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How to set up Apollo 3.5's software on Dual-IPCs

The modules of Apollo 3.5 are separately launched from two industrial PCs. This guide introduces the hardware/software setup on two parallel IPCs.

Software

  • Apollo 3.5
  • Linux precision time protocol

Runtime Framework

  • CyberRT

Installation

There are two steps in the installation process:

  • Clone and install linux PTP code on both of IPCs
  • Clone Apollo 3.5 Github code on both of IPCs

Clone and install linux PTP

Install PTP utility and synchorize the system time on both of IPCs.

  git clone https://github.com/richardcochran/linuxptp.git
  cd linuxptp
  make

  # on IPC1:
  sudo ./ptp4l -i eth0 -m &

  # on IPC2:
  sudo ./ptp4l -i eth0 -m -s &
  sudo ./phc2sys -a -r &

Clone Apollo 3.5

Install Apollo 3.5 on local ubuntu machine

  git clone https://github.com/ApolloAuto/apollo.git

Build Docker environment

Refer to the How to build and release docker guide

Run CyberRT on both of IPCs

  1. Change directory to apollo
   cd apollo
  1. Start docker environment
   bash docker/scripts/dev_start.sh
  1. Enter docker environment
   bash docker/scripts/dev_into.sh
  1. Build Apollo in the Container:
   bash apollo.sh build_opt_gpu
  1. Change CYBER_IP in cyber/setup.bash to IPC1's ip address:
   source cyber/setup.bash
  1. Start CyberRT and Dreamview:
   bash scripts/bootstrap.sh

  1. Open Chrome and go to localhost:8888 to access Apollo Dreamview:

    • on IPC1

      The header has 3 drop-downs, mode selector, vehicle selector and map selector.

      IPC1 Task

      Select mode, for example "ipc1 Mkz Standard Debug"

      IPC1 mode

      Select vehicle, for example "Mkz Example"

      IPC1 car

      Select map, for example "Sunnyvale Big Loop"

      IPC1 map

      All the tasks that you could perform in DreamView, in general, setup button turns on all the modules.

      IPC1 setup

      All the hardware components should be connected to IPC1 and the modules, localization, perception, routing, recorder, traffic light and transform, are allocated on IPC1 also.

      Module Control on sidebar panel is used to check the modules on IPC1

      IPC1 check

      In order to open dreamview on IPC2, user must stop it on IPC1 by using the below command:

        # Stop dreamview on IPC1
  bash scripts/bootstrap.sh stop

    • on IPC2 Change CYBER_IP in cyber/setup.bash to IPC2's ip address:

        source cyber/setup.bash

      Start dreamview on IPC2 by using the below command:

        # Start dremview on IPC2
  bash scripts/bootstrap.sh

      Select mode, vehicle and map on dreamview as the same operations on IPC1 IPC2 Task

      The modules - planning, prediction and control are assigned on IPC2.

      Module Control on sidebar panel is used to check the modules on IPC2

      IPC2 modules

      See Dreamview user's guide

  2. How to start/stop Dreamview:

The current version of Dreamview shouldn't run on the different IPCs simultaneously, so the user must perform it alternatively on IPC1 or IPC2.

The code below can be used to stop Dreamview on IPC2 and start it on IPC1.

   # Stop Dreamview on IPC2
   bash scripts/bootstrap.sh stop

   # Start Dreamview on IPC1
   bash scripts/bootstrap.sh

  1. Cyber monitor

    Cyber monitor is CyberRT's tool used to check the status of all of the modules on local and remote machines. The User may observe the activity status of all the hardware and software components and ensure that they are working correctly.

Future work (To Do)

  • Multiple Dreamviews may run simultaneously
  • Fix a bug that modules are still greyed-out after clicking the setup button. Users may check each modules' status by using the command
   ps aux | grep mainboard

License

Apache license