public void GoodCurveGroupsShouldResultInAPass(CurveGroup curveGroup)
{
TlsConnectionResult tlsConnectionResult = new TlsConnectionResult(null, null, curveGroup, null, null, null, null, null);
ConnectionResults connectionResults =
TlsTestDataUtil.CreateConnectionResults(TlsTestType.TlsSecureDiffieHellmanGroupSelected, tlsConnectionResult);
Assert.AreEqual(_sut.Test(connectionResults).Result, EvaluatorResult.PASS);
}
public void CurvesWithCurveNumberLessThan256ShouldResultInAFail(CurveGroup curveGroup)
{
TlsConnectionResult tlsConnectionResult = new TlsConnectionResult(null, null, curveGroup, null, null, null, null, null);
ConnectionResults connectionResults =
TlsTestDataUtil.CreateConnectionResults(TlsTestType.TlsSecureEllipticCurveSelected, tlsConnectionResult);
Assert.AreEqual(_sut.Test(connectionResults).Result, EvaluatorResult.FAIL);
}
public void AddCurve(CurveGroup scf)
{
if (scf == null)
{
return;
}
curveFile.AddCurves(scf);
}
public CurveGroupEditor(CurveGroup group)
{
InitializeComponent();
//m_grid.LabelEdit = true;
//m_grid.MultiSelect = false;
m_grid.View = View.Details;
m_group = group;
Label = group.Label;
Count = group.Count;
group.ForEach(c => { this[m_grid.Items.Count] = c; });
}
// Use this for initialization
private void Start()
{
m_CurveGroups = GetComponentInChildren <CurveGroup>();
float halfCell = CellSize / 2;
float DtAngle = Mathf.Asin(halfCell / Radio) * 2 * Mathf.Rad2Deg;
m_DtAngle = DtAngle;
Vector3 startPos = new Vector3(0, 0, StartZ);
m_CurveGroups.InitOnce(startPos, Radio, CellSize, Offset, DtAngle);
}
private BouncyCastleTlsTestResult ProcessKeyExchange(TestTlsDhKeyExchange keyExchange)
{
CurveGroup group = keyExchange.DhParameters.ToGroup();
TlsVersion version = Context.ServerVersion.ToTlsVersion();
CipherSuite cipherSuite = mSecurityParameters.CipherSuite.ToCipherSuite();
List <X509Certificate2> certificates = mPeerCertificate.ToCertificateList();
base.CleanupHandshake();
return(new BouncyCastleTlsTestResult(version, cipherSuite, group, null, _tlsError, _errorMessage, null, certificates));
}
private TlsConnectionResult ProcessKeyExchange(TestTlsDheKeyExchange keyExchange)
{
CurveGroup group = keyExchange.DhParameters.ToGroup();
TlsVersion version = Context.ServerVersion.ToTlsVersion();
CipherSuite cipherSuite = mSecurityParameters.CipherSuite.ToCipherSuite();
SignatureHashAlgorithm signatureHashAlgorithm = keyExchange.EcSignatureAndHashAlgorithm.ToSignatureAlgorithm();
List <X509Certificate2> certificates = mPeerCertificate.ToCertificateList();
base.CleanupHandshake();
return(new TlsConnectionResult(version, cipherSuite, group, signatureHashAlgorithm, _error, _errorMessage, null, certificates));
}
public async Task CurvesWithCurveNumberLessThan256ShouldResultInAFail(CurveGroup curveGroup)
{
BouncyCastleTlsTestResult tlsConnectionResult = new BouncyCastleTlsTestResult(null, null, curveGroup, null, null, null, null, null);
TlsTestResults connectionTestResults =
TlsTestDataUtil.CreateMxHostTlsResults(TlsTestType.TlsSecureEllipticCurveSelected, tlsConnectionResult);
List <RuleTypedTlsEvaluationResult> evaluatorResults = await _sut.Evaluate(connectionTestResults);
Assert.That(evaluatorResults.Count, Is.EqualTo(1));
