Solid Angle 3ds Max to Arnold 4.1.0.71

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Solid Angle 3ds Max to Arnold 4.1.0.71 | 857.4 mb
The Arnoldrenderer product team is pleased to announce the availability of Arnold (or MAXtoA) 4.1.0.71 for Autodesk 3ds Max. MAXtoA 4.1.0 is a feature release introducing the Arnold RenderView, initial support for tyFlow, enhanced baking to texture.

This version uses the Arnold 6.0.4.0 core

Enhancements:

- Arnold RenderView: an interactive rendering (IPR) utility designed to give real-time feedback on any changes made to the scene while solving the limitations of the legacy render view.
- tyFlow instancer: support for both the 'Shape/Mesh' operators and tyFlow's new 'Instance Node' operator (WIP). Tested internally with tyFlow v0.16089.
- Baking using GPU is now matching CPU, except for some very specific elements such as Lighting (3ds Max 2021 only).
- Baking: several projected elements can now be baked in a single render pass, instead of one pass per each element (3ds Max 2021.2 only).
- Baking: roughness and metalness can now be baked also when the parameters are unconnected (3ds Max 2021 only).
- Logging to file: leveraging the new messaging API is fixing the problem of void or incomplete rendering log files.
- Mikkt Tangents and binormals can now be exported as vector user data, through the Arnold Properties modifier (3ds Max 2021 only).
- Enhanced tooltips for the Arnold lights and properties modifier.

Arnold Enhancements

- Automatic file path remapping: String parameter values can now be automatically modified according to the OS Arnold is running on. For example, this is useful when the artist workstations are running Windows but the renderfarm nodes are running Linux. Configuration is done with a JSON file that contains the strings to search and replace for each OS. This configuration file can be selected through the ARNOLD_PATHMAP environment variable. (#9311) For example:



Rim light control for the Toon shader: A new rim_light_tint float parameter was added to the toon shader to tint the color of the rim light using the base color of the surface. See the full documentation. (#9003)

Performance improvements on Windows with many cores and texture-heavy scenes: Several performance improvements have been made, particularly for those running Windows, using many cores, tiff based textures, and/or reading many textures/sec. Expected speedups can be anywhere from a few percent to orders of magnitude faster on many-core Windows machines. (#9515, #9685, #9686, #9695, #9709, #9761) For a medium complexity scene that uses exr based .tx textures we get the following speedups on Windows :

- String parameter path metadata: A new path metadata can be assigned to string parameters to give specific hints about how they will be handled. Currently available values are: file, folder and folderlist. Arnold will expand environment variables, apply the remapping, and handle backslashes on string parameters with the metadata. (#4969)
- AA_adaptive_threshold in log: The options.AA_adaptive_threshold used is now output in the log file. (#9841)
- Upgraded OSL: Arnold now uses OSL 1.11.6 bringing multiple optimizations and bug fixes, see the full list of changes. (#8917)

GPU Enhancements

- Global AOV shaders: The aov_shader option is now supported on GPU. This option defines a list of shaders that the renderer will evaluate after the regular surface shader. With this, it's possible to add shaders to set specific AOVs without modifying the original shader tree. See the option documentation. (#9394)
- Initial support for attributes in OSL: You can now retrieve user data bound to shapes via the getattribute function or via a lockgeom parameter attribute. This initial implementation still has some limitations when compared to the CPU implementation. Queryable attributes are currently restricted to those bound to the current shaded shape and attributes of the active render camera. Querying node parameters is also not yet supported. (#9666)
- Initial support for tracing in OSL: You can now use the trace function to trace rays in OSL shaders along with the getmessage function to retrieve information regarding any intersected object. This initial implementation has the restriction that you cannot yet query parameters on an intersected object. (#9797)

