未验证 提交 18ba094b 编写于 作者: D Diego Hu 提交者: GitHub

D-KIT: Add two mode for D-KIT (#11529)

* Update Dev Kit Calibration files set

* add DEV_KIT mode in HMI modes

* Add two hmi mode, one for closeloop, one for debug

* add camera driver for dev kit close loop

* remove planning related conf

* move dev kit perception launch to calibration/data

* update vehicle_data.pb.txt
上级 3500283c
......@@ -32,8 +32,7 @@
|序号 | 待修改文件 | 修改内容 |
|---|---|---|
| 1 | `modules/common/data/global_flagfile.txt` | 添加`--half_vehicle_width=0.43` |
| 2 | `modules/perception/production/launch/dev_kit_perception_camera.launch` |重命名为`perception_camera.launch ` 并替换原`perception_camera.launch`文件 |
| 3 | `modules/perception/production/conf/perception/camera/fusion_camera_detection_component.pb.txt` | 文件中`output_obstacles_channel_name`对应的内容修改为 `/apollo/perception/obstacles` |
| 2 | `modules/perception/production/conf/perception/camera/fusion_camera_detection_component.pb.txt` | 文件中`output_obstacles_channel_name`对应的内容修改为 `/apollo/perception/obstacles` |
## 启动Camera感知
......@@ -70,7 +69,7 @@
使用如下命令启动perception模块,使用`cyber_monitor`查看`/apollo/perception/obstacles`是否正常输出,并在dreamview上查看障碍物信息:
```
budaoshi@in_dev_docker:/apollo$ cyber_launch start modules/perception/production/launch/perception_camera.launch
budaoshi@in_dev_docker:/apollo$ cyber_launch start modules/perception/production/launch/dev_kit_perception_camera.launch
```
#### 5. 验证Camera感知效果
查看车前方运动的人或者自行车(自行车上要有人),在DreamView上查看障碍物颜色以及位置速度信息(自行车青蓝色,行人黄色,车辆绿色),如下图所示:
......
......@@ -30,8 +30,6 @@
|序号 | 待修改文件 | 修改内容 |
|---|---|---|
| 1 | `modules/common/data/global_flagfile.txt` | 添加`--half_vehicle_width=0.43` |
| 2 | `modules/perception/production/launch/dev_kit_perception.launch` |重命名为`perception.launch` 并替换原`perception.launch`文件 |
| 3 | `modules/perception/production/dag/dev_kit_dag_streaming_perception.dag` | 重命名为`dag_streaming_perception.dag` 并替换原`dag_streaming_perception.dag`文件|
## 启动Lidar感知
......@@ -72,7 +70,11 @@
|`/tf_static`|确保能正常输出数据|
#### 4. 启动Lidar感知
确认各模块正常启动且channel输出正常后,在DreamView上启动Lidar感知模块(Perception模块),使用`cyber_monitor`查看`/apollo/perception/obstacles`是否正常输出
使用如下命令启动perception模块,使用`cyber_monitor`查看`/apollo/perception/obstacles`是否正常输出,并在dreamview上查看障碍物信息:
```
budaoshi@in_dev_docker:/apollo$ cyber_launch start modules/perception/production/launch/dev_kit_perception_lidar.launch
```
![lidar_adaptation_dreamview3](images/lidar_adaptation_dreamview3.png)
## 验证Lidar感知效果
......
--flagfile=/apollo/modules/common/data/global_flagfile.txt
--noenable_gps_imu_interprolate
# Redefine the map_dir of global_flagfile.txt
#--map_dir=/apollo/modules/localization/testdata
# The directory name of localization map.
# type: string
# default: local_map
--local_map_name=local_map
# Enable lidar-based localization.
# type: bool
# defalult: true
--enable_lidar_localization=true
# Localization mode, 0 for intensity, 1 for altitude, 2 for fusion.
# type: int
# default: 2
--lidar_localization_mode=2
# image yaw align mode, 0 for align off, 1 for fusion, 2 for fusion with multithread.
# type: int
# default: 2
--lidar_yaw_align_mode=2
# Lidar filter size
# type: int
# default: 11
--lidar_filter_size=17
# point cloud step
# type: int
# default: 2
--point_cloud_step=2
# The height from the center of lidar to ground plane
# type: double
# default: 1.80
--lidar_height_default=1.80
# idar msg and imu msg max delay time.
# type: double
# default: 0.4
--lidar_imu_lidar_max_delay_time=0.4
# The valid coverage of pointcloud and map.
# type: double
# default: 0.8
--lidar_map_coverage_theshold=0.8
# Lidar debug switch.
# type: bool
# default: false
--lidar_debug_log_flag=false