Assert.AreEqual(evaluatorResults[0].TlsEvaluatedResult.Result, EvaluatorResult.FAIL);
}
public async Task GoodCurveGroupsShouldResultInAPass(CurveGroup curveGroup)
{
BouncyCastleTlsTestResult tlsConnectionResult = new BouncyCastleTlsTestResult(null, null, curveGroup, null, null, null, null, null);
TlsTestResults connectionTestResults =
TlsTestDataUtil.CreateMxHostTlsResults(TlsTestType.TlsSecureDiffieHellmanGroupSelected, tlsConnectionResult);
List <RuleTypedTlsEvaluationResult> evaluatorResults = await _sut.Evaluate(connectionTestResults);
Assert.That(evaluatorResults.Count, Is.EqualTo(1));
Assert.AreEqual(evaluatorResults[0].TlsEvaluatedResult.Result, EvaluatorResult.PASS);
}
private BouncyCastleTlsTestResult ProcessKeyExchange(TestTlsEcDhKeyExchange keyExchange)
{
string curveName = keyExchange.EcPublicKeyParameters.Parameters.Curve.GetType().Name.ToLower();
CurveGroup curve = curveName.ToCurve();
TlsVersion version = Context.ServerVersion.ToTlsVersion();
CipherSuite cipherSuite = mSecurityParameters.CipherSuite.ToCipherSuite();
List <X509Certificate2> certificates = mPeerCertificate.ToCertificateList();
base.CleanupHandshake();
return(new BouncyCastleTlsTestResult(version, cipherSuite, curve, null, _tlsError, _errorMessage, null, certificates));
}
private void OnValidate()
{
if (!Application.isPlaying)
{
CurveGroup curveGroups = GetComponentInChildren <CurveGroup>();
float halfCell = CellSize / 2;
float DtAngle = Mathf.Asin(halfCell / Radio) * 2 * Mathf.Rad2Deg;
m_DtAngle = DtAngle;
Vector3 startPos = new Vector3(0, 0, StartZ);
curveGroups.InitOnce(startPos, Radio, CellSize, Offset, DtAngle);
}
}
private TlsConnectionResult ProcessKeyExchange(TestTlsEcDheKeyExchange keyExchange)
{
string curveName = keyExchange.EcPublicKeyParameters.Parameters.Curve.GetType().Name.ToLower();
CurveGroup curve = curveName.ToCurve();
TlsVersion version = Context.ServerVersion.ToTlsVersion();
CipherSuite cipherSuite = mSecurityParameters.CipherSuite.ToCipherSuite();
SignatureHashAlgorithm signatureHashAlgorithm = keyExchange.EcSignatureAndHashAlgorithm.ToSignatureAlgorithm();
List <X509Certificate2> certificates = mPeerCertificate.ToCertificateList();
base.CleanupHandshake();
return(new TlsConnectionResult(version, cipherSuite, curve, signatureHashAlgorithm, _error, _errorMessage, null, certificates));
}
public override int GetHashCode()
{
unchecked
{
var hashCode = Version.GetHashCode();
hashCode = (hashCode * 397) ^ CipherSuite.GetHashCode();
hashCode = (hashCode * 397) ^ CurveGroup.GetHashCode();
hashCode = (hashCode * 397) ^ SignatureHashAlgorithm.GetHashCode();
hashCode = (hashCode * 397) ^ Error.GetHashCode();
hashCode = (hashCode * 397) ^ (ErrorDescription != null ? ErrorDescription.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ (SmtpResponses != null ? SmtpResponses.GetHashCode() : 0);
return(hashCode);
}
}
public DevCurve(IniDocument ini, CurveGroup grp, int index)
{
this.Group = grp;
this.Index = index;
string section = grp.Name + "\\" + (index + 1);
this.Name = ini.GetString(section, "设备名称");
if (string.IsNullOrEmpty(this.Name)) return;
if (this.Name.ToUpper() == "DUMMY") return;
this.ADMax = grp.ADMax;
this.ADMin = grp.ADMin;
float limit = ini.GetFloat(section, "AD最小", float.NaN);
