1
Fork 0
mirror of https://github.com/Steffo99/unisteffo.git synced 2024-11-27 02:14:20 +00:00
triennale-appunti-steffo/docs/route-CalcoloNumerico.chunk.2108a.js

2 lines
43 KiB
JavaScript
Raw Normal View History

2020-08-24 00:54:48 +00:00
(window.webpackJsonp=window.webpackJsonp||[]).push([[5],{"2w3n":function(n){n.exports={red:"red__2y1B_",orange:"orange__dD2kx",yellow:"yellow__OEpwl",lime:"lime__CVe41",cyan:"cyan__26ZAg",blue:"blue__LO7Xm",magenta:"magenta__1Akee",example:"example__2PzAa"}},"31Ft":function(n,l,i){"use strict";(function(n){i("4UPQ");var e=i("hosL"),t=i("mbOI"),r=i("ke5e");l.a=function(){return n(e.Fragment,null,n(t.r,{title:"Problema: Interpolazione"},n(t.q,{title:"Descrizione"},n("p",null,"Si vuole trovare una funzione in grado di ",n("b",null,"approssimarne")," un altra, di cui si conoscono però solo alcuni punti."),n(r.a,null,"È utile in un sacco di casi! Ad esempio, quando si vuole scalare un'immagine."))),n(t.r,{title:"Metodi di interpolazione"},n(t.q,{title:"Metodo dei coefficienti indeterminati"},n(t.u,null,"TODO")),n(t.q,{title:"Metodo di Lagrange"},n(t.u,null,"TODO"))),n(t.r,{title:"Resto di interpolazione"},n(t.q,{title:"Definizione"},n(t.u,null,"TODO")),n(t.q,{title:"Stima"},n(t.u,null,"TODO")),n(t.q,{title:"Fenomeno di Runge"},n(t.u,null,"TODO")),n(t.q,{title:"Nodi di Chebychev"},n(t.u,null,"TODO"))))}}).call(this,i("hosL").h)},"4UPQ":function(){},"5aVd":function(n){n.exports={menulist:"menulist__2Cmnq"}},FEtp:function(n,l,i){"use strict";(function(n){function e(){var n=W(["(x_{(k-1)}, f(x_{(k-1)}))"]);return e=function(){return n},n}function t(){var n=W(["(x_{(k)}, f(x_{(k)}))"]);return t=function(){return n},n}function r(){var n=W(["x_{(k+1)} = x_{(k)} - \frac{ f(x_{(k)}) }{ \frac{ f(x_{(k)}) - f(x_{(k-1)}) }{ x_{(k)} - x_{(k-1)} } }"],["x_{(k+1)} = x_{(k)} - \\frac{ f(x_{(k)}) }{ \\frac{ f(x_{(k)}) - f(x_{(k-1)}) }{ x_{(k)} - x_{(k-1)} } }"]);return r=function(){return n},n}function o(){var n=W(["phi (x) = \frac{ 1 }{ \frac{ f(x_{(k)}) - f(x_{(k-1)}) }{ x_{(k)} - x_{(k-1)} } }"],["\\phi (x) = \\frac{ 1 }{ \\frac{ f(x_{(k)}) - f(x_{(k-1)}) }{ x_{(k)} - x_{(k-1)} } }"]);return o=function(){return n},n}function u(){var n=W(["f'(x_{(k)})"]);return u=function(){return n},n}function a(){var n=W(["(x_{(k)}, f(x_{(k)}))"]);return a=function(){return n},n}function c(){var n=W(["x_{(k+1)} = x_{(k)} - \frac{ f(x_{(k)}) }{ f'(x_{(k)}) }"],["x_{(k+1)} = x_{(k)} - \\frac{ f(x_{(k)}) }{ f'(x_{(k)}) }"]);return c=function(){return n},n}function f(){var n=W(["phi (x) = \frac{1}{f' (x)}"],["\\phi (x) = \\frac{1}{f' (x)}"]);return f=function(){return n},n}function s(){var n=W(["left| f(x_{(k)}) \right| leq \tau"],["\\left| f(x_{(k)}) \\right| \\leq \\tau"]);return s=function(){return n},n}function d(){var n=W(["\frac{left| x_{(k+1)} - x_{(k)} \right|}{left| x_{(k+1)} \right|} leq \tau"],["\\frac{\\left| x_{(k+1)} - x_{(k)} \\right|}{\\left| x_{(k+1)} \\right|} \\leq \\tau"]);return d=function(){return n},n}function p(){var n=W(["\tau"],["\\tau"]);return p=function(){return n},n}function m(){var n=W(["x_{(k+1)} = g( x_{(k)} )"]);return m=function(){return n},n}function h(){var n=W(["g(x) = x - phi(x) cdot f(x)"],["g(x) = x - \\phi(x) \\cdot f(x)"]);return h=function(){return n},n}function _(){var n=W(["f"]);return _=function(){return n},n}function v(){var n=W(["phi(x)"],["\\phi(x)"]);return v=function(){return n},n}function g(){var n=W(["f"]);return g=function(){return n},n}function b(){var n=W(["g(x_{(*)}) = x_{(*)}"]);return b=function(){return n},n}function z(){var n=W(["x_{(k+1)} = g( x_{(k)} )"]);return z=function(){return n},n}function x(){var n=W(["x = x - phi(x) cdot f(x)"],["x = x - \\phi(x) \\cdot f(x)"]);return x=function(){return n},n}function k(){var n=W(["phi"],["\\phi"]);return k=function(){return n},n}function q(){var n=W(["[a_{(n+1)}, b_{(n+1)}]"]);return q=function(){return n},n}function A(){var n=W(["[c_{(n)}, b_{(n)}]"]);return A=function(){return n},n}function L(){var n=W(["[a_{(n)}, c_{(n)}]"]);return L=function(){return n},n}function O(){var n=W(["c_{(n)}"]);return O=function(){return n},n}function M(){var n=W(["c_{(n)} = b_{(n)} - \frac{f(b_{(n)})}{\frac{f(b_{(n)}) - f(a_{(n)})}{b_{(n)} - a_{(n)}}}"],["c_{(n)} = b_{(n)} - \\frac{f(b_{(n)})}{\\frac{f(b_{(n)}) - f(a_{(n)})}{b_{(n)} - a_{(n)}}}"]);return M=function(){r
//# sourceMappingURL=route-CalcoloNumerico.chunk.2108a.js.map