Appendix A. Listing — различия между версиями
Материал из SRNS
Admin (обсуждение | вклад) (→Source) |
Korogodin (обсуждение | вклад) |
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| − | + | === main.m === | |
| − | + | ||
| − | + | <source lang="matlab">try | |
| − | < | + | close(handle_fig_main); % Close old output form |
| + | end | ||
| − | + | close all | |
| + | clear | ||
| + | clc | ||
| − | + | globals; | |
| − | + | addpath([pwd '/func/tracking']); % Functions for tracking algorithm | |
| + | addpath([pwd '/func/solve']); % Functions for solving without noise | ||
| + | addpath([pwd '/func/interface']); % Functions for interface | ||
| − | + | Tmod = 3.2*60*60; %[s], duration of the simulation | |
| − | + | ||
| − | + | ||
| − | == | + | % Magic constants |
| + | hF_cont = 0; % Last figure's handles | ||
| + | Font_Size = 8; % Font size for output interface | ||
| + | mu_earth = 3.9860044e14; % [m^3/s^2] Gravity constant | ||
| + | omega_e = 0.7292115e-4; % [rad/s] Earth's rotation rate | ||
| + | options_solve = optimset('Display','off'); % Turn off display for fsolve | ||
| − | + | % Load true trajectory of SV | |
| − | + | load TrueTrajectory.mat | |
| − | + | Nmod = fix(Tmod/T); | |
| + | if Nmod > Nmod_max | ||
| + | Nmod = Nmod_max; | ||
| + | Tmod = (Nmod-1)*T; | ||
| + | end | ||
| + | resize_arrays; % resize arrays for new Tmod | ||
| − | + | handle_fig_main = fig_main(); % open GUI form</source> | |
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Версия 11:03, 29 июня 2012
main.m
try
close(handle_fig_main); % Close old output form
end
close all
clear
clc
globals;
addpath([pwd '/func/tracking']); % Functions for tracking algorithm
addpath([pwd '/func/solve']); % Functions for solving without noise
addpath([pwd '/func/interface']); % Functions for interface
Tmod = 3.2*60*60; %[s], duration of the simulation
% Magic constants
hF_cont = 0; % Last figure's handles
Font_Size = 8; % Font size for output interface
mu_earth = 3.9860044e14; % [m^3/s^2] Gravity constant
omega_e = 0.7292115e-4; % [rad/s] Earth's rotation rate
options_solve = optimset('Display','off'); % Turn off display for fsolve
% Load true trajectory of SV
load TrueTrajectory.mat
Nmod = fix(Tmod/T);
if Nmod > Nmod_max
Nmod = Nmod_max;
Tmod = (Nmod-1)*T;
end
resize_arrays; % resize arrays for new Tmod
handle_fig_main = fig_main(); % open GUI form
close(handle_fig_main); % Close old output form
end
close all
clear
clc
globals;
addpath([pwd '/func/tracking']); % Functions for tracking algorithm
addpath([pwd '/func/solve']); % Functions for solving without noise
addpath([pwd '/func/interface']); % Functions for interface
Tmod = 3.2*60*60; %[s], duration of the simulation
% Magic constants
hF_cont = 0; % Last figure's handles
Font_Size = 8; % Font size for output interface
mu_earth = 3.9860044e14; % [m^3/s^2] Gravity constant
omega_e = 0.7292115e-4; % [rad/s] Earth's rotation rate
options_solve = optimset('Display','off'); % Turn off display for fsolve
% Load true trajectory of SV
load TrueTrajectory.mat
Nmod = fix(Tmod/T);
if Nmod > Nmod_max
Nmod = Nmod_max;
Tmod = (Nmod-1)*T;
end
resize_arrays; % resize arrays for new Tmod
handle_fig_main = fig_main(); % open GUI form
