public void AddOrUpdate(string staticName, string scope, string name, string description, int? usesConfigurationOfOtherSet, bool alwaysShareConfig, bool changeStaticName = false, string newStaticName = "")
{
var ct = GetAttributeSetByStaticName(staticName);
if (ct == null)
{
ct = new AttributeSet()
{
AppID = Context.AppId,
StaticName = Guid.NewGuid().ToString(),// staticName,
Scope = scope == "" ? null : scope,
UsesConfigurationOfAttributeSet = usesConfigurationOfOtherSet,
AlwaysShareConfiguration = alwaysShareConfig
};
Context.SqlDb.AddToAttributeSets(ct);
}
ct.Name = name;
ct.Description = description;
ct.Scope = scope;
if (changeStaticName) // note that this is a very "deep" change
ct.StaticName = newStaticName;
ct.ChangeLogIDCreated = Context.Versioning.GetChangeLogId(Context.UserName);
// save first, to ensure it has an Id
Context.SqlDb.SaveChanges();
//var fullApi = new BetaFullApi(Context.ZoneId, Context.AppId, Context);
//fullApi.Metadata_AddOrUpdate(Constants.AssignmentObjectTypeIdFieldProperties, ct.AttributeSetID, "@All", newValues);
}
public CardboardOverlayView(Context context, AttributeSet attrs)
: base(context, attrs)
{
setOrientation(HORIZONTAL);
LayoutParams @params = new LayoutParams(
LayoutParams.MATCH_PARENT, LayoutParams.MATCH_PARENT, 1.0f);
@params.setMargins(0, 0, 0, 0);
leftView = new CardboardOverlayEyeView(context, attrs);
leftView.setLayoutParams(@params);
addView(leftView);
rightView = new CardboardOverlayEyeView(context, attrs);
rightView.setLayoutParams(@params);
addView(rightView);
// Set some reasonable defaults.
setDepthOffset(0.016f);
setColor(Color.rgb(150, 255, 180));
setVisibility(View.VISIBLE);
textFadeAnimation = new AlphaAnimation(1.0f, 0.0f);
textFadeAnimation.setDuration(5000);
}
protected void BtnSave_Click(object sender, EventArgs e)
{
LblErr.Text = "";
LblOk.Text = "";
try
{
var o1 = new AttributeSet();
var man = new AttributeSetsManager();
if (base.CurrentId == 0)
{
form2obj(o1);
o1 = man.Insert(o1);
}
else
{
o1 = man.GetByKey(base.CurrentId); //precarico i campi esistenti e nn gestiti dal form
form2obj(o1);
man.Update(o1);
}
Grid1.DataBind();
Grid2.DataBind();
LblOk.Text = RenderSuccess(Utility.GetLabel("RECORD_SAVED_MSG"));
MultiView1.ActiveViewIndex = 0;
}
catch (Exception e1)
{
LblErr.Text = RenderError(Utility.GetLabel("RECORD_ERR_MSG") + "<br />" + e1.ToString());
}
finally
{
}
}
public void AttributeSetShouldBeMakeANameTileMappping()
{
var firstTile = new TileAttribute("first", new StringTile("1"));
var secondTile = new TileAttribute("second", new StringTile("2"));
var set = new AttributeSet("TILE", new List<TileAttribute> { firstTile, secondTile });
Assert.That(set.Count, Is.EqualTo(2));
}
/// <summary>
/// Constructor.
/// </summary>
/// <param name="tag">The tag of this instance.</param>
/// <param name="vr">The VR of this instance.</param>
/// <param name="parent">The parent of this instance.</param>
public Attribute(Tag tag, VR vr, AttributeSet parent)
{
this.tag = tag;
this.vr = vr;
this.parent = parent;
this.parent.Add(this);
}
public void ContainsOnTileAttributesShouldReturnTrueForExistingName()
{
var firstTile = new TileAttribute("first", new StringTile("1"));
var secondTile = new TileAttribute("second", new StringTile("2"));
var set = new AttributeSet("TILE", new List<TileAttribute> { firstTile, secondTile });
Assert.That(set.HasDefinitionFor("first"));
}
protected internal override View onCreateView (string name, AttributeSet attrs)
{
Assembly calling = Assembly.GetCallingAssembly ();
if (calling.GetType ("android.widget." + name) != null)
return createView (name, "android.widget.", attrs);
return base.onCreateView (name, attrs);
}
/// <summary>
/// Get a List of all Attributes in specified AttributeSet
/// </summary>
/// <param name="attributeSet">Reference to an AttributeSet</param>
/// <param name="includeTitleAttribute">Specify whether TitleAttribute should be included</param>
public List<Attribute> GetAttributes(AttributeSet attributeSet, bool includeTitleAttribute = true)
{
var items = Context.SqlDb.AttributesInSets.Where(a => a.AttributeSetID == attributeSet.AttributeSetID);
if (!includeTitleAttribute)
items = items.Where(a => !a.IsTitle);
return items.Select(a => a.Attribute).ToList();
}
/// <summary>
/// Creates a new instance according to attributes decorating the derived class
/// </summary>
protected PmcCategoryDefinitionBase()
{
var attrSet = new AttributeSet(GetType(), typeof (PmcAttributeBase));
Name = attrSet.Single<PmcCategoryNameAttribute>().Value;
Help = attrSet.Optional(new PmcCategoryHelpAttribute(string.Empty)).Value;
Type = attrSet.Optional(new PmcCategoryTypeAttribute(PerformanceCounterCategoryType.Unknown)).Type;
IsPredefined = attrSet.Optional(new PmcCategoryPredefinedAttribute(false)).IsPredefined;
}
/// <summary>
/// This ctor is used mostly when FloatingControler is inflated from xml layout
/// </summary>
/// <param name="context">
/// The context for which the view is being inflated. If it is not an Activity the
/// exception may be thrown. </param>
/// <param name="attrs">
/// Attributes given in xml declaration of FloatingControler </param>
public FloatingController(Context context, AttributeSet attrs) : base(context, attrs)
{
TypedArray array = context.Theme.obtainStyledAttributes(attrs, R.styleable.FloatingControler, 0, 0);
initializeControl(array);
array.recycle();
}
/// <summary>
/// Creates a new instance of the class using the attributes decorating it.
