🌎 S2s Forecasting Expert OpenClaw Plugin & Skill | ClawHub
Looking to integrate S2s Forecasting Expert into your AI workflows? This free OpenClaw plugin from ClawHub helps you automate cli utilities tasks instantly, without having to write custom tools from scratch.
What this skill does
End-to-end builder for AI-based Subseasonal-to-Seasonal (S2S) forecasting systems. Generates runnable PyTorch code for FuXi-style, FengWu-style, and AIFS-inspired models including CRPS-based probabilistic training.
Install
openclaw skills install @manmeet3591/s2s-forecasting-expertnpx clawhub@latest install s2s-forecasting-expertFull SKILL.md
Open original| name | description |
|---|---|
| s2s-model-builder | End-to-end builder for AI-based Subseasonal-to-Seasonal (S2S) forecasting systems. Generates runnable PyTorch code for FuXi-style, FengWu-style, and AIFS-inspired models including CRPS-based probabilistic training. |
SKILL.md content below is scrollable.
S2S Model Builder (Subseasonal-to-Seasonal Forecasting)
This skill actively helps you design, implement, and train S2S forecasting models from scratch.
It generates:
- PyTorch model architectures
- Training loops
- CRPS loss implementations
- Data preprocessing pipelines (ERA5-style)
- Evaluation scripts
- Multi-GPU training configurations
- Inference pipelines
Supported paradigms include:
- FuXi-style transformer architectures
- FengWu-style Earth system transformers
- AIFS-inspired probabilistic models
- Ensemble neural forecasting
- Multi-lead-time forecasting heads
What This Skill Can Build
1. Model Architecture Code
- 3D spatiotemporal transformers
- Global grid attention models
- Multi-variable input pipelines (Z500, T2M, winds, SST)
- Lead-time conditioned decoders
- Ensemble output heads
2. Training Infrastructure
- PyTorch training loops
- Distributed training (FSDP-ready structure)
- Mixed precision support
- Gradient accumulation
- Checkpoint saving
3. Probabilistic Forecasting
- CRPS loss (Gaussian & ensemble forms)
- Quantile regression heads
- Spread-skill diagnostics
- Reliability calibration utilities
4. Evaluation Code
- CRPS computation
- ACC metric implementation
- RMSE across forecast horizons
- Skill vs climatology baseline
5. Deployment-Ready Inference
- Batched inference scripts
- Memory-optimized forward passes
- Model export patterns
Example Prompts
- “Generate a FuXi-style transformer in PyTorch for 30-day Z500 forecasting.”
- “Build a CRPS loss function for ensemble S2S outputs.”
- “Create a full ERA5 training pipeline scaffold.”
- “Design a multi-lead-time S2S forecasting head.”
- “Implement distributed training for global 1° resolution data.”
External Endpoints
This skill does not call external APIs.
| Endpoint | Purpose | Data Sent |
|---|---|---|
| None | N/A | None |
All generated code runs locally within the user’s environment.
Security & Privacy
- No external API calls
- No automatic dataset downloads
- No remote execution
- No hidden scripts
- All code is generated transparently
Users are responsible for lawful dataset usage (e.g., ERA5 licensing).
Model Invocation Note
This skill may be automatically invoked when user queries involve:
- Building S2S models
- FuXi / FengWu / AIFS implementations
- CRPS training
- AI weather model architecture
- ERA5 training pipelines
Users may opt out by disabling the skill.
Trust Statement
By using this skill, you acknowledge it generates code for AI-based climate forecasting systems. No data is transmitted externally. All execution occurs within your own environment.
Version
v1.0.0
Last updated: Feb 16, 2026