# integ_ins_can_self_align.
# type: bool
# default: false
--integ_ins_can_self_align=false
# integ_sins_align_with_vel.
# type: bool
# default: true
--integ_sins_align_with_vel=true
# Whether check state of sins. If true, sins will restart in bad state.
# type: bool
# default: true
--integ_sins_state_check=true
# The param of sins state check.
# type: double
# default: 30.0
--integ_sins_state_span_time=30.0
# The param of sins state check.
# type: double
# default: 1.0
--integ_sins_state_pos_std=1.0
# vel_threshold_get_yaw.
# type: double
# default: 5.0
--vel_threshold_get_yaw=5.0
# enable flag ins_aid_rtk.
# type: bool
# default: false
--enable_ins_aid_rtk=false
# eph_buffer_path.
# type: string
# default: ""
--eph_buffer_path=""
# gnss_debug_log_flag.
# type: bool
# default: false
--gnss_debug_log_flag=false
# imu_rate.
# type: double
# default: 1.0
--imu_rate=1.0
# Whether load utm zone id from local map folder
# type: bool
# default: true
--if_utm_zone_id_from_folder=true
# local_utm_zone_id.
# type: int
# default: int
--local_utm_zone_id=50
# trans_gpstime_to_utctime.
# type: bool
# default: true
--trans_gpstime_to_utctime=true
# GNSS Mode, 0 for bestgnss pose, 1 for self gnss.
# type: string
# default: 0
--gnss_mode=0
# The pointcloud topic name.
# type: string
# default: /apollo/sensor/velodyne64/compensator/PointCloud2
--lidar_topic=/apollo/sensor/lidar128/compensator/PointCloud2
# The lidar extrinsics file
# type: string
# default: /apollo/modules/localization/msf/params/velodyne_params/velodyne128_novatel_extrinsics.yaml
--lidar_extrinsics_file=/apollo/modules/localization/msf/params/velodyne_params/velodyne128_novatel_extrinsics.yaml
# imu coordinate, true->flu, false->rfu
# type: bool
# default: true
--imu_coord_rfu=true
# Whether use bestgnsspose as measure after initializaiton.
# type: bool
# default: false
--gnss_only_init=false
# Whether use imu ant leverarm from ant imu yaml file
# type: bool
# default: true
--if_imuant_from_file=true
# Imu ant offset x
# type: double
# default: 0.0
--imu_to_ant_offset_x=0.0
# Imu ant offset y
# type: double
# default: 0.0
--imu_to_ant_offset_y=0.788
# Imu ant offset z
# type: double
# default: 0.0
--imu_to_ant_offset_z=1.077
# Imu ant offset x uncertainty
# type: double
# default: 0.0
--imu_to_ant_offset_ux=0.05
# Imu ant offset y uncertainty
# type: double
# default: 0.0
--imu_to_ant_offset_uy=0.05
# Imu ant offset z uncertainty
# type: double
# default: 0.0
--imu_to_ant_offset_uz=0.08
# Whether load vehicle coord to imu coord quaternion from yaml file
# type: bool
# default: true
--if_vehicle_imu_from_file=true
# vehicle coord to imu coord quaternion qx
# type: double
# default: 0.0
--imu_vehicle_qx=0.0
# vehicle coord to imu coord quaternion qy
# type: double
# default: 0.0
--imu_vehicle_qy=0.0
# vehicle coord to imu coord quaternion qz
# type: double
# default: 0.0
--imu_vehicle_qz=0.0
# vehicle coord to imu coord quaternion qw
# type: double
# default: 1.0
--imu_vehicle_qw=1.0
# The tem folder for localziation visualziation
--map_visual_dir=data/map_visual
# if use avx to accelerate lidar localization
# need cpu to support avx intel intrinsics
# default: false
--if_use_avx=true
module_config {
module_library : "/apollo/bazel-bin/modules/perception/onboard/component/libperception_component_camera.so"
components {
class_name : "FusionCameraDetectionComponent"
config {
name: "FusionCameraComponent"
config_file_path: "/apollo/modules/perception/production/conf/perception/camera/fusion_camera_detection_component.pb.txt"
flag_file_path: "/apollo/modules/perception/production/conf/perception/perception_common.flag"
