源码文件
function m = pot_to_marginal(pot) % POT_TO_MARGINAL Convert a mpot to a marginal structure. % m = pot_to_marginal(pot) m.domain =…
POT 源代码
电位器（Pot）作为可调电阻，在电路设计中扮演着至关重要的角色，广泛应用于音量控制、电压调节及传感器等领域。通过调整其阻值，工程师可以精确地控制电流或电压，实现对电子设备性能的优化。无论是初学者还是资深开发者，掌握电位器的工作原理及其在模拟电路中的应用都是必不可少的技能。访问我们…
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源码文件
function pot = rescale_pot(pot, s) % RESCALE_POT Add a constant to the mpot scale factor. % pot = rescale_pot(pot, s) pot.logp = …
源码文件
function pot = upot(domain, sizes, p, u) % UPOT Make a discrete utility potential. % pot = upot(domain, sizes, p, u) % % sizes(i) …
源码文件
function [pot, loglik] = normalize_pot(pot) % NORMALIZE_POT Convert the probability part of a utility potential % [pot, loglik] = …
源码文件
function m = pot_to_marginal(pot) % POT_TO_MARGINAL Convert a upot to a structure. % m = pot_to_marginal(pot) m.domain = pot.doma…
源码文件
function F=pot1(X); %> The function file defines a number of potentials on [0,1]. %> Using the file a value of the parameter PP …
源码文件
function varargout = fgh(F,I,M,N) %> finds the eigenvalues and eigenfunctions of a 1D Schrodinger %> Hamiltonian with a potentia…
源码文件
function f=numerov1(x0,x1,N,P,mult,E,Y0,DY0); %> The file integrates the 1D Schrodinger equation %> for an 'arbitrary' potential…
源码文件
function f=transfer(x0,x1,N,P,mult,E); %> The file integrates the 1D Schrodinger equation %> for an 'arbitrary' potential using …
源码文件
/* Program to simulate the exciting and confusing game of casino craps. Basically you roll two dice and total the number. If it'…