# Tutorial

This page describes how to create a scene that uses Unity Render Streaming, and introduces you to key features that help you produce the 3D contents works on browsers via streaming.

## Before you begin

- Please read the [Requirements](index.md#requirements) to understand the limitation.
- This tutorial uses **localhost** and port **80** for the signaling server. Please read [Signaling Settings](settings.md#signaling-settings) page if you want to change the address and port number.

## Creating a Unity project from the Template

1: Open the Unity Hub.

2: Go to **Projects**, and select **New Project**.

![Create Unity project in Unity Hub](images/unityhub_createproject.png)

3: Open the **Core** tab and select **Third Person**.

![Select Template in Unity Hub](images/unityhub_select_template.png)

4: Enter a **Project name**.

5: Select **Create Project**.

Unity creates a project, and after Unity opens the Template Project, you can see the **Playground** scene.

![Playground scene](images/playground_scene.png)

This template is designed to work on many platforms, so it is an good starting point for projects aiming for streaming. If you want to achieve a high-end graphics, we recommend using the HDRP sample templates.

## Unity Render Streaming setup

1: Select **Window > Package Manager** in the menu bar.

![Install Package Manager from menu bar](images/install_select_packman_menu.png)

2: Check Package Manager window, Click **+** button and select **Add package by name**. If you use Unity 2020.3, select **Add package from git URL**.

![Select add package from git url](images/install_select_add_package_by_name.png)

3: Input the string below to the input field.

```
com.unity.renderstreaming
```

4: The **Render Streaming Wizard** window is opened automatically after installing the package. Select **Fix All**.

![Input system backend](images/wizard_fixall.png)

5: Select **Play** on Unity Editor.

## Launch web app

1: Select **Download latest version web app** on the Render Streaming Wizard window.

![Download web app](images/wizard_download_webapp.png)

2: Launch the app.

It is succeeded if you can see logs in the console like below.

![Launch web app on terminal](images/launch_webapp_terminal.png)

## Connect from browser

1: Launch the browser. <br/> Please see the supported browsers list in the [Requirements](index.md) page.

2: Go to **http://127.0.0.1** on the browser.

3: Select **Receiver Sample**.

![Browser Index Page](images/browser_index_page.png)

4: Select **Play**.

You can see the game view on the browser, and the mouse and keyboard input effects the game view.

![Connect from browser](images/connect_from_browser.png)

## Connect from mobile browser

1: This project contains virtual gamepad. Please select **UI_Canvas_StarterAssetsInputs_Joysticks** in Hierarchy window, and set active.

You can see the gamepad in Game View.

![Activate virtual gamepad](images/playground_scene_virtualpad.png)

2: When connecting from a mobile browser, the SSL certificate must be enabled on the signaling server. Please see [this page](https.md).

3: Start the signaling server using the created certificate. Please see the options of web server [here](webapp.md)

4: Set the new **URL** of the web server to Signaling Settings in Project Settings window.

5: Select **Play** on the Unity Editor.

6: Access the web page from the mobile browser.

You don't mind it if you see the warning page like below.

![This Connection Is Not Private](images/browser_warning_cert.png)

7: Select **Receiver Sample**.

You can see the game view on the mobile browser.

## Next Step

This tutorial explained an example using the Unity Project created from a template, and manipulating the character in 3D game from web browsers. An another example, developers can do the same by setting up some components on the scene. Please see [this page](dev-streaming-app-intro.md). This method allows for more detailed customization.