代码搜索：Difference
找到约 3,389 项符合「Difference」的源代码
代码结果 3,389
www.eeworm.com/read/383635/8930963
m mathanalysis303.m
N=10;
i=0:N;
x=-1+2/N*i;
fx=1./(1+25*(x.^2));
xx=-1:0.001:1;
ffx=zeros(1,length(xx));
for i=1:N
ffx(find(xx==x(i)))=fx(i);
end
h=(max(x)-min(x))/N;
H=4*h*diag(ones(N,1))+h*diag(ones(N-1,
www.eeworm.com/read/383635/8930977
m mathanalysis304.m
N=10;
i=0:N;
x=-1+2/N*i;
fx=1./(1+25*(x.^2));
xx=-1:0.001:1;
ffx=zeros(1,length(xx));
for i=1:N
ffx(find(xx==x(i)))=fx(i);
end
h=(max(x)-min(x))/N;
H=4*h*diag(ones(N+1,1))+h*diag(ones(N,1),1)+h*di
www.eeworm.com/read/427128/8974487
gp ephcompwin.gp
#
# Used to plot the output from EphComp
#
set label 1 "Ephemeris Comparison" at graph 0.5,0.96 center
set label 2 "Broadcast - SP3" at graph 0.5,0.91 center
set key box linewidth 0.250
set xlabel "T
www.eeworm.com/read/427128/8974675
gp ephcomp.gp
#
# Used to plot the output from EphComp
#
set label 1 "Ephemeris Comparison" at graph 0.5,0.96 center
set label 2 "Broadcast - SP3" at graph 0.5,0.91 center
set key box linewidth 0.250
set xlabel "T
www.eeworm.com/read/183155/9177154
txt 新建 文本文档.txt
The book "The Finite Difference Time Domain for Electromagnetics" by Karl Kunz and Raymond Luebbers, CRC Press, 1993, contains an FDTD code and output files in Appendix B. The same code and output fil
www.eeworm.com/read/379294/9201231
readme
This directory contains the routines that generate finite difference
matrices from a second order elliptic operator.
1) 5-pt and 7-pt matrices on rectangular regions discretizing
ell
www.eeworm.com/read/378183/9245631
dat funtc135b.dat
#include
#include
int main(void)
{
printf("The difference between the highest allocated block in the far
");
printf("heap and the top of the far heap is: %lu bytes
",
www.eeworm.com/read/378183/9246049
dat funtc105b.dat
#include
#include
int main(void)
{
printf("The difference between the highest allocated block and
");
printf("the top of the heap is: %lu bytes
", (unsigned long) core
www.eeworm.com/read/179150/9368408
m mmderiv.m
function z=mmderiv(x,y)
%MMDERIV Compute Derivative Using Weighted Central Differences.
% MMDERIV(X,Y) computes the derivative of the function y=f(x) given the
% data in X and Y. X must be a vector, b
www.eeworm.com/read/177981/9424642
m calcbits.m
function [bits]=calcbits(bounds,precision)
% function [bits]=calcbits(bounds,precision)
% Determine the number of bits to represent a float number to the precision
% provided.
%
% bits - the