if (float.IsNaN(limit) == false)
{
this.ADMin = limit;
}
limit = ini.GetFloat(section, "AD最大", float.NaN);
if (float.IsNaN(limit) == false)
{
this.ADMax = limit;
}
this.Tag = ini.GetInt(grp.Name + "\\" + (index + 1), "标志", 0);
this.TimeInterval = grp.TimeInterval;
float interval = ini.GetFloat(grp.Name + "\\" + (index + 1), "时间间隔", float.NaN);
string monitor = ini.GetString(grp.Name + "\\" + (index + 1), "室外监测类型");
this.MonitorType = SignalType.SignalACCurve;
if (monitor == "直流道岔")
{
this.MonitorType = SignalType.SignalDCCurve;
}
if (float.IsNaN(interval) == false)
{
this.TimeInterval = interval;
}
this.IsValid = true;
}
public void AddCurves(CurveGroup grp)
{
List <StationCurve> listCurve = grp.Curves;
if ((listCurve == null) || (listCurve.Count <= 0))
{
return;
}
DateTime tmCurve = DateTime.Now;
for (int i = 0; i < listCurve.Count; i++)
{
if (listCurve[i] != null)
{
tmCurve = listCurve[i].OccurTime;
break;
}
}
for (int i = 0; i < listCurve.Count; i++)
{
int ptNum = (listCurve[i] == null) ? 0 : listCurve[i].Points.Length;
CurveIndex indexRecord = fileIndex.NewRecord(ptNum);
indexRecord.CurveTime = tmCurve;
indexRecord.CurveType = (Int16)grp.Type;
indexRecord.CrvIndex = (Int16)grp.Index;
indexRecord.CurvePhase = (byte)((listCurve.Count == 1) ? 0 : (i + 1));
indexRecord.Direction = (listCurve[i] == null) ? (byte)0 : listCurve[i].Dir;
indexRecord.CurveMark = 0;
indexRecord.SampleRate = (listCurve[i] == null) ? (Int16)0 : (Int16)listCurve[i].SampleRate;
CurveStoreBlock blk = new CurveStoreBlock(this, indexRecord, (listCurve[i] == null) ? null:listCurve[i].Points);
manager.AddBlock(blk);
}
}
IGroup[] CreateInnerCurves()
{
CurveGroup outer = FindGroup("Outer") as CurveGroup;
if (outer == null)
outer = CreateOuterCurves() as CurveGroup;
IGroup[] rets = new IGroup[2];
//SurfaceCurve gir = null;
for (int i = 0; i < 2; i++)
{
CurveGroup curves = new CurveGroup(i == 0 ? "Horiz" : "Verts", this);
for (double dg = 0.0; dg < 1; dg += 0.1)
{
IFitPoint[] gir = new IFitPoint[2];
gir[1] = new CurvePoint(1, outer[2 * i + 1], dg);
//gir[1] = new FixedPoint(.3, .3);
gir[0] = new CurvePoint(0, outer[2 * i], dg);
MouldCurve curve = new MouldCurve(String.Format("{0}ec-{1:##0}%", i == 0 ? "S" : "V", dg * 100), this, null);
curve.Fit(gir);
curves.Add(curve);
}
Add(curves);
rets[i] = curves;
}
return rets;
}
public IGroup CreateOuterCurves()
{
if (FindGroup("Outer") != null)
return FindGroup("Outer");
CurveGroup outer = new CurveGroup("Outer", this);
//int nLayer = View.AddLayer("Outer", Color.MistyRose, true);
FixedPoint[] corners = new FixedPoint[4];
corners[0] = new FixedPoint(0, 0);
corners[1] = new FixedPoint(0, 1);
corners[2] = new FixedPoint(1, 1);
corners[3] = new FixedPoint(1, 0);
FixedPoint middle = new FixedPoint(0.5, 0.5);
FixedPoint[] lu = new FixedPoint[] { new FixedPoint(corners[0]), new FixedPoint(corners[1]) };
FixedPoint[] hd = new FixedPoint[] { new FixedPoint(corners[1]), new FixedPoint(corners[2]) };
FixedPoint[] le = new FixedPoint[] { new FixedPoint(corners[3]), new FixedPoint(corners[2]) };
FixedPoint[] ft = new FixedPoint[] { new FixedPoint(corners[0]), new FixedPoint(corners[3]) };
outer.Add(new MouldCurve("Luff", this, lu));
