Merge pull request #3792 from keveleigh/fix-docs-build

Fix docs build

Author: wiwei

Documentation/SpatialAwareness/ConfiguringSpatialAwarenessMeshObserver.md

@@ -40,15 +40,15 @@ The observer shape defines the type of volume that the mesh observer will use wh
 
 #### Axis Aligned Cube
 
-An axis aligned cube volume is a rectangular shape that stays aligned with the axes of the world coordinate system, as determened at application startup.
+An axis aligned cube volume is a rectangular shape that stays aligned with the axes of the world coordinate system, as determined at application startup.
 
 #### User Aligned Cube
 
 A user aligned cube volume is a rectangular shape that rotates to align with the users local coordinate system.
 
 ### Observation Extents
 
-The observation extents define the distance from the observation point that meshes will be observed. When the [Observer Shape](#observer-shape) is set to Sphere, the X value of the extents will be used as the radius of the sphere.
+The observation extents define the distance from the observation point that meshes will be observed. When the [Observer Shape](#observer-shape) is set to sphere, the X value of the extents will be used as the radius of the sphere.
 
 ## Physics Settings
 
@@ -64,27 +64,27 @@ Specifies whether or not the mesh observer will recalculate the normals of the m
 
 ## Level of Detail Settings
 
-![Mesh Observer Level of Detail Settings](../../External/ReadMeImages/MeshObserverLevelOfDetailSettings.png)
+![Mesh Observer Level of Detail Settings](../../External/ReadMeImages/SpatialAwareness/MeshObserverLevelOfDetailSettings.png)
 
 ### Level of Detail
 
 Specifies the level of detail (LOD) of the spatial mesh data. Currently defined values are Coarse, Fine and Custom.
 
-The Coarse LOD generally place a smaller impact on application performance and are an excellent choice for navigation and plane finding.
+The Coarse LOD generally places a smaller impact on application performance and are an excellent choice for navigation and plane finding.
 
-The Fine LOD generally exact a higher performance impact on application performance and are a great option for occlusion meshes.
+The Fine LOD generally exacts a higher performance impact on application performance and are a great option for occlusion meshes.
 
-The Custom LOD require the application to specify the [Triangles / Cubic Meter](#triangles-per-cubic-meter) value and allows applications to tune the accuracy vs. performance impact of the spatial mesh observer.
+The Custom LOD requires the application to specify the [Triangles / Cubic Meter](#triangles-per-cubic-meter) value and allows applications to tune the accuracy vs. performance impact of the spatial mesh observer.
 
-> Note: It is not guaranteed that all Triangles/Cubic Meter values are honored by all platforms. Experimentation and profiling is highlu recommended when using a custom LOD. 
+> Note: It is not guaranteed that all Triangles/Cubic Meter values are honored by all platforms. Experimentation and profiling is highly recommended when using a custom LOD. 
 
 ### Triangles per Cubic Meter
 
-When using the Custom [Level of Detail](#level-of-detail), specifies the requested value for the triangle density for the spatial mesh.
+When using the custom [Level of Detail](#level-of-detail), specifies the requested value for the triangle density for the spatial mesh.
 
 ## Display Settings
 
-![Mesh Observer Display Settings](../../External/ReadMeImages/MeshObserverDisplaySettings.png)
+![Mesh Observer Display Settings](../../External/ReadMeImages/SpatialAwareness/MeshObserverDisplaySettings.png)
 
 *Mesh Observer Display Settings*
 
@@ -110,5 +110,5 @@ Indicates the material to be used to cause the spatial mesh to occlude holograms
 - [IMixedRealitySpatialAwarenessObserver API documentation](xref:Microsoft.MixedReality.Toolkit.SpatialAwareness.IMixedRealitySpatialAwarenessObserver)
 - [IMixedRealitySpatialAwarenessMeshObserver API documentation](xref:Microsoft.MixedReality.Toolkit.SpatialAwareness.IMixedRealitySpatialAwarenessMeshObserver)
 - [BaseSpatialObserver API documentation](xref:Microsoft.MixedReality.Toolkit.SpatialAwareness.BaseSpatialObserver)
-- [Spatial Awareness System](SpatialAwarenessSystemGettingStarted.md)
+- [Spatial Awareness System](SpatialAwarenessGettingStarted.md)
 - [Using Spatial Awareness in an Application](../TODO.md)

Documentation/SpatialAwareness/SpatialAwarenessGettingStarted.md

@@ -10,9 +10,9 @@ between holograms and the real-world.
 Adding support for spatial awareness requires two key components of the Mixed Reality Toolkit: the 
 spatial awareness system and a supported platform provider.
 
-1. [Enable](enable-spatial-awareness) the spatial awareness system
-2. [Register](register-observers) and [configure](configure-observers) one or more spatial observers
-3. [Build and deploy](build-and-deploy) to a platform that supports spatial awareness
+1. [Enable](#enable-spatial-awareness) the spatial awareness system
+2. [Register](#register-observers) and [configure](#configure-observers) one or more spatial observers
+3. [Build and deploy](#build-and-deploy) to a platform that supports spatial awareness
 
 ### Enable Spatial Awareness
 
@@ -77,7 +77,7 @@ Once the spatial awareness system is configured with the desired observer(s), th
 and deployed to the target platform.
 
 > Some platforms, including Microsoft HoloLens, provide support for remote execution from within Unity. 
-This feature enables rapid development and testing without requring the build and deploy step. Be sure to do final acceptance testing using an built and deployed version of the application, running 
+This feature enables rapid development and testing without requiring the build and deploy step. Be sure to do final acceptance testing using an built and deployed version of the application, running 
 
 
 ## See Also