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Shows how to load a Unity 3D asset into the Windows 10 3D print dialog. From there, the user can repair the model, make simple modifications, and send it to a local 3D printer or an online 3D print service.
Note: This sample is part of a large collection of UWP feature samples. If you are unfamiliar with Git and GitHub, you can download the entire collection as a ZIP file, but be sure to unzip everything to access shared dependencies. For more info on working with the ZIP file, the samples collection, and GitHub, see Get the UWP samples from GitHub. For more samples, see the Samples portal on the Windows Dev Center.
Note that this is not a traditional sample that you can simply load into Visual Studio. Follow the instructions below to create and run the sample.
In addition to Visual Studio and the Windows SDK, you need the following:
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Unity version 5.2.1p2 or later.
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The Unity plugin for Visual Studio. This can be installed as part of installing Unity, or you can download it manually.
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The 3D Builder app. This application comes preinstalled with Windows 10. If you have uninstalled it, you can reinstall it from the Microsoft Store.
A basic understanding of Unity is assumed. Learn how to get started with Unity here
We provide only the scripts Print3D.cs and Turn.cs. You will create the scene and the model (fbx model, material, and texture) yourself.
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Start Unity and create a new 3D project.
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Import an asset from the Unity store. For this sample, we will use Cartoon crucian carp.
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Create an empty GameObject and drag the FBX asset from the All Models folder into the newly-created GameObject.
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In the Assets\nnj3de_cruscarp folder of the project, click cruscarp.png. This will show "cruscarp Import Settings" in the Inspector pane.
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In the Inspector pane for "cruscarp Import Settings", set the Texture Type to Advanced, and then check the Read/Write Enabled checkbox, and then set the Format to RGBA 32 bit.
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Click Apply at the bottom of the Inspector pane to apply the changes.
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Go to the All Scripts folder, right-click an empty space, and select Import New Asset. Select the Print3D.cs and (optionally) Turn.cs files from this sample. The Turn.cs script lets the user rotate the object and inspect it within the Unity editor.
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Expand the GameObject you created in step 3 to reveal the cruscarp node. Expand the cruscarp node to reveal a second cruscarp node. This is the rendering mesh.
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Drag the Print3D.cs file (and optionally Turn.cs file) from the All Scripts folder onto the rendering mesh node you revealed in step 8.
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From the File menu, select Build Settings, and set the Platform to Windows Store, SDK to Universal 10, and Build Type to XAML. Click Build and choose a folder that will receive the generated C# project.
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Open the generated csproj file in a text editor to fix an error in Unity's code generation: Search for the lines
10.0.N.0.0
and
<SDKReference Include="WindowsMobile, Version=10.0.N.0.0">
(The value of N will depend on the SDK you are using.)
Delete the extra .0:
<TargetPlatformVersion>10.0.N.0</TargetPlatformVersion>
<SDKReference Include="WindowsMobile, Version=10.0.N.0">
You can now open the .sln file in Visual Studio and build the sample. When you run the sample, click the 3D Print button to launch the Windows 10 3D Print dialog. From this dialog, you can order your model online or send it to a local printer.
From the Modules window, choose Assembly-CSharp.dll. Find the symbol from your solution folder and load it. Within your script, set your breakpoints.
Additionally, you can inspect the 3MF file that has been generated using the commented function in Print3D.cs.
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Print3DManager class launches the print dialog
Client: Windows 10 Version 1511
Phone: Windows 10 Version 1511