public void SortDiamond()
{
var a = new C1Builder(this.Session).Build();
var b = new C1Builder(this.Session).Build();
var c = new C1Builder(this.Session).Build();
var d = new C1Builder(this.Session).Build();
a.AddDependency(b);
a.AddDependency(c);
b.AddDependency(d);
c.AddDependency(d);
var derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
var sequence = new List <IObject>();
derivation["sequence"] = sequence;
derivation.Derive();
Assert.Equal(d, sequence[0]);
Assert.Equal(a, sequence[3]);
Assert.Equal(1, a.DerivationCount);
Assert.Equal(1, b.DerivationCount);
Assert.Equal(1, c.DerivationCount);
Assert.Equal(1, d.DerivationCount);
}
public void CreateCyclicDependencyDuringDerive()
{
var left = new LeftBuilder(this.Session).Build();
left.CreateMiddle = true;
var errorThrown = false;
var derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
try
{
derivation.Derive();
}
catch (Exception)
{
errorThrown = true;
}
Assert.True(errorThrown);
Assert.Equal(1, left.DerivationCount);
Assert.Equal(0, left.Middle.DerivationCount);
}
public BiquarticHermiteSpline(SurfaceDimension uDimension,
SurfaceDimension vDimension, KnotsGenerator knotsGenerator,
Derivation derivation = Derivation.Zero)
: base(uDimension, vDimension,
new BiquarticKnotsGenerator(knotsGenerator), derivation)
{
}
public void Sort()
{
var x = new C1Builder(this.Session).Build();
var y = new C1Builder(this.Session).Build();
var z = new C1Builder(this.Session).Build();
x.AddDependency(y);
y.AddDependency(z);
var derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
var sequence = new List <IObject>();
derivation["sequence"] = sequence;
derivation.Derive();
Assert.Equal(z, sequence[0]);
Assert.Equal(y, sequence[1]);
Assert.Equal(x, sequence[2]);
Assert.Equal(1, x.DerivationCount);
Assert.Equal(1, y.DerivationCount);
Assert.Equal(1, z.DerivationCount);
}
public void NoCyclicDependencyDuringSyncExisting()
{
var syncRoot = new SyncRootBuilder(this.Session).Build();
this.Session.Derive();
this.Session.Commit();
var errorThrown = false;
syncRoot.SyncDepth1.SyncDepth2.Value = 1;
var derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
try
{
derivation.Derive();
}
catch (Exception)
{
errorThrown = true;
}
Assert.False(errorThrown);
Assert.Equal(2, syncRoot.DerivationCount);
Assert.Equal(2, syncRoot.SyncDepth1.DerivationCount);
Assert.Equal(2, syncRoot.SyncDepth1.SyncDepth2.DerivationCount);
}
public BiquarticHermiteSpline(SurfaceDimension uDimension,
SurfaceDimension vDimension,
InterpolativeMathFunction interpolativeMathFunction,
Derivation derivation = Derivation.Zero)
: this(uDimension, vDimension,
new DirectKnotsGenerator(interpolativeMathFunction), derivation)
{
}
public BiquarticHermiteSpline(SurfaceDimension uDimension,
SurfaceDimension vDimension, MathExpression mathExpression,
Derivation derivation = Derivation.Zero)
: this(uDimension, vDimension,
InterpolativeMathFunction.FromExpression(mathExpression),
derivation)
{
}
protected Spline(SurfaceDimension uDimension,
SurfaceDimension vDimension,
InterpolativeMathFunction interpolativeMathFunction,
Derivation derivation = Derivation.Zero)
: this(uDimension, vDimension,
new DirectKnotsGenerator(interpolativeMathFunction), derivation)
{
}
public static void AppsOnDeriveRevenues(ISession session)
{
var derivation = new Derivation(session);
foreach (CustomerRelationship customerRelationship in session.Extent<CustomerRelationship>())
{
customerRelationship.AppsOnDeriveRevenue(derivation);
}
}
public ActionResult DeleteConfirmed(int id)
{
Derivation derivation = db.Derivation.Find(id);
db.Derivation.Remove(derivation);
db.SaveChanges();
return(RedirectToAction("Index"));
}
public void AppsShip(SalesOrderShip method)
{
var derivation = new Derivation(this.Strategy.Session);
if (this.CanShip)
{
this.AppsShipThis(derivation);
}
}
protected Spline(SurfaceDimension uDimension,
SurfaceDimension vDimension,
MathExpression mathExpression,
Derivation derivation = Derivation.Zero)
: this(uDimension, vDimension,
InterpolativeMathFunction.FromExpression(mathExpression),
derivation)
{
Name = mathExpression.Expression;
}
protected void Derive(params IObject[] objects)
{
var derivation = new Derivation(this.Session, objects);
var validation = derivation.Derive();
if (validation.HasErrors)
{
throw new Exception("Derivation Error");
}
}
public void AppsInvoice(CustomerShipmentInvoice method)
{
var derivation = new Derivation(this.Strategy.Session);
if (this.CustomerShipmentState.Equals(new CustomerShipmentStates(this.Strategy.Session).Shipped) &&
