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2 repositorios

Awesome GitHub RepositoriesSpherical Projections

Techniques for projecting three-dimensional spherical data onto a two-dimensional view.

Distinct from Three-Dimensional Visualizations: Distinct from general Three-Dimensional Visualizations: focuses specifically on the spherical-to-planar projection of the celestial sphere.

Explore 2 awesome GitHub repositories matching data & databases · Spherical Projections. Refine with filters or upvote what's useful.

Awesome Spherical Projections GitHub Repositories

Encuentra los mejores repositorios con IA.Buscaremos los repositorios que mejor coincidan usando IA.
  • stellarium/stellariumAvatar de Stellarium

    Stellarium/stellarium

    9,705Ver en GitHub↗

    Stellarium is an open-source 3D planetarium simulator and cross-platform sky map used for astronomical observation and study. It provides a real-time simulation of the night sky that renders astronomical objects and atmospheric conditions using OpenGL. The software functions as a visualization tool to show how stars and planets appear through optical instruments. It allows users to identify celestial objects from any location on Earth, simulate stargazing site visibility, and plan targets for observation with binoculars or telescopes. The system incorporates an atmospheric scattering model,

    Projects a three-dimensional spherical model of the universe onto a two-dimensional view for the observer.

    C++astronomycc-plus-plus
    Ver en GitHub↗9,705
  • uber/h3Avatar de uber

    uber/h3

    6,015Ver en GitHub↗

    H3 is an open-source library that provides a hierarchical hexagonal grid system for geospatial indexing. It projects the Earth onto an icosahedron and tiles each face with hexagons to minimize distortion, then encodes each hexagon as a 64-bit integer that stores its resolution and position in the hierarchy. This integer encoding enables fast bitwise operations for grid navigation and spatial analysis. The library offers a comprehensive set of grid topology algorithms for computing neighbor relationships, distances, and paths between cells directly on the hexagonal grid without geographic coor

    Projects the Earth onto an icosahedron and tiles each face with hexagons to minimize distortion.

    Cgeospatialh3hexagon
    Ver en GitHub↗6,015
  1. Home
  2. Data & Databases
  3. Data Analysis & Visualization
  4. Visualization Frameworks and Libraries
  5. Data Visualization
  6. Three-Dimensional Visualizations
  7. Spherical Projections

Explorar subetiquetas

  • Icosahedron-Based ProjectionsTechniques for projecting the spherical Earth onto an icosahedron and tiling each face with hexagons to minimize distortion. **Distinct from Spherical Projections:** Distinct from Spherical Projections: uses an icosahedron as the intermediate polyhedron rather than direct spherical-to-planar projection.