public void solveProblem()
{
var fluxProblem = new FluxProblem(density, diameter, viscosity, mass);
problemSolver = new FluxProblemSolver(fluxProblem, paso, y0);
reset();
}
public FluxProblemSolver(FluxProblem fluxProblem, double step, double y0)
{
this.fluxProblem = fluxProblem;
this.y0 = y0;
// Solve the problem.
t0 = Math.Sqrt(2 * y0 / g);
rk4 = new RK4(step, t0, -t0 * g, f, minPos);
Debug.Log("v(t) calculated");
integ = new Integration(rk4.getResults(), 0, t0, step);
Debug.Log("x(t) calculated");
tf = step * rk4.getResults().Length + t0;
Debug.Log("Final time calculated: " + tf);
}
