protected virtual Lucene.Net.Search.Query CreateQuery(N2.Persistence.Search.Query query)
{
var q = "";
if(!string.IsNullOrEmpty(query.Text))
q = query.OnlyPages.HasValue
? string.Format("+(Title:({0})^4 Text:({0}) PartsText:({0}))", query.Text)
: string.Format("+(Title:({0})^4 Text:({0}))", query.Text);
if (query.Ancestor != null)
q += string.Format(" +Trail:{0}*", Utility.GetTrail(query.Ancestor));
if(query.OnlyPages.HasValue)
q += string.Format(" +IsPage:{0}", query.OnlyPages.Value.ToString().ToLower());
if (query.Roles != null)
q += string.Format(" +Roles:(Everyone {0})", string.Join(" ", query.Roles.ToArray()));
if (query.Types != null)
q += string.Format(" +Types:({0})", string.Join(" ", query.Types.Select(t => t.Name).ToArray()));
if (query.LanguageCode != null)
q += string.Format(" +Language:({0})", query.LanguageCode);
if (query.Exclution != null)
q += string.Format(" -({0})", CreateQuery(query.Exclution));
if (query.Intersection != null)
q = string.Format("+({0}) +({1})", q, CreateQuery(query.Intersection));
if (query.Union != null)
q = string.Format("({0}) ({1})", q, CreateQuery(query.Union));
Trace.WriteLine("CreateQuery: " + q);
return accessor.GetQueryParser().Parse(q);
}
public Tracker(Persistence.IPersister persister, Persistence.Finder.IItemFinder find, N2.Web.IUrlParser urlParser, N2.Web.IErrorHandler errorHandler)
{
this.persister = persister;
this.find = find;
this.urlParser = urlParser;
this.errorHandler = errorHandler;
}
private void ReplaceContent(N2.Engine.IEngine factory)
{
var installer = factory.Resolve<N2.Edit.Installation.InstallationManager>();
installer.Install();
var root = installer.InsertExportFile(File.OpenRead(HttpContext.Current.Server.MapPath("~/App_Data/Demo.n2.xml.gz")), "Concrete_SampleData.gz");
if (root.ID != factory.Host.DefaultSite.RootItemID)
factory.Host.DefaultSite.RootItemID = root.ID;
foreach (ContentItem item in root.Children)
{
if (item.ID == factory.Host.DefaultSite.StartPageID && item is StartPage)
{
CreateDemoPanel(factory, item);
return;
}
}
foreach (ContentItem item in root.Children)
{
if (item is StartPage)
{
CreateDemoPanel(factory, item);
factory.Host.DefaultSite.StartPageID = item.ID;
return;
}
}
}
public override int GetHashCode()
{
int hash = 1;
if (N1 != 0)
{
hash ^= N1.GetHashCode();
}
if (N2 != 0)
{
hash ^= N2.GetHashCode();
}
if (Soma != 0)
{
hash ^= Soma.GetHashCode();
}
if (Subtracao != 0)
{
hash ^= Subtracao.GetHashCode();
}
if (Multiplicacao != 0)
{
hash ^= Multiplicacao.GetHashCode();
}
if (Divisao != 0F)
{
hash ^= pbc::ProtobufEqualityComparers.BitwiseSingleEqualityComparer.GetHashCode(Divisao);
}
if (_unknownFields != null)
{
hash ^= _unknownFields.GetHashCode();
}
return(hash);
}
public Result Search(N2.Persistence.Search.Query query)
{
if (!query.IsValid())
return Result.Empty;
var s = accessor.GetSearcher();
try
{
var q = CreateQuery(query);
var hits = s.Search(q, query.SkipHits + query.TakeHits);
var result = new Result();
result.Total = hits.totalHits;
var resultHits = hits.scoreDocs.Skip(query.SkipHits).Take(query.TakeHits).Select(hit =>
{
var doc = s.Doc(hit.doc);
int id = int.Parse(doc.Get("ID"));
ContentItem item = persister.Get(id);
return new Hit { Content = item, Score = hit.score };
}).Where(h => h.Content != null).ToList();
result.Hits = resultHits;
result.Count = resultHits.Count;
return result;
}
finally
{
//s.Close();
}
}
public override void UpdateEditor(N2.ContentItem item, Control editor)
{
if (item == null)
throw new ArgumentNullException("item", "item is null.");
if (editor == null)
throw new ArgumentNullException("editor", "editor is null.");
ListBox lb = (ListBox)editor;
string currentlySelectedItemsString = (string)item[this.Name] ?? string.Empty;
if (!string.IsNullOrEmpty(currentlySelectedItemsString))
{
string[] currentlySelectedItems = currentlySelectedItemsString.Split(ItemSeperator);
if (currentlySelectedItems.Length > 0)
{
foreach (string currentItem in currentlySelectedItems)
{
ListItem listItem = lb.Items.FindByValue(currentItem);
if (listItem != null)
listItem.Selected = true;
}
}
}
}
static void Persister_SitemapChangeNeeded(object sender, N2.ItemEventArgs e)
{
DateTime published = e.AffectedItem.Published.GetValueOrDefault(DateTime.MaxValue);
bool ignoreChange =
published > DateTime.Now ||
!e.AffectedItem.IsPage ||
!AutoDefineOnType(e.AffectedItem.GetType());
if (ignoreChange)
return;
IEnumerable<N2.ContentItem> sitemaps = Find.Items
.Where
// Add back when legacy compatibility is no longer an issue: .Type.Eq(typeof(SitemapXml))
.Type.NotEq(typeof(WebPage))
//TODO: Remove all these Type.NotEq lines when we add back the .Type.Eq(typeof(SitemapXml)) line
.And.Type.NotEq(typeof(CustomContent))
.And.Type.NotEq(typeof(CustomCssContent))
.And.Type.NotEq(typeof(CustomHtmlContent))
.And.Type.NotEq(typeof(FeedPage))
.And.Type.NotEq(typeof(HomePage))
.And.Type.NotEq(typeof(LanguageHomePage))
.And.Type.NotEq(typeof(LanguageHomeRedirectPage))
.And.Type.NotEq(typeof(RedirectPage))
.And.IsPublished()
.Select<N2.ContentItem>();
//.Where(item => item.GetType().IsAssignableFrom(typeof(SitemapXml)))
//.Cast<SitemapXml>();
foreach (N2.ContentItem sitemap in sitemaps)
{
if(sitemap is SitemapXml)
((SitemapXml)sitemap).Regenerate(Find.StartPage);
}
}
public override IDictionary<string, System.Web.UI.Control> AddDefinedEditors(ItemDefinition definition, N2.ContentItem item, System.Web.UI.Control container, System.Security.Principal.IPrincipal user, Type containerTypeFilter, IEnumerable<string> editableNameFilter)
{
ItemDefinition cloned = null;
// add a "wrap in container" checkbox to all parts that are within zones that are not wrapped in a container (BeforeMain, AfterMain).
if (!definition.IsPage)
{
if (!(Defaults.IsContainerWrappable(item.ZoneName) ||
Defaults.IsContainerWrappable(System.Web.HttpContext.Current.Request["zoneName"])))
{
cloned = definition.Clone();
var isWrappable = cloned.Editables.FirstOrDefault(x => x.Name == "UseContainer");
if (isWrappable != null)
{
cloned.Editables.Remove(isWrappable);
}
}
}
if (item is IItemAdapter)
{
var result = (item as IItemAdapter).AddDefinedEditors(cloned ?? definition, container, user, containerTypeFilter, editableNameFilter);
if (result != null)
return result;
}
return base.AddDefinedEditors(cloned ?? definition, item, container, user, containerTypeFilter, editableNameFilter);
}
private void MAJSuccesseurs(GenericNode N)
{
// On fait appel à GetListSucc, méthode abstraite qu'on doit réécrire pour chaque
// problème. Elle doit retourner la liste complète des noeuds successeurs de N.
