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SkillsMP hat 73 Skills aus Impertio-Studio/Blender-Bonsai-ifcOpenshell-Sverchok-Claude-Skill-Package gesammelt. Öffne einen Skill, um Quelle und Details zu prüfen.
Impertio-Studio/Blender-Bonsai-ifcOpenshell-Sverchok-Claude-Skill-PackageEs werden 33 von 73 gesammelten Skills angezeigt.
Use when creating, reading, or editing IFC property sets (Pset) and quantity sets (Qto) in Bonsai. Prevents the common mistake of creating property sets without associating them to elements via IfcRelDefinesByProperties. Covers IfcPropertySingleValue,…
Quellsprache: Englisch
Use when creating or managing IFC spatial hierarchy in Bonsai -- IfcSite, IfcBuilding, IfcBuildingStorey, IfcSpace, and their containment relationships. Prevents the critical mistake of not establishing proper spatial decomposition (IfcRelAggregates) causing…
Quellsprache: Englisch
Use when reviewing, validating, or auditing IfcOpenShell Python code for correctness. Runs systematic checks for schema compatibility errors, incorrect API usage (direct attribute modification vs api.run), entity reference invalidation, performance…
Quellsprache: Englisch
Use when learning IFC data model fundamentals or navigating IFC entity relationships. Prevents the common mistake of creating flat element structures without proper spatial hierarchy (Project > Site > Building > Storey). Covers entity hierarchy from IfcRoot…
Quellsprache: Englisch
Use when debugging IfcOpenShell crashes, entity reference errors, or performance issues. Prevents the common pitfall of comparing entities with == instead of checking .id() or identity, or holding references to entities after removal. Covers C++ binding…
Quellsprache: Englisch
Use when debugging IfcOpenShell errors -- RuntimeError on invalid entities, AttributeError from wrong PascalCase, TypeError from wrong parameter types, or entity invalidation after removal. Prevents wasting time on symptoms by providing a diagnostic decision…
Quellsprache: Englisch
Use when processing large IFC files (100MB+) or optimizing slow IfcOpenShell scripts. Prevents the #1 performance mistake: calling create_shape() per element instead of using the geometry iterator for batch processing. Covers geometry iterator, by_type…
Quellsprache: Englisch
Use when encountering IFC schema errors or migrating between IFC2X3, IFC4, and IFC4X3. Prevents the common mistake of using IFC4-only entities (e.g., IfcMaterialConstituentSet) in IFC2X3 files. Covers entity availability differences, attribute type changes,…
Quellsprache: Englisch
Use when implementing cost estimation or 5D BIM workflows in IFC models -- cost schedules, cost items, cost values, or linking quantities to costs. Prevents the common mistake of creating cost items without linking them to element quantities. Covers…
Quellsprache: Englisch
Use when building IFC models from scratch -- creating projects, spatial structure, walls, slabs, columns, openings, property sets, and type assignments. Prevents the critical mistake of skipping IfcOwnerHistory (required in IFC2X3) or not establishing spatial…
Quellsprache: Englisch
Use when extracting 3D geometry from IFC files, creating geometric representations, or processing IFC geometry for visualization. Prevents the performance mistake of calling create_shape() per element instead of using the geometry iterator. Covers geometry…
Quellsprache: Englisch
Use when assigning materials to IFC elements -- single materials, layer sets (walls), profile sets (beams/columns), or constituent sets (IFC4+). Prevents the common mistake of using IfcMaterialConstituentSet in IFC2X3 (not available). Covers IfcMaterial,…
Quellsprache: Englisch
Use when modeling MEP (Mechanical, Electrical, Plumbing) systems in IFC -- HVAC, piping, electrical circuits, distribution elements, ports, and connections. Prevents the common mistake of not creating ports for flow connections between elements. Covers…
Quellsprache: Englisch
Use when creating structural cross-sections or profile-based extrusions in IFC -- I-beams, C-channels, rectangles, circles, or arbitrary polyline profiles. Prevents the common mistake of defining profiles without proper placement (profile origin…
Quellsprache: Englisch
Use when managing IFC element relationships -- spatial containment, aggregation, type assignment, property association, material association, or void relationships. Prevents the common mistake of creating elements without establishing their spatial…
Quellsprache: Englisch
Use when implementing construction schedules or 4D BIM timelines in IFC -- work schedules, tasks, task dependencies, and Gantt chart data extraction. Prevents the common mistake of not linking tasks to elements (no 4D visualization possible). Covers…
