test
", "
',
'showdown': 'S'
};
/**
* Created by Estevao on 31-05-2015.
*/
/**
* Showdown Converter class
* @class
* @param {object} [converterOptions]
* @returns {Converter}
*/
showdown.Converter = function (converterOptions) {
'use strict';
var
/**
* Options used by this converter
* @private
* @type {{}}
*/
options = {},
/**
* Language extensions used by this converter
* @private
* @type {Array}
*/
langExtensions = [],
/**
* Output modifiers extensions used by this converter
* @private
* @type {Array}
*/
outputModifiers = [],
/**
* Event listeners
* @private
* @type {{}}
*/
listeners = {},
/**
* The flavor set in this converter
*/
setConvFlavor = setFlavor,
/**
* Metadata of the document
* @type {{parsed: {}, raw: string, format: string}}
*/
metadata = {
parsed: {},
raw: '',
format: ''
};
_constructor();
/**
* Converter constructor
* @private
*/
function _constructor() {
converterOptions = converterOptions || {};
for (var gOpt in globalOptions) {
if (globalOptions.hasOwnProperty(gOpt)) {
options[gOpt] = globalOptions[gOpt];
}
}
// Merge options
if (typeof converterOptions === 'object') {
for (var opt in converterOptions) {
if (converterOptions.hasOwnProperty(opt)) {
options[opt] = converterOptions[opt];
}
}
} else {
throw Error('Converter expects the passed parameter to be an object, but ' + typeof converterOptions + ' was passed instead.');
}
if (options.extensions) {
showdown.helper.forEach(options.extensions, _parseExtension);
}
}
/**
* Parse extension
* @param {*} ext
* @param {string} [name='']
* @private
*/
function _parseExtension(ext, name) {
name = name || null;
// If it's a string, the extension was previously loaded
if (showdown.helper.isString(ext)) {
ext = showdown.helper.stdExtName(ext);
name = ext;
// LEGACY_SUPPORT CODE
if (showdown.extensions[ext]) {
console.warn('DEPRECATION WARNING: ' + ext + ' is an old extension that uses a deprecated loading method.' + 'Please inform the developer that the extension should be updated!');
legacyExtensionLoading(showdown.extensions[ext], ext);
return;
// END LEGACY SUPPORT CODE
} else if (!showdown.helper.isUndefined(extensions[ext])) {
ext = extensions[ext];
} else {
throw Error('Extension "' + ext + '" could not be loaded. It was either not found or is not a valid extension.');
}
}
if (typeof ext === 'function') {
ext = ext();
}
if (!showdown.helper.isArray(ext)) {
ext = [ext];
}
var validExt = validate(ext, name);
if (!validExt.valid) {
throw Error(validExt.error);
}
for (var i = 0; i < ext.length; ++i) {
switch (ext[i].type) {
case 'lang':
langExtensions.push(ext[i]);
break;
case 'output':
outputModifiers.push(ext[i]);
break;
}
if (ext[i].hasOwnProperty('listeners')) {
for (var ln in ext[i].listeners) {
if (ext[i].listeners.hasOwnProperty(ln)) {
listen(ln, ext[i].listeners[ln]);
}
}
}
}
}
/**
* LEGACY_SUPPORT
* @param {*} ext
* @param {string} name
*/
function legacyExtensionLoading(ext, name) {
if (typeof ext === 'function') {
ext = ext(new showdown.Converter());
}
if (!showdown.helper.isArray(ext)) {
ext = [ext];
}
var valid = validate(ext, name);
if (!valid.valid) {
throw Error(valid.error);
}
for (var i = 0; i < ext.length; ++i) {
switch (ext[i].type) {
case 'lang':
langExtensions.push(ext[i]);
break;
case 'output':
outputModifiers.push(ext[i]);
break;
default:
// should never reach here
throw Error('Extension loader error: Type unrecognized!!!');
}
}
}
/**
* Listen to an event
* @param {string} name
* @param {function} callback
*/
function listen(name, callback) {
if (!showdown.helper.isString(name)) {
throw Error('Invalid argument in converter.listen() method: name must be a string, but ' + typeof name + ' given');
}
if (typeof callback !== 'function') {
throw Error('Invalid argument in converter.listen() method: callback must be a function, but ' + typeof callback + ' given');
}
if (!listeners.hasOwnProperty(name)) {
listeners[name] = [];
}
listeners[name].push(callback);
}
function rTrimInputText(text) {
var rsp = text.match(/^\s*/)[0].length,
rgx = new RegExp('^\\s{0,' + rsp + '}', 'gm');
return text.replace(rgx, '');
}
/**
* Dispatch an event
* @private
* @param {string} evtName Event name
* @param {string} text Text
* @param {{}} options Converter Options
* @param {{}} globals
* @returns {string}
*/
this._dispatch = function dispatch(evtName, text, options, globals) {
if (listeners.hasOwnProperty(evtName)) {
for (var ei = 0; ei < listeners[evtName].length; ++ei) {
var nText = listeners[evtName][ei](evtName, text, this, options, globals);
if (nText && typeof nText !== 'undefined') {
text = nText;
}
}
}
return text;
};
/**
* Listen to an event
* @param {string} name
* @param {function} callback
* @returns {showdown.Converter}
*/
this.listen = function (name, callback) {
listen(name, callback);
return this;
};
/**
* Converts a markdown string into HTML
* @param {string} text
* @returns {*}
*/
this.makeHtml = function (text) {
//check if text is not falsy
if (!text) {
return text;
}
var globals = {
gHtmlBlocks: [],
gHtmlMdBlocks: [],
gHtmlSpans: [],
gUrls: {},
gTitles: {},
gDimensions: {},
gListLevel: 0,
hashLinkCounts: {},
langExtensions: langExtensions,
outputModifiers: outputModifiers,
converter: this,
ghCodeBlocks: [],
metadata: {
parsed: {},
raw: '',
format: ''
}
};
// This lets us use ¨ trema as an escape char to avoid md5 hashes
// The choice of character is arbitrary; anything that isn't
// magic in Markdown will work.
text = text.replace(/¨/g, '¨T');
// Replace $ with ¨D
// RegExp interprets $ as a special character
// when it's in a replacement string
text = text.replace(/\$/g, '¨D');
// Standardize line endings
text = text.replace(/\r\n/g, '\n'); // DOS to Unix
text = text.replace(/\r/g, '\n'); // Mac to Unix
// Stardardize line spaces
text = text.replace(/\u00A0/g, ' ');
if (options.smartIndentationFix) {
text = rTrimInputText(text);
}
// Make sure text begins and ends with a couple of newlines:
text = '\n\n' + text + '\n\n';
// detab
text = showdown.subParser('detab')(text, options, globals);
/**
* Strip any lines consisting only of spaces and tabs.
* This makes subsequent regexs easier to write, because we can
* match consecutive blank lines with /\n+/ instead of something
* contorted like /[ \t]*\n+/
*/
text = text.replace(/^[ \t]+$/mg, '');
//run languageExtensions
showdown.helper.forEach(langExtensions, function (ext) {
text = showdown.subParser('runExtension')(ext, text, options, globals);
});
// run the sub parsers
text = showdown.subParser('metadata')(text, options, globals);
text = showdown.subParser('hashPreCodeTags')(text, options, globals);
text = showdown.subParser('githubCodeBlocks')(text, options, globals);
text = showdown.subParser('hashHTMLBlocks')(text, options, globals);
text = showdown.subParser('hashCodeTags')(text, options, globals);
text = showdown.subParser('stripLinkDefinitions')(text, options, globals);
text = showdown.subParser('blockGamut')(text, options, globals);
text = showdown.subParser('unhashHTMLSpans')(text, options, globals);
text = showdown.subParser('unescapeSpecialChars')(text, options, globals);
// attacklab: Restore dollar signs
text = text.replace(/¨D/g, '$$');
// attacklab: Restore tremas
text = text.replace(/¨T/g, '¨');
// render a complete html document instead of a partial if the option is enabled
text = showdown.subParser('completeHTMLDocument')(text, options, globals);
// Run output modifiers
showdown.helper.forEach(outputModifiers, function (ext) {
text = showdown.subParser('runExtension')(ext, text, options, globals);
});
// update metadata
metadata = globals.metadata;
return text;
};
/**
* Converts an HTML string into a markdown string
* @param src
* @param [HTMLParser] A WHATWG DOM and HTML parser, such as JSDOM. If none is supplied, window.document will be used.
* @returns {string}
*/
this.makeMarkdown = this.makeMd = function (src, HTMLParser) {
// replace \r\n with \n
src = src.replace(/\r\n/g, '\n');
src = src.replace(/\r/g, '\n'); // old macs
// due to an edge case, we need to find this: > <
// to prevent removing of non silent white spaces
// ex: this is sparta
src = src.replace(/>[ \t]+¨NBSP;<');
if (!HTMLParser) {
if (window && window.document) {
HTMLParser = window.document;
} else {
throw new Error('HTMLParser is undefined. If in a webworker or nodejs environment, you need to provide a WHATWG DOM and HTML such as JSDOM');
}
}
var doc = HTMLParser.createElement('div');
doc.innerHTML = src;
var globals = {
preList: substitutePreCodeTags(doc)
};
// remove all newlines and collapse spaces
clean(doc);
// some stuff, like accidental reference links must now be escaped
// TODO
// doc.innerHTML = doc.innerHTML.replace(/\[[\S\t ]]/);
var nodes = doc.childNodes,
mdDoc = '';
for (var i = 0; i < nodes.length; i++) {
mdDoc += showdown.subParser('makeMarkdown.node')(nodes[i], globals);
}
function clean(node) {
for (var n = 0; n < node.childNodes.length; ++n) {
var child = node.childNodes[n];
if (child.nodeType === 3) {
if (!/\S/.test(child.nodeValue)) {
node.removeChild(child);
--n;
} else {
child.nodeValue = child.nodeValue.split('\n').join(' ');
child.nodeValue = child.nodeValue.replace(/(\s)+/g, '$1');
}
} else if (child.nodeType === 1) {
clean(child);
}
}
}
// find all pre tags and replace contents with placeholder
// we need this so that we can remove all indentation from html
// to ease up parsing
function substitutePreCodeTags(doc) {
var pres = doc.querySelectorAll('pre'),
presPH = [];
for (var i = 0; i < pres.length; ++i) {
if (pres[i].childElementCount === 1 && pres[i].firstChild.tagName.toLowerCase() === 'code') {
var content = pres[i].firstChild.innerHTML.trim(),
language = pres[i].firstChild.getAttribute('data-language') || '';
// if data-language attribute is not defined, then we look for class language-*
if (language === '') {
var classes = pres[i].firstChild.className.split(' ');
for (var c = 0; c < classes.length; ++c) {
var matches = classes[c].match(/^language-(.+)$/);
if (matches !== null) {
language = matches[1];
break;
}
}
}
// unescape html entities in content
content = showdown.helper.unescapeHTMLEntities(content);
presPH.push(content);
pres[i].outerHTML = 'tags around block-level tags. text = showdown.subParser('hashHTMLBlocks')(text, options, globals); text = showdown.subParser('paragraphs')(text, options, globals); text = globals.converter._dispatch('blockGamut.after', text, options, globals); return text; }); showdown.subParser('blockQuotes', function (text, options, globals) { 'use strict'; text = globals.converter._dispatch('blockQuotes.before', text, options, globals); // add a couple extra lines after the text and endtext mark text = text + '\n\n'; var rgx = /(^ {0,3}>[ \t]?.+\n(.+\n)*\n*)+/gm; if (options.splitAdjacentBlockquotes) { rgx = /^ {0,3}>[\s\S]*?(?:\n\n)/gm; } text = text.replace(rgx, function (bq) { // attacklab: hack around Konqueror 3.5.4 bug: // "----------bug".replace(/^-/g,"") == "bug" bq = bq.replace(/^[ \t]*>[ \t]?/gm, ''); // trim one level of quoting // attacklab: clean up hack bq = bq.replace(/¨0/g, ''); bq = bq.replace(/^[ \t]+$/gm, ''); // trim whitespace-only lines bq = showdown.subParser('githubCodeBlocks')(bq, options, globals); bq = showdown.subParser('blockGamut')(bq, options, globals); // recurse bq = bq.replace(/(^|\n)/g, '$1 '); // These leading spaces screw with
content, so we need to fix that:
bq = bq.replace(/(\s*[^\r]+?<\/pre>)/gm, function (wholeMatch, m1) {
var pre = m1;
// attacklab: hack around Konqueror 3.5.4 bug:
pre = pre.replace(/^ /mg, '¨0');
pre = pre.replace(/¨0/g, '');
return pre;
});
return showdown.subParser('hashBlock')('\n' + bq + '\n
', options, globals);
});
text = globals.converter._dispatch('blockQuotes.after', text, options, globals);
return text;
});
/**
* Process Markdown `` blocks.
*/
showdown.subParser('codeBlocks', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('codeBlocks.before', text, options, globals);
// sentinel workarounds for lack of \A and \Z, safari\khtml bug
text += '¨0';
var pattern = /(?:\n\n|^)((?:(?:[ ]{4}|\t).*\n+)+)(\n*[ ]{0,3}[^ \t\n]|(?=¨0))/g;
text = text.replace(pattern, function (wholeMatch, m1, m2) {
var codeblock = m1,
nextChar = m2,
end = '\n';
codeblock = showdown.subParser('outdent')(codeblock, options, globals);
codeblock = showdown.subParser('encodeCode')(codeblock, options, globals);
codeblock = showdown.subParser('detab')(codeblock, options, globals);
codeblock = codeblock.replace(/^\n+/g, ''); // trim leading newlines
codeblock = codeblock.replace(/\n+$/g, ''); // trim trailing newlines
if (options.omitExtraWLInCodeBlocks) {
end = '';
}
codeblock = '' + codeblock + end + '
';
return showdown.subParser('hashBlock')(codeblock, options, globals) + nextChar;
});
// strip sentinel
text = text.replace(/¨0/, '');
text = globals.converter._dispatch('codeBlocks.after', text, options, globals);
return text;
});
/**
*
* * Backtick quotes are used for Just type foo `bar` baz at the prompt.
*
* There's no arbitrary limit to the number of backticks you
* can use as delimters. If you need three consecutive backticks
* in your code, use four for delimiters, etc.
*
* * You can use spaces to get literal backticks at the edges:
*
* ... type `` `bar` `` ...
*
* Turns to:
*
* ... type `bar` ...
*/
showdown.subParser('codeSpans', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('codeSpans.before', text, options, globals);
if (typeof text === 'undefined') {
text = '';
}
text = text.replace(/(^|[^\\])(`+)([^\r]*?[^`])\2(?!`)/gm, function (wholeMatch, m1, m2, m3) {
var c = m3;
c = c.replace(/^([ \t]*)/g, ''); // leading whitespace
c = c.replace(/[ \t]*$/g, ''); // trailing whitespace
c = showdown.subParser('encodeCode')(c, options, globals);
c = m1 + '' + c + '';
c = showdown.subParser('hashHTMLSpans')(c, options, globals);
return c;
});
text = globals.converter._dispatch('codeSpans.after', text, options, globals);
return text;
});
/**
* Create a full HTML document from the processed markdown
*/
showdown.subParser('completeHTMLDocument', function (text, options, globals) {
'use strict';
if (!options.completeHTMLDocument) {
return text;
}
text = globals.converter._dispatch('completeHTMLDocument.before', text, options, globals);
var doctype = 'html',
doctypeParsed = '\n',
title = '',
charset = '\n',
lang = '',
metadata = '';
if (typeof globals.metadata.parsed.doctype !== 'undefined') {
doctypeParsed = '\n';
doctype = globals.metadata.parsed.doctype.toString().toLowerCase();
if (doctype === 'html' || doctype === 'html5') {
charset = '';
}
}
for (var meta in globals.metadata.parsed) {
if (globals.metadata.parsed.hasOwnProperty(meta)) {
switch (meta.toLowerCase()) {
case 'doctype':
break;
case 'title':
title = '' + globals.metadata.parsed.title + ' \n';
break;
case 'charset':
if (doctype === 'html' || doctype === 'html5') {
charset = '\n';
} else {
charset = '\n';
}
break;
case 'language':
case 'lang':
lang = ' lang="' + globals.metadata.parsed[meta] + '"';
metadata += '\n';
break;
default:
metadata += '\n';
}
}
}
text = doctypeParsed + '\n\n' + title + charset + metadata + '\n\n' + text.trim() + '\n\n';
text = globals.converter._dispatch('completeHTMLDocument.after', text, options, globals);
return text;
});
/**
* Convert all tabs to spaces
*/
showdown.subParser('detab', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('detab.before', text, options, globals);
// expand first n-1 tabs
text = text.replace(/\t(?=\t)/g, ' '); // g_tab_width
// replace the nth with two sentinels
text = text.replace(/\t/g, '¨A¨B');
// use the sentinel to anchor our regex so it doesn't explode
text = text.replace(/¨B(.+?)¨A/g, function (wholeMatch, m1) {
var leadingText = m1,
numSpaces = 4 - leadingText.length % 4; // g_tab_width
// there *must* be a better way to do this:
for (var i = 0; i < numSpaces; i++) {
leadingText += ' ';
}
return leadingText;
});
// clean up sentinels
text = text.replace(/¨A/g, ' '); // g_tab_width
text = text.replace(/¨B/g, '');
text = globals.converter._dispatch('detab.after', text, options, globals);
return text;
});
showdown.subParser('ellipsis', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('ellipsis.before', text, options, globals);
text = text.replace(/\.\.\./g, '…');
text = globals.converter._dispatch('ellipsis.after', text, options, globals);
return text;
});
/**
* Turn emoji codes into emojis
*
* List of supported emojis: https://github.com/showdownjs/showdown/wiki/Emojis
*/
showdown.subParser('emoji', function (text, options, globals) {
'use strict';
if (!options.emoji) {
return text;
}
text = globals.converter._dispatch('emoji.before', text, options, globals);
var emojiRgx = /:([\S]+?):/g;
text = text.replace(emojiRgx, function (wm, emojiCode) {
if (showdown.helper.emojis.hasOwnProperty(emojiCode)) {
return showdown.helper.emojis[emojiCode];
}
return wm;
});
text = globals.converter._dispatch('emoji.after', text, options, globals);
return text;
});
/**
* Smart processing for ampersands and angle brackets that need to be encoded.
*/
showdown.subParser('encodeAmpsAndAngles', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('encodeAmpsAndAngles.before', text, options, globals);
// Ampersand-encoding based entirely on Nat Irons's Amputator MT plugin:
// http://bumppo.net/projects/amputator/
text = text.replace(/&(?!#?[xX]?(?:[0-9a-fA-F]+|\w+);)/g, '&');
// Encode naked <'s
text = text.replace(/<(?![a-z\/?$!])/gi, '<');
// Encode <
text = text.replace(/
text = text.replace(/>/g, '>');
text = globals.converter._dispatch('encodeAmpsAndAngles.after', text, options, globals);
return text;
});
/**
* Returns the string, with after processing the following backslash escape sequences.
*
* attacklab: The polite way to do this is with the new escapeCharacters() function:
*
* text = escapeCharacters(text,"\\",true);
* text = escapeCharacters(text,"`*_{}[]()>#+-.!",true);
*
* ...but we're sidestepping its use of the (slow) RegExp constructor
* as an optimization for Firefox. This function gets called a LOT.
*/
showdown.subParser('encodeBackslashEscapes', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('encodeBackslashEscapes.before', text, options, globals);
text = text.replace(/\\(\\)/g, showdown.helper.escapeCharactersCallback);
text = text.replace(/\\([`*_{}\[\]()>#+.!~=|-])/g, showdown.helper.escapeCharactersCallback);
text = globals.converter._dispatch('encodeBackslashEscapes.after', text, options, globals);
return text;
});
/**
* Encode/escape certain characters inside Markdown code runs.
* The point is that in code, these characters are literals,
* and lose their special Markdown meanings.
*/
showdown.subParser('encodeCode', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('encodeCode.before', text, options, globals);
// Encode all ampersands; HTML entities are not
// entities within a Markdown code span.
text = text.replace(/&/g, '&')
// Do the angle bracket song and dance:
.replace(//g, '>')
// Now, escape characters that are magic in Markdown:
.replace(/([*_{}\[\]\\=~-])/g, showdown.helper.escapeCharactersCallback);
text = globals.converter._dispatch('encodeCode.after', text, options, globals);
return text;
});
/**
* Within tags -- meaning between < and > -- encode [\ ` * _ ~ =] so they
* don't conflict with their use in Markdown for code, italics and strong.
*/
showdown.subParser('escapeSpecialCharsWithinTagAttributes', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('escapeSpecialCharsWithinTagAttributes.before', text, options, globals);
// Build a regex to find HTML tags.
