public InGaAs_Layer(IGeom geom, int layer_no, double alloy_ratio)
: base(geom, layer_no)
{
this.x = alloy_ratio;
// re-set material parameters with correct alloy ratio
Set_Material_Parameters();
}
public AlGaAs_Layer(IGeom geom, int layer_no, double alloy_ratio)
: base(geom, layer_no)
{
this.x = alloy_ratio;
// re-set material parameters with correct alloy ratio
Set_Material_Parameters();
}
public void Encapsulate(IGeom geom)
{
/*
* var s = geom.GetBoundingSphere();
* var v = (s.Center - _cent).normalized;
* var p1 = this.Project(v);
* var p2 = s.Project(v);
* var p = p1;
* p.Concat(p2);
*
* _rad = p.Length / 2.0f;
* float dot = Vector3.Dot(_cent, p.Axis);
* float offset = Mathf.Abs(p.Min - dot);
* _cent = (_cent - v * offset) + v * _rad;
*/
var s = geom.GetBoundingSphere();
var v = s.Center - _cent;
var l = v.magnitude;
if (l + s.Radius > _rad)
{
v.Normalize();
_rad = (l + s.Radius + _rad) / 2.0f;
_cent += v * (l + s.Radius - _rad);
}
}
public static bool Intersects(this IGeom geom1, IGeom geom2)
{
if (geom1 == null || geom2 == null)
{
return(false);
}
var s1 = geom1.GetBoundingSphere();
var s2 = geom2.GetBoundingSphere();
if ((s1.Center - s2.Center).magnitude > (s1.Radius + s2.Radius))
{
return(false);
}
foreach (var a in geom1.GetAxes().Union(geom2.GetAxes()))
{
if (geom1.Project(a).Intersects(geom2.Project(a)))
{
return(true);
}
}
return(false);
}
public void Encapsulate(IGeom geom)
{
/*
var s = geom.GetBoundingSphere();
var v = (s.Center - _cent).normalized;
var p1 = this.Project(v);
var p2 = s.Project(v);
var p = p1;
p.Concat(p2);
_rad = p.Length / 2.0f;
float dot = Vector3.Dot(_cent, p.Axis);
float offset = Mathf.Abs(p.Min - dot);
_cent = (_cent - v * offset) + v * _rad;
*/
var s = geom.GetBoundingSphere();
var v = s.Center - _cent;
var l = v.magnitude;
if (l + s.Radius > _rad)
{
v.Normalize();
_rad = (l + s.Radius + _rad) / 2.0f;
_cent += v * (l + s.Radius - _rad);
}
}
public static bool Intersects(this IGeom geom, Bounds bounds)
{
//TODO - re-implement independent of geom, may speed this up
var geom2 = new AABBox(bounds);
return(Intersects(geom, geom2));
}
public static void ScaleGeom(ref IGeom geom, double scaleX, double scaleY, Point refer)
{
Matrix mx = new ScaleTransform(scaleX, scaleY, refer.X, refer.Y).Value;
Point[] pots = geom.ToPoints();
mx.Transform(pots);
geom.SetByPoints(pots);
}
public InAlAs_Layer(IGeom geom, int layer_no, double alloy_ratio)
: base(geom, layer_no)
{
// if alloy ratio is below 53% In, this is an indirect band gap material and I don't have the parameters for it
if (alloy_ratio < 0.53)
throw new NotImplementedException("Error - Below an indium concentration of 53%, the material has an indirect band gap.\nMaterial properties are not implemented for this material");
this.x = alloy_ratio;
// re-set material parameters with correct alloy ratio
Set_Material_Parameters();
}
public void UpdateGeom()
{
switch (Type)
{
case SightType.Cone:
_geom = new ViewCone(this.Origin, _targ.forward, SeeDistance, SeeFOV);
break;
case SightType.Frustum:
_geom = new Frustum(this.Origin, _targ.rotation, 0.0f, SeeDistance, SeeFOV, 1.0f);
break;
}
}
public static bool Intersects(this IGeom geom1, IGeom geom2)
{
if (geom1 == null || geom2 == null) return false;
var s1 = geom1.GetBoundingSphere();
var s2 = geom2.GetBoundingSphere();
if ((s1.Center - s2.Center).magnitude > (s1.Radius + s2.Radius)) return false;
foreach(var a in geom1.GetAxes().Union(geom2.GetAxes()))
{
if (geom1.Project(a).Intersects(geom2.Project(a))) return true;
}
return false;
}
//public static void ScaleGraphicVisual(GraphicVisual graphicVisual, Vector scale, Point refer)
//{
// if (graphicVisual is GroupVisual)
// {
// throw new NotImplementedException();
// }
// else if (graphicVisual is GeomVisual)
// {
// Transform tr = new ScaleTransform(scale.X, scale.Y, refer.X, refer.Y);
// graphicVisual.Origin = tr.Transform(graphicVisual.Origin);
// Vector locScales = Func.VectorRotate(graphicVisual.Angle, scale.X, scale.Y);
// GeomVisual gv = graphicVisual as GeomVisual;
// IGeom geom = gv.Geom;
// GeomHelper.ScaleGeom(ref geom, locScales.X, locScales.Y);
// gv.Geom = geom;
// }
//}
public static void ScaleGraphicVisual(GraphicVisual graphicVisual, double scaleX, double scaleY, Point refer)
{
//ScaleTransform tr = new ScaleTransform(scaleX, scaleY, refer.X, refer.Y);
//graphicVisual.Origin = tr.Transform(graphicVisual.Origin);
if (graphicVisual is GroupVisual)
{
throw new NotImplementedException();
}
else if (graphicVisual is GeomVisual)
{
GeomVisual gv = graphicVisual as GeomVisual;
IGeom geom = gv.Geom;
Point localRefer = gv.Transform.Inverse.Transform(refer);
GeomHelper.ScaleGeom(ref geom, scaleX, scaleY, localRefer);
gv.Geom = geom;
}
}
public Al2O3_Layer(IGeom geom, int layer_no)
: base(geom, layer_no)
{
}
