vg_head

10 ms·

61.
Monadic Parsing in C++ (2012)(yapb-soc.blogspot.com)
2 points by vg_head 5y ago|0 comments
62.
Introduction to Univalent Foundations of Mathematics with Agda(cs.bham.ac.uk)
3 points by vg_head 5y ago|0 comments
63.
Graphics Resources(mikro.naprvyraz.sk)
2 points by vg_head 5y ago|0 comments
64.
Tone Mapping(64.github.io)
1 points by vg_head 5y ago|0 comments
65.
Libart Internals(people.gnome.org)
1 points by vg_head 5y ago|0 comments
66.
Shader-Based Antialiased, Dashed, Stroked Polylines (2013)(jcgt.org)
2 points by vg_head 5y ago|0 comments
67.
Converting stroked primitives to filled primitives (2020)(w3.impa.br)
64 points by vg_head 5y ago|7 comments
68.
A Sorting Classification of Parallel Rendering (1994) [pdf](cs.cmu.edu)
2 points by vg_head 5y ago|0 comments
69.
The Stack Monoid Revisited(raphlinus.github.io)
22 points by vg_head 5y ago|0 comments
70.
2D Vector Graphics Course(w3.impa.br)
1 points by vg_head 5y ago|0 comments
71.
How the stb_truetype Anti-Aliased Software Rasterizer v2 Works (2015)(nothings.org)
2 points by vg_head 5y ago|0 comments
72.
An Introduction to Glyphs (1998)(chanae.walon.org)
15 points by vg_head 5y ago|1 comments
73.
GPU-Centered Font Rendering Directly from Glyph Outlines (2017)(jcgt.org)
6 points by vg_head 5y ago|0 comments
74.
How software gets color wrong(bottosson.github.io)
4 points by vg_head 5y ago|0 comments
75.
Comparison of Two Theorem Provers: Isabelle/HOL and Coq (2018)(arxiv.org)
2 points by vg_head 5y ago|0 comments
76.
A Hitchhiker's Guide to Reinventing a Prolog Machine (2018)(drops.dagstuhl.de)
82 points by vg_head 5y ago|18 comments
77.
Massively Parallel Rendering of Complex Closed-Form Implicit Surfaces (2020)(mattkeeter.com)
72 points by vg_head 5y ago|18 comments
78.
Why Open Source Software Matters for Government and Civic Tech (2016)(rufuspollock.com)
2 points by vg_head 5y ago|0 comments
79.
A Universal I/O Abstraction for C++ (2020)(cor3ntin.github.io)
113 points by vg_head 5y ago|86 comments
80.
by vg_head 6y ago
Indeed, most techniques that target the GPU have no response to stroking, they recommend generating paths beforehand so that it looks like it's stroked. And yes, the number of triangles doesn't really make a difference in general,
81.
by vg_head 6y ago
It's referenced in slug's algorithm description paper [1], the main disadvantage with Loop-Blinn is the triangulation step that is required, and at small text sizes you lose a bit of performance. Slug only needs to render a quad f
82.
by vg_head 6y ago
I've once implemented the basic idea behind the algorithm used in slug(described in the paper [1], though without the 'band' optimization, I just wanted to see how it works), and I agree with you, the real innovation is in th
83.
CRDTs for Non Academics(youtube.com)
1 points by vg_head 6y ago|0 comments
84.
Instant Ray Tracing: The Bounding Interval Hierarchy [pdf](diglib.eg.org)
2 points by vg_head 6y ago|0 comments
85.
The CL-AA Algorithm(projects.tuxee.net)
1 points by vg_head 6y ago|0 comments
86.
OpenVG Lite(khronos.org)
1 points by vg_head 6y ago|0 comments
87.
Precise Vector Textures for Real-Time 3D Rendering(citeseerx.ist.psu.edu)
3 points by vg_head 6y ago|0 comments
88.
Vector Texture Maps on the GPU [pdf](alice.loria.fr)
2 points by vg_head 6y ago|0 comments
89.
Efficient GPU Path Rendering Using Scanline Rasterization(kunzhou.net)
2 points by vg_head 6y ago|0 comments
90.
Massively-Parallel Vector Graphics(w3.impa.br)
2 points by vg_head 6y ago|0 comments

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