Development of a Three.js viewer + configurator

Hello, freelancers!

It is necessary to develop a three.js viewer + an object (objects) configurator that displays in the viewer.

Requirements for the viewer:

1. toggle "day"-"night" (there are objects that "glow"), toggle "turn on/off animation" (I describe it in point 4)

2. Intro animation of the camera after loading the model.

3. Animation with a certain camera interval - attracting attention, saying "look, you can rotate me"

4. Constant, looped animation of the object itself (for example, let's consider a table lamp, animation - bending the leg, or folding it, rotating, etc.) That is, to show the mobility of the object.

5. The ability to independently select and upload an HDR lighting map.

General description of what I mean by configurator:

The configurator is a constructor that allows the user to select a certain set of objects and choose available materials for this object.

For example - a table lamp. There is a set of elements that make up this lamp - base, leg (flexible, folding, or immovable, etc.), lampshade (metal, plastic, fabric....).

By default, a basic model is loaded. The configurator scans the model and determines what objects are available and what materials are on them, compiling a list of available options for the user. This process is automated, without manual filling of the list of available options.

Example:

Base - 2 shape options, each option has N-number of execution options in color or material (for example, metal, plastic)

Leg - 2 shape options, also has several color solution options

Lampshade - 3 shape options and each shape option has several color solution options.

Each object has a unique set of elements and materials. It is planned to upload models to the site, and for each model, the configurator will compile its own set of available options - shape, material, color...

I hope I explained it clearly.

I expect real cases from you.

Bids without cases will not be considered.

Bids generated by AI will not be considered; please make an effort to write in your own words why you can implement this.

Please attach a link to a similar implemented project or at least some preview work of such a viewer to your bid. If you do not want to "shine" it in front of others, you can send it privately.

Open to discussion.