List <GenericNode> listsucc = N.GetListSucc();
foreach (GenericNode N2 in listsucc)
{
N2.GenericCas = N.GenericCas;
// N2 est-il une copie d'un nœud déjà vu et placé dans la liste des fermés ?
GenericNode N2bis = ChercheNodeDansFermes(N2);
if (N2bis == null)
{
// Rien dans les fermés. Est-il dans les ouverts ?
N2bis = ChercheNodeDansOuverts(N2);
if (N2bis != null)
{
N2bis.GenericCas = N.GenericCas;
// Il existe, donc on l'a déjà vu, N2 n'est qu'une copie de N2Bis
// Le nouveau chemin passant par N est-il meilleur ?
if (N.GetGCost() + N.GetArcCost(N2) < N2.GetGCost())
{
// Mise à jour de N2bis
N2bis.SetGCost(N.GetGCost() + N.GetArcCost(N2));
// HCost pas recalculé car toujours bon
N2bis.RecalculeCoutTotal(); // somme de GCost et HCost
// Mise à jour de la famille ....
N2bis.Supprime_Liens_Parent();
N2bis.SetNoeud_Parent(N);
// Mise à jour des ouverts
L_Ouverts.Remove(N2bis);
this.InsertNewNodeInOpenList(N2bis);
}
// else on ne fait rien, car le nouveau chemin est moins bon
}
else
{
// N2 est nouveau, MAJ et insertion dans les ouverts
N2.SetGCost(N.GetGCost() + N.GetArcCost(N2));
N2.SetNoeud_Parent(N);
N2.calculCoutTotal(); // somme de GCost et HCost
//essai : si le noeud a un cout de plus d'1 million on ne l'explore pas
if (N2.Cout_Total >= 1000000)
{
//nothing
}
else
{
this.InsertNewNodeInOpenList(N2);
}
}
}
// else il est dans les fermés donc on ne fait rien,
// car on a déjà trouvé le plus court chemin pour aller en N2
}
}
public override ItemList GetItemsInZone(N2.ContentItem parentItem, string zoneName)
{
ItemList items = base.GetItemsInZone(parentItem, zoneName);
if (zoneName.StartsWith("Sectional") && parentItem != null && parentItem.IsPage)
items.AddRange(GetItemsInZone(parentItem.GetSafeParent(), zoneName));
return items;
}
protected internal void Regenerate(N2.ContentItem startingPoint)
{
if (startingPoint == null)
throw new ArgumentNullException("startingPoint", "startingPoint is null.");
this.SetDetail<string>(XmlKey, this.GenerateXml(startingPoint));
N2.Context.Persister.Save(this);
}
private void Form1_Load(object sender, EventArgs e)
{
N1 = 0;
N2 = 0;
div.Enabled = false;
tbN1.Text = N1.ToString();
tbN2.Text = N2.ToString();
}
private void button2_Click(object sender, EventArgs e)
{
//投影系数
N1 = (Bu * w2 - Bw * u2) / (u1 * w2 - u2 * w1);
N2 = (Bu * w1 - Bw * u1) / (u1 * w2 - u2 * w1);
textBox4.Text = N1.ToString("0.00000");
textBox5.Text = N2.ToString("0.00000");
}
/// <summary>
/// Implements <see cref="N2.Plugin.IPluginInitializer.Initialize"/> to register the
/// instance with N2 under its full type name.
/// </summary>
/// <param name="engine">Specifies the <see cref="N2.Engine.IEngine"/> instance to register
/// the plug-in with.</param>
public virtual void Initialize(N2.Engine.IEngine engine)
{
Type type = this.GetType();
string fullName = type.FullName;
engine.Container.AddComponent(fullName, type, type);
Debug.WriteLine(fullName + " initialized.");
}
public override string ToString()
{
StringBuilder sb = new StringBuilder();
sb.AppendLine("N2: " + N2.ToString("0.0"));
sb.AppendLine("Horas de estágio: " + HorasEstagio);
return(base.ToString() + sb.ToString());
}
private static void UpdateRootPage(N2.Engine.IEngine engine, ContentItem imported, ContentItem startPage)
{
startPage.Title = imported.Title;
startPage.Name = imported.Name;
foreach (N2.Details.ContentDetail detail in imported.Details.Values)
startPage[detail.Name] = detail.Value;
engine.Persister.Save(startPage);
}
public override bool Match(N2.ContentItem item)
{
if (existing.ContainsKey(item.ID))
return false;
existing.Add(item.ID, true);
return true;
}
public N2.Definitions.AllowedDefinitionResult IsAllowed(N2.Definitions.AllowedDefinitionQuery query)
{
if (query.ChildDefinition.ItemType.IsAssignableFrom(typeof (BlogContainer)))
{
return AllowedDefinitionResult.Deny;
}
return AllowedDefinitionResult.DontCare;
}
public RebuildImageSizesMigration(IPersister persister, N2.Edit.UploadFolderSource uploads, EditSection config)
{
this.persister = persister;
this.uploads = uploads;
configuredSizes = config.Images.Sizes;
Title = "Rebuild Image Sizes";
Description = "Redirects to a page where images can re-generated using currently configured settings";
}
/// <summary>
/// Implements <see cref="N2.Plugin.IPluginInitializer.Initialize"/> to register the
/// instance with N2 under its full type name.
/// </summary>
/// <param name="engine">Specifies the <see cref="N2.Engine.IEngine"/> instance to register
/// the plug-in with.</param>
public virtual void Initialize(N2.Engine.IEngine engine)
{
Type type = this.GetType();
string fullName = type.FullName;
engine.Container.AddComponent(fullName, type, type);
Debug.WriteLine(string.Format(
"HereSay: {0} initialized.", fullName));
}
/// <summary>
/// Returns a hash code for this instances.
/// </summary>
/// <returns>
/// A hash code for this instances, suitable for use in hashing algorithms and data structures like a hash table.
