Customizable Trophy Cup Generator - Feature Guide

Overview

This Model generates fully customizable trophy cups with professional-grade parametric control. Whether you're creating awards for sports competitions, corporate recognition, or personal achievements, this generator offers extensive customization options to create unique, printable trophies.

Key Features

Cup Design Parameters

The main cup body can be extensively customized through several key parameters:

• Size Control: Adjust the overall height (default 80mm), base diameter (70mm), and rim diameter (80mm) to create cups ranging from small desk awards to large championship trophies
• Proportions: Control the neck position and diameter to create anything from straight-sided cups to elegantly curved chalices
• Wall Thickness: Set the wall thickness for hollow printing (recommended 4mm for structural integrity)
• Curvature Styling: Independent control over upper and lower curvature factors allows for sophisticated profile shaping

Advanced Curvature Options

The script features separate upper and lower curvature controls:

• Lower Curvature: Controls the curve from base to neck (1.0 = linear, higher values = more pronounced curves)
• Upper Curvature: Controls the curve from neck to rim with multiple style options
• Curve Styles: Choose from "S-curve" (elegant trophy profile), "Exponential" (smooth acceleration), or "Parabolic" (mathematical precision)

Base Shape Options

Four distinct base styles are available:

• Square: Traditional rectangular base with customizable length and width
• Hexagon: Six-sided base using the length parameter for sizing
• Round: Circular base with adjustable radius
• Pedestal: Sophisticated square base with chamfered corners for a premium appearance

Handle Varieties

When handles are enabled, choose from four professional styles:

• Seven: Creates a distinctive "7" shape with separate horizontal sections connected by a diagonal curve
• Straight: Clean, minimalist vertical handles with smooth chamfered connections
• Curved: Flowing handles with mathematical sine-wave curves for organic appearance
• Elegant: Sophisticated handles with variable thickness and smooth transitions

Handle positioning is fully customizable through high and low point parameters, with independent control over horizontal extension distances.

Professional Finishing Features

• Ground Base: Optional extended base platform for enhanced stability
• Nameplate Recess: Integrated rectangular recess for engraving plates or labels
• Hollow Construction: Optimized for 3D printing with proper wall thickness calculations

Important Usage Notes

⚠️ Prototype Status: This is a prototype version of the trophy generator. Please carefully review your generated models and print test pieces before committing to final production. Always verify dimensions, clearances, and structural integrity for your specific use case.

⚠️ Printing Considerations:

• Recommended wall thickness is 4mm for structural integrity
• Test handle attachments on small prints first
• Consider support structures for overhanging elements
• Verify your printer's capabilities with the generated geometry

Customization Tips

The script includes over 20 adjustable parameters, allowing for thousands of unique combinations. Key recommendations:

• Start with default values and adjust incrementally
• Consider the relationship between neck diameter and wall thickness for printability
• Test handle styles with your specific cup proportions
• Ensure nameplate recess dimensions work with your intended labeling method

Feedback Welcome

I'm actively developing this trophy generator and welcome your feedback and suggestions. Your input helps shape future versions with improved features, additional styles, and enhanced usability. Please share your experiences, successful prints, and any challenges you encounter.

A more refined version is planned once sufficient feedback is gathered from the community. Your real-world testing and creative applications drive continuous improvement of this tool.

Getting Started

Simply modify the parameters at the top of the script to match your requirements, render in OpenSCAD, and export for 3D printing. The script is designed to be user-friendly while offering professional-grade customization depth.