Differences

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--- inspiration [2020/09/03 16:07] – paguirre
+++ inspiration [2020/09/03 17:42] (current) – paguirre
@@ Line 17: / Line 17: @@
 They used two different rig hierarchies. One for the body the other for the head.
-Body Rig: -> Classical full body game rig. Skin weights up to the torso.
+==Body Rig==
-             Corrective blendsahapes for the hands and the back.
+Classical full body game rig. Skin weights up to the torso.
-Head Rig: -> Combination of Joint hierarchy and over 200 Blendshapes.
+Corrective blendshapes for the hands and the back.
+==Head Rig==
+Combination of Joint hierarchy and over 200 Blendshapes.
 === Model ===
 Non-deforming body parts like the gum don't have an optimized topology.
 All the hair consists of cards. Hair is exported as a separated object and is not part of the head mesh. It's attachment to the deforming mesh happens in Unity.
 ==== Unity Files ====
@@ Line 31: / Line 34: @@
 === Attachment Tools ===
-The Unity Team developed a set of very useful tools to attach elements to a deforming mesh in realtime.
+The Unity Team developed a set of very useful tools to attach elements to a deforming mesh in realtime. You can implement those tools in your own project by getting them [[https://github.com/Unity-Technologies/com.unity.demoteam.digital-human| here]].
-You can implement those tools in your own project by getting them [[https://github.com/Unity-Technologies/com.unity.demoteam.digital-human | here]].
-First an empty dataset is created.
+First an empty dataset is created in the Assets Window. (right click -> Digital Human -> skin attachment data )
+Then in the outliner you select the object you want to have attached to the deforming mesh.
+Add a 'Skin Attachment Target'-Script to it's Inspector and specify the dataset you just added.
+Select the mesh driving the deformation, add a 'Skin Attachment'-Script to its inspector and specify the targets. (This only works if you insert the script after the 'Skinned Mesh Renderer'/'Mesh Renderer' )
+Go back to the inspector of the target and fill in the dataset with the required mesh information.
+As for now these tools only work with meshes being deformed by the GPU.
 === Shading & Rendering ===
-==== Links =====
+The skin and eyes are using a dedicated shader connected to a set of dedicated scripts.
+The eyes can easily be customized to fit the needs of the required reference model.
+We're still looking into the skin shader, particularly the system they applied to blend 82 different textures based on the faceshape.
+==== Links ====
+For further insight into this project, please refer to these links:
+=== Readings ===
+[[ https://blogs.unity3d.com/2020/06/10/making-of-the-heretic-digital-human-character-gawain/ | Blog with emphasis on artistic aspects]]
+[[https://blogs.unity3d.com/2020/07/10/making-of-the-heretic-digital-human-tech-package/ | Blog with emphasis on the technical aspects]]
+=== Code and Material ===
+[[https://github.com/Unity-Technologies/com.unity.demoteam.digital-human.sample | Unity Digital Human Assets]]
+[[https://github.com/Unity-Technologies/com.unity.demoteam.digital-human | Unity Digital Human Tools]]
 ===== RealTime PreViz =====
@@ Line 79: / Line 108: @@
   * 2017 [[https://www.youtube.com/watch?v=QzppfCSJodY|Dynamic Projection Mapping]]
 ====== Technology ======
@@ Line 127: / Line 155: @@
   * [[http://stillerstudios.com/|Stiller Studios]]
   * [[https://meowwolf.com/|Meow Wolf]]
 ====== Volumetric ======
   *  [[https://newsroom.intel.com/tag/intel-studios/|Intel Studio]]