/// </summary>
protected LogEventBase()
{
var attrSet = new AttributeSet(GetType(), typeof(EventAttributeBase));
CategoryId = attrSet.Optional(new EventCategoryIdAttribute(0)).Value;
EventId = attrSet.Optional(new EventIdAttribute(0)).Value;
Source = attrSet.Single<EventSourceAttribute>().Value;
Type = attrSet.Optional(new EventTypeAttribute(EventLogEntryType.Information)).Value;
Message = attrSet.Optional(new EventMessageAttribute(String.Empty)).Value;
LogName = attrSet.Single<EventLogNameAttribute>().Value;
}
public void FlattenShouldAddExistingAttributesToNewSet()
{
var firstSet = new AttributeSet("TILE", new TileAttribute("first", new StringTile("1")));
var secondSet = new AttributeSet("TILE", new TileAttribute("second", new StringTile("1")));
Assert.That(firstSet.Count, Is.EqualTo(1));
Assert.That(secondSet.Count, Is.EqualTo(1));
firstSet.Merge(secondSet);
Assert.That(firstSet.Count, Is.EqualTo(2));
Assert.That(secondSet.Count, Is.EqualTo(1));
}
public virtual void insertString(int offs, string str, AttributeSet a)
{
if (str == null)
return;
if (this.maxlen < 0)
base.insertString(offs, str, a);
char[] chArray = String.instancehelper_toCharArray(str);
StringBuffer stringBuffer = new StringBuffer();
stringBuffer.append(chArray, 0, Math.min(this.maxlen, chArray.Length));
base.insertString(offs, stringBuffer.toString(), a);
}
/// <summary>
/// Create a xml import. The data stream passed will be imported to memory, and checked
/// for errors. If no error could be found, the data can be persisted to the repository.
/// </summary>
/// <param name="zoneId">ID of 2SexyContent zone</param>
/// <param name="applicationId">ID of 2SexyContent application</param>
/// <param name="contentTypeId">ID of 2SexyContent type</param>
/// <param name="dataStream">Xml data stream to import</param>
/// <param name="languages">Languages that can be imported (2SexyContent languages enabled)</param>
/// <param name="documentLanguageFallback">Fallback document language</param>
/// <param name="entityClear">How to handle entities already in the repository</param>
/// <param name="resourceReference">How value references to files and pages are handled</param>
public XmlImport(int zoneId, int applicationId, int contentTypeId, Stream dataStream, IEnumerable<string> languages, string documentLanguageFallback, EntityClearImport entityClear, ResourceReferenceImport resourceReference)
{
Entities = new List<ImportEntity>();
ErrorProtocol = new ImportErrorProtocol();
_appId = applicationId;
_zoneId = zoneId;
_contentType = EavDataController.Instance(zoneId, applicationId).AttribSet.GetAttributeSet(contentTypeId);
_languages = languages;
_documentLanguageFallback = documentLanguageFallback;
_entityClear = entityClear;
_resourceReference = resourceReference;
ValidateAndImportToMemory(dataStream);
}
public void AttribDelete(string name)
{
try
{
attSets = doc.AttributeSets;
attSet = attSets[name];
foreach (Inventor.Attribute att in attSet)
{
att.Delete();
}
attSets[name].Delete();
}
catch
{
}
}
// requires: All slots in this are null or non-constants
// effects: Returns the non-null slots of this
internal AttributeSet GetNonNullSlots()
{
AttributeSet attributes = new AttributeSet(MemberPath.EqualityComparer);
foreach (ProjectedSlot projectedSlot in m_projectedSlots)
{
// null means 'unused' slot -- we ignore those
if (projectedSlot != null)
{
MemberProjectedSlot projectedVar = projectedSlot as MemberProjectedSlot;
Debug.Assert(projectedVar != null, "Projected slot must not be a constant");
