More on sunlight sensor

1-getting-started/lessons/1-introduction-to-iot/code/wio-terminal/nightlight/app.py

@@ -1,20 +0,0 @@
-from counterfit_shims_grove.counterfit_connection import CounterFitConnection
-import time
-from counterfit_shims_grove.grove_light_sensor_v1_2 import GroveLightSensor
-from counterfit_shims_grove.grove_led import GroveLed
-
-CounterFitConnection.init('127.0.0.1', 5000)
-
-light_sensor = GroveLightSensor(0)
-led = GroveLed(5)
-
-while True:
-    light = light_sensor.light
-    print('Light level:', light)
-
-    if light < 200:
-        led.on()
-    else:
-        led.off()
-
-    time.sleep(1)

1-getting-started/lessons/1-introduction-to-iot/wio-terminal.md

@@ -8,7 +8,7 @@ The [Wio Terminal from Seeed Studios](https://www.seeedstudio.com/Wio-Terminal-p
 
 To use your Wio Terminal, you will need to install some free software on your computer. You will also need to update the Wio Terminal firmware before you can connect it to WiFi.
 
-### Task
+### Task - setup
 
 Install the required software and update the firmware.
 
@@ -32,7 +32,7 @@ The Hello World app for the Wio Terminal will ensure that you have Visual Studio
 
 The first step is to create a new project using PlatformIO configured for the Wio Terminal.
 
-#### Task
+#### Task - create a PlatformIO project
 
 Create the PlatformIO project.
 
@@ -122,7 +122,7 @@ The VS Code explorer will show a number of files and folders created by the Plat
 
 You're now ready to write the Hello World app.
 
-#### Task
+#### Task - write the Hello World app
 
 Write the Hello World app.
 

1-getting-started/lessons/3-sensors-and-actuators/code-actuator/pi/nightlight/app.py

@@ -9,7 +9,7 @@ while True:
     light = light_sensor.ReadVisible
     print('Light level:', light)
 
-    if light < 200:
+    if light < 300:
         led.on()
     else:
         led.off()

1-getting-started/lessons/3-sensors-and-actuators/code-actuator/virtual-device/nightlight/app.py

@@ -12,7 +12,7 @@ while True:
     light = light_sensor.light
     print('Light level:', light)
 
-    if light < 200:
+    if light < 300:
         led.on()
     else:
         led.off()

1-getting-started/lessons/3-sensors-and-actuators/code-actuator/wio-terminal/nightlight/app.py

@@ -12,7 +12,7 @@ while True:
     light = light_sensor.light
     print('Light level:', light)
 
-    if light < 200:
+    if light < 300:
         led.on()
     else:
         led.off()

1-getting-started/lessons/3-sensors-and-actuators/code-actuator/wio-terminal/nightlight/src/main.cpp

@@ -19,7 +19,7 @@ void loop()
     Serial.print("Light value: ");
     Serial.println(light);
 
-    if (light < 200)
+    if (light < 300)
     {
         digitalWrite(D0, HIGH);
     }

1-getting-started/lessons/3-sensors-and-actuators/code-sensor/wio-terminal/nightlight/app.py

@@ -12,7 +12,7 @@ while True:
     light = light_sensor.light
     print('Light level:', light)
 
-    if light < 200:
+    if light < 300:
         led.on()
     else:
         led.off()