/// </returns>
public override int GetHashCode()
{
return
(this.HasValue.GetHashCode()
^ (Book == null ? 0 : Book.ToLower().GetHashCode())
^ (N1 == null ? 0 : N1.ToLower().GetHashCode() >> 1)
^ (N2 == null ? 0 : N2.ToLower().GetHashCode() << 1)
^ (NumberCount));
}
void Start()
{
SetDefault();
N1 = Random.Range(0, 9);
N2 = Random.Range(0, 9);
N3 = Random.Range(0, 9);
N4 = Random.Range(0, 9);
Debug.Log(N1.ToString() + " " + N2.ToString() + " " + N3.ToString() + " " + N4.ToString());
}
public void Initialize(N2.Engine.IEngine engine)
{
//log4net.Config.XmlConfigurator.ConfigureAndWatch(new System.IO.FileInfo(Server.MapPath("~/N2/Installation/log4net.config")));
RegisterControllerFactory(ControllerBuilder.Current, engine);
RegisterRoutes(RouteTable.Routes, engine);
RegisterViewEngines(ViewEngines.Engines);
RegisterViewTemplates(engine);
}
public void Initialize(N2.Engine.IEngine engine)
{
// When using Dinamico check out /Dinamico/GlobalMvcStarter.cs which
// configures these settings specifically for Dinamico
RegisterControllerFactory(ControllerBuilder.Current, engine);
RegisterRoutes(RouteTable.Routes, engine);
RegisterViewEngines(ViewEngines.Engines);
RegisterViewTemplates(engine);
}
public StringBuilder GetXml(N2.ContentItem rootItem)
{
StringBuilder sb = new StringBuilder();
using (System.IO.StringWriter sw = new System.IO.StringWriter(sb))
{
Write(rootItem, sw);
}
return sb;
}
public override bool Equals(object obj)
{
var other = obj as SmoothTriangle;
return(base.Equals(other) &&
N1.Equals(other.N1) &&
N2.Equals(other.N2) &&
N3.Equals(other.N3));
}
public override string ToString()
{
StringBuilder sb = new StringBuilder();
sb.AppendLine("N2: " + N2.ToString("0.0"));
sb.AppendLine("N3: " + N3.ToString("0.0"));
sb.AppendLine("Responsável: " + Responsavel);
return(base.ToString() + sb.ToString());
}
public override string GetEngineValues(string format, IFormatProvider provider, string delimeter)
{
string buf;
buf = N1.ToString(format, provider) + delimeter
+ N2.ToString(format, provider) + delimeter
+ thruster.GetThrusterValues(engineNumber, delimeter);
return(buf);
}
//Se requiere recibir el Random para evitar la misma informacion
public clsProceso(Random R)
{
decimal N1, N2, Resultado;
char Signo;
OperacionEnum Op;
N1 = R.Next(1, 100);
N2 = R.Next(1, 100);
Op = (OperacionEnum)R.Next(5);
switch (Op)
{
case OperacionEnum.Suma:
Signo = '+';
Resultado = N1 + N2;
break;
case OperacionEnum.Resta:
Signo = '-';
Resultado = N1 - N2;
break;
case OperacionEnum.Multiplicacion:
Signo = '*';
Resultado = N1 * N2;
break;
case OperacionEnum.Division:
Signo = '/';
Resultado = N1 / N2;
break;
case OperacionEnum.Residuo:
Signo = '%';
Resultado = N1 % N2;
break;
default:
Signo = '?';
Resultado = 0;
break;
}
this.Operacion = N1.ToString() + Signo + N2.ToString();
this.Resultado = Math.Round(Resultado, 4).ToString();
this.TME = this.TR = this.Servicio = R.Next(7, 18);
this.Tamano = R.Next(7, 30);
this.Estado = "Nuevo";
this.Numero = ++ID;
this.Respuesta = -1;
isCompleted = true;
}
public void Initialize(N2.Engine.IEngine engine)
{
if (ConfigurationManager.AppSettings["ResetData"] == "true")
{
ReplaceContent(engine);
CopyFiles(engine);
engine.Persister.ItemSaving += Persister_ItemSaving;
}
}
protected virtual void OnWritingItem(N2.ContentItem item, XmlTextWriter xtw)
{
xtw.WriteStartElement("item");
OnWritingDefaultAttributes(item, xtw);
OnWritingAuthorizedRoles(item, xtw);
OnWritingDetails(item, xtw);
OnWritingDetailCollections(item, xtw);
OnWritingChildren(item, xtw);
xtw.WriteEndElement();
}
public static void ProvideRandDataSet(RichTextBox RTB)
{
int N1, N2, N3, N4, N5;
Random random = new Random();
N1 = random.Next(0, 255);
N2 = random.Next(0, 255);
N3 = random.Next(0, 255);
N4 = random.Next(0, 255);
N5 = random.Next(0, 255);
RTB.Text = N1.ToString() + ", " + N2.ToString() + ", " + N3.ToString() + ", " + N4.ToString() + ", " + N5.ToString();
}
private static void CreateDemoPanel(N2.Engine.IEngine factory, ContentItem item)
{
if (ConfigurationManager.AppSettings["Demo.CreateDemoPanel"] == "true")
{
var part = factory.Definitions.CreateInstance<Models.DemoPart>(item);
part.ZoneName = "Right";
part.SortOrder = -1000000;
item.Children.Insert(0, part);
factory.Persister.Save(part);
}
}
public TemplateDefinition GetTemplate(N2.ContentItem item)
{
string templateName = item["TemplateName"] as string;
if (templateName == null)
return null;
return GetTemplates(item.GetContentType()).Where(t => t.Name == templateName).Select(t =>
{
t.Original = t.Template;
t.Template = () => item;
return t;
}).FirstOrDefault();
}
static void Main(string[] args)
{
try
{
N2 num = new N2(2, 0);
}
catch (MiExcepcion e)
{
Console.WriteLine(e.Message);
}
Console.ReadLine();
}
public bool PerpendicularTo(Point3d P0, Point3d P1, Point3d P2)
{
Vector3d V0, V1, V2, N0, N1, N2;
V0 = P2 - P1;
V1 = P0 - P2;
V2 = P1 - P0;
N0 = Vector3d.CrossProduct(V1, V2);
if (!N0.Unitize())
{
return(false);
}
N1 = Vector3d.CrossProduct(V2, V0);
if (!N1.Unitize())
{
return(false);
}
N2 = Vector3d.CrossProduct(V0, V1);
if (!N2.Unitize())
{
return(false);
}
double s0 = 1.0 / V0.Length;
double s1 = 1.0 / V1.Length;
double s2 = 1.0 / V2.Length;
double e0 = s0 * Math.Abs(Vector3d.DotProduct(N0, V0)) + s1 * Math.Abs(Vector3d.DotProduct(N0, V1)) + s2 * Math.Abs(Vector3d.DotProduct(N0, V2));
double e1 = s0 * Math.Abs(Vector3d.DotProduct(N1, V0)) + s1 * Math.Abs(Vector3d.DotProduct(N1, V1)) + s2 * Math.Abs(Vector3d.DotProduct(N1, V2));
double e2 = s0 * Math.Abs(Vector3d.DotProduct(N2, V0)) + s1 * Math.Abs(Vector3d.DotProduct(N2, V1)) + s2 * Math.Abs(Vector3d.DotProduct(N2, V2));
if (e0 <= e1)
{
if (e0 <= e2)
{
this = N0;
}
else
{
this = N2;
}
}
else if (e1 <= e2)
{
this = N1;
}
else
{
this = N2;
}
return(true);
}
public void Initialize(N2.Engine.IEngine factory)
{
if (ConfigurationManager.AppSettings["Demo.EnableContentReset"] == "true")
{
ReplaceContent(factory);
if (ConfigurationManager.AppSettings["Demo.EnableUploadReset"] == "true")
{
CopyFiles(factory);
}
factory.Persister.ItemSaving += Persister_ItemSaving;
}
}
public override IEnumerable<ContentItem> GetParts(ContentItem belowParentItem, string inZoneNamed, string filteredForInterface, N2.Web.UI.WebControls.ControlPanelState state)
{
var items = base.GetParts(belowParentItem, inZoneNamed, filteredForInterface, state);
ContentItem grandParentItem = belowParentItem;
//if (!state.IsFlagSet(ControlPanelState.DragDrop) && inZoneNamed.EndsWith("Recursive") && grandParentItem is ContentPage)
if (inZoneNamed.EndsWith("Recursive") && grandParentItem is ContentPage)
{
if (!belowParentItem.VersionOf.HasValue)
items = items.Union(GetParts(belowParentItem.Parent, inZoneNamed, filteredForInterface));
else
items = items.Union(GetParts(belowParentItem.VersionOf.Parent, inZoneNamed, filteredForInterface));
}
return items;
}
public override bool UpdateItem(N2.ContentItem item,Control control)
{
try
{
DropDownList ddl = (DropDownList)control;
item[this.Name] = ddl.SelectedValue;
return true;
}
catch
{
return false;
}
}
public UrlParser(IPersister persister, IWebContext webContext, IHost host, N2.Plugin.ConnectionMonitor connections, HostSection config)
{
if (host == null) throw new ArgumentNullException("host");
IsOnline = connections.IsConnected ?? true;
connections.Online += (s, a) => IsOnline = true;
connections.Offline += (s, a) => IsOnline = false;
this.persister = persister;
this.webContext = webContext;
this.host = host;
ignoreExistingFiles = config.Web.IgnoreExistingFiles;
}
public override bool UpdateItem(N2.ContentItem item,Control control)
{
try
{
Calendar datePicker = (Calendar)control;
DateTime selectedDate = datePicker.SelectedDate;
item[this.Name] = selectedDate;
return true;
}
catch
{
return false;
}
}
public void UpdateSuccessors(ANode <TMove> N, ANode <TMove> finalState)
{
// On fait appel à GetListSucc, méthode abstraite qu'on doit réécrire pour chaque
// problème. Elle doit retourner la liste complète des noeuds successeurs de N.
var listsucc = this.FilterNode != null?this.game.NextNodes(N, node => this.FilterNode.SameAs(node)) : this.game.NextNodes(N);
foreach (var N2 in listsucc)
{
// N2 est-il une copie d'un nœud déjà vu et placé dans la liste des fermés ?
var N2bis = graph.FindIfExistInClosed(N2);
if (N2bis == null)
{
// Rien dans les fermés. Est-il dans les ouverts ?
