platform-vr
Platform: VR
90+ FPS, comfort-first design, and motion control accuracy define VR development.
Available Scripts
vr_physics_hand.gd
Expert physics-based hand controller with grab detection and velocity throwing.
NEVER Do in VR Development
- NEVER drop below 90 FPS — 72 FPS in VR = instant nausea. MUST maintain 90 FPS minimum (Quest 2/3), 120 FPS preferred. Use Debug → Profiler aggressively.
- NEVER use smooth rotation without vignetting — Smooth camera rotation = vestibular mismatch = motion sickness. Provide snap turning (30°/45°) OR vignette during rotation.
- NEVER place UI too close or too far — UI at 0.5m = eye strain, at 10m = unreadable. Optimal distance: 1-3m from player.
- NEVER ignore motion-to-photon latency — >20ms latency = visible lag in hand tracking = breaks immersion. Minimize physics steps + rendering delay.
- NEVER skip teleport locomotion option — Not everyone tolerates smooth locomotion. MUST offer teleport as alternative for accessibility.
- NEVER forget physical boundaries — Player punches wall IRL = lawsuit. Use
XRServer.get_reference_frame()to respect guardian/chaperone bounds. - NEVER use standard 3D audio — Stereo audio in VR = disorienting. Use spatial audio (AudioStreamPlayer3D) for positional sound cues.
More from thedivergentai/gd-agentic-skills
godot-master
Consolidated expert library for professional Godot 4.x game and application development. Orchestrates 94 specialized blueprints through architectural workflows, anti-pattern catalogs, performance budgets, and Server API patterns. Use when: (1) starting a new Godot project, (2) designing game or app architecture, (3) building entity/component systems, (4) debugging performance or physics issues, (5) choosing between 2D/3D approaches, (6) implementing multiplayer, (7) optimizing draw calls or script time, (8) porting between platforms. Primary entry point for ALL Godot development tasks.
584godot-shaders-basics
Expert blueprint for shader programming (visual effects, post-processing, material customization) using Godot's GLSL-like shader language. Covers canvas_item (2D), spatial (3D), uniforms, built-in variables, and performance. Use when implementing custom effects OR stylized rendering. Keywords shader, GLSL, fragment, vertex, canvas_item, spatial, uniform, UV, COLOR, ALBEDO, post-processing.
218godot-2d-animation
Expert patterns for 2D animation in Godot using AnimatedSprite2D and skeletal cutout rigs. Use when implementing sprite frame animations, procedural animation (squash/stretch), cutout bone hierarchies, or frame-perfect timing systems. Trigger keywords: AnimatedSprite2D, SpriteFrames, animation_finished, animation_looped, frame_changed, frame_progress, set_frame_and_progress, cutout animation, skeletal 2D, Bone2D, procedural animation, animation state machine, advance(0).
194godot-particles
Expert blueprint for GPU particle systems (explosions, magic effects, weather, trails) using GPUParticles2D/3D, ParticleProcessMaterial, gradients, sub-emitters, and custom shaders. Use when creating VFX, environmental effects, or visual feedback. Keywords GPUParticles2D, ParticleProcessMaterial, emission_shape, color_ramp, sub_emitter, one_shot.
176godot-ui-theming
Expert blueprint for UI themes using Theme resources, StyleBoxes, custom fonts, and theme overrides for consistent visual styling. Covers StyleBoxFlat/Texture, theme inheritance, dynamic theme switching, and font variations. Use when implementing consistent UI styling OR supporting multiple themes. Keywords Theme, StyleBox, StyleBoxFlat, add_theme_override, font, theme inheritance, dark mode.
172godot-save-load-systems
Expert blueprint for save/load systems using JSON/binary serialization, PERSIST group pattern, versioning, and migration. Covers player progress, settings, game state persistence, and error recovery. Use when implementing save systems OR data persistence. Keywords save, load, JSON, FileAccess, user://, serialization, version migration, PERSIST group.
160