WMS ID 7941 Quarterly QA (oracle-livelabs#153)

* WMS ID 11100

WMS ID 11100 NBA What If Analysis first commit

* add sample back

* changes

* WMS ID 11100

QA Changes

* WMS ID 11100

QA Updates

* WMS ID 11100

QA Updates / fixes

* WMS ID 11100

Small edits

* wmsID 11100

NBA What If Analysis Quarterly QA

* WMS ID 7941 Red Bull Racing

QA for WMS ID 7941

---------

Co-authored-by: William Masdon <[email protected]>

redbull-map/build-geojson/build-geojson.md

@@ -6,7 +6,7 @@ In this exercise, you will generate GeoJSON code and see how easy it is create m
 
 _Estimated time:_ 20 minutes
 
-![](./images/racing-track2.png)
+![Image showing LineString map layer created using GeoJSON](./images/racing-track2.png)
 
 ### Objectives
 
@@ -28,17 +28,16 @@ This lab assumes you have:
 
 2. Search for your location, in this instance we will search for “2041 KP Zandvoort, Netherlands”.
 
-    ![](./images/track-zandvoort.png)
+    ![Display of the map location search results on GeoJSON platform](./images/track-zandvoort.png)
 
-    > **Note:** Use the [Circuit
-Zandvoort](https://www.formula1.com/en/racing/2021/Netherlands/Circuit.html) layout to find your three sectors, colored red (sector 1), blue (sector 2), and yellow (sector 3).
+     >**Note:** Use the [Circuit Zandvoort](https://www.formula1.com/en/racing/2021/Netherlands/Circuit.html) layout to find your three sectors, colored red (sector 1), blue (sector 2), and yellow (sector 3).
 
      You will use the line tool to draw each sector     
-     ![](./images/circuit-schema.png)
+     ![Image showing the the sectors of the race circuit](./images/circuit-schema.png)
 
 3. Start drawing your first LineString of sector 1, the red sector, by choosing the polyline option
 
-    ![](./images/polyline.png)  
+    ![Select the polyline tool to begin the LineString](./images/polyline2.png)  
 
     Your JSON code will contain a top level FeatureCollection and  multiple Features nested below it. Add a “name”:”\[unique name\]” to each “LineString” property.  
 
@@ -89,7 +88,7 @@ Zandvoort](https://www.formula1.com/en/racing/2021/Netherlands/Circuit.html) lay
     </copy>
      ```
 
-    ![](./images/code-snippit2.png)
+    ![Add a name to each LineString property](./images/code-snippit2.png)
 
 
 4. Draw the two remaining LineStrings for sector 2 and sector 3 to complete the circuit.
@@ -100,7 +99,7 @@ Zandvoort](https://www.formula1.com/en/racing/2021/Netherlands/Circuit.html) lay
 
     > **Note:** properties cannot be empty. You must add a unique value for each property. Example: change the syntax of “properties": {} to “properties": {"name": "Sector1"} for each “LineString” for the file to successfully upload as a map layer in OAC.
 
-    ![](./images/save-geojson.png)
+    ![Save the LineString layer to export the file](./images/save-geojson.png)
 
 6. Rename the file to the map layer name. example: _Circuit Zandvoort Sectors.geojson_
 
@@ -112,19 +111,18 @@ Zandvoort](https://www.formula1.com/en/racing/2021/Netherlands/Circuit.html) lay
 
     > **Note:** Use the [Circuit Zandvoort](https://www.formula1.com/en/racing/2021/Netherlands/Circuit.html) layout to find each turn. You will find turns labeled 1-14.
 
-3. Create a GeoJSON file with Points using the “**Draw a Marker**” option. Add the 14 turns to your map.
+3. Create a GeoJSON file with Points using the “**Draw Point**” option. Add the 14 turns to your map.
 
-    ![](./images/draw-marker.png)  
-    ![](./images/circuit-zandvoort.png)
+    ![Select the draw point tool](./images/draw-marker2.png)  
+    ![Image showing how points on each turn will look](./images/circuit-zandvoort.png)
 
 4. Add unique values for each properties option. In this example you will have 14 lines you update.
 
 5. Choose **Save**, **GeoJSON** to export the file.
 
-    > **Note:** you must add a unique properties value to each “Point” for the
-file to successfully upload as a map layer in OAC.
+    > **Note:** you must add a unique properties value to each “Point” for the file to successfully upload as a map layer in OAC.
 
-    ![](./images/save-geojson.png)
+    ![Save the point layer to export](./images/save-geojson.png)
 
 6. **Rename** the file to the map layer name.
 
