lab-tools
68
fix-observe
[OBSERVE:problem|step=1-of-3]=>[READ:error+screenshot]=>[DESCRIBE:symptom]
ilang-ai
research
sorting
stars
current ordering strategy
query
all entries
refine the visible subset
lab-tools
68
fix-observe
Three-step method step 1. Observe the problem carefully before jumping to conclusions.
ilang-ai
research
academic
67
geo-optimizer
生成式引擎优化专家，分析和优化内容在 AI 搜索引擎（ChatGPT、Claude、Perplexity、Google SGE）中的可见性和引用率。
huifer
research
astronomy-physics
67
ss14-physics-system-api
A complete reference to the SharedPhysicsSystem public API in Space Station 14: all method families, overloads, limitations, rare methods and practical examples of use on the server and client. Use it when you need to accurately select the PhysicsSystem method and not break contacts/collisions/prediction.
space-sunrise
research
astronomy-physics
67
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
space-sunrise
research
astronomy-physics
67
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
space-sunrise
research
astronomy-physics
67
ss14-documentation-writing
A practical documentation standard in Space Station 14 for C#, SWSL, YAML and FTL: how to write `<summary>`, when to add explanatory comments, how to document partial systems, and how to avoid noisy documentation. Use it when writing, refactoring and reviewing documentation in code, prototypes and localization.
space-sunrise
research
astronomy-physics
67
ss14-atmos-system-core
Parses the AtmosSystem architecture in Space Station 14 at the server/shared/client level: processing cycle, tile state, invalidations, connection with DeltaPressure and overlay synchronization. Use it when you need to understand how the system actually works, where it is safe to expand, and how not to break the performance/consistency of the atmosphere.
space-sunrise
research
astronomy-physics
67
ss14-physics-system-api
A complete reference to the SharedPhysicsSystem public API in Space Station 14: all method families, overloads, limitations, rare methods and practical examples of use on the server and client. Use it when you need to accurately select the PhysicsSystem method and not break contacts/collisions/prediction.
space-sunrise
research
astronomy-physics
67
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
space-sunrise
research
astronomy-physics
67
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
space-sunrise
research
astronomy-physics
67
ss14-documentation-writing
A practical documentation standard in Space Station 14 for C#, SWSL, YAML and FTL: how to write `<summary>`, when to add explanatory comments, how to document partial systems, and how to avoid noisy documentation. Use it when writing, refactoring and reviewing documentation in code, prototypes and localization.
space-sunrise
research
astronomy-physics
67
ss14-documentation-writing
A practical documentation standard in Space Station 14 for C#, SWSL, YAML and FTL: how to write `<summary>`, when to add explanatory comments, how to document partial systems, and how to avoid noisy documentation. Use it when writing, refactoring and reviewing documentation in code, prototypes and localization.
space-sunrise
research
astronomy-physics
67
ss14-physics-system-api
A complete reference to the SharedPhysicsSystem public API in Space Station 14: all method families, overloads, limitations, rare methods and practical examples of use on the server and client. Use it when you need to accurately select the PhysicsSystem method and not break contacts/collisions/prediction.
space-sunrise
research
astronomy-physics
67
ss14-physics-system-api
A complete reference to the SharedPhysicsSystem public API in Space Station 14: all method families, overloads, limitations, rare methods and practical examples of use on the server and client. Use it when you need to accurately select the PhysicsSystem method and not break contacts/collisions/prediction.
space-sunrise
research
astronomy-physics
67
ss14-documentation-writing
A practical documentation standard in Space Station 14 for C#, SWSL, YAML and FTL: how to write `<summary>`, when to add explanatory comments, how to document partial systems, and how to avoid noisy documentation. Use it when writing, refactoring and reviewing documentation in code, prototypes and localization.
space-sunrise
research
astronomy-physics
67
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
space-sunrise
research
astronomy-physics
67
ss14-atmos-system-core
Parses the AtmosSystem architecture in Space Station 14 at the server/shared/client level: processing cycle, tile state, invalidations, connection with DeltaPressure and overlay synchronization. Use it when you need to understand how the system actually works, where it is safe to expand, and how not to break the performance/consistency of the atmosphere.
space-sunrise
research
astronomy-physics
67
ss14-atmos-system-core
Parses the AtmosSystem architecture in Space Station 14 at the server/shared/client level: processing cycle, tile state, invalidations, connection with DeltaPressure and overlay synchronization. Use it when you need to understand how the system actually works, where it is safe to expand, and how not to break the performance/consistency of the atmosphere.
space-sunrise
research
astronomy-physics
67
ss14-physics-system-api
A complete reference to the SharedPhysicsSystem public API in Space Station 14: all method families, overloads, limitations, rare methods and practical examples of use on the server and client. Use it when you need to accurately select the PhysicsSystem method and not break contacts/collisions/prediction.
space-sunrise
research
astronomy-physics
67
ss14-atmos-system-core
Parses the AtmosSystem architecture in Space Station 14 at the server/shared/client level: processing cycle, tile state, invalidations, connection with DeltaPressure and overlay synchronization. Use it when you need to understand how the system actually works, where it is safe to expand, and how not to break the performance/consistency of the atmosphere.
space-sunrise
research
astronomy-physics
67
ss14-atmos-system-core
Parses the AtmosSystem architecture in Space Station 14 at the server/shared/client level: processing cycle, tile state, invalidations, connection with DeltaPressure and overlay synchronization. Use it when you need to understand how the system actually works, where it is safe to expand, and how not to break the performance/consistency of the atmosphere.
space-sunrise
research
astronomy-physics
67
ss14-documentation-writing
A practical documentation standard in Space Station 14 for C#, SWSL, YAML and FTL: how to write `<summary>`, when to add explanatory comments, how to document partial systems, and how to avoid noisy documentation. Use it when writing, refactoring and reviewing documentation in code, prototypes and localization.
space-sunrise
research
computational-chemistry
67
r3f-postprocessing
React Three Fiber post-processing - @react-three/postprocessing, bloom, DOF, screen effects. Use when adding visual effects, color grading, blur, glow, or creating custom screen-space shaders.
EnzeD
research