first rough concept for 3dsmax user doc

website/docs/artist_hosts_3dsmax.md

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+---
+id: artist_hosts_3dsmax
+title: 3dsmax
+sidebar_label: 3dsmax
+---
+
+## Still Work In Progress Doc
+
+-   [Set Context](artist_tools_context_manager)
+-   [Work Files](artist_tools_workfiles)
+-   [Create](artist_tools_creator)
+-   [Load](artist_tools_loader)
+-   [Manage (Inventory)](artist_tools_inventory)
+-   [Publish](artist_tools_publisher)
+-   [Library Loader](artist_tools_library_loader)
+
+## Working with OpenPype in 3dsmax
+
+OpenPype is here to ease you the burden of working on project with lots of
+collaborators, worrying about naming, setting stuff, browsing through endless
+directories, loading and exporting and so on. To achieve that, OpenPype is using
+concept of being _"data driven"_. This means that what happens when publishing
+is influenced by data in scene. This can by slightly confusing so let's get to
+it with few examples.
+
+
+## Setting scene data
+
+Blender settings concerning framerate, resolution and frame range are handled
+by OpenPype. If set correctly in Ftrack, Blender will automatically set the 
+values for you.
+
+
+## Publishing models
+
+### Intro
+
+Publishing models in Blender is pretty straightforward. Create your model as you
+need. You might need to adhere to specifications of your studio that can be different
+between studios and projects but by default your geometry does not need any
+other convention.
+
+![Model example](assets/blender-model_example.jpg)
+
+### Creating instance
+
+Now create **Model instance** from it to let OpenPype know what in the scene you want to
+publish. Go **OpenPype → Create... → Model**.
+
+![Model create instance](assets/blender-model_create_instance.jpg)
+
+`Asset` field is a name of asset you are working on - it should be already filled
+with correct name as you've started Blender or switched context to specific asset. You
+can edit that field to change it to different asset (but that one must already exists).
+
+`Subset` field is a name you can decide on. It should describe what kind of data you
+have in the model. For example, you can name it `Proxy` to indicate that this is
+low resolution stuff. See [Subset](artist_concepts.md#subset).
+
+<!-- :::note LOD support
+By changing subset name you can take advantage of _LOD support_ in OpenPype. Your
+asset can contain various resolution defined by different subsets. You can then
+switch between them very easy using [Inventory (Manage)](artist_tools_inventory).
+There LODs are conveniently grouped so they don't clutter Inventory view.
+
+Name your subset like `main_LOD1`. Important part is that `_LOD1`. You can have as many LODs as you need.
+::: -->
+
+Read-only field just under it show final subset name, adding subset field to
+name of the group you have selected.
+
+`Use selection` checkbox will use whatever you have selected in Outliner to be
+wrapped in Model instance. This is usually what you want. Click on **Create** button.
+
+You'll notice then after you've created new Model instance, there is a new 
+collection in Outliner called after your asset and subset, in our case it is
+`character1_modelDefault`. The assets selected when creating the Model instance
+are linked in the new collection.
+
+And that's it, you have your first model ready to publish.
+
+Now save your scene (if you didn't do it already). You will notice that path
+in Save dialog is already set to place where scenes related to modeling task on
+your asset should reside. As in our case we are working on asset called
+**character1** and on task **modeling**, path relative to your project directory will be
+`project_XY/assets/character1/work/modeling`. The default name for the file will
+be `project_XY_asset_task_version`, so in our case 
+`simonetest_character1_modeling_v001.blend`. Let's save it.
+
+![Model create instance](assets/blender-save_modelling_file.jpg)
+
+### Publishing models
+
+Now let's publish it. Go **OpenPype → Publish...**. You will be presented with following window:
+
+![Model publish](assets/blender-model_pre_publish.jpg)
+
+Note that content of this window can differs by your pipeline configuration.
+For more detail see [Publisher](artist_tools_publisher).
+
+Items in left column are instances you will be publishing. You can disable them
+by clicking on square next to them. White filled square indicate they are ready for
+publishing, red means something went wrong either during collection phase
+or publishing phase. Empty one with gray text is disabled.
+
+See that in this case we are publishing from the scene file
+`simonetest_character1_modeling_v001.blend` the Blender model named 
+`character1_modelDefault`.
+
+Right column lists all tasks that are run during collection, validation,
+extraction and integration phase. White items are optional and you can disable
+them by clicking on them.
+
+Lets do dry-run on publishing to see if we pass all validators. Click on flask
+icon at the bottom. Validators are run. Ideally you will end up with everything
+green in validator section.
+
