public void writeX3DAngles(Scientrace.Object3dEnvironment env, StringBuilder retsb)
{
Scientrace.Location tloc;
foreach (Scientrace.Angle angle in this.angles)
{
tloc = angle.getLocation();
Scientrace.X3DGridPoint x3dgp = new Scientrace.X3DGridPoint(env, tloc,
tloc + angle.intersection.enter.flatshape.plane.u.toUnitVector().toLocation() * (env.radius / 100),
tloc + angle.intersection.enter.flatshape.plane.v.toUnitVector().toLocation() * (env.radius / 100));
//Console.WriteLine("Writing spot "+angle.ToString()+" to X3D");
if (this.drawInteractionPlanes)
{
retsb.Append(x3dgp.exportX3DnosphereRGB("1 1 0"));
}
if (this.drawInteractionNormals)
{
retsb.Append(X3DGridPoint.get_RGBA_Line_XML(tloc, tloc + angle.intersection.enter.flatshape.plane.getNorm().negative() * 0.125, "1 0 1 0.4"));
}
retsb.Append(@"
<Transform scale='" + (env.radius / 1250).ToString() + " " + (env.radius / 1250).ToString() + " " + (env.radius / 1250).ToString() + @"' translation='" + angle.getLocation().trico() + @"'>
<Shape>
<Sphere />
<Appearance>
<Material emissiveColor='0 1 0' transparency='" + (1 - angle.fromTrace.intensity) + @"' /><!--angle-->
</Appearance>
</Shape>
</Transform> ");
}
}
public void writeCasualties(Scientrace.Object3dEnvironment env, StringBuilder retsb)
{
//Console.WriteLine("iterating casualties");
foreach (Scientrace.Spot casualty in this.casualties)
{
retsb.Append("<!-- start of casualty-->" + X3DGridPoint.x3D_Sphere(casualty.loc, env.radius / 1250, "0.5 0 0", casualty.intensity) + "<!-- end of casualty-->");
}
}
static public string drawLinePiecesXML(List <ObjectLinePiece> linePieces)
{
System.Text.StringBuilder retstr = new System.Text.StringBuilder(5000);
foreach (ObjectLinePiece olp in linePieces)
{
// Writing some helpful comments.
retstr.Append("<!-- Line From: \n" + olp.lp.startingpoint + " To: \n" + olp.lp.endingpoint + " -->");
retstr.Append(X3DGridPoint.get_RGBA_Line_XML(olp.lp, olp.col));
}
return(retstr.ToString());
}
public static string getConnectAlleNodesXML(double sphereRadius, List<Scientrace.Location> nodeList)
{
//A list with two items produces a "line", not a figure that connects back to the first node.
if (nodeList.Count == 2) {
X3DGridPoint x3dGP = new X3DGridPoint(sphereRadius, nodeList[0], nodeList[1], null);
return x3dGP.exportX3D();
}
//Any other list
string retstr = "";
for (int iNode = 0; iNode < nodeList.Count; iNode++) {
X3DGridPoint x3dGP = new X3DGridPoint(sphereRadius, nodeList[iNode], nodeList[(iNode+1)%nodeList.Count], null);
retstr += x3dGP.exportX3D();
}
return retstr;
}
public static string getConnectAlleNodesXML(double sphereRadius, List <Scientrace.Location> nodeList)
{
//A list with two items produces a "line", not a figure that connects back to the first node.
if (nodeList.Count == 2)
{
X3DGridPoint x3dGP = new X3DGridPoint(sphereRadius, nodeList[0], nodeList[1], null);
return(x3dGP.exportX3D());
}
//Any other list
string retstr = "";
for (int iNode = 0; iNode < nodeList.Count; iNode++)
{
X3DGridPoint x3dGP = new X3DGridPoint(sphereRadius, nodeList[iNode], nodeList[(iNode + 1) % nodeList.Count], null);
retstr += x3dGP.exportX3D();
}
return(retstr);
}
public void writeX3DSpots(Scientrace.Object3dEnvironment env, StringBuilder retsb)
{
//Console.WriteLine("iterating spots");
foreach (Scientrace.Spot spot in this.spots)
{
//Console.WriteLine("Writing SPOT "+spot.ToString()+" to X3D");
//Scientrace.X3DGridPoint x3dgp = new Scientrace.X3DGridPoint(spot.loc, null, null);
retsb.Append(X3DGridPoint.x3D_Transparant_Sphere(spot.loc, ((double)env.radius) / 1250, spot.intensity) + "<!--spot-->");
/* retsb.Append(@" <Shape>
* <LineSet vertexCount='2'>
* <Coordinate point='
* "+trace.traceline.startingpoint.tricon()+trace.endloc.tricon()+@"
* '/>
* <Color color='1 0 0 0 1 1' />
* </LineSet>
* </Shape>"); */
}
}
public static string getConnectAlleNodesXML(Object3dEnvironment env, List <Scientrace.Location> nodeList)
{
return(X3DGridPoint.getConnectAlleNodesXML(X3DGridPoint.CalcRadiusFromEnv(env), nodeList));
}
public static string x3D_Transparant_Sphere(Scientrace.Location aLoc, double radius, double intensity)
{
return(X3DGridPoint.x3D_Sphere(aLoc, radius, "0 0 1", intensity));
}
public string x3DSolidRGBALineTo(Scientrace.Location aLoc, string colorRGBstring)
{
return(X3DGridPoint.get_RGBA_Line_XML(aLoc, this.loc, colorRGBstring));
}
public static string get_RGBA_Line_XML(LinePiece anLP, string colorRGBAstring)
{
return(X3DGridPoint.get_RGBA_Line_XML(anLP.startingpoint, anLP.endingpoint, colorRGBAstring));
}
public X3DGridPoint(Scientrace.Object3dEnvironment env, Scientrace.Location loc, Scientrace.Location east, Scientrace.Location south)
{
this.init(X3DGridPoint.CalcRadiusFromEnv(env), loc, east, south);
}
public string exportX3D()
{
return(this.x3DLineTo(this.e) + this.x3DLineTo(this.s) + X3DGridPoint.x3D_Transparant_Sphere(this.loc, this.sphere_radius, 0.5));
}
public string x3DSphere(double radius, string colour, double sphere_colour_intensity)
{
return(X3DGridPoint.x3D_Sphere(this.loc, radius, colour, sphere_colour_intensity));
}
public string x3DSphere(double radius)
{
return(X3DGridPoint.x3D_Sphere(this.loc, radius, this.sphere_colour, 0));
}
