triennale-appunti-steffo/docs/route-calcoloNumerico.chunk.67eea.js.map

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extracted by mini-css-extract-plugin\nmodule.exports = {\"example\":\"example__2PzAa\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"todo\":\"todo__1UVRh\"};","import {Component} from 'preact'\nimport Split from \"../components/old/split\";\nimport Latex from \"../components/Latex\";\nimport Panel from \"../components/old/panel\";\nimport Example from \"../components/example\";\nimport Todo from \"../components/old/todo\";\nimport Timer from \"../components/old/timer\";\n\nconst r = String.raw;\n\nexport default class CalcoloNumerico extends Component {\n    render() {\n        return (\n            <div>\n                <h1>Calcolo Numerico</h1>\n                <Split title={\"Unimore\"}>\n                    <Panel title={\"Email della prof.ssa\"}>\n                        <p>\n                            <a href={\"mailto:silvia.bonettini@unimore.it\"}>silvia.bonettini@unimore.it</a>\n                        </p>\n                    </Panel>\n                    <Panel title={\"Orale\"}>\n                        <p>\n                            E' composto da:\n                        </p>\n                        <ul>\n                            <li>2 domande sugli argomenti teorici</li>\n                            <li>1 domanda di implementazione algoritmo in MATLAB <small>(facoltativa per i punteggi migliori del TBL)</small></li>\n                        </ul>\n                    </Panel>\n                    <Panel title={\"Prossimi appelli\"}>\n                        <ol>\n                            <li><Timer to={\"2020-06-15\"}/></li>\n                            <li><Timer to={\"2020-06-22\"}/></li>\n                            <li><Timer to={\"2020-07-06\"}/></li>\n                            <li><Timer to={\"2020-07-13\"}/></li>\n                            <li><Timer to={\"2020-07-20\"}/></li>\n                            <li><Timer to={\"2020-07-27\"}/></li>\n                        </ol>\n                    </Panel>\n                </Split>\n                <Split title={\"Algoritmi\"}>\n                    <Panel title={\"Algoritmi numerici\"}>\n                        <p>\n                            Algoritmi che hanno:\n                        </p>\n                        <ul>\n                            <li>numeri reali in input e output</li>\n                            <li>successioni delle quattro operazioni aritmetiche fondamentali come passi</li>\n                        </ul>\n                    </Panel>\n                </Split>\n                <Split title={\"Errore di rappresentazione\"}>\n                    <Panel title={\"Errore di rappresentazione\"}>\n                        <p>\n                            Con i numeri floating point può capitare che un certo numero <Latex>{r`\\alpha`}</Latex> non sia rappresentato correttamente.\n                        </p>\n                        <p>\n                            In tal caso, il numero si indica con <Latex>{r`\\alpha^*`}</Latex>.\n                        </p>\n                    </Panel>\n                    <Panel title={\"Errore assoluto\"}>\n                        <p>\n                            È la differenza tra il numero desiderato e il numero rappresentato:\n                        </p>\n                        <p>\n                            <Latex>{r`E_a = \\left | \\alpha - \\alpha^* \\right |`}</Latex>\n                        </p>\n                        <Example>\n                            Vale sempre 0, tranne in caso di underflow o overflow.