Update wiki submodule with desiccant link

- Visual guide showing step-by-step installation process
- Supports README documentation with animated walkthrough

.github/copilot-instructions.md

@@ -0,0 +1,71 @@
+````instructions
+# GitHub Copilot Instructions
+
+**Never use the unicode multiplication symbol (×, U+00D7) in any documentation, code, or markdown.**
+
+Always use a plain lowercase 'x' for dimensions and multiplication.
+
+- WRONG: `25mm × 25mm × 25mm`
+- CORRECT: `25mm x 25mm x 25mm`
+
+# Git Instructions
+
+- If a git command fails due to authentication reasons, retry the command exactly once.
+
+# Wiki Tagging Standards
+
+All wiki pages should use YAML frontmatter for tagging.
+
+## Challenge Tags
+All challenge pages must include the following tags:
+- `challenge`: Identifies the page as a challenge.
+- `challenge-NNN`: A unique sequential identifier.
+   - `challenge-001`: October 2025
+   - `challenge-002`: November 2025
+   - `challenge-003`: December 2025
+   - Increment for subsequent months.
+- `archive`: (Optional) Use this tag when the challenge is no longer active.
+
+## Visibility Tags
+- `hidden`: Use this tag to prevent the page from being published to the fargo3d.com website.
+
+# Challenge Lifecycle
+
+Challenges follow a specific monthly cycle:
+1. **Announcement**: A challenge is announced at the meetup in Month X.
+2. **Execution**: Participants work on the challenge between Month X and Month X+1.
+3. **Judging**: Results are brought to and judged at the meetup in Month X+1.
+
+**Example:**
+- **November Challenge**: Announced in November, Judged in December.
+- **December Challenge**: Announced in December, Judged in January.
+
+**Wiki Page Roles:**
+- **Current-Challenge.md**: Displays the challenge currently in the "Execution" phase (announced last month, to be judged at the upcoming meetup).
+- **Upcoming-Challenge.md**: Displays the challenge to be announced at the upcoming meetup.
+
+# Content Synchronization
+
+The `wiki-fargo3d` submodule contains the official documentation. Some content is mirrored in the main repository root.
+
+- **Readme.md vs wiki-fargo3d/Home.md**: Keep announcements and general descriptions in sync.
+- **challenges.md vs wiki-fargo3d/Current-Challenge.md**: `challenges.md` should reflect the active challenge found in the wiki.
+- **itinerary.md vs wiki-fargo3d/Itinerary.md**: Keep meeting schedules in sync.
+
+## Git Workflow for Wiki Updates
+1. Make changes in `wiki-fargo3d/`.
+2. Commit and push changes in `wiki-fargo3d`.
+3. Go to root `P:\3dPrintMeetup`.
+4. Commit the submodule update.
+5. Push root changes.
+
+## Example Front Matter
+
+```yaml
+---
+tags:
+ - challenge
+ - challenge-002
+---
+```
+````

