/// <summary>
/// Defines PointSourceBase class
/// </summary>
/// <param name="polarAngleEmissionRange">Polar angle range</param>
/// <param name="azimuthalAngleEmissionRange">Azimuthal angle range</param>
/// <param name="direction">Point source emitting direction</param>
/// <param name="pointLocation">New position</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected PointSourceBase(
DoubleRange polarAngleEmissionRange,
DoubleRange azimuthalAngleEmissionRange,
Direction direction,
Position pointLocation,
int initialTissueRegionIndex)
{
if (direction == null)
{
direction = SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone();
}
if (pointLocation == null)
{
pointLocation = SourceDefaults.DefaultPosition.Clone();
}
_polarAngleEmissionRange = polarAngleEmissionRange.Clone();
_azimuthalAngleEmissionRange = azimuthalAngleEmissionRange.Clone();
_pointLocation = pointLocation.Clone();
_direction = direction.Clone();
_rotationAndTranslationFlags = new SourceFlags(
direction != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
pointLocation != SourceDefaults.DefaultPosition.Clone(),
false);
_initialTissueRegionIndex = initialTissueRegionIndex;
}
/// <summary>
/// Defines LineSourceBase class
/// </summary>
/// <param name="lineLength">The length of the line source</param>
/// <param name="sourceProfile">Source profile type</param>
/// <param name="newDirectionOfPrincipalSourceAxis">New source axis direction</param>
/// <param name="translationFromOrigin">New source location</param>
/// <param name="beamRotationFromInwardNormal">Beam rotation from inward normal</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected LineSourceBase(
double lineLength,
ISourceProfile sourceProfile,
Direction newDirectionOfPrincipalSourceAxis,
Position translationFromOrigin,
PolarAzimuthalAngles beamRotationFromInwardNormal,
int initialTissueRegionIndex)
{
if (newDirectionOfPrincipalSourceAxis == null)
{
newDirectionOfPrincipalSourceAxis = SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone();
}
if (translationFromOrigin == null)
{
translationFromOrigin = SourceDefaults.DefaultPosition.Clone();
}
if (beamRotationFromInwardNormal == null)
{
beamRotationFromInwardNormal = SourceDefaults.DefaultBeamRoationFromInwardNormal.Clone();
}
_rotationAndTranslationFlags = new SourceFlags(
newDirectionOfPrincipalSourceAxis != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
translationFromOrigin != SourceDefaults.DefaultPosition.Clone(),
beamRotationFromInwardNormal != SourceDefaults.DefaultBeamRoationFromInwardNormal.Clone());
_lineLength = lineLength;
_sourceProfile = sourceProfile;
_newDirectionOfPrincipalSourceAxis = newDirectionOfPrincipalSourceAxis.Clone();
_translationFromOrigin = translationFromOrigin.Clone();
_beamRotationFromInwardNormal = beamRotationFromInwardNormal.Clone();
_initialTissueRegionIndex = initialTissueRegionIndex;
}
/// <summary>
/// Defines SurfaceEmittingTubularSourceBase class
/// </summary>
/// <param name="tubeRadius">Tube radius</param>
/// <param name="tubeHeightZ">Tube height</param>
/// <param name="newDirectionOfPrincipalSourceAxis">New source axis direction</param>
/// <param name="translationFromOrigin">New source location</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected SurfaceEmittingTubularSourceBase(
double tubeRadius,
double tubeHeightZ,
Direction newDirectionOfPrincipalSourceAxis,
Position translationFromOrigin,
int initialTissueRegionIndex)
{
_rotationAndTranslationFlags = new SourceFlags(
