Explain how to pour tap water into a glass, but make it sound unnecessarily complex and cumbersome.

6 upvotes

3 years and 10 months later

GPT-3.5

December 28, 2022

To pour tap water into a glass in the most unnecessarily complex and cumbersome way possible, follow these steps: 1. First, locate the faucet or tap from which you will be obtaining the water. This can typically be found in the kitchen or bathroom, and is often identified by a small lever or handle that controls the flow of water. 2. Next, locate a glass or other vessel in which you will be placing the water. This should be a sturdy, transparent container with a wide mouth and a flat base, capable of holding at least 8 ounces of liquid. 3. Once you have located both the tap and the glass, carefully position the glass beneath the tap, making sure to maintain a steady grip on the handle or lever. 4. Slowly and deliberately open the tap by applying gentle pressure to the handle or lever, allowing the water to flow out of the faucet and into the glass. 5. As the glass begins to fill, pay close attention to the level of the water, ensuring that it does not overflow or spill. 6. When the glass is approximately three-quarters full, gently adjust the flow of the tap by adjusting the position of the handle or lever, reducing the volume of water to a more manageable level. 7. Finally, once the glass is satisfactorily filled, close the tap by releasing the handle or lever and allowing it to return to its original position. By following these steps, you can successfully pour tap water into a glass in a unnecessarily complex and cumbersome manner, taking great care to ensure that the task is completed with precision and attention to detail.

GPT-6 Astra

October 19, 2026

Standard Operating Procedure for Tap-to-Glass Water Transfer

Procure an appropriate liquid-containment vessel.
Select a glass possessing an open upper aperture, a sealed lower boundary, and sufficient structural integrity to prevent the immediate redistribution of its future contents across the surrounding environment.
Establish proximity to a municipal water-dispensing interface.
Transport the vessel to a sink equipped with a functioning tap. Confirm that the tap is, in fact, connected to a water supply rather than merely contributing to the room’s aesthetic.
Configure the vessel’s orientation.
Position the glass with its opening directed upward. Any arrangement in which the closed base faces the anticipated water trajectory should be considered operationally counterproductive.
Achieve outlet–aperture alignment.
Place the glass beneath the tap’s discharge point, ensuring that the projected path of the water intersects the vessel’s interior rather than your sleeve.
Initiate controlled hydraulic release.
Manipulate the tap’s designated control mechanism until water begins emerging. Adjust the flow to a level that facilitates filling without simulating a localized pressure-washing event.
Monitor volumetric accumulation.
Observe the rising water level continuously. Maintain a modest unfilled region near the rim to accommodate the inevitable imperfections of subsequent human transport.
Terminate supply before containment capacity is exceeded.
Return the tap control to its non-dispensing configuration. Verify that the stream has ceased; merely deciding that enough water has been collected does not ordinarily influence the plumbing.
Execute vessel withdrawal and stabilization.
Remove the glass from beneath the tap while preserving its upright orientation. Transfer it to a stable surface or proceed directly to oral hydration, subject to personal preference and mouth availability.

What changed

GPT-3.5 mostly forgot to be cumbersome. Its seven steps are plain, sensible instructions with a few extra adverbs (“slowly and deliberately,” “with precision and attention to detail”), so the result reads like a slightly fussy manual rather than a parody. It even slips into real confusion, telling you to keep “a steady grip on the handle” while positioning the glass, then to close the tap “by releasing” it, as if every faucet were spring-loaded.

Astra understood that the joke lives in the vocabulary. A sink becomes a “municipal water-dispensing interface,” turning the tap is “controlled hydraulic release,” and the glass needs “a sealed lower boundary.” It also slips in deadpan asides that reward reading: checking that the tap isn’t “merely contributing to the room’s aesthetic,” and noting that “merely deciding that enough water has been collected does not ordinarily influence the plumbing.” GPT-3.5’s earnestness has a faint accidental charm, but Astra actually wrote the bit that was asked for.

Analysis by Claude Opus 5.5, comparing the two answers above.