HueForge/README.md

@@ -0,0 +1,76 @@
+# HueForge 3D Fuel Filament Library
+
+This folder contains the official 3D Fuel filament library for HueForge, providing accurate color and transmissivity data for 127+ 3D Fuel filaments.
+
+## What's Included
+
+- **3d-fuel.json** - Complete filament library with:
+  - 127 filament entries from 3D Fuel and 3D Fuel Tough lines
+  - Accurate hex color codes
+  - Transmissivity values for realistic light simulation
+  - Both PLA+ and PCTG material types
+  - Unique UUIDs for proper filament identification
+
+## Installation Video Guide
+
+![HueForge Installation Animation](../.images/Hueforge.gif)
+
+## Steps for Adding to Your HueForge
+
+1. **Download the File**
+   - Download the `3d-fuel.json` file from this folder
+
+2. **Locate Your HueForge Installation**
+   - Navigate to your HueForge application folder
+   - Find the `Filaments` subfolder
+
+3. **Navigate to Vendor Libraries**
+   - Inside the `Filaments` folder, locate the `Vendor Libraries` subfolder
+   - If it doesn't exist, create it
+
+4. **Install the Library**
+   - Copy the `3d-fuel.json` file into the `Vendor Libraries` folder
+   - The complete path should look like:
+
+     ```text
+     [HueForge Install]/Filaments/Vendor Libraries/3d-fuel.json
+     ```
+
+5. **Restart HueForge**
+   - Close and reopen HueForge
+   - The 3D Fuel brand should now appear in your filament selection
+
+## Using the Filaments
+
+Once installed, you'll see "3D-Fuel" and "3D-Fuel Tough" as available brands in HueForge's filament selector. Each filament includes:
+
+- **Accurate Colors**: Real hex color codes from 3D Fuel's specifications
+- **Transmissivity Data**: For realistic light transmission in your models
+- **Material Types**: Properly categorized as PLA+ or PCTG
+- **Complete Range**: From opaques to transparents, metallics to fluorescents
+
+## Filament Highlights
+
+- **Transparent Options**: Clearly Natural, Transparent Ruby Red, Transparent Lime Green
+- **Metallics**: Gold, Silver, Copper variations
+- **Fluorescents**: High-visibility colors for standout prints
+- **Standard Colors**: Complete spectrum of everyday printing colors
+- **Specialty Colors**: LulzBot Green, Bitcoin Orange, and more
+
+## Community Integration
+
+This library was created for the 3D Print Meetup community to enhance HueForge projects with accurate 3D Fuel filament data. Perfect for:
+
+- Multi-color lithophanes
+- Transparent art pieces
+- Color-accurate prototyping
+- Community challenge projects
+
+## Support
+
+For questions about this filament library or HueForge integration, contact the 3D Print Meetup organizers or visit our community resources.
+
+---
+
+*Last Updated: October 2025*  
+*Source: 3D Fuel Official Shopify Database*

Readme.md

@@ -3,31 +3,23 @@ gitea: none
 include_toc: true
 ---
 
-# **⚠️ IMPORTANT: MEETUP DATE CHANGES**
-
-## **Next Two Meetups Will NOT be on the 3rd Wednesday**
-
-- **November Meetup: November 12th, 2025**
-- **December Meetup: December 10th, 2025**
-
-**We will resume normal 3rd Wednesday schedule after the New Year.**
-
----
-
 # 3D Fuel 3D Printing Monthly Meetup
 
 Welcome to the official repository for our monthly 3D printing meetup! This community-driven event brings together 3D printing enthusiasts, makers, and innovators to share knowledge, showcase projects, and explore the latest in additive manufacturing technology.
 
-## 📋 Table of Contents
+## Table of Contents
 
-- [📋 Itinerary](#-itinerary)
+- [Itinerary](#itinerary)
-- [🏆 Monthly Challenges](#-monthly-challenges)
+- [Monthly Challenges](#monthly-challenges)
-- [💡 Community Planning](#-community-planning)
+- [HueForge Integration](#hueforge-integration)
-- [🎯 About Our Meetup](#-about-our-meetup)
+- [Community Planning](#community-planning)
-- [🤝 Community Engagement](#-community-engagement)
+- [About Our Meetup](#about-our-meetup)
-- [📞 Getting Involved](#-getting-involved)
+- [Community Engagement](#community-engagement)
+- [Getting Involved](#getting-involved)
+- [Join the Discord](https://discord.gg/BSJbsj6m)
+- [Feedback](mailto:feedback@fargo3d.com)
 
-### [<EFBFBD> Itinerary](./itinerary.md)
+### [Itinerary](./itinerary.md)
 
 Complete meeting format and timeline for our monthly gatherings. Includes:
 
@@ -37,18 +29,33 @@ Complete meeting format and timeline for our monthly gatherings. Includes:
 - Featured presentations and workshops
 - Meeting guidelines and etiquette
 
-## 🏆 Monthly Challenges
+## Monthly Challenges
 
 ### [Current Challenges](./challenges.md)
 
 Monthly design challenges and competitions. Currently featuring:
 
