36 skills published by Abhinavbwj across 2 repositories. Together they weigh 1 073 071 tokens — that is what loading all of them at once would cost you in context.
36 skills 1 073 071 tokens total
L-systems, cellular automata, agent-based modeling, swarm intelligence, reaction-diffusion, growth algorithms, packing algorithms, and nature-inspired computation for AEC design
Revit API fundamentals, Dynamo for Revit, pyRevit framework, IFC schema and openBIM, model checking, automated documentation, clash detection, and BIM interoperability tools for AEC computational design
Python calculators for geometry analysis, structural checking, solar calculations, panel optimization, mesh analysis, material estimation, and fabrication cost estimation for AEC computational design
Auto-activating foundation layer providing computational design paradigms, key pioneers, tools landscape, core concepts, and skill routing for all AEC computational design tasks
NURBS curves and surfaces, mesh geometry, boolean operations, subdivision surfaces, tessellation methods, surface analysis, and point cloud processing for AEC computational design
GIS integration, sensor data, occupancy analytics, space syntax analysis, urban data analytics, climate data processing, and API data sources for evidence-based AEC computational design
Rule-based design systems, constraint satisfaction, space planning algorithms, automated layout generation, drawing automation, code compliance checking, and computational workflows for AEC design automation
CNC milling, robotic fabrication, additive manufacturing, laser cutting, timber joinery, formwork design, assembly sequencing, and file preparation for digitally-fabricated AEC components
Daylight analysis, solar radiation, energy simulation, CFD wind analysis, thermal comfort, acoustic simulation, and the Ladybug Tools ecosystem for performance-driven AEC computational design
Panelization strategies, surface rationalization, attractor-based patterning, double-skin facades, kinetic and responsive facades, environmental performance facades, and fabrication-aware facade design for AEC
Evolutionary algorithms, multi-objective optimization, design space exploration, fitness function design, population-based methods, and generative workflows for AEC computational design
File format encyclopedia, data exchange strategies, API integration patterns, Grasshopper-to-Revit pipelines, Rhino.Inside workflows, Speckle data streams, and schema mapping for AEC computational design
Mesh data structures, mesh operations, mesh analysis, mesh repair, UV mapping and unfolding, quad meshing, mesh-to-NURBS conversion, and mesh quality assessment for AEC computational design
Computer vision for buildings, image-to-floorplan, generative ML models, performance prediction, structural analysis ML, energy prediction, natural language to design, and point cloud ML for AEC computational design
Genetic algorithms, simulated annealing, particle swarm optimization, gradient-based methods, topology optimization, shape optimization, size optimization, and benchmark problems for AEC computational design
Parametric design methodology, data structures, constraint systems, Grasshopper and Dynamo patterns, parameter space exploration, and associative geometry for AEC computational design
Python for Rhino and Grasshopper (RhinoCommon, rhinoscriptsyntax, ghpythonlib), C# for Grasshopper components, Python for Revit (pyRevit, RevitPythonShell), JavaScript for web 3D (Three.js), and code patterns for AEC computational design
Finite element analysis fundamentals, form-finding methods, shell and gridshell structures, topology optimization, structural optimization, material-aware computation, and computational structural tools for AEC
>- Design urban blocks and optimize density using typological analysis, FAR calculations, and building configuration strategies. Use when the user asks about block dimensions, block layout, density calculations, FAR optimization, building footprint coverage, height-density relationships, block typologies, perimeter block design, courtyard blocks, tower-podium configurations, or massing studies. Also use when the user needs to understand how many units fit on a site, calculate gross vs net density, or optimize a block plan for daylight and privacy.
>- Apply climate-specific urban design strategies for hot-arid, tropical, temperate, and cold climates. Covers building orientation, street alignment, shading strategies, wind management, vegetation selection, urban heat island mitigation, stormwater management, and thermal comfort in outdoor spaces. Use when the user specifies a climate zone, asks about climate-responsive design, needs orientation advice, asks about heat island mitigation, discusses thermal comfort, or designs for extreme weather conditions. Also use for microclimate analysis, wind corridor design, or solar access optimization.
