public BeamPara(ClassChanpara chanpara, testBlock block, wedge wed, probe pro, position pos)
{
double xd = 0;
double yd = 0;
testblock = block;
Wedge = wed;
Probe = pro;
Position = pos;
activele = chanpara.activenb[0];
skewflag = GetSkewflag(chanpara.skew);
if (chanpara.method == 0)
{
xd = chanpara.defectX;
yd = chanpara.defectY;
point = Direct(xd, yd, chanpara.interfaceAngle[0]);
index = point.x[1];
}
else if (chanpara.method == 1)
{
xd = chanpara.defectX;
yd = 2 * testblock.BlockHeight - chanpara.defectY;
point = Reflect(chanpara.defectX, chanpara.defectY, chanpara.interfaceAngle[0]);
index = point.x[2];
}
centerele = Centerelement(index, chanpara.interfaceAngle[0]);
beamfile = Dealytime(xd, yd, centerele, chanpara.interfaceAngle[0]);
}
public DrawPoint Reflect(double defectX, double defectY, double angle)
{
DrawPoint point = new DrawPoint();
double xc = 0;
double yc = 0;
double xi = 0;
double xr = 0;
double radioangle = 0;
radioangle = TurntoRadian(angle);
xc = defectX;
yc = 2 * testblock.BlockHeight - defectY;
xi = (xc + yc * Math.Tan(radioangle));
xr = (xc + (yc - testblock.BlockHeight) * Math.Tan(radioangle));
point.x[0] = defectX;
point.y[0] = defectY;
point.x[1] = xr;
point.y[1] = testblock.BlockHeight;
point.x[2] = xi;
point.y[2] = 0;
point.count = 3;
return(point);
}
public static DrawPoint Reflect(float defectX, float defectY, float height, float angle)
{
DrawPoint point = new DrawPoint();
float xc = 0;
float yc = 0;
float xi = 0;
float xr = 0;
float radioangle = 0;
radioangle = TurntoRadian(angle);
xc = defectX;
yc = 2 * height - defectY;
xi = (float)(xc + yc * Math.Tan(radioangle));
xr = (float)(xc + (yc - height) * Math.Tan(radioangle));
point.x[0] = defectX;
point.y[0] = defectY;
point.x[1] = xr;
point.y[1] = height;
point.x[2] = xi;
point.y[2] = 0;
point.count = 3;
return(point);
}
/**Draw the Vgroove.*/
private void Vgroovedraw()
{
DrawPoint point = new DrawPoint();
double yv = testblock.BlockHeight - testblock.BottomLength;
double Vangle = BeamPara.TurntoRadian(testblock.VAngle);
double xv = (yv / Math.Tan(Vangle));
wavepath.Series.Clear();
wavepath.Axes.Left.Maximum = testblock.BlockHeight + 1;
point.x[0] = LEFTBORDER;
point.y[0] = 0;
point.x[1] = -xv;
point.y[1] = 0;
point.x[2] = 0;
point.y[2] = yv;
point.x[3] = 0;
point.y[3] = testblock.BlockHeight;
point.x[4] = 0;
point.y[4] = yv;
point.x[5] = xv;
point.y[5] = 0;
point.x[6] = RIGHTBORDER;
point.y[6] = 0;
point.count = 7;
Draw.testline(point, Color.Black, wavepath);
point = new DrawPoint();
point.x[0] = LEFTBORDER;
point.y[0] = testblock.BlockHeight;
point.x[1] = RIGHTBORDER;
point.y[1] = testblock.BlockHeight;
point.count = 2;
Draw.testline(point, Color.Black, wavepath);
}
public static void testline(DrawPoint point, Color color, TChart chart)
{
int i = 0;
Steema.TeeChart.Styles.Line Tmpline = new Steema.TeeChart.Styles.Line(chart.Chart);
for (i = 0; i < point.count; i++)
{
Tmpline.Add(point.x[i], point.y[i]);
}
Tmpline.Color = color; //LineSeries bounding lines colour
}
/**Draw the CRCgroove.*/
private void CRCgroovedraw()
{
wavepath.Series.Clear();
double h0 = 6.27;
double h1 = 2.82;
double h2 = 1;
double h3 = 1.91;
double h = h0 + h1 + h2 + h3;
double angle0 = BeamPara.TurntoRadian(5);
double angle1 = BeamPara.TurntoRadian(45);
double angle2 = BeamPara.TurntoRadian(37.5);
DrawPoint point = new DrawPoint();
wavepath.Axes[0].Maximum = h + 1;
point.x[0] = LEFTBORDER;
point.y[0] = 0;
point.x[1] = -(h0 * Math.Tan(angle0) + h1 * Math.Tan(angle1));
point.y[1] = 0;
point.x[2] = -h1 *Math.Tan(angle1);
point.y[2] = h0;
point.x[3] = 0;
point.y[3] = h0 + h1;
point.x[4] = 0;
point.y[4] = h0 + h1 + h2;
point.x[5] = 0;
point.y[5] = h0 + h1;
point.x[6] = h1 * Math.Tan(angle1);
point.y[6] = h0;
point.x[7] = h0 * Math.Tan(angle0) + h1 * Math.Tan(angle1);
point.y[7] = 0;
point.x[8] = RIGHTBORDER;
point.y[8] = 0;
point.count = 9;
Draw.testline(point, Color.Green, wavepath);
point = new DrawPoint();
point.x[0] = LEFTBORDER;
point.y[0] = h;
point.x[1] = -h3 *Math.Tan(angle2);
point.y[1] = h;
point.x[2] = 0;
point.y[2] = h - h3;
point.x[3] = h3 * Math.Tan(angle2);
point.y[3] = h;
point.x[4] = RIGHTBORDER;
point.y[4] = h;
point.count = 5;
Draw.testline(point, Color.Green, wavepath);
}
public DrawPoint Direct(double defectX, double defectY, double angle)
{
DrawPoint point = new DrawPoint();
double xi = 0;
double radioangle = 0;
radioangle = TurntoRadian(angle);
xi = defectX + defectY * Math.Tan(radioangle);
point.x[0] = defectX;
point.y[0] = defectY;
point.x[1] = xi;
point.y[1] = 0;
point.count = 2;
return(point);
}
/**Draw the reflectpath.*/
private void ReflectPathdraw(DrawPoint point)
{
Draw.testline(point, Color.Red, wavepath);
}