dmyimu.m

详细介绍了Mathlab的使用方法与技巧

changemodel3=figure('color',[1,1,1],'position',[0.2*winw,0.3*winh,0.7*winw,0.4*winh],...
       'name','离散反馈系统前向通道脉冲传递函数及反馈回路脉冲传递函数修改窗','numbertitle','off','menubar','none',...
        'resize','off','clipping','off');
color=[0.7;0.7;0.7];
uicontrol('style','frame','position',[0,0,1,1],...
   'units','normalized','backgroundcolor',color);
%$$$$$$$$$$$$$$$
color=[0.98;0.98;0.98];
pos=[0.01,0.84,0.18,0.06];
showtext(pos,color,'当前系统采样周期:');
edittime=uicontrol(changemodel3,'style','edit','pos',[0.3,0.84,0.68,0.08],...
        'string',mat2str(dhT),'back',[1,1,1],'units','normalized');
pos=[0.01,0.75,0.27,0.06];
showtext(pos,color,'前向通道脉冲传递函数分子:');
editdknum=uicontrol(changemodel3,'style','edit','pos',[0.3,0.74,0.68,0.08],...
        'string',mat2str(dktanum),'back',[1,1,1],'units','normalized');
pos(2)=0.63;
showtext(pos,color,'前向通道脉冲传递函数分母:');
editdkden=uicontrol(changemodel3,'style','edit','pos',[0.3,0.62,0.68,0.08],...
        'string',mat2str(dktaden),'back',[1,1,1],'units','normalized');
pos(2)=0.51;
showtext(pos,color,'反馈回路脉冲传递函数分子:');
editdhknum=uicontrol(changemodel3,'style','edit','pos',[0.3,0.5,0.68,0.08],...
        'string',mat2str(dhffnum),'back',[1,1,1],'units','normalized');
pos(2)=0.39;
showtext(pos,color,'反馈回路脉冲传递函数分母:');
editdhkden=uicontrol(changemodel3,'style','edit','pos',[0.3,0.38,0.68,0.08],...
        'string',mat2str(dhffden),'back',[1,1,1],'units','normalized');
pos(2)=0.3;
pos(4)=0.07;
showtext(pos,color,'反馈性质确定:');
color=[0.8;0.8;0.8];
uicontrol('style','frame','position',[0.1,0.16,0.8,0.14],...
   'units','normalized','backgroundcolor',color);
dfadeback=0;
radio1=uicontrol('style','radio','position',[0.52,0.18,0.15,0.1],'units','normal','string','正反馈','value',0,...
   'callback','set(radio1,''value'',1);set(radio2,''value'',0);dfadeback=1;');
radio2=uicontrol('style','radio','position',[0.72,0.18,0.15,0.1],'units','normal','string','负反馈','value',1,...
   'callback','set(radio2,''value'',1);set(radio1,''value'',0);dfadeback=0;');
radio3=uicontrol('style','radio','position',[0.12,0.18,0.15,0.1],'units','normal','string','无反馈','value',0,...
   'callback','set(radio3,''value'',1);set(radio4,''value'',0);set(radio1,''enable'',''off'');set(radio2,''enable'',''off'');set(editdhknum,''enable'',''off'');set(editdhkden,''enable'',''off'');dfadeback=2;');
radio4=uicontrol('style','radio','position',[0.32,0.18,0.15,0.1],'units','normal','string','有反馈','value',1,...
   'callback','set(radio4,''value'',1);set(radio3,''value'',0);set(radio1,''enable'',''on'');set(radio2,''enable'',''on'');set(editdhknum,''enable'',''on'');set(editdhkden,''enable'',''on'');dfadeback=0;');
%at=a;bt=b;ct=c;dt=d;numt=bnum;dent=bden;numt1=num;dent1=den;numt2=ffnum;dent2=ffden;numkt=knum;denkt=kden;
uicontrol(changemodel3,'style','push','string','Ok',...
       'position',[0.13,0.03,0.2,0.1],'units','normalized',...
       'callback','dkreal4;');
uicontrol(changemodel3,'style','push','string','连续化',...
       'position',[0.4,0.03,0.2,0.1],'units','normalized',...
       'callback','close(changemodel3)','callback',[['dkreal3zs;'],['entertfzs;']]);

uicontrol(changemodel3,'style','push','string','Cancel',...
       'position',[0.67,0.03,0.2,0.1],'units','normalized',...
      'callback','close(changemodel3)');
%'da=dat;db=dbt;dc=dct;dd=ddt;dbnum=dnumt;dbden=ddent;dnum=dnumt1;dden=ddent1;dffnum=dnumt2;dffden=ddent2;dknum=dnumkt;dkden=ddenkt;