mbostock

us.coordinates = us.coordinates.map(function(polygon) {
  return polygon.map(function(lineString) {
    return lineString.map(function(point) {
      return point.map(function(coordinate) {
        return d3.round(coordinate, 2);
      });
    });
  })
});

cpsievert

library(tidyverse)
library(plotly)

# I'm being lazy, please don't do this
# setwd("~/Downloads/Version 2_0_1/")

d <- read_csv('GEOSTAT_grid_POP_1K_2011_V2_0_1.csv') %>%
  rbind(read_csv('JRC-GHSL_AIT-grid-POP_1K_2011.csv') %>%
          mutate(TOT_P_CON_DT = '')) %>%
  mutate(

dwtkns

Experiments faking 3d rotation of a globe and sun in SVG. Illusion is helped by dynamic gradients, two nested orthographic projections, scaling the sun circle's radius based on distance from the 'camera', and toggling a clipping mask that makes the sun appear to move "behind" the earth.

Based on Mike Bostock's Solar Terminator and this past experiment.

This example stems from drafts of maps for Norway the Slow Way. Also see Mike's Pencil Sketch example.

jordan-brough

1. Choose: Tools > New Plugin

2. Paste in the contents of "timestamp.py" below

3. Save as timestamp.py in ~/Library/Application Support/Sublime Text 2/Packages/User/ (should be the default directory that pops up when you save)

4. Choose: Sublime Text 2 > Preferences > Key Bindings - User

5. Add:

   { "keys": ["super+ctrl+t"], "command": "timestamp" }

To make command+ctrl+t perform the insertion.
Make sure to add a comma after the previous keymap entry, if present.

capesean

TopoJSON Property Editor

1. Supply the tool with some topoJSON data (via url or direct input), and it will draw the map.
2. Click one of the shapes and you can view and edit the properties of the topoJSON object.
3. Click the Output tab and you can copy the full, modified topoJSON.

View on http://bl.ocks.org/

h-a-graham

library(rayshader)
library(sf)
library(ggmap)
library(EAlidaR)
# ------------ User Inputs ---------------------------------

# Googple maps API KEY
register_google(key = "[PUT YOUR API KEY HERE!!]") # Create your own key as shown in the ggmap documentation: https://github.com/dkahle/ggmap

#  WGS84  lat Long centroid location for your scene...

rveciana

licence: mit

hrbrmstr

library(rvest)

# example of using phantomjs for scraping sites that use a twisty maze
# of javascript to render HTML tables or other tags

# grab phantomjs binaries from here: http://phantomjs.org/
# and stick it somehere PATH will find it

# this example scrapes the user table from:

valentinitnelav

# Converting coordinates from DMS or DdM formats to decimal
# DMS = "degrees minutes seconds"; DdM = "degrees decimal minutes" 
# ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
dg2dec <- function(varb, Dg=NA, Min=NA, Sec=NA, SW.Hemisphere="S|W") {
  # Dg=decimal, Min=minutes and Sec=seconds; 
  # NOTE 1 - if the format is "degrees decimal minutes - DdM" (e.g. 40° 26.767′ N) and not 
  # "degrees minutes seconds - DMS" (e.g. 40° 26′ 46″ N), then call the function only with 
  # Dg and Min arguments, like dg2dec(varb, Dg="°", Min="′N"). 
  # Same applies when there is no seconds symbol (e.g. 45°12'7.38).
  # Note that one should not use blank spaces in Dg, Min or Sec arguments (will return NA).

dumbledore

#!/bin/bash
BITLOCKER_PARTITION="${1}"
BITLOCKER_PASSWORD="${2}"

function usage() {
    echo "$(basename ${0}) <partition> <password>"
    echo "Unlocks and mounts a bitlocker partition as read-only"
}

if [ -z "${BITLOCKER_PARTITION}" ]