var tags = /<\/?[a-z\d_:-]+(?:[\s]+[\s\S]+?)?>/gi,
comments = /-]|-[^>])(?:[^-]|-[^-])*)--)>/gi;
text = text.replace(tags, function (wholeMatch) {
return wholeMatch.replace(/(.)<\/?code>(?=.)/g, '$1`').replace(/([\\`*_~=|])/g, showdown.helper.escapeCharactersCallback);
});
text = text.replace(comments, function (wholeMatch) {
return wholeMatch.replace(/([\\`*_~=|])/g, showdown.helper.escapeCharactersCallback);
});
text = globals.converter._dispatch('escapeSpecialCharsWithinTagAttributes.after', text, options, globals);
return text;
});
/**
* Handle github codeblocks prior to running HashHTML so that
* HTML contained within the codeblock gets escaped properly
* Example:
* ```ruby
* def hello_world(x)
* puts "Hello, #{x}"
* end
* ```
*/
showdown.subParser('githubCodeBlocks', function (text, options, globals) {
'use strict';
// early exit if option is not enabled
if (!options.ghCodeBlocks) {
return text;
}
text = globals.converter._dispatch('githubCodeBlocks.before', text, options, globals);
text += '¨0';
text = text.replace(/(?:^|\n)(?: {0,3})(```+|~~~+)(?: *)([^\s`~]*)\n([\s\S]*?)\n(?: {0,3})\1/g, function (wholeMatch, delim, language, codeblock) {
var end = options.omitExtraWLInCodeBlocks ? '' : '\n';
// First parse the github code block
codeblock = showdown.subParser('encodeCode')(codeblock, options, globals);
codeblock = showdown.subParser('detab')(codeblock, options, globals);
codeblock = codeblock.replace(/^\n+/g, ''); // trim leading newlines
codeblock = codeblock.replace(/\n+$/g, ''); // trim trailing whitespace
codeblock = '' + codeblock + end + '
';
codeblock = showdown.subParser('hashBlock')(codeblock, options, globals);
// Since GHCodeblocks can be false positives, we need to
// store the primitive text and the parsed text in a global var,
// and then return a token
return '\n\n¨G' + (globals.ghCodeBlocks.push({ text: wholeMatch, codeblock: codeblock }) - 1) + 'G\n\n';
});
// attacklab: strip sentinel
text = text.replace(/¨0/, '');
return globals.converter._dispatch('githubCodeBlocks.after', text, options, globals);
});
showdown.subParser('hashBlock', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('hashBlock.before', text, options, globals);
text = text.replace(/(^\n+|\n+$)/g, '');
text = '\n\n¨K' + (globals.gHtmlBlocks.push(text) - 1) + 'K\n\n';
text = globals.converter._dispatch('hashBlock.after', text, options, globals);
return text;
});
/**
* Hash and escape elements that should not be parsed as markdown
*/
showdown.subParser('hashCodeTags', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('hashCodeTags.before', text, options, globals);
var repFunc = function repFunc(wholeMatch, match, left, right) {
var codeblock = left + showdown.subParser('encodeCode')(match, options, globals) + right;
return '¨C' + (globals.gHtmlSpans.push(codeblock) - 1) + 'C';
};
// Hash naked
text = showdown.helper.replaceRecursiveRegExp(text, repFunc, ']*>', ' ', 'gim');
text = globals.converter._dispatch('hashCodeTags.after', text, options, globals);
return text;
});
showdown.subParser('hashElement', function (text, options, globals) {
'use strict';
return function (wholeMatch, m1) {
var blockText = m1;
// Undo double lines
blockText = blockText.replace(/\n\n/g, '\n');
blockText = blockText.replace(/^\n/, '');
// strip trailing blank lines
blockText = blockText.replace(/\n+$/g, '');
// Replace the element text with a marker ("¨KxK" where x is its key)
blockText = '\n\n¨K' + (globals.gHtmlBlocks.push(blockText) - 1) + 'K\n\n';
return blockText;
};
});
showdown.subParser('hashHTMLBlocks', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('hashHTMLBlocks.before', text, options, globals);
var blockTags = ['pre', 'div', 'h1', 'h2', 'h3', 'h4', 'h5', 'h6', 'blockquote', 'table', 'dl', 'ol', 'ul', 'script', 'noscript', 'form', 'fieldset', 'iframe', 'math', 'style', 'section', 'header', 'footer', 'nav', 'article', 'aside', 'address', 'audio', 'canvas', 'figure', 'hgroup', 'output', 'video', 'p'],
repFunc = function repFunc(wholeMatch, match, left, right) {
var txt = wholeMatch;
// check if this html element is marked as markdown
// if so, it's contents should be parsed as markdown
if (left.search(/\bmarkdown\b/) !== -1) {
txt = left + globals.converter.makeHtml(match) + right;
}
return '\n\n¨K' + (globals.gHtmlBlocks.push(txt) - 1) + 'K\n\n';
};
if (options.backslashEscapesHTMLTags) {
// encode backslash escaped HTML tags
text = text.replace(/\\<(\/?[^>]+?)>/g, function (wm, inside) {
return '<' + inside + '>';
});
}
// hash HTML Blocks
for (var i = 0; i < blockTags.length; ++i) {
var opTagPos,
rgx1 = new RegExp('^ {0,3}(<' + blockTags[i] + '\\b[^>]*>)', 'im'),
patLeft = '<' + blockTags[i] + '\\b[^>]*>',
patRight = '';
// 1. Look for the first position of the first opening HTML tag in the text
while ((opTagPos = showdown.helper.regexIndexOf(text, rgx1)) !== -1) {
// if the HTML tag is \ escaped, we need to escape it and break
//2. Split the text in that position
var subTexts = showdown.helper.splitAtIndex(text, opTagPos),
//3. Match recursively
newSubText1 = showdown.helper.replaceRecursiveRegExp(subTexts[1], repFunc, patLeft, patRight, 'im');
// prevent an infinite loop
if (newSubText1 === subTexts[1]) {
break;
}
text = subTexts[0].concat(newSubText1);
}
}
// HR SPECIAL CASE
text = text.replace(/(\n {0,3}(<(hr)\b([^<>])*?\/?>)[ \t]*(?=\n{2,}))/g, showdown.subParser('hashElement')(text, options, globals));
// Special case for standalone HTML comments
text = showdown.helper.replaceRecursiveRegExp(text, function (txt) {
return '\n\n¨K' + (globals.gHtmlBlocks.push(txt) - 1) + 'K\n\n';
}, '^ {0,3}', 'gm');
// PHP and ASP-style processor instructions ( and <%...%>)
text = text.replace(/(?:\n\n)( {0,3}(?:<([?%])[^\r]*?\2>)[ \t]*(?=\n{2,}))/g, showdown.subParser('hashElement')(text, options, globals));
text = globals.converter._dispatch('hashHTMLBlocks.after', text, options, globals);
return text;
});
/**
* Hash span elements that should not be parsed as markdown
*/
showdown.subParser('hashHTMLSpans', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('hashHTMLSpans.before', text, options, globals);
function hashHTMLSpan(html) {
return '¨C' + (globals.gHtmlSpans.push(html) - 1) + 'C';
}
// Hash Self Closing tags
text = text.replace(/<[^>]+?\/>/gi, function (wm) {
return hashHTMLSpan(wm);
});
// Hash tags without properties
text = text.replace(/<([^>]+?)>[\s\S]*?<\/\1>/g, function (wm) {
return hashHTMLSpan(wm);
});
// Hash tags with properties
text = text.replace(/<([^>]+?)\s[^>]+?>[\s\S]*?<\/\1>/g, function (wm) {
return hashHTMLSpan(wm);
});
// Hash self closing tags without />
text = text.replace(/<[^>]+?>/gi, function (wm) {
return hashHTMLSpan(wm);
});
/*showdown.helper.matchRecursiveRegExp(text, ']*>', ' ', 'gi');*/
text = globals.converter._dispatch('hashHTMLSpans.after', text, options, globals);
return text;
});
/**
* Unhash HTML spans
*/
showdown.subParser('unhashHTMLSpans', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('unhashHTMLSpans.before', text, options, globals);
for (var i = 0; i < globals.gHtmlSpans.length; ++i) {
var repText = globals.gHtmlSpans[i],
// limiter to prevent infinite loop (assume 10 as limit for recurse)
limit = 0;
while (/¨C(\d+)C/.test(repText)) {
var num = RegExp.$1;
repText = repText.replace('¨C' + num + 'C', globals.gHtmlSpans[num]);
if (limit === 10) {
console.error('maximum nesting of 10 spans reached!!!');
break;
}
++limit;
}
text = text.replace('¨C' + i + 'C', repText);
}
text = globals.converter._dispatch('unhashHTMLSpans.after', text, options, globals);
return text;
});
/**
* Hash and escape elements that should not be parsed as markdown
*/
showdown.subParser('hashPreCodeTags', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('hashPreCodeTags.before', text, options, globals);
var repFunc = function repFunc(wholeMatch, match, left, right) {
// encode html entities
var codeblock = left + showdown.subParser('encodeCode')(match, options, globals) + right;
return '\n\n¨G' + (globals.ghCodeBlocks.push({ text: wholeMatch, codeblock: codeblock }) - 1) + 'G\n\n';
};
// Hash
text = showdown.helper.replaceRecursiveRegExp(text, repFunc, '^ {0,3}]*>\\s*]*>', '^ {0,3} \\s*
', 'gim');
text = globals.converter._dispatch('hashPreCodeTags.after', text, options, globals);
return text;
});
showdown.subParser('headers', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('headers.before', text, options, globals);
var headerLevelStart = isNaN(parseInt(options.headerLevelStart)) ? 1 : parseInt(options.headerLevelStart),
// Set text-style headers:
// Header 1
// ========
//
// Header 2
// --------
//
setextRegexH1 = options.smoothLivePreview ? /^(.+)[ \t]*\n={2,}[ \t]*\n+/gm : /^(.+)[ \t]*\n=+[ \t]*\n+/gm,
setextRegexH2 = options.smoothLivePreview ? /^(.+)[ \t]*\n-{2,}[ \t]*\n+/gm : /^(.+)[ \t]*\n-+[ \t]*\n+/gm;
text = text.replace(setextRegexH1, function (wholeMatch, m1) {
var spanGamut = showdown.subParser('spanGamut')(m1, options, globals),
hID = options.noHeaderId ? '' : ' id="' + headerId(m1) + '"',
hLevel = headerLevelStart,
hashBlock = '' + spanGamut + ' ';
return showdown.subParser('hashBlock')(hashBlock, options, globals);
});
text = text.replace(setextRegexH2, function (matchFound, m1) {
var spanGamut = showdown.subParser('spanGamut')(m1, options, globals),
hID = options.noHeaderId ? '' : ' id="' + headerId(m1) + '"',
hLevel = headerLevelStart + 1,
hashBlock = '' + spanGamut + ' ';
return showdown.subParser('hashBlock')(hashBlock, options, globals);
});
// atx-style headers:
// # Header 1
// ## Header 2
// ## Header 2 with closing hashes ##
// ...
// ###### Header 6
//
var atxStyle = options.requireSpaceBeforeHeadingText ? /^(#{1,6})[ \t]+(.+?)[ \t]*#*\n+/gm : /^(#{1,6})[ \t]*(.+?)[ \t]*#*\n+/gm;
text = text.replace(atxStyle, function (wholeMatch, m1, m2) {
var hText = m2;
if (options.customizedHeaderId) {
hText = m2.replace(/\s?\{([^{]+?)}\s*$/, '');
}
var span = showdown.subParser('spanGamut')(hText, options, globals),
hID = options.noHeaderId ? '' : ' id="' + headerId(m2) + '"',
hLevel = headerLevelStart - 1 + m1.length,
header = '' + span + ' ';
return showdown.subParser('hashBlock')(header, options, globals);
});
function headerId(m) {
var title, prefix;
// It is separate from other options to allow combining prefix and customized
if (options.customizedHeaderId) {
var match = m.match(/\{([^{]+?)}\s*$/);
if (match && match[1]) {
m = match[1];
}
}
title = m;
// Prefix id to prevent causing inadvertent pre-existing style matches.
if (showdown.helper.isString(options.prefixHeaderId)) {
prefix = options.prefixHeaderId;
} else if (options.prefixHeaderId === true) {
prefix = 'section-';
} else {
prefix = '';
}
if (!options.rawPrefixHeaderId) {
title = prefix + title;
}
if (options.ghCompatibleHeaderId) {
title = title.replace(/ /g, '-')
// replace previously escaped chars (&, ¨ and $)
.replace(/&/g, '').replace(/¨T/g, '').replace(/¨D/g, '')
// replace rest of the chars (&~$ are repeated as they might have been escaped)
// borrowed from github's redcarpet (some they should produce similar results)
.replace(/[&+$,\/:;=?@"#{}|^¨~\[\]`\\*)(%.!'<>]/g, '').toLowerCase();
} else if (options.rawHeaderId) {
title = title.replace(/ /g, '-')
// replace previously escaped chars (&, ¨ and $)
.replace(/&/g, '&').replace(/¨T/g, '¨').replace(/¨D/g, '$')
// replace " and '
.replace(/["']/g, '-').toLowerCase();
} else {
title = title.replace(/[^\w]/g, '').toLowerCase();
}
if (options.rawPrefixHeaderId) {
title = prefix + title;
}
if (globals.hashLinkCounts[title]) {
title = title + '-' + globals.hashLinkCounts[title]++;
} else {
globals.hashLinkCounts[title] = 1;
}
return title;
}
text = globals.converter._dispatch('headers.after', text, options, globals);
return text;
});
/**
* Turn Markdown link shortcuts into XHTML tags.
*/
showdown.subParser('horizontalRule', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('horizontalRule.before', text, options, globals);
var key = showdown.subParser('hashBlock')('
', options, globals);
text = text.replace(/^ {0,2}( ?-){3,}[ \t]*$/gm, key);
text = text.replace(/^ {0,2}( ?\*){3,}[ \t]*$/gm, key);
text = text.replace(/^ {0,2}( ?_){3,}[ \t]*$/gm, key);
text = globals.converter._dispatch('horizontalRule.after', text, options, globals);
return text;
});
/**
* Turn Markdown image shortcuts into ![]()
tags.
*/
showdown.subParser('images', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('images.before', text, options, globals);
var inlineRegExp = /!\[([^\]]*?)][ \t]*()\([ \t]??(?: =([*\d]+[A-Za-z%]{0,4})x([*\d]+[A-Za-z%]{0,4}))?[ \t]*(?:(["'])([^"]*?)\6)?[ \t]?\)/g,
crazyRegExp = /!\[([^\]]*?)][ \t]*()\([ \t]?<([^>]*)>(?: =([*\d]+[A-Za-z%]{0,4})x([*\d]+[A-Za-z%]{0,4}))?[ \t]*(?:(?:(["'])([^"]*?)\6))?[ \t]?\)/g,
base64RegExp = /!\[([^\]]*?)][ \t]*()\([ \t]??(?: =([*\d]+[A-Za-z%]{0,4})x([*\d]+[A-Za-z%]{0,4}))?[ \t]*(?:(["'])([^"]*?)\6)?[ \t]?\)/g,
referenceRegExp = /!\[([^\]]*?)] ?(?:\n *)?\[([\s\S]*?)]()()()()()/g,
refShortcutRegExp = /!\[([^\[\]]+)]()()()()()/g;
function writeImageTagBase64(wholeMatch, altText, linkId, url, width, height, m5, title) {
url = url.replace(/\s/g, '');
return writeImageTag(wholeMatch, altText, linkId, url, width, height, m5, title);
}
function writeImageTag(wholeMatch, altText, linkId, url, width, height, m5, title) {
var gUrls = globals.gUrls,
gTitles = globals.gTitles,
gDims = globals.gDimensions;
linkId = linkId.toLowerCase();
if (!title) {
title = '';
}
// Special case for explicit empty url
if (wholeMatch.search(/\(? ?(['"].*['"])?\)$/m) > -1) {
url = '';
} else if (url === '' || url === null) {
if (linkId === '' || linkId === null) {
// lower-case and turn embedded newlines into spaces
linkId = altText.toLowerCase().replace(/ ?\n/g, ' ');
}
url = '#' + linkId;
if (!showdown.helper.isUndefined(gUrls[linkId])) {
url = gUrls[linkId];
if (!showdown.helper.isUndefined(gTitles[linkId])) {
title = gTitles[linkId];
}
if (!showdown.helper.isUndefined(gDims[linkId])) {
width = gDims[linkId].width;
height = gDims[linkId].height;
}
} else {
return wholeMatch;
}
}
altText = altText.replace(/"/g, '"')
//altText = showdown.helper.escapeCharacters(altText, '*_', false);
.replace(showdown.helper.regexes.asteriskDashAndColon, showdown.helper.escapeCharactersCallback);
//url = showdown.helper.escapeCharacters(url, '*_', false);
url = url.replace(showdown.helper.regexes.asteriskDashAndColon, showdown.helper.escapeCharactersCallback);
var result = '
x "optional title")
// base64 encoded images
text = text.replace(base64RegExp, writeImageTagBase64);
// cases with crazy urls like ./image/cat1).png
text = text.replace(crazyRegExp, writeImageTag);
// normal cases
text = text.replace(inlineRegExp, writeImageTag);
// handle reference-style shortcuts: ![img text]
text = text.replace(refShortcutRegExp, writeImageTag);
text = globals.converter._dispatch('images.after', text, options, globals);
return text;
});
showdown.subParser('italicsAndBold', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('italicsAndBold.before', text, options, globals);
// it's faster to have 3 separate regexes for each case than have just one
// because of backtracing, in some cases, it could lead to an exponential effect
// called "catastrophic backtrace". Ominous!
function parseInside(txt, left, right) {
/*
if (options.simplifiedAutoLink) {
txt = showdown.subParser('simplifiedAutoLinks')(txt, options, globals);
}
*/
return left + txt + right;
}
// Parse underscores
if (options.literalMidWordUnderscores) {
text = text.replace(/\b___(\S[\s\S]*?)___\b/g, function (wm, txt) {
return parseInside(txt, '', '');
});
text = text.replace(/\b__(\S[\s\S]*?)__\b/g, function (wm, txt) {
return parseInside(txt, '', '');
});
text = text.replace(/\b_(\S[\s\S]*?)_\b/g, function (wm, txt) {
return parseInside(txt, '', '');
});
} else {
text = text.replace(/___(\S[\s\S]*?)___/g, function (wm, m) {
return (/\S$/.test(m) ? parseInside(m, '', '') : wm
);
});
text = text.replace(/__(\S[\s\S]*?)__/g, function (wm, m) {
return (/\S$/.test(m) ? parseInside(m, '', '') : wm
);
});
text = text.replace(/_([^\s_][\s\S]*?)_/g, function (wm, m) {
// !/^_[^_]/.test(m) - test if it doesn't start with __ (since it seems redundant, we removed it)
return (/\S$/.test(m) ? parseInside(m, '', '') : wm
);
});
}
// Now parse asterisks
if (options.literalMidWordAsterisks) {
text = text.replace(/([^*]|^)\B\*\*\*(\S[\s\S]*?)\*\*\*\B(?!\*)/g, function (wm, lead, txt) {
return parseInside(txt, lead + '', '');
});
text = text.replace(/([^*]|^)\B\*\*(\S[\s\S]*?)\*\*\B(?!\*)/g, function (wm, lead, txt) {
return parseInside(txt, lead + '', '');
});
text = text.replace(/([^*]|^)\B\*(\S[\s\S]*?)\*\B(?!\*)/g, function (wm, lead, txt) {
return parseInside(txt, lead + '', '');
});
} else {
text = text.replace(/\*\*\*(\S[\s\S]*?)\*\*\*/g, function (wm, m) {
return (/\S$/.test(m) ? parseInside(m, '', '') : wm
);
});
text = text.replace(/\*\*(\S[\s\S]*?)\*\*/g, function (wm, m) {
return (/\S$/.test(m) ? parseInside(m, '', '') : wm
);
});
text = text.replace(/\*([^\s*][\s\S]*?)\*/g, function (wm, m) {
// !/^\*[^*]/.test(m) - test if it doesn't start with ** (since it seems redundant, we removed it)
return (/\S$/.test(m) ? parseInside(m, '', '') : wm
);
});
}
text = globals.converter._dispatch('italicsAndBold.after', text, options, globals);
return text;
});
/**
* Form HTML ordered (numbered) and unordered (bulleted) lists.
*/
showdown.subParser('lists', function (text, options, globals) {
'use strict';
/**
* Process the contents of a single ordered or unordered list, splitting it
* into individual list items.
* @param {string} listStr
* @param {boolean} trimTrailing
* @returns {string}
*/
function processListItems(listStr, trimTrailing) {
// The $g_list_level global keeps track of when we're inside a list.
// Each time we enter a list, we increment it; when we leave a list,
// we decrement. If it's zero, we're not in a list anymore.
//
// We do this because when we're not inside a list, we want to treat
// something like this:
//
// I recommend upgrading to version
// 8. Oops, now this line is treated
// as a sub-list.
//
// As a single paragraph, despite the fact that the second line starts
// with a digit-period-space sequence.
//
// Whereas when we're inside a list (or sub-list), that line will be
// treated as the start of a sub-list. What a kludge, huh? This is
// an aspect of Markdown's syntax that's hard to parse perfectly
// without resorting to mind-reading. Perhaps the solution is to
// change the syntax rules such that sub-lists must start with a
// starting cardinal number; e.g. "1." or "a.".
globals.gListLevel++;
// trim trailing blank lines:
listStr = listStr.replace(/\n{2,}$/, '\n');
// attacklab: add sentinel to emulate \z
listStr += '¨0';
var rgx = /(\n)?(^ {0,3})([*+-]|\d+[.])[ \t]+((\[(x|X| )?])?[ \t]*[^\r]+?(\n{1,2}))(?=\n*(¨0| {0,3}([*+-]|\d+[.])[ \t]+))/gm,
isParagraphed = /\n[ \t]*\n(?!¨0)/.test(listStr);
// Since version 1.5, nesting sublists requires 4 spaces (or 1 tab) indentation,
// which is a syntax breaking change
// activating this option reverts to old behavior
if (options.disableForced4SpacesIndentedSublists) {
rgx = /(\n)?(^ {0,3})([*+-]|\d+[.])[ \t]+((\[(x|X| )?])?[ \t]*[^\r]+?(\n{1,2}))(?=\n*(¨0|\2([*+-]|\d+[.])[ \t]+))/gm;
}
listStr = listStr.replace(rgx, function (wholeMatch, m1, m2, m3, m4, taskbtn, checked) {
checked = checked && checked.trim() !== '';
var item = showdown.subParser('outdent')(m4, options, globals),
bulletStyle = '';
// Support for github tasklists
if (taskbtn && options.tasklists) {
bulletStyle = ' class="task-list-item" style="list-style-type: none;"';
item = item.replace(/^[ \t]*\[(x|X| )?]/m, function () {
var otp = 'a
// instead of:
// - - - a
// So, to prevent it, we will put a marker (¨A)in the beginning of the line
// Kind of hackish/monkey patching, but seems more effective than overcomplicating the list parser
item = item.replace(/^([-*+]|\d\.)[ \t]+[\S\n ]*/g, function (wm2) {
return '¨A' + wm2;
});
// m1 - Leading line or
// Has a double return (multi paragraph) or
// Has sublist
if (m1 || item.search(/\n{2,}/) > -1) {
item = showdown.subParser('githubCodeBlocks')(item, options, globals);
item = showdown.subParser('blockGamut')(item, options, globals);
} else {
// Recursion for sub-lists:
item = showdown.subParser('lists')(item, options, globals);
item = item.replace(/\n$/, ''); // chomp(item)
item = showdown.subParser('hashHTMLBlocks')(item, options, globals);
// Colapse double linebreaks
item = item.replace(/\n\n+/g, '\n\n');
if (isParagraphed) {
item = showdown.subParser('paragraphs')(item, options, globals);
} else {
item = showdown.subParser('spanGamut')(item, options, globals);
}
}
// now we need to remove the marker (¨A)
item = item.replace('¨A', '');
// we can finally wrap the line in list item tags
item = '' + item + '\n';
return item;
});
// attacklab: strip sentinel
listStr = listStr.replace(/¨0/g, '');
globals.gListLevel--;
if (trimTrailing) {
listStr = listStr.replace(/\s+$/, '');
}
return listStr;
}
function styleStartNumber(list, listType) {
// check if ol and starts by a number different than 1
if (listType === 'ol') {
var res = list.match(/^ *(\d+)\./);
if (res && res[1] !== '1') {
return ' start="' + res[1] + '"';
}
}
return '';
}
/**
* Check and parse consecutive lists (better fix for issue #142)
* @param {string} list
* @param {string} listType
* @param {boolean} trimTrailing
* @returns {string}
*/
function parseConsecutiveLists(list, listType, trimTrailing) {
// check if we caught 2 or more consecutive lists by mistake
// we use the counterRgx, meaning if listType is UL we look for OL and vice versa
var olRgx = options.disableForced4SpacesIndentedSublists ? /^ ?\d+\.[ \t]/gm : /^ {0,3}\d+\.[ \t]/gm,
ulRgx = options.disableForced4SpacesIndentedSublists ? /^ ?[*+-][ \t]/gm : /^ {0,3}[*+-][ \t]/gm,
counterRxg = listType === 'ul' ? olRgx : ulRgx,
result = '';
if (list.search(counterRxg) !== -1) {
(function parseCL(txt) {
var pos = txt.search(counterRxg),
style = styleStartNumber(list, listType);
if (pos !== -1) {
// slice
result += '\n\n<' + listType + style + '>\n' + processListItems(txt.slice(0, pos), !!trimTrailing) + '\n';
// invert counterType and listType
listType = listType === 'ul' ? 'ol' : 'ul';
counterRxg = listType === 'ul' ? olRgx : ulRgx;
//recurse
parseCL(txt.slice(pos));
} else {
result += '\n\n<' + listType + style + '>\n' + processListItems(txt, !!trimTrailing) + '\n';
}
})(list);
} else {
var style = styleStartNumber(list, listType);
result = '\n\n<' + listType + style + '>\n' + processListItems(list, !!trimTrailing) + '\n';
}
return result;
}
/** Start of list parsing **/
text = globals.converter._dispatch('lists.before', text, options, globals);
// add sentinel to hack around khtml/safari bug:
// http://bugs.webkit.org/show_bug.cgi?id=11231
text += '¨0';
if (globals.gListLevel) {
text = text.replace(/^(( {0,3}([*+-]|\d+[.])[ \t]+)[^\r]+?(¨0|\n{2,}(?=\S)(?![ \t]*(?:[*+-]|\d+[.])[ \t]+)))/gm, function (wholeMatch, list, m2) {
var listType = m2.search(/[*+-]/g) > -1 ? 'ul' : 'ol';
return parseConsecutiveLists(list, listType, true);
});
} else {
text = text.replace(/(\n\n|^\n?)(( {0,3}([*+-]|\d+[.])[ \t]+)[^\r]+?(¨0|\n{2,}(?=\S)(?![ \t]*(?:[*+-]|\d+[.])[ \t]+)))/gm, function (wholeMatch, m1, list, m3) {
var listType = m3.search(/[*+-]/g) > -1 ? 'ul' : 'ol';
return parseConsecutiveLists(list, listType, false);
});
}
// strip sentinel
text = text.replace(/¨0/, '');
text = globals.converter._dispatch('lists.after', text, options, globals);
return text;
});
/**
* Parse metadata at the top of the document
*/
showdown.subParser('metadata', function (text, options, globals) {
'use strict';
if (!options.metadata) {
return text;
}
text = globals.converter._dispatch('metadata.before', text, options, globals);
function parseMetadataContents(content) {
// raw is raw so it's not changed in any way
globals.metadata.raw = content;
// escape chars forbidden in html attributes
// double quotes
content = content
// ampersand first
.replace(/&/g, '&')
// double quotes
.replace(/"/g, '"');
content = content.replace(/\n {4}/g, ' ');
content.replace(/^([\S ]+): +([\s\S]+?)$/gm, function (wm, key, value) {
globals.metadata.parsed[key] = value;
return '';
});
}
text = text.replace(/^\s*«««+(\S*?)\n([\s\S]+?)\n»»»+\n/, function (wholematch, format, content) {
parseMetadataContents(content);
return '¨M';
});
text = text.replace(/^\s*---+(\S*?)\n([\s\S]+?)\n---+\n/, function (wholematch, format, content) {
if (format) {
globals.metadata.format = format;
}
parseMetadataContents(content);
return '¨M';
});
text = text.replace(/¨M/g, '');
text = globals.converter._dispatch('metadata.after', text, options, globals);
return text;
});
/**
* Remove one level of line-leading tabs or spaces
*/
showdown.subParser('outdent', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('outdent.before', text, options, globals);
// attacklab: hack around Konqueror 3.5.4 bug:
// "----------bug".replace(/^-/g,"") == "bug"
text = text.replace(/^(\t|[ ]{1,4})/gm, '¨0'); // attacklab: g_tab_width
// attacklab: clean up hack
text = text.replace(/¨0/g, '');
text = globals.converter._dispatch('outdent.after', text, options, globals);
return text;
});
/**
*
*/
showdown.subParser('paragraphs', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('paragraphs.before', text, options, globals);
// Strip leading and trailing lines:
text = text.replace(/^\n+/g, '');
text = text.replace(/\n+$/g, '');
var grafs = text.split(/\n{2,}/g),
grafsOut = [],
end = grafs.length; // Wrap tags
for (var i = 0; i < end; i++) {
var str = grafs[i];
// if this is an HTML marker, copy it
if (str.search(/¨(K|G)(\d+)\1/g) >= 0) {
grafsOut.push(str);
// test for presence of characters to prevent empty lines being parsed
// as paragraphs (resulting in undesired extra empty paragraphs)
} else if (str.search(/\S/) >= 0) {
str = showdown.subParser('spanGamut')(str, options, globals);
str = str.replace(/^([ \t]*)/g, '
');
str += '
';
grafsOut.push(str);
}
}
/** Unhashify HTML blocks */
end = grafsOut.length;
for (i = 0; i < end; i++) {
var blockText = '',
grafsOutIt = grafsOut[i],
codeFlag = false;
// if this is a marker for an html block...