newDirectionOfPrincipalSourceAxis != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
translationFromOrigin != SourceDefaults.DefaultPosition.Clone(),
false);
_tubeRadius = tubeRadius;
_tubeHeightZ = tubeHeightZ;
_newDirectionOfPrincipalSourceAxis = newDirectionOfPrincipalSourceAxis.Clone();
_translationFromOrigin = translationFromOrigin.Clone();
_initialTissueRegionIndex = initialTissueRegionIndex;
}
/// <summary>
/// Read text data file that has input and output data
/// </summary>
public void read_data()
{
string testpara = "../../../../matlab/test/monte_carlo/source_test_data_generation/UnitTests_SourceToolbox.txt";
if (File.Exists(testpara))
{
using (TextReader reader = File.OpenText(testpara))
{
string text = reader.ReadToEnd();
string[] bits = text.Split('\t');
for (int i = 0; i < 140; i++)
{
_tp[i] = double.Parse(bits[i]);
}
reader.Close();
}
}
_position = new Position(_tp[0], _tp[1], _tp[2]);
_direction = new Direction(_tp[3], _tp[4], _tp[5]);
_translation = new Position(_tp[6], _tp[7], _tp[8]);
_angPair = new PolarAzimuthalAngles(_tp[9], _tp[10]);
_polRange = new DoubleRange(_tp[11], _tp[12]);
_aziRange = new DoubleRange(_tp[13], _tp[14]);
_angRot = new ThreeAxisRotation(_tp[15], _tp[16], _tp[17]);
_flags = new SourceFlags(true, true, true);
_aParameter = _tp[18];
_bParameter = _tp[19];
_cParameter = _tp[20];
_lengthX = _tp[21];
_widthY = _tp[22];
_heightZ = _tp[23];
_innerRadius = _tp[24];
_outerRadius = _tp[25];
_bdFWHM = _tp[26];
_limitL = _tp[27];
_limitU = _tp[28];
_factor = _tp[29];
_polarAngle = _tp[30];
}
/// <summary>
/// Defines EllipticalSourceBase class
/// </summary>
/// <param name="aParameter">"a" parameter of the ellipse source</param>
/// <param name="bParameter">"b" parameter of the ellipse source</param>
/// <param name="sourceProfile">Source Profile {Flat / Gaussian}</param>
/// <param name="newDirectionOfPrincipalSourceAxis">New source axis direction</param>
/// <param name="translationFromOrigin">New source location</param>
/// <param name="beamRotationFromInwardNormal">Polar Azimuthal Rotational Angle of inward Normal</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected EllipticalSourceBase(
double aParameter,
double bParameter,
ISourceProfile sourceProfile,
Direction newDirectionOfPrincipalSourceAxis,
Position translationFromOrigin,
PolarAzimuthalAngles beamRotationFromInwardNormal,
int initialTissueRegionIndex)
{
_rotationAndTranslationFlags = new SourceFlags(
newDirectionOfPrincipalSourceAxis != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
translationFromOrigin != SourceDefaults.DefaultPosition.Clone(),
beamRotationFromInwardNormal != SourceDefaults.DefaultBeamRoationFromInwardNormal.Clone());
_aParameter = aParameter;
_bParameter = bParameter;
_sourceProfile = sourceProfile;
_newDirectionOfPrincipalSourceAxis = newDirectionOfPrincipalSourceAxis.Clone();
_translationFromOrigin = translationFromOrigin.Clone();
_beamRotationFromInwardNormal = beamRotationFromInwardNormal.Clone();
_initialTissueRegionIndex = initialTissueRegionIndex;
}
/// <summary>
/// Defines VolumetricCuboidalSourceBase class
/// </summary>
/// <param name="cubeLengthX">The length of the cuboid</param>
/// <param name="cubeWidthY">The width of the cuboid</param>
/// <param name="cubeHeightZ">The height of the cuboid</param>
/// <param name="beamDiameterFWHM">Beam diameter FWHM (-1 for flat beam)</param>
/// <param name="newDirectionOfPrincipalSourceAxis">New source axis direction</param>
