use intersphinx and doxylink references

Signed-off-by: Christian López Barrón <chris.gfz@gmail.com>

docs/source/connections_viewer.rst

@@ -1,9 +1,8 @@
 Connections Viewer
 ------------------
 
-From a given `prim`_, recursively traverse its connections through `UsdShade.ConnectableAPI`_.
-Every node represents a `prim`_, with its name at the top, followed by each of its inputs and outputs.
-Outputs are marked as red. Inputs are blue (light for non connected inputs, dark for ones with incoming connections).
+From a given :ref:`glossary:prim`, recursively traverse its :ref:`Connections <glossary:connection>` through :usdcpp:`UsdShadeConnectableAPI`.
+Every node represents a :ref:`glossary:prim`, with its name at the top, followed by each of its :usdcpp:`inputs <UsdShadeInput>` (colored dark blue if :usdcpp:`connected <UsdShadeInput::GetConnectedSources>`, else light blue) and :usdcpp:`outputs <UsdShadeOutput>` (in red).
 
 .. tab:: USDView
 
@@ -16,7 +15,3 @@ Outputs are marked as red. Inputs are blue (light for non connected inputs, dark
 .. tab:: Maya
 
     .. image:: images/connections_viewer_maya.jpg
-
-.. _UsdShade.ConnectableAPI: https://openusd.org/release/api/class_usd_shade_connectable_a_p_i.html
-.. _prim: https://openusd.org/release/glossary.html#usdglossary-prim
-

docs/source/install.rst

@@ -47,7 +47,7 @@ Extra Dependencies
 The following optional dependencies should be installed separately.
 
 - `graphviz`_ for graph widgets. See conda example below for instructions.
-- `usdview <https://openusd.org/release/toolset.html#usdview>`_
+- :ref:`toolset:usdview`
   (hopefully will be available soon via `pypi <https://pypi.org/>`_). In the meantime, it can be built from USD source
   (`conda recipe <https://github.com/PixarAnimationStudios/USD/issues/1260#issuecomment-656985888>`_).
 

docs/source/layer_content_browser.rst

@@ -1,7 +1,7 @@
 Layer Content Browser
 ---------------------
 
-Uses `sdffilter`_ and `usdtree`_ to display content from USD layers (regardless of format or if they have been saved on disk).
+Uses :ref:`toolset:sdffilter` and :ref:`toolset:usdtree` to display content from USD layers (regardless of format or if they have been saved on disk).
 
 Array attributes and time samples have their contents reduced to a maximum of 6 entries.
 
@@ -14,6 +14,3 @@ The browser can be opened from USDView's ``Composition`` tab (as shown above), a
 Images from formats supported by Qt through ``QtGui.QImageReader.supportedImageFormats`` will also be displayed:
 
 .. image:: images/layer_content_browser_image_tab_update.gif
-
-.. _sdffilter: https://openusd.org/release/toolset.html#sdffilter
-.. _usdtree: https://openusd.org/release/toolset.html#usdtree

docs/source/layerstack_composition.rst

@@ -1,10 +1,10 @@
 Layer Stack Composition
 -----------------------
 
-Similar to ``Prim Composition``, but available for the whole `stage`_ or multiple `prims`_ at once.
+Similar to ``Prim Composition``, but available for the whole :ref:`glossary:stage` or multiple :ref:`Prims <glossary:prim>` at once.
 This helps answer questions like:
 
--  What prims are being affected by `layers`_ X and Y?
+-  What :ref:`Prims <glossary:prim>` are being affected by :ref:`Layers <glossary:layer>` X and Y?
 
 .. tab:: USDView
 
@@ -20,13 +20,13 @@ This helps answer questions like:
 
 In the above example, we're inspecting `Animal Logic's USD ALab`_.
 
-1. On the upper left, all used layers in the composition of the inspected `stage`_ or `prims`_ are listed.
-2. On the upper right, all `prims`_ that are affected by the current selected `layers`_ are listed.
-3. On the bottom, a `composition arcs`_ graph is displayed for the selected `layers`_ plus the neighbors (predecessors and successors) for each of their `layerStacks`_.
+1. On the upper left, all used layers in the composition of the inspected :ref:`glossary:stage` or :ref:`Prims <glossary:prim>` are listed.
+2. On the upper right, all :ref:`Prims <glossary:prim>` that are affected by the current selected :ref:`Layers <glossary:layer>` are listed.
+3. On the bottom, a :ref:`glossary:composition arcs` graph is displayed for the selected :ref:`Layers <glossary:layer>` plus the neighbors (predecessors and successors) for each of their :ref:`LayerStacks <glossary:layerstack>`.
 
-   - Nodes in the network represent `layerStacks`_.
-   - Edges are the `composition arcs`_ between them (it follows the same color scheme as the ones provided by Pcp.PrimIndex.DumpToDotGraph).
-   - Options to filter `composition arcs`_ are provided above the network view.
+   - Nodes in the network represent :ref:`LayerStacks <glossary:layerstack>`.
+   - Edges are the :ref:`glossary:composition arcs` between them (it follows the same color scheme as the ones provided by :usdcpp:`PcpPrimIndex::DumpToDotGraph`).
+   - Options to filter :ref:`glossary:composition arcs` are provided above the network view.
 