N2bis = graph.FindIfExistInOpened(N2);
if (N2bis != null)
{
// Il existe, donc on l'a déjà vu, N2 n'est qu'une copie de N2Bis
// Le nouveau chemin passant par N est-il meilleur ?
if (N.GCost + 1 < N2bis.GCost)
{
// Mise à jour de N2bis
N2bis.GCost = N.GCost + 1;
// HCost pas recalculé car toujours bon
// Mise à jour de la famille ....
N.Attach(N2bis, N2.MoveFromParent);
// Mise à jour des ouverts
graph.Opened.Remove(N2bis);
this.InsertNewNodeInOpenList(N2bis);
}
// else on ne fait rien, car le nouveau chemin est moins bon
}
else
{
// N2 est nouveau, MAJ et insertion dans les ouverts
N.Attach(N2, N2.MoveFromParent);
N2.GCost = N.GCost + 1;
N2.HCost = N2.Heuristics(finalState);
this.InsertNewNodeInOpenList(N2);
}
// Insertion pour respecter l'ordre du cout total le plus petit au plus grand
}
// else il est dans les fermés donc on ne fait rien,
// car on a déjà trouvé le plus court chemin pour aller en N2
}
}
private static void CopyFiles(N2.Engine.IEngine engine)
{
HttpServerUtility server = HttpContext.Current.Server;
foreach (string folder in engine.EditManager.UploadFolders)
{
string upload = server.MapPath(folder);
DeleteFilesAndFolders(upload);
}
File.Copy(server.MapPath("~/Addons/Demo/Resources/Sunset.jpg"), server.MapPath("~/upload/Sunset.jpg"), true);
File.Copy(server.MapPath("~/Addons/Demo/Resources/n2.gif"), server.MapPath("~/upload/n2.gif"), true);
File.Copy(server.MapPath("~/Addons/Demo/Resources/lav.jpg"), server.MapPath("~/upload/lav.jpg"), true);
File.Copy(server.MapPath("~/Addons/Demo/Resources/skal.jpg"), server.MapPath("~/upload/skal.jpg"), true);
File.Copy(server.MapPath("~/Addons/Demo/Resources/thorn.jpg"), server.MapPath("~/upload/thorn.jpg"), true);
File.Copy(server.MapPath("~/Addons/Demo/Resources/logo_white.png"), server.MapPath("~/upload/logo_white.png"), true);
}
public override bool UpdateItem(N2.ContentItem item, Control editor)
{
ListBox lb = editor as ListBox;
string selectedItems = string.Empty;
foreach (ListItem listItem in lb.Items)
if (listItem.Selected)
selectedItems += listItem.Value + ItemSeperator;
selectedItems = selectedItems.TrimEnd(new char[] { ItemSeperator });
item[this.Name] = (!string.IsNullOrEmpty(selectedItems)) ? selectedItems : null;
return true;
}
public void Write(N2.ContentItem rootItem, System.IO.TextWriter output)
{
XmlTextWriter xtw = new XmlTextWriter(output);
xtw.Formatting = this.XmlFormatting;
xtw.WriteStartDocument();
xtw.WriteStartElement("n2");
xtw.WriteAttributeString("version", System.Reflection.Assembly.GetExecutingAssembly().GetName().Version.ToString());
xtw.WriteAttributeString("exportVersion", "1");
xtw.WriteAttributeString("exportDate", GetDateTimeString(N2.Utility.CurrentTime()));
OnWritingItem(rootItem, xtw);
xtw.WriteEndElement();
xtw.WriteEndDocument();
}
private void MAJ_Successeurs(Noeuds N)
{
// On fait appel à GetListSucc, méthode abstraite qu'on doit réécrire pour chaque
// problème. Elle doit retourner la liste complète des noeuds successeurs de N.
List <Noeuds> listsucc = N.ListeSuccesseur();
foreach (Noeuds N2 in listsucc)
{
// N2 est-il une copie d'un nœud déjà vu et placé dans la liste des fermés ?
Noeuds N2bis = ChercheNoeudDansFermes(N2);
if (N2bis == null)
{
// Rien dans les fermés. Est-il dans les fermes ?
N2bis = ChercheNoeudDansOuverts(N2);
if (N2bis != null)
{
// Il existe, donc on l'a déjà vu, N2 n'est qu'une copie de N2Bis
// Le nouveau chemin passant par N est-il meilleur ?
if (N.CoutDepuisInit + N.CoutDeArcAvec(N2) < N2bis.CoutDepuisInit)
{
// Mise à jour de N2bis
N2bis.CoutDepuisInit += N.CoutDeArcAvec(N2);
// HCost pas recalculé car toujours bon
N2bis.calculCoutTotal(); // somme de GCost et HCost
// Mise à jour de la famille ....
