Free Stained Glass Zinc Framing & Bevel Cut List Calculator

Free Stained Glass Zinc Framing & Bevel Cut List Calculator
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Calculate precise cut lengths for zinc came framing around stained glass bevel clusters. Simplify your assembly process with this free, browser-based tool.

Built by@Akhenaten

What This App Does

Calculate precise cut lengths for zinc came framing around stained glass bevel clusters. Simplify your assembly process with this free, browser-based tool. — 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

Application Overview

The Stained Glass Bevel Cluster & Zinc Framing Calculator is a precision utility tool designed to help glass artists calculate exact cutting lengths for metal came (zinc) framing. It eliminates the guesswork of math involved in fitting metal edges around specific glass bevel clusters, accounting for channel width, joint types (miter or butt), and total panel dimensions.

Core Features

  • Precision Input System: Dedicated fields for bevel cluster width, bevel cluster height, and zinc channel depth (e.g., 3/16", 1/4", 3/8").
  • Miter/Butt Toggle: Real-time calculation adjustment for framing styles. It automatically calculates the 'outside' dimension versus the 'inside' glass dimension.
  • Waste Optimization: A calculator that informs the user of the total linear length required, helping to estimate if a single stick of zinc is sufficient.
  • Printable Output: A clean, formatted view that strips away the UI, allowing the user to print the cut list to bring to the workbench.
  • Validation Logic: Automated alerts within the UI if the entered dimensions for the zinc channel are physically impossible or likely to cause breakage.

Technical Specification

  • Architecture: Single HTML file architecture utilizing standard HTML5, CSS3, and Vanilla JavaScript.
  • Design Language: SaaS-inspired aesthetic. Light mode only. Use high-contrast typography (Inter or System UI fonts), generous whitespace, and a color palette consisting of neutral greys, crisp whites, and a professional 'Royal Blue' (#2563eb) for primary call-to-action elements.
  • Responsive Design: Mobile-first approach. On mobile, the input section stacks vertically with the results area below. On desktop, a side-by-side split screen provides the inputs on the left and the dynamic results/preview on the right.
  • Animations:
    • Soft slide-in effects when the result list is generated.
    • Smooth hover states on buttons (transition: all 0.2s ease-in-out).
    • Micro-interactions on input fields (border-color changes on focus).

Constraints Checklist

  • No Local Storage: The application must not use localStorage, sessionStorage, or cookies. The state must be held entirely in memory and cleared upon page refresh.
  • No External Frameworks: Use standard CDN links for Tailwind CSS and Lucide Icons (or similar lightweight SVG sets) only. No React, Vue, or Angular.
  • Sandboxed Compatibility: No usage of alert() or confirm(). All feedback (errors, validation) must be displayed using custom UI elements within the document flow.
  • External Links: Any resource links must use target="_blank" and rel="noopener noreferrer".

UI Layout

  • Header: Contains the descriptive title and a brief 'how-to' summary.
  • Main Tool Area: A clean container with numeric inputs (input type="number") for project dimensions. Includes dropdowns for zinc channel size (standard sizes).
  • Results Section: A dynamic panel that displays the calculated lengths. Includes a 'Print List' button that invokes window.print() using a specific media query for printing styles.

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AI Model

Files being used

index.html
9.5 KB
#stained glass bevel cluster calculator#zinc came cut list#stained glass project math#miter cut calculator for glass#free stained glass framing tool

Frequently Asked Questions

Everything you need to know about using this application.

What are the primary benefits of using a digital cut list calculator for stained glass?

Using a dedicated digital calculator significantly reduces human error during the planning phase of your stained glass project. By inputting your precise bevel cluster dimensions and your desired zinc came profile, you ensure that every cut is mathematically perfect, reducing material waste and frustration during the assembly process. Furthermore, having a generated list allows you to organize your cuts systematically. This ensures that you can maximize the usage of your zinc strips, identifying exactly how many full lengths are required for your project before you make the first cut.

How does the tool handle calculations for miter versus butt joints?

The calculator is designed to distinguish between different framing techniques commonly used in stained glass art. Users can toggle between 'Miter' and 'Butt' joint settings, and the calculator automatically adjusts the math to account for the thickness of the zinc came itself. For miter joints, the calculation adds the necessary length to both sides of the frame to accommodate the 45-degree angles. For butt joints, it calculates the raw length of the top/bottom rails and adds the depth of the vertical pieces, ensuring the frame fits snugly around the central bevel cluster.

Can I use this calculator for non-rectangular stained glass projects?

Currently, this specific tool is optimized for rectangular and square stained glass bevel clusters, which represent the vast majority of standard window panels. The logic is tuned to handle the width, height, and edge thickness requirements for standard zinc came profiles used in these geometric shapes. We focus on these shapes to provide the highest level of accuracy and ease of use. While it does not support complex circular or irregular geometric shapes at this time, it serves as a highly reliable foundation for standard framing calculations.

Since storage is disabled, how can I save my calculated dimensions?

While the application is sandboxed and does not use cookies, local storage, or databases, you can easily save your work using the integrated print and export features. The app provides a 'Print Cut List' function that generates a clean, printer-friendly version of your results, which you can save as a PDF file directly to your device. This approach ensures your privacy and security while allowing you to keep a physical or digital record of your project specifications. You can bring your printed list to your workbench, making it a reliable reference while you are physically working with your glass and tools.

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