clc
close all

k=1;
for i=1:length(data.variablename)
    if strcmp(data.variablename(i),"mag[0]")
        tempsx(k,:)=data.x(i);
        x(k,:)=data.y(i);
        k=k+1;
    end
end

k=1;
for i=1:length(data.variablename)
    if strcmp(data.variablename(i),"mag[1]")
        tempsy(k,:)=data.x(i);
        y(k,:)=data.y(i);
        k=k+1;
    end
end

k=1;
for i=1:length(data.variablename)
    if strcmp(data.variablename(i),"mag[2]")
        tempsz(k,:)=data.x(i);
        z(k,:)=data.y(i);
        k=k+1;
    end
end

lmin=min([length(x),length(y),length(z)]);
vec=1:lmin;


figure()
plot(tempsx(vec),x(vec),'r')
grid on
ylabel('mag x')
xlabel('tps (s)')

figure()
plot(tempsy(vec),y(vec),'k')
grid on
ylabel('mag y')
xlabel('tps (s)')

figure()
plot(tempsz(vec),z(vec),'b')
grid on
ylabel('mag z')
xlabel('tps (s)')

figure()
plot(tempsx(vec),sqrt(x(vec).^2+y(vec).^2+z(vec).^2),'b*')
grid on
ylabel('norme')
xlabel('tps (s)')

figure()
plot(x(vec),y(vec),'r.')
grid on
xlabel('mag X')
ylabel('mag Y')

figure()
plot(y(vec),z(vec),'b.')
grid on
xlabel('mag Y')
ylabel('mag Z')

figure()
plot(z(vec),x(vec),'g.')
grid on
xlabel('mag Z')
ylabel('mag X')

figure()
plot3(x(vec),y(vec),z(vec),'r')
grid on