The avatar for @bhammiller
bhammiller
Published
Edited
May 5, 2021
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md` ## The Plan
* Focus on the State of Georgia for now
* All power producers in the state
* Use a drop down menu to select by type
* NAICS_DESC
* Only allow one type to be chosen at a time
* Different colored markers for each type
* Distance radius around each producer
* This radius can be used to summarize demographic data
* Also use polygons with demographic data
* Get from the Census using their API
* By county
* Use dropdown to select demographic data of interest
* This is for the choropleth map
* Show summary statistics for the state
* Think about locations of power producers in relation to demographic data
* To do
* Clean up attribution of data sources
* Especially the power plant data
* Think about charts
* Do this after the demographic data is sorted out
* What I want to do
* Get summary statistics of demographics based on centroids of county polygons within an adjustable distance of a power provider
* Minimum 2 miles, max 25 miles
* Create a state level summary of demograhics for counties within a certain distance from power producers
`
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p_type
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stateSelector = "13"
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dataLayer2 ={
const datalayer2 = L.geoJSON(countiesFiltered).addTo(map);
invalidation.then(() => map.removeLayer(datalayer2));
return datalayer2;
}
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polygon = turf.polygon(countiesFiltered[107].geometry)
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polygon.geometry.coordinates
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centroid = turf.centroid(polygon.geometry.coordinates)
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countiesFiltered[42]
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from = turf.point(powerFiltered[1].geometry.coordinates)
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to = turf.point(centroid.geometry.coordinates)
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options = {units: 'miles'};
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distance = turf.distance(from, to, options);
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[...new Set(rows.map(d => d.properties.NAICS_DESC))]
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powerPlants.features[0].properties
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usData = await d3.json('https://d3js.org/us-10m.v2.json')
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stateData = topojson.feature(usData, usData.objects.states).features.filter((d) => d.id === '13');
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counties = d3.json("https://opendata.arcgis.com/datasets/dc20713282734a73abe990995de40497_68.geojson")
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counties2.features[0].properties.STATE_FIPS
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counties2 = d3.json("https://opendata.arcgis.com/datasets/48f9af87daa241c4b267c5931ad3b226_0.geojson")
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countiesFiltered[107]
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countiesFiltered = counties2.features.filter(obj => obj.properties.STATE_FIPS === stateSelector)
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powerFiltered = powerPlants.features.filter(obj => obj.properties.NAICS_DESC === p_type)
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schoolData = d3.json("https://opendata.arcgis.com/datasets/fbc9d115d77d4badbaf8410ff8b2bd2a_0.geojson?where=%20(FCode%20%3D%20'School%3A%20Middle%20School'%20OR%20FCode%20%3D%20'School%3A%20High%20School')%20")
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topojson = require("topojson-client@3")
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