\n                        </Example>\n                    </Panel>\n                    <Panel title={\"Errore relativo\"}>\n                        <p>\n                            Indica quanto il numero rappresentato differisce dal numero desiderato:\n                        </p>\n                        <p>\n                            <Latex>{r`\\forall \\alpha \\neq 0, E_r = \\frac{E_a}{\\left | \\alpha \\right |}`}</Latex>\n                        </p>\n                    </Panel>\n                </Split>\n                <Split title={\"Floating point\"}>\n                    <Panel title={\"Precisione di macchina\"}>\n                        <p>\n                            L'errore relativo di un numero reale rappresentato in virgola mobile è minore o uguale alla <i>precisione di macchina</i>:\n                        </p>\n                        <p>\n                            <Latex>{r`E_r \\leq k \\cdot \\beta^{1-t}`}</Latex>\n                        </p>\n                        <ul>\n                            <li>\n                                <Latex>\\beta</Latex> è uguale alla base utilizzata (solitamente 2).\n                            </li>\n                            <li>\n                                <Latex>t</Latex> è uguale al numero di cifre della mantissa.\n                            </li>\n                            <li>\n                                <Latex>k</Latex> è uguale a <Latex>1</Latex> se il numero viene rappresentato per troncamento oppure a <Latex>{r`\\frac{1}{2}`}</Latex> se viene rappresentato per arrotondamento.\n                            </li>\n                        </ul>\n                    </Panel>\n                </Split>\n                <Split title={\"Operazioni di macchina\"}>\n                    <Panel title={\"Un nuovo insieme\"}>\n                        <p>\n                            L'insieme <Latex>F</Latex> è il sottoinsieme dei numeri reali rappresentabili in floating point dalla macchina che stiamo usando.\n                        </p>\n                        <p>\n                            Operazioni tra elementi di <Latex>F</Latex> producono risultati in <Latex>{r`\\mathbb{R}`}</Latex>, che però decaderanno nuovamente a elementi di <Latex>F</Latex>, perdendo informazioni.\n                        </p>\n                        <p>\n                            Il teorema della precisione di macchina si applica quindi anche ai risultati delle operazioni.\n                        </p>\n                    </Panel>\n                    <Panel title={\"Caratteristiche delle operazioni di macchina\"}>\n                        <ul>\n                            <li>Hanno più di un elemento neutro.</li>\n                            <li>Un numero ha più opposti.</li>\n                            <li>Non sono associative.</li>\n                            <li>Non sono distributive.</li>\n                            <li>Non vale la legge di annullamento del prodotto.</li>\n                        </ul>\n                    </Panel>\n                    <Panel title={\"La funzione fl\"}>\n                        <p>\n                            Indica che un valore è soggetto alla precisione di macchina:\n                        </p>\n                        <p>\n                            <Latex>{r`fl(x) = (x)(1 + \\epsilon_x)`}</Latex>\n                        </p>\n                    </Panel>\n                </Split>\n                <Split title={\"Errori nelle operazioni di macchina\"}>\n                    <Panel title={\"Errore inerente\"}>\n                        <p>\n                            Errore dipendente <b>solo dai dati</b>.\n                        </p>\n                        <p>\n                            <Todo>TODO: qual è la formula?</Todo>\n                        </p>\n                        <p>\n                            È l'errore che si presenterebbe se <Latex>{r`\\epsilon_1 = \\epsilon_2 = \\dots = 0`}</Latex>.\n                        </p>\n                    </Panel>\n                    <Panel title={\"Errore algoritmico\"}>\n                        <p>\n                            Errore dipendente <b>solo dalle operazioni effettuate</b>.\n                        </p>\n                        <p>\n                            <Todo>TODO: qual è la formula?