@@ -140,4 +138,4 @@ You may now *proceed to the next lab*.
 
 - **Author** - Carrie Nielsen (Oracle Analytics Product Strategy Director)
 - **Contributors** - Lucian Dinescu (Oracle Analytics Product Strategy)
-- **Last Updated By/Date** - Lucian Dinescu (Oracle Analytics Product Strategy), October 2021)
+- **Last Updated By/Date** - Andres Quintana (Oracle Analytics Product Strategy), March 2023

redbull-map/google-maps/google-maps.md

@@ -34,58 +34,57 @@ This lab assumes:
 
 1. Select the triple bar icon (**Navigator**)
 
-    ![](../imp-geojson/images/navigator.png)
+    ![Open the Navigator icon](../imp-geojson/images/navigator2.png)
 
 2. Select **Console**  
 
-    ![](../imp-geojson/images/console.png)
+    ![Select Console](../imp-geojson/images/console2.png)
 
 
 3. Select **Maps**  
 
-    ![](../imp-geojson/images/maps.png)
+    ![Select Maps](../imp-geojson/images/maps.png)
 
 4. Select **Backgrounds**
 
-    ![](./images/maps-backgrounds.png)
+    ![Select Backgrounds](./images/maps-backgrounds.png)
 
 5. **Add Background** and select **Google Maps**
 
-    ![](./images/add-background-google-maps.png)
+    ![Add google maps background](./images/add-background-google-maps.png)
 
 6. Enter a **Description** for this Map Background. Including the map type in the description will ensure users know which type of background they
 are selecting when creating maps.  
 Enter your client **Key** or the generated one from Task 1.
-
-    ![](./images/maps-desc-key.png)
+    ![Enter a description](./images/maps-desc-key.png)
 
 7. Set the Default Map Type to **Satellite.** and click **Save** to add your Map Background to OAC
 
-    ![](./images/maps-background-save.png)
+    ![Change the default map type to Satellite](./images/maps-background-save.png)
 
 8. Click **Go Back** arrow from top left
 
-    ![](./images/go-back.png)
+    ![Click the arrow to go back](./images/go-back.png)
 
 9. Click **Navigator** and select **Home**
 
-    ![](./images/home-page.png)
+    ![Navigate to Home](./images/home-page2.png)
 
 ## Task 3: Change your map background to be a satellite view  
 Let’s go change the background type to our **Background Map**.  
 Open OAC to the workbook state where we ended in Lab 4.
 
 1. Select the **Map** option and scroll down until you see the **Background Map** setting.
 
-    ![](./images/change-background-map.png)
+    ![Select the Map Option and Background Map](./images/change-background-map2.png)
 
 2. Choose the **Google Maps** background created from Task 2 above.
 
-    ![](./images/maps-background-google-maps.png)
+    ![Choose Google Maps](./images/maps-background-google-maps2.png)
 
-3. Your visualization should look like
+3. Your visualization should look like this.
 
-    ![](./images/map-google-map.png)
+    ![Image showing how your visualization will look](./images/map-google-map2.png)
 
 
 Congratulations on completing this workshop!
@@ -94,4 +93,4 @@ Congratulations on completing this workshop!
 
 - **Author** - Carrie Nielsen (Oracle Analytics Product Strategy Director)
 - **Contributors** - Lucian Dinescu (Oracle Analytics Product Strategy)
-- **Last Updated By/Date** - Lucian Dinescu (Oracle Analytics Product Strategy), October 2021
+- **Last Updated By/Date** - Andres Quintana (Oracle Analytics Product Strategy), March 2023

redbull-map/imp-geojson/imp-geojson.md

@@ -24,47 +24,47 @@ This lab assumes you have:
 
 1. Select the triple bar icon (**Navigator**)
 
-    ![](./images/navigator.png)
+    ![Select the triple bar "navigator" icon](./images/navigator2.png)
 
 2. Select **Console**  
 
-    ![](./images/console.png)
+    ![Navigate down to "Console"](./images/console2.png)
 
 
 3. Select **Maps**  
 
-    ![](./images/maps.png)
+    ![Select "Maps"](./images/maps.png)
 
 4. Select **Map Layers**  
 
-    ![](./images/map-layers.png)
+    ![Select "Map Layers"](./images/map-layers.png)
 
 5. **Add Custom** **Map Layer**  
 
-    ![](./images/custom-map-layers.png)
+    ![Add a custom map layer](./images/custom-map-layers.png)
 
 6. Browse to your geoJSON file you created. If successful, you will see  a window asking for your layer name and which field you will use to map to your data. 
 