Equals(this.Store.BillingProcess, new BillingProcesses(this.strategy.Session).BillingForShipmentItems))
{
this.AppsInvoiceThis(derivation);
}
}
public MathFunctionSurface(SurfaceDimension uDimension,
SurfaceDimension vDimension,
MathExpression mathExpression,
Derivation derivation = Derivation.Zero)
: this(
uDimension, vDimension, mathExpression.Interpret(), derivation
)
{
Name = mathExpression.Expression;
}
public static void Derive(this ISession session, bool throwExceptionOnError)
{
var derivation = new Derivation(session);
var validation = derivation.Derive();
if (throwExceptionOnError && validation.HasErrors)
{
throw new DerivationException(validation);
}
}
public KeyPathInformation(Derivation derivation, DerivationSchemeTrackedSource derivationStrategy, DerivationFeature feature, KeyPath keyPath, NBXplorerNetwork network)
{
ScriptPubKey = derivation.ScriptPubKey;
Redeem = derivation.Redeem;
TrackedSource = derivationStrategy;
DerivationStrategy = derivationStrategy.DerivationStrategy;
Feature = feature;
KeyPath = keyPath;
Address = network.CreateAddress(derivationStrategy.DerivationStrategy, keyPath, ScriptPubKey);
}
public void AppsInvoice(SalesOrderInvoice method)
{
var derivation = new Derivation(this.Strategy.Session);
this.AppsDeriveCanInvoice(derivation);
if (this.CanInvoice)
{
this.AppsInvoiceThis(derivation);
}
}
public override void CleanUpRemovedAttribute(Attribute a)
{
// Delete all derivations, which uses this attribute
for (int i = Derivations.Count - 1; i >= 0; i--)
{
Derivation d = Derivations[i];
if (Regex.IsMatch(d.Expr, $@"\b{a.Name}\b"))
{
RemoveDerivation(d);
}
}
}
public override void DeletionAttribute(Graph g, Attribute a, ColumnMetaChange change)
{
// Delete all derivations, which uses this attribute
for (int i = Derivations.Count - 1; i >= 0; i--)
{
Derivation d = Derivations[i];
if (Regex.IsMatch(d.Expr, $@"\b{a.Name}\b"))
{
RemoveDerivation(d);
}
}
}
protected Spline(SurfaceDimension uDimension,
SurfaceDimension vDimension,
KnotsGenerator knotsGenerator,
Derivation derivation = Derivation.Zero)
{
KnotsGenerator = knotsGenerator;
UDimension = uDimension;
VDimension = vDimension;
Derivation = derivation;
Segments =
CreateMesh(knotsGenerator.GenerateKnots(uDimension, vDimension));
}
static void Main(string[] args)
{
#region UserInputs
try
{
#region Leitura do JSON
DerivationInput input = new DerivationInput();
using (StreamReader r = new StreamReader("config//userInput.json"))
{
string json = r.ReadToEnd();
input = JsonConvert.DeserializeObject <DerivationInput>(json);
}
if (input == null)
{
throw new Exception("Erro ao tentar ler arquivo .json");
}
#endregion
#region Validações
if (!Validator.ValidateUserInput(input.InitialWord, input.Variables.ToArray(), input.rulesBfA, input.rulesAfA, input.Steps.ToArray()))
{
throw new Exception("Não é possível gerar palavras com dados inválidos inseridos pelo usuários.");
}
if (!Validator.ValidateGramma(input.rulesBfA, input.rulesAfA, input.InitialWord))
{
throw new Exception("Não é possível gerar palavras com dados inválidos.");
}
;
#endregion
Derivation derivation = new Derivation(input.rulesBfA, input.rulesAfA, input.Steps.ToArray(),
input.Variables.ToArray(), input.InitialWord);
string derivate = DerivateProcess(derivation);
Console.WriteLine(string.Format("Derivação: {0}", derivate));
List <int> steps = GetStepsByWord(derivation, derivate);
Console.WriteLine(string.Format("Passos para gerar a palavra {0}: {1}", derivate, string.Join(",", steps)));
derivation.Steps = steps;
Console.WriteLine(string.Format("Palavra gerada através dos passos gerados acima: {0}", DerivateProcess(derivation)));
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
#endregion
}
public void AppsCreateSalesInvoice(PurchaseInvoiceCreateSalesInvoice method)
{
var derivation = new Derivation(this.Strategy.Session);
var salesInvoice = new SalesInvoiceBuilder(this.Strategy.Session)
.WithPurchaseInvoice(this)
.WithBilledFrom(this.BilledTo)
.WithBilledFromContactPerson(this.BilledToContactPerson)
.WithBillToCustomer(this.BillToEndCustomer)
.WithBillToContactMechanism(this.BillToEndCustomerContactMechanism)
.WithBillToContactPerson(this.BillToEndCustomerContactPerson)
.WithShipToCustomer(this.ShipToEndCustomer)
.WithShipToAddress(this.ShipToEndCustomerAddress)
.WithShipToContactPerson(this.ShipToEndCustomerContactPerson)
.WithDescription(this.Description)
.WithInvoiceDate(DateTime.UtcNow)
.WithSalesInvoiceType(new SalesInvoiceTypes(this.Strategy.Session).SalesInvoice)
