gaz_ukraine4

gaz_ukr

This visualization presents the state of natural gas consumption in Ukraine over the past nine years, breaking down total usage, import sources, and consumer sectors. The interface allows a user to drag a circular handle to adjust the volume of Gazprom gas, revealing the projected impact on Ukraine’s energy balance. Built with D3 v3, the graphic uses SVG for its map and charts, an animated slider mechanism, and axis annotations to compare scenarios. The data is displayed through custom annotations and dynamic charts, drawing on several D3 modules like `d3.scale.linear` and `d3.select` for rendering.

95% match

gaz_map

This interactive map visualizes changes in Russian gas transit routes to Europe across four scenarios, using buttons to toggle between years 2006, 2013, and projected states. Animated SVG paths trace pipelines like Nord Stream and South Stream, with a tooltip and explanatory text panels. The visualization uses D3 v3 with `d3.geo.path` for geographic rendering and TopoJSON for world country boundaries, while colored lines and CSS-styled buttons drive the scenario switching.

79% match

slav

This visualization maps the territorial control of Ukrainian forces and separatists around Slavyansk in July 2014, using a chronological series of annotated narrative text blocks. It displays a static SVG map of Ukrainian oblasts, with the Donetsk region highlighted, overlaid with dated, descriptive event updates that incorporate images and tooltips. The application loads GeoJSON-like topology data to render maps via the `d3.geo` API, while text annotations are positioned absolutely within the HTML. Animation and interactivity are absent, instead relying on fixed spatial storytelling with the `d3` library and its `topojson` module for geographic projection.

71% match

Ukraine Events

This visualization maps Ukraine conflict events on a dark, stylized basemap using OpenLayers with a Stamen toner-lite layer, inverted for a moody aesthetic. React manages the map lifecycle and data loading, fetching GeoJSON coordinates via D3's `json`. Each event is rendered as a glowing, soft-edged sprite on a Canvas, generated by a radial gradient in `generateSprite.js` with a Cubehelix color scale, creating a firefly-like cartographic effect. The map automatically removes layers on component unmount.

CCurran Kelleher

68% match

ATO

This map visualizes attacks on Ukrainian forces during a unilateral ceasefire from June 20–30, 2014, using a slider to animate events by day and location. A static SVG map of Ukrainian oblasts, rendered via `d3.geo.path()` with a Mercator projection, is layered with circles and text annotations; hovering over a point triggers a tooltip with attack details. The visualization uses `d3.csv()` to load the dataset and `d3.forceSimulation` for the interactive slider, with colors encoding the date range. The map is built using TopoJSON and SVG animation, while the background annotation provides narrative context.

map_ATO3

This map visualizes the territorial situation in eastern Ukraine during the 2014 anti-terrorist operation (ATO), marking cities controlled by separatists, liberated towns, and recent attack locations. It also plots major regional cities and leader lines for reference. The visualization uses D3 v3 with a Mercator projection and `d3.geo.path` to render Ukraine’s oblast boundaries from a TopoJSON file, while custom SVG circles and labels represent place data. Hovering over map elements triggers a tooltip displaying the corresponding city or village name. The map also includes hexbin overlays and contextual annotations in Russian.

Альтернативные кандидаты

This interactive visualization compares political speeches by Ukrainian and Russian leaders using a force-directed graph layout. The piece presents a narrator’s textual annotations alongside the named candidates—Petro Poroshenko, Viktor Yanukovych, and Vladimir Putin—with buttons that switch between their associated content. Built with D3 version 3, the visualization employs `d3.forceSimulation` for node positioning, SVG rendering for the graph elements, and a custom tooltip system for additional context. The underlying data is embedded directly in the HTML, comprising excerpts of speeches and annotations that shift based on user selection.

Альтернативные кандидаты