// use RegExp.test instead of string.search because of QML bug
while (/¨(K|G)(\d+)\1/.test(grafsOutIt)) {
var delim = RegExp.$1,
num = RegExp.$2;
if (delim === 'K') {
blockText = globals.gHtmlBlocks[num];
} else {
// we need to check if ghBlock is a false positive
if (codeFlag) {
// use encoded version of all text
blockText = showdown.subParser('encodeCode')(globals.ghCodeBlocks[num].text, options, globals);
} else {
blockText = globals.ghCodeBlocks[num].codeblock;
}
}
blockText = blockText.replace(/\$/g, '$$$$'); // Escape any dollar signs
grafsOutIt = grafsOutIt.replace(/(\n\n)?¨(K|G)\d+\2(\n\n)?/, blockText);
// Check if grafsOutIt is a pre->code
if (/^]*>\s*]*>/.test(grafsOutIt)) {
codeFlag = true;
}
}
grafsOut[i] = grafsOutIt;
}
text = grafsOut.join('\n');
// Strip leading and trailing lines:
text = text.replace(/^\n+/g, '');
text = text.replace(/\n+$/g, '');
return globals.converter._dispatch('paragraphs.after', text, options, globals);
});
/**
* Run extension
*/
showdown.subParser('runExtension', function (ext, text, options, globals) {
'use strict';
if (ext.filter) {
text = ext.filter(text, globals.converter, options);
} else if (ext.regex) {
// TODO remove this when old extension loading mechanism is deprecated
var re = ext.regex;
if (!(re instanceof RegExp)) {
re = new RegExp(re, 'g');
}
text = text.replace(re, ext.replace);
}
return text;
});
/**
* These are all the transformations that occur *within* block-level
* tags like paragraphs, headers, and list items.
*/
showdown.subParser('spanGamut', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('spanGamut.before', text, options, globals);
text = showdown.subParser('codeSpans')(text, options, globals);
text = showdown.subParser('escapeSpecialCharsWithinTagAttributes')(text, options, globals);
text = showdown.subParser('encodeBackslashEscapes')(text, options, globals);
// Process anchor and image tags. Images must come first,
// because ![foo][f] looks like an anchor.
text = showdown.subParser('images')(text, options, globals);
text = showdown.subParser('anchors')(text, options, globals);
// Make links out of things like `).
text = showdown.subParser('autoLinks')(text, options, globals);
text = showdown.subParser('simplifiedAutoLinks')(text, options, globals);
text = showdown.subParser('emoji')(text, options, globals);
text = showdown.subParser('underline')(text, options, globals);
text = showdown.subParser('italicsAndBold')(text, options, globals);
text = showdown.subParser('strikethrough')(text, options, globals);
text = showdown.subParser('ellipsis')(text, options, globals);
// we need to hash HTML tags inside spans
text = showdown.subParser('hashHTMLSpans')(text, options, globals);
// now we encode amps and angles
text = showdown.subParser('encodeAmpsAndAngles')(text, options, globals);
// Do hard breaks
if (options.simpleLineBreaks) {
// GFM style hard breaks
// only add line breaks if the text does not contain a block (special case for lists)
if (!/\n\n¨K/.test(text)) {
text = text.replace(/\n+/g, '
\n');
}
} else {
// Vanilla hard breaks
text = text.replace(/ +\n/g, '
\n');
}
text = globals.converter._dispatch('spanGamut.after', text, options, globals);
return text;
});
showdown.subParser('strikethrough', function (text, options, globals) {
'use strict';
function parseInside(txt) {
if (options.simplifiedAutoLink) {
txt = showdown.subParser('simplifiedAutoLinks')(txt, options, globals);
}
return '' + txt + '';
}
if (options.strikethrough) {
text = globals.converter._dispatch('strikethrough.before', text, options, globals);
text = text.replace(/(?:~){2}([\s\S]+?)(?:~){2}/g, function (wm, txt) {
return parseInside(txt);
});
text = globals.converter._dispatch('strikethrough.after', text, options, globals);
}
return text;
});
/**
* Strips link definitions from text, stores the URLs and titles in
* hash references.
* Link defs are in the form: ^[id]: url "optional title"
*/
showdown.subParser('stripLinkDefinitions', function (text, options, globals) {
'use strict';
var regex = /^ {0,3}\[(.+)]:[ \t]*\n?[ \t]*\s]+)>?(?: =([*\d]+[A-Za-z%]{0,4})x([*\d]+[A-Za-z%]{0,4}))?[ \t]*\n?[ \t]*(?:(\n*)["|'(](.+?)["|')][ \t]*)?(?:\n+|(?=¨0))/gm,
base64Regex = /^ {0,3}\[(.+)]:[ \t]*\n?[ \t]*?(?: =([*\d]+[A-Za-z%]{0,4})x([*\d]+[A-Za-z%]{0,4}))?[ \t]*\n?[ \t]*(?:(\n*)["|'(](.+?)["|')][ \t]*)?(?:\n\n|(?=¨0)|(?=\n\[))/gm;
// attacklab: sentinel workarounds for lack of \A and \Z, safari\khtml bug
text += '¨0';
var replaceFunc = function replaceFunc(wholeMatch, linkId, url, width, height, blankLines, title) {
linkId = linkId.toLowerCase();
if (url.match(/^data:.+?\/.+?;base64,/)) {
// remove newlines
globals.gUrls[linkId] = url.replace(/\s/g, '');
} else {
globals.gUrls[linkId] = showdown.subParser('encodeAmpsAndAngles')(url, options, globals); // Link IDs are case-insensitive
}
if (blankLines) {
// Oops, found blank lines, so it's not a title.
// Put back the parenthetical statement we stole.
return blankLines + title;
} else {
if (title) {
globals.gTitles[linkId] = title.replace(/"|'/g, '"');
}
if (options.parseImgDimensions && width && height) {
globals.gDimensions[linkId] = {
width: width,
height: height
};
}
}
// Completely remove the definition from the text
return '';
};
// first we try to find base64 link references
text = text.replace(base64Regex, replaceFunc);
text = text.replace(regex, replaceFunc);
// attacklab: strip sentinel
text = text.replace(/¨0/, '');
return text;
});
showdown.subParser('tables', function (text, options, globals) {
'use strict';
if (!options.tables) {
return text;
}
var tableRgx = /^ {0,3}\|?.+\|.+\n {0,3}\|?[ \t]*:?[ \t]*(?:[-=]){2,}[ \t]*:?[ \t]*\|[ \t]*:?[ \t]*(?:[-=]){2,}[\s\S]+?(?:\n\n|¨0)/gm,
//singeColTblRgx = /^ {0,3}\|.+\|\n {0,3}\|[ \t]*:?[ \t]*(?:[-=]){2,}[ \t]*:?[ \t]*\|[ \t]*\n(?: {0,3}\|.+\|\n)+(?:\n\n|¨0)/gm;
singeColTblRgx = /^ {0,3}\|.+\|[ \t]*\n {0,3}\|[ \t]*:?[ \t]*(?:[-=]){2,}[ \t]*:?[ \t]*\|[ \t]*\n( {0,3}\|.+\|[ \t]*\n)*(?:\n|¨0)/gm;
function parseStyles(sLine) {
if (/^:[ \t]*--*$/.test(sLine)) {
return ' style="text-align:left;"';
} else if (/^--*[ \t]*:[ \t]*$/.test(sLine)) {
return ' style="text-align:right;"';
} else if (/^:[ \t]*--*[ \t]*:$/.test(sLine)) {
return ' style="text-align:center;"';
} else {
return '';
}
}
function parseHeaders(header, style) {
var id = '';
header = header.trim();
// support both tablesHeaderId and tableHeaderId due to error in documentation so we don't break backwards compatibility
if (options.tablesHeaderId || options.tableHeaderId) {
id = ' id="' + header.replace(/ /g, '_').toLowerCase() + '"';
}
header = showdown.subParser('spanGamut')(header, options, globals);
return '' + header + '\n';
}
function parseCells(cell, style) {
var subText = showdown.subParser('spanGamut')(cell, options, globals);
return '' + subText + '\n';
}
function buildTable(headers, cells) {
var tb = '\n\n\n',
tblLgn = headers.length;
for (var i = 0; i < tblLgn; ++i) {
tb += headers[i];
}
tb += ' \n\n\n';
for (i = 0; i < cells.length; ++i) {
tb += '\n';
for (var ii = 0; ii < tblLgn; ++ii) {
tb += cells[i][ii];
}
tb += ' \n';
}
tb += '\n
\n';
return tb;
}
function parseTable(rawTable) {
var i,
tableLines = rawTable.split('\n');
for (i = 0; i < tableLines.length; ++i) {
// strip wrong first and last column if wrapped tables are used
if (/^ {0,3}\|/.test(tableLines[i])) {
tableLines[i] = tableLines[i].replace(/^ {0,3}\|/, '');
}
if (/\|[ \t]*$/.test(tableLines[i])) {
tableLines[i] = tableLines[i].replace(/\|[ \t]*$/, '');
}
// parse code spans first, but we only support one line code spans
tableLines[i] = showdown.subParser('codeSpans')(tableLines[i], options, globals);
}
var rawHeaders = tableLines[0].split('|').map(function (s) {
return s.trim();
}),
rawStyles = tableLines[1].split('|').map(function (s) {
return s.trim();
}),
rawCells = [],
headers = [],
styles = [],
cells = [];
tableLines.shift();
tableLines.shift();
for (i = 0; i < tableLines.length; ++i) {
if (tableLines[i].trim() === '') {
continue;
}
rawCells.push(tableLines[i].split('|').map(function (s) {
return s.trim();
}));
}
if (rawHeaders.length < rawStyles.length) {
return rawTable;
}
for (i = 0; i < rawStyles.length; ++i) {
styles.push(parseStyles(rawStyles[i]));
}
for (i = 0; i < rawHeaders.length; ++i) {
if (showdown.helper.isUndefined(styles[i])) {
styles[i] = '';
}
headers.push(parseHeaders(rawHeaders[i], styles[i]));
}
for (i = 0; i < rawCells.length; ++i) {
var row = [];
for (var ii = 0; ii < headers.length; ++ii) {
if (showdown.helper.isUndefined(rawCells[i][ii])) {}
row.push(parseCells(rawCells[i][ii], styles[ii]));
}
cells.push(row);
}
return buildTable(headers, cells);
}
text = globals.converter._dispatch('tables.before', text, options, globals);
// find escaped pipe characters
text = text.replace(/\\(\|)/g, showdown.helper.escapeCharactersCallback);
// parse multi column tables
text = text.replace(tableRgx, parseTable);
// parse one column tables
text = text.replace(singeColTblRgx, parseTable);
text = globals.converter._dispatch('tables.after', text, options, globals);
return text;
});
showdown.subParser('underline', function (text, options, globals) {
'use strict';
if (!options.underline) {
return text;
}
text = globals.converter._dispatch('underline.before', text, options, globals);
if (options.literalMidWordUnderscores) {
text = text.replace(/\b___(\S[\s\S]*?)___\b/g, function (wm, txt) {
return '' + txt + '';
});
text = text.replace(/\b__(\S[\s\S]*?)__\b/g, function (wm, txt) {
return '' + txt + '';
});
} else {
text = text.replace(/___(\S[\s\S]*?)___/g, function (wm, m) {
return (/\S$/.test(m) ? '' + m + '' : wm
);
});
text = text.replace(/__(\S[\s\S]*?)__/g, function (wm, m) {
return (/\S$/.test(m) ? '' + m + '' : wm
);
});
}
// escape remaining underscores to prevent them being parsed by italic and bold
text = text.replace(/(_)/g, showdown.helper.escapeCharactersCallback);
text = globals.converter._dispatch('underline.after', text, options, globals);
return text;
});
/**
* Swap back in all the special characters we've hidden.
*/
showdown.subParser('unescapeSpecialChars', function (text, options, globals) {
'use strict';
text = globals.converter._dispatch('unescapeSpecialChars.before', text, options, globals);
text = text.replace(/¨E(\d+)E/g, function (wholeMatch, m1) {
var charCodeToReplace = parseInt(m1);
return String.fromCharCode(charCodeToReplace);
});
text = globals.converter._dispatch('unescapeSpecialChars.after', text, options, globals);
return text;
});
showdown.subParser('makeMarkdown.blockquote', function (node, globals) {
'use strict';
var txt = '';
if (node.hasChildNodes()) {
var children = node.childNodes,
childrenLength = children.length;
for (var i = 0; i < childrenLength; ++i) {
var innerTxt = showdown.subParser('makeMarkdown.node')(children[i], globals);
if (innerTxt === '') {
continue;
}
txt += innerTxt;
}
}
// cleanup
txt = txt.trim();
txt = '> ' + txt.split('\n').join('\n> ');
return txt;
});
showdown.subParser('makeMarkdown.codeBlock', function (node, globals) {
'use strict';
var lang = node.getAttribute('language'),
num = node.getAttribute('precodenum');
return '```' + lang + '\n' + globals.preList[num] + '\n```';
});
showdown.subParser('makeMarkdown.codeSpan', function (node) {
'use strict';
return '`' + node.innerHTML + '`';
});
showdown.subParser('makeMarkdown.emphasis', function (node, globals) {
'use strict';
var txt = '';
if (node.hasChildNodes()) {
txt += '*';
var children = node.childNodes,
childrenLength = children.length;
for (var i = 0; i < childrenLength; ++i) {
txt += showdown.subParser('makeMarkdown.node')(children[i], globals);
}
txt += '*';
}
return txt;
});
showdown.subParser('makeMarkdown.header', function (node, globals, headerLevel) {
'use strict';
var headerMark = new Array(headerLevel + 1).join('#'),
txt = '';
if (node.hasChildNodes()) {
txt = headerMark + ' ';
var children = node.childNodes,
childrenLength = children.length;
for (var i = 0; i < childrenLength; ++i) {
txt += showdown.subParser('makeMarkdown.node')(children[i], globals);
}
}
return txt;
});
showdown.subParser('makeMarkdown.hr', function () {
'use strict';
return '---';
});
showdown.subParser('makeMarkdown.image', function (node) {
'use strict';
var txt = '';
if (node.hasAttribute('src')) {
txt += ' + '>';
if (node.hasAttribute('width') && node.hasAttribute('height')) {
txt += ' =' + node.getAttribute('width') + 'x' + node.getAttribute('height');
}
if (node.hasAttribute('title')) {
txt += ' "' + node.getAttribute('title') + '"';
}
txt += ')';
}
return txt;
});
showdown.subParser('makeMarkdown.links', function (node, globals) {
'use strict';
var txt = '';
if (node.hasChildNodes() && node.hasAttribute('href')) {
var children = node.childNodes,
childrenLength = children.length;
txt = '[';
for (var i = 0; i < childrenLength; ++i) {
txt += showdown.subParser('makeMarkdown.node')(children[i], globals);
}
txt += '](';
txt += '<' + node.getAttribute('href') + '>';
if (node.hasAttribute('title')) {
txt += ' "' + node.getAttribute('title') + '"';
}
txt += ')';
}
return txt;
});
showdown.subParser('makeMarkdown.list', function (node, globals, type) {
'use strict';
var txt = '';
if (!node.hasChildNodes()) {
return '';
}
var listItems = node.childNodes,
listItemsLenght = listItems.length,
listNum = node.getAttribute('start') || 1;
for (var i = 0; i < listItemsLenght; ++i) {
if (typeof listItems[i].tagName === 'undefined' || listItems[i].tagName.toLowerCase() !== 'li') {
continue;
}
// define the bullet to use in list
var bullet = '';
if (type === 'ol') {
bullet = listNum.toString() + '. ';
} else {
bullet = '- ';
}
// parse list item
txt += bullet + showdown.subParser('makeMarkdown.listItem')(listItems[i], globals);
++listNum;
}
// add comment at the end to prevent consecutive lists to be parsed as one
txt += '\n\n';
return txt.trim();
});
showdown.subParser('makeMarkdown.listItem', function (node, globals) {
'use strict';
var listItemTxt = '';
var children = node.childNodes,
childrenLenght = children.length;
for (var i = 0; i < childrenLenght; ++i) {
listItemTxt += showdown.subParser('makeMarkdown.node')(children[i], globals);
}
// if it's only one liner, we need to add a newline at the end
if (!/\n$/.test(listItemTxt)) {
listItemTxt += '\n';
} else {
// it's multiparagraph, so we need to indent
listItemTxt = listItemTxt.split('\n').join('\n ').replace(/^ {4}$/gm, '').replace(/\n\n+/g, '\n\n');
}
return listItemTxt;
});
showdown.subParser('makeMarkdown.node', function (node, globals, spansOnly) {
'use strict';
spansOnly = spansOnly || false;
var txt = '';
// edge case of text without wrapper paragraph
if (node.nodeType === 3) {
return showdown.subParser('makeMarkdown.txt')(node, globals);
}
// HTML comment
if (node.nodeType === 8) {
return '\n\n';
}
// process only node elements
if (node.nodeType !== 1) {
return '';
}
var tagName = node.tagName.toLowerCase();
switch (tagName) {
//
// BLOCKS
//
case 'h1':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.header')(node, globals, 1) + '\n\n';
}
break;
case 'h2':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.header')(node, globals, 2) + '\n\n';
}
break;
case 'h3':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.header')(node, globals, 3) + '\n\n';
}
break;
case 'h4':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.header')(node, globals, 4) + '\n\n';
}
break;
case 'h5':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.header')(node, globals, 5) + '\n\n';
}
break;
case 'h6':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.header')(node, globals, 6) + '\n\n';
}
break;
case 'p':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.paragraph')(node, globals) + '\n\n';
}
break;
case 'blockquote':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.blockquote')(node, globals) + '\n\n';
}
break;
case 'hr':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.hr')(node, globals) + '\n\n';
}
break;
case 'ol':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.list')(node, globals, 'ol') + '\n\n';
}
break;
case 'ul':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.list')(node, globals, 'ul') + '\n\n';
}
break;
case 'precode':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.codeBlock')(node, globals) + '\n\n';
}
break;
case 'pre':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.pre')(node, globals) + '\n\n';
}
break;
case 'table':
if (!spansOnly) {
txt = showdown.subParser('makeMarkdown.table')(node, globals) + '\n\n';
}
break;
//
// SPANS
//
case 'code':
txt = showdown.subParser('makeMarkdown.codeSpan')(node, globals);
break;
case 'em':
case 'i':
txt = showdown.subParser('makeMarkdown.emphasis')(node, globals);
break;
case 'strong':
case 'b':
txt = showdown.subParser('makeMarkdown.strong')(node, globals);
break;
case 'del':
txt = showdown.subParser('makeMarkdown.strikethrough')(node, globals);
break;
case 'a':
txt = showdown.subParser('makeMarkdown.links')(node, globals);
break;
case 'img':
txt = showdown.subParser('makeMarkdown.image')(node, globals);
break;
default:
txt = node.outerHTML + '\n\n';
}
// common normalization
// TODO eventually
return txt;
});
showdown.subParser('makeMarkdown.paragraph', function (node, globals) {
'use strict';
var txt = '';
if (node.hasChildNodes()) {
var children = node.childNodes,
childrenLength = children.length;
for (var i = 0; i < childrenLength; ++i) {
txt += showdown.subParser('makeMarkdown.node')(children[i], globals);
}
}
// some text normalization
txt = txt.trim();
return txt;
});
showdown.subParser('makeMarkdown.pre', function (node, globals) {
'use strict';
var num = node.getAttribute('prenum');
return '' + globals.preList[num] + '
';
});
showdown.subParser('makeMarkdown.strikethrough', function (node, globals) {
'use strict';
var txt = '';
if (node.hasChildNodes()) {
txt += '~~';
var children = node.childNodes,
childrenLength = children.length;
for (var i = 0; i < childrenLength; ++i) {
txt += showdown.subParser('makeMarkdown.node')(children[i], globals);
}
txt += '~~';
}
return txt;
});
showdown.subParser('makeMarkdown.strong', function (node, globals) {
'use strict';
var txt = '';
if (node.hasChildNodes()) {
txt += '**';
var children = node.childNodes,
childrenLength = children.length;
for (var i = 0; i < childrenLength; ++i) {
txt += showdown.subParser('makeMarkdown.node')(children[i], globals);
}
txt += '**';
}
return txt;
});
showdown.subParser('makeMarkdown.table', function (node, globals) {
'use strict';
var txt = '',
tableArray = [[], []],
headings = node.querySelectorAll('thead>tr>th'),
rows = node.querySelectorAll('tbody>tr'),
i,
ii;
for (i = 0; i < headings.length; ++i) {
var headContent = showdown.subParser('makeMarkdown.tableCell')(headings[i], globals),
allign = '---';
if (headings[i].hasAttribute('style')) {
var style = headings[i].getAttribute('style').toLowerCase().replace(/\s/g, '');
switch (style) {
case 'text-align:left;':
allign = ':---';
break;
case 'text-align:right;':
allign = '---:';
break;
case 'text-align:center;':
allign = ':---:';
break;
}
}
tableArray[0][i] = headContent.trim();
tableArray[1][i] = allign;
}
for (i = 0; i < rows.length; ++i) {
var r = tableArray.push([]) - 1,
cols = rows[i].getElementsByTagName('td');
for (ii = 0; ii < headings.length; ++ii) {
var cellContent = ' ';
if (typeof cols[ii] !== 'undefined') {
cellContent = showdown.subParser('makeMarkdown.tableCell')(cols[ii], globals);
}
tableArray[r].push(cellContent);
}
}
var cellSpacesCount = 3;
for (i = 0; i < tableArray.length; ++i) {
for (ii = 0; ii < tableArray[i].length; ++ii) {
var strLen = tableArray[i][ii].length;
if (strLen > cellSpacesCount) {
cellSpacesCount = strLen;
}
}
}
for (i = 0; i < tableArray.length; ++i) {
for (ii = 0; ii < tableArray[i].length; ++ii) {
if (i === 1) {
if (tableArray[i][ii].slice(-1) === ':') {
tableArray[i][ii] = showdown.helper.padEnd(tableArray[i][ii].slice(-1), cellSpacesCount - 1, '-') + ':';
} else {
tableArray[i][ii] = showdown.helper.padEnd(tableArray[i][ii], cellSpacesCount, '-');
}
} else {
tableArray[i][ii] = showdown.helper.padEnd(tableArray[i][ii], cellSpacesCount);
}
}
txt += '| ' + tableArray[i].join(' | ') + ' |\n';
}
return txt.trim();
});
showdown.subParser('makeMarkdown.tableCell', function (node, globals) {
'use strict';
var txt = '';
if (!node.hasChildNodes()) {
return '';
}
var children = node.childNodes,
childrenLength = children.length;
for (var i = 0; i < childrenLength; ++i) {
txt += showdown.subParser('makeMarkdown.node')(children[i], globals, true);
}
return txt.trim();
});
showdown.subParser('makeMarkdown.txt', function (node) {
'use strict';
var txt = node.nodeValue;
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txt = txt.replace(/¨NBSP;/g, ' ');
// ", <, > and & should replace escaped html entities
txt = showdown.helper.unescapeHTMLEntities(txt);
// escape markdown magic characters
// emphasis, strong and strikethrough - can appear everywhere
// we also escape pipe (|) because of tables
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txt = txt.replace(/([*_~|`])/g, '\\$1');
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txt = txt.replace(/^#/gm, '\\#');
// horizontal rules
txt = txt.replace(/^(\s*)([-=]{3,})(\s*)$/, '$1\\$2$3');
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txt = txt.replace(/^( {0,3}\d+)\./gm, '$1\\.');
// +, * and -, at the beginning of a line becomes a list, so we need to escape them also (asterisk was already escaped)
txt = txt.replace(/^( {0,3})([+-])/gm, '$1\\$2');
// images and links, ] followed by ( is problematic, so we escape it
txt = txt.replace(/]([\s]*)\(/g, '\\]$1\\(');
// reference URIs must also be escaped
txt = txt.replace(/^ {0,3}\[([\S \t]*?)]:/gm, '\\[$1]:');
return txt;
});
var root = this;
// AMD Loader
if (true) {
!(__WEBPACK_AMD_DEFINE_RESULT__ = (function () {
'use strict';
return showdown;
}).call(exports, __webpack_require__, exports, module),
__WEBPACK_AMD_DEFINE_RESULT__ !== undefined && (module.exports = __WEBPACK_AMD_DEFINE_RESULT__));
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module.exports = showdown;
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/***/ }),
/***/ "J9SO":
/***/ (function(module, exports) {
// removed by extract-text-webpack-plugin
module.exports = {"thesis":"thesis__3uAQ4"};
/***/ }),
/***/ "JkW7":
/***/ (function(module, __webpack_exports__, __webpack_require__) {
"use strict";
Object.defineProperty(__webpack_exports__, "__esModule", { value: true });
// EXTERNAL MODULE: ../node_modules/preact/dist/preact.min.js
var preact_min = __webpack_require__("KM04");
var preact_min_default = /*#__PURE__*/__webpack_require__.n(preact_min);
// EXTERNAL MODULE: ./index.css
var index = __webpack_require__("xHuH");
var index_default = /*#__PURE__*/__webpack_require__.n(index);
// EXTERNAL MODULE: ./manifest.json
var manifest = __webpack_require__("ZcXo");
var manifest_default = /*#__PURE__*/__webpack_require__.n(manifest);
// CONCATENATED MODULE: ../node_modules/preact-router/dist/preact-router.es.js
var EMPTY$1 = {};
function preact_router_es_assign(obj, props) {
// eslint-disable-next-line guard-for-in
for (var i in props) {
obj[i] = props[i];
}
return obj;
}
function exec(url, route, opts) {
var reg = /(?:\?([^#]*))?(#.*)?$/,
c = url.match(reg),
matches = {},
ret;
if (c && c[1]) {
var p = c[1].split('&');
for (var i = 0; i < p.length; i++) {
var r = p[i].split('=');
matches[decodeURIComponent(r[0])] = decodeURIComponent(r.slice(1).join('='));
}
}
url = segmentize(url.replace(reg, ''));
route = segmentize(route || '');
var max = Math.max(url.length, route.length);
for (var i$1 = 0; i$1 < max; i$1++) {
if (route[i$1] && route[i$1].charAt(0) === ':') {
var param = route[i$1].replace(/(^\:|[+*?]+$)/g, ''),
flags = (route[i$1].match(/[+*?]+$/) || EMPTY$1)[0] || '',
plus = ~flags.indexOf('+'),
star = ~flags.indexOf('*'),
val = url[i$1] || '';
if (!val && !star && (flags.indexOf('?') < 0 || plus)) {
ret = false;
break;
}
matches[param] = decodeURIComponent(val);
if (plus || star) {
matches[param] = url.slice(i$1).map(decodeURIComponent).join('/');
break;
}
} else if (route[i$1] !== url[i$1]) {
ret = false;
break;
}
}
if (opts.default !== true && ret === false) {
return false;
}
return matches;
}
function pathRankSort(a, b) {
return a.rank < b.rank ? 1 : a.rank > b.rank ? -1 : a.index - b.index;
}
// filter out VNodes without attributes (which are unrankeable), and add `index`/`rank` properties to be used in sorting.
