Update .jar and .aar sample library links from WestsideRobotics repo to FTC WikiSupport repo

External-Libraries-in-OnBot-Java-and-Blocks.md

@@ -7,7 +7,7 @@ An external library is a collection of specialized software ready for public use
 
 This beginner-level tutorial shows how to incorporate a library's features into your FTC OpModes, and provides simple examples.  It does not teach Java.
 
-Many thanks to [Liz Looney](https://github.com/lizlooney) who developed this capability, along with myBlocks and many other useful features of FTC software.
+Many thanks to [**Liz Looney**](https://github.com/lizlooney) who developed this capability, along with myBlocks and many other useful features of FTC software.
 
 _Note: This new capability exists for an FTC Robot Controller (RC) running Android 7 & and higher.  Moto G 2nd Gen and Moto G 3rd Gen RC phones cannot use this feature._
 
@@ -135,7 +135,7 @@ As a third benefit, FTC judges love to hear about Outreach.  For example your te
 
 ## Example 1 - non-annotated library
 
-The first example uses a very basic "homemade" library called Geometry For OBJ.  To get your own copy, click the Download button [here](https://github.com/WestsideRobotics/FTC-Libraries/blob/main/Libraries/GeometryForObj.jar).
+The first example uses a very basic "homemade" library called Geometry For OBJ.  To get your own copy, click the **`Download`** button [here](https://github.com/WestsideRobotics/FTC-Libraries/blob/main/Libraries/GeometryForObj.jar).  There's no point in clicking "View raw", since archive files are compressed and not intended for reading.
 
 As with any current real-world library, this one is **not annotated** for FTC use.  You can use it in OnBot Java only (Step 3A), **or** you can create a myBlock (Step 3B) to share its capabilities with Blocks programmers.  Lacking annotations, this library does not provide direct "pass-through" methods (Step 3C) to Blocks.
 
@@ -198,7 +198,7 @@ On your own, you can try this with the two remaining methods.  Use myBlocks to s
 
 ## Example 2 - FTC-annotated library
 
-Now let's try another "homemade" library that **does** already contain the FTC annotations.  This one is called Arithmetic For Blocks; click the Download button [here](https://github.com/WestsideRobotics/FTC-Libraries/blob/main/Libraries/ArithmeticForBlocks.aar).
+Now let's try another "homemade" library that **does** already contain the FTC annotations.  This one is called Arithmetic For Blocks; click the **`Download`** button [here](https://github.com/FIRST-Tech-Challenge/WikiSupport/blob/master/SampleOpModes/External-Libraries-in-OnBot-Java-and-Blocks/ArithmeticForBlocks.aar).
 
 This library contains a class name ```com.example.google.ftc.MoreMath```, with public methods ```sum```, ```min```, ```max``` and ```average```.  Each accepts two numbers and provides a numeric result.
 
@@ -213,9 +213,9 @@ What if you have an FTC-annotated library, and don't want **any** of its methods
 
 Here are two other "homemade" libraries, both **annotated**.  Feel free to experiment with these.
 
-- [JniExample.aar](https://github.com/WestsideRobotics/FTC-Libraries/blob/main/Libraries/JniExample.aar) contains a class named ```com.example.google.ftc.IntegerMath```, with methods for simple arithmetic operations, implemented in native C++ code.  Its public methods are ```add```, ```subtract```, ```multiply```, and ```divide```.  Each accepts two integers and provides an integer result.
+- [JniExample.aar](https://github.com/FIRST-Tech-Challenge/WikiSupport/blob/master/SampleOpModes/External-Libraries-in-OnBot-Java-and-Blocks/JniExample.aar) contains a class named ```com.example.google.ftc.IntegerMath```, with methods for simple arithmetic operations, implemented in native C++ code.  Its public methods are ```add```, ```subtract```, ```multiply```, and ```divide```.  Each accepts two integers and provides an integer result.
 
-- [RevPotentiometer.aar](https://github.com/WestsideRobotics/FTC-Libraries/blob/main/Libraries/RevPotentiometer.aar) contains a class named ```com.example.google.ftc.RevPotentiometer```, which is a hardware device class for the [REV Potentiometer](https://www.revrobotics.com/rev-31-1155/).  It uses `AnalogSensorType` and `DeviceProperties` annotations to make this sensor appear in the "Configure Robot" menu of the FTC RC app or paired DS app. After the .aar file has been uploaded (and `Build Everything`), configure your robot's Analog Input Devices and choose `REV Potentiometer`. It has a public method ```getRotation``` with parameter of type AngleUnit.
+- [RevPotentiometer.aar](https://github.com/FIRST-Tech-Challenge/WikiSupport/blob/master/SampleOpModes/External-Libraries-in-OnBot-Java-and-Blocks/RevPotentiometer.aar) contains a class named ```com.example.google.ftc.RevPotentiometer```, which is a hardware device class for the [REV Potentiometer](https://www.revrobotics.com/rev-31-1155/).  It uses `AnalogSensorType` and `DeviceProperties` annotations to make this sensor appear in the "Configure Robot" menu of the FTC RC app or paired DS app. After the .aar file has been uploaded (and `Build Everything`), configure your robot's Analog Input Devices and choose `REV Potentiometer`. It has a public method ```getRotation``` with parameter of type AngleUnit.
 
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