Finished An Inputs Page

Author: swatzy

www/en/modules/ROOT/images/GroveReadADCBD.png

@@ -19,25 +19,24 @@ https://wiki.seeedstudio.com/Grove-Rotary_Angle_Sensor[Rotary Angle Sensor]
 
 == Demo Video
 
-Here is a video that shows the set-up and running of the Dual Button Digital Inputs
+Here is a video that shows the set-up and running of the Rotary Angle Sensor
 
 video::0-suR8HejsY[youtube]
 
 == Example Code
 
-Navigate to >>Scratchpad>>Grove>>Analog Inputs>>Grove Digital In.vi
+Navigate to >>Scratchpad>>Grove>>Analog Inputs>>Grove Read ADC.vi
 
 image::GroveReadADCProject.png[]
 
 This particular VI uses a rotary angle sensor (potentiometer). Select the port for the connected Pico and the Grove connector that the board is plugged into. Press the run arrow.
 
-You should now see the button indicators light up when the corresponding button is pressed. The Indicators use a transparent fill for the off state and a brighter Red or Green for the on state.
+You should be able to see the graph change corresponding to how much you change the rotary sensor.
 
 Links to various other similar boards are also on the Front Panel.
 
-image::images\grove-digital-inputs\GroveDigitalInFP.png[]
+image::GroveReadADCFP.png[]
 
-On the block diagram you can see that the selected Grove connector dictates the GPIO Pin and we then set the pin to [In]. Next we loop round and event structure and use the timeout to poll the digital inputs. Pressing Stop will fire the Stop event and exit the loop.
+On the block diagram you can see that the selected Grove connector is input into *Configure AI.vi*. Next we loop round the event structure and use the timeout to poll the selected analog input using **AI Read Value.vi**. Pressing Stop will fire the Stop event and exit the loop.
 
-image::images\grove-digital-inputs\GroveDigitalInBD.png[]
-****
+image::GroveReadADCBD.png[]

www/en/modules/ROOT/images/GroveReadADCFP.png

@@ -10,9 +10,10 @@ ifndef::loader-assembler[]
 endif::[]
 
 
-
+== 🎯 Course Objective
 This material is aimed at providing examples employing the CTI firmware, mainly implemented using the Grove platform. 
 
 The focus is to provide enough toys to enable a prospective engineer or hobbyist to start building things.
 
+== 👥 Target Audience
 Some Electronics knowledge would be useful, but hopefully the wealth of material available for these platforms can fill in the gaps. Videos will be provided to offer some real-world experience.