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| var tests | |
| var arsenal | |
| function preload(){ | |
| tests = loadTable('data/totals.csv', 'csv', 'header') | |
| arsenal = loadTable('data/warheads.csv', 'csv', 'header') | |
| } | |
| function setup(){ | |
| createCanvas(4000, 2150) | |
| background(0) | |
| textAlign(LEFT) | |
| textSize(14) | |
| fill(255) | |
| var cols = tests.columns | |
| var maxTests = {} | |
| var maxWarheads = {} | |
| // find the largest number of tests per country and the largest across all countries | |
| for (var r=0; r<tests.getRowCount(); r++){ | |
| for (var c=1; c<tests.getColumnCount(); c++){ | |
| var country = cols[c] | |
| var numTests = tests.getNum(r,c) | |
| maxTests.all = Math.max(maxTests.all || 0, numTests) | |
| maxTests[country] = Math.max(maxTests[country] || 0, numTests) | |
| } | |
| } | |
| // find the largest arsenal size over time for each country and the all-time peak in any country | |
| for (var r=0; r<arsenal.getRowCount(); r++){ | |
| for (var c=1; c<arsenal.getColumnCount(); c++){ | |
| var country = cols[c] | |
| var numBombs = arsenal.getNum(r,c) | |
| maxWarheads.all = Math.max(maxWarheads.all || 0, numBombs) | |
| maxWarheads[country] = Math.max(maxWarheads[country] || 0, numBombs) | |
| } | |
| } | |
| console.log('maxTests', maxTests) | |
| console.log('maxWarheads', maxWarheads) | |
| // set the size of each individual square/the spacing of sqaures within each grid | |
| var dim = 50 | |
| // draw the number of bombs in the arsenal for each country & year vs the all-time max for just that country | |
| var y = 100 | |
| for (var c=1; c<arsenal.getColumnCount(); c++){ | |
| var country = cols[c] | |
| var x = 50 | |
| fill(255) | |
| text(cols[c], x, y + 20) | |
| x += 100 | |
| for (var r=0; r<arsenal.getRowCount(); r++){ | |
| var year = arsenal.getString(r,0) | |
| var numBombs = arsenal.getNum(r,c) | |
| var maxPerCountry = maxWarheads[country] | |
| if (maxPerCountry > 0){ | |
| var palette = Brewer.sequential('Reds', 9, 0, maxPerCountry) | |
| var color = palette.colorForValue(numBombs) | |
| fill(color) | |
| }else{ | |
| fill(255) | |
| } | |
| rect(x, y, dim, dim) | |
| x += dim | |
| } | |
| y += dim | |
| } | |
| // draw the number of bombs in the arsenal vs the all-time max of *any* country | |
| var y = 600 | |
| for (var c=1; c<arsenal.getColumnCount(); c++){ | |
| var country = cols[c] | |
| var x = 50 | |
| fill(255) | |
| text(cols[c], x, y + 20) | |
| x += 100 | |
| for (var r=0; r<arsenal.getRowCount(); r++){ | |
| var year = arsenal.getString(r,0) | |
| var numBombs = arsenal.getNum(r,c) | |
| var allTimeMax = maxWarheads.all | |
| var palette = Brewer.sequential('Oranges', 9, 0, allTimeMax) | |
| var color = palette.colorForValue(numBombs) | |
| fill(color) | |
| rect(x, y, dim, dim) | |
| x += dim | |
| } | |
| y += dim | |
| } | |
| // draw the number of tests for each country & year vs the all-time max for just that country | |
| var y = 1100 | |
| for (var c=1; c<tests.getColumnCount(); c++){ | |
| var country = cols[c] | |
| var x = 50 | |
| fill(255) | |
| text(cols[c], x, y + 20) | |
| x += 100 | |
| for (var r=0; r<tests.getRowCount(); r++){ | |
| var year = tests.getString(r,0) | |
| var numTests = tests.getNum(r,c) | |
| var maxPerCountry = maxTests[country] | |
| if (maxPerCountry > 0){ | |
| var palette = Brewer.sequential('Greens', 9, 0, maxPerCountry) | |
| var color = palette.colorForValue(numTests) | |
| fill(color) | |
| }else{ | |
| fill(255) // when maxPerCountry==0 | |
| } | |
| rect(x, y, dim, dim) | |
| x += dim | |
| } | |
| y += dim | |
| } | |
| // draw the number of tests vs the all-time max of *any* country | |
| var y = 1600 | |
| for (var c=1; c<tests.getColumnCount(); c++){ | |
| var country = cols[c] | |
| var x = 50 | |
| fill(255) | |
| text(cols[c], x, y + 20) | |
| x += 100 | |
| for (var r=0; r<tests.getRowCount(); r++){ | |
| var year = tests.getString(r,0) | |
| var numTests = tests.getNum(r,c) | |
| var allTimeMax = maxTests.all | |
| var palette = Brewer.sequential('Purples', 9, 0, allTimeMax) | |
| var color = palette.colorForValue(numTests) | |
| fill(color) | |
| rect(x, y, dim, dim) | |
| x += dim | |
| } | |
| y += dim | |
| } | |
| strokeWeight(5) | |
| line(400, 100, 400, 2100) | |
| line(900, 100, 900, 2100) | |
| line(1400, 100, 1400, 2100) | |
| line(1900, 100, 1900, 2100) | |
| line(2400, 100, 2400, 2100) | |
| line(2900, 100, 2900, 2100) | |
| line(3400, 100, 3400, 2100) | |
| textSize(28) | |
| fill(255) | |
| text("1950", 380, 50) | |
| text("1960", 880, 50) | |
| text("1970", 1380, 50) | |
| text("1980", 1880, 50) | |
| text("1990", 2380, 50) | |
| text("2000", 2880, 50) | |
| text("2010", 3380, 50) | |
| text("Each country's yearly arsenal vs its all-time max", 150, 90) | |
| text("Each country's yearly arsenal vs any country's all-time max", 150, 590) | |
| text("Each country's yearly tests vs its all-time max", 150, 1090) | |
| text("Each country's yearly tests vs any country's all-time max", 150, 1590) | |
| textSize(54) | |
| fill(255, 0, 0) | |
| text("NUCLEAR WEAPONS ARSENALS AND TESTS SINCE THE DAWN OF THE ATOMIC AGE", 150, 2090) | |
| } | |
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