      .. image:: images/layerstack_composition_arc_filter_options.jpg
 
@@ -40,14 +40,8 @@ In the above example, we're inspecting `Animal Logic's USD ALab`_.
 
 
 .. warning::
-    Time for computing this graph increases with stage complexity. So for larger stages, it is recommended to start the widget with the `prims`_ of interest rather than the complete `stage`_:
+    Time for computing this graph increases with stage complexity. So for larger stages, it is recommended to start the widget with the :ref:`Prims <glossary:prim>` of interest rather than the complete :ref:`glossary:stage`:
 
     .. image:: https://user-images.githubusercontent.com/8294116/131242428-7b06729d-f96e-4b92-b02f-1608e99859bd.gif
 
 .. _Animal Logic's USD ALab: https://animallogic.com/usd-alab
-.. _layerStacks: https://openusd.org/release/glossary.html#usdglossary-layerstack
-.. _layers: https://openusd.org/release/glossary.html#usdglossary-layer
-.. _stage: https://openusd.org/release/glossary.html#usdglossary-stage
-.. _prims: https://openusd.org/release/glossary.html#usdglossary-prim
-.. _composition arcs: https://openusd.org/release/glossary.html#usdglossary-compositionarcs
-

docs/source/prim_composition.rst

@@ -1,7 +1,7 @@
 Prim Composition
 ----------------
 
-Uses existing `USD Prim`_ utilities (`Usd.PrimCompositionQuery`_, `PrimIndex.DumpToDotGraph`_, `PrimIndex.DumpToString`_) to help inspect `composition arc details`_ beyond what is possible by default in USD view.
+Uses existing :ref:`glossary:prim` utilities (:usdcpp:`UsdPrimCompositionQuery`, :usdcpp:`PcpPrimIndex::DumpToDotGraph`, :usdcpp:`PcpPrimIndex::DumpToString`) to help inspect :ref:`glossary:composition arcs` beyond what is possible by default in :ref:`toolset:usdview`.
 To visualize the composition graph, the ``graphviz`` library needs to be available on the environment.
 
