Microsoft.VisualBasic.Imaging 1.0.9762.11310.

A driver based scientific graphics rendering engine: renders charts, heat maps, shapes, text and isometric 3D scenes to bitmap, SVG or PostScript output through one IGraphics API. This is the visualization core of sciBASIC#.

d3.js inspired charting helpers: the chart module API together with the chromatic color scale utilities.

Data label placement for charts: anchors, labels, the labeler entry point and the force-directed label collision solver.

The d3.js style scale system: linear, ordinal and constant scales behind the IScale interface, with the scale mappers, mapper types and extensions.

The CSS style model used to style the SVG output generated by the d3.js inspired charting helpers.

The 2D drawing primitives: graphics regions, printer dimensions and shadow helpers together with the 2D render context, path and shape rendering and polar graphics.

The color framework: palettes and color designers, the ColorBrewer and Viridis color maps, expression based color mapping and the color map legend models.

The Office color theme accents together with their XML definition model.

Color scaling: color ranges, color index and height maps together with the value and category color profiles and the color manager.

Heat map rendering: the heat map matrix and parameters, the raster matrix and pixel renderers, and Reinhard color normalization.

HQx pixel art upscaling (2x, 3x and 4x) with interpolation and RGB/YUV color space conversion.

2D geometry helpers: canvas scaling, hull polygon drawing, splines and general 2D math utilities.

Concave hull (alpha shapes) computation built on Delaunay triangulation and 2D mesh construction.

Convex hull algorithms: the Graham scan and Jarvis march implementations.

Delaunay triangulation and Voronoi diagram construction, including sites, edges, half edges and the supporting geometry primitives (circle, line segment, polygon, rectangle and winding rules).

Marching squares contour extraction: iso cells, contour tracing and contour layers, general path construction, map matrices and measure data.

Polyline and polyline3D simplification utilities.

The vector shape library: arrow, box, circle, diamond, hexagon, line, pentacle, round rectangle and triangle shapes behind a common Shape base type.

2D text rendering: HTML text rendering into graphics, word wrapping and text helper extensions.

ASCII art generation: converting graphics into text and the character set with weighted character models.

The nudge label placement algorithm: resolves overlapping text rectangles into an adjusted layout through a cloud of text rectangles and a resolved search tree.

The isometric 3D drawing engine: camera, lights, the painter algorithm, point clouds and surfaces, and the isometric renderer used to draw 3D scenes.

3D math primitives: matrices, vectors, projections, transformations, distance field sampling and polyhedron geometry.

The 3D model abstraction: the I3DModel interface together with the mesh, cube, line, path3D and shape3D model types.

Isometric projection helpers that adapt the 3D model types for isometric rendering.

Isometric path shapes: circle, rectangle and star paths for isometric scenes.

Isometric solid shapes: cylinder, knot, line, octahedron, prism, pyramid and stairs.

The graphics driver abstraction: the IGraphics driver contract and its factory, device descriptions, the internal canvas and image synthesis, together with the graphics data models (bitmap, SVG, PostScript and WMF) and the JPEG metadata helpers.

The CSS based graphics driver: renders drawing commands into CSS styled output together with its runtime invoker.

Image filters and effects: gaussian blur and smoothing, image stretching, thresholding and matrix based 2D filters.

The PostScript output driver: the PostScript builder, writer and parser, matrix transforms, spatial lookup and the PostScript drawing element model.

PostScript drawing elements: arc, circle, line, poly, rectangle, text and image data elements.

The SVG output driver: the SVG writer and renderer, the SVG data layers, and the geometry elements and transforms.

SVG styling: object styles and CSS style rules, together with the SVG gradient and filter definitions.

SVG path data handling: the path command model, the path interpreter and model builder together with the individual path commands (A, C, H, L, M, Q, S, T, V and Z).

The SVG XML element model: the SVG element base type with default attributes, styling, fonts and metadata, the basic shape elements (rect, circle, ellipse, line, path, polygon, polyline, image, text, title) and the container elements (document, group, defs, marker, symbol, clip path, switch, use and foreign object).

SVG presentation attribute enumerations: fill rule, stroke line cap, text anchor, clip path units, dominant baseline and other SVG value enums.