function prepareVNodeForRanking(vnode, index) {
vnode.index = index;
vnode.rank = rankChild(vnode);
return vnode.attributes;
}
function segmentize(url) {
return url.replace(/(^\/+|\/+$)/g, '').split('/');
}
function rankSegment(segment) {
return segment.charAt(0) == ':' ? 1 + '*+?'.indexOf(segment.charAt(segment.length - 1)) || 4 : 5;
}
function rank(path) {
return segmentize(path).map(rankSegment).join('');
}
function rankChild(vnode) {
return vnode.attributes.default ? 0 : rank(vnode.attributes.path);
}
var customHistory = null;
var ROUTERS = [];
var subscribers = [];
var EMPTY = {};
function isPreactElement(node) {
return node.__preactattr_ != null || typeof Symbol !== 'undefined' && node[Symbol.for('preactattr')] != null;
}
function setUrl(url, type) {
if (type === void 0) type = 'push';
if (customHistory && customHistory[type]) {
customHistory[type](url);
} else if (typeof history !== 'undefined' && history[type + 'State']) {
history[type + 'State'](null, null, url);
}
}
function getCurrentUrl() {
var url;
if (customHistory && customHistory.location) {
url = customHistory.location;
} else if (customHistory && customHistory.getCurrentLocation) {
url = customHistory.getCurrentLocation();
} else {
url = typeof location !== 'undefined' ? location : EMPTY;
}
return "" + (url.pathname || '') + (url.search || '');
}
function route(url, replace) {
if (replace === void 0) replace = false;
if (typeof url !== 'string' && url.url) {
replace = url.replace;
url = url.url;
}
// only push URL into history if we can handle it
if (canRoute(url)) {
setUrl(url, replace ? 'replace' : 'push');
}
return routeTo(url);
}
/** Check if the given URL can be handled by any router instances. */
function canRoute(url) {
for (var i = ROUTERS.length; i--;) {
if (ROUTERS[i].canRoute(url)) {
return true;
}
}
return false;
}
/** Tell all router instances to handle the given URL. */
function routeTo(url) {
var didRoute = false;
for (var i = 0; i < ROUTERS.length; i++) {
if (ROUTERS[i].routeTo(url) === true) {
didRoute = true;
}
}
for (var i$1 = subscribers.length; i$1--;) {
subscribers[i$1](url);
}
return didRoute;
}
function routeFromLink(node) {
// only valid elements
if (!node || !node.getAttribute) {
return;
}
var href = node.getAttribute('href'),
target = node.getAttribute('target');
// ignore links with targets and non-path URLs
if (!href || !href.match(/^\//g) || target && !target.match(/^_?self$/i)) {
return;
}
// attempt to route, if no match simply cede control to browser
return route(href);
}
function handleLinkClick(e) {
if (e.button == 0) {
routeFromLink(e.currentTarget || e.target || this);
return prevent(e);
}
}
function prevent(e) {
if (e) {
if (e.stopImmediatePropagation) {
e.stopImmediatePropagation();
}
if (e.stopPropagation) {
e.stopPropagation();
}
e.preventDefault();
}
return false;
}
function delegateLinkHandler(e) {
// ignore events the browser takes care of already:
if (e.ctrlKey || e.metaKey || e.altKey || e.shiftKey || e.button !== 0) {
return;
}
var t = e.target;
do {
if (String(t.nodeName).toUpperCase() === 'A' && t.getAttribute('href') && isPreactElement(t)) {
if (t.hasAttribute('native')) {
return;
}
// if link is handled by the router, prevent browser defaults
if (routeFromLink(t)) {
return prevent(e);
}
}
} while (t = t.parentNode);
}
var eventListenersInitialized = false;
function initEventListeners() {
if (eventListenersInitialized) {
return;
}
if (typeof addEventListener === 'function') {
if (!customHistory) {
addEventListener('popstate', function () {
routeTo(getCurrentUrl());
});
}
addEventListener('click', delegateLinkHandler);
}
eventListenersInitialized = true;
}
var preact_router_es_Router = function (Component$$1) {
function Router(props) {
Component$$1.call(this, props);
if (props.history) {
customHistory = props.history;
}
this.state = {
url: props.url || getCurrentUrl()
};
initEventListeners();
}
if (Component$$1) Router.__proto__ = Component$$1;
Router.prototype = Object.create(Component$$1 && Component$$1.prototype);
Router.prototype.constructor = Router;
Router.prototype.shouldComponentUpdate = function shouldComponentUpdate(props) {
if (props.static !== true) {
return true;
}
return props.url !== this.props.url || props.onChange !== this.props.onChange;
};
/** Check if the given URL can be matched against any children */
Router.prototype.canRoute = function canRoute(url) {
return this.getMatchingChildren(this.props.children, url, false).length > 0;
};
/** Re-render children with a new URL to match against. */
Router.prototype.routeTo = function routeTo(url) {
this._didRoute = false;
this.setState({ url: url });
// if we're in the middle of an update, don't synchronously re-route.
if (this.updating) {
return this.canRoute(url);
}
this.forceUpdate();
return this._didRoute;
};
Router.prototype.componentWillMount = function componentWillMount() {
ROUTERS.push(this);
this.updating = true;
};
Router.prototype.componentDidMount = function componentDidMount() {
var this$1 = this;
if (customHistory) {
this.unlisten = customHistory.listen(function (location) {
this$1.routeTo("" + (location.pathname || '') + (location.search || ''));
});
}
this.updating = false;
};
Router.prototype.componentWillUnmount = function componentWillUnmount() {
if (typeof this.unlisten === 'function') {
this.unlisten();
}
ROUTERS.splice(ROUTERS.indexOf(this), 1);
};
Router.prototype.componentWillUpdate = function componentWillUpdate() {
this.updating = true;
};
Router.prototype.componentDidUpdate = function componentDidUpdate() {
this.updating = false;
};
Router.prototype.getMatchingChildren = function getMatchingChildren(children, url, invoke) {
return children.filter(prepareVNodeForRanking).sort(pathRankSort).map(function (vnode) {
var matches = exec(url, vnode.attributes.path, vnode.attributes);
if (matches) {
if (invoke !== false) {
var newProps = { url: url, matches: matches };
preact_router_es_assign(newProps, matches);
delete newProps.ref;
delete newProps.key;
return Object(preact_min["cloneElement"])(vnode, newProps);
}
return vnode;
}
}).filter(Boolean);
};
Router.prototype.render = function render(ref, ref$1) {
var children = ref.children;
var onChange = ref.onChange;
var url = ref$1.url;
var active = this.getMatchingChildren(children, url, true);
var current = active[0] || null;
this._didRoute = !!current;
var previous = this.previousUrl;
if (url !== previous) {
this.previousUrl = url;
if (typeof onChange === 'function') {
onChange({
router: this,
url: url,
previous: previous,
active: active,
current: current
});
}
}
return current;
};
return Router;
}(preact_min["Component"]);
var preact_router_es_Link = function Link(props) {
return Object(preact_min["h"])('a', preact_router_es_assign({ onClick: handleLinkClick }, props));
};
var preact_router_es_Route = function Route(props) {
return Object(preact_min["h"])(props.component, props);
};
preact_router_es_Router.subscribers = subscribers;
preact_router_es_Router.getCurrentUrl = getCurrentUrl;
preact_router_es_Router.route = route;
preact_router_es_Router.Router = preact_router_es_Router;
preact_router_es_Router.Route = preact_router_es_Route;
preact_router_es_Router.Link = preact_router_es_Link;
/* harmony default export */ var preact_router_es = (preact_router_es_Router);
//# sourceMappingURL=preact-router.es.js.map
// EXTERNAL MODULE: ./pages/home.css
var home = __webpack_require__("36Ou");
var home_default = /*#__PURE__*/__webpack_require__.n(home);
// EXTERNAL MODULE: ./components/panel.css
var panel = __webpack_require__("P9k+");
var panel_default = /*#__PURE__*/__webpack_require__.n(panel);
// CONCATENATED MODULE: ./components/panel.js
function _classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function _possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function _inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var panel_Panel = function (_Component) {
_inherits(Panel, _Component);
function Panel() {
_classCallCheck(this, Panel);
return _possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Panel.prototype.getStyle = function getStyle() {
return panel_default.a.panel;
};
Panel.prototype.render = function render() {
var title = null;
if (this.props.title !== undefined) {
title = Object(preact_min["h"])(
"h3",
null,
this.props.title
);
}
return Object(preact_min["h"])(
"div",
{ "class": this.getStyle(), id: this.props.id },
title,
this.props.children
);
};
return Panel;
}(preact_min["Component"]);
// EXTERNAL MODULE: ./components/split.css
var split = __webpack_require__("1EpE");
var split_default = /*#__PURE__*/__webpack_require__.n(split);
// CONCATENATED MODULE: ./components/split.js
function split__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function split__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function split__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var split_Split = function (_Component) {
split__inherits(Split, _Component);
function Split() {
split__classCallCheck(this, Split);
return split__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Split.prototype.render = function render() {
var title = null;
if (this.props.title !== undefined) {
title = Object(preact_min["h"])(
"h2",
null,
this.props.title
);
}
var children = void 0;
if (Array.isArray(this.props.children)) {
children = this.props.children.map(function (element) {
return Object(preact_min["h"])(
"div",
{ "class": split_default.a.splitchild },
element
);
});
} else {
children = Object(preact_min["h"])(
"div",
{ "class": split_default.a.splitchild },
this.props.children
);
}
return Object(preact_min["h"])(
"div",
{ "class": split_default.a.split },
title,
Object(preact_min["h"])(
"div",
{ "class": split_default.a.splitparent },
children
)
);
};
return Split;
}(preact_min["Component"]);
// EXTERNAL MODULE: ./components/todo.css
var todo = __webpack_require__("tO1d");
var todo_default = /*#__PURE__*/__webpack_require__.n(todo);
// CONCATENATED MODULE: ./components/todo.js
function todo__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function todo__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function todo__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var todo_Todo = function (_Component) {
todo__inherits(Todo, _Component);
function Todo() {
todo__classCallCheck(this, Todo);
return todo__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Todo.prototype.render = function render() {
return Object(preact_min["h"])(
"span",
{ "class": todo_default.a.todo },
this.props.children
);
};
return Todo;
}(preact_min["Component"]);
// CONCATENATED MODULE: ./pages/home.js
function home__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function home__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function home__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var _ref = Object(preact_min["h"])(
'h1',
null,
'Indice'
);
var _ref2 = Object(preact_min["h"])(
split_Split,
{ title: 'Argomenti' },
Object(preact_min["h"])(
panel_Panel,
{ title: Object(preact_min["h"])(
'a',
{ href: '/statistica' },
'Statistica ed elementi di probabilit\xE0'
) },
Object(preact_min["h"])(
'p',
null,
'Appunti scritti mentre studiavo per l\'esame di ',
Object(preact_min["h"])(
'a',
{ href: "http://personale.unimore.it/rubrica/contenutiad/llarocca/2019/58028/N0/N0/9999" },
'Statistica ed elementi di probabilit\xE0'
),
' del ',
Object(preact_min["h"])(
'a',
{ href: 'https://www.unimore.it/didattica/mlaurea.html?ID=54' },
'corso triennale di Informatica'
),
' all\'',
Object(preact_min["h"])(
'a',
{ href: 'https://www.unimore.it/' },
'Unimore'
),
' del Prof. ',
Object(preact_min["h"])(
'a',
{ href: "http://personale.unimore.it/rubrica/dettaglio/llarocca" },
'Luca La Rocca'
),
'.'
),
Object(preact_min["h"])(
'p',
null,
Object(preact_min["h"])(
todo_Todo,
null,
'TODO: \xE8 ancora incompleto!'
)
)
),
Object(preact_min["h"])(
panel_Panel,
{ title: Object(preact_min["h"])(
'a',
{ href: 'https://github.com/Steffo99/cleaver' },
'Cleaver'
) },
Object(preact_min["h"])(
'p',
null,
'Progetto in Java sviluppato per l\'esame di ',
Object(preact_min["h"])(
'a',
{ href: 'http://personale.unimore.it/rubrica/contenutiad/gcabri/2019/58026/N0/N0/9999' },
'Programmazione ad Oggetti'
),
' del ',
Object(preact_min["h"])(
'a',
{ href: 'https://www.unimore.it/didattica/mlaurea.html?ID=54' },
'corso triennale di Informatica'
),
' all\'',
Object(preact_min["h"])(
'a',
{ href: 'https://www.unimore.it/' },
'Unimore'
),
', tenuto dai Prof. ',
Object(preact_min["h"])(
'a',
{ href: 'http://personale.unimore.it/rubrica/dettaglio/gcabri' },
'Giacomo Cabri'
),
' e ',
Object(preact_min["h"])(
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null,
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Object(preact_min["h"])(
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null,
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Object(preact_min["h"])(
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Object(preact_min["h"])(
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Object(preact_min["h"])(
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home__inherits(Home, _Component);
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var fisica = __webpack_require__("0lnO");
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function latex__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function latex__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var latex_Latex = function (_Component) {
latex__inherits(Latex, _Component);
function Latex() {
latex__classCallCheck(this, Latex);
return latex__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Latex.prototype.render = function render() {
var equation = '{\\color{White} ' + this.props.children + ' }';
return Object(preact_min["h"])('img', { src: 'https://latex.codecogs.com/svg.latex?' + equation,
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function plus__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function plus__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function plus__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var plus_Plus = function (_Component) {
plus__inherits(Plus, _Component);
function Plus() {
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return Object(preact_min["h"])(
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function minus__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function minus__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function minus__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var minus_Minus = function (_Component) {
minus__inherits(Minus, _Component);
function Minus() {
minus__classCallCheck(this, Minus);
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Minus.prototype.render = function render() {
return Object(preact_min["h"])(
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var _templateObject = _taggedTemplateLiteralLoose(['\x0Bec{v} = \x0Bec{v}_x + \x0Bec{v}_y'], ['\\vec{v} = \\vec{v}_x + \\vec{v}_y']),
_templateObject2 = _taggedTemplateLiteralLoose(['left | \x0Bec{v}_x \right | = left | \x0Bec{v} \right | sin alpha'], ['\\left | \\vec{v}_x \\right | = \\left | \\vec{v} \\right | \\sin \\alpha']),
_templateObject3 = _taggedTemplateLiteralLoose(['left | \x0Bec{v}_y \right | = left | \x0Bec{v} \right | cos alpha'], ['\\left | \\vec{v}_y \\right | = \\left | \\vec{v} \\right | \\cos \\alpha']),
_templateObject4 = _taggedTemplateLiteralLoose(['\x0Bec{v} + \x0Bec{w} = (\x0Bec{v}_x + \x0Bec{w}_x) + (\x0Bec{v}_y + \x0Bec{w}_y)'], ['\\vec{v} + \\vec{w} = (\\vec{v}_x + \\vec{w}_x) + (\\vec{v}_y + \\vec{w}_y)']),
_templateObject5 = _taggedTemplateLiteralLoose(['\x0Bec{v} - \x0Bec{w} = (\x0Bec{v}_x - \x0Bec{w}_x) + (\x0Bec{v}_y - \x0Bec{w}_y)'], ['\\vec{v} - \\vec{w} = (\\vec{v}_x - \\vec{w}_x) + (\\vec{v}_y - \\vec{w}_y)']),
_templateObject6 = _taggedTemplateLiteralLoose(['\x0Bec{v} cdot \x0Bec{w} = left | \x0Bec{v} \right | left | \x0Bec{w} \right | cos alpha'], ['\\vec{v} \\cdot \\vec{w} = \\left | \\vec{v} \\right | \\left | \\vec{w} \\right | \\cos \\alpha']),
_templateObject7 = _taggedTemplateLiteralLoose(['\x0Bec{a}'], ['\\vec{a}']),
_templateObject8 = _taggedTemplateLiteralLoose(['\x0Bec{b}'], ['\\vec{b}']),
_templateObject9 = _taggedTemplateLiteralLoose(['\x0Bec{c} = \x0Bec{a} \times \x0Bec{b}'], ['\\vec{c} = \\vec{a} \\times \\vec{b}']),
_templateObject10 = _taggedTemplateLiteralLoose(['left | \x0Bec{c} \right | = left | \x0Bec{a} \right | cdot left | \x0Bec{b} \right | cdot sin(alpha)'], ['\\left | \\vec{c} \\right | = \\left | \\vec{a} \\right | \\cdot \\left | \\vec{b} \\right | \\cdot \\sin(\\alpha)']),
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_templateObject12 = _taggedTemplateLiteralLoose(['Sigma \x0Bec{F} = m \x0Bec{a}'], ['\\Sigma \\vec{F} = m \\vec{a}']),
_templateObject13 = _taggedTemplateLiteralLoose(['\x0Bec{F}_{21} = -\x0Bec{F}_{12}'], ['\\vec{F}_{21} = -\\vec{F}_{12}']),
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_templateObject17 = _taggedTemplateLiteralLoose(['g = 9.81 \frac{m}{s^2}'], ['g = 9.81 \\frac{m}{s^2}']),
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_templateObject19 = _taggedTemplateLiteralLoose(['g_{marte} = 3.71 \frac{m}{s^2}'], ['g_{marte} = 3.71 \\frac{m}{s^2}']),
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Object(preact_min["h"])(
plus_Plus,
null,
'opp'
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Object(preact_min["h"])(
minus_Minus,
null,
'oste'
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' si attraggono; cariche ',
Object(preact_min["h"])(
plus_Plus,
null,
'uguali'
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' si respingono.'
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var _ref68 = Object(preact_min["h"])(
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{ title: 'Conduttori e isolanti' },
Object(preact_min["h"])(
'p',
null,
'Pi\xF9 ',
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{ href: 'https://it.wikipedia.org/wiki/Ione' },
'ioni'
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' ha un corpo, meglio la carica si muove attraverso di esso.'
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Object(preact_min["h"])(
'p',
null,
'I corpi in cui la carica si muove bene sono ',
Object(preact_min["h"])(
'i',
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'conduttori'
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', mentre quelli in cui si muove difficilmente sono ',
Object(preact_min["h"])(
'i',
null,
'isolanti'
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'.'
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Object(preact_min["h"])(
'p',
null,
Object(preact_min["h"])(
'i',
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'Il corpo umano \xE8 un buon conduttore.'
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var _ref69 = Object(preact_min["h"])(
split_Split,
{ title: 'Polarizzazione' },
Object(preact_min["h"])(
panel_Panel,
{ title: 'Polarizzazione' },
Object(preact_min["h"])(
'p',
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'E\' possibile polarizzare un corpo per accumulare la carica di un segno in una certa zona.'
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)
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var _ref70 = Object(preact_min["h"])(
split_Split,
null,
Object(preact_min["h"])(
panel_Panel,
{ title: 'Messa a terra' },
Object(preact_min["h"])(
'p',
null,
'Se un corpo conduttore \xE8 in contatto con la Terra, le cariche su di esso saranno ',
Object(preact_min["h"])(
'i',
null,
'equilibrate'
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' e il corpo diventer\xE0 elettricamente neutro (con stesso numero di ',
Object(preact_min["h"])(
plus_Plus,
null,
'cariche positive'
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' e ',
Object(preact_min["h"])(
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null,
'negative'
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' all\'interno).'
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)
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var _ref71 = Object(preact_min["h"])(
split_Split,
null,
Object(preact_min["h"])(
panel_Panel,
{ title: 'Polarizzazione per strofinio' },
Object(preact_min["h"])(
'p',
null,
'Strofinando tra loro due corpi isolanti, essi si ',
Object(preact_min["h"])(
'i',
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'polarizzeranno per strofinio'
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'.'
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Object(preact_min["h"])(
panel_Panel,
{ title: 'Polarizzazione per contatto' },
Object(preact_min["h"])(
'p',
null,
'Toccando un conduttore con un corpo carico, il conduttore potr\xE0 ',
Object(preact_min["h"])(
'i',
null,
'polarizzarsi per contatto'
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'.'
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Object(preact_min["h"])(
panel_Panel,
{ title: 'Polarizzazione per induzione' },
Object(preact_min["h"])(
'p',
null,
'Se un corpo conduttore ha cariche "esterne" di un ',
Object(preact_min["h"])(
plus_Plus,
null,
'certo segno'
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' vicino, esso avr\xE0 tutte le cariche del ',
Object(preact_min["h"])(
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null,
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' in equilibrio vicino alle cariche esterne, e tutte le cariche dello ',
Object(preact_min["h"])(
plus_Plus,
null,
'stesso segno'
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' pi\xF9 lontano possibile da esse.'
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Object(preact_min["h"])(
'p',
null,
'Mettendo a terra il conduttore, nuove cariche del ',
Object(preact_min["h"])(
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null,
'segno opposto'
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' saranno attratte all\'interno del corpo per equilibrare le cariche che si sono allontanate.'
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Object(preact_min["h"])(
'p',
null,
'Staccando il conduttore da terra e rimuovendo le cariche esterne, esso si ritrover\xE0 ',
Object(preact_min["h"])(
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'caricato del segno opposto'
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' rispetto alle cariche esterne.'
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var _ref72 = Object(preact_min["h"])(
'p',
null,
'Due corpi carichi si attraggono tra loro con forza:'
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var _ref73 = Object(preact_min["h"])(
'i',
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'costante di Coulomb'
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var _ref74 = Object(preact_min["h"])(
'i',
null,
'permeabilit\xE0 del vuoto'
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var _ref75 = Object(preact_min["h"])(
'p',
null,
'Misura che forza viene applicata in ogni punto su una carica unitaria:'
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var _ref76 = Object(preact_min["h"])(
'p',
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'\xC8 la differenza tra "quanto" campo elettrico ',
Object(preact_min["h"])(
plus_Plus,
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'entra'
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' e quanto campo elettrico ',
Object(preact_min["h"])(
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'esce'
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' da una certa area.'
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var _ref77 = Object(preact_min["h"])(
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'In qualsiasi superficie chiusa, il flusso elettrico \xE8 uguale alla componente perpendicolare del campo elettrico moltiplicato per l\'area.'
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var _ref78 = Object(preact_min["h"])(
'p',
null,
'Se il campo elettrico \xE8 uniforme, se ne pu\xF2 calcolare facilmente il valore:'
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var _ref79 = Object(preact_min["h"])(
'p',
null,
Object(preact_min["h"])(
todo_Todo,
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'Circa. E\' una specie di integrale...'
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var _ref80 = Object(preact_min["h"])(
'p',
null,
'Il flusso elettrico \xE8 direttamente proporzionale alla carica presente all\'interno della superficie.'
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var _ref81 = Object(preact_min["h"])(
'p',
null,
'Ovvero, i campi elettrostatici sono generati dalle cariche elettriche.'
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var _ref82 = Object(preact_min["h"])(
'i',
null,
'energia potenziale elettrica'
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var _ref83 = Object(preact_min["h"])(
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'Potenziale elettrico ',
Object(preact_min["h"])(
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'(tensione)'
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var _ref84 = Object(preact_min["h"])(
'p',
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'\xC8 il valore dell\'energia potenziale elettrica per una carica unitaria.'
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var _ref85 = Object(preact_min["h"])(
'p',
null,
'In una batteria \xE8 detto ',
Object(preact_min["h"])(
'i',
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'forza elettromotrice'
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', e corrisponde al lavoro compiuto da una batteria ideale per spostare una carica unitaria tra i due poli.'
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var _ref86 = Object(preact_min["h"])(
'span',
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'Corrente elettrica ',
Object(preact_min["h"])(
'small',
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'(intensit\xE0)'
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var _ref87 = Object(preact_min["h"])(
'p',
null,
'Quanta carica passa attraverso un\'area (perpendicolare al flusso) nel tempo.'
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var _ref88 = Object(preact_min["h"])(
'p',
null,
'Fintanto che c\'\xE8 differenza di potenziale, ci sar\xE0 anche intensit\xE0 non nulla.'
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var _ref89 = Object(preact_min["h"])(
panel_Panel,
{ title: Object(preact_min["h"])(
'span',
null,
'Corrente continua ',
Object(preact_min["h"])(
'small',
null,
'(',
Object(preact_min["h"])(
'abbr',
{ title: 'Direct Current' },
'DC'
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')'
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Object(preact_min["h"])(
'p',
null,
'Quando in un circuito la direzione della corrente \xE8 costante.'
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var _ref90 = Object(preact_min["h"])(
panel_Panel,
{ title: Object(preact_min["h"])(
'span',
null,
'Corrente alternata ',
Object(preact_min["h"])(
'small',
null,
'(',
Object(preact_min["h"])(
'abbr',
{ title: 'Alternate Current' },
'AC'
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')'
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Object(preact_min["h"])(
'p',
null,
'Quando in un circuito la direzione della corrente si alterna periodicamente.'