1-getting-started/lessons/3-sensors-and-actuators/pi-actuator.md

@@ -12,7 +12,7 @@ The nightlight logic in pseudo-code is:
 
 ```output
 Check the light level.
-If the light is less than 200
+If the light is less than 300
     Turn the LED on
 Otherwise
     Turn the LED off
@@ -75,13 +75,13 @@ Program the nightlight.
 1. Add a check inside the `while` loop, and before the `time.sleep` to check the light levels and turn the LED on or off:
 
     ```python
-    if light < 200:
+    if light < 300:
         led.on()
     else:
         led.off()
     ```
 
-    This code checks the `light` value. If this is less than 200 it calls the `on` method of the `GroveLed` class which sends a digital value of 1 to the LED, turning it on. If the light value is greater than or equal to 200 it calls the `off` method, sending a digital value of 0 to the LED, turning it off.
+    This code checks the `light` value. If this is less than 300 it calls the `on` method of the `GroveLed` class which sends a digital value of 1 to the LED, turning it on. If the light value is greater than or equal to 300 it calls the `off` method, sending a digital value of 0 to the LED, turning it off.
 
     > 💁 This code should be indented to the same level as the `print('Light level:', light)` line to be inside the while loop!
 
@@ -105,7 +105,7 @@ Program the nightlight.
     Light level: 290
     ```
 
-1. Cover and uncover the sunlight sensor. Notice how the LED will light up if the light level is 200 or less, and turn off when the light level is greater than 200.
+1. Cover and uncover the sunlight sensor. Notice how the LED will light up if the light level is 300 or less, and turn off when the light level is greater than 300.
 
     > 💁 If the LED doesn't turn on, make sure it is connected the right way round, and the spin button is set to full on.
 

1-getting-started/lessons/3-sensors-and-actuators/pi-sensor.md

@@ -75,7 +75,7 @@ Program the device.
         print('Light level:', light)
     ```
 
-    This will read the current light level on a scale of 0-1,023 using the `ReadVisible` property of the `grove_si114x` class. This value is then printed to the console.
+    This will read the current sunlight level on a scale of 0-1,023 using the `ReadVisible` property of the `grove_si114x` class. This value is then printed to the console.
 
 1. Add a small sleep of one second at the end of the `loop` as the light levels don't need to be checked continuously. A sleep reduces the power consumption of the device.
 

1-getting-started/lessons/3-sensors-and-actuators/virtual-device-actuator.md

@@ -12,17 +12,17 @@ The nightlight logic in pseudo-code is:
 
 ```output
 Check the light level.
-If the light is less than 200
+If the light is less than 300
     Turn the LED on
 Otherwise
     Turn the LED off
 ```
 
-### Add the sensors to CounterFit
+### Add the actuator to CounterFit
 
 To use a virtual LED, you need to add it to the CounterFit app
 
-#### Task
+#### Task - add the actuator to CounterFit
 
 Add the LED to the CounterFit app.
 
@@ -48,7 +48,7 @@ Add the LED to the CounterFit app.
 
 The nightlight can now be programmed using the CounterFit light sensor and LED.
 
-#### Task
+#### Task - program the nightlight
 
 Program the nightlight.
 
@@ -75,13 +75,13 @@ Program the nightlight.
 1. Add a check inside the `while` loop, and before the `time.sleep` to check the light levels and turn the LED on or off:
 
     ```python
-    if light < 200:
+    if light < 300:
         led.on()
     else:
         led.off()
     ```
 
-    This code checks the `light` value. If this is less than 200 it calls the `on` method of the `GroveLed` class which sends a digital value of 1 to the LED, turning it on. If the light value is greater than or equal to 200 it calls the `off` method, sending a digital value of 0 to the LED, turning it off.
+    This code checks the `light` value. If this is less than 300 it calls the `on` method of the `GroveLed` class which sends a digital value of 1 to the LED, turning it on. If the light value is greater than or equal to 300 it calls the `off` method, sending a digital value of 0 to the LED, turning it off.
 
     > 💁 This code should be indented to the same level as the `print('Light level:', light)` line to be inside the while loop!
 
@@ -101,7 +101,7 @@ Program the nightlight.
     Light level: 253
     ```
 
-1. Change the *Value* or the *Random* settings to vary the light level above and below 200. You will see the LED turn on and off.
+1. Change the *Value* or the *Random* settings to vary the light level above and below 300. You will see the LED turn on and off.
 
 ![The LED in the CounterFit app turning on and off as the light level changes](../../../images/virtual-device-running-assignment-1-1.gif)
 

1-getting-started/lessons/3-sensors-and-actuators/virtual-device-sensor.md

@@ -12,7 +12,7 @@ The sensor is a **light sensor**. In a physical IoT device, it would be a [photo
 
 To use a virtual light sensor, you need to add it to the CounterFit app
 
-#### Task
+#### Task - add the sensors to CounterFit
 
 Add the light sensor to the CounterFit app.
 
@@ -38,11 +38,10 @@ Add the light sensor to the CounterFit app.
 
 The device can now be programmed to use the built in light sensor.
 
-### Task
+### Task - program the light sensor
 
 Program the device.
 
-
 1. Open the nightlight project in VS Code that you created in the previous part of this assignment. Kill and re-create the terminal to ensure it is running using the virtual environment if necessary.
 
 1. Open the `app.py` file

1-getting-started/lessons/3-sensors-and-actuators/wio-terminal-actuator.md

@@ -12,7 +12,7 @@ The nightlight logic in pseudo-code is:
 
 ```output
 Check the light level.
-If the light is less than 200
+If the light is less than 300
     Turn the LED on
 Otherwise
     Turn the LED off
@@ -22,7 +22,7 @@ Otherwise
 
 The Grove LED comes as a module with a selection of LEDs, allowing you to chose the color.
 