/// <param name="translationFromOrigin">New source location</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected VolumetricCuboidalSourceBase(
double cubeLengthX,
double cubeWidthY,
double cubeHeightZ,
double beamDiameterFWHM,
Direction newDirectionOfPrincipalSourceAxis,
Position translationFromOrigin,
int initialTissueRegionIndex)
{
_rotationAndTranslationFlags = new SourceFlags(
newDirectionOfPrincipalSourceAxis != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
translationFromOrigin != SourceDefaults.DefaultPosition.Clone(),
false);
_cubeLengthX = cubeLengthX;
_cubeWidthY = cubeWidthY;
_cubeHeightZ = cubeHeightZ;
_beamDiameterFWHM = beamDiameterFWHM;
_newDirectionOfPrincipalSourceAxis = newDirectionOfPrincipalSourceAxis.Clone();
_translationFromOrigin = translationFromOrigin.Clone();
_initialTissueRegionIndex = initialTissueRegionIndex;
}
/// <summary>
/// Defines SurfaceEmittingCylindricalFiberSourceBase class
/// </summary>
/// <param name="fiberRadius">Fiber radius</param>
/// <param name="fiberHeightZ">Fiber height</param>
/// <param name="curvedSurfaceEfficiency">Efficciency of the curved surface (0-1)</param>
/// <param name="bottomSurfaceEfficiency">Efficciency of the bottom surface (0-1)</param>
/// <param name="newDirectionOfPrincipalSourceAxis">New source axis direction</param>
/// <param name="translationFromOrigin">New source location</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected SurfaceEmittingCylindricalFiberSourceBase(
double fiberRadius,
double fiberHeightZ,
double curvedSurfaceEfficiency,
double bottomSurfaceEfficiency,
Direction newDirectionOfPrincipalSourceAxis,
Position translationFromOrigin,
int initialTissueRegionIndex)
{
_rotationAndTranslationFlags = new SourceFlags(
newDirectionOfPrincipalSourceAxis != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
translationFromOrigin != SourceDefaults.DefaultPosition.Clone(),
false);
_fiberRadius = fiberRadius;
_fiberHeightZ = fiberHeightZ;
_curvedSurfaceEfficiency = curvedSurfaceEfficiency;
_bottomSurfaceEfficiency = bottomSurfaceEfficiency;
_newDirectionOfPrincipalSourceAxis = newDirectionOfPrincipalSourceAxis.Clone();
_translationFromOrigin = translationFromOrigin.Clone();
_initialTissueRegionIndex = initialTissueRegionIndex;
}
/// <summary>
/// Defines RectangularSourceBase class
/// </summary>
/// <param name="rectLengthX">The length of the Rectangular Source</param>
/// <param name="rectWidthY">The width of the Rectangular Source</param>
/// <param name="sourceProfile">Source Profile {Flat / Gaussian}</param>
/// <param name="newDirectionOfPrincipalSourceAxis">New source axis direction</param>
/// <param name="translationFromOrigin">New source location</param>
/// <param name="beamRotationFromInwardNormal">Polar Azimuthal Rotational Angle of inward Normal</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected RectangularSourceBase(
double rectLengthX,
double rectWidthY,
ISourceProfile sourceProfile,
Direction newDirectionOfPrincipalSourceAxis,
Position translationFromOrigin,
PolarAzimuthalAngles beamRotationFromInwardNormal,
int initialTissueRegionIndex)
{
_rotationAndTranslationFlags = new SourceFlags(
newDirectionOfPrincipalSourceAxis != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
translationFromOrigin != SourceDefaults.DefaultPosition.Clone(),
beamRotationFromInwardNormal != SourceDefaults.DefaultBeamRoationFromInwardNormal.Clone());
_rectLengthX = rectLengthX;
_rectWidthY = rectWidthY;
_sourceProfile = sourceProfile;
