private void AddDerivate(NewImageAdded message, string thumbnailLocation)
{
var metadata = _documentRepository.Get(message.Id);
metadata.Published = true;
var newDerivate = new Derivate
{
Name = "Thumbnail",
Url = thumbnailLocation
};
metadata.Derivates.Add(newDerivate);
_documentRepository.Update(metadata);
}
private void UpdateMetadata(NewVideoAdded message, string streamingLocation)
{
var metadata = _documentRepository.Get(message.Id);
metadata.Published = true;
var newDerivate = new Derivate
{
Name = AdaptiveBitRateConfiguration,
Url = streamingLocation
};
metadata.Derivates.Add(newDerivate);
_documentRepository.Update(metadata);
}
/// <summary>
/// Initializes a new instance of the <see cref="PolynomialWithDoubleDerivateChart"/> class.
/// </summary>
/// <param name="stringCoefficients">Coefficients for the main polynomial.</param>
/// <param name="minX">Minimum value for the x-axis.</param>
/// <param name="maxX">Maximum value for the x-axis.</param>
/// <param name="minY">Minimum value for the y-axis.</param>
/// <param name="maxY">Maximum value for the y-axis.</param>
public PolynomialWithDoubleDerivateChart(string[] stringCoefficients, int minX, int maxX, int minY, int maxY)
: base(stringCoefficients, minX, maxX, minY, maxY)
{
if (ValidateCoefficients(stringCoefficients))
{
ParseCoefficients(stringCoefficients);
DoubleDerivate = Derivate.Derivate() as Polynomial;
var doubleDerivateSeries = new FunctionSeries(DoubleDerivate, ChartAreas["Chart"])
{
BorderWidth = 2,
Color = SeriesColorHierarchy[2]
};
Series.Add(doubleDerivateSeries);
}
}
private void PuntiStazionariButton_Click(object sender, EventArgs e)
{
Single xv, yv;
double zx;
double zy;
Punto zp;
List <Derivate> derivate = new List <Derivate>();
Derivate derivata;
try
{
PassoX = Convert.ToSingle(PassoXTextBox.Text);
PassoY = Convert.ToSingle(PassoYTextBox.Text);
}
catch
{
PassoX = 0;
PassoY = 0;
}
int r = 0;
int c = 0;
List <Punto> ListaPunti = new List <Punto>();
zValue = new List <Double>();
string zs;
Double zxOld = 0.0;
Double zyOld = 0.0;
if ((PassoX > 0) && (PassoY > 0))
{
for (xv = grafico.minX; xv < grafico.maxX; xv += PassoX)
{
c++;
r = 0;
for (yv = grafico.minY; yv < grafico.maxY; yv += PassoY)
{
r++;
zs = FunzioneTextBox.Text;
try
{
zy = derivataParziale(zs, true, xv, yv);
if ((zy <= 0 && zyOld >= 0) || zy >= 0 && zyOld <= 0)
{
zx = derivataParziale(zs, true, xv, yv);
derivata = new Derivate();
derivata.x0 = xv;
derivata.y0 = yv;
derivata.dx = zx;
derivata.dy = zy;
derivate.Add(derivata);
}
zyOld = zy;
}
catch
{
zx = 0;
zy = 0;
}
}
}
}
foreach (Derivate d in derivate)
{
if ((d.dx <= 0 && zxOld >= 0) || d.dx >= 0 && zxOld <= 0)
{
zp = new Punto();
zp.Colore = Color.Purple;
zp.x = (float)d.x0;
zp.y = (float)d.y0;
zp.setHeight((int)(PassoX * grafico.settore(true)) + 1);
zp.setWidth((int)(PassoY * grafico.settore(false)) + 1);
ListaPunti.Add(zp);
}
zxOld = d.dx;
}
ListaPunti.InsertRange(0, grafico.punti);
grafico.punti = ListaPunti.ToArray();
grafico.Repaint();
}
