M-File Application OF Model Pcemaker VI1 of Cardiac Cells With Runge Kutta 4

it is M-file of runge kutta 4 of model pacemaker VI1 for all the cardiac cells parametrized

Description

It is M-file Runge Kutta 4 for model pacemaker VI1 of all the cardiac cells

Acknowledgements

The author wishes to acknowledge the following in the creation of this submission:
Working of SIMULINK for Beginners

• Required Products: Bioinformatics Toolbox
• MATLAB release: MATLAB 7.0.1 (R14SP1)

[Dimitri Shvorob]

First of all, it doesn't run: the m-file name and function name differ. What this in-essence-script does is:

for n=1:1:1000
    A1(1,n)=(a/C)*(V(n)^3)+(b/C)*(V(n)^2)+(do/C)*V(n)+d1/C -(1/C)*I1(n)+(A*sin(2*(3.14)*(n*h)*F+K))/C;
    B1(1,n)=(1/L)*V(n)-(R/L)*I1(n)+E/L;
    A2(1,n)=(a/C)*(V(n)+(h/2)*A1(n)).^3+(b/C)*(V(n)+(h/2)*A1(n)).^2+(do/C)*(V(n)+(h/2)*A1(n))+d1/C-(1/C)*(I1(n)+(h/2)*B1(n))+(A*sin((2*3.14)*F*(n*h)+K))/C;
    B2(1,n)=(1/L)*(V(n)+(h/2)*A1(n))-(R/L)*(I1(n)+(h/2)*B1(n))+E/L;
    A3(1,n)=(a/C)*(V(n)+(h/2)*A2(n)).^3 +(b/C)*(V(n)+(h/2)*A2(n)).^2 +(do/C)*(V(n)+(h/2)*A2(n)) +d1/C -(1/C)*(I1(n)+(h/2)*B2(n))+(A*sin((2*3.14)*F*(n*h)+K))/C;
    B3(1,n)=(1/L)*(V(n)+(h/2)*A2(n))-(R/L)*(I1(n)+(h/2)*B2(n))+E/L;
    A4(1,n)=(a/C)*(V(n)+h*A3(n)).^3+(b/C)*(V(n)+h*A3(n)).^2+(do/C)*(V(n)+h*A3(n))+d1/C-(1/C)*(I1(n)+h*B3(n))+(A*sin((2*3.14)*F*(n*h)+K))/C;
    B4(1,n)=(1/L)*(V(n)+h*A3(n))-(R/L)*(I1(n)+h*B3(n))+E/L;
    V(1,n+1)=V(n)+(h/6)*(A1(n)+A2(n)+2*A3(n)+A4(n));
    I1(1,n+1)=I1(n)+(h/6)*(B1(n)+B2(n)+2*B3(n)+B4(n));
end

[John D'Errico]

Again, more dreck. The author could at least have spelled MATLAB correctly. Its not "math lab". While this is actually an m-file, its essentially uncommented, and so useless to anyone but the author.

[Urs (us) Schwarz]

simply said: mental SCHMUTZ...
to be removed at your earliest convenience
us