-- **October 2025**: "Is it Glass or Clearly Natural?" transparency challenge
+- **Active (Dec)**: "Bring Your Test Models" - Calibration print showcase (Judging Jan 2026)
+- **Upcoming (Jan)**: [TBD]
 - Challenge rules, judging criteria, and submission guidelines
 - Prize structures and recognition programs
 - Tips for achieving the best results
 
-## 💡 Community Planning
+## HueForge Integration
+
+### [3D Fuel Filament Library](./HueForge/)
+
+Enhance your HueForge projects with our comprehensive 3D Fuel filament library! This community resource includes:
+
+- **127+ filament specifications** with accurate color and transmissivity data
+- **Complete material range** including PLA+, PCTG, transparents, and metallics
+- **Easy installation** with step-by-step instructions
+- **Community-tested** filament profiles for optimal results
+- **Perfect for lithophanes**, multi-color prints, and transparency projects
+
+Download the library and follow the installation guide to add professional-grade 3D Fuel filament data to your HueForge workflow.
+
+## Community Planning
 
 ### [Ideas & Planning](./ideas.md)
 
@@ -59,7 +66,7 @@ Creative concepts and future planning for meetup activities:
 - Event structure improvements
 - Monthly challenge selection processes
 
-## 🎯 About Our Meetup
+## About Our Meetup
 
 ### What We Do
 
@@ -88,7 +95,7 @@ We host themed design challenges that encourage creativity and skill development
 - **Community Judging**: Group evaluation during show & tell sessions
 - **Recognition**: Prizes and social media features for winners
 
-## 🤝 Community Engagement
+## Community Engagement
 
 ### Participation
 
@@ -103,7 +110,7 @@ We host themed design challenges that encourage creativity and skill development
 - **Discord Integration**: Online community voting and discussions
 - **Social Media**: Documentation and sharing of member achievements
 
-## 📞 Getting Involved
+## Getting Involved
 
 ### How to Participate
 

announcements/December2025.md

@@ -0,0 +1,39 @@
+# 3D Fuel December Meetup - Meeting Announcement
+
+## Email Subject Line
+
+Join Us December 10th: 3D Printing Meetup + SVG Lettering + FormNext Recap + Challenge Winners
+
+---
+
+## Email Body / Reddit Post
+
+Hey everyone!
+
+Join us for the **December 3D Printing Meetup**.
+
+For more information about the meetup and community events, visit [www.fargo3d.com](https://www.fargo3d.com)
+
+### Meeting Agenda
+
+**Time: 6:00 - 8:00 PM**
+
+1. **Social Time & Networking** - Welcome and catching up
+2. **Industry News Update** - **Formnext Coverage** with John - A look at the latest tech from the world's largest additive manufacturing expo.
+3. **Show & Tell & Challenge Judging** - **November Challenge Judging**: "Wait, This Was Printed?" (Smooth Cube Challenge). Bring your cubes!
+4. **New December Challenge Announcement** - "Bring Your Test Models" - Share your favorite calibration and testing prints.
+5. **Featured Presentation: SVGs and Lettering on Prints** - Presented by **Eric Spooner**
+6. **Closing Discussion** - Wrap-up and informal conversation
+
+### Special Presentation: SVGs and Lettering on Prints
+
+Join us for a deep dive into adding custom graphics and text to your 3D prints! This presentation will cover:
+
+- **Working with SVGs**: How to prepare vector graphics for 3D printing.
+- **Lettering Techniques**: Best practices for embedding or embossing text onto your models.
+- **Workflow Tips**: From design software to slicer implementation.
+
+### Location & Details
+
+**When:** Wednesday, December 10th, 2025 | 6:00 - 8:00 PM  
+**Where:** 3D-Fuel 2222 7th Ave N Fargo, ND 58102