.WithVatRegime(this.VatRegime)
.WithDiscountAdjustment(this.DiscountAdjustment)
.WithSurchargeAdjustment(this.SurchargeAdjustment)
.WithShippingAndHandlingCharge(this.ShippingAndHandlingCharge)
.WithFee(this.Fee)
.WithCustomerReference(this.CustomerReference)
.WithPaymentMethod(this.BillToCustomerPaymentMethod)
.WithComment(this.Comment)
.WithInternalComment(this.InternalComment)
.Build();
foreach (PurchaseInvoiceItem purchaseInvoiceItem in this.PurchaseInvoiceItems)
{
var invoiceItem = new SalesInvoiceItemBuilder(this.Strategy.Session)
.WithInvoiceItemType(purchaseInvoiceItem.InvoiceItemType)
.WithActualUnitPrice(purchaseInvoiceItem.ActualUnitPrice)
.WithProduct(purchaseInvoiceItem.Product)
.WithQuantity(purchaseInvoiceItem.Quantity)
.WithComment(purchaseInvoiceItem.Comment)
.WithInternalComment(purchaseInvoiceItem.InternalComment)
.Build();
salesInvoice.AddSalesInvoiceItem(invoiceItem);
}
var internalOrganisation = (InternalOrganisation)salesInvoice.BilledFrom;
if (!internalOrganisation.ActiveCustomers.Contains(salesInvoice.BillToCustomer))
{
new CustomerRelationshipBuilder(this.strategy.Session)
.WithCustomer(salesInvoice.BillToCustomer)
.WithInternalOrganisation(internalOrganisation)
.Build();
}
}
public void GrammarDerivationTest() //tests derivation computation in combination with parsing (grammar and derivation)
{
String sg = "S->S S S | x | A | ab | A -> A A | S | a | ";
ContextFreeGrammar g = GrammarParser <char> .Parse(f1, sg);
var der1 = DerivationParser <char> .Parse(f1, "S \n A \n A A \n A \n A A \n A S \n A \n S \n S S S \n S a b S \n x a b S \n x a b S S S \n x a b x S S \n x a b x x S \n x a b x x x");
Assert.IsTrue(Derivation.comparator.Equals(der1[0], new GrammarSymbol[] { g.StartSymbol })); //check start
for (int i = 1; i < der1.Count; i++)
{
Assert.IsTrue(Derivation.isValidDerivationStep(g.GetProductions(), der1[i - 1], der1[i])); //check step
}
}
public ActionResult Edit([Bind(Include = "DerivationID,Description,MotorID,FuelID,Mnemonic_Bodystyle")] Derivation derivation)
{
if (ModelState.IsValid)
{
db.Entry(derivation).State = EntityState.Modified;
db.SaveChanges();
return(RedirectToAction("Index"));
}
ViewBag.Mnemonic_Bodystyle = new SelectList(db.CarBuild, "Mnemonic_Bodystyle", "Mnemonic_Vehicle", derivation.Mnemonic_Bodystyle);
ViewBag.FuelID = new SelectList(db.Fuel, "FuelID", "Name", derivation.FuelID);
ViewBag.MotorID = new SelectList(db.Motor, "MotorID", "Name", derivation.MotorID);
return(View(derivation));
}
private void MatchingDerivation()
{
using (var session = this.database.CreateSession())
{
// TODO: Trigger a derivation
var derivationLog = new DerivationLog();
var derivation = new Derivation(session, derivationLog);
var validation = derivation.Derive();
var list = derivationLog.List;
//derivationLog.List.RemoveAll(v => !v.StartsWith("Dependency"));
}
}
// GET: Derivations/Details/5
public ActionResult Details(int?id)
{
if (id == null)
{
return(new HttpStatusCodeResult(HttpStatusCode.BadRequest));
}
Derivation derivation = db.Derivation.Find(id);
if (derivation == null)
{
return(HttpNotFound());
}
return(View(derivation));
}
public void MarkAsModified()
{
var first = new C1Builder(this.Session).Build();
this.Session.Commit();
Assert.Equal(0, first.DerivationCount);
var derivation = new Derivation(this.Session);
derivation.MarkAsModified(first);
derivation.Derive();
Assert.Equal(1, first.DerivationCount);
}
public MathFunctionSurface(SurfaceDimension uDimension,
SurfaceDimension vDimension,
MathFunction function, Derivation derivation = Derivation.Zero)
{
Derivation = derivation;
if (derivation != Derivation.Zero)
{
var interpolativeFunction =
new InterpolativeMathFunction(function);
switch (Derivation)
{
case Derivation.X:
function = interpolativeFunction.Dx;
break;
case Derivation.Y:
function = interpolativeFunction.Dy;
break;
case Derivation.XY:
function = interpolativeFunction.Dxy;
break;
case Derivation.SecondXY:
function =
new InterpolativeMathFunction(
interpolativeFunction.Dxy).Dxy;
break;
}
}
UDimension = uDimension;
VDimension = vDimension;
var uCount_min_1 = uDimension.KnotCount - 1;
//surface.UKnotsCount-1;
var vCount_min_1 = vDimension.KnotCount - 1;
//surface.VKnotsCount-1;
var segments = new List<ISurface>(uCount_min_1*vCount_min_1);
for (var i = 0; i < uCount_min_1; i++)
{
for (var j = 0; j < vCount_min_1; j++)
{
var segment = CreateSegment(i, j, function);
segments.Add(segment);
}
}
Segments = segments;
}
/// <summary>
/// Creates a new object that is a copy of the current instance.
