Project description
Programmer services are required. You need to develop a light control system on Arduino.
System requirements:
1. Automatic lighting No. 1 on the motion sensor. The light should not be turned on if the room is light (implementation through a light sensor). Lighting is provided in the dark when a person passes by. The RGB address LED tape is used. Implement the possibility of changing the color of the light.
2. Smooth lighting No. 2 for a given period of time (for example, within half an hour the light intensity varies from 0 to 100%). It is also necessary to set the start time of the cycle of on, by the type of alarm clock, with reference to the real-time clock. The ability to change the color of the backlight using the RGB address LED tape. Here the function of an alarm clock is implemented, simulating the sunrise.
3. Implement the ability to control the system over a Wi-Fi network using a controller based on the ESP8266 chip.
4. Implement HMI - the ability to manage through a smartphone using standard template programs such as "Blynk" for iOS and Android, either through the site or with the creation of your own application. The last option is to look forward to.
Functions to be implemented by the annex:
1. Manually switching on and off both light sources.
2. For RGB tape, the possibility of setting the color of the backlight, the intensity of the lighting (brightness). Also for the light source No. 2, the task of the time interval of smooth inclusion from zero to a predetermined value, setting the start time of the switching cycle with reference to real time (for example, setting the switching on at 7:00 each day).
3. Connect to the system via a Wi-Fi network via an offer or through a website.
System requirements:
1. Automatic lighting No. 1 on the motion sensor. The light should not be turned on if the room is light (implementation through a light sensor). Lighting is provided in the dark when a person passes by. The RGB address LED tape is used. Implement the possibility of changing the color of the light.
2. Smooth lighting No. 2 for a given period of time (for example, within half an hour the light intensity varies from 0 to 100%). It is also necessary to set the start time of the cycle of on, by the type of alarm clock, with reference to the real-time clock. The ability to change the color of the backlight using the RGB address LED tape. Here the function of an alarm clock is implemented, simulating the sunrise.
3. Implement the ability to control the system over a Wi-Fi network using a controller based on the ESP8266 chip.
4. Implement HMI - the ability to manage through a smartphone using standard template programs such as "Blynk" for iOS and Android, either through the site or with the creation of your own application. The last option is to look forward to.
Functions to be implemented by the annex:
1. Manually switching on and off both light sources.
2. For RGB tape, the possibility of setting the color of the backlight, the intensity of the lighting (brightness). Also for the light source No. 2, the task of the time interval of smooth inclusion from zero to a predetermined value, setting the start time of the switching cycle with reference to real time (for example, setting the switching on at 7:00 each day).
3. Connect to the system via a Wi-Fi network via an offer or through a website.
Software development Cash, Bank transfer, E-money
