i used fusion to design model 

but before that , i draw sketch on paper

3D Fabrication On The Project

1- Drag File on Cura it must be *.STL format 

2- i change Properties

• infill (20) 

• resolution (0.2mm)

3- then click on slice to show number of grams and time

  (17 gram ) -(2 hours 25 min )  

4- finally  save to disk  (extension .gcode)

i used this website to design the curcit Because the compound was not all present in tinkercad

I begin with open the Circuito and drag and drop the component in the working area then built the circuit as shown in the image below.

The circuit will use the IR sensor to detect signals from a remote control and activate the NeoPixels accordingly. The Bluetooth module will allow you to control the NeoPixels from a smartphone app.

Here are the steps to create the circuit:

1. Open Tinkercad and create a new circuit project.

2. Drag and drop an Arduino Uno from the components panel onto the workspace.

3. Connect a 5V power source to the Arduino's 5V and GND pins.

4. Add the NeoPixels by searching for "NeoPixel" in the components panel and dragging them onto the workspace.

5. Connect the NeoPixels to the Arduino by connecting the data pin of the first NeoPixel to pin 6 on the Arduino, and the power and ground pins to the 5V and GND pins on the Arduino, respectively.

6. Add the IR sensor by searching for "IR receiver" in the components panel and dragging it onto the workspace.

7. Connect the IR sensor to the Arduino by connecting its VCC pin to 5V, GND to GND, and the output pin to pin 11 on the Arduino.

8. Add the HC-05 Bluetooth module by searching for "HC-05" in the components panel and dragging it onto the workspace.

9. Connect the Bluetooth module to the Arduino by connecting the VCC pin to 5V, GND to GND, and the TXD and RXD pins to pins 2 and 3 on the Arduino, respectively.

I used 5 V  adapter  the ardiuno uno powering range is from 5V to 9V. The components also are powered Bettwen 6V-12V.

But for the Neo pixels  display I used the 3.3V pin in the arduino to power it.

at the first 

I am coding a test code to check if the Neopixel with Bluetooth is functioning properly.

that uses the Adafruit_NeoPixel library to control a strip of NeoPixels (LEDs) based on the serial data received from the serial monitor or another device.

1-In the setup() function, the serial communication is started with a baud rate of 9600 using the Serial.begin() function. The NeoPixel strip is initialized with the pixels.begin() function, and the pin connected to the strip is set as an output using the pinMode() function.

2-In the loop() function, the code waits for incoming serial data using a while loop that checks if the Serial.available() function returns a non-zero value. Once data is available, it is read and stored in the "incomingData" variable using the Serial.read() function.

3-The code then clears the NeoPixel strip using the pixels.clear() function. It then enters a for loop that iterates through each pixel in the strip and calls the pixels.show() function to display the updated color values.

4- Depending on the value of the "incomingData" variable, the NeoPixel strip is filled with white color (255, 255, 255) or black color (0, 0, 0) using the pixels.fill() function. If the received data is not equal to '1' or '2', the code sends the "invalid" message to the serial monitor.

uses the Adafruit_NeoPixel library and an IR sensor to control a strip of NeoPixels (LEDs) based on the data received from the serial monitor or another device.

1-In the setup() function, the serial communication is started with a baud rate of 9600 using the Serial.begin() function. The NeoPixel strip and the IR sensor pins are set as an output and input respectively using the pinMode() function. The NeoPixel strip is also initialized with the pixels.begin() function.

2- In the loop() function, the code first enters a while loop that waits for incoming serial data using the Serial.available() function. Once data is available, the code reads and stores it in the "incomingData" variable using the Serial.read() function.

3- The code then reads the value of the IR sensor using the digitalRead() function and stores it in the "sensorValue" variable. It then enters a for loop that iterates through each pixel in the strip and calls the pixels.show() function to display the updated color values.

4- Depending on the values of the "sensorValue" and "incomingData" variables, the NeoPixel strip is filled with white color (255, 255, 255) or black color (0, 0, 0) using the pixels.fill() function. If the "incomingData" variable is not equal to '1' or '2', the code sends the "invalid" message to the serial monitor using the Serial.println() function.

5-After the for loop, the code reads the incoming serial data again and stores it in the "incomingData" variable. It then clears the NeoPixel strip using the pixels.clear() function, reads the value of the IR sensor again, and enters another for loop that iterates through each pixel in the strip and calls the pixels.show() function to display the updated color values.

6- Depending on the values of the "sensorValue" and "incomingData" variables, the NeoPixel strip is filled with white color or black color using the pixels.fill() function, similar to the previous for loop.

Overall, this code provides a more complex example of how to use an IR sensor and serial communication to control NeoPixel strip lighting effects.

1-the lamp will be open with RGB Color via application

2-use RTC and  show time on the lamp and set Alarm