</Todo>\n                        </p>\n                        <p>\n                            È l'errore che si presenterebbe se <Latex>{r`\\epsilon_x = \\epsilon_y = \\dots = 0`}</Latex>.\n                        </p>\n                    </Panel>\n                </Split>\n                <Split>\n                    <Panel title={\"Problema ben condizionato\"}>\n                        <p>\n                            Un problema poco sensibile all'<b>errore inerente</b>.\n                        </p>\n                        <Example>\n                            <Latex>{r`y = \\frac{1}{x}`}</Latex> è mal condizionato intorno allo 0 e ben condizionato lontano dallo 0.\n                        </Example>\n                    </Panel>\n                    <Panel title={\"Algoritmo stabile\"}>\n                        <p>\n                            Un algoritmo poco sensibile all'<b>errore algoritmico</b>.\n                        </p>\n                        <Example>\n                            <p>\n                                Cerchiamo un algoritmo che risolva <Latex>{r`2x = 4`}</Latex>.\n                            </p>\n                            <p>\n                                Calcolare prima <Latex>{r`t = fl \\left( \\frac{1}{4} \\right)`}</Latex> e poi <Latex>{r`x^* = fl ( 2 \\cdot t )`}</Latex> porta a una perdita di precisione.\n                            </p>\n                            <p>\n                                Calcolare direttamente <Latex>{r`x^* = fl \\left( \\frac{2}{4} \\right)`}</Latex> non ha alcuna perdita di precisione e rende l'algoritmo <b>più stabile</b> del precedente.\n                            </p>\n                        </Example>\n                    </Panel>\n                </Split>\n                <Split>\n                    <Panel title={\"Indice di condizionamento\"}>\n                        <p>\n                            È il coefficiente di proporzionalità tra i dati e l'<b>errore inerente</b>.\n                        </p>\n                        <p>\n                            Essendo sempre maggiore di uno, si può dire che sia un coefficiente di amplificazione.\n                        </p>\n                        <p>\n                            Minore è l'indice di condizionamento, meglio condizionato è un problema.\n                        </p>\n                    </Panel>\n                    <Panel title={\"Indice algoritmico\"}>\n                        <p>\n                            È il coefficiente di proporzionalità tra i dati e l'<b>errore algoritmico</b>.\n                        </p>\n                        <p>\n                            Essendo sempre maggiore di uno, si può dire che sia un coefficiente di amplificazione.\n                        </p>\n                    </Panel>\n                </Split>\n                <Split title={\"Le cose più difficili di Algebra Lineare\"}>\n                    <Panel title={\"Matrice singolare\"}>\n                        <p>\n                            Matrice con determinante 0.\n                        </p>\n                        <p>\n                            Le matrici singolari <b>non sono invertibili</b>.\n                        </p>\n                    </Panel>\n                </Split>\n                <Split title={\"Norme\"}>\n                    <Panel title={\"Norma vettoriale\"}>\n                        <p>\n                            Funzione che associa un valore positivo a ogni vettore diverso da 0, e 0 al vettore zero.\n                        </p>\n                        <Example>\n                            <a href={\"https://it.wikipedia.org/wiki/Norma_(matematica)#/media/File:Vector_norms.svg\"}>Esempi su Wikipedia</a>\n                        </Example>\n                    </Panel>\n                    <Panel title={\"Norma a infinito\"}>\n                        <p>\n                            Massimo dei valori assoluti di tutti gli elementi del vettore.