It’s a great time dungeon crawling. Finding keys, clues, or maybe even traps. Battling it out with gruesome beasts, ghouls, and the occasional party member. But it wouldn’t be that challenging or fun if your player doesn’t have any “stakes” in the game. There tends to be a game over scenario, so the first sytem I will build out will be a Health system.
Of course, it doesn’t have to be “Health” per se. It could be called Hit Points (HP), Time, Energy, Caffeine… the gist is, when it runs out the game is over. There could be other similar mechanics, like the game is over when you have too much of something, for example Stress, Radiation, Heat; or the player might have to keep a stat in a certain range like Electricity Level, Revolutions Per Minute (RPM), etc.
All of these systems are similar in that they require:
- a value to be stored and updated when the value is changed
- a way to display that value to the player
- a way to affect the gameplay when the value is too low or too high
This isn’t too challenging in SugarCube (or the other story formats) with the help of the <<set>> macro.
A devlog should feel both educational and engaging, so breaking it into structured, pedagogic posts will help readers follow your design and coding process step-by-step while also providing insight into your creative choices.
Here’s a logical breakdown of devlog entries for ASCII CRAWLER, structured in a way that mirrors both game development and game design principles:
📼 Devlog Structure for ASCII CRAWLER#
Each entry will focus on a different key mechanic or design philosophy, while also keeping a strong narrative voice (exploring the “lost terminal of a dead corporation” vibe).
1️⃣ Devlog 01: Introduction – Building a Retro Future That Never Was#
What this post covers:
- Introducing the project & what inspired ASCII CRAWLER.
- What is cassette futurism and how does it translate into game mechanics?
- Choosing Twine & SugarCube for this project (and why interactive fiction fits the theme).
- What the end goal is (a replayable, procedural, UI-glitching, terminal-based dungeon crawler).
Takeaways for readers:
✅ How setting influences mechanics.
✅ Why interactive fiction can be deep despite being text-based.
✅ What “retro-futurism” means from a game design perspective.
2️⃣ Devlog 02: Generating the Dungeon – Procedural ASCII Worlds#
What this post covers:
- Creating the ASCII dungeon layout (randomized rooms).
- How I built the random room generator using SugarCube macros.
- Designing the random tables for different room types.
- Keeping the UI minimal yet immersive—evoking a CRT terminal on an ancient machine.
Code snippets included:
✅ How Twine’s random selection is used for procedural generation.
✅ Displaying ASCII art rooms dynamically.
Takeaways for readers:
✅ Basics of procedural dungeon generation.
✅ How to make Twine feel like an old-school terminal game.
3️⃣ Devlog 03: Memory Integrity – A Different Take on Health#
What this post covers:
- Shifting from traditional health points (HP) to Data Integrity.
- How corruption is a resource—low integrity introduces glitches & UI malfunctions.
- Implementing glitch effects as a function of low health.
- Random UI effects like missing text, reversed commands, or garbled ASCII.
Code snippets included:
✅ Making data integrity degrade dynamically.
✅ Adding random corruption effects based on integrity level.
Takeaways for readers:
✅ How mechanics can reinforce themes.
✅ Turning “damage” into an immersive, in-universe experience.
4️⃣ Devlog 04: A Combat System Without Swords#
What this post covers:
- Designing turn-based combat with hacking mechanics instead of weapons.
- Implementing “commands” like EXE_ATTACK, SYS_PATCH, GREP WEAKNESS.
- Making combat strategic rather than random.
- How different enemies interact with the UI glitch mechanics.
Code snippets included:
✅ Structuring a combat system in Twine.
✅ Making enemies behave differently based on corruption level.
Takeaways for readers:
✅ How to design non-traditional combat systems.
✅ Making text-based combat feel dynamic.
5️⃣ Devlog 05: Rogue-like Randomization – Making Each Run Unique#
What this post covers:
- How random tables create unique runs.
- The balance between chaos and structure—randomization needs constraints.
- Creating progressive corruption that increases difficulty dynamically.
Code snippets included:
✅ Random enemy behavior using probability tables.
✅ How memory leaks affect different mechanics in each run.
Takeaways for readers:
✅ Procedural design isn’t just randomness—it’s structured chaos.
✅ Making randomization feel intentional rather than frustrating.
6️⃣ Devlog 06: Movement & Exploration – Navigating a Glitchy Labyrinth#
What this post covers:
- Implementing grid-based movement using ASCII representations.
- Letting players backtrack but with changes (corruption alters previous rooms).
- “Echoes” of past runs appearing in the dungeon (meta-design element).
- Movement restrictions based on room corruption (looping rooms, false paths).
Code snippets included:
✅ Making room navigation smooth in Twine.
✅ Randomly altering previously visited rooms dynamically.
Takeaways for readers:
✅ How movement should add tension and meaning rather than being filler.
✅ Exploring how a game remembers past player actions.
7️⃣ Devlog 07: The UI & Presentation – How to Make a Game Feel “Retro-Future”#
What this post covers:
- How text-based UI can feel immersive.
- Implementing CRT-style visual effects.
- Using CSS & JavaScript to create text distortion, flicker, and scanlines.
- Making menus feel like an old terminal, using retro system prompts.
Code snippets included:
✅ Adding CSS-based UI effects for the CRT look.
✅ Using JS to simulate typewriter-like delay text.
Takeaways for readers:
✅ Making a text-based game feel truly alive.
✅ Small details sell the aesthetic.
8️⃣ Devlog 08: Final Polish & Secrets#
What this post covers:
- Refining enemy AI behavior & UI polish.
- Adding lore & hidden messages.
- Creating unlockable logs that tell the backstory of the machine.
- Designing a meta-narrative where players discover “old game logs” from past failed runs.
Code snippets included:
✅ Storing game history & unlocking story secrets dynamically.
✅ Adding random “found text” logs that players can decipher.
Takeaways for readers:
✅ How hidden secrets add depth & replayability.
✅ The difference between polish & perfectionism.
9️⃣ Devlog 09: Lessons Learned – What I Would Do Differently#
What this post covers:
- Biggest challenges in making ASCII CRAWLER.
- What worked vs. what needed revision.
- How retro-futurism influenced the mechanics more than expected.
- Advice for others making experimental Twine games.
Takeaways for readers:
✅ Game design is iterative—expect mechanics to change.
✅ Creating a unique aesthetic-driven game is about consistency.
🔮 Final Notes#
This devlog format follows a pedagogic approach, making each entry actionable, technical, and thematic.
Let me know if you want a Twee template for formatting each post—I can create a basic devlog structure for you in Markdown or Twine! 🚀
