Update readme

README.md

@@ -3,14 +3,14 @@
 Clima is a solar-powered, custom embedded-IoT solution that tracks climate from a suite of sensors, saves data locally for access via Bluetooth, uses a RESTful Web API, and synchronizes data to the cloud.
 
 ## Contents
+* [Clima Pro](#clima)
 * [Assembly Instructions](#assembly-instructions)
 * [Getting Started](#getting-started)
 * [Hardware Specifications](#hardware-specifications)
-* [Mobile Companion App](#mobile-companion-app)
-* [Get an API Key for OpenWeather](#get-an-api-key-for-openweather)
-* [Clima.HackKit](#climahackkit)
 * [Support](#support)
 
+## Clima
+
 With this kit, it includes the complete package of sensors, PCB enclosure and mount to place this outdoors. You'll be able to measure wind speed/direction, rain volume, atmospheric conditions like temperature, pressure, humidity, CO2 levels and GPS Coordinates.
 
 <img src="Image_Assets/ClimaPro.jpg" />
@@ -31,37 +31,28 @@ To simplify the way to use this Meadow-powered reference IoT product, we've crea
     - `dotnet add package Meadow.Clima`, or
     - [Meadow.Clima Nuget Package](https://www.nuget.org/packages/Meadow.Clima/)
 
-2. Instantiate the `IClimaHardware` object:  
+2. Change the App type on your MeadowApp class to `ClimaAppBase` and initialize Clima's `MainController` passing the `Hardware` and a `INetworkAdapter` such as your WiFi adapter onboard the Meadow Core Compute Module:  
+
 ```csharp
-public class MeadowApp : App<F7CoreComputeV2>
+public class ClimaApp : ClimaAppBase
 {
-    IClimaHardware clima;
-
     public override Task Initialize()
     {
-        clima = Clima.Create();
-        ...
-```
+        Resolver.Log.Info($"Initialize...");
 
-3. To Access the `Clima` onboard peripherals (AtmosphericSensor, for example):
-```csharp
-    if (clima.AtmosphericSensor is { } bme688)
-    {
-        bme688.Updated += Bme688Updated;
-        bme688.StartUpdating();
-    }
-```
+        var mainController = new MainController();
 
-4. Like on step 3, you can also access the rest of peripherals:
-    - `EnvironmentalSensor` - Access the SCD40 sensor
-    - `WindVane` - Access the Wind Vane to check wind direction
-    - `RainGauge` - Access the Rain Gauge to check rain volume
-    - `Anemometer` - Access the Anemometer to get wind speed
-    - `SolarVoltageInput` - Access the voltage input from the Solar Add-on
-    - `Gnss` - Access the NEO-M8 GNSS/GPS module
-    - `ColorLed` - Access an RGB LED
+        var wifi = Hardware.ComputeModule.NetworkAdapters.Primary<IWiFiNetworkAdapter>();
+
+        mainController.Initialize(
+            hardware: Hardware,
+            networkAdapter: wifi);
+            .
+            .
+            .
+```
 
-5. Run the [Clima_Demo](Source/Clima_Demo/) project that uses all the peripherals onboard and outputs readings every few seconds.
+3. Run the [Clima_Demo](Source/Clima_Demo/) project that does periodic readings of all its sensors and sends them to [Meadow.Cloud](https://www.meadowcloud.co) if you have a Wilderness Labs account and have provisioned your device.
 
 ## Hardware Specifications