N2bis.Supprime_Liens_Parent();
N2bis.Definir_Comme_Parent(N);
// Mise à jour des fermes
L_Ouverts.Remove(N2bis);
this.AjoutAuxOuverts(N2bis);
}
// else on ne fait rien, car le nouveau chemin est moins bon
}
else
{
// N2 est nouveau, MAJ et insertion dans les fermes
N2.CoutDepuisInit += N.CoutDeArcAvec(N2);
N2.CalculerCoutVersNoeudFinal();
N2.Definir_Comme_Parent(N);
N2.calculCoutTotal(); // somme de GCost et HCost
this.AjoutAuxOuverts(N2);
}
}
// else il est dans les fermés donc on ne fait rien,
// car on a déjà trouvé le plus court chemin pour aller en N2
}
}
public override bool Equals(object obj)
{
return(obj is Triangle triangle &&
Transform.Equals(triangle.Transform) &&
Material.Equals(triangle.Material) &&
Parent == triangle.Parent &&
HasParent == triangle.HasParent &&
P1.Equals(triangle.P1) &&
P2.Equals(triangle.P2) &&
P3.Equals(triangle.P3) &&
Edge1.Equals(triangle.Edge1) &&
Edge2.Equals(triangle.Edge2) &&
Normal.Equals(triangle.Normal) &&
N1.Equals(triangle.N1) &&
N2.Equals(triangle.N2) &&
N3.Equals(triangle.N3) &&
IsSmoothed == triangle.IsSmoothed);
}
public override int GetHashCode()
{
int hashCode = -2063967696;
hashCode = hashCode * -1521134295 + Transform.GetHashCode();
hashCode = hashCode * -1521134295 + Material.GetHashCode();
hashCode = hashCode * -1521134295 + SavedRay.GetHashCode();
hashCode = hashCode * -1521134295 + Parent.GetHashCode();
hashCode = hashCode * -1521134295 + HasParent.GetHashCode();
hashCode = hashCode * -1521134295 + P1.GetHashCode();
hashCode = hashCode * -1521134295 + P2.GetHashCode();
hashCode = hashCode * -1521134295 + P3.GetHashCode();
hashCode = hashCode * -1521134295 + Edge1.GetHashCode();
hashCode = hashCode * -1521134295 + Edge2.GetHashCode();
hashCode = hashCode * -1521134295 + Normal.GetHashCode();
hashCode = hashCode * -1521134295 + N1.GetHashCode();
hashCode = hashCode * -1521134295 + N2.GetHashCode();
hashCode = hashCode * -1521134295 + N3.GetHashCode();
hashCode = hashCode * -1521134295 + IsSmoothed.GetHashCode();
return(hashCode);
}
/// <summary>
/// Finalize edge marking
/// </summary>
public void MarkNeighborEdges()
{
//for (int i = 0; i < 3; i++)
//{
// if (EdgeIsConstrained[i] && Neighbors[i] != null)
// {
// Neighbors[i].MarkConstrainedEdge(Points[(i + 1) % 3], Points[(i + 2) % 3]);
// }
//}
//-----------------
//0
if (this.C0 && N0 != null)
{
//(0 + 1) % 3 => 2
//(0 + 2) % 3 => 1
N0.SelectAndMarkConstrainedEdge(2, 1);
}
//-----------------
//1
if (this.C1 && N1 != null)
{
//(1 + 1) % 3 => 1
//(1 + 2) % 3 => 0
N1.SelectAndMarkConstrainedEdge(1, 0);
}
//-----------------
//2
if (this.C2 && N2 != null)
{
//(2 + 1) % 3 => 0
//(2 + 2) % 3 => 1
N2.SelectAndMarkConstrainedEdge(0, 1);
}
}
public int GetInt()
{
return(int.Parse(N1.ToString() + "" + N2.ToString() + "" + N3.ToString() + "" + N4.ToString()));
}
public void TestMatricesFromNoisedPoints()
{
List <Image <Arthmetic, double> > ptsReal = new List <Image <Arthmetic, double> >();
List <PointF> pts1 = new List <PointF>();
List <PointF> pts2 = new List <PointF>();
List <PointF> pts3 = new List <PointF>();
List <PointF> pts1Ref = new List <PointF>();
List <PointF> pts2Ref = new List <PointF>();
List <PointF> pts3Ref = new List <PointF>();
Random rand = new Random(1003);
double stddev = 3;
int pointsCount = 100;
for (int i = 0; i < pointsCount; ++i)
{
var real = new Image <Arthmetic, double>(new double[, , ] {
{ { rand.Next(100, 200) } },
{ { rand.Next(100, 200) } },
{ { rand.Next(50, 100) } },
{ { 1 } },
});
ptsReal.Add(real);
var i1 = P1.Multiply(real).ToPointF();
pts1Ref.Add(i1);
i1 = new PointF(i1.X + Noise(stddev, rand), i1.Y + Noise(stddev, rand));
pts1.Add(i1);
var i2 = P2.Multiply(real).ToPointF();
pts2Ref.Add(i2);
i2 = new PointF(i2.X + Noise(stddev, rand), i2.Y + Noise(stddev, rand));
pts2.Add(i2);
var i3 = P3.Multiply(real).ToPointF();
pts3Ref.Add(i3);
i3 = new PointF(i3.X + Noise(stddev, rand), i3.Y + Noise(stddev, rand));
pts3.Add(i3);
}
double rangeLx = pts1.Max((x) => x.X) - pts1.Min((x) => x.X);
double rangeLy = pts1.Max((x) => x.Y) - pts1.Min((x) => x.Y);
double rangeRx = pts2.Max((x) => x.X) - pts2.Min((x) => x.X);
double rangeRy = pts2.Max((x) => x.Y) - pts2.Min((x) => x.Y);
var pts1_n = new List <PointF>(pts1);
var pts2_n = new List <PointF>(pts2);
var pts3_n = new List <PointF>(pts3);
FindTransformation.NormalizePoints2d(pts1_n, out Image <Arthmetic, double> N1);
FindTransformation.NormalizePoints2d(pts2_n, out Image <Arthmetic, double> N2);
FindTransformation.NormalizePoints2d(pts3_n, out Image <Arthmetic, double> N3);
var F = ComputeMatrix.F(new VectorOfPointF(pts1_n.ToArray()), new VectorOfPointF(pts2_n.ToArray()));
var F23 = ComputeMatrix.F(new VectorOfPointF(pts2_n.ToArray()), new VectorOfPointF(pts3_n.ToArray()));
// F is normalized - lets denormalize it
F = N2.T().Multiply(F).Multiply(N1);
F23 = N3.T().Multiply(F23).Multiply(N2);
var E = ComputeMatrix.E(F, K);
var E23 = ComputeMatrix.E(F23, K);
var svd = new Svd(E);
var svd23 = new Svd(E23);
FindTransformation.DecomposeToRTAndTriangulate(pts1, pts2, K, E, out var RR, out var TT, out Image <Arthmetic, double> estReal_);
FindTransformation.DecomposeToRTAndTriangulate(pts2, pts3, K, E23, out var RR23, out var TT23, out Image <Arthmetic, double> estReal23_);
var rr0 = RotationConverter.MatrixToEulerXYZ(R12);
var rr1 = RotationConverter.MatrixToEulerXYZ(RR);
double idealScale = T23.Norm / T12.Norm;
double idealScale2 = T12.Norm / T23.Norm;
var tt0 = T12.Mul(1 / T12.Norm);
var tt1 = TT.Mul(1 / TT.Norm).Mul(T12[0, 0] * TT[0, 0] < 0 ? -1 : 1);
var tt1_23 = TT23.Mul(1 / TT23.Norm).Mul(T23[0, 0] * TT23[0, 0] < 0 ? -1 : 1);
FindTransformation.TriangulateChieral(pts1, pts2, K, RR, tt1, out var estReal12);
FindTransformation.TriangulateChieral(pts2, pts3, K, RR23, tt1_23, out var estReal23);
RansacScaleEstimation ransacModel = new RansacScaleEstimation(estReal12, estReal23, RR, ComputeMatrix.Center(tt1, RR));
int sampleSize = (int)(0.1 * pointsCount);
int minGoodPoints = (int)(0.2 * pointsCount);
int maxIterations = 1000;
double meanRefPointSize = ScaleBy3dPointsMatch.GetMeanSize(estReal12);
