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[[Tutorial using ROS for ver.3]] #contents * Overview [#me21a0b1] A human and a robot log in to the same virtual space, and a human gives a cleanup instruction to the robot by pointing. The human side logs in to the virtual space using a Windows + VR device (Oculus Rift). ~ On the robot side, log in to the virtual space using Windows + Ubuntu (ROS: Robot Operating System). The human logs in to the virtual space using a Windows + VR device (Oculus Rift).~ The robot log in to the virtual space using Windows + Ubuntu (ROS: Robot Operating System). Remote humans and robots (ROS) are connected via the Internet and can communicate in the same virtual space. Humans and robots (ROS) are connected via the Internet and can communicate in the same virtual space. #ref(CleanupUsingCloudAndVR_Overview.png) * Prerequisites [#r10a7b3e] ** Common prerequisites [#ofa841b3] Use networks as a common prerequisite for humans and robots. Using networks is a common prerequisite for humans and robots. [[Photon Realtime>https://www.photonengine.com/en-US/Realtime]] is used for the cloud, but the port number on the following page is used when connecting to the Internet. ~ Check beforehand if the port is available. ~ [[Photon Realtime>https://www.photonengine.com/en-US/Realtime]] is used for the cloud, and the port numbers listed on the following page are used when connecting to the Internet. ~ Check whether the port is available beforehand. ~ https://doc.photonengine.com/en-us/realtime/current/connection-and-authentication/tcp-and-udp-port-numbers If the port is not available, the cloud cannot be used, but it is possible to replace Photon Server on the local network. ~ If the port numbers are not available, the cloud cannot be used, but it is possible to replace Photon Server on the local network. ~ Photon Server is only compatible with Windows. ~ https://doc.photonengine.com/en-us/server/current/operations/requirements The environment construction method when using the cloud and when using the local server is explained in [[Environment construction>#Environments]]. The environment constructions when using the cloud and when using the local server are explained in [[Environment construction>#Environments]]. ** Prerequisites for the human (VR) side [#s38cc158] ** Prerequisites for Human (VR) [#s38cc158] -Windows environment ~ In addition to [[Basic requirements for using SIGVerse assets>Tutorial for ver.3#SystemRequirements]], [[Requirements for using Oculus Rift>https://support.oculus.com/248749509016567/]] Is also required. In addition to [[basic requirements for using SIGVerse assets>Tutorial for ver.3#SystemRequirements]], [[requirements for using Oculus Rift>https://support.oculus.com/248749509016567/]] is also required. -Oculus Rift ~ Oculus Rift has been tested with Oculus Rift CV1 and Oculus Rift S. ~ Install [[Oculus Software>https://www.oculus.com/setup/]] on Windows and prepare a basic environment to use Oculus Rift. Please use Oculus Rift CV1 or Oculus Rift S. ~ Please install [[Oculus Software>https://www.oculus.com/setup/]] on Windows and prepare a basic environment to use Oculus Rift. ** Prerequisites for Robot (ROS) [#y682edd3] -Windows environment and Ubuntu environment ~ See [[here>Tutorial using ROS for ver.3#SystemRequirements]] for details. * Environment construction [#Environments] * Environment Construction [#Environments] The environment construction procedure is the same for the human (VR) side and the robot (ROS) side. The procedure on the human (VR) side and the procedure on the robot (ROS) side are the same. [[4a.Building a cloud environment>#PhotonCloud]] to use the cloud. ~ When using a local server, perform [[4b. Build local server environment>#PhotonServer]]. When using the cloud, follow [[4a.Build Cloud environment>#PhotonCloud]] procedure.~ When using a local server, follow [[4b. Build Local server environment>#PhotonServer]] procedure. ** 1. Create a Photon account [#CreatePhotonAccount] First you need to create a Photon account. ~ Create it according to the following procedure. + Go to [[Photon official site>https://www.photonengine.com/]]. + Create a Photon account by signing in at the top right of the page. ** 2. Importing Oculus Utilities [#k0ec0826] ** 2. Import Oculus Utilities [#k0ec0826] You need to import Oculus Utilities into your Unity project. . You need to import Oculus Utilities into your Unity project. + Download Oculus Utilities for Unity ver.1.28.0 from the link below. ~ https://developer.oculus.com/downloads/package/oculus-utilities-for-unity-5/1.28.0/ + Decompress the downloaded zip file. Open the SIGVerse project in + Unity. Click [Assets]-[Import Package]-[Custom Package ...] in the + Unity menu. + Unzip the downloaded zip file. + Open the SIGVerse project in Unity. + Click [Assets]-[Import Package]-[Custom Package ...] in Unity menu. + Select "OculusUtilities.unitypackage" in the extracted folder. Click the [Import] button. + Click the [Yes] button on the "Update Oculus Utilities Plugin" screen. + Click the [Restart] button on the "Restart Unity" screen. + Click [Import] button. + Click [Yes] button on the "Update Oculus Utilities Plugin" window. + Click [Restart] button on the "Restart Unity" window. ** 3. Oculus and PUN library usage settings [#y0decaa9] ** 3. Using Oculus and PUN libraries [#y0decaa9] + Open the SIGVerse settings screen from [SIGVerse]-[SIGVerse Settings]. + Click [SIGVerse]-[SIGVerse Settings] to open the SIGVerse settings. + Check [Use Oculus] and [Use PUN] in [Define symbols Settings]. #ref(SIGVerseSettingsOculusPUN.png) ** 4a. Build a cloud environment [#PhotonCloud] ** 4a. Build Cloud environment [#PhotonCloud] The Photon Cloud free plan can connect up to 20 people at the same time. See the next page for details. ~ The free plan of Photon Cloud can connect up to 20 people at the same time. See the next page for details. ~ https://www.photonengine.com/en-US/Realtime/pricing To connect to the cloud, use [[PUN (Photon Unity Networking)>https://www.photonengine.com/en-US/PUN]]. ~ The PUN environment construction procedure is as follows. The PUN environment construction procedure is as follows: + Sign in to [[Photon official site>https://www.photonengine.com/]]. + Get application ID. ++ Click the [Create a new app] button on the dashboard after signing in. ++ Set [Photon Type] to "Photon PUN" and set the application name. (The application name is "CleanupVR", for example) ++ Click the [Create] button. ++ Click [CREATE A NEW APP] button on the dashboard after signing in. ++ Set [Photon Type] to "Photon PUN" and set the application name. (For example, the application name is "CleanupVR") ++ Click [CREATE] button. ++ Check that the PUN app is added to the dashboard app list, and write down the "Application ID". ~ (If you click the ID with 36 digits, all digits will be displayed.) #ref(PhotonAppId.png) + Import PUN2 assets into Unity project. ++ Open the SIGVerse project in Unity. ++ Access [[PUN2 page>https://assetstore.unity.com/packages/tools/network/pun-2-free-119922]] of Unity Asset Store. ++ When you click the [Open in Unity] button, PUN2 is displayed on the [Asset Store] tab of Unity. Import it. ~ At this time, please clear the check box of ''"Photon/PhotonLibs/WebSocket/websocket-sharp.dll".'' websocket-sharp.dll is already included in the SIGVerse asset and will be duplicated. #ref(PUN2ExcludeWebsocket-sharp.png) ++ [PUN Wizzard] will be opened. Enter the above "Application ID" in the "AppId" field and press the [Setup Project] button. ~ (AppId can also be set from [Window]-[Photon Unity Networking]-[PUN Wizzard]-[Locate PhotonServerSettings]. Set AppId to "App Id Realtime".) #ref(PunWizardCloud.png) The following [PhotonServerSettings] information opens. #ref(PhotonServerSettingsForCloud.png) + Click [Assets]-[Reimport All] in the Unity menu. + Click the [Reimport] button to rebuild. ** 4b. Build local server environment [#PhotonServer] ** 4b. Build Local server environment [#PhotonServer] You can also set up Photon Server on your local network to replace the cloud. + Sign in to [[Photon official site>https://www.photonengine.com/]]. + Obtain a license file. ++ Click [TRY FREE LICENSE] in [[Photon Server page>https://www.photonengine.com/en-US/Server]]. ++ Click [DOWNLOAD FREE] to get a license file. ~ (The license file is named "email address. Photon-vX.free.100-ccu.license".) + Install Photon Server. ++ Access [[Photon Server page>https://www.photonengine.com/en-US/sdks#server-sdkserverserver]]. ++ Click the version number to the right of "Download SDK" to download the executable file. ++ Download the executable file and extract it to the directory you want to install. ++ Open "Photon-OnPremise-Server-SDK_vxxxxxxx \ deploy \ bin_Win64" in the expanded folder in Explorer. ++ Place the above license file. For example, the following figure. #ref(PhotonServerFolder.png) + Start Photon Server. ("After restarting Windows, Photon Server must also be started.") & Aname (LaunchPhotonServer); ++ Double-click PhotonControl.exe in the installed folder to start the application. ~ (App icon appears on the taskbar) ++ Click the PhotonControl icon on the Windows taskbar