240 个技能
Mass haul diagrams, free haul, overhaul, borrow/waste, balance lines
Gravity/pressure pipe networks — pipes, structures, parts lists, labels, styles
XSLOPE Analysis Skill
Step-by-step guidance and best practices for planning and workflows within the Elysium arcology.
Referencia técnica para la API de SAP2000 via COM bridge. Convenciones, patrones de scripts, function registry, y errores comunes. Para el workflow completo de scripting, usar el agente @sap2000-scripter.
Deterministic mapping from land use and soil texture to SWMM runoff/subarea and Green-Ampt infiltration parameters. Use when generating first-pass subcatchment parameter tables for swmm-builder.
Build and validate SWMM pipe-network models for urban drainage systems. Use when defining or checking junctions, conduits, outfalls, xsections, coordinates, or exporting network JSON into SWMM INP sections.
Certificate of occupancy readiness — final inspections, fire marshal, ADA, permits, and life safety systems.
Creates or analyzes site inspection reports — safety, quality, progress, and deficiency tracking.
Finite Element Method (FEM) for engineering and science. Weak formulations, mesh generation, element types, assembly, solvers, error estimation, and production FEM with FEniCSx, Firedrake, and deal.II.
Analyze electric field distribution, field quenching mechanisms, and photoconductivity effects in CdS/CdTe heterojunction solar cells. Use when modeling CdS-based junctions, understanding field-dependent carrier behavior, or analyzing copper-doped CdS performance under optical excitation.
Calculate voltage-dependent collection efficiency in pn-junction solar cells using depletion width modeling. Use when modeling carrier collection in pn-homojunction or CdTe-based solar cells where material parameters (acceptor density, built-in potential, absorption coefficient, diffusion length) are known or can be approximated.
Analyze the high field domain mechanism that explains efficiency improvements in CdS/CdTe heterojunction solar cells when a thin CdS layer is present. Use when investigating why CdS layers improve open circuit voltage (Voc) and reduce junction leakage in CdTe solar cells, or when modeling I-V characteristics of CdS/CdTe junctions.
Produces structured cost and time estimates — quantity takeoff, unit pricing, contingency, and schedule duration.
Orchestrate the MEP team: coordinates mep-director, electrical-engineer, plumbing-engineer, hvac-engineer, fire-protection-engineer, and energy-modeler.
Audits materials and specifications — submittal status, compliance verification, substitution review, and lead time analysis.
Catchment areas, flow paths, watershed, drainage analysis, labels
Alignments — creation, entities, stations, design speeds, superelevation
Pressure pipes, fittings, appurtenances, parts lists, design checks, labels
Superelevation design, attainment, cross slope, pivot points, lane config
Looks up and interprets Ontario Provincial Standard Drawings (OPSD), Ontario Provincial Standard Specifications (OPSS), CSA standards, and MTO design guidelines for municipal infrastructure. This skill should be used when a design question, standard reference, or material selection needs authoritative Ontario infrastructure standards.
Hydraulic engineering domain knowledge for OpenSolve Pipe development. Use when implementing solvers, adding components, or reviewing hydraulic calculations.
Use when planning architecture, brainstorming features, or reviewing a draft design for sustainability. Provides an eco-first checklist of considerations for infrastructure, code, and product design decisions.
Debug solver convergence issues after physics changes. Use when the simulation fails to converge or oscillates after modifying physics parameterizations.
Run a single CST simulation with given parameters and score against a target. Use when you have a specific metamaterial design to simulate and evaluate.
Build and operate the "Experiment Design for urban planning and mobility" capability for urban planning and mobility. Use when this exact capability is required by autonomous or human-guided missions.
Build and operate the "Uncertainty Communication for urban planning and mobility" capability for urban planning and mobility. Use when this exact capability is required by autonomous or human-guided missions.
Build and operate the "Plan Quality Evaluation for urban planning and mobility" capability for urban planning and mobility. Use when this exact capability is required by autonomous or human-guided missions.
Build and operate the "Memory Consolidation for urban planning and mobility" capability for urban planning and mobility. Use when this exact capability is required by autonomous or human-guided missions.
Build and operate the "Handoff Contracting for urban planning and mobility" capability for urban planning and mobility. Use when this exact capability is required by autonomous or human-guided missions.