'geometry' 검색 결과

Work with geographic points, lines, and areas in Python using GeoPandas. Guidance and local audit tools help check coordinate systems, geometry validity, spatial join matches, and export settings before trusting or sharing analysis results.

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• Checking geographic data before analysis
• Reviewing coordinate systems and transformations
• Auditing matches between points and areas

Design custom laboratory parts as adjustable build123d models and export STEP, STL, and DXF fabrication files. Check mating dimensions against standards, test geometry, and visually review holders, mounts, microfluidic parts, and other research fixtures before fabrication.

한국어 요약은 준비 중입니다. 영어 요약을 표시하고 있습니다.

• Designing holders for microplates, cuvettes, and tubes
• Creating mounts and adapters for optical tables
• Modeling microfluidic chips and molds

Validate generated PowerPoint decks for layout problems, accessibility, editable content, source references, and file integrity. Follow a repair and recheck workflow, keeping audit reports and build records together for delivery.

한국어 요약은 준비 중입니다. 영어 요약을 표시하고 있습니다.

• Check generated slides before delivery
• Find overlapping content and overflowing text
• Review accessibility and editable slide objects

Guide slide edits with concrete rules for text size, spacing, alignment, and color contrast. Use it when replacing content or adjusting individual elements to keep pages readable and consistent with their existing design.

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• Replace slide text without overflowing its box
• Improve contrast between text and its background
• Align cards and adjust spacing consistently

Turn descriptions of 3D shapes and CAD tasks into FreeCAD Python scripts. Create models with adjustable dimensions, automate repeated operations with macros, convert meshes and solids, or build custom dialogs and workbench tools.

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• Create 3D models from written descriptions
• Build models with adjustable dimensions
• Automate repeated CAD operations with macros

Detect five-point price patterns using Fibonacci ratios and generate buy, sell, or stand-aside signals. The skill identifies Gartley, Bat, Butterfly, and Crab patterns and locates potential reversal zones, where a price trend may change direction.

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• Detecting harmonic patterns in price data
• Identifying potential reversal zones
• Generating buy, sell, and stand-aside signals

Plan Chinese math tutorial videos with clear solution steps, spoken explanations, readable formulas, and matching subtitles. The skill guides lesson structure and pacing, while Creator’s native tools build the visuals, narration, and finished video.

한국어 요약은 준비 중입니다. 영어 요약을 표시하고 있습니다.

• Planning a Chinese equation tutorial
• Explaining geometry one step at a time
• Matching math narration with formulas and subtitles

Operate native apps on macOS, Windows, and Linux using identified controls, menu paths, or screen coordinates. Target a specific window, verify the result after each action, and consult available recent activity when resuming work.

한국어 요약은 준비 중입니다. 영어 요약을 표시하고 있습니다.

• Operate a specific app window
• Click controls and enter text
• Adjust window positions and sizes

Operate native applications on macOS, Windows, and Linux using Qwen Cua Driver. Inspect screenshots and structured interface elements, perform clicks, typing, menu actions, or window adjustments, and verify the resulting application state.

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• Automating clicks and text entry in desktop apps
• Navigating native application menus
• Setting exact window positions and sizes

Review DXF and STEP/STP files before ordering from SendCutSend.com. Compare measured geometry with current official material and service specifications, then report upload issues, manufacturing constraints, missing information, and specific edits needed.

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• Check a DXF before ordering laser cutting
• Review flange dimensions and bend radii
• Check material and secondary service compatibility

Review part designs for sheet metal, CNC machining, or injection molding. Compare geometry measurements with applicable supplier or tooling limits, then document manufacturing concerns, suggested changes, and checks that still need evidence.

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• Review sheet metal bends and flat patterns
• Check CNC tool access and internal corners
• Review molding draft and undercuts

Create, edit, and validate URDF files describing robot structure. Check links, joints, coordinate frames, units, mesh placement, and mass properties, then use CAD Viewer to inspect the model and review each movable joint.

