This is an inspiration from Zoltar, There are so many versions out there and I wanted to make my own cubicle version. We have a fortune teller in a booth who gazes her crystal ball and tells your future :)

The build is a mashup of paper craft, light box, Arduino and loads of glue !

PS - This was built with materials already available at home, you will be able to skip some steps if you have access to color printer , arduino shields

Supplies

Fortune Wheel/ Carousal

Card stock ( 120 GSM or higher / Blank business cards)
Tooth pick
Pencil / Stick

Fortune Booth

Colors (Crayons or anything you like)
PingPong ball
Masking tape
Scissors
Cardboard
Glue

Electronics

Arduino
DC Motor box with wheel
RGB LED
White LED Strips
ULN2803 or any motor driver
L293D or any motor driver
PING sensor (Ultrasonic distance measurement)
ISD 1820 with AMP or any other trigger enabled audio playback device

Step 1: Making the Fortune Teller's Booth

Steps below, please refer to photos for more details

Cut 1 Inch cardboard strips
Clean up a shoe box
Blue the cardboard strips from step 1 as a frame within the shoe box
Add a background of choice to the frame
Add elements like curtains to the frame
Draw or print the fortune teller from https://www.vecteezy.com/vector-art/186962-fortune...
Cut along the outline and stick it on to the frame
Draw/ print the hands from the earlier picture and add again to the frame. At this point it should look like a 3D image
Add RGB LED and ping-pong ball to the frame

Feel free to add as many layers as your wish, more layers means more depth to the picture.

Step 2: Making the Fortune Wheel

Steps below, please refer to photos for more details. This is a poor man's version of https://github.com/scottbez1/splitflap . I just wanted to make a version with parts already available at home

Cut two circles of diameter 3 Inch from a thick cardboard
Mark points 15 Degree apart from each other and draw another circle of Diameter 2.5 Inch
Punch holes at the mark, Stick a pencil as a spindle for the wheel
On the other wheel, punch out holes and tie a wheel so that it can be connected to motor
Glue the other circle as well to pencil
Cut flaps out of index card
Insert tooth pick and glue the cards to the tooth pick
Add the motor to the contraption

Please note that this fell apart after about ~ 150 times, If you want this to last long, please add supporting structures on both sides. Also glue and moving parts don't go well together :)

Step 3: Setting Up Lights and Sound

The setup consists of one motor, ping sensor, RGB LED, two LED strips and one audio device ( ISD 1820 Module). The RGB LEDS act as a crystal ball, The LED strips light up the background of the booth, audio plays an introduction to the fortune teller and the motor drives the fortune cards.

ISD 1820 plays a single audio recorded based on a trigger pin. This is connected to an amplifier and played over speaker. I used UK-Rachel voice from https://www.naturalreaders.com/online/

Connect the components as shown in the diagram. Note that the upper railings on the bread board has VIN and the lower railing has 5V connected to it
Upload the code to your Arduino
Place all components within the box
Place the ping sensor on the outside of the box
Power up and its ready !