announcements/November2025.md

@@ -0,0 +1,76 @@
+# 3D Fuel November Meetup - Meeting Announcement
+
+## Email Subject Line
+
+Join Us November 12th: 3D Printing Meetup + HueForge Presentation + New Challenge
+
+---
+
+## Email Body / Reddit Post
+
+Hey everyone!
+
+Join us for the **November 3D Printing Meetup**. Please note: **This month's meeting is on Wednesday, November 12th at 6:00 PM** (not our usual 3rd Wednesday).
+
+**Also note:** December's meetup will be on **Wednesday, December 10th** (also adjusted for the holidays).
+
+### Meeting Agenda
+
+**Time: 6:00 - 8:00 PM**
+
+1. **Social Time & Networking** - Welcome and catching up
+2. **Industry News Update** - Latest 3D printing trends with John
+3. **Show & Tell & Challenge Judging** - October transparency challenge winners and community showcases
+4. **New November Challenge Announcement** - "Wait, This Was Printed? How Are There No Layer Lines?" - Can you achieve the smoothest surface finish possible?
+5. **Featured Presentation: Getting Started with HueForge** *(30 minutes)* - Presented by **Eric Spooner**
+6. **Closing Discussion** - Wrap-up and informal conversation
+
+### Special Presentation: Getting Started with HueForge
+
+Join us for a brief introduction to HueForge color mapping software! This presentation will cover:
+
+- **Installing the 3D Fuel Filament Library** - Add our complete 127+ filament database to HueForge
+- **Photo-to-Print Workflow** - Working with a simple Black and White photo
+- **Slicer Setup & Integration**:
+  - Configuring HueForge with **Bambu Studio** using modifiers vs Painting
+
+Perfect for anyone looking to take their color and multi-material printing to the next level!
+
+### What to Expect
+
+- Network with local 3D printing enthusiasts
+- Showcase your latest prints
+- Learn about our new November challenge: achieving the smoothest layer-line-free prints
+- Learn color mapping techniques with HueForge
+- Ask questions from experienced makers
+
+### Location & Details
+
+**When:** Wednesday, November 12th, 2025 | 6:00 - 8:00 PM  
+**Where:** 3D-Fuel 2222 7th Ave N Fargo, ND 58102
+
+### Don't Miss Out
+
+Whether you're a 3D printing beginner or experienced maker, we have something for everyone. Bring your questions, your latest prints, and your enthusiasm!
+
+**See you there!**
+
+---
+
+## Social Media Quick Version (Twitter/X)
+
+November meetup is THIS WEDNESDAY (Nov 12th) at 6 PM! New challenge: "Wait, This Was Printed? How Are There No Layer Lines?" Plus Eric Spooner presents HueForge basics - photo-to-print workflows, 3D Fuel filament library & slicer setup. Show & tell too! #3DPrinting #3DFuel
+
+---
+
+## Meeting Details Reference
+
+| Detail | Information |
+|--------|-------------|
+| **Date** | Wednesday, November 12th, 2025 |
+| **Time** | 6:00 - 8:00 PM |
+| **Presentation Topic** | Getting Started with HueForge |
+| **Presenter** | Eric Spooner |
+| **Duration** | 30 minutes |
+| **Key Topics** | 3D Fuel Library Installation, B&W Photo Mapping, Bambu Studio/Orca Slicer Setup |
+| **Note** | Special date - not 3rd Wednesday |

challenges.md

@@ -9,32 +9,31 @@ Welcome to our monthly 3D printing challenges! Each month features a unique them
 
 ## Active Challenge
 
-### October 2025: "Is it Glass or Clearly Natural?"
+### December 2025: "Bring Your Test Models"
 
-**Theme**: Transparency and clarity testing with 3D Fuel "Clearly Natural" filaments
+**Theme**: Sharing and comparing printer calibration and test models.
 
