static void CycloidTiral()
{
var brach = new Cycloid(4);
PlotData p = new PlotData(brach, 0, 4 * Math.PI, .1);
p.AddParametricTrial("x", "y", "phi");
p.Graph();
}
static void correlationLengthAnalysis()
{
List<Series> series = new List<Series>();
//Estimate correlation length
var A = new ThreeDIsing(25);
//for (double i = 4; i < 5; i += .1) {
for (double i = 3; i < 8; i += 1) {
Func<double, double> ising = b => {
A.SetBeta(i);
A.Randomize();
A.Equilibrate(1000000);
Debug.Print("Temp: " + i.ToString());
return Math.Log(A.AutoCorrelation((int)b, 50000));
};
series.Add( ising.GetSeriesForGraph(0, 10, 1));
}
PlotData data = new PlotData(series.ToArray());
data.Graph();
}
static void QuadraticFrictionProjectileTrial()
{
//var A = new QuadraticFrictionProjectile(.01, 173, 173);
//var ser1 = A.GetDataSeries(0, 11, .05);
var A = new QuadraticFrictionProjectile(.01, 200);
var theta = A.GetThetaForMaxDistance();
var ser2 = A.GetDataSeries(0, 11, .05, theta);
A = new QuadraticFrictionProjectile(.01, 200);
theta = A.GetAngleToTarget(155, 90);
var ser3 = A.GetDataSeries(0, 11, .05, theta);
var data = new PlotData(ser2, ser3);
data.AddPoint(155, 90, "target");
data.Graph();
}
static void ProjectileTrial(double gamma)
{
double v0 = 10;
var target = new Tuple<double, double>(5, 2);
var p = new PlotData(0, 2, .01);
p.AddPoint(target.Item1, target.Item2, "Target to hit");
var projFrict = new LaminarFrictionProjectile(gamma);
projFrict.SetvMag(v0);
double ang1 = projFrict.GetAngleToTarget(target.Item1, target.Item2);
projFrict.SetvMagTheta(v0, ang1);
p.SetNewEq(projFrict);
p.AddParametricTrial("x", "y", "t", "Launch angle: " + ang1.ToString() + " gamma: " + gamma.ToString());
var projNoFric = new NoFrictionProjectile();
projNoFric.setVmag(v0);
var ang2 = projNoFric.GetAnglesToTarget(target.Item1, target.Item2);
projNoFric.setTheta(ang2.Item1);
p.SetNewEq(projNoFric);
p.AddParametricTrial("x", "y", "t", "Launch angle: " + ang2.Item1.ToString() + " gamma: " + gamma.ToString());
p.Graph();
projFrict.GetThetaForMaxDistance();
}
static void PendulumTrial()
{
var pen = new Pendulum(5, 10, 9.8, .9, .1);
PlotData p = new PlotData(pen, 0, 10, .01);
p.AddTrial("time", "theta");
p.AddTrial("time", "dTheta");
//p.AddTrial("time", "potentialEnergy");
//p.AddTrial("time", "kineticEnergy");
//p.AddTrial("time", "totalEnergy");
p.Graph();
}
static void LaminarFrictionProjectileTrial()
{
LaminarFrictionProjectile proj = new LaminarFrictionProjectile(2);
proj.SetvMag(10);
var target = new Tuple<double, double>(2, .1);
var angle = proj.GetAngleToTarget(target.Item1, target.Item2);
PlotData p = new PlotData(proj, 0, 2, .01);
p.AddPoint(target.Item1, target.Item2, "Target to hit");
if (angle == double.MinValue)
throw new Exception("no solution");
proj.SetvMagTheta(10, angle);
p.AddParametricTrial("x", "y", "t", "Launch angle: " + angle.ToString());
p.Graph();
}
public void Evolve(double ti, double tf, double dt)
{
double[] yvals = initialValues;
var series = new RungeKutta().Evaluate(ti, tf, dt, 4, yvals, updateYVals);
var data = new PlotData(series);
data.Graph();
}