Asset management and exporting is only half of the Unrobotic UE4 toolkit. Another ability of the tools is to lay out your levels in 3D Studio Max and then bring that into the Unreal Engine quickly and easily (and vice-versa). To help with level layout, the toolkit provides two object types - UE4 World and UE4 Object. This section takes a look at the former.
The UE4 World object is a representation of an Unreal Engine level/world that is placed in your scene in Max. The helper object can be considered the center of the world, or [0,0,0]. Let's open the example scene Practical Example - Level Layout.max provided and take a look at what's in it:
The UE4 World helper can be seen above at the centre of the level, represented by a wireframe sphere and an arrow showing 'forward' in the Unreal Engine (right in 3ds Max). As with the Export Node previously, clicking the object will bring up its properties. Here's a quick look through the important ones:
The main function of the UE4 World is to allow you to synchronise your scene between Max and UE4. It does this via the windows clipboard. In the example scene above, selecting the UE4 World object and then pressing the Copy button in the node's command panel will place 25 static mesh actors into the UE4 clipboard. The example Unreal Engine project provided includes pre-prepared level called BlankLevel. This level is clear apart from some preset lighting. Opening this in the Unreal Engine and selecting Edit->Paste, or pressing CTRL+V will place these 25 actors into the world:
The pasted actors all contain correct references to the SM static mesh assets that were previously exported from 3D Studio Max using the Export Node tool. Actors are all positioned, orientated and scaled correctly.
This world transfer goes both ways. Another included example scene demonstrates this following the steps below:
This results in the static mesh actors from the Unreal Engine clipboard being recreated in the Max scene. A UE4 Object is created for each static mesh actor and a visual representation (based on the Export Node scene) is xrefed into the viewport. This xref mesh moves with the UE4 Object and can be updated or refreshed if the asset Max file is changed:
You can freely transfer back and forth between UE4 and Max. Two utility macros are also included that can be mapped to the menu, keyboard or toolbar that make this step much simpler:
When you create a scene with a number of UE4 World objects, layers are used to determine which UE4 Objects belong to which UE4 World. If a world instance is on the default 0 layer it will assume all UE4 Objects in the scene (regardless lf layer) as being part of the world. If a UE4 World object is on a custom layer it will only consider other UE4 Objects on the same layer as belonging in that world. UE4 Objects can be parts of multiple worlds.
You can provide specific UE4 Objects that the world should ignore via ignore_ user-defined properties. For example, if you wanted to make sure an object called box01 was not included as part of the world, you would add the following to the world's user-defined properties:
ignore_box01=true
You can use either the object name, or the custom name you have provided in a UE4 Object's properties.
← 3.The Export Node | 5. UE4 Object → |
Part of the '3D Studio Max Unrobotic Unreal Engine toolset' series.
A release of the internal tools that I've developed over the years for working with Unreal Engine and 3D Studio Max
I'm Blake and I like to tinker with things and make stuff. When I'm not programming or developing random systems, I'm playing with electronics, doodling bits of art, 3D modelling or sculpting and painting things or nerding out watching sci-fi or horror TV.
From 2001 I worked in the games industry, eventually specialising in tools to aid in the development of video games and their engines. In 2011 I left the industry and teamed up with a few other talented composers to utilise my knowledge to help build the company 'Spitfire Audio'.
I also periodically compose soundtracks for video-games and have worked on titles such as The Stanley Parable, Portal Knights, Lost in Random as well as a few random projects such as trailer for Terraria and Minecraft and the like. You've probably also heard my music in random TV commercials at some point.
Nowadays I tend to utilise Unreal Engine 5. I use a mixture of (mostly) C++ (Visual Studio 2022, Rider) and Blueprints.
I work with Autodesk's 3D Studio Max to generate the art required, and Adobe Photoshop or Paintshop Pro 6 for texturing. I also dabble with Allegorithmic's Substance Designer/Painter for more realistic texturing work.
I tend to generate tools in Python, C++ or NodeJS depending on what's needed.
Audio-wise, I still use Reaper, Cool Edit Pro and FL Studio to generate sounds and music respectively.