}
}
}
......@@ -12,7 +12,7 @@
<module>
<name>perception_camera</name>
<dag_conf>/apollo/modules/perception/production/dag/dag_streaming_perception_camera.dag</dag_conf>
<dag_conf>/apollo/modules/perception/production/dag/dag_streaming_perception_dev_kit_camera.dag</dag_conf>
<!-- if not set, use default process -->
<process_name></process_name>
<version>1.0.0</version>
......
......@@ -10,7 +10,7 @@
<module>
<name>perception</name>
<dag_conf>/apollo/modules/perception/production/dag/dag_streaming_perception.dag</dag_conf>
<dag_conf>/apollo/modules/perception/production/dag/dag_streaming_perception_dev_kit_lidar.dag</dag_conf>
<!-- if not set, use default process -->
<process_name>lidar_perception</process_name>
<version>1.0.0</version>
......
cyber_modules {
key: "Camera"
value: {
dag_files: "/apollo/modules/drivers/camera/dag/camera.dag"
dag_files: "/apollo/modules/drivers/video/dag/video.dag"
required_for_safety: false
}
}
cyber_modules {
key: "Lidar"
value: {
dag_files: "/apollo/modules/drivers/velodyne/dag/velodyne16.dag"
}
}
cyber_modules {
key: "Canbus"
value: {
dag_files: "/apollo/modules/canbus/dag/canbus.dag"
}
}
cyber_modules {
key: "Control"
value: {
dag_files: "/apollo/modules/control/dag/control.dag"
}
}
cyber_modules {
key: "GPS"
value: {
dag_files: "/apollo/modules/drivers/gnss/dag/gnss.dag"
}
}
cyber_modules {
key: "Guardian"
value: {
dag_files: "/apollo/modules/guardian/dag/guardian.dag"
}
}
cyber_modules {
key: "Localization"
value: {
dag_files: "/apollo/modules/localization/dag/dag_streaming_msf_localization.dag"
}
}
cyber_modules {
key: "Lidar Perception"
value: {
dag_files: "/apollo/modules/perception/production/dag/dag_streaming_perception_dev_kit_lidar.dag"
}
}
cyber_modules {
key: "Traffic Light"
value: {
dag_files: "/apollo/modules/perception/production/dag/dag_streaming_perception_trafficlights.dag"
required_for_safety: false
}
}
cyber_modules {
key: "Planning"
value: {
dag_files: "/apollo/modules/planning/dag/planning.dag"
}
}
cyber_modules {
key: "Prediction"
value: {
dag_files: "/apollo/modules/prediction/dag/prediction.dag"
}
}
cyber_modules {
key: "Routing"
value: {
dag_files: "/apollo/modules/routing/dag/routing.dag"
}
}
cyber_modules {
key: "Transform"
value: {
dag_files: "/apollo/modules/transform/dag/static_transform.dag"
}
}
modules {
key: "Recorder"
value: {
start_command: "/apollo/scripts/record_bag.py --start"
stop_command: "/apollo/scripts/record_bag.py --stop"
process_monitor_config {
command_keywords: "cyber_recorder record"
}
}
}
monitored_components {
key: "Recorder"
value: {
process {
command_keywords: "cyber_recorder record"
}
resource {
disk_spaces {
# For logs.
path: "/apollo/data"
insufficient_space_warning: 8
insufficient_space_error: 2
}
disk_spaces {
# For records.
path: "/media/apollo/internal_nvme"
insufficient_space_warning: 128
insufficient_space_error: 32
}
}
}
}
monitored_components {
key: "GPS"
value: {
process {
command_keywords: "mainboard"
command_keywords: "/apollo/modules/drivers/gnss/dag/gnss.dag"
}
# We also have a special GPSMonitor to check message status.
}
}
monitored_components {
key: "Localization"
value: {
# Special LocalizationMonitor.
}
}
# Disbale ESD-CAN for a while as in some cars we are using B-CAN.
# monitored_components {
# key: "ESD-CAN"
# value: {
# # Special EsdCanMonitor.
# }
# }
monitored_components {
key: "Lidar 16"
value: {
channel {
name: "/apollo/sensor/lidar16/compensator/PointCloud2"
}
}
}
cyber_modules {
key: "Camera"
value: {
dag_files: "/apollo/modules/drivers/camera/dag/camera.dag"
dag_files: "/apollo/modules/drivers/video/dag/video.dag"