 **Key Details**:
 
-- **Model**: 25mm diameter × 50mm height cylinder in vase mode
+- **Model**: Your favorite test/calibration print (Benchy, Cube, Torture Test, etc.)
-- **Materials**: 3D Fuel "Clearly Natural" PCTG or PLA
+- **Goal**: Share why you use it and what it helps you tune
-- **Focus**: Maximum transparency and print quality
+- **Voting**: Group vote for "Best Test Model" (Usefulness, Uniqueness, Coolness)
-- **Submission Deadline**: October 28, 2025
 
-**[📋 View Full Challenge Details](./challenges/October-2025/readme.md)**
+**[View Full Challenge Details](https://meetup.fargo3d.com/Fargo3d/3DPrintMeetup/wiki/Current-Challenge)**
 
 ## Upcoming Challenge
 
-### November 2025: "[Challenge Name TBD]"
+### January 2026: "[Challenge Name TBD]"
 
 **Status**: Planning in progress
 
 **Expected Timeline**:
 
-- **Announcement**: November meeting (November 12th, 2025)
+- **Announcement**: January meeting (January 2026)
-- **Submission Period**: TBD
+- **Submission Period**: February 2026
-- **Judging**: TBD
+- **Judging**: February 2026
 
-**[📋 View Challenge Placeholder](./challenges/November-2025/readme.md)**
+**[View Challenge Placeholder](./challenges/November-2025/readme.md)**
 
 ## Challenge Archive
 

challenges/December-2025/readme.md

@@ -0,0 +1,33 @@
+---
+gitea: none
+include_toc: true
+---
+
+# December 2025 Challenge: "Bring Your Test Models"
+
+This month's challenge is all about the models we use to test, tune, and calibrate our printers. Everyone has a favorite "go-to" print—whether it's a Benchy, a calibration cube, a torture test, or something unique you've found.
+
+**Bring your favorite test models to the meetup!**
+
+## Challenge Details
+
+### The Goal
+Share what test models you use and why. Do you use them for:
+- Calibrating dimensional accuracy?
+- Testing overhangs and bridging?
+- Tuning retraction settings?
+- Checking first layer adhesion?
+- Just for fun?
+
+### Submission Requirements
+- **Physical Model**: Bring your printed test model(s) to the January meetup.
+- **Explanation**: Be prepared to share *why* this is your favorite test model and what it helps you achieve.
+
+### Voting & Awards
+- **Group Vote**: The group will vote on what they think is the **Best Test Model**.
+- **Criteria**: Usefulness, uniqueness, or just plain coolness!
+
+## Timeline
+- **Challenge Announcement**: December 10, 2025 (at December meetup)
+- **Show & Tell / Voting**: January 2026 (during January meetup)
+- **Winner Announcement**: January 2026 (end of January meetup)

challenges/January-2026/readme.md

@@ -0,0 +1,18 @@
+---
+gitea: none
+include_toc: true
+---
+
+# January 2026 Challenge: [Title TBD]
+
+**Status**: Planning in Progress
+
+## Challenge Overview
+
+Details for the January 2026 challenge will be announced at the January meetup.
+
+## Timeline
+
+- **Announcement**: January 2026
+- **Submission**: February 2026
+- **Judging**: February 2026

challenges/November-2025/readme.md

@@ -3,70 +3,172 @@ gitea: none
 include_toc: true
 ---
 
-# November 2025 Challenge: "[Challenge Name TBD]"
+# November 2025 Challenge: "Wait, This Was Printed? How Are There No Layer Lines?"
 
 ## Challenge Overview
 
-[Challenge description and theme to be determined]
+Can you achieve the smoothest, most layer-line-free surface finish possible? This challenge pushes your printer tuning, slicer settings, and material knowledge to the limit. The goal is simple but difficult: create a 25mm cube with 2 walls and no top that looks so smooth, people question whether it was actually 3D printed!
+
+This challenge focuses on:
+
+- Surface finish quality and smoothness
+- Proper printer calibration and tuning
+- Optimal slicer settings for layer adhesion
+- Material selection and temperature control
+- The art of making layer lines disappear
 