-#### Task
+#### Task - connect the LED
 
 Connect the LED.
 
@@ -48,7 +48,7 @@ Connect the LED.
 
 The nightlight can now be programmed using the built in light sensor and the Grove LED.
 
-### Task
+### Task - program the nightlight
 
 Program the nightlight.
 
@@ -67,7 +67,7 @@ Program the nightlight.
 1. Add the following code immediately before the `delay` in the loop function:
 
     ```cpp
-    if (light < 200)
+    if (light < 300)
     {
         digitalWrite(D0, HIGH);
     }
@@ -77,7 +77,7 @@ Program the nightlight.
     }
     ```
 
-    This code checks the `light` value. If this is less than 200 it sends a `HIGH` value to the `D0` digital pin. This `HIGH` is a value of 1, turning on the LED. If the light is greater than or equal to 200, a `LOW` value of 0 is sent to the pin, turning the LED off.
+    This code checks the `light` value. If this is less than 300 it sends a `HIGH` value to the `D0` digital pin. This `HIGH` is a value of 1, turning on the LED. If the light is greater than or equal to 300, a `LOW` value of 0 is sent to the pin, turning the LED off.
 
     > 💁 When sending digital values to actuators, a LOW value is 0v, and a HIGH value is the max voltage for the device. For the Wio Terminal, the HIGH voltage is 3.3V.
 
@@ -101,7 +101,7 @@ Program the nightlight.
     Light value: 344
     ```
 
-1. Cover and uncover the light sensor. Notice how the LED will light up if the light level is 200 or less, and turn off when the light level is greater than 200.
+1. Cover and uncover the light sensor. Notice how the LED will light up if the light level is 300 or less, and turn off when the light level is greater than 300.
 
 ![The LED connected to the WIO turning on and off as the light level changes](../../../images/wio-running-assignment-1-1.gif)
 

1-getting-started/lessons/4-connect-internet/README.md

@@ -372,13 +372,13 @@ The next step for our Internet controlled nightlight is for the server code to s
 1. Add the following code to the end of the `handle_telemetry` function:
 
     ```python
-    command = { 'led_on' : payload['light'] < 200 }
+    command = { 'led_on' : payload['light'] < 300 }
     print("Sending message:", command)
     
     client.publish(server_command_topic, json.dumps(command))
     ```
 
-    This sends a JSON message to the command topic with the value of `led_on` set to true or false depending on if the light is less than 200 or not. If the light is less than 200, true is sent to instruct the device to turn the LED on.
+    This sends a JSON message to the command topic with the value of `led_on` set to true or false depending on if the light is less than 300 or not. If the light is less than 300, true is sent to instruct the device to turn the LED on.
 
 1. Run the code as before
 

1-getting-started/lessons/4-connect-internet/code-commands/server/app.py

@@ -18,7 +18,7 @@ def handle_telemetry(client, userdata, message):
     payload = json.loads(message.payload.decode())
     print("Message received:", payload)
 
-    command = { 'led_on' : payload['light'] < 200 }
+    command = { 'led_on' : payload['light'] < 300 }
     print("Sending message:", command)
 
     client.publish(server_command_topic, json.dumps(command))

1-getting-started/lessons/4-connect-internet/code-mqtt/pi/nightlight/app.py

@@ -21,7 +21,7 @@ while True:
     light = light_sensor.light
     print('Light level:', light)
 
-    if light < 200:
+    if light < 300:
         led.on()
     else:
         led.off()

1-getting-started/lessons/4-connect-internet/code-mqtt/virtual-device/nightlight/app.py

@@ -24,7 +24,7 @@ while True:
     light = light_sensor.light
     print('Light level:', light)
 
-    if light < 200:
+    if light < 300:
         led.on()
     else:
         led.off()