Free Persian 6-in-1 Chainmaille Flexibility Angle Calculator

Free Persian 6-in-1 Chainmaille Flexibility Angle Calculator
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Use this free online tool to calculate flexibility and bend angles for your Persian 6-in-1 chainmaille designs. Optimize ring size and aspect ratio today.

Built by@Akhenaten

What This App Does

Use this free online tool to calculate flexibility and bend angles for your Persian 6-in-1 chainmaille designs. Optimize ring size and aspect ratio today. — generated by gemini-3.0-flash and published by @Akhenaten on Slopstore. Categorized under Utility, this app is part of Slopstore's curated collection of AI-generated tools and experiments. Run it free in your browser. No installation needed.

AI Generation Prompt

Persian 6-in-1 Chainmaille Flexibility Calculator

Overview

A specialized, precision-focused utility designed for jewelry makers and chainmaille artists. This tool calculates the mathematical feasibility and flexibility potential of the Persian 6-in-1 weave based on user-provided wire diameter and ring inner diameter measurements.

Key Features

  • Live AR Calculation: Instantly computes the Aspect Ratio (AR) as the user inputs the Ring ID and Wire Diameter.
  • Flexibility Rating Engine: Uses a proprietary formula based on weave density to provide a 'Flexibility Score' (Low, Optimal, High/Loose).
  • Bend Angle Estimation: Provides a visual estimate of the maximum degree of bend the chain can achieve before the rings bind against each other.
  • Precision Toggles: Supports both Imperial (inches) and Metric (mm) inputs, with unit conversion performed on the fly.
  • Visual Indicator: A dynamic visual gauge shows where the current ring choice sits on the 'Rigidity vs. Fluidity' spectrum.
  • Printable Report: A 'Generate Summary' button creates a clean, printable CSS-based layout of the results for workshop use.

UI/UX Design Specification

  • Color Palette: Professional and Clean. Base white (#ffffff), soft slate grays (#475569), vibrant azure (#0ea5e9) for primary actions, and clean success greens (#16a34a) for optimal results.
  • Typography: Clean sans-serif fonts (e.g., Inter or system UI stack).
  • Layout:
    • Header: Simple application title with a brief description.
    • Main Tool Area: A two-column grid. Left side: Input card (numeric fields for ID, WD, Material selection). Right side: Results visualization card.
    • Visualization: A responsive, CSS-only arc gauge showing the bend angle.
  • Animations:
    • Smooth input transitions using CSS transition: all 0.3s ease-in-out.
    • Fade-in animations for result panels.
    • Subtle pulse effect on the 'Calculate' button when inputs are modified.

Technical Implementation Directives

  • Architecture: Single HTML file containing HTML5, CSS3, and Vanilla JavaScript.
  • Frameworks: No frameworks or heavy libraries. Use CDN for Tailwind CSS (via script tag) to maintain the modern SaaS aesthetic.
  • State Management: Use an object appState = { id: 0, wd: 0, ... } in memory. Update UI by directly manipulating the DOM.
  • Constraints Compliance:
    • No Storage: Absolutely no localStorage, sessionStorage, or cookies. If a user refreshes, the app resets.
    • No Popups: Do not use alert() or confirm(). Create custom modals using standard <div> elements with position: fixed and z-index to simulate popups for errors or print dialogs.
    • Mobile-First: The input form must stack on mobile (width < 768px) and split into two columns on desktop (width >= 768px).
    • Iframe Safe: Ensure all styles are scoped. No external tracking scripts. All links must be target="_blank".

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AI Model

Files being used

index.html
11.3 KB
#Persian 6-in-1 chainmaille calculator#chainmaille weave flexibility tool#jewelry aspect ratio calculator#chainmaille design and planning#Persian 6-in-1 weave angle guide

Frequently Asked Questions

Everything you need to know about using this application.

What is the Persian 6-in-1 weave and why does it need a flexibility calculator?

The Persian 6-in-1 is a dense, high-volume chainmaille weave known for its circular cross-section and distinct, intricate appearance. Because of its density, achieving the right flexibility is highly dependent on the aspect ratio (AR) of the rings used in the pattern. This calculator helps designers prevent the weave from locking up or becoming too stiff by determining the ideal range for the inner diameter relative to the wire thickness. It provides a mathematical estimation of the maximum bend angle before the rings encounter metal-on-metal interference, ensuring the finished jewelry remains fluid and comfortable to wear.

How does the Aspect Ratio (AR) affect the flexibility of the Persian weave?

Aspect Ratio is defined as the inner diameter (ID) of the jump ring divided by the wire diameter (WD). In a Persian 6-in-1 weave, the AR determines how much 'room' each ring has to move within the assembly of its neighbors. If the AR is too low, the weave will be rigid and potentially impossible to assemble correctly. Conversely, if the AR is too high, the weave can become overly loose, causing the pattern to lose its structure or look sloppy. Our calculation tool takes your specific measurements and compares them against known successful ratios for this specific weave, providing a target flexibility score to guide your design choices.

Can I use this tool for other chainmaille weaves like European 4-in-1?

This specific tool is engineered exclusively for the geometry of the Persian 6-in-1 weave. While the principles of AR are universal in chainmaille, the internal locking mechanisms and geometric requirements of the Persian 6-in-1 differ significantly from weaves like European 4-in-1 or Japanese patterns. Using this calculator for a different weave type will result in inaccurate flexibility predictions. We recommend using specialized calculators built for the specific geometry of the weave you are attempting to construct to ensure the best results for your metalwork projects.

Does this application save my measurements or project history?

No, this application is designed with a privacy-first approach and does not store any user data, measurements, or project histories. All calculations are performed in real-time within your browser's memory, and no data is transmitted to an external server or saved to your device's persistent storage. Because the application operates entirely within your browser session, refreshing the page will reset all inputs and calculated results. This ensures that your design parameters remain private and prevents any potential issues with data persistence within a sandboxed environment.

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