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2018 in the Ito Design Lab

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1900~2018年城市温度异常变化可视化

Temperature anomalies arranged by country 1900 - 2018. Visualization based on Berkeley Earth data.

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从城市中心外往行驶距离可视化

How far can you travel from Paris by car in 5 hours? I tried to re-create a classic map with here data using QGIS

tjukanov.org/vintage-iso…

The Lifespan of News Stories

新闻如何进入（和退出）公众意识, 哪些故事在公众视野中停留时间最长，哪些故事逐渐消失？

www.newslifespan.com/

BusRouter SG: Singapore Bus Routes Explorer

busrouter.sg

Explore bus stops and routes on the map for all bus services in Singapore, with realtime bus arrival times and per-bus-stop passing routes overview.

Charting Randy Rainbow's Rising Popularity.

kristinhenry.github.io/randyRainbo…

After seeing Randy Rainbow's live comedy show, I was curious about how he got started. Exploring his videos on youtube inspired me to create a data visualization of his work's evolution. It's a work-in-progress. I hope you enjoy it!

What makes a good country?

wattenberger.com/wdvp

Every country in the world is regularly tracked by a large number of metrics. Some are mundane measures (e.g., population, physical size) and others are meant to reflect quality (e.g., control of corruption, political rights score). This creates a large list of variables that could make a country “good” or “bad”, with no simple way to combine them.

How Every Member Got to Congress

www.nytimes.com/interactive…

The United States does not grant titles of nobility. There are no lords, barons or dukes here. At least, not officially.Unofficially, however, Congress is made up of people who have credentials and experiences vastly different from those of most citizens. Unofficially, considering education, career, family background and personal wealth, it seems that America has a ruling class — or at least a limited number of ways to enter the halls of power.

Insights... Visualizing Conducting

thefwa.com/article/ins…

For a conductor, the hand gestures, along with the visual expression and energy, is the most relevant key to a successful piece. Through the website, we wanted to share the same experience as a spectator would have in one of her concerts. Therefore, we developed a WebGL particle system whose colour and intensity are determined by the movements and choreography of the conductor.

冰山运动可视化

adventuresinmapping.com/2019/01/18/…

Here are all the tracked (satellites and stuff) icebergs since the year 2000. I was interested to see a consistent Coriolis swirl around the Antarctic continent, and then a general flinging from the Antarctic Peninsula like a jai alai cesta.

glChAoS.P / wglChAoS.P

Real time 3D strange attractors scout

Yes, another attractor visualizer, but glChAoS.P allows you to explore interactively any attractor type, modifyng linearly the values and displaying the changes obtained, immediately, in 3D and in realtime.

github.com/BrutPitt/gl…

www.michelemorrone.eu/glchaosp/

Fibre

github.com/portsmouth/…

Fibre is a WebGL application for visualizing and coding 3d vector fields and dynamical systems. A number of presets with well-known or interesting dynamical systems are provided as below (click to launch). New vector fields can be authored in the code editor, and shared via an HTML link with the embedded code.

Amazing Earth: Satellite Images From 2018

In 2018, our satellites captured beautiful imagery from throughout the solar system and beyond. However, some of our favorite visualizations are of our home planet. This list is by no means exhaustive, but it does capture some Earth satellite images from this year that are both visually compelling as well as scientifically informative. Every day, NASA's Earth satellite missions collect data used to monitor environmental changes and prepare for natural disasters. Images like these provide invaluable information to scientists, disaster responders and community members.

These images represent a broad variety of Earth’s features, as well as satellite instrumentation. Join us, as we take a journey around the globe.

www.nasa.gov/feature/ama…

Mapping and Visualization

scottreinhard.com/Mapping-and…

作者 Scott Reinhard is a Brooklyn-based graphic designer. He has worked for the New York multi-disciplinary design studio 2 × 4, the Museum of Contemporary Art Chicago, and VSA Partners. Scott has taught in the Graduate Communications Design program at the Pratt Institute and holds a Master of Graphic Design from North Carolina State University.

Go with the flow

www.axismaps.com/blog/2018/1…

Most of my cartographic side projects these days follow a theme: mapping elevation data in some way or another. In the past year that has included wading into some “traditional” waters—trying some modern digital hillshading following Daniel Huffman’s processes, and hand-shading follwing Sarah Bell’s processes (and Eduard Imhof’s, in turn)—but most projects have been experiements in web-based terrain maps: from simple shaded relief to fuzzy things to flowing things to contour maps. And now, to this next thing.

