IgnisV2

🔥 Ignis Project - Ignis Lamp

An autonomous flame-shaped lamp/nightlight controlled by microcontroller with WS2812B LED ring and integrated Qi wireless charging.

Status : Hardware validated ✅ - Firmware development in progress
Last update : September 2025

🎯 Objectives

• Autonomy : 2-3 hours on LiPo battery (320 mAh)
• LED Patterns : Heartbeat, chase, fade, realistic flame effects
• Control : SW-18030 shock detector for interaction
• Charging : Qi wireless + automatic power-path management
• Waterproof : No USB port, induction charging only

⚡ IgnisV2 Electrical Architecture

flowchart TD
  QiCharger["📡 BQ51013B<br/>Qi Charger"] ==> Charger["🔌 BQ24073<br/>Battery Charger"]
  Charger <==> Battery["🔋 LiPo Battery<br/>320mAh"]
  Charger ==> Boost["⚡ FP6277 Boost<br/>3.7V → 5V"]

  subgraph SYS["System"]
    MCU["🖥️ ATtiny212 @ 20MHz"]
    ShockSensor["💥 SW-18030<br/>Shock Sensor"]
    MCU -. "User Interaction" .- ShockSensor
    MCU --> WS2812B["💡 WS2812B<br/>6 LEDs"]
  end

  Boost ==> SYS
  Charger -. "Charge Status" .-> MCU
  QiCharger -. "Coil Status" .-> MCU

📚 Documentation

This repository contains comprehensive documentation for all aspects of the Ignis project. Navigate to the relevant sections based on your interests:

🎯 Project Management

• 📊 PROJECT_STATUS.md - Current project status, milestones, and development progress

💾 Firmware Development

• 🔧 firmware/README.md - ATtiny212 firmware documentation, build instructions, and current implementation

🔌 Hardware Design

• ⚡ docs/calculations/electrical_design.md - Complete electrical calculations, component sizing, and power analysis
• 🔗 docs/references/schematics_references.md - Reference schematics and design patterns
• 📋 docs/datasheets/README.md - Component datasheets and technical specifications

🎨 Mechanical Design

• 🖼️ mechanical/art/README.md - 3D artwork and Blender models (Flamme4 design)
• 🏗️ mechanical/cad/README.md - CAD models, assemblies, and engineering drawings
• 🖨️ mechanical/stl/README.md - 3D printable files and printing guidelines
• 📏 docs/calculations/filament.md - 3D printing material calculations and optimization

For Contributors: Start with PROJECT_STATUS.md to understand current progress, then refer to the relevant documentation sections above based on your area of contribution.