outer.Add(new MouldCurve("Leech", this, le));
outer.Add(new MouldCurve("Head", this, hd));
outer.Add(new MouldCurve("Foot", this, ft));
Add(outer);
return outer;
//LinearPath[] paths = new LinearPath[4];
//Entity[] es;
//for (int i = 0; i < 4; i++)
//{
// Color c = Color.FromArgb(255 * (i % 2), 122 * (i % 3), 85 * i);
// // LinearPath p = new LinearPath(GetPathPoints(outer[i], 100));
// //p.LayerIndex = nLayer;
// es = outer[i].CreateEntity(false);
// foreach (Entity e in es)
// {
// e.LayerIndex = nLayer;
// View.Add(e);
// }
// //m_viewleft.Entities.Add(new PointCloud(GetPoints(outer[i].xFits), 5f, Color.Tomato));
//}
//s.Layout.Add(outer);
////SurfaceCurve gir = null;
//for (int i = 0; i < 2; i++)
//{
// CurveGroup girths = new CurveGroup(i == 0 ? "Girths" : "Virths", s);
// nLayer = View.AddLayer(girths.Label, i == 0 ? Color.SteelBlue : Color.IndianRed, i == 0);
// for (double dg = 0.0; dg < 1; dg += 0.1)
// {
// IFitPoint[] gir = new IFitPoint[2];
// gir[1] = new CurvePoint(1, outer[2 * i + 1], dg);
// //gir[1] = new FixedPoint(.3, .3);
// if (i == 0)
// gir[0] = new SlidePoint(0, outer[2 * i], dg);
// else
// gir[0] = new CurvePoint(0, outer[2 * i], dg);
// Geodesic girth = new Geodesic(String.Format("{0}ir-{1:##0}%", i == 0 ? "G" : "V", dg * 100), s, gir);
// if (girth.xGeos != null)
// {
// //gir = girth;
// //m_viewleft.Entities.Add(new LinearPath(GetPathPoints(girth, 100), Color.DarkGoldenrod));
// //LinearPath p = new LinearPath(GetPathPoints(girth, 100));
// //p.LayerIndex = nLayer;
// es = girth.CreateEntity(false);
// foreach (Entity e in es)
// {
// e.LayerIndex = nLayer;
// View.Add(e);
// }
// //m_viewleft.Entities.Add(new PointCloud(GetPoints(girth.xGeos), 5f, Color.Tomato));
// girths.Add(girth);
// }
// }
// s.Layout.Add(girths);
//}
//CurveGroup mid = new CurveGroup("Mids", s);
//nLayer = View.AddLayer("Mids", Color.GreenYellow, true);
//SurfaceCurve x = new SurfaceCurve("CtoH", s, new IFitPoint[] { corners[1], middle, new CurvePoint(1, outer["Leech"], 0.0) });
//mid.Add(x);
//es = x.CreateEntity(false);
//foreach (Entity e in es)
//{
// e.LayerIndex = nLayer;
// View.Add(e);
//}
//s.Layout.Add(mid);
}
IGroup[] CreateInnerGirths()
{
CurveGroup outer = FindGroup("Outer") as CurveGroup;
if (outer == null)
outer = CreateOuterCurves() as CurveGroup;
IGroup[] girvir = new IGroup[2];
//SurfaceCurve gir = null;
for (int i = 0; i < 2; i++)
{
CurveGroup girths = new CurveGroup(i == 0 ? "Girths" : "Virths", this);
for (double dg = 0.0; dg < 1; dg += 0.1)
{
IFitPoint[] gir = new IFitPoint[2];
gir[1] = new CurvePoint(1, outer[2 * i + 1], dg);
//gir[1] = new FixedPoint(.3, .3);
if (i == 0)
gir[0] = new SlidePoint(0, outer[2 * i], dg);
else
gir[0] = new CurvePoint(0, outer[2 * i], dg);
MouldCurve girth = new MouldCurve(String.Format("{0}ir-{1:##0}%", i == 0 ? "G" : "V", dg * 100), this, null);
girth.Fit(gir);
girths.Add(girth);
}
Add(girths);
girvir[i] = girths;
}
return girvir;
}
public void AddCurve(CurveGroup cg)
{
CurveManager manager = CurveManager.GetInstance();
manager.AddCurve(cg);
}
public void AddCurve(int type, int index, DateTime time, int sampleRate, float[] data)
{
CurveGroup grp = new CurveGroup(type, index, time, sampleRate, data);