attributes.Add(projectedVar.MemberPath);
}
}
return(attributes);
}
public ConfirmablesTest(ITestOutputHelper output) : base(output)
{
_localNodeId = Id.Of(1);
_localNode = Config.NodeMatching(_localNodeId);
_remoteNode2 = Config.NodeMatching(Id.Of(2));
_remoteNode3 = Config.NodeMatching(Id.Of(3));
_set = AttributeSet.Named("test-set");
_tracked = _set.AddIfAbsent(Attribute <string> .From("test-attr", "test-value"));
_consumables = new Confirmables(_localNode, Config.AllOtherNodes(_localNodeId));
}
public void TileAttributesShouldThrowExceptionOnNonExistingName()
{
var firstTile = new TileAttribute("first", new StringTile("1"));
var secondTile = new TileAttribute("second", new StringTile("2"));
var set = new AttributeSet("TILE", new List <TileAttribute> {
firstTile, secondTile
});
try
{
Assert.That(set["nonexisting"], Is.Not.Null);
Assert.Fail("Expected exception");
} catch (TileException Te)
{
Assert.That(Te.Message, Is.EqualTo(TileException.AttributeNotFound("nonexisting", "TILE").Message));
}
}
public View(Context context, AttributeSet attrs)
{
WinUI.Name = this.GetType().Name;
WinUI.HorizontalContentAlignment = HorizontalAlignment.Stretch;
WinUI.VerticalContentAlignment = VerticalAlignment.Stretch;
this.mContext = context;
//Get attributes and set this view's options
setId(Convert.ToInt32(attrs.getIdAttribute()));
//setId((int)attrs.getAttributeUnsignedIntValue(Util.nspace, "id", 0));
//FOR IMPLEMENTING GRAVITY: if((grav | top) == grav) - means it contains top param. replace top with others (bottom, center, etc) to determine gravity
LoadViewAttributeSet(attrs);
CreateWinUI(context, attrs);
}
/// <summary>
/// Parse Xml file into dictionary of relative paths and attributes.
/// <para>Optionally writes structure to project folder (defaults to true).</para>
/// </summary>
/// <param name="xmlFilePath">Path to the Xml template file.</param>
/// <param name="write">If the structure should be written to disk.</param>
/// <returns></returns>
public static Dictionary <string, AttributeSet> PaseXML(string xmlFilePath, bool write = true)
{
// Take reference to project and directory to ensure it doesn't change mid method.
var project = Strings.CurrentProject;
string projectDirectory = Strings.ProjectDirectory;
// Read Xml file.
var doc = new XmlDocument();
try
{
doc.Load(xmlFilePath);
}
catch (Exception ex)
{
System.Windows.Forms.MessageBox.Show(ex.Message, "Error");
return(null);
}
// Skip to root node.
var root = doc.ChildNodes[0];
// Create list to hold unique paths and template ids.
var paths = new Dictionary <string, AttributeSet>();
// Itterate through XML and populate list.
foreach (XmlNode node in root.ChildNodes)
{
var nodeDir = node.Attributes[Strings.Attributes[XmlAttributeName.Name]].Value;
paths.Add(nodeDir, AttributeSet.FromXmlNode(node));
var children = node.ChildNodes;
foreach (XmlNode child in children)
{
AddPathsFromXmlNode(child, ref paths);
}
}
// Write parsed structure to disk if requested.
if (write)
{
WriteStructure(project, projectDirectory, paths);
}
return(paths);
}
// Computes accuracy.
public void AccuracyRating(AttributeSet attrs)
{
Accuracy = attrs["+# Accuracy Rating"][0];
// Local weapon accuracy bonus.
if (Local.ContainsKey("+# to Accuracy Rating"))
{
Accuracy += Local["+# to Accuracy Rating"][0];
}
float incAcc = 0;
// Local weapon accuracy bonus.
if (Local.ContainsKey("#% increased Accuracy Rating"))
{
incAcc += Local["#% increased Accuracy Rating"][0];
}
// Gems & global bonuses.
