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pi_v_param.m
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% PI_V_PARAM
%
% Sluzi na vypocet parametrov PI regulatora pomocou vybranej analytickej
% metody
% Pomocna premenna, aby analytick?metoda vedela, aky typ regulatora
% sa ma vygenerovat:
% J3 = 1 pre P reg
% J3 = 2 pre PI reg
% J3 = 3 pre PID reg
% J3 = 4 pre PD reg
J3=2;
% METODY
%
%------------ Metoda umiestnenia polov ------
if typy_ns == 1
if(n>2)
pth_fig = ptg_error('reg_v',ptg_string(11,43,ptv_str_lang),ptv_str_lang);
else
typy_n=1;
param_mup
end
% ---------- Naslinova metoda -----------------
elseif typy_ns == 2
close
% Kontrola vhodneho radu:
%
if(n<2)
pth_fig = ptg_error('reg_v',ptg_string(11,9,ptv_str_lang),ptv_str_lang);
else
nm
end
%--------------------------------------------------------------------------
% METODA ZAL. NA BEZPECNOSTI VO FAZE A V ZOSILNENI
% Cast kontrolovania vhodneho rad n a nenuloveho dopravneho oneskorenia D
elseif typy_ns==3
if(n~=1)
pth_fig = ptg_error('reg_v',ptg_string(11,32,ptv_str_lang),ptv_str_lang);
elseif(D==0)
pth_fig = ptg_error('reg_v',ptg_string(11,31,ptv_str_lang),ptv_str_lang);
else
% Pomocna premenna ic3 pre kontrolu zadania Gm a Pm
ic3=zeros(1,2);
QGm = Gm;
QPm = Pm;
fig = figure('Color','blue',...
'Resize','off',...
'Numbertitle','off',...
'Menubar',ptv_fig_menubar,...
'Name',ptg_string(1,2,ptv_str_lang), ...
'position',[100 200 215 255]);
navrh_text= uicontrol(gcf,...
'Style','text',...
'position',[15 85 185 155],...
'Fontsize',[12],...
'ForegroundColor','black',...
'BackgroundColor',[fgcolor],...
'Fontweight','bold',...
'HorizontalAlignment','center',...
'String',ptg_string(11,33,ptv_str_lang));
%------------------------------- Gm ---------------------------------------
Gm_text = uicontrol(gcf,...
'Style','text',...
'ForegroundColor','black',...
'Fontweight','bold',...
'Fontsize',[12],...
'BackgroundColor','white',...
'Position',[20 130 85 25],...
'String',ptg_string(11,34,ptv_str_lang));
QGm = uicontrol(gcf,...
'Style','edit',...
'ForegroundColor','black',...
'Fontweight','bold',...
'Fontsize',[12],...
'BackgroundColor','white',...
'Position',[108 130 85 25],...
'String',num2str(QGm),...
'CallBack','ic3(1)=1;QGm=str2num(get(gco,''String''));ic3(1,1)=1;');
%------------------------------- Pm ---------------------------------------
Pm_text = uicontrol(gcf,...
'Style','text',...
'ForegroundColor','black',...
'Fontweight','bold',...
'Fontsize',[12],...
'BackgroundColor','white',...
'Position',[20 100 85 25],...
'String',ptg_string(11,35,ptv_str_lang));
QPm = uicontrol(gcf,...
'Style','edit',...
'ForegroundColor','black',...
'Fontweight','bold',...
'Fontsize',[12],...
'BackgroundColor','white',...
'Position',[108 100 85 25],...
'String',num2str(QPm),...
'CallBack','ic3(2)=1;QPm=str2num(get(gco,''String''));ic3(1,2)=1;');
%----SPAT-----%
navrat = uicontrol(gcf,...
'Style','push',...
'Position',[15 15 60 25],...
'Fontweight','bold',...
'Fontsize',[12],...
'String',ptg_string(3,2,ptv_str_lang),...
'ForegroundColor','black',...
'Callback','close,reg_v');
potvrdenie = uicontrol(gcf,...
'Style','push',...
'Position',[100 15 100 25],...
'Fontweight','bold',...
'String',ptg_string(3,1,ptv_str_lang),...
'Fontsize',[11],...
'ForegroundColor','red',...
'CallBack','close,test_GmPm');
end
% ------------------------------------------------------------- %
% M. POZADOVANEHO MODELU
%
elseif typy_ns == 4
% Testovanie aperiodickosti modelu
%
if(typ_i == 2)
pth_fig = ptg_error('reg_v',ptg_string(11,39,ptv_str_lang),ptv_str_lang);
else
close
typy_ns2=1;
fig2 = figure('Color','blue',...
'Resize','off',...
'Numbertitle','off',...
'Menubar',ptv_fig_menubar,...
'Name',ptg_string(1,2,ptv_str_lang), ...
'Position',[120 300 250 80]);
navrh_text= uicontrol(gcf,...
'Style','text',...
'position',[10 10 120 60],...
'Fontsize',[12],...
'ForegroundColor','black',...
'BackgroundColor',[fgcolor],...
'Fontweight','bold',...
'HorizontalAlignment','left',...
'String',ptg_string(11,16,ptv_str_lang));
typyns2 = uicontrol(gcf,...
'Style','popup',...
'Position',[20 -25 100 60],...
'String',ptg_string(11,17,ptv_str_lang),...
'Value',typy_ns2,...
'ForegroundColor','black',...
'BackGroundColor','white',...
'CallBack','typy_ns2 = get(gco,''Value'');');
prenos_s = uicontrol(gcf,...
'Style','push',...
'Position',[150 45 80 25],...
'String',ptg_string(3,1,ptv_str_lang),...
'Fontweight','bold',...
'ForegroundColor','black',...
'CallBack','close,[z_r,t_i,t_d]=pta_rmm(2,K,Tn,Tu,(typy_ns2-1)*5);simul_param');
navrat = uicontrol(gcf,...
'Style','push',...
'Position',[150 10 80 25],...
'String',ptg_string(3,2,ptv_str_lang),...
'Fontweight','bold',...
'ForegroundColor','black',...
'CallBack','close,reg_v');
end
% --------------------------------
% Metoda nasobneho dominantneho polu
%
elseif typy_ns == 5
% Testovanie aperiodickosti modelu
%
if(typ_i==2)
pth_fig = ptg_error('reg_v',ptg_string(11,39,ptv_str_lang),ptv_str_lang);
% Testovanie vhodnosti radu, aby sa predislo deleniu nulou
%
elseif (n<2)
pth_fig = ptg_error('',ptg_string(11,9,ptv_str_lang),ptv_str_lang);
else
[z_r,t_i,t_d] = pta_mdp(2,2,n,K,T);
close
simul_param
end
%------------ OPTIMAL MODULE METHOD ------
%
elseif typy_ns == 6
if((n < 2)||(n > 3))
pth_fig = ptg_error('reg_v',ptg_string(11,29,ptv_str_lang),ptv_str_lang);
elseif( (typ_i == 2 )&&(ksi_km <= 0.71) )
pth_fig = ptg_error('reg_v',ptg_string(11,41,ptv_str_lang),ptv_str_lang);
else
[z_r,t_i,t_d] = pta_omm(2,cit,men);
if(t_i == -Inf)
pth_fig = ptg_error('reg_v',ptg_string(11,37,ptv_str_lang),ptv_str_lang);
else
simul_param;
end
end
% ------------------- %
end