NielsRenard/rust-roguelike-tutorial

Mirrored from https://gitlab.com/NielsRenard/rust-roguelike-tutorial

Progress

Section 1 - Hello Rust

• 1.1. Entities and Components
• 1.2. Walking A Map
• 1.3. A More Interesting Map
• 1.4. Field of View
• 1.5. Monsters
• 1.6. Dealing Damage
• 1.7. User Interface
• 1.8. Items and Inventory
• 1.9. Ranged Scrolls/Targeting
• 1.10. Saving and Loading
• 1.11. Delving Deeper
• 1.12. Difficulty
• 1.13. Equipment

Section 2 - Stretch Goals

• 2.1. Nice Walls with Bitsets
• 2.2. Bloodstains
• 2.3. Particle Effects
• 2.4. Hunger Clock
• 2.5. Magic Mapping
• 2.6. REX Paint Menu
• 2.7. Simple Traps

Section 3 - Generating Maps

• 3.1. Refactor Map Building
• 3.2. Map Building Test Harness
• 3.3. BSP Room Dungeons
• 3.4. BSP Interior Design
• 3.5. Cellular Automata Maps
• 3.6. Drunkard's Walk Maps
• 3.7. Mazes and Labyrinths
• 3.8. Diffusion-limited aggregation maps
• 3.9. Add symmetry and brushes to the library
• 3.10. Voronoi Hive Maps
• 3.11. Wave Function Collapse
• 3.12. Prefabs & Sectionals
• 3.13. Room Vaults
• 3.14. Layering/Builder Chaining
• 3.15. Fun With Layers
• 3.16. Room Builders
• 3.17. Better Corridors
• 3.18. Doors
• 3.19. Decouple map size from screen size
• 3.20. Section 3 Conclusion

Section 4 - Making A Game

• 4.1. Design Document
• 4.2. Raw Files, Data-Driven Design
• 4.3. Data-Driven Spawn Tables
• 4.4. Making the town
• 4.5. Populating the town
• 4.6. Living bystanders
• 4.7. Game Stats
• 4.8. Equipment
• 4.9. User Interface
• 4.10. Into the Woods!
• 4.11. XP
• 4.12. Backtracking
• 4.13. Into the caverns
• 4.14. Better AI
• 4.15. Item Stats and Vendors
• 4.16. Deep caverns
• 4.17. Cavern to Dwarf Fort
• 4.18. Town Portals
• 4.19. Magic Items
• 4.20. Effects
• 4.21. Cursed Items
• 4.22. Even More Items
• 4.23. Magic Spells
• 4.24. Enter the Dragon
• 4.25. Mushrooms
• 4.26. More Shrooms
• 4.27. Ranged Combat
• 4.28. Logging
• 4.29. Text Layers
• 4.30. Systems/Dispatch

Links and info

Link to supported glyphs (for fn to_cp437)

REXPaint manual

"Use usize and isize when it’s related to memory size – the size of an object, or indexing a vector, for instance(It will be a 32-bit number on 32-bit platforms, as that’s the limit of memory they can address, and likewise for 64-bit.) Use u32 and i32 when you just want numbers."