2018年微摄影竞赛排行榜

或许能从中找到许多可视化的灵感, 附上2016年\2017年地址

www.nikonsmallworld.com/galleries/2…

www.nikonsmallworld.com/galleries/2…

www.nikonsmallworld.com/galleries/2…

2018 年 Top 18 Mapbox 地图

2018 年，地图的边界再一次被开拓了 —— 更大的数据集、更雄心勃勃的开发者故事、更具沉浸感的设计、以及大量的 3D 元素等，让地图跳脱出框架，具有更大的力量。地图不仅仅揭示了地理信息，更大的意义在于让或大或小的事情与地点相互连接，帮助我们发现周遭、我们与更广阔的世界之间的联系。下面是 18 张 2018 年最经典的使用 Mapbox 制作的地图，先转后看！

mp.weixin.qq.com/s/rFTCtgN_m…

Four Ways Uber Visualization Made an Impact in 2018

eng.uber.com/uber-visual…

For those unfamiliar with the work of Uber’s Visualization group, our team focuses on delivering data products for a variety of customers, from city authorities to self-driving engineers. We support the organization with advanced products to better understand self-driving car, geospatial, and business data in the context of urban mobility.

iForest: Interpreting Random Forests via Visual Analytics

现已经有了很多对机器学习模型进行可视分析的方法，然而对于随机模型，其缺少有效的可视分析手段，使得该模型难以理解。在现有机器学习模型可视化以及人机交互相关的基础上，设计了一个名为iForest的可视化分析系统，可以有效地帮助人们理解随机森林模型。该系统的主要内容为：特征与预测结果之间的关系；揭露随机森林的工作机理即决策路径；可以提供完整的案例分析

www.cad.zju.edu.cn/home/vagblo…

关系网络 | 文献泛读: node-link 与 matrix

牵涉到关系网路可视化的种类，大致可以分成两个类型，一个是使用node-link（点线）、另一个是使用matrix（矩阵）。node-link，可以呈现较多细节资讯，但容易使关系网络可视化变得很复杂；matrix，可以大幅简化关系网路，并清楚呈现两两之间的关系，但同时也遗失了关系网路数据中的部分重要资讯。这篇文章梳理了几篇论文，看历年来的学者们如何在node-link与matrix之间，透过不同的可视化设计方式来改善关系网络的易读性。

zhuanlan.zhihu.com/p/52588642

Formalizing Visualization Design Knowledge as Constraints: Actionable and Extensible Models in Draco

www.cad.zju.edu.cn/home/vagblo…

程序员编写的可视化图表与专家眼中的设计标准总存在差距。我们无法每次都向可视化专家咨询设计上的意见，所以我们需求将设计标准，研究成果应用于自动化设计工具的正式框架，这些工具有助于对于推荐数据的合理编码和正确的视觉探索方式。我们建议将可视化设计标准建模为约束的集合，并结合从实验数据中学习到的软约束的权重，使用求解器把理论设计知识具体的，可扩展和可测试的表达出来的系统。我们使用Draco实现了我们的想法，Draco是一个基于答案集编程（ASP）的基于约束的系统。本文的贡献可以概括为以下三点：

本文提出了一种自动化可视设计的规范框架 ，使用一些设计规范来帮助用户制作好的可视化设计

本文将可视化设计建模为约束条件进行最优化求解，有些约束条件是硬性条件(必须满足)，有些是软性条件(带有惩罚)

本文基于Clingo，这是一种基于答案集编程(ASP)的求解器，还有Vega-Lite, 这是一种json化的可视化图表语法.

Threejs 发布 r100

Octree has been removed.

Removed Geometry support from Mesh.updateMorphTargets(). Use BufferGeometry instead.

The default orientation of RectAreaLight has changed. It now looks along the negative z-axis.

github.com/mrdoob/thre…

Cesium 发布 1.53

cesium.com/blog/2019/0…

Added image-based lighting for PBR models and 3D Tiles.

Double click away from an entity to un-track it

Fixed 3D Tiles visibility checking when running multiple passes within the same frame

Fixed contrast on imagery layers.

Fixed rendering transparent background color when highDynamicRange is enabled.

Fixed translucent geometry when highDynamicRange is toggled.

D3 发布 5.8

github.com/d3/d3/relea…

d3 5.8.0 is out, and it’s BIG! ? Adds selection.join, transition.end, and a ton of new scale types and conveniences.