Update README with new text and screenshots (#555)

* Update README with new text and screenshots

* Minor rewording and updates/

docs/README.md

@@ -14,7 +14,10 @@
 
 ## Introduction
 
-The Measurement Plug-In SDK for LabVIEW packages enable measurement developers to quickly create LabVIEW measurements and run them as a service. NI Measurement Plug-In Support allows users to interact with measurement services with a LabVIEW UI in InstrumentStudio.
+The Measurement Plug-In SDK for LabVIEW packages enable measurement developers
+to quickly create LabVIEW measurements and run them as a service. NI Measurement
+Plug-In Support allows users to interact with measurement services with a
+LabVIEW UI in InstrumentStudio.
 
 ---
 
@@ -28,67 +31,99 @@ The Measurement Plug-In SDK for LabVIEW packages enable measurement developers t
 
 ## Installation
 
-1. Install a supported version of [InstrumentStudio](https://www.ni.com/en/support/downloads/software-products/download.instrumentstudio.html#494650)
-2. Install a supported version of [LabVIEW](https://www.ni.com/en/support/downloads/software-products/download.labview.html#487445)
-3. Install a supported version of [Measurement Plug-In SDK for LabVIEW](https://www.ni.com/docs/en-US/bundle/measurementlink/page/labview-measurement-dependencies.html) from VIPM.
+1. Install a supported version of
+   [InstrumentStudio](https://www.ni.com/en/support/downloads/software-products/download.instrumentstudio.html#494650)
+2. Install a supported version of
+   [LabVIEW](https://www.ni.com/en/support/downloads/software-products/download.labview.html#487445)
+3. Install a supported version of [Measurement Plug-In SDK for
+   LabVIEW](https://www.ni.com/docs/en-US/bundle/measurementlink/page/labview-measurement-dependencies.html)
+   from VIPM.
 
 ---
 
 ## Developing a LabVIEW measurement
 
 1. Create and save a new LabVIEW project.
 
-2. From the project window, go to `Tools` → `Plug-In SDKs` → `Create Measurement Plug-in...`.
+2. From the project window, go to `Tools` → `Plug-Ins` → `Measurement` → `Create
+   Measurement Plug-in...`.
     - In the dialog, enter the `Measurement Plug-in Name` and `Measurement Plug-in Description`, then click `Create Measurement Plug-in`.
 
         ![New measurement dialog](images/New%20measurement%20dialog.png)
 
-    - This will create a new measurement service library.
+    - This will create a new measurement service library and a UI library.
 
         ![Measurement library files](images/Measurement%20library%20files.png)
 
 3. Add the measurement details to `Get Measurement Details.vi`.
 
     ![Get Measurement Details VI](images/Get%20Measurement%20Details%20VI.png)
 
-4. Add the required configuration parameters to `Measurement Configuration.ctl`. By default, there is a double array called `array in`.
+4. Add the required configuration parameters to `Measurement Configuration.ctl`.
+   By default, there are controls showing most of the supported data types.
 
     ![Measurement Configurations ctl](images/Measurement%20Configurations%20ctl.png)
 
-5. Add the required output parameters to `Measurement Results.ctl`. By default, there is a double array called `array out`.
+5. Add the required output parameters to `Measurement Results.ctl`. By default,
+   there are indicators for most of the supported data types.
 
     ![Measurement Results ctl](images/Measurement%20Results%20ctl.png)
 
-6. Add your measurement logic to `Measurement Logic.vi`. The VI has an input cluster with the configuration parameters from `Measurement Configuration.ctl` and an output cluster with the output parameters from `Measurement Results.ctl`. By default, the measurement logic takes the `array in` and writes it to the `array out`.
+6. Add your measurement logic to `Measurement Logic.vi`. The VI has an input
+   cluster with the configuration parameters from `Measurement
+   Configuration.ctl` and an output cluster with the output parameters from
+   `Measurement Results.ctl`. By default, the measurement logic takes the inputs
+   and writes them to the associated outputs (a loopback measurement).
 
