3D World Construction
- Floors, walls, ceilings, ramps
- Boxes and cover geometry
- Collision, gravity, friction
- Acceleration, air movement
- Jumping and falling states
cs2-ai-learning
by
Wyatt
Wyattjust base it off the text doc, and have the gui clean too
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Project Tasks
73 planning tasks#1
Generate system requirement document
1m 1s0.1 cr used
Done#2
Generate personas & user flows
0m 31s0.1 cr used
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Create flow for AI Developer
0m 19sCredits in parent
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Create flow for Game Designer
0m 18sCredits in parent
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Create flow for Human Spectator
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Landing
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Landing / Header
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Landing / Hero
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Landing / Learning Boundary
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Landing / Observation Architecture
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Landing / Simulation Systems
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Landing / Footer
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Neuro Duel Shared Header
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Neuro Duel Shared Footer
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Login
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Repair Login JSX
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Login / Neuro Duel Shared Header
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Login / Access Console
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Login / Neuro Duel Shared Footer
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Sign Up
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Sign Up / Neuro Duel Shared Header
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Sign Up / Registration
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Sign Up / Neuro Duel Shared Footer
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Training Dashboard
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Training Dashboard / Shared Header
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Training Dashboard / Neuro Duel Shared Header
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Training Dashboard / Statistics
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Training Dashboard / Policy Network
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Training Dashboard / Brain Controls
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Training Dashboard / Shared Footer
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Simulation Lab
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Simulation Lab / Shared Header
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Simulation Lab / Neuro Duel Shared Header
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Simulation Lab / Observation Deck
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Simulation Lab / Training Console
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Simulation Lab / Configuration Atelier
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Simulation Lab / Shared Footer
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Neuro Duel Shared Footer
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Neuro Duel Shared Header
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Retry Failed Pages
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Architecture
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Paused#6
Workspace task plan
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Paused#74
Update Landing
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Backlog#75
Update Login
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Backlog
Neuro Duel
3D Reinforcement
Learning
A blank-slate AI learns a simplified CS2-style 1v1 game entirely through trial and error — perceiving the arena only through its own first-person camera and internal physical state, no human knowledge injected.
Observe→Action→Reward
First-Person Camera
Live AI-eye render feeds the policy network every simulated frame.
Learning Loop
Observation → Action → Reward, updated continuously as the AI trains inside the arena.
AI Vision
First-person only — no spectator data reaches the agent.
Training Arena
First-person camera, learning loop, and AI vision run inside this live chamber.
Reinforcement Learning Loop
First-Person Learning Loop
The AI begins with no prior knowledge of the arena. Every behavior it ever develops is built entirely from what it can perceive of itself and act on inside its own first-person circuit.
PolicyCore
- Visual ObservationFirst-person camera frame — the only visual signal the AI receives, rendered from its own eyes inside the arena.
- Physical StateHealth, ammo, current weapon, grounded/airborne status, and velocity — the AI’s internal body sense.
- Primitive ActionsMove, look, fire, and reload combine into every behavior the policy can express — nothing more.
- Reward / PunishmentCombat performance and survival generate positive and negative signal that reshapes the policy over time.
- Visual ObservationFirst-person camera frame — the only visual signal the AI receives, rendered from its own eyes inside the arena.
- Physical StateHealth, ammo, current weapon, grounded/airborne status, and velocity — the AI’s internal body sense.
- Primitive ActionsMove, look, fire, and reload combine into every behavior the policy can express — nothing more.
- Reward / PunishmentCombat performance and survival generate positive and negative signal that reshapes the policy over time.
Observation Architecture
Two separate views of the same arena. AI VISION is the only signal the agent ever receives. TOP-DOWN SPECTATOR exists solely for human observers and is never exposed to the learning loop.
Player positions and world layout are quarantined from the AI — visible to human spectators only.
Separate signals, separate panels — the void between them stays visible.
Simulation Systems
The training arena is a genuine 3D environment, not a scripted approximation — every surface, impact, and opponent tier below runs on real physics and real combat resolution.
Weapons & Damage
- Knife, pistol, rifle
- Bullet / hitscan resolution
- Health and damage tracking
- Death and respawning
Opponent Tiers
- Six opponent tiers
- Increasing difficulty per tier
- Preserved promotion system
Lab Priority
Simulation speed and correctness take priority over visual fidelity — every system above exists to keep the AI's first-person experience physically consistent, trial after trial.
Neuro Duel
3D Reinforcement
Learning
A blank-slate AI learns a simplified CS2-style 1v1 game entirely through trial and error — perceiving the arena only through its own first-person camera and internal physical state, no human knowledge injected.
Observe→Action→Reward
First-Person Camera
Live AI-eye render feeds the policy network every simulated frame.
Learning Loop
Observation → Action → Reward, updated continuously as the AI trains inside the arena.
AI Vision
First-person only — no spectator data reaches the agent.
Training Arena
First-person camera, learning loop, and AI vision run inside this live chamber.
Reinforcement Learning Loop
First-Person Learning Loop
The AI begins with no prior knowledge of the arena. Every behavior it ever develops is built entirely from what it can perceive of itself and act on inside its own first-person circuit.
PolicyCore
- Visual ObservationFirst-person camera frame — the only visual signal the AI receives, rendered from its own eyes inside the arena.
- Physical StateHealth, ammo, current weapon, grounded/airborne status, and velocity — the AI’s internal body sense.
- Primitive ActionsMove, look, fire, and reload combine into every behavior the policy can express — nothing more.
- Reward / PunishmentCombat performance and survival generate positive and negative signal that reshapes the policy over time.
- Visual ObservationFirst-person camera frame — the only visual signal the AI receives, rendered from its own eyes inside the arena.
- Physical StateHealth, ammo, current weapon, grounded/airborne status, and velocity — the AI’s internal body sense.
- Primitive ActionsMove, look, fire, and reload combine into every behavior the policy can express — nothing more.
- Reward / PunishmentCombat performance and survival generate positive and negative signal that reshapes the policy over time.
Observation Architecture
Two separate views of the same arena. AI VISION is the only signal the agent ever receives. TOP-DOWN SPECTATOR exists solely for human observers and is never exposed to the learning loop.
Player positions and world layout are quarantined from the AI — visible to human spectators only.
Separate signals, separate panels — the void between them stays visible.
Simulation Systems
The training arena is a genuine 3D environment, not a scripted approximation — every surface, impact, and opponent tier below runs on real physics and real combat resolution.
3D World Construction
- Floors, walls, ceilings, ramps
- Boxes and cover geometry
- Collision, gravity, friction
- Acceleration, air movement
- Jumping and falling states
Weapons & Damage
- Knife, pistol, rifle
- Bullet / hitscan resolution
- Health and damage tracking
- Death and respawning
Opponent Tiers
- Six opponent tiers
- Increasing difficulty per tier
- Preserved promotion system
Lab Priority
Simulation speed and correctness take priority over visual fidelity — every system above exists to keep the AI's first-person experience physically consistent, trial after trial.
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