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Cortex-M 的代码
thanks1.m
function t=thanks1(varargin)
%This function is designed to reduce the load on the programme (to avoid repitition)
%This function present return back option for the dc switch part of acdc.m
%Th
thanks.m
function t=thanks(varargin)
%This function is designed to reduce the load on the programme (to avoid repitition)
%This function present return back option for the ac switch part of acdc.m
%Thi
thanks5.m
function t=thanks5(varargin)
%This function is designed to reduce the load on the programme (to avoid repitition)
%This function present return back option for the ac switch part of acdc.m
%Th
power_electronics.m
function m=power_electronics(varargin)
%This is a function which offers answers from varioue formulaes of power electronics (Rasheed)
%after accepting the input from the user
%please be patient to
graphics.m
function t=graphics(varargin)
%This function is designed to reduce the load on the programme (to avoid repitition)
%This programme runs with and without "ac_controller.m"
if (nargin == 0)
Da
thanks6.m
function e=thanks6(varargin)
%This programme offers return option for rl_load.m,rc.m,sprec.m,fullwave.m,bridge.m,tphase.m
if (nargin == 0)
d=menu('Hellow Again','You Want To Recalculate S
graphics3.m
function t=graphics3(varargin)
%This function is designed to reduce the load on the programme (to avoid repitition)
%This programme runs with and without "ac_controller.m"
if (nargin == 0)
D
graphics1.m
function t=graphics1(varargin)
%This function is designed to reduce the load on the programme (to avoid repitition)
%This programme runs with and without "ac_controller.m"
if (nargin == 0)
D
main.m
%仿真《西北师范大学学报》的遗传主程序 %计算的染色体均方误差 fitness=8/sum(error.^2)
% tic
clear
Popsize=40;
P_mutation=0.1;
P_cross=0.6;
real chrom;
real currentbest_value;
m=250; %权值和阈值的初始化范围
chr
mutation.m
function y=mutation(chrom,P_mutation,Popsize,ecope) %均匀变异
m=25;
% P=rand(Popsize,1);
% n=find(P