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Erik Weitnauer eweitnauer
eweitnauer
/ README.md
Last active
December 25, 2015 07:19
— forked from mbostock/.block
SVG Semantic Zooming
A series of related examples:
- Canvas geometric zooming
- Canvas semantic zooming
- SVG geometric zooming
- SVG semantic zooming
Using
d3.transition().duration(0).each('end', function() {
eweitnauer
/ README.md
Last active
December 25, 2015 07:19
— forked from mbostock/.block
SVG Geometric Zooming
A series of related examples:
- Canvas geometric zooming
- Canvas semantic zooming
- SVG geometric zooming
- SVG semantic zooming
Using newer version of d3 and measuring fps (disabled since inaccurate).
eweitnauer
/ README.md
Last active
December 25, 2015 07:19
— forked from mbostock/.block
Canvas Semantic Zooming
A series of related examples:
- Canvas geometric zooming
- Canvas semantic zooming
- SVG geometric zooming
- SVG semantic zooming
Using newer version of d3 and measuring fps (disabled since inaccurate).
eweitnauer
/ README.md
Last active
December 25, 2015 07:28
— forked from mbostock/.block
Canvas Geometric Zooming
A series of related examples:
- Canvas geometric zooming
- Canvas semantic zooming
- SVG geometric zooming
- SVG semantic zooming
Using newer version of d3 and measuring fps (disabled since inaccurate).
Related examples:
- SVG geometric zooming
- SVG semantic zooming
Related examples:
- SVG geometric zooming
- SVG semantic zooming
eweitnauer
/ README.md
Last active
December 25, 2015 07:39
— forked from mbostock/README.md
Quadtree 1
This example demonstrates how to take the size of objects into account when selecting objects efficiently with a quadtree. Selected objects are shown in red, visited but not selected objects are shown in yellow. The efficiency depends on the size of the objects. It is assumed that all objects are square-shaped and have the same size.
Example series:
- Quadtree 1
- Quadtree 2
- Quadtree 3
Based on Mike Bostock's quadtree example.
This example demonstrates how to take the size of objects into account when selecting objects efficiently with a quadtree. Selected objects are shown in red, visited but not selected objects are shown in yellow. The efficiency depends on the size of the biggest object. It is assumed that the objects are square-shaped.
Example series:
- Quadtree 1
- Quadtree 2
- Quadtree 3
Based on Mike Bostock's quadtree example.
This example demonstrates how to take the size of objects into account when selecting objects efficiently with a quadtree. Selected objects are shown in red, visited but not selected objects are shown in yellow. The efficiency depends on the biggest width and biggest height among all object. It is assumed that all objects are rectangle-shaped.
Example series:
- Quadtree 1
- Quadtree 2
- Quadtree 3
Based on Mike Bostock's quadtree example.
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