Change wording to reflect that MPAS dycore has been implemented

Author: kuanchihwang

docs/design/constituents.md

@@ -7,11 +7,11 @@ Some definitions to start (as written by a non-scientist, so there is more nuanc
 - A constituent can be **advected**, which means it is moved through the atmosphere by some sort of dynamical method
     - The **dynamical core** (dycore) is the part of an atmosphere model (like CAM-SIMA) that advects the quantities over the underlying grid. Dynamical cores include:
         - *null/none* - the null dycore does nothing and is used in CAM-SIMA to validate physics schemes
-        - *spectral element (SE)*: the only dycore currently implemented in CAM-SIMA
-        - *finite-volume cubed-sphere (FV3)*: not currently implemented in CAM-SIMA
-        - *model for prediction across scales (MPAS)*: in progress
+        - *spectral element (SE)*: a dycore that is currently implemented in CAM-SIMA
+        - *finite-volume cubed-sphere (FV3)*: not yet implemented in CAM-SIMA
+        - *model for prediction across scales (MPAS)*: another dycore that is currently implemented in CAM-SIMA
 - A constituent had additional properties, such as:
-    - **water type**: can be "dry", "wet", or "moist" (we can convert between any of these quantities - "dry" means that it's the "amount" of that constituent with respect to dry air
+    - **water type**: can be "dry", "wet", or "moist" (we can convert between any of these quantities - "dry" means that it's the "amount" of that constituent with respect to dry air)
     - **mixing ratio type**: can be "volume" or "mass"
         - volume mixing ratio: constituent values are a ratio of how much of the constituent exists per mole of air (units = mol mol-1)
         - mass mixing ratio: constituent values are the mass of the constituent per unit volume (kg m-3)

docs/usage/creating-a-case.md

@@ -37,9 +37,9 @@ To break that down piece by piece:
 - `--res <RESOLUTION>` (required): the resolution specifies both the dycore being run and the grid.
     - The structure of the resolution argument is: `<atmosphere>_<ocean>_<mask>`
     - The resolution determines the dycore:
-        - A grid resolution that looks like "ne*" indicates that this is spectral element (SE) cube sphere grid (SE dycore)
+        - A grid resolution that looks like "ne*" indicates that this is a spectral element (SE) cubed sphere grid (i.e., SE dycore)
         - A grid resolution that looks like "C*" indicates that this is the FV3 (finite volume cubed sphere) dycore [not yet implemented in CAM-SIMA]
-        - A grid resolution that looks like "mpasa*" indicates that this is an MPAS (Model for Prediction Across Scales) grid (MPAS dycore) [work-in-progress in CAM-SIMA]
+        - A grid resolution that looks like "mpasa*" indicates that this is a Model for Prediction Across Scales (MPAS) grid (i.e., MPAS dycore)
     - You can find the options for these model grid aliases in `$CAM-SIMA/ccs_config/modelgrid_aliases_nuopc.xml`
     - Most often, for testing CAM-SIMA, we use a coarse SE grid like `ne3pg3_ne3pg3_mg37` or `ne5_ne5_mg37`
 - `--compiler <COMPILER>` (optional): the compiler you wish to use