/// </summary>
/// <returns>
/// A new object that is a copy of this instance.
/// </returns>
public object Clone()
{
var p = new Parse(Text, Span, Type, Probability, Head)
{
Label = Label
};
p.parts.AddRange(parts);
if (Derivation != null)
{
p.Derivation = new StringBuilder(Derivation.ToString());
}
return(p);
}
private void AddEmployee()
{
using (var session = this.database.CreateSession())
{
var acme = new Organisations(session).FindBy(M.Organisation.Name, "Acme");
var jude = new People(session).FindBy(M.Person.FirstName, "Jude");
acme.AddEmployee(jude);
var derivationLog = new DerivationLog();
var derivation = new Derivation(session, derivationLog);
var validation = derivation.Derive();
var list = derivationLog.List;
//derivationLog.List.RemoveAll(v => !v.StartsWith("Dependency"));
}
}
// GET: Derivations/Edit/5
public ActionResult Edit(int?id)
{
if (id == null)
{
return(new HttpStatusCodeResult(HttpStatusCode.BadRequest));
}
Derivation derivation = db.Derivation.Find(id);
if (derivation == null)
{
return(HttpNotFound());
}
ViewBag.Mnemonic_Bodystyle = new SelectList(db.CarBuild, "Mnemonic_Bodystyle", "Mnemonic_Vehicle", derivation.Mnemonic_Bodystyle);
ViewBag.FuelID = new SelectList(db.Fuel, "FuelID", "Name", derivation.FuelID);
ViewBag.MotorID = new SelectList(db.Motor, "MotorID", "Name", derivation.MotorID);
return(View(derivation));
}
public void Execute()
{
this.logger.Info("Update People");
var objects = new People(this.session).Extent();
var derivation = new Derivation(this.session, objects);
var derivationLog = derivation.Derive();
if (derivationLog.HasErrors)
{
this.session.Rollback();
}
else
{
this.session.Commit();
}
}
public void GrammarDerivationTest1() // basics
{
String sg = "S->aSb|aaSbb|";
ContextFreeGrammar g1 = GrammarParser <char> .Parse(f1, sg);
Assert.IsTrue(Derivation.findAllDerivations(g1.GetProductions(), new GrammarSymbol[] { g1.StartSymbol }).Count == 3);
Assert.IsTrue(Derivation.isValidDerivationStep(g1.GetProductions(),
new GrammarSymbol[] { g1.StartSymbol },
new GrammarSymbol[] { new Exprinal <char>('a', "a"), g1.StartSymbol, new Exprinal <char>('b', "b") }));
Assert.IsTrue(Derivation.isValidDerivationStep(g1.GetProductions(),
new GrammarSymbol[] { g1.StartSymbol },
new GrammarSymbol[] { new Exprinal <char>('a', "a"), new Exprinal <char>('a', "a"), g1.StartSymbol, new Exprinal <char>('b', "b"), new Exprinal <char>('b', "b") }));
Assert.IsTrue(Derivation.isValidDerivationStep(g1.GetProductions(),
new GrammarSymbol[] { g1.StartSymbol },
new GrammarSymbol[] {}));
Assert.IsFalse(Derivation.isValidDerivationStep(g1.GetProductions(),
new GrammarSymbol[] { g1.StartSymbol },
new GrammarSymbol[] { g1.StartSymbol }));
}
public void Sort()
{
var x = new C1Builder(this.Session).Build();
var y = new C1Builder(this.Session).Build();
var z = new C1Builder(this.Session).Build();
x.AddDependency(y);
y.AddDependency(z);
var derivation = new Derivation(this.Session);
var sequence = new List <IObject>();
derivation["sequence"] = sequence;
derivation.Derive();
Assert.AreEqual(z, sequence[0]);
Assert.AreEqual(y, sequence[1]);
Assert.AreEqual(x, sequence[2]);
}
/// <summary>
/// Remove a derivation
/// </summary>
/// <param name="d">Derivation</param>
public void RemoveDerivation(Derivation d)
{
Derivations.Remove(d);
Logger.Warn($"Removed derivation {d.Expr}");
if (d.OutputRef == null)
{
foreach (IDTSInput100 input in ComponentRef.InputCollection)
{
foreach (IDTSInputColumn100 column in input.InputColumnCollection)
{
if (column.ID == d.OutputColumnRef.ID)
{
input.InputColumnCollection.RemoveObjectByID(column.ID);
return;
}
}
}
return;
}
d.OutputRef.OutputColumnCollection.RemoveObjectByID(d.Output.Id);
List <Edge> outputEdges = OutgoingEdges();
// If no output edges exist, then nothing more is necessary
if (outputEdges.Count == 0)
{
return;
}
// Remove attribute from output edge
outputEdges[0].Attributes.Remove(d.Output);
// Can't do this, since derived column requires exactly 2 outputs
//if(d.OutputRef.OutputColumnCollection.Count == 0)
// ComponentRef.OutputCollection.RemoveObjectByID(d.OutputRef.ID);
}
public void SortDiamond()
{
var a = new C1Builder(this.Session).Build();
var b = new C1Builder(this.Session).Build();
var c = new C1Builder(this.Session).Build();