_newDirectionOfPrincipalSourceAxis = newDirectionOfPrincipalSourceAxis.Clone();
_translationFromOrigin = translationFromOrigin.Clone();
_beamRotationFromInwardNormal = beamRotationFromInwardNormal.Clone();
_initialTissueRegionIndex = initialTissueRegionIndex;
}
/// <summary>
/// Defines VolumetricEllipsoidalSourceBase class
/// </summary>
/// <param name="aParameter">"a" parameter of the ellipsoid source</param>
/// <param name="bParameter">"b" parameter of the ellipsoid source</param>
/// <param name="cParameter">"c" parameter of the ellipsoid source</param>
/// <param name="sourceProfile">Source Profile {Flat / Gaussian}</param>
/// <param name="newDirectionOfPrincipalSourceAxis">New source axis direction</param>
/// <param name="translationFromOrigin">New source location</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected VolumetricEllipsoidalSourceBase(
double aParameter,
double bParameter,
double cParameter,
ISourceProfile sourceProfile,
Direction newDirectionOfPrincipalSourceAxis,
Position translationFromOrigin,
int initialTissueRegionIndex)
{
_rotationAndTranslationFlags = new SourceFlags(
newDirectionOfPrincipalSourceAxis != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
translationFromOrigin != SourceDefaults.DefaultPosition.Clone(),
false);
_aParameter = aParameter;
_bParameter = bParameter;
_cParameter = cParameter;
_sourceProfile = sourceProfile;
_newDirectionOfPrincipalSourceAxis = newDirectionOfPrincipalSourceAxis.Clone();
_translationFromOrigin = translationFromOrigin.Clone();
_initialTissueRegionIndex = initialTissueRegionIndex;
}
/// <summary>
/// Defines CircularSourceBase class
/// </summary>
/// <param name="innerRadius">The inner radius of the circular source</param>
/// <param name="outerRadius">The outer radius of the circular source</param>
/// <param name="sourceProfile">Source Profile {Flat / Gaussian}</param>
/// <param name="newDirectionOfPrincipalSourceAxis">New source axis direction</param>
/// <param name="translationFromOrigin">New source location</param>
/// <param name="beamRotationFromInwardNormal">Polar Azimuthal Rotational Angle of inward Normal</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected CircularSourceBase(
double outerRadius,
double innerRadius,
ISourceProfile sourceProfile,
Direction newDirectionOfPrincipalSourceAxis,
Position translationFromOrigin,
PolarAzimuthalAngles beamRotationFromInwardNormal,
int initialTissueRegionIndex)
{
_rotationAndTranslationFlags = new SourceFlags(
newDirectionOfPrincipalSourceAxis != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
translationFromOrigin != SourceDefaults.DefaultPosition.Clone(),
beamRotationFromInwardNormal != SourceDefaults.DefaultBeamRoationFromInwardNormal.Clone());
_outerRadius = outerRadius;
_innerRadius = innerRadius;
_sourceProfile = sourceProfile;
_newDirectionOfPrincipalSourceAxis = newDirectionOfPrincipalSourceAxis.Clone();
_translationFromOrigin = translationFromOrigin.Clone();
_beamRotationFromInwardNormal = beamRotationFromInwardNormal.Clone();
_initialTissueRegionIndex = initialTissueRegionIndex;
}
/// <summary>
/// Defines SurfaceEmittingCuboidalSourceBase class
/// </summary>
/// <param name="cubeLengthX">The length of the cube (along x axis)</param>
/// <param name="cubeWidthY">The width of the cube (along y axis)</param>
/// <param name="cubeHeightZ">The height of the cube (along z axis)</param>
/// <param name="sourceProfile">Source Profile {Flat / Gaussian}</param>
