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Energy 的代码
energy.h
// file: $isip/class/algo/Energy/Energy.h
// version: $Id: Energy.h,v 1.33 2002/01/04 20:55:18 gao Exp $
//
// make sure definitions are only made once
//
#ifndef ISIP_ENERGY
#define ISIP_ENERGY
//
example.cc
// isip include files
//
#include
#include
// main program starts here:
// this example demonstrates the use of a compute method
//
int main(int argc, const char** argv) {
bethe_free_energy.m
function loglik = bethe_free_energy(engine, evidence)
% BETHE_FREE_ENERGY Compute Bethe free energy approximation to the log likelihood
% loglik = bethe_free_energy(engine, evidence)
%
% The Bethe fre
energyunit.java
package ranab.unit;
/**
* Energy unit converter class.
*
* @author Rana Bhattacharyya
*/
public
class EnergyUnit extends BaseUnit {
priv
scholtzvalue.m
function w=scholtzValue(t, A, Tc, tau)
% function w=scholtzValue(t, A, Tc, tau)
%
% input: A(=sqrt(Pulse Energy)), Tc(Time shift): [s]
% tau(Impulse Width) [s]
% ouput: t(time) :[s], w(
manchestervalue.m
function w=manchesterValue(t, A,Tc, tau)
% function w=manchesterValue(t, A, Tc, tau)
%
% input: A(=sqrt(Pulse Energy)), Tc(Time shift): [s]
% tau(Impulse Width) [s]
% ouput: t(time) :[s
sinevalue.m
function w=sineValue(t, A,Tc, tau)
% function w=sineValue(t, A, Tc, tau)
%
% input: A(=sqrt(Pulse Energy)), Tc(Time shift): [s]
% tau(Impulse Width) [s]
% ouput: t(time) :[s], w(wave fo
gaussvalue.m
function w=gaussValue(t, A,Tc, tau)
% function w=gaussValue(t, A, Tc, tau)
%
% input: A(=sqrt(Pulse Energy)), Tc(Time shift): [s]
% tau(Impulse Width) [s]
% ouput: t(time) :[s], w(wave
rectanglevalue.m
function w=rectangleValue(t, A,Tc, tau)
% function w=rectangleValue(t, A, Tc, tau)
%
% input: A(=sqrt(Pulse Energy)), Tc(Time shift): [s]
% tau(Impulse Width) [s]
% ouput: t(time) :[s],
historyupdate.m
function Eh = historyupdate(Eh,Ev,t,T)
% Temperature & Energy history update method supplied with SA Tools.
% Copyright (c) 2002, by Richard Frost and Frost Concepts.
% See http://www.frostconcepts