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Energy 的代码
oiltotals.java
import java.sql.*;
public class OilTotals {
public static void main(String[] arguments) {
char quote = (char)34;
String data = "jdbc:odbc:World Energy";
try {
specxture.m
function [srad, sang, S] = specxture(f);
%SPECXTURE Computes spectral texture of an image.
% [SRAD, SANG, S] = SPECXTURE(F) computes SRAD, the spectral energy
% distribution as a function of ra
oiltotals.java
import java.sql.*;
public class OilTotals {
public static void main(String[] arguments) {
char quote = (char)34;
String data = "jdbc:odbc:World Energy";
try {
oiltotals.java
import java.sql.*;
public class OilTotals {
public static void main(String[] arguments) {
char quote = (char)34;
String data = "jdbc:odbc:World Energy";
try {
specxture.m
function [srad, sang, S] = specxture(f);
%SPECXTURE Computes spectral texture of an image.
% [SRAD, SANG, S] = SPECXTURE(F) computes SRAD, the spectral energy
% distribution as a function of ra
graph.h
/* graph.h */
/*
This software library implements the maxflow algorithm
described in
An Experimental Comparison of Min-Cut/Max-Flow Algorithms
for Energy Minimization in Vision.
Yuri B
graph.h
/* graph.h */
/*
This software library implements the maxflow algorithm
described in
An Experimental Comparison of Min-Cut/Max-Flow Algorithms
for Energy Minimization in Vision.
Yuri B
channel.m
function [ch] = channel(amps,delays,bandwidth,channel_length)
% ch is FIR filter response
% amps is channel amplitudes (energy)
% delays is channel tap delays (in microseconds)
% bandwidth is system
specxture.m
function [srad, sang, S] = specxture(f);
%SPECXTURE Computes spectral texture of an image.
% [SRAD, SANG, S] = SPECXTURE(F) computes SRAD, the spectral energy
% distribution as a function of ra
fourier_setup.f90
subroutine Fourier_Setup( Kmax, Alpha, CONST, KX, KY, KZ, Nkvec )
implicit none
! This routine calculates the constant part of the Fourier energy of the ES.
! Kmax is the number of terms to