/// <param name="polarAngleEmissionRange">Polar angle emission range {0 - 90degrees}</param>
/// <param name="newDirectionOfPrincipalSourceAxis">New source axis direction</param>
/// <param name="translationFromOrigin">New source location</param>
/// <param name="initialTissueRegionIndex">Initial tissue region index</param>
protected SurfaceEmittingCuboidalSourceBase(
double cubeLengthX,
double cubeWidthY,
double cubeHeightZ,
ISourceProfile sourceProfile,
DoubleRange polarAngleEmissionRange,
Direction newDirectionOfPrincipalSourceAxis,
Position translationFromOrigin,
int initialTissueRegionIndex)
{
_rotationAndTranslationFlags = new SourceFlags(
newDirectionOfPrincipalSourceAxis != SourceDefaults.DefaultDirectionOfPrincipalSourceAxis.Clone(),
translationFromOrigin != SourceDefaults.DefaultPosition.Clone(),
false);
_cubeLengthX = cubeLengthX;
_cubeWidthY = cubeWidthY;
_cubeHeightZ = cubeHeightZ;
_sourceProfile = sourceProfile;
_newDirectionOfPrincipalSourceAxis = newDirectionOfPrincipalSourceAxis.Clone();
_polarAngleEmissionRange = polarAngleEmissionRange.Clone();
_translationFromOrigin = translationFromOrigin.Clone();
_initialTissueRegionIndex = initialTissueRegionIndex;
}
public TransferStudentData(XmlElement response)
{
this.DailyBehaviorData = new DailyBehaviorData();
this.GroupActivityData = new GroupActivityData();
this.PublicServiceData = new PublicServiceData();
this.SchoolSpecialData = new SchoolSpecialData();
this.DailyLifeRecommendData = new DailyLifeRecommendData();
this.AbsenceData = new AbsenceData();
this.MeritStatisticData = new MeritStatisticData();
this.SourceFlags = new List <SourceFlag>();
if (response == null)
{
return;
}
foreach (XmlNode node in response.SelectNodes("SemesterMoralScore"))
{
string schoolyear = node.SelectSingleNode("SchoolYear").InnerText;
string semester = node.SelectSingleNode("Semester").InnerText;
SourceFlag sourceFlag = new SourceFlag();
sourceFlag.SchoolYear = schoolyear;
sourceFlag.Semester = semester;
XmlElement sourceElement;
if (node.SelectSingleNode("Summary").ChildNodes.Count > 0)
{
sourceFlag.Flag = Flag.Summary;
sourceElement = (XmlElement)node.SelectSingleNode("Summary");
sourceFlag.SourceElement = sourceElement;
}
else
{
sourceFlag.Flag = Flag.IntialSummary;
sourceElement = (XmlElement)node.SelectSingleNode("InitialSummary");
sourceFlag.SourceElement = sourceElement;
}
SourceFlags.Add(sourceFlag);
//處理日常生活表現
foreach (XmlNode itemNode in node.SelectNodes("TextScore/DailyBehavior/Item"))
{
XmlElement itemElement = (XmlElement)itemNode;
DailyBehaviorItem item = new DailyBehaviorItem();
item.SchoolYear = schoolyear;
item.Semester = semester;
item.Degree = itemElement.GetAttribute("Degree");
item.Name = itemElement.GetAttribute("Name");
item.Index = itemElement.GetAttribute("Index");
this.DailyBehaviorData.Items.Add(item);
}
//處理團隊活動表現
foreach (XmlNode itemNode in node.SelectNodes("TextScore/GroupActivity/Item"))
{
XmlElement itemElement = (XmlElement)itemNode;
GroupActivityItem item = new GroupActivityItem();
item.SchoolYear = schoolyear;
item.Semester = semester;
item.Degree = itemElement.GetAttribute("Degree");
item.Name = itemElement.GetAttribute("Name");
item.Text = itemElement.GetAttribute("Description");
this.GroupActivityData.Items.Add(item);
}
//處理公共服務表現
foreach (XmlNode itemNode in node.SelectNodes("TextScore/PublicService/Item"))
{
XmlElement itemElement = (XmlElement)itemNode;
PublicServiceItem item = new PublicServiceItem();
item.SchoolYear = schoolyear;
item.Semester = semester;
