How to use the @turf/destination.default function in @turf/destination
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noncomputable / AgentMaps / tool / browserlessbuildings.js View on Github 
street_buffer = unit_options.front_buffer / 1000, //Distance between center of street and start of unit.
house_depth = unit_options.depth / 1000,
angle = bearing(anchor_a, anchor_b),
new_angle = angle + i * 90, //Angle of line perpendicular to the anchor segment.
unit_feature = {
type: "Feature",
properties: {
street: "none"
},
geometry: {
type: "Polygon",
coordinates: [[]]
}
};
unit_feature.geometry.coordinates[0][0] = destination(anchor_a, street_buffer, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][1] = destination(anchor_b, street_buffer, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][2] = destination(anchor_b, street_buffer + house_depth, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][3] = destination(anchor_a, street_buffer + house_depth, new_angle).geometry.coordinates;
unit_feature.geometry.coordinates[0][4] = unit_feature.geometry.coordinates[0][0];
//Exclude the unit if it overlaps with any of the other proposed units.
let all_proposed_unit_features = unit_features[0].concat(unit_features[1]).concat(proposed_unit_features);
if (noOverlaps(unit_feature, all_proposed_unit_features)) {
//Recode index so that it's useful here.
i = i === 1 ? 0 : 1;
unit_feature.properties.street_id = street_leaflet_id,
unit_feature.properties.OSM_street_id = street_OSM_id,
unit_feature.properties.street_anchors = anchor_latLng_pair,
unit_feature.properties.neighbors = [null, null, null],
unit_feature.properties.id = starting_id + increment,
increment += 1;async function main(event) {
const response = await getS3File(event.campaign_uuid);
const f = JSON.parse(response).features
const options = {units:"meters"}
const features = []
for (let i = 0; i < f.length; i++) {
const box = bbox(f[i]);
const w = distance([box[0], box[1]],[box[2],box[1]],{units:"meters"})
const h = distance([box[0], box[1]],[box[0],box[3]],{units:"meters"})
const wDiff = 1000 - (w % 1000);
const hDiff = 706 - (h % 706);
const poly = bboxPolygon(box);
const c = centerOfMass(poly);
const maxY = destination(c,(50 + h + hDiff)/2, 0, options).geometry.coordinates[1];
const minY = destination(c,(50 +h + hDiff)/2, 180,options).geometry.coordinates[1];
const maxX = destination(c,(50 + w + wDiff)/2, 90,options).geometry.coordinates[0];
const minX = destination(c,(50 + w + wDiff)/2, -90,options).geometry.coordinates[0];
const grid = rectangleGrid([minX, minY, maxX, maxY], 1000, 706, {units:"meters"});
for (let j=0; jstreet_buffer = unit_options.front_buffer / 1000, //Distance between center of street and start of unit.
house_depth = unit_options.depth / 1000,
angle = bearing(anchor_a, anchor_b),
new_angle = angle + i * 90, //Angle of line perpendicular to the anchor segment.
unit_feature = {
type: "Feature",
properties: {
street: "none"
},
geometry: {
type: "Polygon",
coordinates: [[]]
}
};
unit_feature.geometry.coordinates[0][0] = destination(anchor_a, street_buffer, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][1] = destination(anchor_b, street_buffer, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][2] = destination(anchor_b, street_buffer + house_depth, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][3] = destination(anchor_a, street_buffer + house_depth, new_angle).geometry.coordinates;
unit_feature.geometry.coordinates[0][4] = unit_feature.geometry.coordinates[0][0];
//Exclude the unit if it overlaps with any of the other proposed units.
let all_proposed_unit_features = unit_features[0].concat(unit_features[1]).concat(proposed_unit_features);
if (noOverlaps(unit_feature, all_proposed_unit_features)) {
//Recode index so that it's useful here.