if (attrs.ContainsKey("+# to Accuracy Rating"))
{
Accuracy += attrs["+# to Accuracy Rating"][0];
}
if (attrs.ContainsKey("#% increased Accuracy Rating"))
{
incAcc += attrs["#% increased Accuracy Rating"][0];
}
if (attrs.ContainsKey("#% reduced Accuracy Rating"))
{
incAcc += attrs["#% reduced Accuracy Rating"][0];
}
foreach (var attr in attrs.Matches(ReIncreasedAccuracyRatingWithWeaponType))
{
Match m = ReIncreasedAccuracyRatingWithWeaponType.Match(attr.Key);
WeaponType weaponType;
if (WithWeaponType.TryGetValue(m.Groups[2].Value, out weaponType) && Nature.Is(weaponType))
{
incAcc += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
}
}
if (Compute.IsDualWielding && attrs.ContainsKey("#% increased Accuracy Rating while Dual Wielding"))
{
incAcc += attrs["#% increased Accuracy Rating while Dual Wielding"][0];
}
if (incAcc != 0)
{
Accuracy = IncreaseValueByPercentage(Accuracy, incAcc);
}
}
public IServiceDefinition BuildUpService(object serviceInstance = null, Type declaringType = null, IPackage package = null)
{
var service = serviceInstance as Service ?? new Service(_serviceDependenciesFactory);
if (declaringType == null)
{
declaringType = (serviceInstance ?? service).GetType();
}
var serviceDefinition = new ServiceDefinition(service, _requestRouter, _nameManager, _fluentBuilder, package, declaringType);
var attributes = new AttributeSet(declaringType);
_elementConfiguror.Configure(serviceDefinition, attributes);
return(serviceDefinition);
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//
//
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
public static bool FindParentFeature(AssemblyDocument ParentDocument,
PartFeature partFeature,
out PartFeature asmFeature,
out ComponentOccurrence occurrence)
{
asmFeature = null;
occurrence = null;
try
{
AttributeSet set = partFeature.AttributeSets[_AttributeSet];
Byte[] contextData = set["ContextData"].Value as Byte[];
int keyContext = ParentDocument.ReferenceKeyManager.LoadContextFromArray(ref contextData);
Byte[] refKey1 = set["AsmFeatureRefKey"].Value as Byte[];
object MatchType1;
asmFeature = ParentDocument.ReferenceKeyManager.BindKeyToObject(ref refKey1,
keyContext,
out MatchType1) as PartFeature;
Byte[] refKey2 = set["OccurrenceRefKey"].Value as Byte[];
object MatchType2;
occurrence = ParentDocument.ReferenceKeyManager.BindKeyToObject(ref refKey2,
keyContext,
out MatchType2) as ComponentOccurrence;
if (asmFeature != null && occurrence != null)
{
return(true);
}
return(false);
}
catch
{
return(false);
}
}
IPackageDefinition IPackageBuilder.BuildUpPackage(object packageInstance, Type declaringType)
{
var package = packageInstance as Runtime.Package ?? new Runtime.Package(_packageDependenciesFactory);
if (declaringType == null)
{
declaringType = (packageInstance ?? package).GetType();
}
var packageDefinition = new PackageDefinition(package, _fluentBuilder, _nameManager);
var attributes = new AttributeSet(declaringType);
_elementConfiguror.Configure(packageDefinition, attributes);
return(packageDefinition);
}
IModuleDefinition IModuleBuilder.BuildUpModule(object moduleInstance, Type declaringType)
{
var module = moduleInstance as Module ?? new Module(_moduleDependenciesFactory);
if (declaringType == null)
{
declaringType = (moduleInstance ?? module).GetType();
}
var moduleDefinition = new ModuleDefinition(module, _fluentBuilder);
var attributes = new AttributeSet(declaringType);
_elementConfiguror.Configure(moduleDefinition, attributes);
return(moduleDefinition);
}
public AttributeSet AttribSetAdd(object ob, string nameAttSet)
{
PartFeature pf;
if (ob is PartFeature)
{
pf = ob as PartFeature;
attSets = pf.AttributeSets;
if (attSets.NameIsUsed[nameAttSet])
{
AttribDelete(nameAttSet);
}
attSet = attSets.Add(nameAttSet);
return(attSet);
}
return(null);
}
/**
* Creates or retrieves a ColorStateList that always returns a single color.
*/
/*public static ColorStateList valueOf(int color)
* {
* // TODO: should we collect these eventually?
* lock(sCache)
* {
* WeakReference<ColorStateList> ref1 = sCache.get(color);
*
* ColorStateList csl1;
* ref1.TryGetTarget(out csl1);
*
* ColorStateList csl = ref1 != null ? csl1 : null;
* if (csl != null)
* {
* return csl;
* }
*
* csl = new ColorStateList(EMPTY, new int[] { color });
* sCache.put(color, new WeakReference<ColorStateList>(csl));
* return csl;
* }
* }*/
/**
* Create a ColorStateList from an XML document, given a set of {@link Resources}.
