Escape the Dungeon is a text-based dungeon adventure game written in C++, where every choice matters. You awaken imprisoned, surrounded by danger, guards, secrets, and a sleeping dragon that stands between you and freedom.
This project was built as a first C++ game to explore low-level control, performance-oriented design, and state-driven gameplay.
The game runs entirely in the terminal/command line
Read the story carefully and choose actions by entering numbers
Press ENTER to advance dialogue and dramatic moments
Your decisions affect:
Survival
Combat outcomes
Items you obtain
How the story ends
There is no save system — your choices are permanent.
As you explore the dungeon, you will encounter:
🧱 Dark tunnels and hidden passages
🗝️ Locked gates and guarded doors
🛡️ Heavily armed guards
💰 Treasure chests that may help—or distract—you
🐉 A sleeping dragon guarding the only true escape
Some paths reward patience and stealth. Others force you into brutal combat.
Choose wisely.
The game features a turn-based boss battle against the dragon, including:
Player health and stamina
Shield blocking mechanics
Heavy attacks with stamina cost
Randomized damage and reactions
Healing potions
Visual health bars and sound effects (Windows)
Combat is optional—but sometimes unavoidable.
You may acquire items such as:
Torch – Required to explore dark areas
Rope – Can save your life in unexpected situations
Sword – Necessary for combat
Shield – Reduces incoming damage
Dragon Key – The only way to open the final gate
Items directly influence what actions are available to you.
The Player – A prisoner fighting to escape
Dungeon Guards – Some talk, some attack, all judge your choices
The Sleeping Dragon – Ancient, powerful, and unforgiving
The Dungeon Itself – A silent enemy shaped by your decisions
There are multiple endings, including:
Escaping the dungeon alive
Dying by poor decisions
Being defeated by guards
Being slain by the dragon
Failing to retrieve the Dragon Key
Not all victories require combat—but not all mercy is rewarded.
Written entirely in C++
State-driven game flow
Modular room and event system
Input validation
Windows console enhancements:
Colored text
Sound effects
Screen clearing
No external libraries required
This game was created focusing on:
Performance-aware programming
Manual control of game flow
Understanding lower-level application design
It serves as both a learning milestone and a complete, playable experience.
Windows (for sound and console effects)
C++ compiler (g++, MSVC, etc.)