}
}
cyber_modules {
key: "Lidar"
value: {
dag_files: "/apollo/modules/drivers/velodyne/dag/velodyne16.dag"
}
}
cyber_modules {
key: "Canbus"
value: {
dag_files: "/apollo/modules/canbus/dag/canbus.dag"
}
}
cyber_modules {
key: "Control"
value: {
dag_files: "/apollo/modules/control/dag/control.dag"
}
}
cyber_modules {
key: "GPS"
value: {
dag_files: "/apollo/modules/drivers/gnss/dag/gnss.dag"
}
}
cyber_modules {
key: "Guardian"
value: {
dag_files: "/apollo/modules/guardian/dag/guardian.dag"
}
}
cyber_modules {
key: "Localization"
value: {
dag_files: "/apollo/modules/localization/dag/dag_streaming_msf_localization.dag"
}
}
cyber_modules {
key: "Lidar Perception"
value: {
dag_files: "/apollo/modules/perception/production/dag/dag_streaming_perception_dev_kit_lidar.dag"
}
}
cyber_modules {
key: "Camera Perception"
value: {
dag_files: "/apollo/modules/perception/production/dag/dag_streaming_perception_dev_kit_camera.dag"
}
}
cyber_modules {
key: "Traffic Light"
value: {
dag_files: "/apollo/modules/perception/production/dag/dag_streaming_perception_trafficlights.dag"
}
}
cyber_modules {
key: "Planning"
value: {
dag_files: "/apollo/modules/planning/dag/planning.dag"
}
}
cyber_modules {
key: "Prediction"
value: {
dag_files: "/apollo/modules/prediction/dag/prediction.dag"
}
}
cyber_modules {
key: "Radar"
value: {
dag_files: "/apollo/modules/drivers/radar/conti_radar/dag/conti_radar.dag"
}
}
cyber_modules {
key: "Routing"
value: {
dag_files: "/apollo/modules/routing/dag/routing.dag"
}
}
cyber_modules {
key: "Transform"
value: {
dag_files: "/apollo/modules/transform/dag/static_transform.dag"
}
}
cyber_modules {
key: "SmarterEye"
value: {
dag_files: "/apollo/modules/drivers/smartereye/dag/smartereye.dag"
}
}
cyber_modules {
key: "Third Party Perception"
value: {
dag_files: "/apollo/modules/third_party_perception/dag/third_party_perception.dag"
}
}
modules {
key: "Recorder"
value: {
start_command: "/apollo/scripts/record_bag.py --start"
stop_command: "/apollo/scripts/record_bag.py --stop"
process_monitor_config {
command_keywords: "cyber_recorder record"
}
}
}
monitored_components {
key: "Recorder"
value: {
process {
command_keywords: "cyber_recorder record"
}
resource {
disk_spaces {
# For logs.
path: "/apollo/data"
insufficient_space_warning: 8
insufficient_space_error: 2
}
disk_spaces {
# For records.
path: "/media/apollo/internal_nvme"
insufficient_space_warning: 128
insufficient_space_error: 32
}
}
}
}
monitored_components {
key: "GPS"
value: {
process {
command_keywords: "mainboard"
command_keywords: "/apollo/modules/drivers/gnss/dag/gnss.dag"
}
# We also have a special GPSMonitor to check message status.
}
}
monitored_components {
key: "Localization"
value: {
# Special LocalizationMonitor.
}
}
# Disbale ESD-CAN for a while as in some cars we are using B-CAN.
# monitored_components {
# key: "ESD-CAN"
# value: {
# # Special EsdCanMonitor.
# }
# }
monitored_components {
key: "Lidar 16"
value: {
channel {
name: "/apollo/sensor/lidar16/compensator/PointCloud2"
}
}
}
......@@ -110,3 +110,19 @@ data_files {
source_path: "transform_conf/static_transform_conf.pb.txt"
dest_path: "/apollo/modules/transform/conf/static_transform_conf.pb.txt"
}
data_files {
source_path: "planning_conf"
dest_path: "/apollo/modules/planning/conf"
}
data_files {
source_path: "localization_conf"
dest_path: "/apollo/modules/localization/conf"
}
data_files {
source_path: "perception_dag"
dest_path: "/apollo/modules/perception/production/dag"
}
data_files {
source_path: "perception_launch"
dest_path: "/apollo/modules/perception/production/launch"
}
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