*/
public static ColorStateList createFromXml(Resources r, XmlPullParser parser)
{
AttributeSet attrs = Xml.asAttributeSet(parser);
int type;
while ((type = parser.next()) != XmlPullParser.START_TAG && type != XmlPullParser.END_DOCUMENT)
{
}
if (type != XmlPullParser.START_TAG)
{
throw new Exception("No start tag found");
}
return(createFromXmlInner(r, parser, attrs));
}
public void AddInformation()
{
PartDocument oPartDocument;
oPartDocument = (PartDocument)m_inventorApplication.ActiveDocument;
PartComponentDefinition oPartCompDef;
oPartCompDef = oPartDocument.ComponentDefinition;
AttributeSets atr = m_selectiFeature.AttributeSets;
int insertPlane;
int insertFace;
this.GetInsertFace(oPartCompDef, m_selectFace, out insertPlane, out insertFace);
m_insertFace = oPartCompDef.Features.ExtrudeFeatures["拉伸1"].Faces[insertFace];
AttributeSet abs = atr["MyAttribSet"];
Inventor.Attribute internalname = abs["InternalName"];
Inventor.Attribute footprint = abs["Footprint"];
Inventor.Attribute pointX = abs["PointX"];
Inventor.Attribute pointY = abs["PointY"];
Inventor.Attribute pointZ = abs["PointZ"];
TransientGeometry oTransGeo;
oTransGeo = m_inventorApplication.TransientGeometry;
m_Point = oTransGeo.CreatePoint(pointX.Value, pointY.Value, pointZ.Value);
Inventor.Attribute indexname = abs["IndexName"];
m_indexname = indexname.Value;
Inventor.Attribute codename = abs["CodeName"];
m_codename = codename.Value;
Inventor.Attribute codenumber = abs["CodeNumber"];
m_codenumber = codenumber.Value;
m_connectToaccess = new ConnectToAccess(m_filepath, m_filename, m_codename, m_indexname, m_codenumber);
string sql = @"select 生产厂家 from Outlines where Outlines.标准='" + m_indexname + "'";
string [] result = new string[25];
m_connectToaccess.GetInformation(sql, "生产厂家", out result);
int i = 0;
while (result[i] != null)
{
m_insertOutlineForm.listBoxName.Items.Add(result[i]);
i++;
}
}
/// <summary>
/// Constructor.
/// </summary>
/// <param name="sequenceItem">
/// The SequenceItem instance containing the DICOM attributes to construct this instance with.
/// </param>
/// <param name="parentContentItem">The parent Content Item.</param>
/// <param name="position">The ordinal position of the associated Sequence Item in it's contained Content Sequence Item.</param>
public ContentItemWithValueTypeNum(AttributeSet attributeSet, ContentItem parentContentItem, uint position) :
base(attributeSet, parentContentItem, position)
{
DvtkHighLevelInterface.Dicom.Other.Attribute attribute = attributeSet["0x0040A300"];
if (attribute.Exists)
{
if (attribute.VR == VR.SQ)
{
if (attribute.ItemCount > 0)
{
this.measuredValue = new MeasuredValue(attribute.GetItem(1));
}
}
}
this.numericValueQualifier = ConceptCode.CreateConceptCode(attributeSet, "0x0040A301", numericValueQualifierContext);
}
private void ManaRegen(AttributeSet def, float mana)
{
if (mana > 0)
{
float manaRegen = PercentOfValue(RoundValue(mana, 0), 1.75f);
// manaRegen += ClarityManaRegenerationPerSecond; // Clarity provides flat mana regeneration bonus.
float incManaRegen = 0;
if (Global.ContainsKey("#% increased Mana Regeneration Rate"))
{
incManaRegen += Global["#% increased Mana Regeneration Rate"][0];
}
manaRegen = IncreaseValueByPercentage(manaRegen, incManaRegen);
def["Mana Regeneration per Second: #"] = new List <float>()
{
RoundValue(manaRegen, 1)
};
}
}
public void DoesExist_returnsTrue()
{
Inventor.Application app = ApplicationShim.Instance();
var path = app.DesignProjectManager.ActiveDesignProject.TemplatesPath;
Document doc = app.Documents.Add(DocumentTypeEnum.kPartDocumentObject, path + "Standard.ipt", true);
//create the test attribute
AttributeSet attributeSet = doc.AttributeSets.Add("testSet");
var result = AttributeShim.AttributeSetExists(doc, "testSet");
try
{
Assert.IsTrue(result);
}
finally { doc.Close(true); }
}
/// <summary>
/// Constructor.
/// </summary>
/// <param name="tagSequence">The tag sequence of the attribute.</param>
/// <param name="dvtkDataAttribute">The encapsulated DvtkData attribute.</param>
/// <param name="parentAttributeSet">The AttributeSet this instance is part of.</param>
public ValidAttribute(TagSequence tagSequence, DvtkData.Dimse.Attribute dvtkDataAttribute, AttributeSet parentAttributeSet)
{
// Sanity check.
if (dvtkDataAttribute == null)
{
throw new ArgumentException("Internal error: dvtkDataAttribute may not be null.");
}
// Sanity check.
if (parentAttributeSet == null)
{
throw new ArgumentException("Internal error: parentAttributeSet may not be null.");
}
TagSequence = tagSequence;
this.dvtkDataAttribute = dvtkDataAttribute;
this.parentAttributeSet = parentAttributeSet;
}
private void parseViewTag(XmlPullParser parser, View view, AttributeSet attrs)
{
int type;
//The below will be activated in the final version of Astoria.