public Metal_Layer(IGeom geom, int layer_no)
: base(geom, layer_no)
{
}
private static ILayer Create_Composite_Layer(ILayer default_layer, Dictionary<string, object> data, IGeom default_geom)
{
int no_components = (int)(double)data["no_components"];
ILayer[] result = new ILayer[no_components];
// set the default layer
result[0] = default_layer;
// unpack the rest of the composite data
Dictionary<int, Dictionary<string, object>> composite_data = new Dictionary<int, Dictionary<string, object>>();
Unpack_CompositeData(composite_data, data, default_geom);
// and create the new layers from this
for (int i = 1; i < no_components; i++)
result[i] = Create_Layer(composite_data[i]);
return new Composite_Layer(result, (int)data["layer_no"]);
}
public void Invalidate()
{
_geom = null;
}
public Metal_Layer(IGeom geom, int layer_no)
: base(geom, layer_no)
{
}
public PMMA_Layer(IGeom geom, int layer_no)
: base(geom, layer_no)
{
}
static void Unpack_CompositeData(Dictionary <int, Dictionary <string, object> > composite_data, Dictionary <string, object> data, IGeom default_geom)
{
// cycle over the composite data (minus the default layer)
for (int i = 1; i < (int)(double)data["no_components"]; i++)
{
string[] raw_component_data = ((string)data["component" + i.ToString()]).TrimStart('{').TrimEnd('}').Split(',');
Dictionary <string, object> component_data = new Dictionary <string, object>();
// get the component data
for (int j = 0; j < raw_component_data.Length; j++)
{
string tmp_key = raw_component_data[j].Split('=')[0].ToLower();
string tmp_value = raw_component_data[j].Split('=')[1].ToLower();
// try and pass tmp_value by any means possible
double d_val; bool b_val;
if (double.TryParse(tmp_value, out d_val))
{
component_data.Add(tmp_key, d_val);
}
else if (bool.TryParse(tmp_value, out b_val))
{
component_data.Add(tmp_key, b_val);
}
else
{
component_data.Add(tmp_key, tmp_value);
}
}
// and add some geometry data
component_data.Add("zmin", default_geom.Zmin);
component_data.Add("zmax", default_geom.Zmax);
component_data.Add("layer_no", i);
composite_data[i] = component_data;
}
}
public GeomVisual(IGeom goem)
: this(goem, VisualInfo.Default)
{
}
public GeomVisual(IGeom goem, VisualInfo graphicInfo)
: base(graphicInfo)
{
_geom = goem;
UpdateGraphicInfo();
}
public Substrate_Layer(IGeom geom, int layer_no)
: base(geom, layer_no)
{
}
private static ILayer Create_Composite_Layer(ILayer default_layer, Dictionary <string, object> data, IGeom default_geom)
{
int no_components = (int)(double)data["no_components"];
ILayer[] result = new ILayer[no_components];
// set the default layer
result[0] = default_layer;
// unpack the rest of the composite data
Dictionary <int, Dictionary <string, object> > composite_data = new Dictionary <int, Dictionary <string, object> >();
Unpack_CompositeData(composite_data, data, default_geom);
// and create the new layers from this
for (int i = 1; i < no_components; i++)
{
result[i] = Create_Layer(composite_data[i]);
}
return(new Composite_Layer(result, (int)data["layer_no"]));
}
public PMMA_Layer(IGeom geom, int layer_no)
: base(geom, layer_no)
{
}
public Air_Layer(IGeom geom, int layer_no)
: base(geom, layer_no)
{
}
public GaAs_Layer(IGeom geom, int layer_no)
: base(geom, layer_no)
{
}
public Layer(IGeom Geom, int layer_no)
{
this.layer_no=layer_no;
this.geom = Geom;
Set_Material_Parameters();
}
public GaAs_Layer(IGeom geom, int layer_no)
: base(geom, layer_no)
{
}
static void Unpack_CompositeData(Dictionary<int, Dictionary<string, object>> composite_data, Dictionary<string, object> data, IGeom default_geom)
{
// cycle over the composite data (minus the default layer)
for (int i = 1; i < (int)(double)data["no_components"]; i++)
{
string[] raw_component_data = ((string)data["component" + i.ToString()]).TrimStart('{').TrimEnd('}').Split(',');
Dictionary<string, object> component_data = new Dictionary<string, object>();
// get the component data
for (int j = 0; j < raw_component_data.Length; j++)
{
string tmp_key = raw_component_data[j].Split('=')[0].ToLower();
string tmp_value = raw_component_data[j].Split('=')[1].ToLower();
// try and pass tmp_value by any means possible
double d_val; bool b_val;
if (double.TryParse(tmp_value, out d_val))
component_data.Add(tmp_key, d_val);
else if (bool.TryParse(tmp_value, out b_val))
component_data.Add(tmp_key, b_val);
else
component_data.Add(tmp_key, tmp_value);
}
// and add some geometry data
component_data.Add("zmin", default_geom.Zmin);
component_data.Add("zmax", default_geom.Zmax);
component_data.Add("layer_no", i);
composite_data[i] = component_data;
}
}
public Layer(IGeom Geom, int layer_no)
{
this.layer_no = layer_no;
this.geom = Geom;
Set_Material_Parameters();
}
public IList <SPoint> GetPoints(IGeom geom)
{
return(GetPoints(geom.Coors));
}