Project autk-map
Type Aliases§
Source§type Color
type Color
Represents a color in RGB format, with red, green, blue components and an opacity.
Enumerations§
- ColorMapInterpolator
Color map interpolators for thematic data visualization.
- LayerType
The types of layer supported in autk-map.
- MapEvent
Map events for interaction.
- MouseStatus
Mouse status for interaction state.
- ThematicAggregationLevel
Thematic aggregation levels for thematic data.
Classes§
- AutkMap
The main autark map class.
- AutkMapUi
Map UI class for managing the user interface elements of the map.
- Camera
Camera class for managing the view parameters and transformations in a 3D space. It provides methods to manipulate the camera position, orientation, and projection.
- ColorMap
ColorMap class provides methods to handle color mapping and interpolation. It allows retrieval of colors based on values and color map interpolators, as well as conversion between RGB and HEX color formats.
- KeyEvents
KeyEvents class handles keyboard interactions with the map. It allows toggling layer properties and changing map styles using keyboard shortcuts.
- Layer
Base class for map layers. This class provides the basic structure and functionality for all map layers.
- LayerBbox
- LayerManager
Manages the layers of the map.
- MapEvents
Class to handle map events. It allows adding, removing, and emitting events for map interactions.
- MapStyle
- MouseEvents
MouseEvents class handles mouse interactions with the map. It allows for panning, zooming, and picking features on the map.
- Pipeline
Abstract class representing a rendering pipeline. It provides methods for creating camera and color uniform bind groups, updating camera and color uniforms, and defining the structure for building and rendering the pipeline.
- PipelineBuildingSSAO
PipelineBuildingSSAO is a rendering pipeline for drawing 3D buildings with SSAO (Screen Space Ambient Occlusion). It uses WebGPU to render the buildings in two passes: one for normal and color maps, and another for SSAO computation.
- PipelineTriangleBorder
PipelineBorderFlat is a rendering pipeline for drawing flat borders of triangles in 2D space. It uses WebGPU to render lines based on the provided border data.
- PipelineTriangleFlat
PipelineTriangleFlat is a rendering pipeline for drawing flat triangles in 2D space. It uses WebGPU to render triangles based on the provided mesh data.
- PipelineTrianglePicking
PipelineTrianglePicking is a rendering pipeline for picking triangles in 2D space. It uses WebGPU to render triangles and allows for picking by encoding object IDs in vertex colors.
- PipelineTriangleRaster
PipelineTriangleRaster is a rendering pipeline for drawing rasterized triangles. It uses WebGPU to render triangles based on the provided mesh data.
- RasterLayer
Base class for map layers. This class provides the basic structure and functionality for all map layers.
- Renderer
- Triangles2DLayer
Triangles2DBorder class extends Triangles2DLayer to handle rendering of borders in 2D triangles layers. It manages the border positions and indices, and creates a specific rendering pipeline for borders.
- Triangles3DLayer
Triangles3DLayer class extends Triangles2DLayer to handle rendering of 3D triangles layers. It manages the normals and creates a specific rendering pipeline for 3D triangles.
- TriangulatorBuildings
Class for triangulating buildings from GeoJSON features. It provides methods to convert different geometry types into building meshes.
- TriangulatorPoints
Class for triangulating points from GeoJSON features. It provides methods to convert different geometry types into point meshes.
- TriangulatorPolygons
Class for triangulating polygons from GeoJSON features. It provides methods to convert different geometry types into polygon meshes.
- TriangulatorPolylines
Class for triangulating polylines from GeoJSON features. It provides methods to convert different geometry types into polyline meshes.
- TriangulatorRaster
Class for triangulating polylines from GeoJSON features. It provides methods to convert different geometry types into polyline meshes.
- VectorLayer
Vector layer class extends Layer to handle vector data. It manages the positions, thematic data, indices, and components of the layer, as well as the rendering pipelines.
Interfaces§
- ICameraData
Interface for camera data.
- ILayerBorder
Interface for layer border information.
- ILayerBorderComponent
Interface for layer border components.
- ILayerComponent
Interface for layer components.
- ILayerData
Interface for layer border information.
- ILayerGeometry
Interface for layer geometry information.
- ILayerInfo
Interface for layer information.
- ILayerRenderInfo
Interface for layer render information.
- ILayerThematic
Interface for layer thematic data.
- IMapStyle
Interface for map styles.
- IRasterData
Interface for raster data.
Represents a color in hexadecimal format.