//TypedArray ta = mContext.obtainStyledAttributes(attrs, com.android.internal.R.styleable.ViewTag);
//int key = ta.getResourceId(com.android.internal.R.styleable.ViewTag_id, 0);
//string value = ta.getText(com.android.internal.R.styleable.ViewTag_value);
//view.setTag(key, value);
//ta.recycle();
int currentDepth = parser.getDepth();
while (((type = parser.next()) != XmlPullParser.END_TAG || parser.getDepth() > currentDepth) && type != XmlPullParser.END_DOCUMENT)
{
// Empty
}
}
public void GetExisting_works()
{
var doc = tests.TestUtilities.CreatePartDocument();
//create the test Attribute
var test = "test string";
AttributeSet attributeSet = doc.AttributeSets.Add("testSet");
Inventor.Attribute attribute = attributeSet.Add("testAttribute", ValueTypeEnum.kStringType, test);
var result = AttributeShim.GetAttributeValue(doc, "testSet", "testAttribute");
try
{
Assert.AreEqual(result, test);
}
finally { doc.Close(true); }
}
/// <summary>
/// Constructor.
/// </summary>
/// <param name="sequenceItem">
/// The SequenceItem instance containing the DICOM attributes to construct this instance with.
/// </param>
/// <param name="parentContentItem">The parent Content Item.</param>
/// <param name="position">The ordinal position of the associated Sequence Item in it's contained Content Sequence Item.</param>
public ContentItemWithValueTypeNum(AttributeSet attributeSet, ContentItem parentContentItem, uint position)
: base(attributeSet, parentContentItem, position)
{
DvtkHighLevelInterface.Dicom.Other.Attribute attribute = attributeSet["0x0040A300"];
if (attribute.Exists)
{
if (attribute.VR == VR.SQ)
{
if (attribute.ItemCount > 0)
{
this.measuredValue = new MeasuredValue(attribute.GetItem(1));
}
}
}
this.numericValueQualifier = ConceptCode.CreateConceptCode(attributeSet, "0x0040A301", numericValueQualifierContext);
}
object IFluentBuilder.Register(Type type, Func <Type, object> factory)
{
if (!_types.Add(type))
{
return(null);
}
var attributes = new AttributeSet(type);
if (attributes.IsPackage != null)
{
return(BuildPackage(null, type, factory, null));
}
if (attributes.IsModule != null)
{
return(BuildModule(type, factory));
}
if (attributes.IsPage != null)
{
return(BuildPage(type, factory));
}
if (attributes.IsLayout != null)
{
return(BuildLayout(type, factory));
}
if (attributes.IsRegion != null)
{
return(BuildRegion(type, factory));
}
if (attributes.IsComponent != null)
{
return(BuildComponent(type, factory));
}
if (attributes.IsService != null)
{
return(BuildService(type, factory));
}
if (attributes.IsDataProvider != null)
{
return(BuildDataProvider(type, factory));
}
return(null);
}
private void EnergyShieldRegen(AttributeSet def, float es)
{
if (es > 0)
{
def["Maximum Energy Shield: #"] = new List <float>()
{
RoundValue(es, 0)
};
float esRecharge = RoundValue(es, 0) / 5; // By default, energy shield recharges at a rate equal to a fifth of the character's maximum energy shield per second.
if (Global.ContainsKey("#% increased Energy Shield Recharge Rate"))
{
esRecharge = esRecharge * (1 + Global["#% increased Energy Shield Recharge Rate"][0] / 100);
}
def["Energy Shield Recharge per Second: #"] = new List <float>()
{
RoundValue(esRecharge, 1)
};
float esDelay = 2; // By default, the delay period for energy shield to begin to recharge is 2 seconds.
float esOccurrence = 0;
if (Global.ContainsKey("#% faster start of Energy Shield Recharge"))
{
esOccurrence += Global["#% faster start of Energy Shield Recharge"][0];
}
if (Global.ContainsKey("#% slower start of Energy Shield Recharge"))
{
esOccurrence -= Global["#% slower start of Energy Shield Recharge"][0];
}
esDelay = esDelay * 100 / (100 + esOccurrence); // 200 / (100 + r)
if (esOccurrence != 0)
{
def["Energy Shield Recharge Occurrence modifier: " + (esOccurrence > 0 ? "+" : "") + "#%"] = new List <float>()
{
esOccurrence
}
}
;
def["Energy Shield Recharge Delay: #s"] = new List <float>()
{
RoundValue(esDelay, 1)
};
}
}
public List <AttributeSet> GetAllAttributeSet()
{
List <AttributeSet> AttributeList = null;
try
{
using (SqlConnection con = _databaseFactory.GetDBConnection())
{
using (SqlCommand cmd = new SqlCommand())
{
if (con.State == ConnectionState.Closed)
{
con.Open();
}
cmd.Connection = con;
cmd.CommandText = "[GetAllAttributeSet]";
cmd.CommandType = CommandType.StoredProcedure;
using (SqlDataReader sdr = cmd.ExecuteReader())
{
if ((sdr != null) && (sdr.HasRows))
{
AttributeList = new List <AttributeSet>();
while (sdr.Read())
{
AttributeSet attributeSetObj = new AttributeSet();
{
attributeSetObj.ID = (sdr["ID"].ToString() != "" ? int.Parse(sdr["ID"].ToString()) : attributeSetObj.ID);
attributeSetObj.Name = sdr["Name"].ToString();
}
AttributeList.Add(attributeSetObj);
}
}//if
}
}
}
}
catch (Exception ex)
{
throw ex;
}
return(AttributeList);
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Use: Read attribute and returns its value in out parameter.