 .. tab:: USDView
@@ -21,51 +21,42 @@ Setting an Edit Target
 ~~~~~~~~~~~~~~~~~~~~~~
 
 The ``Prim Composition`` tree exposes a context menu with a ``Set as Edit Target`` item.
-This redirect edits under the selected arc by setting the current stage's `Edit Target`_.
+This redirect edits under the selected :ref:`arc <glossary:composition arcs>` by setting the current :ref:`stage's <glossary:stage>` :ref:`glossary:edittarget`.
 
-In the examples below, prims under ``ChairB_2`` and ``CheerioA_164`` have their `displayColor`_, ``doc`` and ``active`` properties modified in ``USDView``, ``Houdini`` and ``Maya`` respectively, and changes are inspected via the ``Layer Content Browser`` view.
+In the examples below, prims under ``ChairB_2`` and ``CheerioA_164`` have their :usdcpp:`displayColor <UsdGeomGprim::GetDisplayColorAttr>`, :usdcpp:`doc <UsdObject::GetDocumentation>` and :usdcpp:`active <UsdPrim::SetActive>` properties modified in ``USDView``, ``Houdini`` and ``Maya`` respectively, and changes are inspected via the ``Layer Content Browser`` view.
 
 .. tab:: USDView
 
-    #. The ``reference`` arc targeting the ``Chair.geom.usd`` layer is set as `Edit Target`_.
+    #. The :ref:`glossary:references` arc targeting the ``Chair.geom.usd`` :ref:`glossary:layer` is set as :ref:`glossary:edittarget`.
 
-       When `displayColor`_ is modified, the changes are visible on **both** ``ChairB_1`` **and** ``ChairB_2``, since they share the composition arc and the layer being modified.
+       When :usdcpp:`displayColor <UsdGeomGprim::GetDisplayColorAttr>` is modified, the changes are visible on **both** ``ChairB_1`` **and** ``ChairB_2``, since they share that arc.
 
-    #. The ``root`` arc targeting the ``Kitchen_set.usd`` layer is set as `Edit Target`_.
+    #. The :ref:`local arc <glossary:livrps strength ordering>` targeting the :ref:`local root <glossary:root layerstack>` ``Kitchen_set.usd`` layer is set as :ref:`glossary:edittarget`.
 
-       Once the `displayColor`_ is modified, the changes are visible on ``ChairB_2`` **only**, since nothing else shares that arc.
+       Once the :usdcpp:`displayColor <UsdGeomGprim::GetDisplayColorAttr>` is modified, the changes are visible on ``ChairB_2`` **only**, since nothing else shares that arc.
 
     .. image:: https://user-images.githubusercontent.com/8294116/156912114-a24b81f4-63b1-4b62-9d84-9e2c07aaef5c.gif
 
 .. tab:: Houdini
 
-    #. The ``payload`` arc targeting the ``Cheerio_payload.usd`` layer is set as `Edit Target`_.
+    #. The :ref:`glossary:payload` arc targeting the ``Cheerio_payload.usd`` layer is set as :ref:`glossary:edittarget`.
 
-       When ``doc`` of the ``CheerioA_164`` prim is modified, the changes are visible on **all** ``CheerioA_*`` prims, since they share the composition arc and the layer being modified.
+       When :usdcpp:`doc <UsdObject::GetDocumentation>` of the ``CheerioA_164`` prim is modified, the changes are visible on **all** ``CheerioA_*`` prims, since they share the composition arc and the layer being modified.
 
-    #. The ``root`` arc targeting the anonymous houdini LOP layer is set as `Edit Target`_.
+    #. The :ref:`local arc <glossary:livrps strength ordering>` arc targeting the anonymous houdini LOP layer from the :ref:`glossary:root layerstack` is set as :ref:`glossary:edittarget`.
 
-       Once the ``doc`` is modified, the changes are visible on ``CheerioA_164`` **only**, since nothing else shares that arc.
+       Once the :usdcpp:`doc <UsdObject::GetDocumentation>` is modified, the changes are visible on ``CheerioA_164`` **only**, since nothing else shares that arc.
 
     .. image:: https://user-images.githubusercontent.com/8294116/158165374-fe42d80e-8d32-48a4-a628-f6255b5a9e55.gif
 
 .. tab:: Maya
 
-    #. The ``payload`` arc targeting the ``Chair_payload.usd`` layer is set as `Edit Target`_.
+    #. The :ref:`glossary:payload` arc targeting the ``Chair_payload.usd`` layer is set as :ref:`glossary:edittarget`.
 
-       When ``active`` property is modified, the changes are visible on **both** ``ChairB_1`` **and** ``ChairB_2``, since they share the composition arc and the layer being modified.
+       When the :usdcpp:`active <UsdPrim::SetActive>` property is modified, the changes are visible on **both** ``ChairB_1`` **and** ``ChairB_2``, since they share the composition arc and the layer being modified.
 
-    #. The ``root`` arc targeting the ``Kitchen_set.usd`` layer is set as `Edit Target`_.
+    #. The :ref:`local arc <glossary:livrps strength ordering>` targeting the ``Kitchen_set.usd`` layer in the :ref:`glossary:root layerstack` is set as :ref:`glossary:edittarget`.
 
-       Once the ``active`` property is modified, the changes are visible on ``ChairB_2`` **only**, since nothing else shares that arc.
+       Once the :usdcpp:`active <UsdPrim::SetActive>` property is modified, the changes are visible on ``ChairB_2`` **only**, since nothing else shares that arc.
 
     .. image:: https://user-images.githubusercontent.com/8294116/158165402-c1dd5119-fe78-4332-8ded-1495703345f9.gif
-
-.. _Usd.PrimCompositionQuery: https://openusd.org/release/api/class_usd_prim_composition_query.html
-.. _PrimIndex.DumpToDotGraph: https://openusd.org/release/api/class_pcp_prim_index.html#a354744c0f0132f3be40ba4d0b85c966d
-.. _PrimIndex.DumpToString: https://openusd.org/release/api/class_pcp_prim_index.html#a04007d783df319a8101b20e99bbdddd5
-.. _USD Prim: https://openusd.org/release/glossary.html#usdglossary-prim
-.. _composition arc details: https://openusd.org/release/glossary.html#usdglossary-compositionarcs
-.. _Edit Target: https://openusd.org/release/glossary.html#edittarget
-.. _displayColor: https://openusd.org/release/api/class_usd_geom_gprim.html#a0f8310a9dbe0bfc4be2bf4aa32e4a3e4
-.. _Mesh: https://openusd.org/release/api/class_usd_geom_mesh.html#details

docs/source/spreadsheet_editor.rst

@@ -1,7 +1,7 @@
 Spreadsheet Editor
 ------------------
 
-Tabular representation of a `USD stage`_. Ability to quickly inspect and edit `prims`_ in bulk is the main motivation for this view to exist.
+Tabular representation of a :ref:`glossary:stage` to quickly inspect and edit :ref:`Prims <glossary:prim>` in bulk.
 Copy pasting functionality like in other spreadsheet applications should be possible (via csv clipboards).
 
 .. tab:: USDView
@@ -15,6 +15,3 @@ Copy pasting functionality like in other spreadsheet applications should be poss
 .. tab:: Maya
 
     .. image:: https://user-images.githubusercontent.com/8294116/115137690-e0987f00-a06a-11eb-9ba3-1e7df3c0163c.gif
-
-.. _USD stage: https://openusd.org/release/glossary.html#usdglossary-stage
-.. _prims: https://openusd.org/release/glossary.html#usdglossary-prim