CurveManager.GetInstance().AddCurve(grp);
}
public CurveGroupTracker(CurveGroup group)
{
m_group = group;
m_edit = new CurveGroupEditor(m_group);
}
private void helpToolStripButton_Click(object sender, EventArgs e)
{
if (ActiveSail == null)
return;
if (Tree.SelectedTag != null)
{
IRebuild tag = Tree.SelectedTag as IRebuild;
List<IRebuild> rebuilds = new List<IRebuild>();
if (tag != null)
tag.GetParents(ActiveSail, rebuilds);
StringBuilder sb = new StringBuilder();
foreach (IRebuild rb in rebuilds)
sb.AppendLine(rb.Label);
MessageBox.Show(sb.ToString());
return;
}
VariableGroup varGroup = new VariableGroup("Vars", ActiveSail);
varGroup.Add(new Equation("yarScale", 1.0));
varGroup.Add(new Equation("yarnDPI", "yarScale * 12780"));
varGroup.Add(new Equation("targetScale", 1.0));
varGroup.Add(new Equation("targetDPI", "targetScale * 14416"));
ActiveSail.Add(varGroup);
UpdateViews(ActiveSail.CreateOuterCurves());
//Geodesic geo = new Geodesic("Geo", ActiveSail, new IFitPoint[] { new FixedPoint(.1, .1), new FixedPoint(.1, .9) });
MouldCurve v1 = new MouldCurve("v1", ActiveSail, new IFitPoint[] { new FixedPoint(1, 0), new FixedPoint(.3, .4), new FixedPoint(.1, .8), new FixedPoint(0, 1) });
MouldCurve v2 = new MouldCurve("v2", ActiveSail, new IFitPoint[] { new FixedPoint(1, 0), new FixedPoint(0, 1) });
MouldCurve v3 = new MouldCurve("v3", ActiveSail, new IFitPoint[] { new FixedPoint(1, 0), new FixedPoint(.95, .25), new FixedPoint(.9, .55), new FixedPoint(.65, .85), new FixedPoint(0, 1) });
//MouldCurve v4 = new MouldCurve("v4", ActiveSail, new IFitPoint[] { new FixedPoint(1, 0), new FixedPoint(.8, .5), new FixedPoint(1, 1) });
//MouldCurve v5 = new MouldCurve("v5", ActiveSail, new IFitPoint[] { new FixedPoint(1, 0), new FixedPoint(1, 1) });
CurveGroup grp = new CurveGroup("Warps", ActiveSail);
grp.Add(v1);
grp.Add(v2);
grp.Add(v3);
grp.Add(new MouldCurve("g3", ActiveSail,
new IFitPoint[] {
new FixedPoint(0,0),
new SlidePoint(v1, 0),
new FixedPoint(1,.5) }));
grp.Add(new MouldCurve("g4", ActiveSail,
new IFitPoint[] {
new FixedPoint(1, 0),
new FixedPoint(.4, .4),
new FixedPoint(.3, .7),
new FixedPoint(0,1)}));
//grp.Add(v4);
//grp.Add(v5);
//grp.Add(guide);
CurveGroup guides = new CurveGroup("Guides", ActiveSail);
GuideComb guide = new GuideComb("Guide", ActiveSail,
new IFitPoint[] {
new FixedPoint(0, .5),
new SlidePoint(v2, .5),
new FixedPoint(1, .5) },
new Vect2[] {
new Vect2(0, 1),
new Vect2(.3, .55),
new Vect2(.5, .5),
new Vect2(.7, .55),
new Vect2(1, 1) });
guides.Add(guide);
YarnGroup yar = new YarnGroup("yar1", ActiveSail, varGroup["yarnDPI"], varGroup["targetDPI"]);
yar.Warps.Add((ActiveSail.FindGroup("Outer") as CurveGroup)[0]);
yar.Warps.Add((ActiveSail.FindGroup("Outer") as CurveGroup)[1]);
yar.Guide = guide;
yar.DensityPos = new List<double>() { 0.2, 0.8 };
ActiveSail.Add(grp);
ActiveSail.Add(guides);
ActiveSail.Add(yar);
UpdateViews(grp);
UpdateViews(guides);
//YarnGroup LuYar = new YarnGroup("LuYar", ActiveSail, 12780);
//LuYar.DensityPos.AddRange(new double[] { 0.25, 0.5, 0.75 });
//LuYar.YarnsUpdated += LuYar_YarnsUpdated;
////if (LuYar.LayoutYarns(new List<MouldCurve>() { lu, mi, le }, guide, 14416) > 0)
////DateTime now = DateTime.Now;
