代码搜索:initial

找到约 10,000 项符合「initial」的源代码

代码结果 10,000
www.eeworm.com/read/220010/14856039

txt knighttourproblem.txt

/* ------------------------------------------------------ */ /* PROGRAM knight tour : */ /* Given a n*n chess board and a starting position, */ /* this progra
www.eeworm.com/read/219778/14863807

m single-wheel.m

% M-file name: single_wheelset.m % M-file type: Script (main) file % This program simulates the dynamic behavior of a single wheelset rolling on a straight track. % The wheelset is modeled usin
www.eeworm.com/read/219778/14863818

m single_wheelset.m

% M-file name: single_wheelset.m % M-file type: Script (main) file % This program simulates the dynamic behavior of a single wheelset rolling on a straight track. % The wheelset is modeled usin
www.eeworm.com/read/117775/14905436

m example_3_tdma.m

% Twodimensional heat conduction % Finite Volume Method % Line by Line TDMA with SOR clear all; x=[];y=[];T=[];Told=[];Su=[];Sp=[];ap=[];ae=[];aw=[];as=[];an=[]; Q=[];P=[]; great = 1e20; lambda
www.eeworm.com/read/117774/14905437

m example_3_sor.m

% Twodimensional heat conduction % Finite Volume Method % SOR clear all; x=[];y=[];T=[];Told=[];Su=[];Sp=[];ap=[];ae=[];aw=[];as=[];an=[]; great = 1.e20; lambda = 10; % thermal conductivity alf
www.eeworm.com/read/216754/14993268

cpp cscan.cpp

#include #include using namespace std; void main() { int k; int number;//须访问的磁道的总数 int i,j; int dis;//磁头移动的距离 int initial;//当前磁道号 int swap; string str="";
www.eeworm.com/read/215877/15035571

v test_cpu.v

module test; reg [3:0] op; reg [7:0] in; reg [11:0] mem[(`index-1):0],temp; reg clk; wire [7:0] out; integer i; cpu U0(op,in,clk,out,overflow); alw
www.eeworm.com/read/214372/15104492

m kalman_update.m

function [xnew, Vnew, loglik, VVnew] = kalman_update(A, C, Q, R, y, x, V, varargin) % KALMAN_UPDATE Do a one step update of the Kalman filter % [xnew, Vnew, loglik] = kalman_update(A, C, Q, R, y, x, V
www.eeworm.com/read/212794/15149082

m vtb9_3.m

function z = VTB9_3(rkf,u,t,x0) %VTB9_3 VTB9_3(rkf,u,t,x0) % Runge-Kutta fourth order solution to a first order DE % t is a row vector from the initial time to the final time % ste
www.eeworm.com/read/212794/15149083

m vtb1_3.m

function z = vtb1_3(rkf,u,t,x0) %VTB1_3 VTB1_3(rkf,u,t,x0) % Runge-Kutta fourth order solution to a first order DE % t is a row vector from the initial time to the final time % ste