// Returns true if attribute exists, false otherwise
//
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
public static bool ReadAttribute(object target,
string setName,
string attName,
out object value,
out ValueTypeEnum type)
{
value = null;
type = ValueTypeEnum.kIntegerType;
try
{
AttributeSets sets = AdnInventorUtilities.GetProperty(target, "AttributeSets") as AttributeSets;
if (sets == null)
{
return(false);
}
if (!sets.get_NameIsUsed(setName))
{
return(false);
}
AttributeSet set = sets[setName];
if (!set.get_NameIsUsed(attName))
{
return(false);
}
Inventor.Attribute att = set[attName];
type = att.ValueType;
value = att.Value;
return(true);
}
catch
{
return(false);
}
}
public ConfirmingDistributorTest(ITestOutputHelper output) : base(output)
{
_localNodeId = Id.Of(1);
_localNode = Config.NodeMatching(_localNodeId);
_set = AttributeSet.Named("test-set");
_tracked = _set.AddIfAbsent(Attribute <string> .From("test-attr", "test-value"));
_channelProvider = new MockManagedOutboundChannelProvider(_localNodeId, Config);
var pool = new ConsumerByteBufferPool(ElasticResourcePool <IConsumerByteBuffer, string> .Config.Of(10), Properties.OperationalBufferSize());
var outboundStream = TestWorld.ActorFor <IOperationalOutboundStream>(
() => new OperationalOutboundStreamActor(_localNode, _channelProvider, pool));
_confirmingDistributor = new ConfirmingDistributor(Application, _localNode, outboundStream.Actor, Config);
}
//
// - Methods -
//
/// <summary>
/// Create a ConceptCode instance, if the specified Sequence Attribute is present in the
/// supplied Attribute Set and the Sequence Attribute contains at least one Sequence Item.
/// </summary>
/// <param name="attributeSet">
/// The Attribute Set in which the Sequence Attribute may be present.
/// </param>
/// <param name="tag">The Tag of the Sequence Attribute.</param>
/// <returns>
/// The created ConceptCode instance if the first Sequence Item exists.
/// Null otherwise.
/// </returns>
internal static ConceptCode CreateConceptCode(AttributeSet attributeSet, String tag, string context)
{
ConceptCode conceptCode = null;
DvtkHighLevelInterface.Dicom.Other.Attribute attribute = attributeSet[tag];
if (attribute.Exists)
{
if (attribute.VR == VR.SQ)
{
if (attribute.ItemCount > 0)
{
conceptCode = new ConceptCode(attribute.GetItem(1), context);
}
}
}
return(conceptCode);
}
/// <summary>
/// Check if the given match dataset is found in the local dataset using the default Tag Type list.
/// A check is made to see if all the attributes in the given match dataset are present in the local
/// dataset. In addition to the base match we need to try to match attributes from the
/// Request Attributes Sequence (if present) or Scheduled Procedure Step Sequence (if present).