////LuYar.LayoutYarns(grp, guide, 14416, LuYar.SpreadYarnsAlongGuide);
////TimeSpan gde = DateTime.Now - now;
////now = DateTime.Now;
////LuYar.LayoutYarns(grp, guide, 14416, LuYar.SpreadYarnsAcrossWarps);
////TimeSpan wrps = DateTime.Now - now;
////now = DateTime.Now;
////MessageBox.Show(string.Format("AcrossWarps: {0}\nAlongGuide: {1}", wrps.TotalMilliseconds, gde.TotalMilliseconds));
UpdateViews(guides);
UpdateViews(grp);
yar.Update(ActiveSail);
UpdateViews(yar);
//if (LuYar.LayoutYarns(grp, guide, 14416) > 0
// || MessageBox.Show(String.Format("Failed to match Target Dpi\nTarget: {0}\nAchieved: {1}\nContinue Anyway?", LuYar.TargetDpi, LuYar.AchievedDpi), "Yarn Generation Failed", MessageBoxButtons.YesNo) == System.Windows.Forms.DialogResult.Yes )
// ActiveSail.Add(LuYar);
////Yarns.YarnGroup LeYar = new Yarns.YarnGroup("LeYar", ActiveSail, 12780);
////if (LeYar.LayoutYarns(new List<MouldCurve>() { mi, le }, guide, 14416) > 0)
//// ActiveSail.Add(LeYar);
////Rebuild(null);
//UpdateViews(LuYar);
//Rebuild(grp);
//Rebuild(grp);
//Rebuild(guides);
//Rebuild(LuYar);
View.Refresh();
ActiveSail.Rebuild(null);
}
void CreateSpokes()
{
const int NGIR = 5;
const int NANG = 5;
Vect2[] uv = new Vect2[2];
CurveGroup group;
//for (int nLu = 0; nLu < 1; nLu++)
for (int nGir = 0; nGir < NGIR; nGir++)
{
group = new CurveGroup(string.Format("Spokes[{0}]", nGir), this);
//group = new CurveGroup(string.Format("Spokes[{0}][{1}]", nLu, nGir), S);
uv[0] = new Vect2(-0.3, BLAS.interpolant(nGir, NGIR));
//uv[1-nLu] = new Vect2(1,0);
for (int nAng = 0; nAng < NANG; nAng++)
{
uv[1] = new Vect2(1.3, BLAS.interpolant(nAng, NANG));
MouldCurve g = new MouldCurve(string.Format(group.Label + "[{0}]", nAng), this, null);
g.Fit(uv[0], uv[1]);
group.Add(g);
}
Add(group);
}
}
public Transform GetForward(float posZ)
{
CurveGroup curveGroups = GetComponentInChildren <CurveGroup>();
return(curveGroups.GetForward(posZ));
}
public Tweener Create()
{
if (_targ == null) return null;
//set curves
Tweener tween = null;
if (_props.Count == 0)
{
return new ObjectTweener(_targ, new NullCurve());
}
else if (_props.Count == 1)
{
var curve = this.CreateCurve(_props[0]);
if (curve == null)
Debug.LogWarning("Failed to create tween for property '" + _props[0].name + "' on target.", _targ as Object);
else
tween = new ObjectTweener(_targ, curve);
}
else
{
var grp = new CurveGroup();
for (int i = 0; i < _props.Count; i++)
{
var curve = this.CreateCurve(_props[i]);
if (curve == null)
Debug.LogWarning("Failed to create tween for property '" + _props[i].name + "' on target.", _targ as Object);
else
grp.Curves.Add(curve);
}
tween = new ObjectTweener(_targ, grp);
}
//set props
tween.Id = _id;
tween.UpdateType = _updateType;
tween.TimeSupplier = _timeSupplier;
tween.WrapMode = _wrap;
tween.WrapCount = _wrapCount;
tween.Reverse = _reverse;
if (_onStep != null) tween.OnStep += _onStep;
if (_onWrap != null) tween.OnWrap += _onWrap;
if (_onFinish != null) tween.OnFinish += _onFinish;
return tween;
}
// finds the curve
private Curve findCurve(CurveId id, CurveGroup curveGroup)
{
return(curveGroup.findCurve(id.CurveName).orElseThrow(() => new System.ArgumentException(Messages.format("No curve found: {}", id.CurveName))));
}
