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领域模型设计

自动驾驶云服务 OCTOPUS-merge匝道合流

merge匝道合流用途：创建merge高速匝道合流的静态场景（地图）参数：参数如下表. 表1 merge参数 Parameter Type Mandatory Description lane_width length yes 每个车道宽度. left_lane_num int yes 左侧车道数量. right_lane_num int yes 右侧车道数量. ramp_lane_num int yes 匝道车道数量. main_speed speed yes 主路的限速值. ramp_speed speed yes 匝道的限速值. radius_of_curvature length yes 匝道的曲率半径. ramp_length length yes 匝道的长度. road_aids_type road_aids_type yes 道路辅助设施类型，匝道合流时匝道和主路的连接方式，目前共有三种：DType-1（直接式1）、DType-2（直接式2）和PType（平行式）. 参数取值范围： lane_width: length = [3m..4m] left_lane_num: int = [0, 1, 2, 3, 4] right_lane_num: int = [1, 2, 3, 4] ramp_lane_num: int = [1, 2] main_speed: speed = [80kph..120kph] ramp_speed: speed = [40kph..60kph] radius_of_curvature: length = [150m..1000m] ramp_length: length = [200m..500m] road_aids_type: road_aids_type = ["DType-1", "DType-2", "PType"] keep创建 my_road_aids_type: road_aids_type = "DType-1" my_merge: merge with: keep(it.lane_width == 3m) keep(it.left_lane_num == 0) keep(it.right_lane_num == 3) keep(it.ramp_lane_num == 1) keep(it.main_speed == 120kph) keep(it.ramp_speed == 60kph) keep(it.radius_of_curvature == 200m) keep(it.ramp_length == 250m) keep(it.road_aids_type == my_road_aids_type) create创建 my_road_aids_type: road_aids_type = "DType-1" my_merge: merge = scenery.create_merge(lane_width: 3m, left_lane_num: 0, right_lane_num: 3, main_speed: 120kph, ramp_speed: 60kph, radius_of_curvature: 200m, ramp_length: 250m, road_aids_type: my_road_aids_type) 父主题：领域模型设计

自动驾驶云服务 OCTOPUS 领域模型设计
自动驾驶云服务 OCTOPUS-straight城区直行

straight城区直行用途：创建straight城区直行的静态场景（地图）参数：参数如下表. 表1 straight城区直行参数 Parameter Type Mandatory Description lane_width length yes 每个车道宽度. left_lane_num int yes 左侧车道数量. right_lane_num int yes 右侧车道数量. bikeway bool yes 是否有自行车道. sidewalk bool yes 是否有人行道. main_speed speed yes 主路的限速值. road_length length yes 主路的长度. 参数取值范围： lane_width: length = [3m..4m] left_lane_num: int = [0, 1, 2, 3, 4] right_lane_num: int = [1, 2, 3, 4] bikeway: bool = [true, false] sidewalk: bool = [true, false] main_speed: speed = [40kph..60kph] road_length: length = [150m..500m] keep创建 my_straight: straight with: keep(it.lane_width == 3m) keep(it.left_lane_num == 0) keep(it.right_lane_num == 3) keep(it.bikeway == false) keep(it.sidewalk == false) keep(it.main_speed == 60kph) keep(it.road_length == 500m) create创建 my_straight: straight = scenery.create_straight(lane_width: 3m, left_lane_num: 0, right_lane_num: 3, bikeway: false, sidewalk: false, main_speed: 60kph, road_length: 500m) 父主题：领域模型设计

自动驾驶云服务 OCTOPUS 领域模型设计
自动驾驶云服务 OCTOPUS-merge匝道合流

merge匝道合流用途：创建merge高速匝道合流的静态场景（地图）参数：参数如下表. 表1 merge参数 Parameter Type Mandatory Description lane_width length yes 每个车道宽度. left_lane_num int yes 左侧车道数量. right_lane_num int yes 右侧车道数量. ramp_lane_num int yes 匝道车道数量. main_speed speed yes 主路的限速值. ramp_speed speed yes 匝道的限速值. radius_of_curvature length yes 匝道的曲率半径. ramp_length length yes 匝道的长度. road_aids_type road_aids_type yes 道路辅助设施类型，匝道合流时匝道和主路的连接方式，目前共有三种：DType-1（直接式1）、DType-2（直接式2）和PType（平行式）. 参数取值范围： lane_width: length = [3m..4m] left_lane_num: int = [0, 1, 2, 3, 4] right_lane_num: int = [1, 2, 3, 4] ramp_lane_num: int = [1, 2] main_speed: speed = [80kph..120kph] ramp_speed: speed = [40kph..60kph] radius_of_curvature: length = [150m..1000m] ramp_length: length = [200m..500m] road_aids_type: road_aids_type = ["DType-1", "DType-2", "PType"] keep创建 my_road_aids_type: road_aids_type = "DType-1" my_merge: merge with: keep(it.lane_width == 3m) keep(it.left_lane_num == 0) keep(it.right_lane_num == 3) keep(it.ramp_lane_num == 1) keep(it.main_speed == 120kph) keep(it.ramp_speed == 60kph) keep(it.radius_of_curvature == 200m) keep(it.ramp_length == 250m) keep(it.road_aids_type == my_road_aids_type) create创建 my_road_aids_type: road_aids_type = "DType-1" my_merge: merge = scenery.create_merge(lane_width: 3m, left_lane_num: 0, right_lane_num: 3, main_speed: 120kph, ramp_speed: 60kph, radius_of_curvature: 200m, ramp_length: 250m, road_aids_type: my_road_aids_type) 父主题：领域模型设计

自动驾驶云服务 OCTOPUS 领域模型设计