landguzzlers.selectAll(".guzzlerstitle")
.data(data.filter(d => d.title == "LARGE DOG" || d.title == "MEDIUM-SIZED DOG" || d.title == "TOYOTA LAND CRUISER" || d.title == "VOLKSWAGEN GOLF" || d.title == "CAT"))
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 - 10))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 8)))
.text(d => d["title"])
.attr("class", "title")
.classed("title", true)
landguzzlers.selectAll(".guzzlerssubtitle")
.data(data)
// if (d["title"] != "HAMSTER")
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 - 30))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 30)))
.text(d => d["subtitle"])
.attr("class", "subtitle")
.classed("subtitle", true)
landguzzlers.selectAll(".guzzlerssubtitle2")
.data(data)
// if (d["title"] != "HAMSTER")
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 - 30))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 40)))
.text(d => d["subtitle2"])
.attr("class", "subtitle")
.classed("subtitle", true)
landguzzlers.selectAll(".guzzlerssubtitle3")
.data(data)
// if (d["title"] != "HAMSTER")
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 - 30))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 50)))
.text(d => d["subtitle3"])
.attr("class", "subtitle")
.classed("subtitle", true)
landguzzlers.selectAll(".guzzlerHORIZONTAL")
.data(data.filter(d => d.title == "TOYOTA LAND CRUISER" || d.title == "MEDIUM-SIZED DOG"))
.join("line")
.attr("x1", d => (Math.sqrt(Number(d["footprint"])) * 900 - 250))
.attr("x2", d => (Math.sqrt(Number(d["footprint"])) * 900 - 25))
.attr("y1", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 14)))
.attr("y2", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 14)))
landguzzlers.selectAll(".guzzlerVERTICAL")
.data(data.filter(d => d.title == "TOYOTA LAND CRUISER" || d.title == "MEDIUM-SIZED DOG"))
.join("line")
.attr("x1", d => (Math.sqrt(Number(d["footprint"])) * 900 - 25))
.attr("x2", d => (Math.sqrt(Number(d["footprint"])) * 900 - 25))
.attr("y1", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 14)))
.attr("y2", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 50)))
landguzzlers.selectAll(".guzzlersECOFOOTPRINTrotate")
.data(data.filter(d => d.title == "LARGE DOG" || d.title == "TOYOTA LAND CRUISER" || d.title == "MEDIUM-SIZED DOG" || d.title == "CAT"))
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 - 20))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 75)))
.attr("transform", (d,i,nodes) => "rotate(90, "+ nodes[i].getAttribute("x") + "," + nodes[i].getAttribute("y") + ")")
.text("Eco-footprint:")
.attr("class", "subtitle")
.classed("subtitle", true)
landguzzlers.selectAll(".guzzlersFOOTPRINTrotate")
.data(data.filter(d => d.title == "LARGE DOG" || d.title == "TOYOTA LAND CRUISER" || d.title == "MEDIUM-SIZED DOG" || d.title == "CAT"))
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 - 20))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 95)))
.attr("transform", (d,i,nodes) => "rotate(90, "+ nodes[i].getAttribute("x") + "," + nodes[i].getAttribute("y") + ")")
.text(d => d["footprint"])
.attr("class", "subtitle")
.classed("subtitle", true)
landguzzlers.selectAll(".guzzlersHECTARESrotate")
.data(data.filter(d => d.title == "LARGE DOG" || d.title == "TOYOTA LAND CRUISER" || d.title == "MEDIUM-SIZED DOG" || d.title == "CAT"))
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 - 20))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 140)))
.attr("transform", (d,i,nodes) => "rotate(90, "+ nodes[i].getAttribute("x") + "," + nodes[i].getAttribute("y") + ")")
.text("hectares")
.attr("class", "subtitle")
.classed("subtitle", true)
landguzzlers.selectAll(".guzzlersHAMSTER")
.data(data.filter(d => d.title == "HAMSTER"))
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 + 4))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 8)))
.text(d => d["title"])
.attr("class", "titleHAMSTER")
.classed("titleHAMSTER", true)
landguzzlers.selectAll(".guzzlersHAMSTERecofootprint")
.data(data.filter(d => d.title == "HAMSTER"))
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 + 60))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 25)))
.text("Ecofootprint:")
.attr("class", "subtitle")
.classed("subtitle", true)
landguzzlers.selectAll(".guzzlersHAMSTERfootprint")
.data(data.filter(d => d.title == "HAMSTER"))
.join("text")
.attr("x", d => (Math.sqrt(Number(d["footprint"])) * 900 + 70))
.attr("y", d => (1020 - (Math.sqrt(Number(d["footprint"])) * 850 - 40)))
.text("0.014 hectares")
.attr("class", "subtitle")
.classed("subtitle", true)
landguzzlers.selectAll(".guzzlersrects")
.data(data)
.join("rect")
.attr("x", d => 0)
.attr("y", d => (1000 - (Math.sqrt(Number(d["footprint"])) * 850)))
.attr("width", d => (Math.sqrt(Number(d["footprint"])) * 900))
.attr("height", d => (Math.sqrt(Number(d["footprint"])) * 900))
.style("fill", (d,i) => colors[i])
<svg width="1000" height="1000">
<text x="3" y="30" style="font-family: Chathura; font-size:40; fill:black;">Land guzzlers</text>
<text x="3" y="60" style="font-family: Chathura; font-size:20; fill:black;">The ecological footprints of our pets can make SUVs look positively eco-friendly</text>
</svg>
numbers = [1,2,3,4,5,6]
colors = ["#a5620b", "#c29657", "#cc1f5e", "#a81849", "#f7991d", "black"]
landguzzlers = d3.select(svgContainer)
data = FileAttachment("land_guzzlers (1).csv").csv()
<style>
@import url('https://fonts.googleapis.com/css2?family=Chathura&display=swap');
.title {
font-family: Chathura;
font-size:40px;
fill: white;
text-anchor: end}
.titleHAMSTER {
font-family: Chathura;
font-size:40px;
fill: white;
text-anchor: beginning}
.subtitle {
font-family: Chathura;
font-size:20px;
fill: white;
text-anchor: end}
}
</style>
<style>
rect {stroke: white; stroke-width:2;}
line {stroke:white; stroke-width: 2;}
</style>
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