>- Estimate construction costs, infrastructure costs, soft costs, and total development costs for urban design projects. Covers building construction cost per m2 by typology, infrastructure cost per linear meter and per dwelling, site preparation, landscaping, professional fees, and financial feasibility analysis. Use when the user asks about project cost, construction cost, infrastructure budget, development feasibility, cost per unit, cost per m2, capital expenditure, opex, cost benchmarking, value engineering, phasing costs, or any question about how much an urban design project or its components will cost. Also use for preliminary budget estimation, order-of- magnitude costing, cost comparison between design alternatives, or cost optimization of masterplans.
>- Generate professional urban design briefs, design reports, and project documentation. Produces structured documents with vision statements, design principles, spatial requirements, performance targets, and implementation guidelines. Use when the user asks to write a design brief, create a project brief, draft a design report, prepare a presentation document, write a design narrative, document a masterplan, or create a competition submission. Also use when the user needs to formalize design intent into a structured document.
>- Evaluate urban designs against comprehensive criteria drawn from all major global standards, certification systems, and theoretical frameworks. Generates detailed scorecards and improvement recommendations. Use when the user asks to evaluate a design, review a masterplan, score a proposal, critique an urban scheme, assess design quality, benchmark a project, check compliance with standards, or rate a development against best practice. Covers Jan Gehl 12 Quality Criteria, Ian Bentley 7 Responsive Environments qualities, PPS 4 Placemaking qualities, LEED-ND prerequisites, BREEAM Communities categories, Healthy Streets indicators, CPTED principles, Universal Design compliance, and biophilic design patterns.
>- Generate complete urban masterplans with spatial structure, land use distribution, street network, block layout, density strategy, phasing plan, and implementation framework. Use when the user asks to design a masterplan, create an urban layout, develop a neighborhood plan, design a district, plan a new community, lay out a development, structure an urban area, or create a site plan at the urban scale. Also use when the user provides a site and asks for a development proposal, a design concept, or a spatial framework. Handles greenfield, brownfield, and infill development scenarios.
>- Develop land use programs and optimize the mix of uses for urban districts, neighborhoods, and individual buildings. Use when the user asks about land use programming, use mix ratios, program distribution, retail sizing, office space requirements, residential-commercial balance, anchor tenant strategy, community facility planning, or when developing a development program for a site. Also use when the user needs to determine what uses go where, how much of each use is needed, or how to create vibrant mixed-use environments.
>- Comprehensive mobility and transport planning for urban design including trip generation, mode split targets, street network connectivity, transit planning, cycling network design, pedestrian accessibility, freight and servicing strategy, parking demand management, and traffic impact assessment. Use when the user asks about transport planning, trip generation, mode split, traffic impact, transit catchment, cycling network, pedestrian access, freight servicing, mobility hubs, first-last mile, level of service, vehicle-km traveled, or any movement and accessibility question beyond individual street cross-section design. Also use for transport demand management (TDM), multimodal integration, or mobility frameworks for masterplan transport chapters.
>- Research and analyze urban design precedents systematically. Generates structured case study reports with quantitative metrics, design principles, lessons learned, and transferability assessment. Use when the user asks for precedents, case studies, reference projects, comparable developments, benchmarks from other cities, examples of similar projects, or best practice examples. Also use when the user names a specific urban project and wants it analyzed as a precedent.
>- Design parks, plazas, waterfronts, pocket parks, civic spaces, playgrounds, and urban gardens using Jan Gehl quality criteria, PPS placemaking methodology, and global best practices. Use when the user asks to design a park, create a plaza, plan a waterfront, design a civic space, lay out a playground, plan a community garden, create an outdoor gathering space, design a public realm strategy, or improve an existing public space. Also use when discussing public space programming, activation strategies, or landscape design at the urban scale.