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• Create a robot structure description
• Debug joint positions and motion axes
• Check mesh scale and placement

Guides custom map imports into CARLA on UE 5.8, from FBX geometry and OpenDRIVE road data to packaging or temporary road generation. Helps choose a supported route and verify map files and loading.

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• Testing a road network from an OpenDRIVE file
• Importing a town with buildings into the editor
• Including a custom map in a server package

Read and display CARLA object bounding boxes, then project them onto a camera image as 2D rectangles. Export an annotated PNG and box coordinates in JSON for object detection annotation work.

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• Adding vehicle boxes to a camera image
• Exporting box coordinates for detection annotations
• Checking vehicle dimensions

Build a looping animated hero, the large visual at the top of a page, or a video opening. Combine rotating text, a globe or abstract geometry, a timer, and floating labels with cinematic colors and one neon accent.

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• Creating an animated video opening
• Designing a landing page hero
• Combining motion elements into a looping visual

Prepare 3D models for browser games by cleaning source assets, exporting GLB or glTF, and optimizing geometry and textures. It also guides collision shapes, distance-based detail levels, and runtime checks for the chosen engine.

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• Preparing Blender models for browser games
• Reducing GLB or glTF asset size
• Planning collision shapes and distance-based model detail

Create buttons, cards, and panels with diagonally cut corners. It provides CSS shapes, border treatments, and sizing guidance to keep the geometry consistent while preserving readable labels, usable touch targets, and visible keyboard focus.

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• Creating sci-fi-style controls
• Unifying diagonal corners across cards and panels
• Adding gradient borders to clipped shapes

Design a light interface using warm paper tones within dark outer framing. Coordinate typography, panels, navigation, and motion with fine borders, corner brackets, subtle diagonal textures, and a restrained accent color for active states.

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• Designing a warm, light interface for a technical product
• Framing a paper-toned screen against a dark background
• Coordinating app mockups and transcript panels

Build a scanning entrance for Three.js models, revealing their wire structure before the solid surface appears. Coordinate both layers with one expanding wave, then remove the temporary wires when the animation finishes.

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• Introduce a 3D model with a radial scan
• Show a model's structure before its surface
• Create a holographic assembly effect

Design a technical web interface with dark surfaces, bright green signals, precise borders, and a prominent WebGL visualization. Coordinate split layouts, typography, controls, status labels, and restrained animation into a consistent visual system.

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• Design a split-screen hero with text and WebGL
• Unify progress indicators and status panels
• Integrate glowing particles or geometry into an interface

Measure and improve Three.js or WebGL game performance through repeatable gameplay checks. Identify CPU or GPU bottlenecks, reduce unnecessary rendering and processing, and verify that controls, collisions, visuals, and memory remain stable.

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• Investigating frame-time spikes
• Reducing rendering and particle workloads
• Improving performance on mobile devices

Build falling leaves in Three.js and similar 3D scenes, with visible front, edge, and back views as they tumble and drift. Coordinate wind, scene depth, camera-aware recycling, and performance checks for a convincing autumn effect.

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• Adding falling autumn leaves to a 3D scene
• Coordinating leaf tumble, sideways drift, and wind
• Managing leaves around buildings and camera movement

Design protein sequences while accounting for bound small molecules, nucleic acids, or metals. Use LigandMPNN to redesign binding pockets or metal-coordinating sites, and export sequence files alongside PDB structures with the designed sequences applied.

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• Redesign a binding pocket around a small molecule or cofactor
• Design residues around a metal-coordinating site
• Export designed sequences as FASTA and PDB files

Predict how a small molecule may sit within a protein using structural inputs. Generate ranked 3D poses without defining a search region, then use those poses as starting points for further evaluation.

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• Predicting ligand poses from a protein structure and SMILES
• Generating ranked poses for a small fragment library
• Preparing starting poses for downstream rescoring