     In case you haven't created your own geoJSON, you can download [Zandvoort Sector LineString.geojson](https://objectstorage.us-ashburn-1.oraclecloud.com/p/jyHA4nclWcTaekNIdpKPq3u2gsLb00v_1mmRKDIuOEsp--D6GJWS_tMrqGmb85R2/n/c4u04/b/livelabsfiles/o/labfiles/Zandvoort%20Sector%20LineString.geojson)
     > **Note:** if your file does not upload successfully, ensure you entered in a unique id for each property.  
 
-    ![](./images/zandvoort-sector-line.png)
+    ![Upload your geoJSON LineString file](./images/zandvoort-sector-linestring2.png)
 
 7. Click **add Custom Map Layer** to load your second map layer
 
 8. Browse to your second geoJSON file you created. If successful, you  will see a window asking for your layer name and which field you  will use to map to your data.
 
     In case you haven't created your own geoJSON, you can download [Zandvoort Sector Point.geojson](https://objectstorage.us-ashburn-1.oraclecloud.com/p/jyHA4nclWcTaekNIdpKPq3u2gsLb00v_1mmRKDIuOEsp--D6GJWS_tMrqGmb85R2/n/c4u04/b/livelabsfiles/o/labfiles/Zandvoort%20Sector%20Point.geojson)
 
-    ![](./images/zandvoort-sector-point.png)
+    ![Upload your geoJSON point file](./images/zandvoort-sector-point2.png)
 
 9. Click **Go back** arrow from top left
 
-    ![](./images/go-back.png)
+    ![Click the arrow to go back](./images/go-back.png)
 
 10. Click **Navigator** and select **Home**
 
-    ![](./images/home-page.png)
+    ![Navigate to Home](./images/home-page2.png)
 
 You have now loaded your custom **Map Layers** into OAC.  
 Next we will associate the LineStrings and Points to your data.
@@ -77,4 +77,4 @@ You may now *proceed to the next lab*.
 
 - **Author** - Carrie Nielsen (Oracle Analytics Product Strategy Director)
 - **Contributors** - Lucian Dinescu (Oracle Analytics Product Strategy)
-- **Last Updated By/Date** - Lucian Dinescu (Oracle Analytics Product Strategy), October 2021)
+- **Last Updated By/Date** - Andres Quintana (Oracle Analytics Product Strategy), March 2023

redbull-map/intro-redbull/intro-redbull.md

@@ -1,19 +1,21 @@
-# Introduction
+# Develop an Interactive Map of a Racetrack: Red Bull Racing Honda Win
 
-## About this Workshop
+## Introduction
 
 On September 5, 2021, Red Bull Racing Honda, a leading Formula 1 team,
 took the podium at the Formula 1 Heineken Dutch Grand Prix 2021 at Circuit Zandvoort in the Netherlands using Oracle Cloud Infrastructure
 as its official cloud platform. Winning the race required driver Max Verstappen to complete 72 laps around the 4.259 km circuit with an overall distance of 306.648 km or just over 190 miles.  
 
-![](./images/circuit-zandvoort.png)
+![Image showing the final map layer overlaid on the Zandvoort circuit](./images/circuit-zandvoort.png)
+
+### About this Workshop
 
 Oracle Analytics Cloud supports the configuration of numerous [map background](https://docs.oracle.com/en/cloud/paas/analytics-cloud/acubi/apply-map-backgrounds-and-map-layers-enhance-visualizations.html) types that can be used to visualize your data to tell a story in a way that no conventional map could. Enhancing the map with information such as historical race results, weather conditions, lap speeds, turn and altitude variations, and driver statistics, makes for a more powerful, interactive presentation.
 
 In this hands-on lab you will learn how to create this circuit with LineString and Points from GeoJSON and to join it to data. Let’s see how
 simple it is to do.
 
-![](./images/circuit-zandvoort-track.png)
+![Image showing the Oracle Red Bull race car on the Zandvoort circuit](./images/circuit-zandvoort-track.png)
 
 _Estimated Time:_ 60 minutes
 
@@ -35,4 +37,4 @@ _At this point, you are ready to start learning! Please proceed._
 
 - **Author** - Carrie Nielsen (Oracle Analytics Product Strategy Director)
 - **Contributors** - Lucian Dinescu (Oracle Analytics Product Strategy)
-- **Last Updated By/Date** - Lucian Dinescu (Oracle Analytics Product Strategy), October 2021)
+- **Last Updated By/Date** - Andres Quintana (Oracle Analytics Product Strategy), March 2023