSpeedCalculator = ImpactSpeedCalc.LinearMotionIterativeCalc(
)
self.monte_carlo_method = monte_carlo_run_car_to_vru
self.points_table = self.CPLA_25_points_AEB
def __init__(self):
super(CCRs_FCW, self).__init__()
self.ScenarioName = 'CCRs_FCW'
self.ScoreCalculator = ScoreCalculation.LUTBased(
self.CCRs_impact_vel_th)
self.ImpactSpeedCalculator = ImpactSpeedCalc.LinearMotionIterativeCalc(
)
self.monte_carlo_method = monte_carlo_run_car_to_car
self.points_table = self.CCRs_points_FCW
self.overlap_table = self.OVERLAP