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@@ -22,7 +22,7 @@ Here it is in action:
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<iframe width="560" height="315" src="https://www.youtube.com/embed/AZytf15FRks" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe>
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<iframe width="560" height="315" src="https://www.youtube.com/embed/AZytf15FRks" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe>
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-As you can see, there's many customization and settings available in the editor:
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+As you can see, there are many customizations and settings available in the editor:
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@@ -48,24 +48,34 @@ We also expect dropping .NET Framework and supporting only .NET Core will greatl
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Later down the road, we plan to switch to .NET 5 once it's in good enough shape.
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Later down the road, we plan to switch to .NET 5 once it's in good enough shape.
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-### GPU Instancing the smart way
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+### Flexible GPU Instancing
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-Aka geometry instancing. Thanks to another big community contribution, Stride now supports GPU instancing per model. The nice thing about it is, that it plays together with the entity-component system. Simply add an Instancing component to a entity with a model. Now you can choose between 3 ways of how to generate the instances:
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+Aka geometry instancing. Thanks to another big community contribution sponsored by [vvvv](https://visualprogramming.net/), Stride now supports GPU instancing per model.
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-* EntityTransform, uses the transformation of other entities with an Instance component. This allows to add components like physics, audio, etc. to each instance.
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-* UserArray, for providing an array of matrices via script
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-* UserBuffer, for providing a structured buffer (GPU resource) of matrices via script
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+
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-New component Instancing that controls the instancing of a "Master" entity with a model
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-New component Instance that represents a single instance and references an Instancing component
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-Instancing has 3 strategies for collecting the instance transformations:
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+The nice thing about it is, that it plays together with the entity-component system: Simply add an Instancing component to an entity with a model. Then you can choose between 3 ways of how you generate the instances:
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+* _EntityTransform_, uses the transformation of other entities with an Instance component. This allows to add components like physics, audio, etc. to each instance.
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+* _UserArray_, for providing an array of matrices via script
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+* _UserBuffer_, for providing a structured buffer (GPU resource) of matrices via script
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+_UserArray_ and _UserBuffer_ even allow you to specify how the matrix is multiplied with the parent transformation.
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+It even works with skinning:
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+Picking individual instances in Game Studio works as well and selects the entity with the respective Instance component.
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+There are also have two new entity templates:
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+An example project that shows the new features can be found here: [StrideTransformationInstancing](https://github.com/tebjan/StrideTransformationInstancing)
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-UserArray and UserBuffer allow specifying how the world transformation of the "Master" entity is used:
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-Ignore, only the instance transformation is used
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-PreMultiply, World is multiplied before the instance transformation
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-PostMultiply, World is multiplied after the instance transformation
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-EntityTransform mode has support in Game Studio and always uses Ignore mode so the gizmos match
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-Picking individual instances in Game Studio works as well and selects the entity with the respective Instance component
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### Graphics API: different selection mechanism + Vulkan improvements
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### Graphics API: different selection mechanism + Vulkan improvements
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@@ -91,3 +101,15 @@ The C# beginner series should be fully recorded by the end of July 2020.
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After those videos are done, Jorn will put his focus on the C# Intermediate project template. Here a is work in progress screenshot on the raycasting tutorial:
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After those videos are done, Jorn will put his focus on the C# Intermediate project template. Here a is work in progress screenshot on the raycasting tutorial:
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+
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+### New Developers are Welcome!
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+The Stride GitHub repository has more closed pull requests than open issues. This is a good sign! But in order to move faster and adapt to new technologies, we would be very happy to see more new talents in our friendly and professional developer community.
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+There are several good reasons to join us:
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+* Writing engine code in C# is fun and quite productive
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+* Stride users will work with what you create
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+* We are happy to help, should you get stuck
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+* You can learn a lot, the Stride code base is very professional and has high quality standards
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+* An open-source contribution is a great addition to your portfolio
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+No matter whether you (or someone you know) can contribute documentation updates or new rendering technologies, we welcome everyone!
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tebjan
