SCANALYZER.Like.Audio

https://Scanalyzer.Like.Audio 

At its core, scanalyzer is a smart, automated librarian for your audio files. If you have a massive, unorganized folder full of thousands of random audio samples,
finding the exact sound you need can be a nightmare. This software “listens” to every single file, figures out what it actually sounds like, and visually organizes
your entire collection so you can browse it instantly.

What It Actually Does (The Magic)

Instead of relying on whatever messy name the file was given (like BD_01_final_v2.wav ), the tool relies on acoustic science. When you point it at a folder, it does
the following:

1. Listens & Measures: It quickly scans through your audio files and measures things like how loud it is, how long it rings out, whether it’s a pitched note (like a
piano) or a burst of noise (like a cymbal), and how distorted it is.

2. Classifies & Groups: Based on those measurements, it categorizes the sound. It can tell the difference between a thumping bass, a short drum hit, a lingering
background texture, or a vocal line. It organizes them into a top-level hierarchy (like Percussive, Tonal, or Complex).

3. Builds a Map: It groups sounds that share similar characteristics together—regardless of what they are named.

The Key Benefits for Your Library

• The 3D Sound Cloud: It takes all your sounds and plots them as points in a 3D interactive “cloud.” You can literally see your entire sample library at a glance. If
you click an area where the “kick drums” are grouped, you can visually explore and play similar sounds right next to each other.

• Intelligent Renaming & Reorganizing: Once the software knows what everything is, it features a tool that allows you to easily rename your files and sort them into
neat, structured folders based on their true acoustic traits.

• 100% Private (No Cloud Needed): Even though there is a web browser version of this app, none of your audio files ever leave your computer. All the heavy lifting is
done right on your machine, so your private library stays private.

• Never Scans the Same Thing Twice: Once a file is scanned, it creates a tiny digital “nametag” (a .PEAK file) next to it. If you run the scan again in the future,
it reads the nametag instead of re-listening to the whole sound, saving you a ton of time.

How You Experience It

You can use the tool in two ways—they both do the exact same thing:

• As a Desktop App: A standalone application window running on your computer.
• As a Web Page: A sleek web interface that runs right in your browser (but again, totally offline and client-side).

It turns a chaotic, messy folder of audio files into a clean, searchable, visually explorable library using the actual sound of the files, not just their
filenames.

GORTON PRECISION STAMP AND TYPE VISE 559-1

559-1. For Pantograph Machines. Holds rectangular stamps or type any size from 1/32″ to 1″ and in any length up to 4″. Opposite side of the vise-block has a “V” for holding rounds up to 1-1/2″ diameter. Clamp dog on this side may be used for holding larger sized rectangular stamps. Adjustable stop locates stamp for height. Construction of clamp dog permits swinging away from slot for cleaning with brush. Wing nut at side holds stamp or type blank squarely against slot when tight- ening clamp dog. Made of one solid piece of steel, hardened. Slots have two accurately ground faces . . . bottom relieved and ground. Sides milled to receive straps for clamping to machine table. Held to .001″ limits for accurate work. 5-1/4″ long x 4″ high x 2-3/4″ wide. Weight 16 lbs., boxed 21 lbs.

 

VU meter iterations

Ever wonder why VU meters are always rectangular or circular?

It’s usually a matter of mechanical necessity. In the analog world, the physical sweep of a needle and the housing required to protect it dictated the design. We’ve become so accustomed to these “skeuomorphic” constraints that anything else feels almost alien—mechanically impossible, and therefore, aesthetically foreign.

But when you move from physical hardware to dynamic variables, hooks, and handles, those walls disappear.

The Danger & Joy of “Outside the Box”

Iterating without boundaries is a double-edged sword:
-The Danger: You can lose the user. If a shape is too “unseen,” it loses its familiarity and function.
-The Joy: You unlock unlimited potential. By manipulating the geometry through code, I’ve been riffing on the classic VU meter to see where the math takes me.

I’ve had to invent a new vocabulary just to keep track of these iterations. Say hello to the Squircle, the Squectangle, and the Hex-Dome.

Breaking the Skewmorphic Ceiling:
By leaning into the “mechanically impossible,” we create something that couldn’t exist in a world of gears and glass. It challenges the eye and redefines what an interface can look like.

Personally, the Parking Meter style is my favorite—there’s something inherently authoritative and nostalgic about that heavy arc.

Which of these shapes do you think works best? Or have we pushed “outside the box” too far?

#DesignSystems #UIUX #IterativeDesign #CreativeCoding #VUMeters #ProductDesign

MDP – Multi Dimensional Panner

MDP – Multi Dimensional Panner

Demo: https://like.audio/MDP/

## Overview

The **Multi-Dimensional Panner (MDP)** is an advanced user interface concept designed for spatial audio mixing, object-based panning (e.g., Dolby Atmos), and complex parameter control. It extends the traditional “Linear Travelling Potentiometer” (LTP) by placing it within a free-floating, rotatable widget on a 2D plane.

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