double threshold = meanRefPointSize * meanRefPointSize * 0.1;
var result = RANSAC.ProcessMostInliers(ransacModel, maxIterations, sampleSize, minGoodPoints, threshold, 1.0);
double scale = (double)result.BestModel;
var estRealRef23To12 = ScaleBy3dPointsMatch.TransfromBack3dPoints(RR, tt1, estReal23, scale);
double simpleScaleMean = 0.0;
for (int i = 0; i < pointsCount; ++i)
{
var p12 = new Image <Arthmetic, double>(new double[, , ] {
{ { estReal12[1, i] } },
{ { estReal12[2, i] } },
{ { estReal12[3, i] } },
});
var p23 = new Image <Arthmetic, double>(new double[, , ] {
{ { estReal23[0, i] } },
{ { estReal23[1, i] } },
{ { estReal23[2, i] } },
});
double n1 = p12.Norm;
double n2 = p23.Norm;
double simpleScale = n2 / n1;
simpleScaleMean += simpleScale;
}
simpleScaleMean /= pointsCount;
double simpleScaleMean2 = 1 / simpleScaleMean;
// TODO: compute below only on inliers
Image <Arthmetic, double> inliersOnly12 = new Image <Arthmetic, double>(result.Inliers.Count, 4);
Image <Arthmetic, double> inliersOnly12Ref = new Image <Arthmetic, double>(result.Inliers.Count, 4);
Image <Arthmetic, double> inliersOnly23 = new Image <Arthmetic, double>(result.Inliers.Count, 4);
for (int i = 0; i < result.Inliers.Count; ++i)
{
int k = result.Inliers[i];
for (int j = 0; j < 4; ++j)
{
inliersOnly12[j, i] = estReal12[j, k];
inliersOnly12Ref[j, i] = ptsReal[k][j, 0];
inliersOnly23[j, i] = estRealRef23To12[j, k];
}
}
var ptsRealM = Utils.Matrixify(ptsReal);
Errors.TraingulationError(ptsRealM, estReal12, out double mean1x, out double median1x, out List <double> errors1x);
Errors.TraingulationError(ptsRealM, estRealRef23To12, out double mean1z, out double median1z, out List <double> errors1z);
Errors.TraingulationError(inliersOnly12Ref, inliersOnly12, out double mean_in1, out double median_in1, out List <double> errors_in1);
Errors.TraingulationError(inliersOnly12Ref, inliersOnly23, out double mean_in2, out double median_in2, out List <double> errors_in2);
Errors.TraingulationError(inliersOnly12, inliersOnly23, out double mean_in3, out double median_in3, out List <double> errors_in3);
var ptsReal23M = ForwardProject3dPoints(ptsRealM, R12, C2);
Errors.TraingulationError(ptsReal23M, estReal23, out double mean1h, out double median1h, out List <double> errors1h);
var estC2 = ComputeMatrix.Center(tt1, RR);
var ptsEst23M = ForwardProject3dPoints(estReal12, RR, estC2);
Errors.TraingulationError(ptsEst23M, estReal23, out double mean1t, out double median1t, out List <double> errors1t);
int dummy = 0;
//Errors.TraingulationError(ptsReal, estReal, out double mean1, out double median1, out List<double> errors1);
//Errors.ReprojectionError(estReal, pts2, K, RR, tt1, out double mean_r1a, out double median_r1a, out List<double> _1);
//Errors.ReprojectionError(estReal, pts2Ref, K, RR, tt1, out double mean_r1b, out double median_r1b, out List<double> _2);
//Errors.ReprojectionError(estReal, pts2Ref, K, R12, tt0, out double mean_r1c, out double median_r1c, out List<double> _3);
//Errors.ReprojectionError(Errors.Matrixify(ptsReal), pts2Ref, K, RR, tt1, out double mean_r1e, out double median_r1e, out List<double> _5);
var H1 = FindTransformation.EstimateHomography(pts1, pts2, K);
var H2 = FindTransformation.EstimateHomography(pts1Ref, pts2Ref, K);
var hrr1 = RotationConverter.MatrixToEulerXYZ(H1);
var hrr2 = RotationConverter.MatrixToEulerXYZ(H2);
//var zeroT = new Image<Arthmetic, double>(1, 3);
//var H3 = RotationConverter.EulerXYZToMatrix(hrr1);
//var hrr3 = RotationConverter.MatrixToEulerXYZ(H1);
//var svdH = new Svd(H1);
bool isRotation = FindTransformation.IsPureRotation(H1);
int dummy2 = 0;
//Errors.ReprojectionError2d(pts1Ref, pts2Ref, K, H2, out double mean_h2, out double median_h2, out var err_h2);
//Errors.ReprojectionError2d(pts1, pts2, K, H1, out double mean_h1, out double median_h1, out var err_h1);
//Errors.ReprojectionError2d(pts1, pts2, K, H3, out double mean_h3, out double median_h3, out var err_h3);
//Errors.ReprojectionError2dWithT(pts1, pts2, K, H1, zeroT, out double scale1, out double mean_h1a, out double median_h1a, out var err_h1a);
//Errors.ReprojectionError2dWithT(pts1, pts2, K, H3, zeroT, out double scale1x, out double mean_h1ax, out double median_h1ax, out var err_h1ax);
//// Errors.ReprojectionError2dWithT(pts1, pts2, K, R12, tt0, out double scale2, out double mean_h1b, out double median_h1b, out var err_h1b);
//Errors.ReprojectionError2dWithT(pts1, pts2, K, RR, tt1, out double scale3, out double mean_h1c, out double median_h1c, out var err_h1c);
//Errors.ReprojectionError2dWithT(pts1, pts2, K, R12, tt1, out double scale5, out double mean_h1c1, out double median_h1c1, out var err_h1c1);
//Errors.ReprojectionError2dWithT(pts1Ref, pts2Ref, K, R12, tt0, out double scale6, out double mean_h1c2, out double median_h1c2, out var err_h1c2);
//Errors.ReprojectionError2dWithT(pts1, pts2, K, H1, tt1, out double scale4, out double mean_h1d, out double median_h1d, out var err_h1d);
//var KK = EstimateCameraFromImagePair.K(F, 600, 500);
//var EE = ComputeMatrix.E(F, KK);
//var svd2 = new Svd(EE);
//FindTransformation.DecomposeToRTAndTriangulate(pts1, pts2, KK, EE, out var RR2, out var TT2, out Image<Arthmetic, double> estReal2);
//var tt2 = TT2.Mul(1 / TT2.Norm);
//var rr2 = RotationConverter.MatrixToEulerXYZ(RR2);
//Errors.TraingulationError(ptsReal, estReal2, out double mean2, out double median2, out List<double> errors2);
//Errors.ReprojectionError(estReal2, pts2, KK, RR2, tt2, out double mean_r2a, out double median_r2a, out List<double> _1x);
//Errors.ReprojectionError(estReal2, pts2Ref, KK, RR2, tt2, out double mean_r2b, out double median_r2b, out List<double> _2x);
//Errors.ReprojectionError(estReal2, pts2Ref, KK, R12, tt0, out double mean_r2c, out double median_r2c, out List<double> _3x);
//Errors.ReprojectionError(Errors.Matrixify(ptsReal), pts2Ref, KK, RR2, tt2, out double mean_r2e, out double median_r2e, out List<double> _5x);
}
/// <summary>
/// 改变数字
/// </summary>
/// <param name="num">数字</param>
public void ChangeNum(double num)