 ## Challenge Rules
 
 ### Materials & Constraints
 
-- **Filament**: [To be specified]
+- **Filament**: 3D Fuel filament (any type: PLA+, Pro PLA+, PCTG etc.)
-- **Maximum Filament Usage**: [To be determined]
+- **Nozzle Requirement**: Must use a 0.4mm nozzle (REQUIRED)
-- **Model Specification**: [To be determined]
+- **Estimated Filament Usage**: Approximately 3 grams (for reference only)
-- **Print Mode**: [To be specified]
+- **Model Specification**:
+  - **Dimensions**: Exactly 25mm × 25mm × 25mm cube (REQUIRED)
+  - **Wall Count**: Exactly 2 walls (no more, no less) (REQUIRED)
+  - **Top Layers**: 0 (no top surface)
+  - **Bottom Layers**: Standard (as needed for proper adhesion)
+  - **Infill**: 0% (hollow interior)
+- **Print Mode**: Standard FDM/FFF printing (no resin printing)
 
 ### Competition Categories
 
-- **[Category 1]**: [To be determined]
+- **Smoothest Surface**: Best overall surface finish with minimal visible layer lines straight off the printer
-- **[Category 2]**: [To be determined]
+- **No post-processing allowed** - cubes must be judged as-printed
-- **Overall Winner**: Best overall submission
 
 ### Judging Criteria
 
-1. **[Criteria 1]** ([%]): [To be determined]
+1. **Layer Line Visibility** (100%): The appearance and visibility of layer lines - less visible is better
-2. **[Criteria 2]** ([%]): [To be determined]
+   - All cubes must meet basic challenge requirements (25mm cube dimensions, exactly 2 walls, no post-processing)
-3. **[Criteria 3]** ([%]): [To be determined]
+   - Winner is determined solely by smoothness of surface and minimal layer line appearance
-4. **Challenge Adherence** (10%): Following all challenge requirements
+   - **Tiebreaker**: If two prints are too close to differentiate, the fastest print time wins
 
 ### Submission Requirements
 
-- **[Requirement 1]**: [To be determined]
+- **Physical Model**: Bring your printed 25mm cube to the December meetup for judging
-- **Documentation**: Include photos showing [specific aspects]
+- **Dimension Verification**: Must be exactly 25mm x 25mm x 25mm
-- **Settings Documentation**: Share printer settings used
+- **Wall Count Verification**: Must show exactly 2 walls when inspected
-- **Process Notes**: Brief description of techniques used
+- **Print Time**: Record and report your total print time (used as tiebreaker if needed)
+- **Documentation**: Include photos showing:
+  - Close-up surface details
+  - Overall cube appearance
+  - Cross-section or wall thickness (optional)
+- **Settings Documentation**: Share your winning settings:
+  - Layer height
+  - Print temperature
+  - Print speed
+  - Cooling settings
+  - Any special techniques used
+- **Process Notes**: Brief description of your approach
 
 ### Evaluation Process
 
-- **[Evaluation Method]**: [To be determined]
+- **Dimension & Wall Check**: Verification of 25mm cube dimensions and exactly 2 walls (must pass to be eligible)
-- **Community Voting**: People's choice award
+- **Visual Inspection**: Expert panel examines layer line visibility under good lighting
-- **Technical Review**: Expert panel assessment
+- **Community Voting**: People's choice for most impressive result
 
 ## Prizes & Recognition
 
 ### Awards
 
-- **[Award 1]**: Recognition + prize
+- **Smoothest Surface Winner**: Best layer-line elimination straight off the printer
-- **[Award 2]**: Recognition + prize
-- **Overall Winner**: Grand prize + recognition
 - **People's Choice Award**: Community favorite
-- **Innovation Award**: Most creative technique
 
 ### Documentation
 
 - Winner photos for social media sharing
-- Video documentation of winning techniques
+- Settings profiles shared with community
-- Settings and process sharing for community learning
+- Technique documentation for learning
 
 ## Timeline
 
-- **Challenge Announcement**: [Date TBD]
+- **Challenge Announcement**: November 12, 2025 (at November meetup)
-- **Submission Deadline**: [Date TBD]
+- **Submission Deadline**: December 10, 2025 (at December meetup)
-- **Judging Period**: [Date Range TBD]
+- **Judging Period**: December 10, 2025 (during December meetup)
-- **Winner Announcement**: [Date TBD]
+- **Winner Announcement**: December 10, 2025 (end of December meetup)
 