mtoa#4101 [ARV] breaks with IPR and Deformation Motion Blur vertex changing error.
mtoa#4278 [ARV] log window hangs maya
mtoa#4188 [ARV] Add menusFilter to OpenRenderView
mtoa#4240 Add additional bifrost graph default shader assignments to ignore
mtoa#4259 Arnold is not respecting Maya LOD visibility
mtoa#4189 Curve collector doesn't expose matte
mtoa#4243 Don't crash if Bifrost serialized data is empty
mtoa#4126 IPR doesn't update until camera move when changing motion blur length
mtoa#4269 Operator UI: Assignment expression editor always puts single codes around the value
mtoa#4251 Set proper ID to aiViewRegion
mtoa#4238 Ungrouping a light (skydome) needs updating in the IPR
mtoa#3583 VP2 aiRectangleAreaLight.xml errors when command line rendering.
mtoa#4193 alembic export ignores normals if they default values
mtoa#4255 error when adding override to objectSet in 2021
mtoa#4256 error when removing AOV via "remove AOV" menu
#9828 AiMetaDataGet/Set functions crash with a NULL node entry
#9746 [Alembic] sampled faceset data causes crash
#9816 [Alembic] Velocities data on curves not applied correctly
#9515 Allow IPR to properly scale past 64 cores on Windows
#9809 Allow maketx to use either single dash or double dashes for arguments
#9684 Arnold ignores non-linear output color spaces on images wider than 8 bit
#9020 Back slashes in strings get changed to forward slashes when queried or written to .ass
#9672 Better duplicate output detection
#9749 BVH with 3+ motion keys is missing AiProfileBlock
#9575 Crash when calling AiMsg while the Arnold session is ending
#9725 [GPU] Arnold prematurely runs out of memory with on demand textures
#9748 [GPU] Crash in GPU prepare when failing to compile programs
#9794 [GPU] fov not set when using custom perspective camera
#9852 [GPU] GPU crash with multiple shaders connected to the UV camera post_bake
#9580 [GPU] Incorrect "Insufficient device memory" error when using NVLink
#9692 [GPU] Incorrect result when calling user data shaders from uv_camera.post_bake
#9771 [GPU] OptiX denoiser incorrectly accumulates feature buffers in progressive mode with multiple filters
#9774 [GPU] OSL: Don't throw exceptions when getattribute is called
#9636 [GPU] OSL texture crash when toggling devices
#9202 [GPU] Precision issue in bump mapping
#9532 [GPU] Random crash during the GPU prepare stage
#9801 [GPU] "Unable to load Optix library" error on Tesla and TCC GPUs on Windows
#8956 kick logs show superfluous plugin loading messages before official log start
#9758 Make smart opaque robust to numerical precision error
#7934 mesh_light with degenerate triangles has poor performance
#9522 [OSL] Arnold can fail to find stdosl.h when the path to Arnold contains specific characters on Windows
#9840 [OSL] Crash when SIP is enabled on MacOS 10.14 when using OSL
#9607 Parsing errors in ass file parameters should abort scene loading
#9659 Potential memory leak when using _triggers_reinitialize metadata
#9753 Prevent texture cache from being smaller than 2GB
#9863 Print license error details at warning level
#9845 Python binding for AiParamGetType returns c_int instead of c_uint8
#9762 Slow build with many ginstances of many-prim objects
#9595 Slow node update of VDB volumes on Windows and Linux even when volume did not change
#9610 Spurious render message when using -default_nodes in kick
#9644 Using AOV write shaders increases texture usage
#9638 Wrong exterior illumination with portal lights in interior_exterior mode
usd#463 Texture coordinates of texcoord2f type are not read correctly

Arnold for 3ds Max is an unbiased, physically based, ray tracing 3D rendering engine. It is the default complex rendering engine that comes along with 3ds Max, and it is one of the most used engines in major productions like Gravity, Elysium, Pacific Rim, Alice in Wonderland, and many others. It excels itself in achieving reliable, good looking, realistic results rather quickly, which can give the user time to spend improving the actual scene, rather than tweaking its settings.

In this tutorial which is a part of " Comprehensive introduction to Arnold for 3ds Max" course , we learn how to approach interior lighting in Arnold for 3ds Max.

Solid Angle SL is the technology company behind the Arnold rendering software, with offices in Madrid and London and customers throughout the world including Framestore, DreamWorks, ILM, Sony Pictures Imageworks, MPC, The Mill, Mikros Image and Rising Sun Pictures. Arnold was designed from the ground up to efficiently raytrace the complex geometric datasets required for feature­-length CGI animation and big­ budget visual effects, while at the same time simplifying the pipeline, reducing the number of passes, minimizing storage requirements and greatly enhancing interactivity for lighting artists.

Product: Solid Angle 3ds Max to Arnold
Version: 4.1.0.71
Supported Architectures: x64
Website Home Page :

http://www.arnoldrenderer.com]www.arnoldrenderer.com

Language: english
System Requirements: PC *
Size: 857.4 Gb

- Compatible with 3ds Max 2019-2021
- Windows 7 or later, with the Visual Studio 2015 redistributable
- CPUs need to support the SSE4.1 instruction set
- Optix denoiser requires an NVidia GPU with CUDA Compute Capability 5.0 and above
- Arnold GPU requires an NVIDIA GPU of the Turing, Volta, Pascal, or Maxwell architecture. We recommend using the 451.77 or higher drivers on Windows. See Getting Started with Arnold GPU for more information.

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