factor into components
parent
757c5bf3d0
commit
899fbd2201
@ -0,0 +1,45 @@
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import Chart from 'chart.js/auto';
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import { elementOpen, elementClose, elementVoid, text } from 'incremental-dom';
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import Header from './Header';
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const data = [
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{ year: 2010, count: 10 },
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{ year: 2011, count: 20 },
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{ year: 2012, count: 15 },
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{ year: 2013, count: 25 },
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{ year: 2014, count: 22 },
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{ year: 2015, count: 30 },
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{ year: 2016, count: 28 },
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];
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function App({ ticks=[0,1,2,3,4,5] }) {
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Header();
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elementOpen('div', '', ['class', "chart"]);
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ticks.forEach((tick)=>{
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elementOpen('label'); text(`T_${tick}`); elementClose('label');
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elementVoid('input', tick, ['type',"range",'min',"0",'max',"100"]);
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});
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elementClose('div');
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elementOpen('div', 'barChartContainer', ['style', 'width:800px;']);
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elementOpen('canvas', 'barChart', ['id', 'barChart']);
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elementClose('canvas');
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elementClose('div');
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new Chart(//@ts-ignore
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document.getElementById('barChart'),
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{
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type: 'bar',
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data: {
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labels: data.map(row => row.year),
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datasets: [
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{
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label: 'Acquisitions by year',
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data: data.map(row => row.count)
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}
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]
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}
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}
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);
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}
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export default App;
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@ -0,0 +1,12 @@
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import { elementOpen, elementClose, elementVoid, text } from 'incremental-dom';
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function Header(){
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elementOpen('div','', ['class',"header"]);
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elementOpen('h1'); text('Choose Probabilities'); elementClose('h1');
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elementOpen('h5'); text('X-Axis = Ticks, Y-Axis = Underlying Price'); elementClose('h5');
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elementOpen('h5'); text('Begin with 2 Ticks, T_0 and T_1. Can add more in-between or at ends. Do not have to be equidistant.'); elementClose('h5');
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elementOpen('h5'); text('Begin with 2 Nodes to the "right" of each Node representing what can happen in the next tick. Can add more. No not need to be equidistant.'); elementClose('h5');
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elementClose('div');
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}
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export default Header;
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@ -1,51 +1,7 @@
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import Chart from 'chart.js/auto';
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import {elementOpen, elementClose, elementVoid, text, patch} from 'incremental-dom';
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const data = [
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{ year: 2010, count: 10 },
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{ year: 2011, count: 20 },
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{ year: 2012, count: 15 },
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{ year: 2013, count: 25 },
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{ year: 2014, count: 22 },
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{ year: 2015, count: 30 },
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{ year: 2016, count: 28 },
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];
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function render({ ticks=[0,1,2,3,4,5] }) {
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elementOpen('div','', ['class',"header"]);
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elementOpen('h1'); text('Choose Probabilities'); elementClose('h1');
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elementOpen('h5'); text('X-Axis = Ticks, Y-Axis = Underlying Price'); elementClose('h5');
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elementOpen('h5'); text('Begin with 2 Ticks, T_0 and T_1. Can add more in-between or at ends. Do not have to be equidistant.'); elementClose('h5');
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elementOpen('h5'); text('Begin with 2 Nodes to the "right" of each Node representing what can happen in the next tick. Can add more. No not need to be equidistant.'); elementClose('h5');
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elementClose('div');
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elementOpen('div', '', ['class', "chart"]);
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ticks.forEach((tick)=>{
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elementOpen('label'); text(`T_${tick}`); elementClose('label');
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elementVoid('input', tick, ['type',"range",'min',"0",'max',"100"]);
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});
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elementClose('div');
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elementOpen('div', 'barChartContainer', ['style', 'width:800px;']);
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elementOpen('canvas', 'barChart', ['id', 'barChart']);
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elementClose('canvas');
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elementClose('div');
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}
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import { patch } from 'incremental-dom';
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import App from './App';
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const root = document.getElementById("app") as HTMLElement;
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patch(root, function() {
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render({});
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new Chart(//@ts-ignore
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document.getElementById('barChart'),
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{
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type: 'bar',
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data: {
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labels: data.map(row => row.year),
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datasets: [
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{
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label: 'Acquisitions by year',
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data: data.map(row => row.count)
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}
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]
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}
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}
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);
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App({});
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});
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