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var _ref91 = Object(preact_min["h"])(
'p',
null,
'Possiamo calcolare la potenza di un circuito:'
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var _ref92 = Object(preact_min["h"])(
'p',
null,
'Riduce l\'intensit\xE0 di corrente, e converte parte del potenziale in calore.'
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var _ref93 = Object(preact_min["h"])(
'p',
null,
'Il potenziale utilizzato \xE8 pari a:'
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var _ref94 = Object(preact_min["h"])(
'i',
null,
'resistenza'
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var _ref95 = Object(preact_min["h"])(
'p',
null,
'La resistenza di un conduttore vale:'
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var _ref96 = Object(preact_min["h"])(
'i',
null,
'resistivit\xE0'
);
var _ref97 = Object(preact_min["h"])(
'p',
null,
'Immagazzina potenziale elettrico, permettendo di riutilizzarla in seguito.'
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var _ref98 = Object(preact_min["h"])(
'p',
null,
'Per farlo, cattura cariche ',
Object(preact_min["h"])(
plus_Plus,
null,
'positive'
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' e ',
Object(preact_min["h"])(
minus_Minus,
null,
'negative'
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' sulle sue due armature; perch\xE8 questo avvenga, deve essere compiuto lavoro.'
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var _ref99 = Object(preact_min["h"])(
'p',
null,
'Ha una ',
Object(preact_min["h"])(
'b',
null,
'capacit\xE0'
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var _ref100 = Object(preact_min["h"])(
'p',
null,
'Condensatori di capacit\xE0 maggiore immagazzinano pi\xF9 potenziale con meno carica.'
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var _ref101 = Object(preact_min["h"])(
'p',
null,
'La capacit\xE0 aumenta se viene messo qualcosa tra le armature:'
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var _ref102 = Object(preact_min["h"])(
'i',
null,
'costante dielettrica relativa'
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var _ref103 = Object(preact_min["h"])(
'p',
null,
'Se il campo elettrico creatosi tra le due armature supera la ',
Object(preact_min["h"])(
'i',
null,
'rigidit\xE0 dielettrica'
),
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Object(preact_min["h"])(
'i',
null,
'breakdown'
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'.'
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var _ref104 = Object(preact_min["h"])(
panel_Panel,
{ title: 'Amperometro' },
Object(preact_min["h"])(
'p',
null,
'Misura la corrente elettrica se messo in serie.'
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Object(preact_min["h"])(
'p',
null,
'(Funzionamento: ha una resistenza interna bassisima in modo da non influire significativamente sulla corrente.)'
)
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var _ref105 = Object(preact_min["h"])(
panel_Panel,
{ title: 'Voltmetro' },
Object(preact_min["h"])(
'p',
null,
'Misura la differenza di potenziale se messo in parallelo.'
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Object(preact_min["h"])(
'p',
null,
'(Funzionamento: ha una resistenza altissima in modo da non influire significativamente sulla tensione.)'
)
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var _ref106 = Object(preact_min["h"])(
split_Split,
{ title: 'Principi di Kirchhoff' },
Object(preact_min["h"])(
panel_Panel,
{ title: 'Legge dei nodi' },
Object(preact_min["h"])(
'p',
null,
'Per nodo si intende un qualsiasi punto del circuito.'
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Object(preact_min["h"])(
'p',
null,
'Da un nodo entra ed esce la stessa corrente.'
)
),
Object(preact_min["h"])(
panel_Panel,
{ title: 'Legge delle maglie' },
Object(preact_min["h"])(
'p',
null,
'Per maglia si intende un qualsiasi percorso chiuso all\'interno del circuito.'
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Object(preact_min["h"])(
'p',
null,
'In una maglia chiusa, la somma delle differenze di potenziale \xE8 0.'
)
)
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var _ref107 = Object(preact_min["h"])(
split_Split,
{ title: 'Serie e Parallelo' },
Object(preact_min["h"])(
panel_Panel,
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Object(preact_min["h"])(
'p',
null,
'Pi\xF9 parti di circuito sono ',
Object(preact_min["h"])(
'i',
null,
'in serie'
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' se sono consecutive e senza biforcazioni.'
),
Object(preact_min["h"])(
'p',
null,
'Parti di circuito in serie sono attraversate dalla stessa corrente.'
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),
Object(preact_min["h"])(
panel_Panel,
{ title: 'Circuito in parallelo' },
Object(preact_min["h"])(
'p',
null,
'Pi\xF9 parti di circuito sono ',
Object(preact_min["h"])(
'i',
null,
'in parallelo'
),
' tra loro se hanno lo stesso punto di partenza e lo stesso punto di arrivo.'
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Object(preact_min["h"])(
'p',
null,
'Parti di circuito in parallelo hanno la stessa differenza di potenziale.'
)
)
);
var _ref108 = Object(preact_min["h"])(
'p',
null,
'Nei circuiti in serie, tutte le resistenze possono essere sostituite con una equivalente dalla resistenza della somma di tutte le quelle sostituite:'
);
var _ref109 = Object(preact_min["h"])(
'p',
null,
'Nei circuiti in parallelo, tutte le resistenze possono essere sostituite con una equivalente dalla resistenza di:'
);
var _ref110 = Object(preact_min["h"])(
'p',
null,
'Nei circuiti in serie, tutti i condensatori possono essere sostituiti con uno equivalente dalla capacit\xE0 di:'
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var _ref111 = Object(preact_min["h"])(
'p',
null,
'Nei circuiti in parallelo, tutte i condensatori possono essere sostituite con uno equivalente dalla capacit\xE0 della somma di tutti quelli sostituiti:'
);
var _ref112 = Object(preact_min["h"])(
'p',
null,
'E\' una costante fisica fondamentale che rappresenta quanto un materiale si magnetizza facilmente.'
);
var _ref113 = Object(preact_min["h"])(
'p',
null,
'Come un campo elettrico, ma per i magneti.'
);
var _ref114 = Object(preact_min["h"])(
latex_Latex,
null,
'T'
);
var _ref115 = Object(preact_min["h"])(
'p',
null,
'\xC8 "quanto" campo magnetico ',
Object(preact_min["h"])(
'b',
null,
'attraversa'
),
' un percorso chiuso.'
);
var _ref116 = Object(preact_min["h"])(
'p',
null,
'Per qualsiasi percorso chiuso, il flusso magnetico \xE8 uguale alla somma di tutti i "sottoflussi" magnetici calcolati sui suoi lati.'
);
var _ref117 = Object(preact_min["h"])(
panel_Panel,
{ title: 'Legge di Gauss per i campi magnetici' },
Object(preact_min["h"])(
'p',
null,
'Il flusso magnetico attraverso qualsiasi superficie chiusa \xE8 sempre nullo.'
),
Object(preact_min["h"])(
'p',
null,
'Ovvero, non esistono monopoli magnetici.'
)
);
var _ref118 = Object(preact_min["h"])(
'p',
null,
'L\'intensit\xE0 di corrente che attraversa un percorso chiuso \xE8 direttamente proporzionale al flusso magnetico dello stesso percorso.'
);
var _ref119 = Object(preact_min["h"])(
'span',
null,
'Forza magnetica su carica puntiforme ',
Object(preact_min["h"])(
'small',
null,
'(Forza di Lorentz)'
)
);
var _ref120 = Object(preact_min["h"])(
'p',
null,
'I campi magnetici applicano una forza sulle cariche vicine:'
);
var _ref121 = Object(preact_min["h"])(
'p',
null,
'Si ha una forza massima se la velocit\xE0 \xE8 perpendicolare al campo magnetico.'
);
var _ref122 = Object(preact_min["h"])(
'p',
null,
'In un campo magnetico uniforme, una velocit\xE0 perpendicolare al campo porta alla creazione di un moto circolare uniforme.'
);
var _ref123 = Object(preact_min["h"])(
'p',
null,
'I campi magnetici influenzano ovviamente anche le cariche presenti in un conduttore:'
);
var _ref124 = Object(preact_min["h"])(
'a',
{ href: 'https://it.openprof.com/wb/forza_di_lorentz_su_un_filo_percorso_da_corrente?ch=360' },
'[1]'
);
var _ref125 = Object(preact_min["h"])(
panel_Panel,
{ title: 'Campo magnetico in una spira' },
Object(preact_min["h"])(
'p',
null,
'Una spira in cui passa corrente produce un campo magnetico perpendicolare al piano creato dalla spira.'
)
);
var _ref126 = Object(preact_min["h"])(
'p',
null,
'Un solenoide sono tante spire avvolte in modo da formare una specie di cilindro.'
);
var _ref127 = Object(preact_min["h"])(
'p',
null,
'All\'interno del solenoide si crea un campo (quasi) uniforme:'
);
var _ref128 = Object(preact_min["h"])(
'p',
null,
Object(preact_min["h"])(
'i',
null,
'Caso particolare della ',
Object(preact_min["h"])(
'a',
{ href: 'https://it.wikipedia.org/wiki/Legge_di_Amp%C3%A8re' },
'Legge di Amp\xE8re'
),
'.'
)
);
var _ref129 = Object(preact_min["h"])(
'p',
null,
'Il modulo del campo magnetico ',
Object(preact_min["h"])(
latex_Latex,
null,
'B'
),
' prodotto da un filo in cui passa una corrente continua ',
Object(preact_min["h"])(
latex_Latex,
null,
'I'
),
' alla distanza ',
Object(preact_min["h"])(
latex_Latex,
null,
's'
),
' \xE8:'
);
var _ref130 = Object(preact_min["h"])(
'p',
null,
'Il campo magnetico cos\xEC creato gira attorno al filo in senso antiorario.'
);
var _ref131 = Object(preact_min["h"])(
'p',
null,
'Due fili attraversati dalla ',
Object(preact_min["h"])(
plus_Plus,
null,
'stessa corrente'
),
' si attraggono, due fili attraversati da ',
Object(preact_min["h"])(
plus_Plus,
null,
'corr'
),
Object(preact_min["h"])(
minus_Minus,
null,
'enti'
),
' ',
Object(preact_min["h"])(
plus_Plus,
null,
'opp'
),
Object(preact_min["h"])(
minus_Minus,
null,
'oste'
),
' si respingono.'
);
var _ref132 = Object(preact_min["h"])(
'p',
null,
'Un conduttore perpendicolare ad un campo magnetico pu\xF2 ottenere una differenza di potenziale se messo in movimento in un direzione perpendicolare alla direzione del conduttore e del campo.'
);
var _ref133 = Object(preact_min["h"])(
'p',
null,
'La differenza di potenziale si crea a causa della forza magnetica, che fa spostare tutti gli elettroni verso un capo del conduttore.'
);
var _ref134 = Object(preact_min["h"])(
'p',
null,
'Essa vale:'
);
var _ref135 = Object(preact_min["h"])(
'p',
null,
'Dove ',
Object(preact_min["h"])(
latex_Latex,
null,
'v'
),
' \xE8 la velocit\xE0 del conduttore, ',
Object(preact_min["h"])(
latex_Latex,
null,
'B'
),
' \xE8 l\'intensit\xE0 del campo magnetico ed ',
Object(preact_min["h"])(
latex_Latex,
null,
'L'
),
' \xE8 la lunghezza del conduttore.'
);
var _ref136 = Object(preact_min["h"])(
'i',
null,
'Legge di Faraday-Neumann-Lenz'
);
var _ref137 = Object(preact_min["h"])(
'p',
null,
'Dice che la forza elettromotrice media indotta in un percorso dipende dalla variazione nel tempo del flusso magnetico nello stesso percorso.'
);
var _ref138 = Object(preact_min["h"])(
'p',
null,
'Il meno \xE8 dovuto alla ',
Object(preact_min["h"])(
'a',
{ href: 'https://it.wikipedia.org/wiki/Legge_di_Lenz' },
'Legge di Lenz'
),
', che specifica qualitativamente il verso della forza elettromotrice indotta.'
);
var _ref139 = Object(preact_min["h"])(
'p',
null,
'In un solenoide, la forza elettromotrice indotta \xE8 uguale a:'
);
var _ref140 = Object(preact_min["h"])(
panel_Panel,
{ title: 'Legge di Amp\xE8re-Maxwell' },
Object(preact_min["h"])(
'p',
null,
'Correnti o campi elettrici variabili creano un campo magnetico.'
)
);
var _ref141 = Object(preact_min["h"])(
'p',
null,
'Si dice quindi che sono ',
Object(preact_min["h"])(
'i',
null,
'onde elettromagnetiche'
),
'.'
);
var _ref142 = Object(preact_min["h"])(
'p',
null,
'Esse sono legate dalla relazione:'
);
var _ref143 = Object(preact_min["h"])(
'p',
null,
'I solidi, se portati ad alta temperatura, emettono luce con uno ',
Object(preact_min["h"])(
'a',
{ href: 'https://it.wikipedia.org/wiki/Spettro_continuo' },
'spettro continuo'
),
'.'
);
var _ref144 = Object(preact_min["h"])(
'p',
null,
'I gas, invece, ad alta temperatura emettono luce solo con particolari lunghezze d\'onda.'
);
var _ref145 = Object(preact_min["h"])(
'p',
null,
'In un gas di idrogeno, le lunghezze d\'onda emesse sono ricavabili con:'
);
var _ref146 = Object(preact_min["h"])(
'p',
null,
'Una grandezza si dice quantizzata (o discreta) se pu\xF2 assumere solo determinati valori.'
);
var _ref147 = Object(preact_min["h"])(
'p',
null,
'Una grandezza si dice continua se pu\xF2 assumere qualsiasi valore e quindi se non \xE8 quantizzata.'
);
var _ref148 = Object(preact_min["h"])(
'p',
null,
'Energia, momento angolare e raggio sono quantizzati.'
);
var _ref149 = Object(preact_min["h"])(
'p',
null,
'L\'energia degli elettroni \xE8 quantizzata.'
);
var _ref150 = Object(preact_min["h"])(
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var vldigeometria__templateObject = vldigeometria__taggedTemplateLiteralLoose(['\nTutte le videolezioni sono state pubblicate sotto licenza [CC BY-NC-SA 4.0](https://creativecommons.org/licenses/by-nc-sa/4.0/) dalla Prof.ssa Beatrice Ruini nell\'anno accademico 2018/2019 sul [portale Dolly 2018](https://dolly.fim.unimore.it/2018/course/view.php?id=14#section-0) (Moodle).\n\nPer comodit\xE0, ho estratto l\'url sorgente del video dall\'embed presente nella rispettiva pagina.\n\n1. [Definizione di Spazio Vettoriale](https://www.youtube.com/watch?v=7eHEzf4403c) (1:17:29)\n2. [Sottospazi vettoriali I](https://www.youtube.com/watch?v=FPqrULk5HBU) (37:15)\n3. [Sottospazi vettoriali II](https://www.youtube.com/watch?v=ubDWUw9hk0k) (43:26)\n4. [Sottospazi vettoriali III](https://www.youtube.com/watch?v=381n4NPb6Oc) (40:29)\n5. [Lineare dipendenza e indipendenza](https://www.youtube.com/watch?v=9YVQ5olYrh0) (56:12)\n6. [Basi di uno spazio vettoriale I](https://www.youtube.com/watch?v=mEF_lcTzEoE) (25:52)\n7. [Basi di uno spazio vettoriale II](https://www.youtube.com/watch?v=k1r9JfXY53k) (48:24)\n8. [Teorema di Grassmann](https://www.youtube.com/watch?v=3sqB-MMyCWM) (32:36)\n9. [Basi e Matrici](https://www.youtube.com/watch?v=Rd6AB_jE7YI) (27:06)\n10. [Definizione di Applicazioni Lineari](https://www.youtube.com/watch?v=rmd7ffZeVYk) (16:23)\n11. [Propriet\xE0 delle Applicazioni Lineari](https://www.youtube.com/watch?v=MH7ztQGkqmw) (31:58)\n12. [Definizione di determinante](https://www.youtube.com/watch?v=EwubcLwBdzk) (36:43)\n13. [Propriet\xE0 e metodo di triangolazione](https://www.youtube.com/watch?v=SFusGarV6HI) (22:36)\n14. [Teorema di Laplace](https://www.youtube.com/watch?v=BqZDWnKl2nQ) (29:03)\n15. [4 applicazioni del Teorema di Laplace](https://www.youtube.com/watch?v=2tr3y725GY0) (47:53)\n16. [Spazi vettoriali euclidei reali - Parte 1](https://www.youtube.com/watch?v=W7Z1hm-jwMM) (28:46)\n17. [Spazi vettoriali euclidei reali - Parte 2](https://www.youtube.com/watch?v=zjmKE9TMGm8) (27:17)\n18. [Autovalori e autovettori](https://www.youtube.com/watch?v=XlrlcnvcTtQ) (33:00)\n19. [Polinomio caratteristico](https://www.youtube.com/watch?v=61icRbgWTdI) (31:31)\n20. [Teorema diagonalizzabilit\xE0](https://www.youtube.com/watch?v=wm5V6en9OFo) (18:49)\n21. [Spazi affini](https://player.vimeo.com/video/291457587) (20:46)\n22. [Sottospazi affini](https://player.vimeo.com/video/291458991) (21:32)\n23. [Parallelismo e Riferimenti Affini](https://player.vimeo.com/video/291510181) (16:57)\n24. [Rappresentazione di Sottospazi Affini](https://player.vimeo.com/video/291510296) (31:17)\n25. [Spazi Euclidei](https://player.vimeo.com/video/291510612) (35:57)\n26. [Teoria dei ranghi](https://player.vimeo.com/video/291510964) (9:44)\n27. [Teoria dei ranghi 2](https://player.vimeo.com/video/291510862) (14:44)\n\nNell\'anno accademico 2018/2019 non sono stati trattati gli argomenti nei video 21, 22 e 23.\n '], ['\nTutte le videolezioni sono state pubblicate sotto licenza [CC BY-NC-SA 4.0](https://creativecommons.org/licenses/by-nc-sa/4.0/) dalla Prof.ssa Beatrice Ruini nell\'anno accademico 2018/2019 sul [portale Dolly 2018](https://dolly.fim.unimore.it/2018/course/view.php?id=14#section-0) (Moodle).\n\nPer comodit\xE0, ho estratto l\'url sorgente del video dall\'embed presente nella rispettiva pagina.\n\n1. [Definizione di Spazio Vettoriale](https://www.youtube.com/watch?v=7eHEzf4403c) (1:17:29)\n2. [Sottospazi vettoriali I](https://www.youtube.com/watch?v=FPqrULk5HBU) (37:15)\n3. [Sottospazi vettoriali II](https://www.youtube.com/watch?v=ubDWUw9hk0k) (43:26)\n4. [Sottospazi vettoriali III](https://www.youtube.com/watch?v=381n4NPb6Oc) (40:29)\n5. [Lineare dipendenza e indipendenza](https://www.youtube.com/watch?v=9YVQ5olYrh0) (56:12)\n6. [Basi di uno spazio vettoriale I](https://www.youtube.com/watch?v=mEF_lcTzEoE) (25:52)\n7. [Basi di uno spazio vettoriale II](https://www.youtube.com/watch?v=k1r9JfXY53k) (48:24)\n8. [Teorema di Grassmann](https://www.youtube.com/watch?v=3sqB-MMyCWM) (32:36)\n9. [Basi e Matrici](https://www.youtube.com/watch?v=Rd6AB_jE7YI) (27:06)\n10. [Definizione di Applicazioni Lineari](https://www.youtube.com/watch?v=rmd7ffZeVYk) (16:23)\n11. [Propriet\xE0 delle Applicazioni Lineari](https://www.youtube.com/watch?v=MH7ztQGkqmw) (31:58)\n12. [Definizione di determinante](https://www.youtube.com/watch?v=EwubcLwBdzk) (36:43)\n13. [Propriet\xE0 e metodo di triangolazione](https://www.youtube.com/watch?v=SFusGarV6HI) (22:36)\n14. [Teorema di Laplace](https://www.youtube.com/watch?v=BqZDWnKl2nQ) (29:03)\n15. [4 applicazioni del Teorema di Laplace](https://www.youtube.com/watch?v=2tr3y725GY0) (47:53)\n16. [Spazi vettoriali euclidei reali - Parte 1](https://www.youtube.com/watch?v=W7Z1hm-jwMM) (28:46)\n17. [Spazi vettoriali euclidei reali - Parte 2](https://www.youtube.com/watch?v=zjmKE9TMGm8) (27:17)\n18. [Autovalori e autovettori](https://www.youtube.com/watch?v=XlrlcnvcTtQ) (33:00)\n19. [Polinomio caratteristico](https://www.youtube.com/watch?v=61icRbgWTdI) (31:31)\n20. [Teorema diagonalizzabilit\xE0](https://www.youtube.com/watch?v=wm5V6en9OFo) (18:49)\n21. [Spazi affini](https://player.vimeo.com/video/291457587) (20:46)\n22. [Sottospazi affini](https://player.vimeo.com/video/291458991) (21:32)\n23. [Parallelismo e Riferimenti Affini](https://player.vimeo.com/video/291510181) (16:57)\n24. [Rappresentazione di Sottospazi Affini](https://player.vimeo.com/video/291510296) (31:17)\n25. [Spazi Euclidei](https://player.vimeo.com/video/291510612) (35:57)\n26. [Teoria dei ranghi](https://player.vimeo.com/video/291510964) (9:44)\n27. [Teoria dei ranghi 2](https://player.vimeo.com/video/291510862) (14:44)\n\nNell\'anno accademico 2018/2019 non sono stati trattati gli argomenti nei video 21, 22 e 23.\n ']);
function vldigeometria__taggedTemplateLiteralLoose(strings, raw) { strings.raw = raw; return strings; }
function vldigeometria__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function vldigeometria__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function vldigeometria__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var vldigeometria_r = String.raw;
var vldigeometria__ref = Object(preact_min["h"])(
'h1',
null,
'Videolezioni di Geometria'
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var vldigeometria_VlDiGeometria = function (_Component) {
vldigeometria__inherits(VlDiGeometria, _Component);
function VlDiGeometria() {
vldigeometria__classCallCheck(this, VlDiGeometria);
return vldigeometria__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
VlDiGeometria.prototype.render = function render() {
//Imported from unimore-info-wiki
return Object(preact_min["h"])(
'div',
{ style: vldigeometria_default.a.vldigeometria },
vldigeometria__ref,
Object(preact_min["h"])(
panel_Panel,
null,
Object(preact_min["h"])(
markdown_Markdown,
null,
vldigeometria_r(vldigeometria__templateObject)
)
)
);
};
return VlDiGeometria;
}(preact_min["Component"]);
// EXTERNAL MODULE: ./pages/mingwinstall.css
var mingwinstall = __webpack_require__("5m9J");
var mingwinstall_default = /*#__PURE__*/__webpack_require__.n(mingwinstall);
// CONCATENATED MODULE: ./pages/mingwinstall.js
function mingwinstall__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function mingwinstall__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function mingwinstall__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var mingwinstall__ref = Object(preact_min["h"])(
'h1',
null,
'Come installare MinGW'
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var mingwinstall__ref2 = Object(preact_min["h"])(
panel_Panel,
null,
Object(preact_min["h"])(
'p',
null,
' Scaricate ',
Object(preact_min["h"])(
'a',
{ href: 'https://osdn.net/projects/mingw/downloads/68260/mingw-get-setup.exe/' },
'l\'installer ufficiale'
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', ed eseguitelo.'
),
Object(preact_min["h"])('img', { src: 'https://i.imgur.com/mDZSqjV.png', alt: '' }),
Object(preact_min["h"])(
'p',
null,
' Dovrebbe comparire questa schermata. Cliccate su ',
Object(preact_min["h"])(
'code',
null,
'Install'
),
', poi scegliete una cartella di installazione (ricordatevela!) e poi ',
Object(preact_min["h"])(
'code',
null,
'Continue'
),
'. Lasciate stare le altre opzioni, dovrebbero essere tutte spuntate, tranne ',
Object(preact_min["h"])(
'code',
null,
'For all users'
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', che dovrebbe essere disattivato.'
),
Object(preact_min["h"])('img', { src: 'https://i.imgur.com/brdw8Xy.png', alt: '' }),
Object(preact_min["h"])(
'p',
null,
' Aspettate che finisca il download. Pochi secondi dopo, dovrebbe finire e dovrebbe apparire un tasto',
Object(preact_min["h"])(
'code',
null,
'Continue'
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'. Premetelo.'
),
Object(preact_min["h"])('img', { src: 'https://i.imgur.com/aPTwrxz.png', alt: '' }),
Object(preact_min["h"])(
'p',
null,
' Dovrebbe apparirvi questa finestra. L\'installer di MinGW \xE8 una specie di gestore pacchetti (tipo ',
Object(preact_min["h"])(
'code',
null,
'apt'
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' su Ubuntu); potete scegliere quali pacchetti installare, e quindi quali funzionalit\xE0.'
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Object(preact_min["h"])('img', { src: 'https://i.imgur.com/5QLSkFN.png', alt: '' }),
Object(preact_min["h"])(
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null,
' Nel nostro caso, dovrebbero servirci ',
Object(preact_min["h"])(
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'mingw32-base-bin'
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' (per il C e alcune librerie C++) e',
Object(preact_min["h"])(
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null,
'mingw32-gcc-g++-bin'
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' (per il C++). Cliccate, quindi, sui due quadratini corrispondenti, e premete',
Object(preact_min["h"])(
'code',
null,
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'. Dovrebbe comparire una freccia gialla sul quadratino.'
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Object(preact_min["h"])('img', { src: 'https://i.imgur.com/zP74nks.png', alt: '' }),
Object(preact_min["h"])(
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null,
' Ora, \xE8 il momento di installare i pacchetti. Aprite il men\xF9 ',
Object(preact_min["h"])(
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'Installation'
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', poi premete',
Object(preact_min["h"])(
'code',
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', e di nuovo ',
Object(preact_min["h"])(
'code',
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Object(preact_min["h"])('img', { src: 'https://i.imgur.com/jp4uz5B.png', alt: '' }),
Object(preact_min["h"])(
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null,
' Lasciate che scarichi, ci vorr\xE0 un po\'. Guardatevi un video nel frattempo, fatevi una partitina a qualcosa, tornate dopo circa 10 minuti.'
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Object(preact_min["h"])('img', { src: 'https://i.imgur.com/Lq9IepY.png', alt: '' }),
Object(preact_min["h"])(
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null,
' Una volta installato, dobbiamo aggiungere ',
Object(preact_min["h"])(
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null,
'g++'
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' ai programmi eseguibili da Prompt dei Comandi: premete il tasto ',
Object(preact_min["h"])(
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null,
'Windows'
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', e scrivete ',
Object(preact_min["h"])(
'code',
null,
'PATH'
),
'. Windows dovrebbe trovarvi automaticamente quell\'opzione.'
),
Object(preact_min["h"])('img', { src: 'https://i.imgur.com/dy3b5Ub.png', alt: '' }),
Object(preact_min["h"])(
'p',
null,
' Dentro la finestra di ',
Object(preact_min["h"])(
'i',
null,
'Propriet\xE0 del Sistema'
),
', premete ',
Object(preact_min["h"])(
'code',
null,
'Variabili d\'ambiente'
),
'.'
),
Object(preact_min["h"])('img', { src: 'https://i.imgur.com/FjYpT1n.png', alt: '' }),
Object(preact_min["h"])(
'p',
null,
' Trovate la variabile d\'ambiente globale ',
Object(preact_min["h"])(
'code',
null,
'Path'
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', e fateci doppio click per modificarla.'
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Object(preact_min["h"])('img', { src: 'https://i.imgur.com/klZQ9So.png', alt: '' }),
Object(preact_min["h"])(
'p',
null,
' Ora dovreste vedere l\'elenco di tutte le cartelle contenenti programmi eseguibili da terminale: dobbiamo aggiungere quella di MinGW! Premete ',
Object(preact_min["h"])(
'code',
null,
'Sfoglia'
),
'.'
),
Object(preact_min["h"])('img', { src: 'https://i.imgur.com/F6lBCqS.png', alt: '' }),
Object(preact_min["h"])(
'p',
null,
' Trovate la cartella in cui avete installato MinGW (vi avevo detto di ricordarvela!); entrateci, poi selezionate la sottocartella ',
Object(preact_min["h"])(
'code',
null,
'bin'
),
' e premete ',
Object(preact_min["h"])(
'code',
null,
'OK'
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' su tutte le finestre che avete aperto fino ad ora, chiudendole.'
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Object(preact_min["h"])(
'p',
null,
' Complimenti! Avete installato MinGW e potete compilare programmi C e C++ da Windows! Avete a disposizione',
Object(preact_min["h"])(
'code',
null,
'gcc'
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' e ',
Object(preact_min["h"])(
'code',
null,
'g++'
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' sul Prompt dei Comandi, e potete finalmente creare dei file .exe! '
)
);
var mingwinstall_MingwInstall = function (_Component) {
mingwinstall__inherits(MingwInstall, _Component);
function MingwInstall() {
mingwinstall__classCallCheck(this, MingwInstall);
return mingwinstall__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
MingwInstall.prototype.render = function render() {
//Imported from unimore-info-wiki
return Object(preact_min["h"])(
'div',
{ style: mingwinstall_default.a.mingwinstall },
mingwinstall__ref,
mingwinstall__ref2
);
};
return MingwInstall;
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// EXTERNAL MODULE: ./components/copyright.css
var copyright = __webpack_require__("qMTX");
var copyright_default = /*#__PURE__*/__webpack_require__.n(copyright);
// CONCATENATED MODULE: ./components/copyright.js
function copyright__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function copyright__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function copyright__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var copyright__ref = Object(preact_min["h"])(
'a',
{ href: 'https://creativecommons.org/licenses/by-sa/4.0/' },
'CC BY-SA 4.0'
);
var copyright__ref2 = Object(preact_min["h"])(
'a',
{ href: 'https://github.com/Steffo99/appuntiweb' },
'Codice sorgente'
);
var copyright_Copyright = function (_Component) {
copyright__inherits(Copyright, _Component);
function Copyright() {
copyright__classCallCheck(this, Copyright);
return copyright__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Copyright.prototype.render = function render() {
return Object(preact_min["h"])(
'div',
{ 'class': copyright_default.a.copyright },
'\xA9 2019 - Stefano Pigozzi - ',
copyright__ref,
' - ',
copyright__ref2
);
};
return Copyright;
}(preact_min["Component"]);
// EXTERNAL MODULE: ./pages/statistica.css
var statistica = __webpack_require__("WViY");
var statistica_default = /*#__PURE__*/__webpack_require__.n(statistica);
// EXTERNAL MODULE: ./components/theorem.css
var theorem = __webpack_require__("oNmJ");
var theorem_default = /*#__PURE__*/__webpack_require__.n(theorem);
// CONCATENATED MODULE: ./components/theorem.js
function theorem__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function theorem__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function theorem__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var theorem_Theorem = function (_Panel) {
theorem__inherits(Theorem, _Panel);
function Theorem() {
theorem__classCallCheck(this, Theorem);
return theorem__possibleConstructorReturn(this, _Panel.apply(this, arguments));
}
Theorem.prototype.getStyle = function getStyle() {
return _Panel.prototype.getStyle.call(this) + " " + theorem_default.a.theorem;
};
return Theorem;
}(panel_Panel);
// EXTERNAL MODULE: ./components/hypothesis.css
var hypothesis = __webpack_require__("pRAn");
var hypothesis_default = /*#__PURE__*/__webpack_require__.n(hypothesis);
// CONCATENATED MODULE: ./components/hypothesis.js
function hypothesis__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function hypothesis__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function hypothesis__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var hypothesis__ref = Object(preact_min["h"])(
"h4",
null,
"Ipotesi"
);
var hypothesis_Hypothesis = function (_Component) {
hypothesis__inherits(Hypothesis, _Component);
function Hypothesis() {
hypothesis__classCallCheck(this, Hypothesis);
return hypothesis__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Hypothesis.prototype.render = function render() {
return Object(preact_min["h"])(
"div",
{ "class": hypothesis_default.a.hypothesis },
hypothesis__ref,
this.props.children
);
};
return Hypothesis;
}(preact_min["Component"]);
// EXTERNAL MODULE: ./components/thesis.css
var thesis = __webpack_require__("J9SO");
var thesis_default = /*#__PURE__*/__webpack_require__.n(thesis);
// CONCATENATED MODULE: ./components/thesis.js
function thesis__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function thesis__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function thesis__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var thesis__ref = Object(preact_min["h"])(
"h4",
null,
"Tesi"
);
var thesis_Thesis = function (_Component) {
thesis__inherits(Thesis, _Component);
function Thesis() {
thesis__classCallCheck(this, Thesis);
return thesis__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Thesis.prototype.render = function render() {
return Object(preact_min["h"])(
"div",
{ "class": thesis_default.a.thesis },
thesis__ref,
this.props.children
);
};
return Thesis;
}(preact_min["Component"]);
// EXTERNAL MODULE: ./components/proof.css
var proof = __webpack_require__("Oqef");
var proof_default = /*#__PURE__*/__webpack_require__.n(proof);
// CONCATENATED MODULE: ./components/proof.js
function proof__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function proof__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function proof__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var proof__ref = Object(preact_min["h"])(
"h4",
null,
"Dimostrazione"
);
var proof_Proof = function (_Component) {
proof__inherits(Proof, _Component);
function Proof() {
proof__classCallCheck(this, Proof);
return proof__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Proof.prototype.render = function render() {
return Object(preact_min["h"])(
"div",
{ "class": proof_default.a.proof },
proof__ref,
this.props.children
);
};
return Proof;
}(preact_min["Component"]);
// EXTERNAL MODULE: ./components/example.css
var example = __webpack_require__("Xa+Z");
var example_default = /*#__PURE__*/__webpack_require__.n(example);
// CONCATENATED MODULE: ./components/example.js
function example__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function example__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function example__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var example_Example = function (_Component) {
example__inherits(Example, _Component);
function Example() {
example__classCallCheck(this, Example);
return example__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Example.prototype.render = function render() {
return Object(preact_min["h"])(
"blockquote",
{ "class": example_default.a.example },
this.props.children
);
};
return Example;
}(preact_min["Component"]);
// CONCATENATED MODULE: ./pages/statistica.js
var statistica__templateObject = statistica__taggedTemplateLiteralLoose(['P(E) = \frac{casi favorevoli}{casi possibili}'], ['P(E) = \\frac{casi\\ favorevoli}{casi\\ possibili}']),
statistica__templateObject2 = statistica__taggedTemplateLiteralLoose(['P(E) = \frac{successi}{prove totali}'], ['P(E) = \\frac{successi}{prove\\ totali}']),
statistica__templateObject3 = statistica__taggedTemplateLiteralLoose(['Omega = left { 1, 2, 3, 4, 5, 6 \right }'], ['\\Omega = \\left \\{ 1, 2, 3, 4, 5, 6 \\right \\}']),
statistica__templateObject4 = statistica__taggedTemplateLiteralLoose(['omega = 1'], ['\\omega = 1']),
statistica__templateObject5 = statistica__taggedTemplateLiteralLoose(['E = left { 1, 2 \right }'], ['E = \\left \\{ 1, 2 \\right \\}']),
statistica__templateObject6 = statistica__taggedTemplateLiteralLoose(['\bar{E} = left { 3, 4, 5, 6 \right }'], ['\\bar{E} = \\left \\{ 3, 4, 5, 6 \\right \\}']),
statistica__templateObject7 = statistica__taggedTemplateLiteralLoose(['E cap F = left { 1 \right }'], ['E \\cap F = \\left \\{ 1 \\right \\}']),
statistica__templateObject8 = statistica__taggedTemplateLiteralLoose(['E cup F = left { 1, 2, 3, 4 \right }'], ['E \\cup F = \\left \\{ 1, 2, 3, 4 \\right \\}']),
statistica__templateObject9 = statistica__taggedTemplateLiteralLoose(['E setminus F = E cap \bar{F}'], ['E \\setminus F = E \\cap \\bar{F}']),
statistica__templateObject10 = statistica__taggedTemplateLiteralLoose(['E subseteq F'], ['E \\subseteq F']),
statistica__templateObject11 = statistica__taggedTemplateLiteralLoose(['E = emptyset'], ['E = \\emptyset']),
statistica__templateObject12 = statistica__taggedTemplateLiteralLoose(['E cap F = emptyset'], ['E \\cap F = \\emptyset']),
statistica__templateObject13 = statistica__taggedTemplateLiteralLoose(['mathcal{F}'], ['\\mathcal{F}']),
statistica__templateObject14 = statistica__taggedTemplateLiteralLoose(['sigma'], ['\\sigma']),
statistica__templateObject15 = statistica__taggedTemplateLiteralLoose(['Omega in mathcal{F}'], ['\\Omega \\in \\mathcal{F}']),
statistica__templateObject16 = statistica__taggedTemplateLiteralLoose(['E in mathcal{F} implies \bar{E} in mathcal{F}'], ['E \\in \\mathcal{F} \\implies \\bar{E} \\in \\mathcal{F}']),
statistica__templateObject17 = statistica__taggedTemplateLiteralLoose(['(E, F) in mathcal{F} implies (E cup F, E cap F) in mathcal{F}'], ['(E, F) \\in \\mathcal{F} \\implies (E \\cup F, E \\cap F) \\in \\mathcal{F}']),
statistica__templateObject18 = statistica__taggedTemplateLiteralLoose(['E in mathcal{F} implies mathcal{F} = { emptyset, E, \bar{E}, Omega }'], ['E \\in \\mathcal{F} \\implies \\mathcal{F} = \\{ \\emptyset, E, \\bar{E}, \\Omega \\}']),
statistica__templateObject19 = statistica__taggedTemplateLiteralLoose(['E_i'], ['E_i']),
statistica__templateObject20 = statistica__taggedTemplateLiteralLoose(['E_1'], ['E_1']),
statistica__templateObject21 = statistica__taggedTemplateLiteralLoose(['E_2'], ['E_2']),
statistica__templateObject22 = statistica__taggedTemplateLiteralLoose(['E_3'], ['E_3']),
statistica__templateObject23 = statistica__taggedTemplateLiteralLoose(['E_n'], ['E_n']),
statistica__templateObject24 = statistica__taggedTemplateLiteralLoose(['\forall E in mathcal{F}, 0 leq P(E) leq 1'], ['\\forall E \\in \\mathcal{F}, 0 \\leq P(E) \\leq 1']),
statistica__templateObject25 = statistica__taggedTemplateLiteralLoose(['P(Omega) = 1'], ['P(\\Omega) = 1']),
statistica__templateObject26 = statistica__taggedTemplateLiteralLoose(['P left ( \bigcup_i E_i \right ) = sum_i P ( E_i )'], ['P \\left ( \\bigcup_i E_i \\right ) = \\sum_i P ( E_i )']),
statistica__templateObject27 = statistica__taggedTemplateLiteralLoose(['P(\bar{E}) = 1 - P({E})'], ['P(\\bar{E}) = 1 - P({E})']),
statistica__templateObject28 = statistica__taggedTemplateLiteralLoose(['F subseteq E implies P(F) leq P(E)'], ['F \\subseteq E \\implies P(F) \\leq P(E)']),
statistica__templateObject29 = statistica__taggedTemplateLiteralLoose(['P(E cup F) = P(E) + P(F) - P(E cap F)'], ['P(E \\cup F) = P(E) + P(F) - P(E \\cap F)']),
statistica__templateObject30 = statistica__taggedTemplateLiteralLoose(['P(E) = \frac{len(E)}{len(Omega)}'], ['P(E) = \\frac{len(E)}{len(\\Omega)}']),
statistica__templateObject31 = statistica__taggedTemplateLiteralLoose(['\boldsymbol{D}_{n, k} = \frac{n!}{(n - k)!}'], ['\\boldsymbol{D}_{n, k} = \\frac{n!}{(n - k)!}']),
statistica__templateObject32 = statistica__taggedTemplateLiteralLoose(['\boldsymbol{D}^{r}_{n, k} = n^k'], ['\\boldsymbol{D}^{r}_{n, k} = n^k']),
statistica__templateObject33 = statistica__taggedTemplateLiteralLoose(['\boldsymbol{C}_{n, k} = \binom{n}{k} = \frac{n!}{(k)! cdot (n - k)!}'], ['\\boldsymbol{C}_{n, k} = \\binom{n}{k} = \\frac{n!}{(k)! \\cdot (n - k)!}']),
statistica__templateObject34 = statistica__taggedTemplateLiteralLoose(['\boldsymbol{C}^{r}_{n, k} = \binom{n + k - 1}{k} = \frac{(n + k - 1)!}{(k)! cdot (n - 1)!}'], ['\\boldsymbol{C}^{r}_{n, k} = \\binom{n + k - 1}{k} = \\frac{(n + k - 1)!}{(k)! \\cdot (n - 1)!}']),
statistica__templateObject35 = statistica__taggedTemplateLiteralLoose(['\boldsymbol{P}_n = n!'], ['\\boldsymbol{P}_n = n!']),
statistica__templateObject36 = statistica__taggedTemplateLiteralLoose(['P(E|F) = \frac{P(E cap F)}{P(F)}'], ['P(E|F) = \\frac{P(E \\cap F)}{P(F)}']),
statistica__templateObject37 = statistica__taggedTemplateLiteralLoose(['E cap F = emptyset Longleftrightarrow P(E|F) = P(F|E) = 0'], ['E \\cap F = \\emptyset \\Longleftrightarrow P(E|F) = P(F|E) = 0']),
statistica__templateObject38 = statistica__taggedTemplateLiteralLoose(['P(E_1 cap \times cap E_n) = P(E_1) \times P(E_2 | E_1) \times dots \times P(E_n | E_1 cap E_2 cap dots cap E_{n-1})'], ['P(E_1 \\cap \\times \\cap E_n) = P(E_1) \\times P(E_2 | E_1) \\times \\dots \\times P(E_n | E_1 \\cap E_2 \\cap \\dots \\cap E_{n-1})']),
statistica__templateObject39 = statistica__taggedTemplateLiteralLoose(['P(F) = sum_{i} P(F|E_i) cdot P(E_i)'], ['P(F) = \\sum_{i} P(F|E_i) \\cdot P(E_i)']),
statistica__templateObject40 = statistica__taggedTemplateLiteralLoose(['P(F|G) = sum_i P(F|E_i cap G) cdot P(E_i | G)'], ['P(F|G) = \\sum_i P(F|E_i \\cap G) \\cdot P(E_i | G)']),
statistica__templateObject41 = statistica__taggedTemplateLiteralLoose(['P(E_h | F) = \frac{P(F | E_h) cdot P(E_h)}{P(F)}'], ['P(E_h | F) = \\frac{P(F | E_h) \\cdot P(E_h)}{P(F)}']),
statistica__templateObject42 = statistica__taggedTemplateLiteralLoose(['P(E cap F) = P(E) cdot P(F) Longleftrightarrow P(E|F) = P(E) Longleftrightarrow P(F|E) = P(F)'], ['P(E \\cap F) = P(E) \\cdot P(F) \\Longleftrightarrow P(E|F) = P(E) \\Longleftrightarrow P(F|E) = P(F)']),
statistica__templateObject43 = statistica__taggedTemplateLiteralLoose(['P(E cap F cap G) = P(E) cdot P(F) cdot P(G)'], ['P(E \\cap F \\cap G) = P(E) \\cdot P(F) \\cdot P(G)']),
statistica__templateObject44 = statistica__taggedTemplateLiteralLoose(['X(omega) : Omega \to mathbb{R}'], ['X(\\omega) : \\Omega \\to \\mathbb{R}']),
statistica__templateObject45 = statistica__taggedTemplateLiteralLoose(['A_t = { omega | X(omega) leq t }'], ['A_t = \\{ \\omega | X(\\omega) \\leq t \\}']),
statistica__templateObject46 = statistica__taggedTemplateLiteralLoose(['\forall t in mathbb{R}, A_t in mathcal{F}'], ['\\forall t \\in \\mathbb{R}, A_t \\in \\mathcal{F}']),
statistica__templateObject47 = statistica__taggedTemplateLiteralLoose(['p_X : X \to [0, 1]'], ['p_X : X \\to [0, 1]']),
statistica__templateObject48 = statistica__taggedTemplateLiteralLoose(['p_X (x) = \begin{cases}\n P([X = x]) quad se X mapsto x \\\n 0 qquad qquad quad se X \notmapsto x\n end{cases}'], ['p_X (x) = \\begin{cases}\n P([X = x]) \\quad se\\ X \\mapsto x \\\\\n 0 \\qquad \\qquad \\quad se\\ X \\not\\mapsto x\n \\end{cases}']),
statistica__templateObject49 = statistica__taggedTemplateLiteralLoose(['f_X : X \to [0, 1]'], ['f_X : X \\to [0, 1]']),
statistica__templateObject50 = statistica__taggedTemplateLiteralLoose(['P([a < X leq b]) = int_a^b f_X (x) dx'], ['P([a < X \\leq b]) = \\int_a^b f_X (x) dx']),
statistica__templateObject51 = statistica__taggedTemplateLiteralLoose(['F_X : mathbb{R} \to [0, 1]'], ['F_X : \\mathbb{R} \\to [0, 1]']),
statistica__templateObject52 = statistica__taggedTemplateLiteralLoose(['A_t'], ['A_t']),
statistica__templateObject53 = statistica__taggedTemplateLiteralLoose(['F_X (t) = P(A_t) = \begin{cases}\n sum_{i = 0}^{t} p_X (x_i) quad nel discreto\\\n \\\n int_{-infty}^t f_X (x) dx quad nel continuo\n end{cases}'], ['F_X (t) = P(A_t) = \\begin{cases}\n \\sum_{i = 0}^{t} p_X (x_i) \\quad nel\\ discreto\\\\\n \\\\\n \\int_{-\\infty}^t f_X (x) dx \\quad nel\\ continuo\n \\end{cases}']),
statistica__templateObject54 = statistica__taggedTemplateLiteralLoose(['\forall x_0 in mathbb{R}, F_X (x_0) = lim_{t \to x^+_0} F_X (t)'], ['\\forall x_0 \\in \\mathbb{R}, F_X (x_0) = \\lim_{t \\to x^+_0} F_X (t)']),
statistica__templateObject55 = statistica__taggedTemplateLiteralLoose(['P([X = x_0]) = lim_{t \to x^+_0} F_X (t) - lim_{t \to x^-_0} F_X (t)'], ['P([X = x_0]) = \\lim_{t \\to x^+_0} F_X (t) - \\lim_{t \\to x^-_0} F_X (t)']),
statistica__templateObject56 = statistica__taggedTemplateLiteralLoose(['f_Y (y) = int_{g(a)}^{g(b)} f_X ( g^{-1} (x) ) g^{-2} (x)'], ['f_Y (y) = \\int_{g(a)}^{g(b)} f_X ( g^{-1} (x) ) g^{-2} (x)']),
statistica__templateObject57 = statistica__taggedTemplateLiteralLoose(['E(X) = int_0^{+infty} (1 - F_X (t)) dt - int_{-infty}^{0} F_X (t) dt'], ['E(X) = \\int_0^{+infty} (1 - F_X (t)) dt - \\int_{-\\infty}^{0} F_X (t) dt']),
statistica__templateObject58 = statistica__taggedTemplateLiteralLoose(['E(X) = sum_i P(X = x_i) cdot x_i'], ['E(X) = \\sum_i P(X = x_i) \\cdot x_i']),
statistica__templateObject59 = statistica__taggedTemplateLiteralLoose(['E(X) = int_{-infty}^{+infty} f_X (x) cdot x cdot dx'], ['E(X) = \\int_{-\\infty}^{+\\infty} f_X (x) \\cdot x \\cdot dx']),
statistica__templateObject60 = statistica__taggedTemplateLiteralLoose(['x_{alpha}'], ['x_{\\alpha}']),
statistica__templateObject61 = statistica__taggedTemplateLiteralLoose(['0 leq alpha leq 1'], ['0 \\leq \\alpha \\leq 1']),
statistica__templateObject62 = statistica__taggedTemplateLiteralLoose(['P([X < x_{alpha}]) leq alpha leq P([X leq x_{alpha}])'], ['P([X < x_{\\alpha}]) \\leq \\alpha \\leq P([X \\leq x_{\\alpha}])']),
statistica__templateObject63 = statistica__taggedTemplateLiteralLoose(['x_{0.5}'], ['x_{0.5}']),
statistica__templateObject64 = statistica__taggedTemplateLiteralLoose(['x_{0.25}'], ['x_{0.25}']),
statistica__templateObject65 = statistica__taggedTemplateLiteralLoose(['x_{0.75}'], ['x_{0.75}']),
statistica__templateObject66 = statistica__taggedTemplateLiteralLoose(['\frac{n}{100}'], ['\\frac{n}{100}']),
statistica__templateObject67 = statistica__taggedTemplateLiteralLoose(['Var(X) = E( (X - E(X) )^2 ) = E ( X^2 ) - (E(X))^2'], ['Var(X) = E( (X - E(X) )^2 ) = E ( X^2 ) - (E(X))^2']),
statistica__templateObject68 = statistica__taggedTemplateLiteralLoose(['\forall k > 0, P([X geq k]) leq \frac{E(X)}{k}'], ['\\forall k > 0, P([X \\geq k]) \\leq \\frac{E(X)}{k}']),
statistica__templateObject69 = statistica__taggedTemplateLiteralLoose(['P(X < k)'], ['P(X < k)']),
