Vote Cone — UninterpolatedVote Cone TransitionsReflecting on “Vote Cones”Vote Cones in Vega-LiteElection 2020: How reliable are different results at different stages?Election 2020 Vote–Time Correlation CartogramElection 2020 Vote Count Speed CartogramElection Cone — Iowa Senate 2016Election Cones — President 2016What’s the connection between these two election bar charts?Election 2020 DataElection 2020 Vote Margin CartogramElection 2020 Cone with Colored ContoursElection 2020 Cone with Labeled ContoursCalculate the percentage of remaining vote needed to overcome given absolute margin
Election Cones — Senate 2016
files = [
[FileAttachment("alabama.json"), "senate-alabama"],
[FileAttachment("alaska.json"), "senate-alaska"],
[FileAttachment("arizona.json"), "senate-arizona"],
[FileAttachment("arkansas.json"), "senate-arkansas"],
[FileAttachment("colorado.json"), "senate-colorado"],
[FileAttachment("connecticut.json"), "senate-connecticut"],
[FileAttachment("florida.json"), "senate-florida"],
[FileAttachment("georgia.json"), "senate-georgia"],
[FileAttachment("hawaii.json"), "senate-hawaii"],
[FileAttachment("idaho.json"), "senate-idaho"],
[FileAttachment("illinois.json"), "senate-illinois"],
[FileAttachment("indiana.json"), "senate-indiana"],
[FileAttachment("iowa.json"), "senate-iowa"],
[FileAttachment("kansas.json"), "senate-kansas"],
[FileAttachment("kentucky.json"), "senate-kentucky"],
[FileAttachment("maryland.json"), "senate-maryland"],
[FileAttachment("missouri.json"), "senate-missouri"],
[FileAttachment("nevada.json"), "senate-nevada"],
[FileAttachment("new-hampshire.json"), "senate-new-hampshire"],
[FileAttachment("new-york.json"), "senate-new-york"],
[FileAttachment("north-carolina.json"), "senate-north-carolina"],
[FileAttachment("north-dakota.json"), "senate-north-dakota"],
[FileAttachment("ohio.json"), "senate-ohio"],
[FileAttachment("oklahoma.json"), "senate-oklahoma"],
[FileAttachment("oregon.json"), "senate-oregon"],
[FileAttachment("pennsylvania.json"), "senate-pennsylvania"],
[FileAttachment("south-carolina.json"), "senate-south-carolina"],
[FileAttachment("south-dakota.json"), "senate-south-dakota"],
[FileAttachment("utah.json"), "senate-utah"],
[FileAttachment("vermont.json"), "senate-vermont"],
[FileAttachment("washington.json"), "senate-washington"],
[FileAttachment("wisconsin.json"), "senate-wisconsin"]
]
data = await Promise.all(files.map(async ([f, n]) => (await f.json())[n]))
stateNames = new Map([
["al", "Alabama"],
["ak", "Alaska"],
["as", "American Samoa"],
["az", "Arizona"],
["ar", "Arkansas"],
["ca", "California"],
["co", "Colorado"],
["ct", "Connecticut"],
["de", "Delaware"],
["dc", "District of Columbia"],
["fm", "Federated States of Micronesia"],
["fl", "Florida"],
["ga", "Georgia"],
["gu", "Guam"],
["hi", "Hawaii"],
["id", "Idaho"],
["il", "Illinois"],
["in", "Indiana"],
["ia", "Iowa"],
["ks", "Kansas"],
["ky", "Kentucky"],
["la", "Louisiana"],
["me", "Maine"],
["mh", "Marshall Islands"],
["md", "Maryland"],
["ma", "Massachusetts"],
["mi", "Michigan"],
["mn", "Minnesota"],
["ms", "Mississippi"],
["mo", "Missouri"],
["mt", "Montana"],
["ne", "Nebraska"],
["nv", "Nevada"],
["nh", "New Hampshire"],
["nj", "New Jersey"],
["nm", "New Mexico"],
["ny", "New York"],
["nc", "North Carolina"],
["nd", "North Dakota"],
["mp", "Northern Mariana Islands"],
["oh", "Ohio"],
["ok", "Oklahoma"],
["or", "Oregon"],
["pw", "Palau"],
["pa", "Pennsylvania"],
["pr", "Puerto Rico"],
["ri", "Rhode Island"],
["sc", "South Carolina"],
["sd", "South Dakota"],
["tn", "Tennessee"],
["tx", "Texas"],
["ut", "Utah"],
["vt", "Vermont"],
["vi", "Virgin Islands"],
["va", "Virginia"],
["wa", "Washington"],
["wv", "West Virginia"],
["wi", "Wisconsin"],
["wy", "Wyoming"]
])
import { importCell } from "@mbostock/dataflow"
Purpose-built for displays of data
Observable is your go-to platform for exploring data and creating expressive data visualizations. Use reactive JavaScript notebooks for prototyping and a collaborative canvas for visual data exploration and dashboard creation.