\n                        </p>\n                        <p>\n                            <Latex>{r`\\Vert x \\Vert_\\infty = max_{i = 1..n} | x_i |`}</Latex>\n                        </p>\n                    </Panel>\n                    <Panel title={\"Norma a 1\"}>\n                        <p>\n                            Somma dei valori assoluti di tutti gli elementi del vettore.\n                        </p>\n                        <p>\n                            <Latex>{r`\\Vert x \\Vert_1 = \\sum_{i = 1}^n | x_i |`}</Latex>\n                        </p>\n                    </Panel>\n                    <Panel title={\"Norma a 2\"}>\n                        <p>\n                            Radice quadrata della somma dei quadrati di tutti gli elementi del vettore.\n                        </p>\n                        <p>\n                            <Latex>{r`\\Vert x \\Vert_2 = \\sqrt{\\sum_{i = 1}^n x_i^2}`}</Latex>\n                        </p>\n                    </Panel>\n                </Split>\n                <Split>\n                    <Panel title={\"Norma matriciale indotta\"}>\n                        <p>\n                            Funzione che associa un valore positivo a ogni matrice diversa da 0, e 0 alla matrice zero.\n                        </p>\n                        <p>\n                            Si ricavano dalle norme vettoriali:\n                        </p>\n                        <p>\n                            <Latex>{r`\\Vert A \\Vert = sup_{x \\in \\mathbb{R}, x \\neq 0} \\frac{\\Vert A \\cdot x \\Vert}{\\Vert x \\Vert}`}</Latex>\n                        </p>\n                        <Example>\n                            <Latex>sup</Latex> è l'estremo superiore di un insieme. E' molto simile al massimo: ricordi le prime lezioni di Analisi?\n                        </Example>\n                    </Panel>\n                    <Panel title={\"Norma a infinito\"}>\n                        <p>\n                            Massimo delle somme dei valori assoluti di tutti gli elementi di ogni riga di una matrice.\n                        </p>\n                        <p>\n                            <Latex>{r`\\Vert A \\Vert_\\infty = max_{i = 1..n} \\sum_{j = 1}^n | a_{ij} |`}</Latex>\n                        </p>\n                    </Panel>\n                    <Panel title={\"Norma a 1\"}>\n                        <p>\n                            Massimo delle somme dei valori assoluti di tutti gli elementi di ogni colonna di una matrice.\n                        </p>\n                        <p>\n                            <Latex>{r`\\Vert A \\Vert_1 = max_{j = 1..n} \\sum_{i = 1}^n | a_{ij} |`}</Latex>\n                        </p>\n                    </Panel>\n                    <Panel title={\"Norma a 2\"}>\n                        <p>\n                            Radice quadrata del rango del prodotto tra una matrice e la sua trasposta.\n                        </p>\n                        <p>\n                            <Latex>{r`\\Vert A \\Vert_2 = \\sqrt{\\rho ( A^T \\times A ) }`}</Latex>\n                        </p>\n                    </Panel>\n                </Split>\n                <Split>\n                    <Panel title={\"Errore relativo tra vettori e matrici\"}>\n                        <p>\n                            Le norme sono usate per calcolare l'errore relativo tra due vettori o matrici:\n                        </p>\n                        <p>\n                            <Latex>{r`\\frac{\\Vert x - y \\Vert}{\\Vert x \\Vert}`}</Latex>\n                        </p>\n                    </Panel>\n                </Split>\n                <Split title={\"Fattorizzazione\"}>\n                    <Panel title={\"Cos'è?\"}>\n                        <p>\n                            La fattorizzazione è il processo che permette di risolvere sistemi di equazioni lineari rappresentati in forma di matrice.\n                        </p>\n                        <p>\n                            Esistono molteplici algoritmi in grado di realizzarla: mentre tutti portano alla stessa soluzione, possono avere <b>velocità</b> e <b>indici algoritmici</b> diversi.