{
if (num >= 0 && !IsPostive)
{
PostiveAndNegativeChanged?.Invoke(this, new PostiveAndNegativeChangedEventArgs {
OldValue = IsPostive, NewValue = true
});
IsPostive = true;
}
else if (num < 0 && IsPostive)
{
PostiveAndNegativeChanged?.Invoke(this, new PostiveAndNegativeChangedEventArgs {
OldValue = IsPostive, NewValue = false
});
IsPostive = false;
}
num = Math.Abs(num);
string numstr = num.ToString();
if (numstr.IndexOf("E+") >= 0)
{
string[] numstmp = Regex.Split(numstr, "E+");
numstr = numstmp[0];
int x = 1;
if (numstmp[0].IndexOf(".") >= 0)
{
numstr = numstr.Replace(".", "");
x = numstmp[0].Length - numstmp[0].IndexOf(".");
}
for (int i = x - 1; i < int.Parse(numstmp[1]); i++)
{
numstr += "0";
}
}
int[] numids = new int[6];
if (num >= 10000)
{
if (num >= 100000000)
{
string tmp1 = numstr.Split('.')[0];
string tmp2 = tmp1.Substring(0, tmp1.Length - 8); //整数部分
string tmp3 = tmp1.Substring(tmp2.Length, 1); //小数部分
numids[5] = -2;
numids[4] = int.Parse(tmp1.Substring(tmp2.Length + 1, 1)) >= 5 ? int.Parse(tmp3) + 1 : int.Parse(tmp3);
if (numids[4] >= 10)
{
numids[4] -= 10;
tmp2 = (int.Parse(tmp2) + 1).ToString();
}
for (int i = 1; i <= 4; i++)
{
if (tmp2.Length - i >= 0)
{
numids[4 - i] = int.Parse(tmp2.Substring(tmp2.Length - i, 1));
}
else
{
if (4 - i == 3)
{
numids[3] = 0;
}
else
{
numids[4 - i] = -3;
}
}
}
}
else
{
string tmp1 = numstr.Split('.')[0];
string tmp2 = tmp1.Substring(0, tmp1.Length - 4); //整数部分
string tmp3 = tmp1.Substring(tmp2.Length, 1); //小数部分
numids[5] = -1;
numids[4] = int.Parse(tmp1.Substring(tmp2.Length + 1, 1)) >= 5 ? int.Parse(tmp3) + 1 : int.Parse(tmp3);
if (numids[4] >= 10)
{
numids[4] -= 10;
tmp2 = (int.Parse(tmp2) + 1).ToString();
}
for (int i = 1; i <= 4; i++)
{
if (tmp2.Length - i >= 0)
{
numids[4 - i] = int.Parse(tmp2.Substring(tmp2.Length - i, 1));
}
else
{
numids[4 - i] = -3;
}
}
}
}
else
{
string[] tmp1 = numstr.Split('.');
for (int i = 1; i <= 4; i++)
{
if (tmp1[0].Length - i >= 0)
{
numids[4 - i] = int.Parse(tmp1[0].Substring(tmp1[0].Length - i, 1));
}
else
{
numids[4 - i] = -3;
}
}
if (tmp1.Length > 1)
{
for (int i = 0; i < 2; i++)
{
if (tmp1[1].Length - i > 0)
{
numids[4 + i] = int.Parse(tmp1[1].Substring(i, 1));
}
else
{
numids[4 + i] = 0;
}
}
}
}
N4.ChangeNum(numids[0]);
N3.ChangeNum(numids[1]);
N2.ChangeNum(numids[2]);
N1.ChangeNum(numids[3]);
if (numids[4] == 0 && numids[5] == 0)
{
numpoint.Visibility = Visibility.Hidden;
P1.Visibility = Visibility.Hidden;
P2.Visibility = Visibility.Hidden;
ViewPanel.Margin = new Thickness(30, 0, -28, 0);
}
else
{
numpoint.Visibility = Visibility.Visible;
P1.Visibility = Visibility.Visible;
P2.Visibility = Visibility.Visible;
ViewPanel.Margin = new Thickness(1, 0, 1, 0);
P1.ChangeNum(numids[4]);
P2.ChangeNum(numids[5]);
}
}
/// <summary>
/// overrides the <see cref="CustomEntity.OnDraw(OpenGlDevice)"/> method.
/// </summary>
/// <param name="Device"></param>
protected override void OnDraw(OpenGlDevice Device)
{
base.OnDraw(Device);
if (Transverse == null)
{
return;
}
if (Transverse.Count == 0)
{
return;
}
for (int i = 1; i > 0; i--)
{
if (Trace[i].dist(Trace[i - 1]) < Utils.epsilon)
{
Trace.RemoveAt(i);
}
}
if ((Trace.Count == 3) && (Trace.Closed()))
{
Trace.RemoveAt(2);
}
if (Trace.Count <= 1)
{
return;
}
// if (Trace.Count <= 1) return;
xyz Basey = new xyz(0, 0, 0);
if (Trace.Count == 2)
{
Basey = new xyz(0, 0, -1);
if ((Basey & (Trace[1] - Trace[0])).length() < 0.000001)
{
Basey = new xyz(0, -1, 0);
}
}
else
{
Basey = (((Trace[2] - Trace[1]) & (Trace[0] - Trace[1]))).normalized() * (-1);
}
for (int i = 0; i < Trace.Count - 1; i++)
{
xyz N1, N2;
if (i == 0)
{
if (Trace.Closed())
{
N1 = (Trace[i + 1] - Trace[i]).normalized() - (Trace[Trace.Count - 2] - Trace[i]).normalized();
}
else
{
N1 = (Trace[i + 1] - Trace[i]).normalized();
}
if ((i + 2) == Trace.Count)
{
N2 = (Trace[i] - Trace[i + 1]).normalized() & Basey;
}
else
{
N2 = (Trace[i] - Trace[i + 1]).normalized() - (Trace[i + 2] - Trace[i + 1]).normalized();
}
}
else
if (i == (Trace.Count - 2))
{
N1 = (Trace[i + 1] - Trace[i]).normalized() - (Trace[i - 1] - Trace[i]).normalized();
if (Trace.Closed())
{
N2 = (Trace[i] - Trace[0]).normalized() - (Trace[1] - Trace[0]).normalized();
}
else
{
N2 = (Trace[i] - Trace[Trace.Count - 1]).normalized();
}
}
else
{
N1 = (Trace[i + 1] - Trace[i]).normalized() - (Trace[i - 1] - Trace[i]).normalized();
N2 = (Trace[i] - Trace[i + 1]).normalized() - (Trace[i + 2] - Trace[i + 1]).normalized();
}
if (Trace.Count == 2)
{
N1 = Trace[1] - Trace[0];
N2 = Trace[0] - Trace[1];
}
Plane P1 = new Plane(Trace[i], N1.normalized());
Plane P2 = new Plane(Trace[i + 1], N2.normalized());
if (i > 0)
{
Basey = Matrix.Mirror(P1) * Basey - Matrix.Mirror(P1) * new xyz(0, 0, 0);
}
Base B = new Base();
B.BaseO = Trace[i];
B.BaseZ = (Trace[i + 1] - Trace[i]).normalized();
B.BaseY = Basey.normalized();
B.BaseX = (B.BaseY & B.BaseZ).normalized();
B.BaseY = B.BaseZ & B.BaseX * (-1);
Matrix BInvert = B.ToMatrix().invert();
Plane DownPlane = BInvert * P1;
Plane UpPlane = BInvert * P2;
Device.PushMatrix();
Device.MulMatrix(B.ToMatrix());
for (int m = 0; m < Transverse.Count; m++)
{
for (int n = 0; n < Transverse[m].Count; n++)
{
CurveExtruder CE = new CurveExtruder();
CE.Height = -1;
CE.DownPlane = BInvert * P1;
CE.UpPlane = BInvert * P2;
CE.Curve = Transverse[m][n];
CE.Paint(Device);
if (Device.RenderKind == RenderKind.SnapBuffer)
{
SnappItem SI = Selector.StoredSnapItems[Selector.StoredSnapItems.Count - 1];
if (SI != null)
{
SI.OfObject = this;
}
}
}
}
double L = (Trace[i + 1] - Trace[i]).length();
if ((i == 0) && (CloseFirst))
{
Device.drawPolyPolyCurve(Transverse);
}
if ((i == Trace.Count - 2) && (CloseLast))
{
Device.PushMatrix();
Device.MulMatrix(Matrix.Translation(new xyz(0, 0, L)));
Device.drawPolyPolyCurve(Transverse);
Device.PopMatrix();
}
Device.PopMatrix();
}
}
public void TestConstructorN2()
{
N2 a = new N2(2, 0);
}
public string GetString()
{
return(N1.ToString() + "" + N2.ToString() + "" + N3.ToString() + "" + N4.ToString());
}
/// <summary>
/// Build purchase order.
