The author decided to create a new diorama and make it more interesting by making it move. She shares her process of creating a moving diorama based on the game "Atomic Heart" in this video, featuring one of the ballerina twins from the game.

The author found a pre-made ballerina model and decided to modify it into a dynamic dance pose, but encountered some issues with the geometry that needed fixing. Despite these challenges, they were able to achieve their desired result.

The author describes the process of modeling a rotating base that serves as both a stand for a ballerina figurine and has gears to rotate the upper part, which also includes LEDs. The challenge was to make sure all components fit together and ensure that the LED block remains stationary while everything else rotates.

The author discusses the difficulties of pursuing creative work and dealing with stress, particularly in relation to limited access to social media platforms like YouTube. They suggest seeking support from friends and family as well as professionals, highlighting online therapy services such as Ugolok Sponsora's which offer a range of therapists at different price points for personalized sessions.

Using the promo code, one can get an additional discount of 25% for their first session. The high precision required for the ballerina model made it necessary to print it on a photopolymer printer along with other small details like gears and base. All models are sent for printing once they are ready in resin form.

The author describes the process of painting a metallic ballerina figurine, adding more details with each attempt. She also darkened all joints to add depth and painted hair in gold color. The stand was painted beige-pink with bronze accents, but the author wasn't satisfied with it as she tried to create an antique effect that didn't turn out well. However, she managed to cover some parts in glittery fabric for added shine and printed additional stationary pieces on FDM printer for LED lights inside the cylinder-shaped base top part which is covered by golden paint so everything shines beautifully especially ballerinas themselves.

The author discusses the components needed to create a stepping motor that will rotate at six steps, including a driver, encoder, and LED lighting. The system will be connected to an Arduino Nano controller powered by USB Type-C.

The author shares a list of Arduino components, but expresses anxiety about the process of soldering them together due to their lack of resources and experience. They plan to show the results once completed.

The text discusses the need to write Arduino code in order to control a stepper motor and backlight, with an emphasis on explaining how it works. The author mentions their ability to write such code but requests assistance nonetheless.

The author demonstrates how to power an Arduino and a stepper motor using wires, while controlling the speed and lighting of LEDs through an encoder that can switch between modes by either pressing or turning it.

The narrator explains how difficult it was to fit all components into the case and attach them with wires, but eventually managed to do so by soldering some parts inside. They then test if everything works properly before closing up the case, noting that adjusting settings can affect speed and brightness of certain features.

The creator shows the final result of their project, thanking viewers for their support and encouraging them to share the video with others who may enjoy it. They also mention that they have merchandise available for purchase to support their content creation.