>- Conduct comprehensive multi-scale site analysis from regional to neighborhood to site scale. Generates structured analysis reports covering physical context, infrastructure, demographics, environmental conditions, regulatory framework, and design opportunities and constraints. Use when the user asks to analyze a site, understand site context, assess a location for development, conduct due diligence on a parcel, evaluate site conditions, create a site analysis report, or study the urban context of a project area. Covers topography, hydrology, vegetation, solar and wind analysis, noise mapping, infrastructure audit, zoning review, circulation analysis, visual assessment, SWOT analysis, and stakeholder mapping.
>- Design complete streets with proper cross-sections, lane allocation, pedestrian and cycling infrastructure, intersection design, and streetscape elements using NACTO and global standards. Use when the user asks to design a street, create a cross-section, determine road width, design an intersection, plan a bike lane, design a sidewalk, create a boulevard, design a shared street, plan traffic calming, or specify streetscape elements. Also use for street hierarchy classification, right-of-way allocation, or any question about street dimensions and standards.
>- Score urban designs against LEED-ND, BREEAM Communities, WELL Community Standard, Green Star Communities, CASBEE Urban Development, and Estidama Pearl Community Rating System. Generates detailed scoring reports with credit-by-credit analysis, achievability assessment, and optimization recommendations. Use when the user asks to score a design for sustainability, assess LEED-ND credits, evaluate BREEAM compliance, check WELL community criteria, calculate a sustainability rating, or optimize a design for green certification.
>- Design transit-oriented developments using ITDP TOD Standard, global best practices, and density-distance gradient principles. Use when the user asks to design around a transit station, create a TOD plan, optimize development near transit, plan a transit district, design a station area, or develop around a metro stop, BRT station, tram stop, or rail station. Also use when discussing walk catchments around transit, density gradients from stations, or first-last mile connectivity.
>- Python computational tools for urban design metric calculations including density, FAR, walkability scoring, parking requirements, green space analysis, and block optimization. Use when the user asks to calculate density, compute FAR, score walkability, determine parking requirements, analyze green space provision, optimize block dimensions, run urban metrics, or perform any quantitative urban design calculation. Also use when precise numbers are needed for any urban design metric rather than rules of thumb.
>- Comprehensive urban design knowledge base containing theories, principles, quantitative standards, and rules of thumb from 40+ theorists and global frameworks. Provides foundational knowledge for all urban design tasks including masterplanning, site analysis, street design, public space design, density calculations, and sustainability assessment. Automatically activates whenever the conversation involves urban design, city planning, urban morphology, placemaking, walkability, transit-oriented development, mixed-use development, zoning, building typologies, streetscapes, public realm, neighborhood design, district planning, or any AEC topic at the urban scale. Covers Kevin Lynch, Jane Jacobs, Christopher Alexander, Jan Gehl, Gordon Cullen, Camillo Sitte, Andres Duany, Leon Krier, Ian Bentley, New Urbanism, Smart Growth, Complete Streets, 15-Minute City, Space Syntax, CPTED, and all major sustainability certifications.
>- Urban regeneration, brownfield redevelopment, heritage-led renewal, and neighborhood revitalization strategies. Covers site remediation assessment, adaptive reuse frameworks, catalyst project design, gentrification risk management, community engagement methodology, incremental urbanism, and phased delivery of regeneration programs. Use when the user asks about brownfield development, urban renewal, regeneration strategy, adaptive reuse, heritage-led regeneration, gentrification, community-led development, vacant land strategy, post-industrial redevelopment, waterfront regeneration, neighborhood decline, blight remediation, infill development, meanwhile use, temporary urbanism, or revitalizing an existing urban area. Also use for regeneration feasibility, stakeholder engagement in regeneration projects, or comparing regeneration approaches.
>- Analyze zoning regulations and generate form-based codes, including Euclidean zoning analysis, performance zoning parameters, transect-based coding, building envelope controls, and development standard specification. Use when the user asks about zoning, building codes, development standards, setbacks, height limits, FAR regulations, use permissions, overlay zones, special districts, or form-based codes. Also use when the user needs to create a zoning framework for a masterplan, understand what can be built on a site, or translate a design into regulatory language.