/// Original example from http://www.x12.org/examples/004010X357/tax-exempt-purchase-order/
/// </summary>
public static TS850 BuildPurchaseOrder(string controlNumber)
{
var result = new TS850();
// Indicates the start of a purchase order transaction set and assigns a control number.
result.ST = new ST();
result.ST.TransactionSetIdentifierCode_01 = "850";
result.ST.TransactionSetControlNumber_02 = controlNumber.PadLeft(9, '0');
// Indicates that this is original purchase order number XX-1234, dated March 1, 2017, and that no acknowledgment is necessary.
result.BEG = new BEG();
result.BEG.TransactionSetPurposeCode_01 = "00";
result.BEG.PurchaseOrderTypeCode_02 = "SA";
result.BEG.PurchaseOrderNumber_03 = "XX-1234";
result.BEG.Date_05 = "20170301";
result.BEG.AcknowledgmentType_07 = "NA";
// Repeating PER
result.PER = new List <PER>();
// Indicates that the name of the Buyer is Ed Smith, and his telephone number is (800) 123-4567.
var per = new PER();
per.ContactFunctionCode_01 = "BD";
per.Name_02 = "ED SMITH";
per.CommunicationNumberQualifier_03 = "TE";
per.CommunicationNumber_04 = "8001234567";
result.PER.Add(per);
// Repeating TAX
result.TAX = new List <TAX>();
// Provides state tax exempt ID 53247765.
var tax = new TAX();
tax.TaxIdentificationNumber_01 = "53247765";
tax.LocationQualifier_02 = "SP";
tax.LocationIdentifier_03 = "CA";
tax.TaxExemptCode_12 = "9";
result.TAX.Add(tax);
// Repeating N1 Loops
result.N1Loop = new List <Loop_N1_850>();
// Begin N1 Loop
var n1Loop = new Loop_N1_850();
// Indicates that the buyer is ABC Aerospace. ABC's D-U-N-S+4 number is 123456789-0101.
n1Loop.N1 = new N1();
n1Loop.N1.EntityIdentifierCode_01 = "BY";
n1Loop.N1.Name_02 = "ABC AEROSPACE";
n1Loop.N1.IdentificationCodeQualifier_03 = "9";
n1Loop.N1.IdentificationCode_04 = "1234567890101";
// Repeating N2
n1Loop.N2 = new List <N2>();
// Provides additional name content for the buyer.
var n2 = new N2();
n2.Name_01 = "AIRCRAFT DIVISION";
n1Loop.N2.Add(n2);
// Repeating N3
n1Loop.N3 = new List <N3>();
// The buyer’s street address is 2000 Jet Blvd.
var n3 = new N3();
n3.AddressInformation_01 = "2000 JET BLVD";
n1Loop.N3.Add(n3);
// Repeating N4
n1Loop.N4 = new List <N4>();
// The buyer’s city, state, and ZIP is Fighter Town, CA 98898.
var n4 = new N4();
n4.CityName_01 = "FIGHTER TOWN";
n4.StateorProvinceCode_02 = "CA";
n4.PostalCode_03 = "98898";
n1Loop.N4.Add(n4);
// End N1 Loop
result.N1Loop.Add(n1Loop);
// Repeating PO1 Loops
result.PO1Loop = new List <Loop_PO1_850>();
// Begin PO1 Loop
var pO1Loop = new Loop_PO1_850();
// Indicates Baseline item 1 is a request to purchase 25 units, with a price of $36.00 each, of manufacturer's part number XYZ-1234.
pO1Loop.PO1 = new PO1();
pO1Loop.PO1.AssignedIdentification_01 = "1";
pO1Loop.PO1.QuantityOrdered_02 = "25";
pO1Loop.PO1.UnitorBasisforMeasurementCode_03 = "EA";
pO1Loop.PO1.UnitPrice_04 = "36";
pO1Loop.PO1.BasisofUnitPriceCode_05 = "PE";
pO1Loop.PO1.ProductServiceIDQualifier_06 = "MG";
pO1Loop.PO1.ProductServiceID_07 = "XYZ-1234";
// Repeating MEA
pO1Loop.MEA = new List <MEA>();
// Indicates that each unit in the order weighs 10 ounces.
var mea = new MEA();
mea.MeasurementReferenceIDCode_01 = "WT";
mea.MeasurementQualifier_02 = "WT";
mea.MeasurementValue_03 = "10";
mea.CompositeUnitofMeasure_04 = new C001();
mea.CompositeUnitofMeasure_04.UnitorBasisforMeasurementCode_01 = "OZ";
pO1Loop.MEA.Add(mea);
// Indicates that no product substitution is allowed.
pO1Loop.IT8 = new IT8();
pO1Loop.IT8.ProductServiceSubstitutionCode_07 = "B0";
// Repeating SCH Loops
pO1Loop.SCHLoop = new List <Loop_SCH_850>();
// Begin SCH Loop
var schLoop = new Loop_SCH_850();
// Indicates that the 25 units are required to arrive by June 15, 2017.
schLoop.SCH = new SCH();
schLoop.SCH.Quantity_01 = "25";
schLoop.SCH.UnitorBasisforMeasurementCode_02 = "EA";
schLoop.SCH.DateTimeQualifier_05 = "106";
schLoop.SCH.Date_06 = "20170615";
// End SCH Loop
pO1Loop.SCHLoop.Add(schLoop);
// End PO1 Loop
result.PO1Loop.Add(pO1Loop);
// Begin CTT Loop
result.CTTLoop = new Loop_CTT_850();
// Indicates that the purchase order contains 1 line item.
result.CTTLoop.CTT = new CTT();
result.CTTLoop.CTT.NumberofLineItems_01 = "1";
// Indicates that the total amount of the purchase order is $900.
result.CTTLoop.AMT = new AMT();
result.CTTLoop.AMT.AmountQualifierCode_01 = "TT";
result.CTTLoop.AMT.MonetaryAmount_02 = "900";
// End CTT Loop
return(result);
}
void pruebaCorridas(List <double> Xi)
{
int R, N1, N2;
double Media, Desviacion, H, Z0;
List <bool> Arriba = new List <bool>();
// Ver si estan arriba o abajo
foreach (double x in Xi)
{
if (x < 0.5)
{
Arriba.Add(false);
}
else
{
Arriba.Add(true);
}
}
R = numDeCorridas(Arriba);
N1 = Arriba.FindAll(x => x == false).Count;
N2 = Arriba.FindAll(x => x == true).Count;
// Calcular media
Media = 2 * N1 * N2;
Media = Media / (N1 + N2);
Media = Media + 1;
// Calcular desviacion
Desviacion = (2 * N1 * N2) - N1 - N2;
Desviacion = 2 * N1 * N2 * Desviacion;
Desviacion = Desviacion / (Math.Pow(N1 + N2, 2) * (N1 + N2 - 1));
Desviacion = Math.Sqrt(Desviacion);
// Corrección para continuidad
H = R < Media ? 0.5 : -0.5;
// Valor estadístico Z0
Z0 = R + H - Media;
Z0 = Z0 / Desviacion;
lblR.Text = "R = " + R.ToString();
lblN1.Text = "N1 = " + N1.ToString();
lblN2.Text = "N2 = " + N2.ToString();
lblMedia.Text = "Media = " + Media.ToString();
lblDesviacion.Text = "Desviacion = " + Desviacion.ToString();
lblH.Text = "H = " + H.ToString();
lblZ.Text = "Z0 = " + Z0.ToString();
if (Z0 < -1.96)
{
lblResultado.Text = "Resultado\nZ0 < -1.96\n∴\nNo se comportan de manera aleatoria.";
}
else if (Z0 > 1.96)
{
lblResultado.Text = "Resultado\n1.96 < Z0\n∴\nNo se comportan de manera aleatoria.";
}
else
{
lblResultado.Text = "Resultado\n-1.96 ≤ Z0 ≤ 1.96\n∴\nSe comportan de manera aleatoria.";
}
}