i = i === 1 ? 0 : 1;
unit_feature.properties.street_id = street_leaflet_id,
unit_feature.properties.OSM_street_id = street_OSM_id,
unit_feature.properties.street_anchors = anchor_latLng_pair,
unit_feature.properties.neighbors = [null, null, null],
unit_feature.properties.id = starting_id + increment,
increment += 1;async function main(event) {
const response = await getS3File(event.campaign_uuid);
const f = JSON.parse(response).features
const options = {units:"meters"}
const features = []
for (let i = 0; i < f.length; i++) {
const box = bbox(f[i]);
const w = distance([box[0], box[1]],[box[2],box[1]],{units:"meters"})
const h = distance([box[0], box[1]],[box[0],box[3]],{units:"meters"})
const wDiff = 1000 - (w % 1000);
const hDiff = 706 - (h % 706);
const poly = bboxPolygon(box);
const c = centerOfMass(poly);
const maxY = destination(c,(50 + h + hDiff)/2, 0, options).geometry.coordinates[1];
const minY = destination(c,(50 +h + hDiff)/2, 180,options).geometry.coordinates[1];
const maxX = destination(c,(50 + w + wDiff)/2, 90,options).geometry.coordinates[0];
const minX = destination(c,(50 + w + wDiff)/2, -90,options).geometry.coordinates[0];
const grid = rectangleGrid([minX, minY, maxX, maxY], 1000, 706, {units:"meters"});
for (let j=0; jpolygon.forEach(function(coords,index) {
var distanceFromCenter = distance(state.originalCenter, coords);
var bearingFromCenter = bearing(state.originalCenter, coords);
var newPoint = destination(state.originalCenter, distanceFromCenter, bearingFromCenter+draggedBearing);
polyCoords.push(newPoint.geometry.coordinates);
})
multipolys.push(polyCoords);const response = await getS3File(event.campaign_uuid);
const f = JSON.parse(response).features
const options = {units:"meters"}
const features = []
for (let i = 0; i < f.length; i++) {
const box = bbox(f[i]);
const w = distance([box[0], box[1]],[box[2],box[1]],{units:"meters"})
const h = distance([box[0], box[1]],[box[0],box[3]],{units:"meters"})
const wDiff = 1000 - (w % 1000);
const hDiff = 706 - (h % 706);
const poly = bboxPolygon(box);
const c = centerOfMass(poly);
const maxY = destination(c,(50 + h + hDiff)/2, 0, options).geometry.coordinates[1];
const minY = destination(c,(50 +h + hDiff)/2, 180,options).geometry.coordinates[1];
const maxX = destination(c,(50 + w + wDiff)/2, 90,options).geometry.coordinates[0];
const minX = destination(c,(50 + w + wDiff)/2, -90,options).geometry.coordinates[0];
const grid = rectangleGrid([minX, minY, maxX, maxY], 1000, 706, {units:"meters"});
for (let j=0; jasync function main(event) {
const response = await getS3File(event.campaign_uuid);
const f = JSON.parse(response).features
const options = {units:"meters"}
const features = []
for (let i = 0; i < f.length; i++) {
const box = bbox(f[i]);
const w = distance([box[0], box[1]],[box[2],box[1]],{units:"meters"})
const h = distance([box[0], box[1]],[box[0],box[3]],{units:"meters"})
const wDiff = 1000 - (w % 1000);
const hDiff = 706 - (h % 706);
const poly = bboxPolygon(box);
const c = centerOfMass(poly);
const maxY = destination(c,(50 + h + hDiff)/2, 0, options).geometry.coordinates[1];
const minY = destination(c,(50 +h + hDiff)/2, 180,options).geometry.coordinates[1];
const maxX = destination(c,(50 + w + wDiff)/2, 90,options).geometry.coordinates[0];
const minX = destination(c,(50 + w + wDiff)/2, -90,options).geometry.coordinates[0];
const grid = rectangleGrid([minX, minY, maxX, maxY], 1000, 706, {units:"meters"});
for (let j=0; jhouse_depth = unit_options.depth / 1000,
angle = bearing(anchor_a, anchor_b),
new_angle = angle + i * 90, //Angle of line perpendicular to the anchor segment.
unit_feature = {
type: "Feature",
properties: {
street: "none"
},
geometry: {
type: "Polygon",
coordinates: [[]]
}
};
unit_feature.geometry.coordinates[0][0] = destination(anchor_a, street_buffer, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][1] = destination(anchor_b, street_buffer, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][2] = destination(anchor_b, street_buffer + house_depth, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][3] = destination(anchor_a, street_buffer + house_depth, new_angle).geometry.coordinates;
unit_feature.geometry.coordinates[0][4] = unit_feature.geometry.coordinates[0][0];
//Exclude the unit if it overlaps with any of the other proposed units.
let all_proposed_unit_features = unit_features[0].concat(unit_features[1]).concat(proposed_unit_features);
if (noOverlaps(unit_feature, all_proposed_unit_features)) {
//Recode index so that it's useful here.
i = i === 1 ? 0 : 1;
unit_feature.properties.street_id = street_leaflet_id,
unit_feature.properties.OSM_street_id = street_OSM_id,
unit_feature.properties.street_anchors = anchor_latLng_pair,
unit_feature.properties.neighbors = [null, null, null],
unit_feature.properties.id = starting_id + increment,
increment += 1;anchor_latLng_pair = [anchor_a, anchor_b],
street_buffer = unit_options.front_buffer / 1000, //Distance between center of street and start of unit.
house_depth = unit_options.depth / 1000,
angle = bearing(anchor_a, anchor_b),
new_angle = angle + i * 90, //Angle of line perpendicular to the anchor segment.
unit_feature = {
type: "Feature",
properties: {
street: "none"
},
geometry: {
type: "Polygon",
coordinates: [[]]
}
};
unit_feature.geometry.coordinates[0][0] = destination(anchor_a, street_buffer, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][1] = destination(anchor_b, street_buffer, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][2] = destination(anchor_b, street_buffer + house_depth, new_angle).geometry.coordinates,
unit_feature.geometry.coordinates[0][3] = destination(anchor_a, street_buffer + house_depth, new_angle).geometry.coordinates;
unit_feature.geometry.coordinates[0][4] = unit_feature.geometry.coordinates[0][0];
//Exclude the unit if it overlaps with any of the other proposed units.
let all_proposed_unit_features = unit_features[0].concat(unit_features[1]).concat(proposed_unit_features);
if (noOverlaps(unit_feature, all_proposed_unit_features)) {
//Recode index so that it's useful here.
i = i === 1 ? 0 : 1;
unit_feature.properties.street_id = street_leaflet_id,
unit_feature.properties.OSM_street_id = street_OSM_id,
unit_feature.properties.street_anchors = anchor_latLng_pair,
unit_feature.properties.neighbors = [null, null, null],
unit_feature.properties.id = starting_id + increment,