\n                        </p>\n                        <p>\n                            Il sistema lineare da risolvere viene diviso in due parti: la <i>matrice dei coefficienti</i> e il <i>vettore termine noto</i>.\n                        </p>\n                    </Panel>\n                    <Panel title={\"Teorema di Rouché-Capélli\"}>\n                        <p>\n\n                        </p>\n                    </Panel>\n                </Split>\n            </div>\n        )\n    }\n}\n","import {Component} from 'preact'\nimport style from \"./timer.less\"\n\n\nexport default class Timer extends Component {\n    constructor() {\n        super();\n        this.state = {\n            \"now\": Date.now()\n        };\n        this.timer = null;\n    }\n\n    componentDidMount() {\n        this.timer = setInterval(() => {\n            this.setState({\"now\": Date.now()})\n        }, 1000)\n    }\n\n    componentWillUnmount() {\n        if(this.timer !== null) {\n            clearInterval(this.timer)\n        }\n    }\n\n    render() {\n        let dateTo = \"Unknown date\";\n        let className = style.timer;\n\n        let parts = {\n            milliseconds: \"?\",\n            seconds: \"?\",\n            minutes: \"?\",\n            hours: \"?\",\n            days: \"?\",\n        };\n\n        if(this.props.to) {\n            dateTo = new Date(this.props.to);\n            let timeLeft = dateTo - this.state.now;\n\n            if(timeLeft > 0) {\n                parts = {\n                    milliseconds: timeLeft % 1000,\n                    seconds: Math.floor(timeLeft / 1000) % 60,\n                    minutes: Math.floor(timeLeft / 60000) % 60,\n                    hours: Math.floor(timeLeft / 3600000) % 24,\n                    days: Math.floor(timeLeft / 86400000),\n                };\n            }\n\n            else {\n                parts = {\n                    milliseconds: 0,\n                    seconds: 0,\n                    minutes: 0,\n                    hours: 0,\n                    days: 0,\n                };\n\n                className += \" \" + style.expired;\n            }\n        }\n        else {\n            className += \" \" + style.unknown;\n        }\n\n        return (\n            <div class={className} title={dateTo}>\n                <div class={style.days + \" \" + style.count}>\n                    {parts.days}\n                </div>\n                <div className={style.days + \" \" + style.text}>\n                    giorni\n                </div>\n                <div class={style.hours + \" \" + style.count}>\n                    {parts.hours}\n                </div>\n                <div className={style.hours + \" \" + style.text}>\n                    ore\n                </div>\n                <div class={style.minutes + \" \" + style.count}>\n                    {parts.minutes}\n                </div>\n                <div className={style.minutes + \" \" + style.text}>\n                    minuti\n                </div>\n                <div class={style.seconds + \" \" + style.count}>\n                    {parts.seconds}\n                </div>\n                <div class={style.seconds + \" \" + style.text}>\n                    secondi\n                </div>\n                <div class={style.remaining}>\n                    rimasti\n                </div>\n            </div>\n        )\n    }\n}\n","// extracted by mini-css-extract-plugin\nmodule.exports = {\"timer\":\"timer__K0K_h\",\"days\":\"days__vN3tf\",\"hours\":\"hours__3v0KX\",\"minutes\":\"minutes__vkYk7\",\"seconds\":\"seconds__3gJ99\",\"count\":\"count__1VV4k\",\"text\":\"text__khS4i\",\"remaining\":\"remaining__zUECg\",\"unknown\":\"unknown__af307\",\"expired\":\"expired__1rtHB\"};","import style from \"./panel.less\";\nimport { Component } from 'preact';\n\nexport default class Panel extends Component {\n\tgetStyle() {\n\t\treturn style.panel;\n\t};\n\n\trender() {\n\t\tlet title = null;\n\t\tif(this.props.title !