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Friday, May 21st, 2021 Posted by Jim Thacker Amazon has released Lumberyard 1.28, the latest beta of the game engine and development environment, adding a new Twitch API Gem and streamlining the install process.Support for the latest Twitch API, but most of the dev work is going into the new Atom rendererAlthough it has been five months since the previous release, Lumberyard 1.28 really isn’t a major update: its main feature is support for the latest Twitch API when integrating games with the online streaming platform.In addition, there are quality-of-life improvements to the Setup Assistant and Project Configurator, to streamline the process of installing Lumberyard and creating new projects.In its blog post announcing the release, Amazon attributes the lack of new features to ongoing work on underlying technologies like Atom, its upcoming physically based render engine.Availability and system requirementsLumberyard 1.28 is available now. The editor runs on Windows 7 and above.The engine is free to use for developing offline and local multiplayer games, including source code access; online games must use Amazon Web Services, charged at Amazon’s standard AWS rates.Read a full list of new features in Lumberyard 1.28 in the online release notesVisit the Lumberyard product website

Amazon's new game engine, Lumberyard, is free and great for anyone with a budding interest in game and asset creation. This set of basic steps is the first in a series of Lumberyard walkthroughs. We're going to start by creating a very basic scene in Lumberyard. The tutorial will explore the simple workflow basics you'll need to master in order to start creating inside this platform. In coming tutorials we'll make it more complex by creating a small level, complete with assets we'll rig and texture, before moving into atmospherics and cinematics to really show what can be done in Lumberyard from scratch. We'll also lightly cover AI, storytelling, sound, compiling and debugging. Daily design news, reviews, how-tos and more, as picked by the editors.Thank you for reading 5 articles this month* Join now for unlimited accessEnjoy your first month for just £1 / $1 / €1*Read 5 free articles per month without a subscriptionJoin now for unlimited accessTry first month for just £1 / $1 / €1Cirstyn is a freelance CG artist and educator, with over 15 years' experience in 3D. Her clients include AMD and Daz, and she has written for 3D World magazine for a number of years. She is a certified agile (software) project manager, an avid reader and gamer.

Thicknesses. Therefore, it is essential to round your board feet calculation to match these increments.To round your board feet calculation, follow these steps:Determine the increment used by the lumberyard: Check with the lumberyard where you plan to purchase your lumber to find out the increments they sell.Apply the rounding rule: Round your board feet calculation to the nearest increment specified by the lumberyard. If the calculation falls halfway between two increments, round up to the higher increment.For example, if the lumberyard sells lumber in half-inch increments and your calculation results in 7.3 board feet, you would round up to 7.5 board feet. Similarly, if your calculation results in 7.6 board feet, you would also round up to 7.5 board feet.By rounding your board feet calculation to the nearest increment, you ensure that you purchase the correct amount of lumber without any surplus or shortage. This practice also helps you avoid unnecessary expenses and waste.Common Mistakes to AvoidWhen it comes to calculating board feet, there are a few common mistakes that many people make. By being aware of these mistakes, you can ensure that your calculations are accurate and avoid any unnecessary errors. In this section, we will discuss two of the most common mistakes: overlooking additional dimensions and incorrect conversion of measurements.Overlooking Additional DimensionsOne of the biggest mistakes that people make when calculating board feet is overlooking additional dimensions. It’s easy to focus solely on the length, width, and thickness of a piece of lumber and forget to take into account any other dimensions that may be present. This can lead to inaccurate calculations and potentially result in wasted materials or incorrect estimations.For example, let’s say you are working on a project that requires a piece of lumber that is 6 feet long, 4 inches wide, and 1 inch thick. It’s important to consider if there are any other dimensions that need to be accounted for, such as the width of the lumber. If the lumber has rounded edges or a beveled edge, these additional dimensions need to be factored in to get an accurate board feet calculation.To avoid overlooking additional dimensions, it’s essential to carefully examine the piece of lumber and take note of any irregularities or variations in its shape. By doing so, you can ensure that you have all the necessary measurements before proceeding with the board feet calculation.Incorrect Conversion of MeasurementsAnother common mistake when calculating board feet is the incorrect conversion of measurements. This mistake often occurs when there is a mix-up between inches and feet or when the wrong conversion factor is used. It’s crucial to convert all measurements to the same unit before applying the board feet formula.To avoid this mistake, it’s helpful to have a clear understanding of the conversion factors between inches and feet. There are 12 inches in a foot, so if you have a measurement in inches, you’ll need to divide it by 12 to convert it to feet. On the other hand, if you have a measurement in feet,

Table of Contents What Engine is Best for VR?#1. Unity#2. Unreal Engine#3. Lumberyard#4. CRYENGINE#5. ApertusVR#6. AppGameKit VR#7. Godot#8. CopperCubeVR Game Convention & Best PracticeFAQsIs Unreal or Unity better for VR?Is Unreal 5 good for VR?Is VR Unity hard?Why is VR so hard?ConclusionIn 2024, the landscape of VR game engines has evolved, offering diverse options for developers. So, what engine is best for VR?Unveiling the top 8 VR game engines, this exploration delves into the features, benefits, and unique attributes that make each engine stand out. Whether you’re a seasoned developer or just stepping into the world of VR, discover the engines shaping the future of virtual reality gaming.What Engine is Best for VR?Besides Unity, there are many VR game engines you must try such as Unreal Engine, Lumberyard, CRYENGINE, and more. Below are the VR game engines I have tested and promise to help you create the best games.#1. UnityUnityUnity is the top choice for making VR games. It’s super popular and keeps getting better. Whether you’re a pro or just starting, Unity’s the way to go. It lets you create VR apps and games in real-time, plus you can work on 2D and 3D games too. Unity is not only for experts; beginners can learn it easily.What’s cool about Unity is that it plays well with other tools like AppMetrica, ARCore, Daz 3D, and more. So, you can use lots of helpful stuff. Even though it’s powerful, Unity is still user-friendly, making it great for everyone.You can get Unity