 ## Model Creation Instructions
 
-[To be determined based on challenge requirements]
+### Using the Provided Model
+
+**Download the pre-configured cube:**
+
+- **File Location**: [Challenge Files/November2025/Cube.3mf](../../Challenge%20Files/November2025/Cube.3mf)
+- **Pre-configured**: Already set to 25mm × 25mm × 25mm with 2 walls and no top
+- **Ready to slice**: Import into your slicer and adjust settings for your printer
+
+### Creating the Cube Model from Scratch
+
+#### Using Bambu Studio
+
+**Step 1: Add Primitive**
+
+1. Open Bambu Studio to a new project
+2. Right-click on the build plate
+3. Select "Add Primitive"
+4. Select "Cube"
+
+![Adding Cube Primitive](../../.images/Nov-Comp-ss1.png)
+
+**Step 2: Resize the Cube**
+
+1. Click to resize the cube
+3. Set X to 25mm and Y and Z should also set to 25mm(If uniform scale cause issue you can uncheck)
+
+![Resizing Cube Dimensions](../../.images/Nov-Comp-ss2.png)
+
+#### Alternative Methods
+
+- **Fusion 360**: Create square sketch (25mm × 25mm), extrude to 25mm height
+- **Tinkercad**: Use cube shape, adjust dimensions to 25mm × 25mm × 25mm
+- **FreeCAD**: Create cube with specified dimensions
+- **Any CAD Software**: Simple cube 25mm × 25mm × 25mm
+- **Use provided file**: Open `Challenge Files/November2025/Cube.3mf` directly
+
+### Basic Cube Setup
+
+### Slicer Configuration
+
+1. **Create or Download Model**:
+   - Use the provided `Challenge Files/November2025/Cube.3mf` file
+   - Or create using any CAD software (25mm × 25mm × 25mm cube)
+   - Or use the Bambu Studio/Orca Slicer primitive steps above
+
+2. **Slicer Settings** (Critical):
+   - **Dimensions**: 25mm × 25mm × 25mm
+   - **Wall Count/Perimeters**: 2
+   - **Top Layers**: 0
+   - **Bottom Layers**: 3-5 (as needed)
+   - **Infill**: 0%
+   - **Layer Height**: Your choice (hint: smaller = smoother, but slower)
+
+3. **Tips for Success**:
+   - **Lower layer heights** (0.1mm-0.12mm) help reduce visible lines
+   - **Slower speeds** improve surface quality
+   - **Temperature tuning** is critical for layer adhesion
+   - **Linear advance/pressure advance** can help with consistency
+   - **Proper cooling** prevents warping without sacrificing layer bonding
+   - **Material choice** matters - some filaments naturally produce smoother surfaces
+
+### Advanced Techniques to Consider
+
+- **Slicer Tricks**:
+  - Adjust line width for better wall fusion
+  - Experiment with different seam positions
+  - Use variable layer heights if supported
+  - Try different acceleration/jerk settings
+
+- **Material Selection**:
+  - Experiment with different 3D Fuel filament types
+  - Colors can also give different appearance levels
+
+### What NOT to Do
+
+- Do not exceed 2 walls
+- Do not add a top surface
+- Do not deviate from 25mm cube dimensions
+- **No post-processing allowed** (no sanding, heat treatment, chemical smoothing, etc.)
+
+
+Good luck creating the smoothest cube possible! May your layer lines vanish into nothingness!

challenges/October-2025/readme.md

@@ -17,7 +17,7 @@ Experience the clarity of 3D Fuel's "Clearly Natural" filament in this transpare
   - PCTG (Polyethylene Terephthalate Glycol)
   - PLA (Polylactic Acid)
 - **Maximum Filament Usage**: 250g per entry
-- **Model Specification**: Cylinder - 25mm diameter × 50mm height
+- **Model Specification**: Cylinder - 25mm diameter x 50mm height
 - **Print Mode**: Vase mode (approximately 6 grams of filament)
 
 #### Competition Categories
@@ -35,7 +35,7 @@ Experience the clarity of 3D Fuel's "Clearly Natural" filament in this transpare
 