== undefined) {\n\t\t\ttitle = (<h3>{this.props.title}</h3>);\n\t\t}\n\n\t\treturn (\n\t\t\t<div class={this.getStyle()} id={this.props.id}>\n\t\t\t\t{title}\n\t\t\t\t{this.props.children}\n\t\t\t</div>\n\t\t);\n\t}\n}\n","import style from './Latex.css';\nimport {useContext} from \"preact/hooks\";\nimport LatexRenderColor from \"../contexts/LatexRenderColor\";\nimport LatexDefaultInline from \"../contexts/LatexDefaultInline\";\n\nexport default function(props) {\n\t// black, blue, brown, cyan, darkgray, gray, green, lightgray, lime, magenta, olive, orange, pink, purple, red, teal, violet, white, yellow\n\tlet renderColor = useContext(LatexRenderColor);\n\tlet defaultInline = useContext(LatexDefaultInline);\n\n\tlet is_inline;\n\tif(props.inline === undefined) {\n\t\tis_inline = defaultInline;\n\t}\n\telse {\n\t\tis_inline = props.inline;\n\t}\n\n\tlet inline = is_inline ? `\\\\inline` : \"\";\n\tlet equation = `${inline} {\\\\color{${renderColor}} ${props.children} }`;\n\n\treturn (\n\t\t<img src={`https://latex.codecogs.com/svg.latex?${equation}`}\n\t\t\t alt={props.children}\n\t\t\t title={props.children}\n\t\t\t class={style.latex}\n\t\t/>\n\t);\n}\n","import style from \"./Example.less\";\r\nimport {Component} from \"preact\";\r\n\r\nexport default function(props) {\r\n    return (\r\n        <div class={style.example}>\r\n            {props.children}\r\n        </div>\r\n    );\r\n}\r\n","import { options } from 'preact';\n\n/** @type {number} */\nlet currentIndex;\n\n/** @type {import('./internal').Component} */\nlet currentComponent;\n\n/** @type {Array<import('./internal').Component>} */\nlet afterPaintEffects = [];\n\nlet oldBeforeRender = options._render;\nlet oldAfterDiff = options.diffed;\nlet oldCommit = options._commit;\nlet oldBeforeUnmount = options.unmount;\n\nconst RAF_TIMEOUT = 100;\nlet prevRaf;\n\noptions._render = vnode => {\n\tif (oldBeforeRender) oldBeforeRender(vnode);\n\n\tcurrentComponent = vnode._component;\n\tcurrentIndex = 0;\n\n\tif (currentComponent.__hooks) {\n\t\tcurrentComponent.__hooks._pendingEffects.forEach(invokeCleanup);\n\t\tcurrentComponent.__hooks._pendingEffects.forEach(invokeEffect);\n\t\tcurrentComponent.__hooks._pendingEffects = [];\n\t}\n};\n\noptions.diffed = vnode => {\n\tif (oldAfterDiff) oldAfterDiff(vnode);\n\n\tconst c = vnode._component;\n\tif (!c) return;\n\n\tconst hooks = c.__hooks;\n\tif (hooks) {\n\t\tif (hooks._pendingEffects.length) {\n\t\t\tafterPaint(afterPaintEffects.push(c));\n\t\t}\n\t}\n};\n\noptions._commit = (vnode, commitQueue) => {\n\tcommitQueue.some(component => {\n\t\ttry {\n\t\t\tcomponent._renderCallbacks.forEach(invokeCleanup);\n\t\t\tcomponent._renderCallbacks = component._renderCallbacks.filter(cb =>\n\t\t\t\tcb._value ? invokeEffect(cb) : true\n\t\t\t);\n\t\t} catch (e) {\n\t\t\tcommitQueue.some(c => {\n\t\t\t\tif (c._renderCallbacks) c._renderCallbacks = [];\n\t\t\t});\n\t\t\tcommitQueue = [];\n\t\t\toptions._catchError(e, component._vnode);\n\t\t}\n\t});\n\n\tif (oldCommit) oldCommit(vnode, commitQueue);\n};\n\noptions.unmount = vnode => {\n\tif (oldBeforeUnmount) oldBeforeUnmount(vnode);\n\n\tconst c = vnode._component;\n\tif (!c) return;\n\n\tconst hooks = c.__hooks;\n\tif (hooks) {\n\t\ttry {\n\t\t\thooks._list.forEach(hook => hook._cleanup && hook._cleanup());\n\t\t} catch (e) {\n\t\t\toptions._catchError(e, c._vnode);\n\t\t}\n\t}\n};\n\n/**\n * Get a hook's state from the currentComponent\n * @param {number} index The index of the hook to get\n * @returns {import('./internal').HookState}\n */\nfunction getHookState(index) {\n\tif (options._hook) options._hook(currentComponent);\n\t// Largely inspired by:\n\t// * https://github.com/michael-klein/funcy.js/blob/f6be73468e6ec46b0ff5aa3cc4c9baf72a29025a/src/hooks/core_hooks.mjs\n\t// * https://github.com/michael-klein/funcy.js/blob/650beaa58c43c33a74820a3c98b3c7079cf2e333/src/renderer.mjs\n\t// Other implementations to look at:\n\t// * https://codesandbox.io/s/mnox05qp8\n\tconst hooks =\n\t\tcurrentComponent.__hooks ||\n\t\t(currentComponent.