and select the appropriate server IP address in [Game Server IP Config]. #ref(PhotonServerIP.png) ++ Click [LoadBalancing (MyCloud)]-[Start as application] to start Photon Server. ++ Click [LoadBalancing (MyCloud)]-[Run TestClient (LoadBalancing] to check the operation. + Import PUN2 assets into Unity project. ++ Open the SIGVerse project in Unity. ++ Access [[PUN2 page>https://assetstore.unity.com/packages/tools/network/pun-2-free-119922]] of Unity Asset Store. ++ When you click the [Open in Unity] button, PUN2 is displayed on the [Asset Store] tab of Unity. Import it. ~ At this time, please clear the check box of ''"Photon/PhotonLibs/WebSocket/websocket-sharp.dll".'' websocket-sharp.dll is already included in the SIGVerse asset and will be duplicated. #ref(PUN2ExcludeWebsocket-sharp.png) ++ [PUN Wizzard] will be opened, so press the [Skip] button. #ref(PunWizardLocalServer.png) ++ [PhotonServerSettings] will be opened. Make the following settings. --- Uncheck [User Name Server] --- Enter the IP address of Photon Server in [Server] --- Enter "5055" in [Port]. #ref(PhotonServerSettingsForLocalServer.png) + Click [Assets]-[Reimport All] in the Unity menu. + Click the [Reimport] button to rebuild. * Execution procedure [#s9ea839c] * Execution procedure[#s9ea839c] If you want to run as a human (VR) side, please follow the [[here>#human_execution]] procedure. When executing as the robot (ROS) side, please execute according to the procedure of [[here>#robot_execution]]. It doesn't matter which one you run first, but if you want to use a local server, please [[Launch Photon Server>#LaunchPhotonServer]] first. * Human (VR) execution procedure [#human_execution] * Human (VR) Execution procedure [#human_execution] ** Startup procedure [#vafd19d3] ** Startup Procedure [#vafd19d3] '' * If you want to use a local server, please [[Launch Photon Server>#LaunchPhotonServer]] first. '' *** Windows startup procedure [#t197903c] + Make sure that Oculus Rift is connected and ready for use. + Start the [Assets/SIGVerse/SampleScenes/HSR/HsrCleanupVR(.unity)] scene with reference to [[here>Tutorial using ROS for ver.3#open_scene]]. + Click the [Human] button to log in as a human. + If the robot is not logged in, wait for the robot to log in. Windows (Login Screen) #ref(HSRCleanupVRLogin.png) ** Run [# v04386d7] [#d821062e] Operate the human avatar and issue cleanup instructions to the robot. The basic flow is as follows. + Send the message “Pick it up!” To the robot while pointing at the object. + Send the message “Clean up!” While pointing at the delivery address. The operation method of Oculus Touch is as follows. -Pulling the middle finger trigger puts your hand in a pointing posture. -When the A or X button is pressed, the message "Pick it up!" Is sent to the robot. -When the B or Y button is pressed, the message “Clean up!” Is sent to the robot. -If you defeat the left stick, it will move in the direction you defeated. -When the right stick is pressed, the message "Good!" Is sent to the robot. -When the left stick is pressed, the message "Bad!" Is sent to the robot. Windows #ref(HSRCleanupVRHuman.png) * Robot (ROS) execution procedure [#robot_execution] * Robot (ROS) Execution procedure [#robot_execution] ** Startup Procedure [#vafd19d3] ~'' * If you want to use a local server, please [[Launch Photon Server> #LaunchPhotonServer]] first. '' Start the Ubuntu side and then the Windows side. *** Ubuntu side startup procedure [#qd09b4ab] Open a new terminal and run the following command: $ roslaunch sigverse_hsr_teleop_key teleop_key.launch To start rviz, execute the following command. $ roslaunch sigverse_hsr_teleop_key teleop_key_with_rviz.launch *** Windows startup procedure [#t197903c] + Start the [Assets/SIGVerse/SampleScenes/HSR/HsrCleanupVR(.unity)] scene with reference to [[here>Tutorial using ROS for ver.3#open_scene]]. + Click the [Robot] button to log in as a robot. + If a human is not logged in, wait for the human to log in. Windows (Login Screen) #ref(HSRCleanupVRLogin.png) ** Run [#v04386d7] You can operate the HSR key on the teleop_key.launch terminal on Ubuntu side. Operate the robot, select one of the objects on the desk, hold it, and carry it to the place pointed by the person. * Check the terminal display for details of the operation method. [#w91954f2] When exiting, stop the Unity side before exiting the ROS side. Ubuntu side #ref(HSRCleanupVRRobotUbuntu.png) Windows side (Logged in) #ref(HSRCleanupVRRobotWindows.png) Windows side (Pointing) #ref(HSRCleanupVRRobotWindowsPointing.png)
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