     ![Measurement Logic VI](images/Measurement%20Logic%20VI.png)
 
-7. Add your user interface to `Measurement UI.vi`. The control and indicator labels in the user interface must match the `Measurement Configuration` and `Measurement Results` labels. If the data types and labels match, then the data from the controls will be sent to the `Measurement Logic.vi` and the results will be published to the indicators after the measurement is run. By default, the UI file consists of an `array in` control and `array out` indicator.
-<br/><br/>
-If your user interface has dependencies that are not available in the LabVIEW runtime, you will have to build the UI into a packed library. For example, you will have to build a packed library if your UI contains VIs from vi.lib or if your UI depends on user created subVIs or controls. The packed library should be located in a directory at the same level as `Measurement Logic.vi`. The [Keysight 34401A DMM Measurement](../Source/Example%20Measurements/Keysight%2034401A%20DMM%20Measurement) example demonstrates how to use a packed library user interface.
+7. Add your user interface to `Measurement UI.vi`. The control and indicator
+labels in the user interface must match the `Measurement Configuration` and
+`Measurement Results` labels. If the data types and labels match, then the data
+from the controls will be sent to the `Measurement Logic.vi` and the results
+will be published to the indicators after the measurement is run. By default,
+the UI file consists of controls and indicators mapped to all of the input and
+output parameters for the measurement service. <br/><br/>
+If your user interface has dependencies that are not available in the LabVIEW
+runtime, you will have to build the UI into a packed library. For example, you
+will have to build a packed library if your UI contains VIs from vi.lib or if
+your UI depends on user created subVIs or controls. The packed library should be
+located in a directory at the same level as `Measurement Logic.vi`. The
+measurement template has a build spec for a packed library for the UI
+demonstrating how to use a packed library user interface.
 
     ![Measurement UI](images/Measurement%20UI.png)
 
 Note:
 
-- Additional information can be found in the to-do sections in the code, which can be viewed using the `Bookmark Manager`. You can open it from the `View` → `Bookmark Manager` menu. In this window, you will find the bookmark term `#MeasurementToDo`. Double-clicking on the items will take you to the VI locations where changes need to be made for creating your unique measurement service.
-- A list of supported datatypes for the `Configuration` and `Output` parameters of the measurement can be found in the NI Measurement Plug-In Support manual [here](https://www.ni.com/docs/en-US/bundle/measurementlink/page/supported-datatypes.html)
+- Additional information can be found in the to-do sections in the code, which
+  can be viewed using the `Bookmark Manager`. You can open it from the `View` →
+  `Bookmark Manager` menu. In this window, you will find the bookmark term
+  `#MeasurementToDo`. Double-clicking on the items will take you to the VI
+  locations where changes need to be made for creating your unique measurement
+  service.
+- A list of supported datatypes for the `Configuration` and `Output` parameters
+  of the measurement can be found in the NI Measurement Plug-In Support manual
+  [here](https://www.ni.com/docs/en-US/bundle/measurementlink/page/supported-datatypes.html)
 
 ---
 
 ## Running a LabVIEW measurement
 
 1. Open your measurement project.
 
-2. Run the `Run Service.vi`.  A new window will appear, which provides basic information about the running service.
+2. Run the `Run Service.vi`.  A new window will appear, which provides basic
+   information about the running service.
 
     ![Run Service VI](images/Running%20Run%20Service%20VI.png)
 
 ---
 
 ## Examples
 
-The `Source\Example Measurements` directory contains example measurement services. See the [README.md](../Source/Example%20Measurements/README.md) file for more information.
+The `Source\Example Measurements` directory contains example measurement
+services. See the [README.md](../Source/Example%20Measurements/README.md) file
+for more information.
 
 ---
 
@@ -110,4 +145,7 @@ The `Source\Example Measurements` directory contains example measurement service
 
 ## Creating a LabVIEW executable for static registration
 
-A build specification is included with the generated measurement service. To create an executable for the measurement service, right-click the build specification and select `Build`.
+The generated measurement service includes two build specifications: one for the
+UI and another for the service executable. The UI build specification must be
+built first in order for the measurement service executable build to succeed. To
+build them, right-click on the desired build specification and choose 'Build'.