__hooks = { _list: [], _pendingEffects: [] });\n\n\tif (index >= hooks._list.length) {\n\t\thooks._list.push({});\n\t}\n\treturn hooks._list[index];\n}\n\n/**\n * @param {import('./index').StateUpdater<any>} initialState\n */\nexport function useState(initialState) {\n\treturn useReducer(invokeOrReturn, initialState);\n}\n\n/**\n * @param {import('./index').Reducer<any, any>} reducer\n * @param {import('./index').StateUpdater<any>} initialState\n * @param {(initialState: any) => void} [init]\n * @returns {[ any, (state: any) => void ]}\n */\nexport function useReducer(reducer, initialState, init) {\n\t/** @type {import('./internal').ReducerHookState} */\n\tconst hookState = getHookState(currentIndex++);\n\tif (!hookState._component) {\n\t\thookState._component = currentComponent;\n\n\t\thookState._value = [\n\t\t\t!init ? invokeOrReturn(undefined, initialState) : init(initialState),\n\n\t\t\taction => {\n\t\t\t\tconst nextValue = reducer(hookState._value[0], action);\n\t\t\t\tif (hookState._value[0] !== nextValue) {\n\t\t\t\t\thookState._value[0] = nextValue;\n\t\t\t\t\thookState._component.setState({});\n\t\t\t\t}\n\t\t\t}\n\t\t];\n\t}\n\n\treturn hookState._value;\n}\n\n/**\n * @param {import('./internal').Effect} callback\n * @param {any[]} args\n */\nexport function useEffect(callback, args) {\n\t/** @type {import('./internal').EffectHookState} */\n\tconst state = getHookState(currentIndex++);\n\tif (argsChanged(state._args, args)) {\n\t\tstate._value = callback;\n\t\tstate._args = args;\n\n\t\tcurrentComponent.__hooks._pendingEffects.push(state);\n\t}\n}\n\n/**\n * @param {import('./internal').Effect} callback\n * @param {any[]} args\n */\nexport function useLayoutEffect(callback, args) {\n\t/** @type {import('./internal').EffectHookState} */\n\tconst state = getHookState(currentIndex++);\n\tif (argsChanged(state._args, args)) {\n\t\tstate._value = callback;\n\t\tstate._args = args;\n\n\t\tcurrentComponent._renderCallbacks.push(state);\n\t}\n}\n\nexport function useRef(initialValue) {\n\treturn useMemo(() => ({ current: initialValue }), []);\n}\n\n/**\n * @param {object} ref\n * @param {() => object} createHandle\n * @param {any[]} args\n */\nexport function useImperativeHandle(ref, createHandle, args) {\n\tuseLayoutEffect(\n\t\t() => {\n\t\t\tif (typeof ref == 'function') ref(createHandle());\n\t\t\telse if (ref) ref.current = createHandle();\n\t\t},\n\t\targs == null ? args : args.concat(ref)\n\t);\n}\n\n/**\n * @param {() => any} factory\n * @param {any[]} args\n */\nexport function useMemo(factory, args) {\n\t/** @type {import('./internal').MemoHookState} */\n\tconst state = getHookState(currentIndex++);\n\tif (argsChanged(state._args, args)) {\n\t\tstate._args = args;\n\t\tstate._factory = factory;\n\t\treturn (state._value = factory());\n\t}\n\n\treturn state._value;\n}\n\n/**\n * @param {() => void} callback\n * @param {any[]} args\n */\nexport function useCallback(callback, args) {\n\treturn useMemo(() => callback, args);\n}\n\n/**\n * @param {import('./internal').PreactContext} context\n */\nexport function useContext(context) {\n\tconst provider = currentComponent.context[context._id];\n\tif (!provider) return context._defaultValue;\n\tconst state = getHookState(currentIndex++);\n\t// This is probably not safe to convert to \"!\"\n\tif (state._value == null) {\n\t\tstate._value = true;\n\t\tprovider.sub(currentComponent);\n\t}\n\treturn provider.props.value;\n}\n\n/**\n * Display a custom label for a custom hook for the devtools panel\n * @type {<T>(value: T, cb?: (value: T) => string | number) => void}\n */\nexport function useDebugValue(value, formatter) {\n\tif (options.useDebugValue) {\n\t\toptions.useDebugValue(formatter ? formatter(value) : value);\n\t}\n}\n\nexport function useErrorBoundary(cb) {\n\tconst state = getHookState(currentIndex++);\n\tconst errState = useState();\n\tstate._value = cb;\n\tif (!currentComponent.componentDidCatch) {\n\t\tcurrentComponent.componentDidCatch = err => {\n\t\t\tif (state._value) state._value(err);\n\t\t\terrState[1](err);\n\t\t};\n\t}\n\treturn [\n\t\terrState[0],\n\t\t() => {\n\t\t\terrState[1](undefined);\n\t\t}\n\t];\n}\n\n/**\n * After paint effects consumer.