Inspired by the bonfire checkpoint/save system from Dark Souls. Lock in your reading progress, rest and refill your estus flask on the arduous journey from cover to cover.

Dark Souls Bookmark

The UN (United Nations) emblem. Sculpture with land and wreath having greater depth than graticule/compass. Planar style, print flat on the printed bed and use a matte filament for a nice finish.

Stand is designed to tightly fit around and inside the small bars supporting the globe. Come down at the thinner end of the support bars and then push down/in forcefully but cautiously.

United Nations Emblem

UN-Logo-2.stl

Minimal blender logo that can be used flat or with accompanying stand as a free standing sculpture.

Blender Logo (3 Pieces)

Outer

Famed mascot of the Rust programming language. Isn't he cute?

Ferris the Rustacean

Rustacean [Compound]

The Unreal Engine/Tournament logo, with accompanying stand piece.

Unreal Logo

Unreal [Main]

The Rust (rustLang) programming language logo. The stand piece slots into the back so it can become a self-supporting sculpture, but the main piece could be adhered to a surface such as a wall.

Rust Programming Language Logo

Rust Logo [Main]

## Shower in futuristic style regardless of supporting pole radius.

The plate and arm prints in apparent/final orientation, the inserts print upside down, and the screw ring prints flat side first.

Apply some light pressure on the arm as your screw the wheel fastener for a good fit.

Shower Soap Dish (Adjustable)

Plate.stl

Cool cutlery drainer. Removable "basket" for easy cleaning.

- Print the basket with expected orientation.
- Print the base with the knife + fork window at the bed.

Optional: Reduce printing time for the basket piece by using an extrusion width slightly larger than the nozzle, and reduce layer height.

I managed to get a beautiful result for 7~ hrs using my Ender 3 V2.

Futuristic Cutlery Drainer

Access to high quality models designed with 3D printing in mind, that can be sold with or without post-processing.

Commerce

# Snap-fit Pi Pico Caddy

## Info
Snap-fit caddy/cassette/cage for the Pi Pico, intended to secure the board to a 3D printer that has 2020 extrusions as part of its assembly (such as Ender 3 models). Alternatively useful as a fashionable outfit for the Pico. 

Optional deeper version encompasses the headers fully, and either version can be printed without the 2020 arms.

## Warning!
Snug fit. If your board has headers/pins, you need to be very delicate. Carefully separate the arms while holding the caddy, without snapping them off, and help the board gradually climb along the length thereof.

It goes without saying that you shouldn't attach it in the way of gantry movement, like I have in some of my demonstration images.

Pi Pico Caddy [Snap-Fit + 2020 Connection]

PicoCaddy-ExtraPinDepth.stl

PicoCaddy-NoArms.stl

PicoCaddy.stl

# Spring Generator
### [ Serpentine / Zig-Zag / Sinuous Spring / Wave ]

Generate serpentine spring meshes to splice into models, perform tests or print as fidget widgets and whatever else you have in mind. There are numerous parameters to adjust to your liking.

## About

While this [type of spring](https://monroeengineering.com/blog/comparison-of-the-different-types-springs/) is typically [used in furniture/upholstery](https://sofa-advisor.com/what-are-zig-zag-springs/), applications to be tensioned and support weight acting normally, preventing sag. This general shape can be very useful in other ways. While it won't match the properties of a typical coil spring, the profile has a lot of potential in the 3D printing context.

One example that inspired this script is this [Battery Holder by YXC](https://www.thingiverse.com/thing:2668159). Really great work and cool design.

## Latest Update - 15th June '23
Fairly confident I've got angles and "roundness" factor working reliably now. Still think this should just be Beziers or some other point to point thing. We could see later.

## Changed to using pow() function to see if it actually works on this web-app but I think there's numerous differences in the syntax. Download and use OpenSCAD alright.

## To-Do:

- Endless refactor of sloppy code.
- Parameterized tolerance/clearance.
- Provide deeper options, specific dimensions for various terminal shapes.
- Better assertions/tests to flag where use parameters will result in bad geometry (overlaps/not-manifold and so on).
- Provide more [variations of form](https://www.researchgate.net/figure/Classic-serpentine-spring-a-rotated-serpentine-spring-b_fig2_231118509).
- Continuous terminal positioning, rather than binary outer/center offset. Over-draw and then intersect with hull of desired length, offset appropriately?

Spring Generator [ Serpentine / Zig-Zag / Sinuous ]

Serpentine_Example1.stl

Serpentine_Example2.stl

Serpentine_Example3.stl

Small storage box inspired by the cool so-called "ECOCLIC" style cardboard containers that laundry detergent pods are packaged in.

Printed in the right orientation, we can achieve a suitably strong springing tab that functions as a locking mechanism in partnership with a lip on the inside of the lid. The lid has a window allowing quick disconnection.

The orientation of the print means there's some fairly significant bridging involved, so I made an additional version of the box which has some  extra layering that will reduce the overall maximum bridge distance required, without sacrificing much storage space.

Let me know what you plan to store in the box. If it's anything valuable, let me know where you plan to keep the box. This feedback will be very useful to me.


Flex-Lock Box [ "Eco-Clic" ]

Supported Box.stl

Unsupported Box.stl

Lid.stl

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