item.Name = itemElement.GetAttribute("Name");
item.Description = itemElement.GetAttribute("Description");
this.PublicServiceData.Items.Add(item);
}
//處理校內外特殊表現
foreach (XmlNode itemNode in node.SelectNodes("TextScore/SchoolSpecial/Item"))
{
XmlElement itemElement = (XmlElement)itemNode;
SchoolSpecialItem item = new SchoolSpecialItem();
item.SchoolYear = schoolyear;
item.Semester = semester;
item.Name = itemElement.GetAttribute("Name");
item.Description = itemElement.GetAttribute("Description");
this.SchoolSpecialData.Items.Add(item);
}
//日常生活表現具體建議
//foreach (XmlNode itemNode in node.SelectNodes("TextScore/DailyLifeRecommend/Item"))
foreach (XmlNode itemNode in node.SelectNodes("TextScore/DailyLifeRecommend"))
{
XmlElement itemElement = (XmlElement)itemNode;
DailyLifeRecommendItem item = new DailyLifeRecommendItem();
item.SchoolYear = schoolyear;
item.Semester = semester;
item.Name = itemElement.GetAttribute("Name");
item.Description = itemElement.GetAttribute("Description");
this.DailyLifeRecommendData.Items.Add(item);
}
//缺曠統計
foreach (XmlNode itemNode in sourceElement.SelectNodes("AttendanceStatistics/Absence"))
{
XmlElement itemElement = (XmlElement)itemNode;
AbsenceItem item = new AbsenceItem();
item.SchoolYear = schoolyear;
item.Semester = semester;
item.Name = itemElement.GetAttribute("Name");
item.PeriodType = itemElement.GetAttribute("PeriodType");
int count;
if (!int.TryParse(itemElement.GetAttribute("Count"), out count))
{
count = 0;
}
item.Count = count;
this.AbsenceData.Items.Add(item);
}
//懲統計
foreach (XmlNode itemNode in sourceElement.SelectNodes("DisciplineStatistics/Demerit"))
{
XmlElement itemElement = (XmlElement)itemNode;
MeritStatisticItem itemA = new MeritStatisticItem();
itemA.SchoolYear = schoolyear;
itemA.Semester = semester;
itemA.MeritType = "大過";
int count;
if (!int.TryParse(itemElement.GetAttribute("A"), out count))
{
count = 0;
}
itemA.Count = count;
this.MeritStatisticData.Items.Add(itemA);
MeritStatisticItem itemB = new MeritStatisticItem();
itemB.SchoolYear = schoolyear;
itemB.Semester = semester;
itemB.MeritType = "小過";
if (!int.TryParse(itemElement.GetAttribute("B"), out count))
{
count = 0;
}
itemB.Count = count;
this.MeritStatisticData.Items.Add(itemB);
MeritStatisticItem itemC = new MeritStatisticItem();
itemC.SchoolYear = schoolyear;
itemC.Semester = semester;
itemC.MeritType = "警告";
if (!int.TryParse(itemElement.GetAttribute("C"), out count))
{
count = 0;
}
itemC.Count = count;
this.MeritStatisticData.Items.Add(itemC);
}
//獎統計
foreach (XmlNode itemNode in sourceElement.SelectNodes("DisciplineStatistics/Merit"))
{
XmlElement itemElement = (XmlElement)itemNode;
MeritStatisticItem itemA = new MeritStatisticItem();
itemA.SchoolYear = schoolyear;
itemA.Semester = semester;
itemA.MeritType = "大功";
int count;
if (!int.TryParse(itemElement.GetAttribute("A"), out count))
{
count = 0;
}
itemA.Count = count;
this.MeritStatisticData.Items.Add(itemA);
MeritStatisticItem itemB = new MeritStatisticItem();
itemB.SchoolYear = schoolyear;
itemB.Semester = semester;
itemB.MeritType = "小功";
if (!int.TryParse(itemElement.GetAttribute("B"), out count))
{
count = 0;
}
itemB.Count = count;
this.MeritStatisticData.Items.Add(itemB);
MeritStatisticItem itemC = new MeritStatisticItem();
itemC.SchoolYear = schoolyear;
itemC.Semester = semester;
itemC.MeritType = "嘉獎";
if (!int.TryParse(itemElement.GetAttribute("C"), out count))
{
count = 0;
}
itemC.Count = count;
this.MeritStatisticData.Items.Add(itemC);
}
}
}
