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Energy 的代码
tfrsurf.m
function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% extract from a time-frequency representation the biggest energy dots
jbchanneltimewindowmodel.java
package org.trinet.jasi;
import java.util.*;
import org.trinet.util.*;
/**
Model for determining the set of channels and time-windows are likely to have
seismic energy above the noise level
simplechanneltimemodel.java
package org.trinet.jasi;
import java.util.*;
import org.trinet.util.*;
/**
* Model that returns a set of Channel/Time-Windows that represent where seismic
* energy is most likely to be fo
tfrsurf.m
function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% extract from a time-frequency representation the biggest energy dots
stats.dat
# Generic Statistics Data
# Fri Nov 28 19:59:44 2008
# 1: update
# 2: average inferiority (energy)
# 3: ave probability of any mutations in genome
# 4: probability of any mutations in dom gen
tfrsurf.m
function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% extract from a time-frequency representation the biggest energy dots
limpz.m
function l = limpz(b,a,varargin);
% LIMPZ Calculate the effective length of the impulse response.
%
% L = LIMPZ(B,A)
% L = LIMPZ(B,A,P) where P is the required ratio of energy to pass
% L = LIMPZ(B,
tfrsurf.m
function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% extract from a time-frequency representation the biggest energy dots
margtfr.m
function [margt,margf,E]=margtfr(tfr,t,f)
%MARGTFR Marginals and energy of a time-frequency representation.
% [MARGT,MARGF,E]=MARGTFR(TFR,T,F) calculates the time and
% frequency marginals and the en
tfrsurf.m
function [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% [tfr2,OrderedSurfaces]=tfrsurf(tfr,threshold,keep,trace);
% extract from a time-frequency representation the biggest energy dots