var d = new C1Builder(this.Session).Build();
a.AddDependency(b);
a.AddDependency(c);
b.AddDependency(d);
c.AddDependency(d);
var derivation = new Derivation(this.Session);
var sequence = new List <IObject>();
derivation["sequence"] = sequence;
derivation.Derive();
Assert.AreEqual(d, sequence[0]);
Assert.AreEqual(a, sequence[3]);
}
public void Dependency()
{
var left = new LeftBuilder(this.Session).Build();
var middle = new MiddleBuilder(this.Session).Build();
var right = new RightBuilder(this.Session).Build();
left.Middle = middle;
middle.Right = right;
var derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(1, left.DerivationCount);
Assert.Equal(1, middle.DerivationCount);
Assert.Equal(1, right.DerivationCount);
left.Counter += 1;
middle.Counter += 1;
right.Counter += 1;
derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(2, left.DerivationCount);
Assert.Equal(2, middle.DerivationCount);
Assert.Equal(2, right.DerivationCount);
middle.Counter += 1;
left.Counter += 1;
right.Counter += 1;
derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(3, left.DerivationCount);
Assert.Equal(3, middle.DerivationCount);
Assert.Equal(3, right.DerivationCount);
right.Counter += 1;
middle.Counter += 1;
left.Counter += 1;
derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(4, left.DerivationCount);
Assert.Equal(4, middle.DerivationCount);
Assert.Equal(4, right.DerivationCount);
right.Counter += 1;
left.Counter += 1;
middle.Counter += 1;
derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(5, left.DerivationCount);
Assert.Equal(5, middle.DerivationCount);
Assert.Equal(5, right.DerivationCount);
left.Counter += 1;
middle.Counter += 1;
derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(6, left.DerivationCount);
Assert.Equal(6, middle.DerivationCount);
Assert.Equal(6, right.DerivationCount);
middle.Counter += 1;
left.Counter += 1;
derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(7, left.DerivationCount);
Assert.Equal(7, middle.DerivationCount);
Assert.Equal(7, right.DerivationCount);
right.Counter += 1;
middle.Counter += 1;
derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(8, left.DerivationCount);
Assert.Equal(8, middle.DerivationCount);
Assert.Equal(8, right.DerivationCount);
middle.Counter += 1;
right.Counter += 1;
derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(9, left.DerivationCount);
Assert.Equal(9, middle.DerivationCount);
Assert.Equal(9, right.DerivationCount);
middle.Counter += 1;
derivation = new Derivation(this.Session, new DerivationConfig {
ThrowExceptionOnCycleDetected = true
});
derivation.Derive();
this.Session.Commit();
Assert.Equal(10, left.DerivationCount);
Assert.Equal(10, middle.DerivationCount);
Assert.Equal(10, right.DerivationCount);
}
public void AppsOnDeriveRevenues()
{
PartyPackageRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
PartyProductCategoryRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
PartyProductRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
PartyRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
var derivation = new Derivation(this.Strategy.Session);
foreach (PartyPackageRevenue revenue in this.Strategy.Session.Extent<PartyPackageRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (PartyProductCategoryRevenue revenue in this.Strategy.Session.Extent<PartyProductCategoryRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (PartyProductRevenue revenue in this.Strategy.Session.Extent<PartyProductRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (PartyRevenue revenue in this.Strategy.Session.Extent<PartyRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
CustomerRelationships.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
Parties.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
InternalOrganisationRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
PackageRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
ProductCategoryRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
ProductRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
SalesRepPartyProductCategoryRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
SalesRepPartyRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
SalesRepProductCategoryRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
SalesRepRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
StoreRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
SalesChannelRevenues.AppsOnDeriveRevenues(this.Strategy.Session);
this.Strategy.Session.Commit();
foreach (InternalOrganisationRevenue revenue in this.Strategy.Session.Extent<InternalOrganisationRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (PackageRevenue revenue in this.Strategy.Session.Extent<PackageRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (ProductCategoryRevenue revenue in this.Strategy.Session.Extent<ProductCategoryRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (ProductRevenue revenue in this.Strategy.Session.Extent<ProductRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (SalesRepPartyProductCategoryRevenue revenue in this.Strategy.Session.Extent<SalesRepPartyProductCategoryRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (SalesRepPartyRevenue revenue in this.Strategy.Session.Extent<SalesRepPartyRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (SalesRepProductCategoryRevenue revenue in this.Strategy.Session.Extent<SalesRepProductCategoryRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (SalesRepRevenue revenue in this.Strategy.Session.Extent<SalesRepRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (StoreRevenue revenue in this.Strategy.Session.Extent<StoreRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (SalesChannelRevenue revenue in this.Strategy.Session.Extent<SalesChannelRevenue>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
SalesRepRelationships.DeriveCommissions(this.Strategy.Session);
this.Strategy.Session.Commit();
Persons.AppsOnDeriveCommissions(this.Strategy.Session);
this.Strategy.Session.Commit();
this.AppsOnDeriveHistories();
}
using System;
using System.Collections.Generic;
using HermiteInterpolation.MathFunctions;
using HermiteInterpolation.Numerics;
using HermiteInterpolation.Primitives;
using HermiteInterpolation.SplineKnots;
using MathNet.Numerics.LinearAlgebra;
using Microsoft.Xna.Framework;
namespace HermiteInterpolation.Shapes.SplineInterpolation
{
public class BicubicHermiteSurface :Spline
{
public BicubicHermiteSurface(SurfaceDimension uDimension, SurfaceDimension vDimension, MathExpression mathExpression, Derivation derivation = Derivation.Zero) : base(uDimension, vDimension, mathExpression, derivation)
{
}
public BicubicHermiteSurface(SurfaceDimension uDimension, SurfaceDimension vDimension, InterpolativeMathFunction interpolativeMathFunction, Derivation derivation = Derivation.Zero) : base(uDimension, vDimension, interpolativeMathFunction, derivation)
{
}
public BicubicHermiteSurface(SurfaceDimension uDimension, SurfaceDimension vDimension, KnotsGenerator knotsGenerator, Derivation derivation = Derivation.Zero) : base(uDimension, vDimension, knotsGenerator, derivation)
{
}
protected delegate Vector<double> BasisVector(double t, double t0, double t1);
/// <summary>
///
/// </summary>
/// <param name="uIdx"></param>
/// <param name="vIdx"></param>
/// <param name="knots"></param>
/// <returns></returns>
protected override ISurface CreateSegment(int uIdx, int vIdx, KnotMatrix knots)
{
var u0 = knots[uIdx,vIdx].X;
var u1 = knots[uIdx+1,vIdx].X;
var v0 = knots[uIdx,vIdx].Y;
var v1 = knots[uIdx,vIdx+1].Y;
var meshDensity = Constants.MeshDensity;
var uKnotsDistance = Math.Abs(u1-u0);
var xCount = Math.Ceiling(uKnotsDistance/meshDensity);
var yKnotDistance = Math.Abs(v1 - v0);
var yCount = Math.Ceiling(yKnotDistance / meshDensity);
var verticesCount = (int)((++xCount) * (++yCount));
var segmentMeshVertices = new VertexPositionNormalColor[verticesCount];
var basisCalculator = new BicubicBasis(knots,Derivation);//BasisFactory.CreateBasis(Surface.Type);
var phi = basisCalculator.Matrix(uIdx, vIdx);
var k = 0;
var x = (float) u0 ;
for (var i = 0; i < xCount; i++,x += meshDensity)
{
x = x < u1 ? x : (float)u1;
var lambda1 = basisCalculator.Vector(x, u0, u1);
var basis = phi.LeftMultiply(lambda1);
var y = (float) v0;
for (var j = 0; j < yCount; j++,y += meshDensity)
{
y = y < v1 ? y : (float)v1;
var lambda2 = basisCalculator.Vector(y, v0, v1);
var zv = basis.PointwiseMultiply(lambda2);
var z = (float) zv.Sum();
z = MathHelper.Clamp(z, -Constants.MaxSceneZDifference, Constants.MaxSceneZDifference);
