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{"name":"LandingLMST","trajectory":"I/II","opportunity":"2022","data":[[17.391,17.4416,17.4918,17.5417,17.5916,17.6416,17.6919,17.7426,17.7941,17.8465,17.9002,17.9556,18.0131,18.0731,18.1363,18.2033,18.275,18.3523,18.4361,18.5274,null,null,null,null,null,null,null,null,null,null,null,null,null,16.4942,16.7064,16.876,17.0147,17.1305,17.229,17.314,17.3885,17.4546,17.5138,17.5673,17.6162,17.661,17.7026,17.7412,17.7773,17.8112,17.8433,17.8736,17.9024,17.9299,17.9562,17.9814,18.0055,18.0288,18.0512,18.0729,18.0939,18.1142,18.1339,18.153,18.1716,18.1897,18.2073,18.2245,18.2413,18.2577,18.2738,18.2894,18.3048,18.3198,18.3346,18.349,18.3632,18.3771,18.3908,18.4042,18.4173,18.4303,18.443,18.4555,18.4677,18.4798,18.4916,18.5032,18.5146,18.5258,18.5368,18.5476,18.5581,18.5685,18.5786,18.5885,18.5982,18.6077,18.617,18.6261,18.6349,18.6436,18.652,18.6602,18.6682,18.676,18.6836,18.6909,18.698,18.7048,18.7115,18.7178,18.7239,18.7298,18.7353,18.7406,18.7456,18.7503,18.7547,18.7587,18.7625,18.7659,18.769,18.7717,18.774,18.776

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Data Download

DEM (terrain, raster) data

• Get DEM files from National Map download tool
  • https://viewer.nationalmap.gov/basic/#/
• Set Area of Interest: Selectable Polygon -> Select... -> US State or Territory
  • then click a state on map to select it
• Or Set Area of Interest: Map Extent/Geometry -> Click Extent -> Draw a rectangle on map
• After area selected, search for:
  • Elevation Products (3DEP) -> 1/3 arc-second or 1 arc second

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import * as t from 'io-ts';

// --- utils taken from io-ts internals ---
const getIsCodec = <T extends t.Any>(tag: string) => (
    codec: t.Any
): codec is T => (codec as any)._tag === tag;

const isInterfaceCodec = getIsCodec<t.InterfaceType<t.Props>>('InterfaceType');
const isPartialCodec = getIsCodec<t.PartialType<t.Props>>('PartialType');
const getPartialTypeName = (inner: string): string => {

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var RecursiveChildComponent = React.createClass({
  render() {
    return <div>
      {this.recursiveCloneChildren(this.props.children)}
    </div>
  },
  recursiveCloneChildren(children) {
    return React.Children.map(children, child => {
      if(!_.isObject(child)) return child;
      var childProps = {someNew: "propToAdd"};

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var _ = require('lodash');
var React = require('react/addons');

var Testing = React.createClass({
    getInitialState() {
        return { count: 0 }
    },
    onClick() {
        this.setState({count: this.state.count+1});
    },

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// InterfaceMixin takes a list of string "interfaces"
// and adds a static called implementsInterface to the component that simply checks if an interface is in the list
// This way, a parent component can pass particular props only to children which implement the relevant interface
// by checking child.type.implementsInterface('SomeInterface')
// usage:
// mixins: [InterfaceMixin('SomeInterface')] // or...
// mixins: [InterfaceMixin(['SomeInterface', 'AnotherInterface'])]

var InterfaceMixin = function(interfaces) {
    interfaces = isStr(interfaces) ? [interfaces] : interfaces;

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shell: {
      sayBuiltJs: { command: 'say "built js" -v Cellos' },
      sayBuiltLess: { command: 'say "built less" -v Cellos' },
      sayCopied: { command: 'say "copied files" -v Cellos' }
  }

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/** @jsx React.DOM */
var _ = require('lodash'),
    React = require('react'),
    Marty = require('marty');

var API = {
    User: Marty.createStateSource({
        type: 'http',
        getAll: function() {
            return this.get('/').then(function(response) {

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var _ = require('underscore');
var $ = require('jquery');
var d3 = require('d3');

var testData = {
    "nodes":[
        {"name":"Myriel","group":1},
        {"name":"Napoleon","group":1}
    ],
    "links":[

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var Fluxxor = require('fluxxor');
var _ = require('underscore');

// A FluxClient is a special Fluxxor.Store constructor that is a wrapper around a 'client' object.
// Client objects are generally an object containing all the server calls your app can make
// FluxClient allows you to listen for Fluxxor actions and cause them to trigger requests in the client,
// this way your actions can remain pure and don't have to call the client directly.
// It can also dispatch Fluxxor actions when the client request begins and upon request success/failure
// createFluxClient creates a FluxClient constructor from two arguments: