how to convert matlab code to HDL code

code is as follows

%%Three phase space vector pulse width modulation using generalised multiphase space vector aproach 

ma0= sqrt(3)/2; %%maximum modulation index

ma=ma0;         %%desired ma value

Vdc=563;        %%dc link voltage

Vsr=ma*Vdc;     %%space vector variation with ma   

f0=50;

%%v/f stretegy for 3ph im

if ma<=ma0

fmod=f0*ma/ma0;

else

      fmod=f0;

end

no_sample=48;   %% no of samples

Ts=(1/fmod)/no_sample;  %%sampling time period

Vm=2/3*Vsr;            %%peak of phase voltage
alp=2*pi/3;             %%phase diff 120 degree

ts=0:Ts/100:2/fmod;    %%step time

Va=Vm*sin(2*pi*fmod*ts);

Vb=Vm*sin(2*pi*fmod*ts-alp);

Vc=Vm*sin(2*pi*fmod*ts-2*alp);

Vtri=Ts*(.5-2*asin(sin(2*pi*ts/Ts+pi/2))/(2*pi)); %%triangular wave generation
L=length(ts);

for i=1:1:L
    %%three phase to two phase transformation (clark transformation)

Vds(i)=(Va(i)+Vb(i)*cos(alp)+ Vc(i)*cos(2*alp) );

Vqs(i)=(Vb(i)*sin(alp)+ Vc(i)*sin(2*alp) );

%%sector indentification  

tht(i)=atan2(Vqs(i),Vds(i));
if tht(i) >= 0
    theta(i)=tht(i);
else
    theta(i)=2*pi+tht(i);
end

if theta(i)>=0 && theta(i)<alp/2
    Sn(i)=1;
elseif theta(i)>=alp/2 && theta(i)<alp
    Sn(i)=2;

elseif theta(i)>=alp && theta(i)<3/2*alp
    Sn(i)=3;
elseif theta(i)>=3/2*alp && theta(i)<2*alp
    Sn(i)=4;
elseif theta(i)>=2*alp && theta(i)<5/2*alp
    Sn(i)=5;

else Sn(i)=6;
end

%%selection of swithing vector for each sector
if Sn(i)==1
    v1=[1 ;0 ;0];  %4;   

      v2=[1 ;1 ;0];  %6;  

      v0=[1 ;1 ;1];
  elseif Sn(i)==2
      v1=[1; 1; 0];  %6;  

      v2=[0; 1; 0];  %2;

      v0=[1; 1; 1];

elseif Sn(i)==3
    v1=[0; 1; 0];  %2;

      v2=[0; 1; 1];  %3;
      v0=[1; 1; 1];
  elseif Sn(i)==4
      v1=[0; 1; 1];  %3;
      v2=[0; 0; 1];  %1
      v0=[1; 1; 1];
  elseif Sn(i)==5
      v1=[0; 0; 1];   %1;
      v2=[1; 0; 1];   %5;
      v0=[1; 1; 1];
  else
      v1=[1; 0; 1];  %5;
      v2=[1; 0; 0];  %4;
      v0=[1; 1; 1];  %0;
  end

u=Sn(i);
%%using volt sec balance calcution of active timing vector 

An_inv=(Ts/(sin(pi/3)*Vdc))*[sin(u*pi/3) -cos(u*pi/3) ; -sin((u-1)*pi/3) cos((u-1)*pi/3) ];
Vref=[Vds(i); Vqs(i)];

tn=An_inv*Vref;

t0by2=(Ts-tn(1)-tn(2))/2;

t120=[tn(1);tn(2); t0by2];

V120=[v1 v2 v0];

%%calculation for tga gating time period for each leg

tgx(:,i) = (V120)*(t120);

tga(i)=tgx(1,i);

tgb(i)=tgx(2,i);

tgc(i)=tgx(3,i);

%%generation of switching function SA SB SC

   if tgx(1,i)>= Vtri(i)
       sA(i)=1;
   else 
       sA(i)=-1;
   end
   if tgx(2,i)>= Vtri(i)
       sB(i)=1;
   else
       sB(i)=-1;
   end
   if tgx(3,i)>= Vtri(i)

       sC(i)=1;
   else
       sC(i)=-1;
   end
   %%invertor modelign
   Van(i)=1/3*(2*sA(i)-sB(i)-sC(i))*Vdc/2;

   Vbn(i)=1/3*(2*sB(i)-sA(i)-sC(i))*Vdc/2;

   Vcn(i)=1/3*(2*sC(i)-sB(i)-sA(i))*Vdc/2;

end
    %%fft analysis of output voltage
k=0:L-1;
f=k*fmod/4;
Vft=fft(Van);
Vmag=abs(Vft);
m=1:1:L;

%%normalise harmonic spectrum

h=stem(f(m),Vmag(m)/max(Vmag),'k');

set(get(h,'BaseLine'),'LineStyle','-.')
axis([0 5000 0 1])
set(h,'MarkerFaceColor',[0 0 1],'Marker','.','Color',[0 0 0])
title('harmonics spectrum of phase voltage');
xlabel('frequecy');
ylabel('normalised harmonic voltage');
figure;
plot(ts,Van)
hold on
title('ts vs Van');

xlabel('Time in seconds');

ylabel('Volts');

figure
plot(ts,Sn);
hold on

title('ts vs Sn');
xlabel('Time in seconds');

ylabel('Sector no');
figure
plot(ts,tga,ts,tgb,ts,tgc);

hold on
title('ts vs tga tgb tgc');
xlabel('Time in seconds');
ylabel('tga');
figure
plot(ts,Vtri);
hold on
title('ts vs Vtri');

xlabel('Time in seconds');

ylabel('Vtri');

figure
plot(ts,tga,ts,Vtri);

hold on

title('ts vs tga Vtri');

xlabel('Time in seconds');

ylabel('Volts');
figure
plot(ts,sA);
hold on

title('ts vs SA');

xlabel('Time in seconds');

ylabel('SA');

[hussainkhan pathan]

please explain this program

Answer 1

[Tim McBrayer]

The tool you are looking for is HDL Coder. You can use MATLAB's ver command to see if you have HDL Coder installed. If you do have it available I recommend reading the introductory documentation and working completely through a couple of the provided examples so that you can get a feel for using the tool, and for the style of MATLAB code that can be converted to HDL.

[Walter Roberson]

It appears to me that the Fixed Point Toolbox will also be needed for the above code.

Note: HDL will not support graphics.

Answer 2

[Himanshu]

can any one for me please convert the code and give me code is given above

Answer 3

[Mohammed Amin]

Hello sir,

Can you please help me to get the space vector pulse width modulation for the case of 4-phases, please ?

i need it for my final year project for master graduation.

Thank you