segmentMeshVertices[k++] = new VertexPositionNormalColor(new Vector3(x, y, z), DefaultNormal,
DefaultColor);
}
}
return new SimpleSurface(segmentMeshVertices, (int)xCount, (int)yCount);
}
}
}
public PrecedenceGroup(Derivation derivation, params Production[] productions)
{
_productions = productions;
_derivation = derivation;
}
private void MexicanHatDemo(Scene scene, Derivation derivation)
{
if (scene == null) return;
var mathExpression = MathExpression.CreateDefault("sin(sqrt(x^2+y^2))", "x", "y");
//var aproximationFunction = InterpolativeMathFunction.FromExpression("x^4+y^4", "x", "y");
var shape = new BiquarticHermiteSpline(new SurfaceDimension(-3, 3, 7), new SurfaceDimension(-3, 3, 7),
//var shape = HermiteSurfaceFactoryHolder.CreateBiquartic(-3, 1, 7, -3, 1, 7,
mathExpression, derivation);
shape.ColoredByShades(_colorWheel.Next);
scene.Add(shape);
}
using System;
using HermiteInterpolation.MathFunctions;
using HermiteInterpolation.Numerics;
using HermiteInterpolation.SplineKnots;
using HermiteInterpolation.Utils;
namespace HermiteInterpolation.Shapes.SplineInterpolation
{
public class BiquarticHermiteSurface : BicubicHermiteSurface
{
private class BiquarticKnotsGenerator : KnotsGenerator
{
private readonly KnotsGenerator _baseGenerator;
public BiquarticKnotsGenerator(KnotsGenerator baseGenerator)
: base(baseGenerator.Function)
{
_baseGenerator = baseGenerator;
}
public override KnotMatrix GenerateKnots(SurfaceDimension uDimension, SurfaceDimension vDimension)
{
var afvOld = _baseGenerator.GenerateKnots(uDimension/2, vDimension/2);
var uCountNew = uDimension.KnotCount;
var vCountNew = vDimension.KnotCount;
var afvNew = new KnotMatrix(uCountNew, vCountNew);
FillNewKnots(afvNew, afvOld);
return afvNew;
}
private void FillNewKnots(KnotMatrix newKnots,
KnotMatrix oldKnots)
{
// z, dx, dy, dxy initialization
OriginalKnots(newKnots, oldKnots);
// z, dx, deltay, deltaxy
VerticalKnots(newKnots);
// z, Dx, dy, Dxy
HorizontalKnots(newKnots);
// z, Dx, deltay, deltaxy
InnerKnots(newKnots);
}
private void InnerKnots(KnotMatrix newKnots)
{
for (int i = 1; i < newKnots.Rows; i += 2)
{
for (int j = 1; j < newKnots.Columns; j += 2)
{
var u0v0 = newKnots[i - 1,j - 1];
var u1v0 = newKnots[i,j - 1];
var u2v0 = newKnots[i + 1,j - 1];
var u0v1 = newKnots[i - 1,j];
var u1v1 = new Knot();
var u2v1 = newKnots[i + 1,j];
var u0v2 = newKnots[i - 1,j + 1];
var u1v2 = newKnots[i,j + 1];
var u2v2 = newKnots[i + 1,j + 1];
var hx = Math.Abs(u2v0.X - u0v0.X) / 2;
var hx4 = hx * 4;
var hy = Math.Abs(u0v2.Y - u0v0.Y) / 2;
var hy4 = hy * 4;
var x = u0v1.X + hx;
var y = u1v0.Y + hy;
u1v1.X = x;
u1v1.Y = y;
u1v1.Z = Function.Z(x, y);
u1v1.Dx = -(3 * (u0v1.Z - u2v1.Z) + hx * (u0v1.Dx + u2v1.Dx)) /
hx4;
u1v1.Dy = -(3 * (u1v0.Z - u1v2.Z) + hx * (u1v0.Dx + u1v2.Dx)) /
hy4;
u1v1.Dxy = (u0v0.Dxy + u2v0.Dxy + u0v2.Dxy + u2v2.Dxy +
(3 *
((u0v0.Dy - u2v0.Dy + u0v2.Dy - u2v2.Dy) / hx +
(u0v0.Dx + u2v0.Dx - u0v2.Dx - u2v2.Dx) / hy +
(3 * (u0v0.Z - u2v0.Z - u0v2.Z + u2v2.Z)) / (hx * hy)))) /
16;
newKnots[i,j] = u1v1;
}
}
}
private void HorizontalKnots(KnotMatrix newKnots)
{
for (int i = 1; i < newKnots.Rows; i += 2)
{
for (int j = 0; j < newKnots.Columns; j += 2)
{
var u0 = newKnots[i - 1,j];
var u1 = new Knot();
// finished
var u2 = newKnots[i + 1,j];
var hx = Math.Abs(u2.X - u0.X) / 2;
var hx4 = hx * 4;
var x = u0.X + hx;
var y = u0.Y;
u1.X = x;
u1.Y = y;
u1.Z = Function.Z(x, y);
u1.Dy = Function.Dy(x, y);
u1.Dx = -(3 * (u0.Z - u2.Z) + hx * (u0.Dx + u2.Dx)) /
hx4;
u1.Dxy = -(3 * (u0.Dy - u2.Dy) + hx * (u0.Dxy + u2.Dxy)) /
hx4;
// finished
newKnots[i,j] = u1;
}
}
}
private void VerticalKnots(KnotMatrix newKnots)
{
for (int i = 0; i < newKnots.Rows; i += 2)
{
for (int j = 1; j < newKnots.Columns; j += 2)
{
var v0 = newKnots[i,j - 1];
var v1 = new Knot();
// finished
var v2 = newKnots[i,j + 1];
var hy = Math.Abs(v2.Y - v0.Y) / 2;
var hy4 = hy * 4;
var x = v0.X;
var y = v0.Y + hy;
v1.X = x;
v1.Y = y;
v1.Z = Function.Z(x, y);
v1.Dx = Function.Dx(x, y);
v1.Dy = -(3 * (v0.Z - v2.Z) + hy * (v0.Dy + v2.Dy)) /
hy4;
v1.Dxy = -(3 * (v0.Dx - v2.Dx) + hy * (v0.Dxy + v2.Dxy)) /
hy4;
// finished
newKnots[i,j] = v1;
}
}
}
private static void OriginalKnots(KnotMatrix newKnots, KnotMatrix oldKnots)