+### Fixing problems
+
+For the sake of demonstration, I intentionally kept the model in Edit Mode, to
+trigger the validator designed to check just this.
+
+![Failed Model Validator](assets/blender-model_publish_error.jpg)
+
+You can see our model is now marked red in left column and in right we have
+red box next to `Mesh is in Object Mode` validator.
+
+You can click on arrow next to it to see more details:
+
+![Failed Model Validator details](assets/blender-model_error_details.jpg)
+
+From there you can see in **Records** entry that there is problem with the
+object `Suzanne`. Some validators have option to fix problem for you or just 
+select objects that cause trouble. This is the case with our failed validator.
+
+In main overview you can notice little A in a circle next to validator
+name. Right click on it and you can see menu item `select invalid`. This
+will select offending object in Blender.
+
+Fix is easy. Without closing Publisher window we just turn back the Object Mode.
+Then we need to reset it to make it notice changes we've made. Click on arrow
+circle button at the bottom and it will reset the Publisher to initial state. Run
+validators again (flask icon) to see if everything is ok.
+
+It should OK be now. Write some comment if you want and click play icon button
+when ready.
+
+Publish process will now take its course. Depending on data you are publishing
+it can take a while. You should end up with everything green and message
+**Finished successfully ...** You can now close publisher window.
+
+To check for yourself that model is published, open
+[Asset Loader](artist_tools_loader) - **OpenPype → Load...**.
+There you should see your model, named `modelDefault`.
+
+### Loading models
+
+You can load model with [Loader](artist_tools_loader). Go **OpenPype → Load...**,
+select your rig, right click on it and click **Link model (blend)**.
+
+## Creating Rigs
+
+Creating and publishing rigs with OpenPype follows similar workflow as with
+other data types. Create your rig and mark parts of your hierarchy in sets to
+help OpenPype validators and extractors to check it and publish it.
+
+### Preparing rig for publish
+
+When creating rigs in Blender, it is important to keep a specific structure for
+the bones and the geometry. Let's first create a model and its rig. For
+demonstration, I'll create a simple model for a robotic arm made of simple boxes.
+
+![Blender - Simple model for rigging](assets/blender-rig_model_setup.jpg)
+
+I have now created the armature `RIG_RobotArm`. While the naming is not important,
+you can just adhere to your naming conventions, the hierarchy is. Once the models
+are skinned to the armature, the geometry must be organized in a separate Collection.
+In this case, I have the armature in the main Collection, and the geometry in 
+the `Geometry` Collection.
+
+![Blender - Rig Hierarchy Example](assets/blender-rig_hierarchy_example.jpg)
+
+When you've prepared your hierarchy, it's time to create *Rig instance* in OpenPype.
+Select your whole rig hierarchy and go **OpenPype → Create...**. Select **Rig**.
+
+![Blender - Rig Hierarchy Example](assets/blender-rig_create.jpg)
+
+A new collection named after the selected Asset and Subset should have been created.
+In our case, it is `character1_rigDefault`. All the selected armature and models
+have been linked in this new collection. You should end up with something like
+this:
+
+![Blender - Rig Hierarchy Example](assets/blender-rig_hierarchy_before_publish.jpg)
+
+### Publishing rigs
+
+Publishing rig is done in same way as publishing everything else. Save your scene
+and go **OpenPype → Publish**. For more detail see [Publisher](artist_tools_publisher).
+
+### Loading rigs
+
+You can load rig with [Loader](artist_tools_loader). Go **OpenPype → Load...**,
+select your rig, right click on it and click **Link rig (blend)**.
+
+## Layouts in Blender
+
+A layout is a set of elements that populate a scene. OpenPype allows to version
+and manage those sets.
+
+### Publishing a layout
+
+Working with Layout is easy. Just load your assets into scene with
+[Loader](artist_tools_loader) (**OpenPype → Load...**). Populate your scene as
+you wish, translate each piece to fit your need. When ready, select all imported
+stuff and go **OpenPype → Create...** and select **Layout**. When selecting rigs,
+you need to select only the armature, the geometry will automatically be included.
+This will create set containing your selection and marking it for publishing.
+
+Now you can publish is with **OpenPype → Publish**.
+
+### Loading layouts
+
+You can load a Layout using [Loader](artist_tools_loader)
+(**OpenPype → Load...**). Select your layout, right click on it and
+select **Link Layout (blend)**. This will populate your scene with all those
+models you've put into layout.

website/sidebars.js

@@ -49,6 +49,7 @@ module.exports = {
                     ],
                 },
                 "artist_hosts_blender",
+                "artist_hosts_3dsmax",
                 "artist_hosts_harmony",
                 "artist_hosts_houdini",
                 "artist_hosts_aftereffects",