\n */\nfunction flushAfterPaintEffects() {\n\tafterPaintEffects.some(component => {\n\t\tif (component._parentDom) {\n\t\t\ttry {\n\t\t\t\tcomponent.__hooks._pendingEffects.forEach(invokeCleanup);\n\t\t\t\tcomponent.__hooks._pendingEffects.forEach(invokeEffect);\n\t\t\t\tcomponent.__hooks._pendingEffects = [];\n\t\t\t} catch (e) {\n\t\t\t\tcomponent.__hooks._pendingEffects = [];\n\t\t\t\toptions._catchError(e, component._vnode);\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t});\n\tafterPaintEffects = [];\n}\n\n/**\n * Schedule a callback to be invoked after the browser has a chance to paint a new frame.\n * Do this by combining requestAnimationFrame (rAF) + setTimeout to invoke a callback after\n * the next browser frame.\n *\n * Also, schedule a timeout in parallel to the the rAF to ensure the callback is invoked\n * even if RAF doesn't fire (for example if the browser tab is not visible)\n *\n * @param {() => void} callback\n */\nfunction afterNextFrame(callback) {\n\tconst done = () => {\n\t\tclearTimeout(timeout);\n\t\tcancelAnimationFrame(raf);\n\t\tsetTimeout(callback);\n\t};\n\tconst timeout = setTimeout(done, RAF_TIMEOUT);\n\n\tlet raf;\n\tif (typeof window != 'undefined') {\n\t\traf = requestAnimationFrame(done);\n\t}\n}\n\n// Note: if someone used options.debounceRendering = requestAnimationFrame,\n// then effects will ALWAYS run on the NEXT frame instead of the current one, incurring a ~16ms delay.\n// Perhaps this is not such a big deal.\n/**\n * Schedule afterPaintEffects flush after the browser paints\n * @param {number} newQueueLength\n */\nfunction afterPaint(newQueueLength) {\n\tif (newQueueLength === 1 || prevRaf !== options.requestAnimationFrame) {\n\t\tprevRaf = options.requestAnimationFrame;\n\t\t(prevRaf || afterNextFrame)(flushAfterPaintEffects);\n\t}\n}\n\n/**\n * @param {import('./internal').EffectHookState} hook\n */\nfunction invokeCleanup(hook) {\n\tif (hook._cleanup) hook._cleanup();\n}\n\n/**\n * Invoke a Hook's effect\n * @param {import('./internal').EffectHookState} hook\n */\nfunction invokeEffect(hook) {\n\tconst result = hook._value();\n\tif (typeof result == 'function') hook._cleanup = result;\n}\n\n/**\n * @param {any[]} oldArgs\n * @param {any[]} newArgs\n */\nfunction argsChanged(oldArgs, newArgs) {\n\treturn !oldArgs || newArgs.some((arg, index) => arg !== oldArgs[index]);\n}\n\nfunction invokeOrReturn(arg, f) {\n\treturn typeof f == 'function' ? f(arg) : f;\n}\n","// extracted by mini-css-extract-plugin\nmodule.exports = {\"split\":\"split__3dL9r\",\"splitparent\":\"splitparent__2H-vS\",\"splitchild\":\"splitchild__1B-Jt\"};","import style from \"./todo.css\";\nimport { Component } from 'preact';\n\nexport default class Todo extends Component {\n\trender() {\n\t\treturn <span class={style.todo}>{this.props.children}</span>;\n\t}\n}\n","import style from \"./split.css\";\nimport { Component } from 'preact';\n\nexport default class Split extends Component {\n\trender() {\n\t    let title = null;\n\t    if(this.props.title !== undefined) {\n            title = (<h2>{this.props.title}</h2>)\n        }\n\n        let children;\n        if(Array.isArray(this.props.children)) {\n            children = this.props.children.map(element => {\n                return (<div class={style.splitchild}>{element}</div>);\n            });\n        }\n        else {\n            children = <div class={style.splitchild}>{this.props.children}</div>;\n        }\n\t\treturn (\n\t        <div class={style.split}>\n                {title}\n                <div class={style.splitparent}>{children}</div>\n            </div>\n        );\n\t}\n}\n","// extracted by mini-css-extract-plugin\nmodule.exports = {\"latex\":\"latex__3zlIu\"};","// extracted by mini-css-extract-plugin\nmodule.exports = {\"panel\":\"panel__7bYPC\"};","import {createContext} from \"preact\";\r\n\r\nexport default createContext(true);\r\n"],"sourceRoot":""}