文件名称:upload
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% Y = LorenzMap(X, p)
% Given a 3-D vector IC X=[x;y;z] and a parameter vector p=[sigma rho beta]
% LorenzMap returns the next incidence in which zdot=0 while zdot is decreasing
% (i.e., a local max of z).
% If the user does not supply p, the default values of the parameters
% p = [sigma, rho, beta] = [10, 28, 8/3] are used.
% Given a 3-D vector IC X=[x;y;z] and a parameter vector p=[sigma rho beta]
% LorenzMap returns the next incidence in which zdot=0 while zdot is decreasing
% (i.e., a local max of z).
% If the user does not supply p, the default values of the parameters
% p = [sigma, rho, beta] = [10, 28, 8/3] are used.
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下载文件列表
upload\coupled_mckay_grass.m
upload\coupled_rossler.m
upload\estimate_frequancy.m
upload\LorenzEqns.m
upload\LorenzMap.m
upload\runner.m
upload
upload\coupled_rossler.m
upload\estimate_frequancy.m
upload\LorenzEqns.m
upload\LorenzMap.m
upload\runner.m
upload