This will be a straightforward application of the ODE solver.
Type "help ode" for more detail.
You'll make a function that takes the vector x = [S; I; R] as an
argument and returns [S'; I'; R']. Then you'll call that function with
some starting x and let it play out.
You can speed up
Colleagues:
is there an straightforward Scilab approach for solving the three coupled
nonlinear differential equations of first order given by the Standard Model of
Epidemics?
S= number Susceptible: S'=-aSI
I= number Infected:I'=aSI - bI
R= number Recovered:
Hello,
filter() has the same api as Matlab’s filter() ans uses Matlab convention for
polynomial coefficients, which is the reverse of Scilab convention.
S.
> Le 29 mars 2020 à 12:00, Federico Miyara a écrit :
>
>
> Dear all,
>
> Some t¿ime ago I observed fo a previous version, that the
Dear all,
Some t¿ime ago I observed fo a previous version, that the function
filter() required that polynomials, when expressed as vectors, have the
coefficients in decreasing power order while poly() required them in
increasing order.
I'm asking whether this has been modified or not (the
