If the ‘Caps Lock indicator not working on Windows’ issue keeps bothering you, the chances are your keyboard drivers are out of date. Now you can press Caps Lock and see a Caps Lock indicator on your screen. The only discrepancy I notice is the version number (0.7.1 in config file vs 0.7.3 from terminal output). Turn on the option Display Caps Lock status on the screen. }I checked that the directories mentioned in the config file exist and contain the skins. "skin2": "/opt//my-weather-indicator/share/my-weather-indicator/skins/simple", My Weather Indicator displays the present weather and weather forecast using the system tray indicator applet and desktop widget. Then the NeoPixel is initialized."skin1": "/opt//my-weather-indicator/share/my-weather-indicator/skins/anotherone", Also a Particle function "Led" is setup, which will be used by IFTTT to change the colours. In the setup stage of the code, the pins for momentary switches are set to monitor an input. #define PIXEL_TYPE WS2812B Adafruit_NeoPixel strip = Adafruit_NeoPixel(PIXEL_COUNT, PIXEL_PIN, PIXEL_TYPE) int knop1 = D2 IMPORTANT: Set pixel COUNT, PIN and TYPE #My weather indicator not working code#When you want to change a certain colour, just replace the current colour in the loop section of the code with one of the other colours defined here.īesides colours, the NeoPixel settings and pin are defined and also used pins for momentary switches and other used variables are defined: // Define colors (R, G, B)#define PEACH 200,50,5 To better understand the code we will briefly walk through it.Ī couple of colours are predefined. If you have connected your Photon, breadboard, NeoPixel ring and momentary switches in the same way as on the schematic in the previous step, you do not need to change anything to the code. certainty coming changes of the weather, STANTLY, and you do not have. It should automatically add the line #include "neopixel/neopixel.h" THIS VAT AT THE W 0 0 D RUFF'S FIRST I M P R O V E D NEW WEATHER INDICATOR. Then go to the library and add the NeoPixel library to the app you have just created so it will correctly recognize this library (otherwise it may give you an error while compiling the code). The only thing you may need to do is remove the line #include "neopixel/neopixel.h" Your Photon should be listed here.Ĭreate a new app and import or copy the code attached. To program the Photon, log on to with your Particle account. If it is not yet connected to the Wifi and/or linked to your Particle account, please follow this guide to connect it. When connected to the Wifi network, the LED on the Photon will breathe cyan. To work as an IoT device, the Particle Photon needs to be connected to your Wifi network and connected to your Particle account. Make sure that the Wireless Reception Indicator on the display. Note: You may connect the Neopixel Ring IN and momentary switches to different digital pins, but you will then need to change the pin numbers in the code in the next step accordingly. Bring both the sensor and display unit together and remove batteries from the outdoor sensor. The switch connected to pin D2 will be used to cycle through the colours, the switch connected to pin D3 will be used to turn the LED ring off. #My weather indicator not working how to#See the schematic on how to connect the Photon, NeoPixel ring and momentary switches to the breadboard. The two switches are then connected to pins D2 and D3 on the Photon. The momentary switches are fed with 3.3V DC from the 3.3V Pin on the Photon. We recommend using a breadboard for easy prototyping, but you may also directly connect the wires to your Photon.Ĭonnect PWR on the NeoPixel ring to the Photon's VIN pin.Ĭonnect GND on the NeoPixel ring to the Photon's GND pin.Ĭonnect IN on the NeoPixel ring to the Photon's D4 pin.įor testing purposes, we have connected two momentary switches to the Photon through a breadboard, so it is possible to manually change the LED colours as well. The NeoPixel ring can now be connected to Photon. The Particle Photon is powered through USB (use the Micro USB cable with adapter for this). The LED-ring is controlled by a Particle Photon, which combines a powerful STM32 ARM Cortex M3 microcontroller and a Cypress Wi-Fi chip and is easily programmable through the Particle development tools. To display the colors, an AdaFruit NeoPixel ring with 12 digital controllable WS2812B LEDs is used.
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