 #### Submission Requirements
 
-- **Model Compliance**: Cylinder must measure 25mm diameter × 50mm height
+- **Model Compliance**: Cylinder must measure 25mm diameter x 50mm height
 - **Vase Mode**: Must be printed in vase mode (single perimeter wall)
 - **Weight Verification**: Should use approximately 6 grams of filament
 - **Documentation**: Include photos showing transparency (with light sources)
@@ -100,4 +100,4 @@ Experience the clarity of 3D Fuel's "Clearly Natural" filament in this transpare
 - **Fusion 360**: Create cylinder sketch, extrude to 50mm height
 - **Tinkercad**: Use cylinder shape, adjust dimensions
 - **FreeCAD**: Create cylinder with specified dimensions
-- **Any CAD Software**: Simple cylinder 25mm diameter × 50mm height
+- **Any CAD Software**: Simple cylinder 25mm diameter x 50mm height

challenges/readme.md

@@ -11,7 +11,6 @@
 #### Materials & Constraints
 
 - **Filament**: [Specify required filament type/brand]
-- **Maximum Filament Usage**: [Weight limit if applicable]
 - **Model Specification**: [Dimensions, complexity, or provided model details]
 - **Print Mode**: [Any specific printing requirements]
 
@@ -47,11 +46,7 @@
 
 #### Awards
 
-- **[Award 1]**: [Description]
+- Determined at each competition.
-- **[Award 2]**: [Description]
-- **[Award 3]**: [Description]
-- **People's Choice Award**: Community favorite
-- **Innovation Award**: [Description]
 
 #### Documentation
 
@@ -62,10 +57,9 @@
 ### Timeline
 
 - **Challenge Announcement**: [Date]
-- **[Key Milestone]**: [Date]
+- **Submission Deadline**: [Date](Next Meetup)
-- **Submission Deadline**: [Date]
+- **Judging Period**: During Next Meetup
-- **Judging Period**: [Date Range]
+- **Winner Announcement**: At Following Meetup
-- **Winner Announcement**: [Date]
 
 ### [Model Creation/Setup Instructions]
 

wiki-content-gitea/Current-Challenge.md

@@ -11,7 +11,7 @@ Experience the clarity of 3D Fuel's "Clearly Natural" filament in this transpare
   - PCTG (Polyethylene Terephthalate Glycol)
   - PLA (Polylactic Acid)
 - **Maximum Filament Usage**: 250g per entry
-- **Model Specification**: Cylinder - 25mm diameter × 50mm height
+- **Model Specification**: Cylinder - 25mm diameter x 50mm height
 - **Print Mode**: Vase mode (approximately 6 grams of filament)
 
 ### Competition Categories
@@ -26,7 +26,7 @@ Experience the clarity of 3D Fuel's "Clearly Natural" filament in this transpare
 4. **Challenge Adherence** (10%): Following material constraints and using supplied model
 
 ### Submission Requirements
-- **Model Compliance**: Cylinder must measure 25mm diameter × 50mm height
+- **Model Compliance**: Cylinder must measure 25mm diameter x 50mm height
 - **Vase Mode**: Must be printed in vase mode (single perimeter wall)
 - **Weight Verification**: Should use approximately 6 grams of filament
 - **Documentation**: Include photos showing transparency (with light sources)
@@ -60,7 +60,7 @@ Experience the clarity of 3D Fuel's "Clearly Natural" filament in this transpare
 - **Fusion 360**: Create cylinder sketch, extrude to 50mm height
 - **Tinkercad**: Use cylinder shape, adjust dimensions
 - **FreeCAD**: Create cylinder with specified dimensions
-- **Any CAD Software**: Simple cylinder 25mm diameter × 50mm height
+- **Any CAD Software**: Simple cylinder 25mm diameter x 50mm height
 
 ## Awards & Recognition
 

wiki-content-gitea/Ideas-and-Planning.md

@@ -1,3 +1,8 @@
+---
+gitea: none
+tags:
+ - hidden
+---
 # Ideas and Planning
 
 ## Future Event Concepts