{
for (var i = 0; i < oldKnots.Rows; i++)
{
for (var j = 0; j < oldKnots.Columns; j++)
{
newKnots[2 * i,2 * j] = oldKnots[i,j];
}
}
}
}
public BiquarticHermiteSurface(SurfaceDimension uDimension, SurfaceDimension vDimension, MathExpression mathExpression, Derivation derivation = Derivation.Zero) : this(uDimension, vDimension, InterpolativeMathFunction.FromExpression(mathExpression), derivation)
{
}
public BiquarticHermiteSurface(SurfaceDimension uDimension, SurfaceDimension vDimension, InterpolativeMathFunction interpolativeMathFunction, Derivation derivation = Derivation.Zero) : this(uDimension, vDimension, new DirectKnotsGenerator(interpolativeMathFunction), derivation)
{
}
public BiquarticHermiteSurface(SurfaceDimension uDimension, SurfaceDimension vDimension, KnotsGenerator knotsGenerator, Derivation derivation = Derivation.Zero) : base(uDimension, vDimension, new BiquarticKnotsGenerator(knotsGenerator), derivation)
{
}
}
}
public BiquarticBasis(KnotMatrix knots, Derivation derivation)
: base(knots, derivation)
{
}
public override string ToString(FormatType format, object supplement = null)
{
switch (format)
{
case FormatType.Brief:
return($"{Id}.{Word} [{Abbreviation}]");
case FormatType.Detail:
return($"{Id}.{Word} [{Abbreviation}]{Pinyin?.BeIfNotWhiteSpace($"\n拼音：{Pinyin}")}{Explanation?.BeIfNotWhiteSpace($"\n解释：{Explanation}")}{Derivation?.BeIfNotWhiteSpace($"\n来源：{Derivation}")}{Example?.BeIfNotWhiteSpace($"\n例子：{Example}")}");
}
return(null);
}
public void AppsOnDeriveHistories()
{
PartyPackageRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
PartyProductCategoryRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
PartyProductRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
PartyRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
var derivation = new Derivation(this.Strategy.Session);
var revenues = this.Strategy.Session.Extent<PartyPackageRevenueHistory>();
foreach (PartyPackageRevenueHistory revenue in revenues)
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (PartyProductCategoryRevenueHistory revenue in this.Strategy.Session.Extent<PartyProductCategoryRevenueHistory>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (PartyProductRevenueHistory revenue in this.Strategy.Session.Extent<PartyProductRevenueHistory>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (PartyRevenueHistory revenue in this.Strategy.Session.Extent<PartyRevenueHistory>())
{
revenue.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
InternalOrganisationRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
PackageRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
ProductCategoryRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
ProductRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
SalesChannelRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
SalesRepRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
StoreRevenueHistories.AppsOnDeriveHistory(this.Strategy.Session);
this.Strategy.Session.Commit();
foreach (InternalOrganisationRevenueHistory revenueHistory in this.Strategy.Session.Extent<InternalOrganisationRevenueHistory>())
{
revenueHistory.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (PackageRevenueHistory revenueHistory in this.Strategy.Session.Extent<PackageRevenueHistory>())
{
revenueHistory.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (ProductCategoryRevenueHistory revenueHistory in this.Strategy.Session.Extent<ProductCategoryRevenueHistory>())
{
revenueHistory.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (ProductRevenueHistory revenueHistory in this.Strategy.Session.Extent<ProductRevenueHistory>())
{
revenueHistory.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (SalesChannelRevenueHistory revenueHistory in this.Strategy.Session.Extent<SalesChannelRevenueHistory>())
{
revenueHistory.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (SalesRepRevenueHistory revenueHistory in this.Strategy.Session.Extent<SalesRepRevenueHistory>())
{
revenueHistory.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
foreach (StoreRevenueHistory revenueHistory in this.Strategy.Session.Extent<StoreRevenueHistory>())
{
revenueHistory.OnDerive(x => x.WithDerivation(derivation));
}
this.Strategy.Session.Commit();
}