statistica__templateObject70 = statistica__taggedTemplateLiteralLoose(['P(X geq k)'], ['P(X \\geq k)']),
statistica__templateObject71 = statistica__taggedTemplateLiteralLoose(['E(X) = overline{k} cdot P(X < k) + k cdot P(X geq k)'], ['E(X) = \\overline{k} \\cdot P(X < k) + k \\cdot P(X \\geq k)']),
statistica__templateObject72 = statistica__taggedTemplateLiteralLoose(['epsilon'], ['\\epsilon']),
statistica__templateObject73 = statistica__taggedTemplateLiteralLoose(['\frac{Var(X)}{epsilon^2}'], ['\\frac{Var(X)}{\\epsilon^2}']),
statistica__templateObject74 = statistica__taggedTemplateLiteralLoose(['\forall epsilon > 0, P([ -epsilon leq left( X - E(X) \right) leq epsilon]) leq \frac{Var(X)}{epsilon^2}'], ['\\forall \\epsilon > 0, P([ -\\epsilon \\leq \\left( X - E(X) \\right) \\leq \\epsilon]) \\leq \\frac{Var(X)}{\\epsilon^2}']),
statistica__templateObject75 = statistica__taggedTemplateLiteralLoose(['mu_k = E ( X^k ) = \begin{cases}\n sum_i x_i^k p_X (x_i) qquad nel discreto\\\n \\\n int_{-infty}^{+infty} x^k f_X (x) dx qquad nel continuo\n end{cases}'], ['\\mu_k = E ( X^k ) = \\begin{cases}\n \\sum_i x_i^k p_X (x_i) \\qquad nel\\ discreto\\\\\n \\\\\n \\int_{-\\infty}^{+\\infty} x^k f_X (x) dx \\qquad nel\\ continuo\n \\end{cases}']),
statistica__templateObject76 = statistica__taggedTemplateLiteralLoose(['m_X (t) = E( e^{t cdot X} )'], ['m_X (t) = E( e^{t \\cdot X} )']),
statistica__templateObject77 = statistica__taggedTemplateLiteralLoose(['H_X (t) = E ( e^{i cdot t cdot X} )'], ['H_X (t) = E ( e^{i \\cdot t \\cdot X} )']),
statistica__templateObject78 = statistica__taggedTemplateLiteralLoose(['X sim Distribuzione()'], ['X \\sim Distribuzione()']),
statistica__templateObject79 = statistica__taggedTemplateLiteralLoose(['Ber(p)'], ['Ber(p)']),
statistica__templateObject80 = statistica__taggedTemplateLiteralLoose(['f_X (k) : {0, 1} = \begin{cases}\n p quad se k = 1\\\n q quad se k = 0\\\n 0 quad altrimenti\n end{cases} = p^x cdot q^{1 - k}'], ['f_X (k) : \\{0, 1\\} = \\begin{cases}\n p \\quad se\\ k = 1\\\\\n q \\quad se\\ k = 0\\\\\n 0 \\quad altrimenti\n \\end{cases} = p^x \\cdot q^{1 - k}']),
statistica__templateObject81 = statistica__taggedTemplateLiteralLoose(['Bin(n, p)'], ['Bin(n, p)']),
statistica__templateObject82 = statistica__taggedTemplateLiteralLoose(['f_X (k) : {0..n} = \binom{n}{k} cdot p^k cdot q^{n - k}'], ['f_X (k) : \\{0..n\\} = \\binom{n}{k} \\cdot p^k \\cdot q^{n - k}']),
statistica__templateObject83 = statistica__taggedTemplateLiteralLoose(['m_X (t) = (q + p cdot e^t) ^ n'], ['m_X (t) = (q + p \\cdot e^t) ^ n']),
statistica__templateObject84 = statistica__taggedTemplateLiteralLoose(['E(X) = n cdot p'], ['E(X) = n \\cdot p']),
statistica__templateObject85 = statistica__taggedTemplateLiteralLoose(['Var(X) = n cdot p cdot q'], ['Var(X) = n \\cdot p \\cdot q']),
statistica__templateObject86 = statistica__taggedTemplateLiteralLoose(['f_X (k) : mathbb{N} = q^{k - 1} p'], ['f_X (k) : \\mathbb{N} = q^{k - 1} p']),
statistica__templateObject87 = statistica__taggedTemplateLiteralLoose(['m_X (t) = \frac{p cdot e^t}{1 - q cdot e^t}'], ['m_X (t) = \\frac{p \\cdot e^t}{1 - q \\cdot e^t}']),
statistica__templateObject88 = statistica__taggedTemplateLiteralLoose(['E(X) = \frac{1}{p}'], ['E(X) = \\frac{1}{p}']),
statistica__templateObject89 = statistica__taggedTemplateLiteralLoose(['Var(X) = \frac{q}{p^2}'], ['Var(X) = \\frac{q}{p^2}']),
statistica__templateObject90 = statistica__taggedTemplateLiteralLoose(['P([X = i + j | X > i ]) = P([X = j])'], ['P([X = i + j | X > i ]) = P([X = j])']),
statistica__templateObject91 = statistica__taggedTemplateLiteralLoose(['overline{Bin}(n, p)'], ['\\overline{Bin}(n, p)']),
statistica__templateObject92 = statistica__taggedTemplateLiteralLoose(['f_X (k) : { n .. +infty } in mathbb{N} = \binom{k - 1}{n - 1} cdot p^n cdot q^{k - n} '], ['f_X (k) : \\{ n .. +\\infty \\} \\in \\mathbb{N} = \\binom{k - 1}{n - 1} \\cdot p^n \\cdot q^{k - n} ']),
statistica__templateObject93 = statistica__taggedTemplateLiteralLoose(['m_X (t) : { t < ln(\frac{1}{q}) } = left( \frac{p cdot e^t}{1 - q cdot e^t} \right) ^n'], ['m_X (t) : \\{ t < ln(\\frac{1}{q}) \\} = \\left( \\frac{p \\cdot e^t}{1 - q \\cdot e^t} \\right) ^n']),
statistica__templateObject94 = statistica__taggedTemplateLiteralLoose(['E(X) = \frac{n}{p}'], ['E(X) = \\frac{n}{p}']),
statistica__templateObject95 = statistica__taggedTemplateLiteralLoose(['Var(X) = \frac{n cdot q}{p^2}'], ['Var(X) = \\frac{n \\cdot q}{p^2}']),
statistica__templateObject96 = statistica__taggedTemplateLiteralLoose(['Geo(p)'], ['Geo(p)']),
statistica__templateObject97 = statistica__taggedTemplateLiteralLoose(['f_X (k) : mathbb{N} = p cdot q^k '], ['f_X (k) : \\mathbb{N} = p \\cdot q^k ']),
statistica__templateObject98 = statistica__taggedTemplateLiteralLoose(['m_X (t) : left{ t < ln left( \frac{1}{q} \right) \right} = \frac{p}{1 - q cdot e^t}'], ['m_X (t) : \\left\\{ t < ln \\left( \\frac{1}{q} \\right) \\right\\} = \\frac{p}{1 - q \\cdot e^t}']),
statistica__templateObject99 = statistica__taggedTemplateLiteralLoose(['E(X) = \frac{q}{p}'], ['E(X) = \\frac{q}{p}']),
statistica__templateObject100 = statistica__taggedTemplateLiteralLoose(['f_X (k) : mathbb{N} = \binom{k + n - 1}{n - 1} cdot p^n cdot q^k '], ['f_X (k) : \\mathbb{N} = \\binom{k + n - 1}{n - 1} \\cdot p^n \\cdot q^k ']),
statistica__templateObject101 = statistica__taggedTemplateLiteralLoose(['m_X (t) : left{ t < ln left( \frac{1}{q} \right) \right} = left( \frac{p cdot e^t}{1 - q cdot e^t} \right) ^n'], ['m_X (t) : \\left\\{ t < ln \\left( \\frac{1}{q} \\right) \\right\\} = \\left( \\frac{p \\cdot e^t}{1 - q \\cdot e^t} \\right) ^n']),
statistica__templateObject102 = statistica__taggedTemplateLiteralLoose(['E(X) = \frac{n cdot q}{p}'], ['E(X) = \\frac{n \\cdot q}{p}']),
statistica__templateObject103 = statistica__taggedTemplateLiteralLoose(['f_X (k) : {0..n} in mathbb{N} = \frac{\binom{K}{k} cdot \binom{N - K}{n - k}}{\binom{N}{n}}'], ['f_X (k) : \\{0..n\\} \\in \\mathbb{N} = \\frac{\\binom{K}{k} \\cdot \\binom{N - K}{n - k}}{\\binom{N}{n}}']),
statistica__templateObject104 = statistica__taggedTemplateLiteralLoose(['E(X) = n cdot \frac{K}{N}'], ['E(X) = n \\cdot \\frac{K}{N}']),
statistica__templateObject105 = statistica__taggedTemplateLiteralLoose(['Var(X) = n cdot \frac{K}{N} cdot \frac{N - K}{N} cdot \frac{N - n}{N - 1}'], ['Var(X) = n \\cdot \\frac{K}{N} \\cdot \\frac{N - K}{N} \\cdot \\frac{N - n}{N - 1}']),
statistica__templateObject106 = statistica__taggedTemplateLiteralLoose(['X sim Bin(n, p)'], ['X \\sim Bin(n, p)']),
statistica__templateObject107 = statistica__taggedTemplateLiteralLoose(['n \to +infty'], ['n \\to +\\infty']),
statistica__templateObject108 = statistica__taggedTemplateLiteralLoose(['p \to 0'], ['p \\to 0']),
statistica__templateObject109 = statistica__taggedTemplateLiteralLoose(['E(X) = n cdot p \to mu \neq 0'], ['E(X) = n \\cdot p \\to \\mu \\neq 0']),
statistica__templateObject110 = statistica__taggedTemplateLiteralLoose(['Poi(mu)'], ['Poi(\\mu)']),
statistica__templateObject111 = statistica__taggedTemplateLiteralLoose(['f_X (k) : mathbb{N} = \frac{e^{-mu} cdot mu^k}{k!}'], ['f_X (k) : \\mathbb{N} = \\frac{e^{-\\mu} \\cdot \\mu^k}{k!}']),
statistica__templateObject112 = statistica__taggedTemplateLiteralLoose(['m_X (t) = e^{mu cdot (e^t - 1)}'], ['m_X (t) = e^{\\mu \\cdot (e^t - 1)}']),
statistica__templateObject113 = statistica__taggedTemplateLiteralLoose(['E(X) = mu'], ['E(X) = \\mu']),
statistica__templateObject114 = statistica__taggedTemplateLiteralLoose(['Var(X) = mu'], ['Var(X) = \\mu']),
statistica__templateObject115 = statistica__taggedTemplateLiteralLoose(['E(X^2) = mu^2 + mu'], ['E(X^2) = \\mu^2 + \\mu']),
statistica__templateObject116 = statistica__taggedTemplateLiteralLoose(['lambda'], ['\\lambda']),
statistica__templateObject117 = statistica__taggedTemplateLiteralLoose(['mu = t cdot lambda'], ['\\mu = t \\cdot \\lambda']),
statistica__templateObject118 = statistica__taggedTemplateLiteralLoose(['Poi(t cdot lambda)'], ['Poi(t \\cdot \\lambda)']),
statistica__templateObject119 = statistica__taggedTemplateLiteralLoose(['Esp(lambda)'], ['Esp(\\lambda)']),
statistica__templateObject120 = statistica__taggedTemplateLiteralLoose(['f_X (x) = \begin{cases}\n 0 qquad qquad x < 0\\\n lambda cdot e^{-lambda cdot x} quad x > 0\n end{cases}'], ['f_X (x) = \\begin{cases}\n 0 \\qquad \\qquad x < 0\\\\\n \\lambda \\cdot e^{-\\lambda \\cdot x} \\quad x > 0\n \\end{cases}']),
statistica__templateObject121 = statistica__taggedTemplateLiteralLoose(['F_X (t) = \begin{cases}\n 0 qquad qquad t < 0\\\n 1 - e^{-lambda cdot t} quad t geq 0\n end{cases}'], ['F_X (t) = \\begin{cases}\n 0 \\qquad \\qquad t < 0\\\\\n 1 - e^{-\\lambda \\cdot t} \\quad t \\geq 0\n \\end{cases}']),
statistica__templateObject122 = statistica__taggedTemplateLiteralLoose(['m_X (t) : { t | t < lambda } in mathbb{R} = \frac{lambda}{lambda - t}'], ['m_X (t) : \\{ t | t < \\lambda \\} \\in \\mathbb{R} = \\frac{\\lambda}{\\lambda - t}']),
statistica__templateObject123 = statistica__taggedTemplateLiteralLoose(['E(X) = \frac{1}{lambda}'], ['E(X) = \\frac{1}{\\lambda}']),
statistica__templateObject124 = statistica__taggedTemplateLiteralLoose(['Var(X) = \frac{1}{lambda^2}'], ['Var(X) = \\frac{1}{\\lambda^2}']),
statistica__templateObject125 = statistica__taggedTemplateLiteralLoose(['P([X > s + t | X > s]) = P([X > t])'], ['P([X > s + t | X > s]) = P([X > t])']),
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_templateObject128 = statistica__taggedTemplateLiteralLoose(['m_X (t) : ( t < lambda ) in mathbb{R} = left( \frac{lambda}{lambda - t} \right) ^alpha'], ['m_X (t) : ( t < \\lambda ) \\in \\mathbb{R} = \\left( \\frac{\\lambda}{\\lambda - t} \\right) ^\\alpha']),
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_templateObject130 = statistica__taggedTemplateLiteralLoose(['Var(X) = \frac{alpha}{lambda^2}'], ['Var(X) = \\frac{\\alpha}{\\lambda^2}']),
_templateObject131 = statistica__taggedTemplateLiteralLoose(['[a, b]'], ['[a, b]']),
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_templateObject133 = statistica__taggedTemplateLiteralLoose(['P(X in (c, d)) = \frac{d - c}{b - a}'], ['P(X \\in (c, d)) = \\frac{d - c}{b - a}']),
_templateObject134 = statistica__taggedTemplateLiteralLoose(['f_X (x) = \begin{cases}\n \frac{1}{b - a} qquad a leq x leq b\\\n 0 qquad quad altrimenti \n end{cases}'], ['f_X (x) = \\begin{cases}\n \\frac{1}{b - a} \\qquad a \\leq x \\leq b\\\\\n 0 \\qquad \\quad altrimenti \n \\end{cases}']),
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_templateObject136 = statistica__taggedTemplateLiteralLoose(['m_X (t) = \frac{e^{b cdot t} - e^{a cdot t}}{(b - a) cdot t}'], ['m_X (t) = \\frac{e^{b \\cdot t} - e^{a \\cdot t}}{(b - a) \\cdot t}']),
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_templateObject138 = statistica__taggedTemplateLiteralLoose(['Var(X) = \frac{(b - a)^2}{12}'], ['Var(X) = \\frac{(b - a)^2}{12}']),
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_templateObject140 = statistica__taggedTemplateLiteralLoose(['f_X (x) = \frac{e^{-\frac{(x - mu)^2}{2 sigma^2}}}{sqrt{2 pi cdot sigma^2}}'], ['f_X (x) = \\frac{e^{-\\frac{(x - \\mu)^2}{2 \\sigma^2}}}{\\sqrt{2 \\pi \\cdot \\sigma^2}}']),
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_templateObject143 = statistica__taggedTemplateLiteralLoose(['X sim Nor(m, v^2) implies alpha X + \beta sim Nor(alpha m + \beta, (alpha v)^2)'], ['X \\sim Nor(m, v^2) \\implies \\alpha X + \\beta \\sim Nor(\\alpha m + \\beta, (\\alpha v)^2)']),
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_templateObject145 = statistica__taggedTemplateLiteralLoose(['F_Z(z) = phi(z) = \frac{1}{sqrt{2 pi}} int_{-infty}^{z} e^{-\frac{x^2}{2}} dx'], ['F_Z(z) = \\phi(z) = \\frac{1}{\\sqrt{2 \\pi}} \\int_{-\\infty}^{z} e^{-\\frac{x^2}{2}} dx']),
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_templateObject147 = statistica__taggedTemplateLiteralLoose(['x_alpha = mu + z_alpha cdot sqrt{sigma^2}'], ['x_\\alpha = \\mu + z_\\alpha \\cdot \\sqrt{\\sigma^2}']),
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_templateObject151 = statistica__taggedTemplateLiteralLoose(['Ipe(N, K, n) approx Bin(n, \frac{K}{N})'], ['Ipe(N, K, n) \\approx Bin(n, \\frac{K}{N})']),
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_templateObject164 = statistica__taggedTemplateLiteralLoose(['p_X (x) = sum_j p_{X, Y} (x_i, y_j)'], ['p_X (x) = \\sum_j p_{X, Y} (x_i, y_j)']),
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_templateObject167 = statistica__taggedTemplateLiteralLoose(['E(X + Y) = E(X) + E(Y)'], ['E(X + Y) = E(X) + E(Y)']),
_templateObject168 = statistica__taggedTemplateLiteralLoose(['Cov(X, Y) = E((X - E(X) cdot (Y - E(Y)) = E(XY) - E(X) cdot E(Y)'], ['Cov(X, Y) = E((X - E(X) \\cdot (Y - E(Y)) = E(XY) - E(X) \\cdot E(Y)']),
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_templateObject170 = statistica__taggedTemplateLiteralLoose(['Cov(X, Y) = Cov(Y, X)'], ['Cov(X, Y) = Cov(Y, X)']),
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_templateObject175 = statistica__taggedTemplateLiteralLoose(['\boldsymbol{C_X}'], ['\\boldsymbol{C_X}']),
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_templateObject179 = statistica__taggedTemplateLiteralLoose(['Y = a X + b Longleftrightarrow | \rho_{X, Y} | = 1'], ['Y = a X + b \\Longleftrightarrow | \\rho_{X, Y} | = 1']),
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_templateObject189 = statistica__taggedTemplateLiteralLoose(['E(S_0^2) = E(S_n^2) = Var(X)'], ['E(S_0^2) = E(S_n^2) = Var(X)']),
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_templateObject224 = statistica__taggedTemplateLiteralLoose(['widehat{mu}_M = widehat{mu}_L = overline{X}_n'], ['\\widehat{\\mu}_M = \\widehat{\\mu}_L = \\overline{X}_n']),
_templateObject225 = statistica__taggedTemplateLiteralLoose(['widehat{lambda}_M = widehat{lambda}_L = \frac{1}{overline{X}_n}'], ['\\widehat{\\lambda}_M = \\widehat{\\lambda}_L = \\frac{1}{\\overline{X}_n}']),
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_templateObject232 = statistica__taggedTemplateLiteralLoose(['mu in left[ overline{x}_n - z_{1 - \frac{alpha}{2}} cdot sqrt{\frac{sigma^2}{n}}, +infty \right)'], ['\\mu \\in \\left[ \\overline{x}_n - z_{1 - \\frac{\\alpha}{2}} \\cdot \\sqrt{\\frac{\\sigma^2}{n}}, +\\infty \\right)']),
_templateObject233 = statistica__taggedTemplateLiteralLoose(['p in left[ overline{p} - z_{1 - \frac{alpha}{2}} cdot sqrt{\frac{overline{p} cdot (1 - overline{p})}{n+4}}, overline{p} + z_{1 - \frac{alpha}{2}} cdot sqrt{\frac{overline{p} cdot (1 - overline{p})}{n+4}} \right]'], ['p \\in \\left[ \\overline{p} - z_{1 - \\frac{\\alpha}{2}} \\cdot \\sqrt{\\frac{\\overline{p} \\cdot (1 - \\overline{p})}{n+4}}, \\overline{p} + z_{1 - \\frac{\\alpha}{2}} \\cdot \\sqrt{\\frac{\\overline{p} \\cdot (1 - \\overline{p})}{n+4}} \\right]']),
_templateObject234 = statistica__taggedTemplateLiteralLoose(['m in left[ overline{x}_n - z_{1 - \frac{alpha}{2}} cdot sqrt{\frac{s^2_n}{n}}, overline{x}_n + z_{1 - \frac{alpha}{2}} cdot sqrt{\frac{s^2_n}{n}} \right]'], ['m \\in \\left[ \\overline{x}_n - z_{1 - \\frac{\\alpha}{2}} \\cdot \\sqrt{\\frac{s^2_n}{n}}, \\overline{x}_n + z_{1 - \\frac{\\alpha}{2}} \\cdot \\sqrt{\\frac{s^2_n}{n}} \\right]']);
function statistica__taggedTemplateLiteralLoose(strings, raw) { strings.raw = raw; return strings; }
function statistica__classCallCheck(instance, Constructor) { if (!(instance instanceof Constructor)) { throw new TypeError("Cannot call a class as a function"); } }
function statistica__possibleConstructorReturn(self, call) { if (!self) { throw new ReferenceError("this hasn't been initialised - super() hasn't been called"); } return call && (typeof call === "object" || typeof call === "function") ? call : self; }
function statistica__inherits(subClass, superClass) { if (typeof superClass !== "function" && superClass !== null) { throw new TypeError("Super expression must either be null or a function, not " + typeof superClass); } subClass.prototype = Object.create(superClass && superClass.prototype, { constructor: { value: subClass, enumerable: false, writable: true, configurable: true } }); if (superClass) Object.setPrototypeOf ? Object.setPrototypeOf(subClass, superClass) : subClass.__proto__ = superClass; }
var statistica_r = String.raw;
var statistica__ref = Object(preact_min["h"])(
'h1',
null,
'Statistica ed Elementi di Probabilit\xE0'
);
var statistica__ref2 = Object(preact_min["h"])(
panel_Panel,
{ title: "Soggettiva" },
Object(preact_min["h"])(
'p',
null,
'Il prezzo che un individuo coerente riterrebbe equo per ricevere ',
Object(preact_min["h"])(
'b',
null,
'1'
),
' nel caso l\'evento si verificasse e ',
Object(preact_min["h"])(
'b',
null,
'0'
),
' nel caso l\'evento non si verificasse.'
)
);
var statistica__ref3 = Object(preact_min["h"])(
'blockquote',
null,
'"omegone"'
);
var statistica__ref4 = Object(preact_min["h"])(
'p',
null,
'L\'',
Object(preact_min["h"])(
'b',
null,
'insieme'
),
' di tutti gli esiti possibili di un esperimento.'
);
var statistica__ref5 = Object(preact_min["h"])(
'blockquote',
null,
'"omeghino"'
);
var statistica__ref6 = Object(preact_min["h"])(
'p',
null,
'Un ',
Object(preact_min["h"])(
'b',
null,
'elemento'
),
' dello spazio campionario.'
);
var statistica__ref7 = Object(preact_min["h"])(
'blockquote',
null,
'"e"'
);
var statistica__ref8 = Object(preact_min["h"])(
'p',
null,
'Un ',
Object(preact_min["h"])(
'b',
null,
'sottoinsieme'
),
' dello spazio campionario.'
);
var statistica__ref9 = Object(preact_min["h"])(
'p',
null,
'Lo spazio campionario stesso \xE8 un ',
Object(preact_min["h"])(
'b',
null,
'evento certo'
),
'.'
);
var statistica__ref10 = Object(preact_min["h"])(
'blockquote',
null,
'"not e"'
);
var statistica__ref11 = Object(preact_min["h"])(
'p',
null,
'Il ',
Object(preact_min["h"])(
'b',
null,
'complementare'
),
' di un sottoinsieme.'
);
var statistica__ref12 = Object(preact_min["h"])(
'blockquote',
null,
'"e intersecato effe"'
);
var statistica__ref13 = Object(preact_min["h"])(
'p',
null,
'L\'',
Object(preact_min["h"])(
'b',
null,
'intersezione'
),
' di pi\xF9 sottoinsiemi.'
);
var statistica__ref14 = Object(preact_min["h"])(
'blockquote',
null,
'"e unito a effe"'
);
var statistica__ref15 = Object(preact_min["h"])(
'p',
null,
'L\'',
Object(preact_min["h"])(
'b',
null,
'unione'
),
' di pi\xF9 sottoinsiemi.'
);
var statistica__ref16 = Object(preact_min["h"])(
'blockquote',
null,
'"e meno effe"'
);
var statistica__ref17 = Object(preact_min["h"])(
'blockquote',
null,
'"e contenuto in effe"'
);
var statistica__ref18 = Object(preact_min["h"])(
'p',
null,
'L\'',
Object(preact_min["h"])(
'b',
null,
'inclusione'
),
' del primo insieme in un altro.'
);
var statistica__ref19 = Object(preact_min["h"])(
'p',
null,
'Se si verifica ',
Object(preact_min["h"])(
latex_Latex,
null,
'E'
),
', allora si verifica anche ',
Object(preact_min["h"])(
latex_Latex,
null,
'F'
),
'.'
);
var statistica__ref20 = Object(preact_min["h"])(
'blockquote',
null,
'"e \xE8 impossibile"'
);
var statistica__ref21 = Object(preact_min["h"])(
'p',
null,
'Un sottoinsieme ',
Object(preact_min["h"])(
'b',
null,
'vuoto'
),
'.'
);
var statistica__ref22 = Object(preact_min["h"])(
'blockquote',
null,
'"e ed effe si escludono mutualmente"'
);
var statistica__ref23 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
'disgiunzione'
),
' di due insiemi.'
);
var statistica__ref24 = Object(preact_min["h"])(
'blockquote',
null,
'"famiglia effe"'
);
var statistica__ref25 = Object(preact_min["h"])(
'p',
null,
'I sottoinsiemi dello spazio campionario formano una ',
Object(preact_min["h"])(
'b',
null,
'famiglia'
),
' di sottoinsiemi detta ',
Object(preact_min["h"])(
'i',
null,
'famiglia degli eventi'
),
'.'
);
var statistica__ref26 = Object(preact_min["h"])(
'blockquote',
null,
'"sigma algebra"'
);
var statistica__ref27 = Object(preact_min["h"])(
'blockquote',
null,
'"la partizione e composta da e uno, e due, e tre..."'
);
var statistica__ref28 = Object(preact_min["h"])(
'p',
null,
'Un insieme di esiti e eventi:'
);
var statistica__ref29 = Object(preact_min["h"])(
'ul',
null,
Object(preact_min["h"])(
'li',
null,
Object(preact_min["h"])(
'b',
null,
'Finito'
),
'.'
),
Object(preact_min["h"])(
'li',
null,
'In cui tutti gli eventi hanno ',
Object(preact_min["h"])(
'b',
null,
'probabilit\xE0 diversa da 0'
),
'.'
),
Object(preact_min["h"])(
'li',
null,
'In cui tutti gli eventi sono ',
Object(preact_min["h"])(
'b',
null,
'mutualmente esclusivi'
),
'.'
),
Object(preact_min["h"])(
'li',
null,
'In cui l\'unione di tutti i suoi elementi ',
Object(preact_min["h"])(
'b',
null,
'copre lo spazio campionario'
),
'.'
)
);
var statistica__ref30 = Object(preact_min["h"])(
example_Example,
null,
'Se lo spazio campionario fosse una torta, una sua partizione sarebbe l\'insieme delle fette di uno dei modi in cui si potrebbe tagliare.'
);
var statistica__ref31 = Object(preact_min["h"])(
'p',
null,
'La probabilit\xE0 di un evento \xE8 un numero tra 0 e 1.'
);
var statistica__ref32 = Object(preact_min["h"])(
'p',
null,
'La probabilit\xE0 dello spazio campionario \xE8 sempre 1.'