Quellsprache: Englisch
Use when validating IFC files for schema compliance, IDS conformance, or custom quality rules. Prevents the common mistake of only checking schema validity without verifying property set completeness or spatial hierarchy correctness. Covers…
Quellsprache: Englisch
Use when writing IfcOpenShell Python code that creates, modifies, or deletes IFC entities. Prevents the #1 AI mistake: using create_entity() or direct attribute assignment instead of ifcopenshell.api.run(). Covers all 30+ API modules, invocation patterns,…
Quellsprache: Englisch
Use when querying, traversing, or extracting data from IFC elements -- by_type, by_id, by_guid, inverse references, or property extraction. Prevents the common mistake of manually traversing relationships instead of using the universal property extraction…
Quellsprache: Englisch
Use when opening, creating, writing, or serializing IFC files with IfcOpenShell. Prevents the common mistake of not using transactions for multi-step operations (no undo on failure). Covers ifcopenshell.open(), file.create(), file.write(), transaction…
Quellsprache: Englisch
Use when extracting data from IFC models using utility functions -- element properties, selector syntax, placement calculations, unit conversion, or cost/schedule data. Prevents the common mistake of manually parsing IFC relationships instead of using…
Quellsprache: Englisch
Use when reviewing, validating, or auditing Sverchok node code for correctness. Runs 19 automated checks covering data nesting correctness, updateNode callbacks, list matching patterns, socket consistency, import validation, and IfcSverchok compliance.…
Quellsprache: Englisch
Use when learning Sverchok fundamentals or debugging node tree execution issues. Prevents the common mistake of expecting immediate execution (Sverchok uses deferred tree-level updates, not per-node). Covers node tree architecture, data flow, socket data…
Quellsprache: Englisch
Use when debugging Sverchok node code errors -- silent data corruption, missing updateNode callbacks, socket data mutation, or IfcSverchok entity management issues. Prevents the 17 most common Sverchok mistakes including wrong data nesting, forgetting…
Quellsprache: Englisch
Use when developing a custom Sverchok node -- creating new node types, packaging as addons, or integrating with BMesh. Prevents the critical mistake of not calling self.outputs[i].sv_set() with correct nesting levels (data silently wrong). Covers full node…
Quellsprache: Englisch
Use when working with Sverchok-Extra (advanced geometry, SDF, surfaces, fields, solids), Open3d integration, or developing custom Sverchok extensions. Prevents the common mistake of importing sverchok_extra nodes without checking addon availability first.…
Quellsprache: Englisch
Use when generating IFC files from Sverchok geometry using IfcSverchok nodes. Prevents the critical mistake of not understanding SvIfcStore transient file management (data is purged on every full tree update -- use use_bonsai_file to persist). Covers the 31…
Quellsprache: Englisch
Use when designing parametric AEC geometry in Sverchok -- structural grids, facade panels, parametric stairs, roof geometry, MEP routing, or terrain from data. Prevents the common mistake of not using matrix transforms for element placement (using vertex…
Quellsprache: Englisch
Use when working with TopologicSverchok for building topology analysis -- CellComplex workflows, space adjacency graphs, dual graphs, or energy simulation preparation. Prevents the common mistake of using mesh-based operations for topology analysis instead of…
Quellsprache: Englisch
Use when automating Sverchok from Python -- creating node trees programmatically, connecting sockets, setting parameters, or running batch parametric studies. Prevents the common mistake of not calling process_from_nodes() after modifying parameters (tree…
Quellsprache: Englisch
Use when Sverchok data looks wrong, vertices are flattened, or list lengths don't match. Prevents the #1 Sverchok error: wrong data nesting levels (vertices MUST be level 3 [[[x,y,z]]], edges level 2, matrices level 1). Covers nesting requirements for all…
Quellsprache: Englisch
Use when writing SNLite scripts, Formula Mk5 expressions, Profile Mk3 definitions, or embedding custom Python logic in Sverchok node trees. Prevents the common mistake of wrong socket declaration syntax in SNLite (must use specific type identifiers like 'v'…
Quellsprache: Englisch
Use when connecting Sverchok nodes, debugging socket compatibility errors, or choosing the right socket type. Prevents the common mistake of connecting incompatible socket types without understanding implicit conversions. Covers all 16 socket types (vertices,…
Quellsprache: Englisch