);
var statistica__ref33 = Object(preact_min["h"])(
'p',
null,
'La probabilit\xE0 dell\'unione di eventi indipendenti \xE8 uguale alla somma delle loro probabilit\xE0.'
);
var statistica__ref34 = Object(preact_min["h"])(
'p',
null,
'La probabilit\xE0 di un evento negato \xE8 uguale a 1 meno la probabilit\xE0 dell\'evento non negato.'
);
var statistica__ref35 = Object(preact_min["h"])(
'p',
null,
'La probabilit\xE0 di un evento incluso in un altro \xE8 sempre minore o uguale alla probabilit\xE0 dell\'evento in cui \xE8 incluso.'
);
var statistica__ref36 = Object(preact_min["h"])(
'p',
null,
'La probabilit\xE0 di un evento unito a un altro \xE8 uguale alla somma delle probabilit\xE0 dei due eventi meno la probabilit\xE0 della loro intersezione.'
);
var statistica__ref37 = Object(preact_min["h"])(
example_Example,
null,
'Sommando le probabilit\xE0 dei due eventi, l\'intersezione viene contata due volte, e va quindi rimossa!'
);
var statistica__ref38 = Object(preact_min["h"])(
'p',
null,
'Spazi campionari in cui ci sono un numero finito di esiti e ogni esito ha la stessa probabilit\xE0 di verificarsi.'
);
var statistica__ref39 = Object(preact_min["h"])(
panel_Panel,
{ title: "Spazi equiprobabili geometrici" },
Object(preact_min["h"])(
'p',
null,
'Gli spazi campionari possono avere un numero infinito di esiti: sono ',
Object(preact_min["h"])(
'i',
null,
'equiprobabili geometrici'
),
' se nessun esito \xE8 privilegiato rispetto agli altri.'
)
);
var statistica__ref40 = Object(preact_min["h"])(
'p',
null,
'Estraggo un numero, da un sacchetto con ',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
),
' numeri, mi segno che numero ho estratto e lo ',
Object(preact_min["h"])(
'b',
null,
'tengo fuori dal sacchetto'
),
'. Ripeto per ',
Object(preact_min["h"])(
latex_Latex,
null,
'k'
),
' volte.'
);
var statistica__ref41 = Object(preact_min["h"])(
'p',
null,
Object(preact_min["h"])(
'b',
null,
'Tengo conto'
),
' dell\'ordine in cui ho estratto i numeri.'
);
var statistica__ref42 = Object(preact_min["h"])(
'p',
null,
'Estraggo un numero, da un sacchetto con ',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
),
' numeri, mi segno che numero ho estratto e lo ',
Object(preact_min["h"])(
'b',
null,
'rimetto nel sacchetto'
),
'. Ripeto per ',
Object(preact_min["h"])(
latex_Latex,
null,
'k'
),
' volte.'
);
var statistica__ref43 = Object(preact_min["h"])(
'p',
null,
Object(preact_min["h"])(
'b',
null,
'Tengo conto'
),
' dell\'ordine in cui ho estratto i numeri.'
);
var statistica__ref44 = Object(preact_min["h"])(
'p',
null,
'Estraggo un numero, da un sacchetto con ',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
),
' numeri, mi segno che numero ho estratto e lo ',
Object(preact_min["h"])(
'b',
null,
'tengo fuori dal sacchetto'
),
'. Ripeto per ',
Object(preact_min["h"])(
latex_Latex,
null,
'k'
),
' volte.'
);
var statistica__ref45 = Object(preact_min["h"])(
'p',
null,
Object(preact_min["h"])(
'b',
null,
'Non mi interessa'
),
' l\'ordine in cui ho estratto i numeri.'
);
var statistica__ref46 = Object(preact_min["h"])(
'p',
null,
'Estraggo un numero, da un sacchetto con ',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
),
' numeri, mi segno che numero ho estratto e lo ',
Object(preact_min["h"])(
'b',
null,
'rimetto nel sacchetto'
),
'. Ripeto per ',
Object(preact_min["h"])(
latex_Latex,
null,
'k'
),
' volte.'
);
var statistica__ref47 = Object(preact_min["h"])(
'p',
null,
Object(preact_min["h"])(
'b',
null,
'Non mi interessa'
),
' l\'ordine in cui ho estratto i numeri.'
);
var statistica__ref48 = Object(preact_min["h"])(
'p',
null,
'Estraggo ',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
),
' numeri e guardo in quanti ordini diversi li posso mettere.'
);
var statistica__ref49 = Object(preact_min["h"])(
'blockquote',
null,
'"E dato F"'
);
var statistica__ref50 = Object(preact_min["h"])(
'p',
null,
'La probabilit\xE0 che si verifichi ',
Object(preact_min["h"])(
latex_Latex,
null,
'E'
),
' sapendo che ',
Object(preact_min["h"])(
'b',
null,
'si \xE8 gi\xE0 verificato'
),
' ',
Object(preact_min["h"])(
latex_Latex,
null,
'F'
),
'.'
);
var statistica__ref51 = Object(preact_min["h"])(
example_Example,
null,
'Ricorda vagamente le pipe di ',
Object(preact_min["h"])(
'code',
null,
'bash'
),
', per\xF2 al contrario...'
);
var statistica__ref52 = Object(preact_min["h"])(
'p',
null,
'Se due eventi sono mutualmente esclusivi, entrambe le loro probabilit\xE0 condizionate saranno uguali a 0.'
);
var statistica__ref53 = Object(preact_min["h"])(
'p',
null,
'Si pu\xF2 sfruttare la formula inversa della probabilit\xE0 condizionata per calcolare catene di intersezioni:'
);
var statistica__ref54 = Object(preact_min["h"])(
'p',
null,
'La probabilit\xE0 che si verifichi un evento \xE8 pari alla somma delle probabilit\xE0 dell\'evento stesso dati tutti gli eventi di una partizione.'
);
var statistica__ref55 = Object(preact_min["h"])(
'p',
null,
'La legge delle alternative funziona anche quando ad essere partizionato \xE8 un ',
Object(preact_min["h"])(
'b',
null,
'evento'
),
':'
);
var statistica__ref56 = Object(preact_min["h"])(
'p',
null,
'Tramite la ',
Object(preact_min["h"])(
'i',
null,
'formula di Bayes'
),
' possiamo risalire alla probabilit\xE0 di un evento condizionato a un altro partendo dalla probabilit\xE0 di quest\'ultimo condizionato al primo:'
);
var statistica__ref57 = Object(preact_min["h"])(
example_Example,
null,
'In pratica, invertiamo gli eventi.'
);
var statistica__ref58 = Object(preact_min["h"])(
'blockquote',
null,
'"eventi indipendenti a due a due"'
);
var statistica__ref59 = Object(preact_min["h"])(
'p',
null,
'Se due eventi sono indipendenti, sapere che uno dei due si \xE8 verificato non influisce sulle probabilit\xE0 che si sia verificato l\'altro.'
);
var statistica__ref60 = Object(preact_min["h"])(
'blockquote',
null,
'"eventi indipendenti a tre a tre, a quattro a quattro, a cinque a cinque..."'
);
var statistica__ref61 = Object(preact_min["h"])(
'p',
null,
'Si pu\xF2 verificare l\'indipendenza di pi\xF9 eventi alla volta:'
);
var statistica__ref62 = Object(preact_min["h"])(
'p',
null,
'Eventi indipendenti a due a due non sono per forza indipendenti a tre a tre, e viceversa.'
);
var statistica__ref63 = Object(preact_min["h"])(
panel_Panel,
{ title: "Famiglia di eventi indipendenti" },
Object(preact_min["h"])(
'p',
null,
'Un insieme di ',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
),
' eventi \xE8 una ',
Object(preact_min["h"])(
'i',
null,
'famiglia di eventi indipendenti'
),
' se, preso un qualsiasi numero di eventi da essa, essi risulteranno indipendenti.'
),
Object(preact_min["h"])(
example_Example,
null,
'Tutti gli eventi provenienti da essa saranno indipendenti sia a due a due, sia a tre a tre, sia a quattro a quattro, e cos\xEC via!'
)
);
var statistica__ref64 = Object(preact_min["h"])(
'abbr',
{ title: "Nome artigianale dato da Steffo." },
'Insieme di ripartizione'
);
var statistica__ref65 = Object(preact_min["h"])(
latex_Latex,
null,
't'
);
var statistica__ref66 = Object(preact_min["h"])(
'p',
null,
'Per definizione, tutte le variabili aleatorie devono rispettare questa condizione:'
);
var statistica__ref67 = Object(preact_min["h"])(
example_Example,
null,
'All\'aumentare di t, l\'insieme conterr\xE0 sempre pi\xF9 elementi.'
);
var statistica__ref68 = Object(preact_min["h"])(
panel_Panel,
{ title: "Supporto" },
Object(preact_min["h"])(
'blockquote',
null,
'"supporto di X"'
),
Object(preact_min["h"])(
'p',
null,
'Il ',
Object(preact_min["h"])(
'b',
null,
'codominio'
),
' della variabile aleatoria \xE8 il suo ',
Object(preact_min["h"])(
'i',
null,
'supporto'
),
'.'
),
Object(preact_min["h"])(
'p',
null,
'Per indicare che un valore ',
Object(preact_min["h"])(
latex_Latex,
null,
'x_0'
),
' appartiene al supporto di ',
Object(preact_min["h"])(
latex_Latex,
null,
'X'
),
', si usa la notazione ',
Object(preact_min["h"])(
latex_Latex,
null,
'X \\mapsto x_0'
),
'.'
)
);
var statistica__ref69 = Object(preact_min["h"])(
'i',
null,
'funzione probabilit\xE0'
);
var statistica__ref70 = Object(preact_min["h"])(
'b',
null,
'discreta'
);
var statistica__ref71 = Object(preact_min["h"])(
latex_Latex,
null,
'X'
);
var statistica__ref72 = Object(preact_min["h"])(
'i',
null,
'funzione densit\xE0'
);
var statistica__ref73 = Object(preact_min["h"])(
'b',
null,
'continua'
);
var statistica__ref74 = Object(preact_min["h"])(
latex_Latex,
null,
'X'
);
var statistica__ref75 = Object(preact_min["h"])(
'p',
null,
'A differenza della funzione probabilit\xE0, \xE8 possibile che la funzione densit\xE0 ',
Object(preact_min["h"])(
'b',
null,
'non esista'
),
' per una certa variabile aleatoria.'
);
var statistica__ref76 = Object(preact_min["h"])(
example_Example,
null,
'Rappresenta "quanta" probabilit\xE0 c\'\xE8 in un\'unit\xE0 di x!'
);
var statistica__ref77 = Object(preact_min["h"])(
'i',
null,
'funzione di ripartizione'
);
var statistica__ref78 = Object(preact_min["h"])(
latex_Latex,
null,
't'
);
var statistica__ref79 = Object(preact_min["h"])(
'li',
null,
'\xC8 sempre ',
Object(preact_min["h"])(
'b',
null,
'monotona crescente'
),
' (non strettamente).'
);
var statistica__ref80 = Object(preact_min["h"])('br', null);
var statistica__ref81 = Object(preact_min["h"])(
'li',
null,
'Vale ',
Object(preact_min["h"])(
'b',
null,
'0'
),
' a ',
Object(preact_min["h"])(
latex_Latex,
null,
'-\\infty'
),
' e ',
Object(preact_min["h"])(
'b',
null,
'1'
),
' a ',
Object(preact_min["h"])(
latex_Latex,
null,
'+\\infty'
),
'.'
);
var statistica__ref82 = Object(preact_min["h"])('br', null);
var statistica__ref83 = Object(preact_min["h"])(
'b',
null,
'continua da destra'
);
var statistica__ref84 = Object(preact_min["h"])(
'p',
null,
'Possiamo usare la funzione di ripartizione per calcolare la probabilit\xE0 di un certo valore reale:'
);
var statistica__ref85 = Object(preact_min["h"])(
panel_Panel,
{ title: "Nel discreto" },
Object(preact_min["h"])(
'p',
null,
'Nel discreto basta abbinare un nuovo valore a ogni valore della variabile originale.'
)
);
var statistica__ref86 = Object(preact_min["h"])(
'p',
null,
'Nel continuo applichiamo la formula dell\'integrazione per sostituzione:'
);
var statistica__ref87 = Object(preact_min["h"])(
panel_Panel,
{ title: "Nel... digitale" },
Object(preact_min["h"])(
'p',
null,
'Trasformare variabili aleatorie \xE8 molto utile nell\'informatica per creare distribuzioni partendo da una funzione ',
Object(preact_min["h"])(
'a',
{ href: "https://docs.python.org/3/library/random.html#random.random" },
Object(preact_min["h"])(
'code',
null,
'random()'
)
),
' che restituisce numeri da 0 a 1 con una distribuzione lineare.'
)
);
var statistica__ref88 = Object(preact_min["h"])(
'p',
null,
'Ogni variabile aleatoria che ha una ',
Object(preact_min["h"])(
'b',
null,
'funzione di ripartizione'
),
' e un ',
Object(preact_min["h"])(
'b',
null,
'supporto finito'
),
' ha anche una ',
Object(preact_min["h"])(
'i',
null,
'media'
),
' (o ',
Object(preact_min["h"])(
'i',
null,
'valore medio'
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' o ',
Object(preact_min["h"])(
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null,
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'):'
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var statistica__ref89 = Object(preact_min["h"])(
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null,
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var statistica__ref90 = Object(preact_min["h"])(
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null,
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Object(preact_min["h"])(
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null,
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' \xE8 ',
Object(preact_min["h"])(
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null,
'massima'
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'.'
)
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var statistica__ref92 = Object(preact_min["h"])(
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null,
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var statistica__ref93 = Object(preact_min["h"])(
latex_Latex,
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var statistica__ref94 = Object(preact_min["h"])('p', null);
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null,
'mediana'
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var statistica__ref96 = Object(preact_min["h"])(
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null,
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null,
Object(preact_min["h"])(
latex_Latex,
null,
'n'
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'-esima percentile'
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var statistica__ref98 = Object(preact_min["h"])(
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null,
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var statistica__ref99 = Object(preact_min["h"])(
'p',
null,
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var statistica__ref100 = Object(preact_min["h"])(
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null,
Object(preact_min["h"])(
todo_Todo,
null,
'TODO: Ha senso questa minidimostrazione?'
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var statistica__ref101 = Object(preact_min["h"])(
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null,
'"disuguaglianza di cebicev"'
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var statistica__ref102 = Object(preact_min["h"])(
latex_Latex,
null,
'X'
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var statistica__ref103 = Object(preact_min["h"])(
example_Example,
null,
'Serve per semplificare i calcoli quando la funzione di ripartizione \xE8 difficile da calcolare!'
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var statistica__ref104 = Object(preact_min["h"])(
'p',
null,
'Il ',
Object(preact_min["h"])(
'i',
null,
'momento'
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' ',
Object(preact_min["h"])(
latex_Latex,
null,
'k'
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'-esimo di una variabile aleatoria \xE8:'
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var statistica__ref105 = Object(preact_min["h"])(
example_Example,
null,
'La media di una variabile aleatoria \xE8 anche il suo primo momento.'
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var statistica__ref106 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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null,
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var statistica__ref107 = Object(preact_min["h"])(
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null,
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null,
'stessa distribuzione'
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'.'
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var statistica__ref108 = Object(preact_min["h"])(
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null,
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Object(preact_min["h"])(
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null,
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' della variabile aleatoria di X.'
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var statistica__ref109 = Object(preact_min["h"])(
'p',
null,
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Object(preact_min["h"])(
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null,
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' \xE8:'
);
var statistica__ref110 = Object(preact_min["h"])(
'p',
null,
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Object(preact_min["h"])(
'b',
null,
'stessa distribuzione'
),
'.'
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var statistica__ref111 = Object(preact_min["h"])(
'p',
null,
'E\' la ',
Object(preact_min["h"])(
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' della variabile aleatoria di X.'
);
var statistica__ref112 = Object(preact_min["h"])(
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null,
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var statistica__ref113 = Object(preact_min["h"])(
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' e ',
Object(preact_min["h"])(
minus_Minus,
null,
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'.'
)
);
var statistica__ref114 = Object(preact_min["h"])(
panel_Panel,
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Object(preact_min["h"])(
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null,
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);
var statistica__ref115 = Object(preact_min["h"])(
'p',
null,
'Una variabile aleatoria che rappresenta una prova di Bernoulli:'
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var statistica__ref116 = Object(preact_min["h"])(
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null,
Object(preact_min["h"])(
'li',
null,
'vale ',
Object(preact_min["h"])(
plus_Plus,
null,
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' in caso di ',
Object(preact_min["h"])(
plus_Plus,
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'successo'
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'.'
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Object(preact_min["h"])(
'li',
null,
'vale ',
Object(preact_min["h"])(
minus_Minus,
null,
'0'
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' in caso di ',
Object(preact_min["h"])(
minus_Minus,
null,
'insuccesso'
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'.'
)
);
var statistica__ref117 = Object(preact_min["h"])(
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null,
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var statistica__ref118 = Object(preact_min["h"])(
'p',
null,
'Una variabile aleatoria che conta il numero di successi di ',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
),
' prove di uno schema di Bernoulli.'
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var statistica__ref119 = Object(preact_min["h"])(
'p',
null,
'La binomiale ha come densit\xE0:'
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var statistica__ref120 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
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var statistica__ref121 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
'b',
null,
'media'
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' di una binomiale \xE8:'
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var statistica__ref122 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
'varianza'
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' di una binomiale \xE8:'
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var statistica__ref123 = Object(preact_min["h"])(
panel_Panel,
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Object(preact_min["h"])(
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null,
'Una variabile aleatoria che conta il numero di prove in uno schema di Bernoulli fino alla comparsa del primo successo.'
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Object(preact_min["h"])(
'p',
null,
'Il suo simbolo \xE8 ',
Object(preact_min["h"])(
latex_Latex,
null,
'Geo(p)'
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'.'
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);
var statistica__ref124 = Object(preact_min["h"])(
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null,
'La geometrica ha come densit\xE0:'
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var statistica__ref125 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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null,
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var statistica__ref126 = Object(preact_min["h"])(
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'La ',
Object(preact_min["h"])(
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' della geometrica \xE8:'
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var statistica__ref127 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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var statistica__ref128 = Object(preact_min["h"])(
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null,
'La geometrica non tiene conto degli eventi avvenuti in passato: ha la propriet\xE0 dell\'assenza di memoria:'
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var statistica__ref129 = Object(preact_min["h"])(
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null,
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'p',
null,
'Una variabile aleatoria che conta il numero di prove in uno schema di Bernoulli necessarie perch\xE8 si verifichi l\'',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
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'-esimo successo.'
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var statistica__ref131 = Object(preact_min["h"])(
'p',
null,
'La binomiale negativa ha come densit\xE0:'
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var statistica__ref132 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
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' della binomiale negativa \xE8:'
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var statistica__ref133 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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null,
'media'
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' della binomiale negativa \xE8:'
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var statistica__ref134 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
'varianza'
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' della binomiale negativa \xE8:'
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var statistica__ref135 = Object(preact_min["h"])(
'p',
null,
'Una variabile aleatoria che conta il numero ',
Object(preact_min["h"])(
latex_Latex,
null,
'k'
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' di insuccessi consecutivi in uno schema di Bernoulli:'
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var statistica__ref136 = Object(preact_min["h"])(
'p',
null,
'La geometrica traslata ha come densit\xE0:'
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var statistica__ref137 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
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' della geometrica traslata \xE8:'
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var statistica__ref138 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
'media'
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' della geometrica traslata \xE8:'
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var statistica__ref139 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
'varianza'
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' della geometrica \xE8:'
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var statistica__ref140 = Object(preact_min["h"])(
'p',
null,
'La geometrica traslata non tiene conto degli eventi avvenuti in passato: ha la propriet\xE0 dell\'assenza di memoria:'
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var statistica__ref141 = Object(preact_min["h"])(
example_Example,
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var statistica__ref142 = Object(preact_min["h"])(
'p',
null,
'Una variabile aleatoria che conta il numero di insuccessi in uno schema di Bernoulli prima che si verifichi l\'',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
),
'-esimo successo.'
);
var statistica__ref143 = Object(preact_min["h"])(
'p',
null,
'La binomiale negativa traslata ha come densit\xE0:'
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var statistica__ref144 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
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' della binomiale negativa traslata \xE8:'
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var statistica__ref145 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
'media'
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' della binomiale negativa traslata \xE8:'
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var statistica__ref146 = Object(preact_min["h"])(
'p',
null,
'La ',
Object(preact_min["h"])(
'b',
null,
'varianza'
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' della binomiale negativa traslata \xE8:'
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var statistica__ref147 = Object(preact_min["h"])(
panel_Panel,
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Object(preact_min["h"])(
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null,
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Object(preact_min["h"])(
latex_Latex,
null,
'K'
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' e di insuccessi ',
Object(preact_min["h"])(
latex_Latex,
null,
'N-K'
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', conta quanti successi si otterrebbero se se ne estraessero ',
Object(preact_min["h"])(
latex_Latex,
null,
'n'
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' in blocco.'
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Object(preact_min["h"])(
'p',
null,
'Il suo simbolo \xE8 ',
Object(preact_min["h"])(
latex_Latex,
null,
'Ipe(N, K, n)'
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'.'
)
);
var statistica__ref148 = Object(preact_min["h"])(
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null,
'La ipergeometrica ha come densit\xE0:'
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var statistica__ref149 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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null,
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var statistica__ref150 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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null,
'media'
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' della ipergeometrica \xE8:'
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var statistica__ref151 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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var statistica__ref152 = Object(preact_min["h"])(
'p',
null,
'Una variabile aleatoria che soddisfa tutte le seguenti caratteristiche:'
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var statistica__ref153 = Object(preact_min["h"])(
'p',
null,
'La poissoniana ha come densit\xE0:'
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var statistica__ref154 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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null,
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var statistica__ref155 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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null,
'media'
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' della poissoniana \xE8:'
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var statistica__ref156 = Object(preact_min["h"])(
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null,
'La ',
Object(preact_min["h"])(
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null,
'varianza'
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' della poissoniana \xE8:'
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var statistica__ref157 = Object(preact_min["h"])(
'p',
null,
'Gli altri momenti della poissoniana sono:'
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var statistica__ref158 = Object(preact_min["h"])(
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null,
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Object(preact_min["h"])(
'b',
null,
'arrivi'
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var statistica__ref159 = Object(preact_min["h"])(
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null,
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var statistica__ref160 = Object(preact_min["h"])(
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null,
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var statistica__ref161 = Object(preact_min["h"])(
latex_Latex,
null,
'N_t'
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var statistica__ref162 = Object(preact_min["h"])(
latex_Latex,
null,
't'
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var statistica__ref163 = Object(preact_min["h"])(
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var statistica__ref164 = Object(preact_min["h"])(
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Object(preact_min["h"])(
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':'
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var statistica__ref165 = Object(preact_min["h"])(
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Object(preact_min["h"])(
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':'
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var statistica__ref166 = Object(preact_min["h"])(
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var _ref168 = Object(preact_min["h"])(
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var _ref176 = Object(preact_min["h"])(
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':'
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':'
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var _ref189 = Object(preact_min["h"])(
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var _ref192 = Object(preact_min["h"])(
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var _ref193 = Object(preact_min["h"])(
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var _ref238 = Object(preact_min["h"])(
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var _ref240 = Object(preact_min["h"])(
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var _ref242 = Object(preact_min["h"])(
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var statistica_Statistica = function (_Component) {
statistica__inherits(Statistica, _Component);
function Statistica() {
statistica__classCallCheck(this, Statistica);
return statistica__possibleConstructorReturn(this, _Component.apply(this, arguments));
}
Statistica.prototype.render = function render() {
/*
Gruppo intero di oggetti di cui si cercano informazioni.
Popolazione finita di oggetti concreti che possono essere campionati ciascuno solo una volta.
Popolazione di valori ottenuti da prove sperimentali indipendenti ripetute più volte.
Sottoinsieme della popolazione che contiene gli oggetti che si sono osservati.
Simple random sample}>
Campione di una data dimensione in cui qualsiasi selezione di n elementi ha la stessa probabilità di costituire il campione.
Sample of convenience}>
Campione ottenuto in un modo casuale non ben definito.
Sample with replacement}>
Campione ottenuto sostituendo nella popolazione gli elementi estratti con dei nuovi elementi.
Dire che un campione è ottenuto with replacement è equivalente a dire che la popolazione che si sta campionando è infinita, e quindi che tutti gli elementi sono indipendenti.
Campione ottenuto da una popolazione in cui certi elementi hanno più probabilità di essere stati selezionati di altri.
Stratified random sample}>
Campione ottenuto da un sottoinsieme della popolazione detto strato.
Cluster sample}>
Campione ottenuto selezionando più cluster di elementi alla volta.
Sampling variation}>
Differenza di informazioni presente tra due campioni diversi della stessa popolazione.
Gli elementi in un campione sono indipendenti se gli elementi estratti in precedenza non influsicono significativamente sulle probabilità di estrazione dell'elemento successivo.
Esperimento in cui c'è una sola popolazione da cui vengono estratti campioni.
Serve per verificare delle condizioni.
Esperimento in cui sono presenti più popolazioni (aventi caratteristiche differenti una dall'altra dette fattori) da cui vengono estratti campioni.
Serve per capire quali fattori influenzano il risultato dell'esperimento.
Numerico o quantitativo}>
Il dato descrive un valore numerico relativo all'elemento, come ad esempio una quantità fisica.
Categorico o qualitativo}>
Il dato indica una categoria a cui appartiene l'elemento, come ad esempio il suo colore.
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