/// </summary>
/// <param name="matchDataset">Match dataset to check.</param>
/// <returns>Boolean indicating if the match attributes are present in the local dataset.</returns>
public override bool IsFoundIn(AttributeSet matchDataset)
{
bool isFoundIn = base.IsFoundIn(matchDataset);
if (isFoundIn == false)
{
// check if the Request Attributes Sequence is available in the match dataset
DvtkData.Dimse.Attribute requestAttributesSequence = matchDataset.GetAttribute(Tag.REQUEST_ATTRIBUTES_SEQUENCE);
if (requestAttributesSequence != null)
{
SequenceOfItems sequenceOfItems = (SequenceOfItems)requestAttributesSequence.DicomValue;
if (sequenceOfItems.Sequence.Count == 1)
{
// set up a temporary tag list to check the relevant tags in the Request Attributes Sequence
TagTypeList itemTagTypeList = new TagTypeList();
itemTagTypeList.Add(new TagType(Tag.SCHEDULED_PROCEDURE_STEP_DESCRIPTION, TagTypeEnum.TagOptional));
itemTagTypeList.Add(new TagType(Tag.SCHEDULED_ACTION_ITEM_CODE_SEQUENCE, TagTypeEnum.TagOptional));
itemTagTypeList.Add(new TagType(Tag.SCHEDULED_PROCEDURE_STEP_ID, TagTypeEnum.TagOptional));
DvtkData.Dimse.SequenceItem item = sequenceOfItems.Sequence[0];
// check if found in item
isFoundIn = base.IsFoundIn(itemTagTypeList, item);
}
}
// check if the Scheduled Procedure Step Sequence is available in the match dataset
DvtkData.Dimse.Attribute scheduledProcedureStepSequence = matchDataset.GetAttribute(Tag.SCHEDULED_PROCEDURE_STEP_SEQUENCE);
if (scheduledProcedureStepSequence != null)
{
SequenceOfItems sequenceOfItems = (SequenceOfItems)scheduledProcedureStepSequence.DicomValue;
if (sequenceOfItems.Sequence.Count == 1)
{
DvtkData.Dimse.SequenceItem item = sequenceOfItems.Sequence[0];
// check if found in item - use default tag list
isFoundIn = base.IsFoundIn(item);
}
}
}
return(isFoundIn);
}
public static void AppendAttributeValues(this Import.ImportEntity importEntity, AttributeSet attributeSet, Dictionary<string, object> values, string valuesLanguage, bool valuesReadOnly, bool resolveHyperlink)
{
foreach (var value in values)
{
// Handle special attributes (for example of the system)
if (value.Key == "IsPublished")
{
importEntity.IsPublished = value.Value is bool ? (bool)value.Value : true;
continue;
}
// Handle content-type attributes
var attribute = attributeSet.GetAttribute(value.Key);
if (attribute == null)
{
throw new ArgumentException("Attribute '" + value.Key + "' does not exist.");
}
importEntity.AppendAttributeValue(value.Key, value.Value.ToString(), attribute.Type, valuesLanguage, valuesReadOnly, resolveHyperlink);
}
}
/// <summary>
/// This static function will return boolean value indicating if the specified Attribute
/// exists in the provided object. If the object is not attribute capable, the function
/// will throw a system exception.
/// </summary>
/// <param name="obj">Object</param>
/// <param name="attributeSetName">AttributeSet name as a string</param>
/// <param name="attributeName">Attribute name as a string</param>
public static bool AttributeExists(this object obj, string attributeSetName, string attributeName)
{
dynamic temp = (dynamic)obj;
if (!ObjectIsAttributeCapable(obj))
{
return(false);
}
if (!AttributeSetExists(obj, attributeSetName))
{
return(false);
}
AttributeSets attributeSets = temp.AttributeSets;
AttributeSet attributeSet = attributeSets[attributeSetName];
return(attributeSet.NameIsUsed[attributeName]);
}
/// <summary>
/// Copy from the given source Dataset into the local Dataset as defined by the
/// default Tag Type list. In addition to the base copy we need to copy attributes from the
/// Request Attributes Sequence (if present).
/// </summary>
/// <param name="sourceDataset">Source Dataset used to populate the local Dataset.</param>
public override void CopyFrom(AttributeSet sourceDataset)
{
// perform base copy
base.CopyFrom(sourceDataset);
// check if the Request Attributes Sequence is available in the source dataset
DvtkData.Dimse.Attribute requestAttributesSequence = sourceDataset.GetAttribute(Tag.REQUEST_ATTRIBUTES_SEQUENCE);
if (requestAttributesSequence != null)
{
SequenceOfItems sequenceOfItems = (SequenceOfItems)requestAttributesSequence.DicomValue;
if (sequenceOfItems.Sequence.Count == 1)
{
DvtkData.Dimse.SequenceItem item = sequenceOfItems.Sequence[0];
// copy item attributes too
base.CopyFrom(item);
}
}
}
private void LifeRegen(AttributeSet def, float life, float es)
{
float lifeRegen = 0;
float lifeRegenFlat = 0;
if (Global.ContainsKey("#% of Life Regenerated per second"))
{
lifeRegen += Global["#% of Life Regenerated per second"][0];
}
if (Global.ContainsKey("# Life Regenerated per second"))
{
lifeRegenFlat += Global["# Life Regenerated per second"][0];
}
if (VaalPact)
{
lifeRegen = 0;
}
if (ZealotsOath)
{
if (es > 0 && lifeRegen + lifeRegenFlat > 0)
{
def["Energy Shield Regeneration per Second: #"] = new List <float>()
{
RoundValue(PercentOfValue(RoundValue(es, 0), lifeRegen), 1) + lifeRegenFlat
}
}
;
}
else
{
if (!ChaosInoculation && lifeRegen + lifeRegenFlat > 0)
{
def["Life Regeneration per Second: #"] = new List <float>()
{
RoundValue(PercentOfValue(RoundValue(life, 0), lifeRegen), 1) + lifeRegenFlat
}
}
;
}
}
/// <summary>
/// returns the names of the attributes
/// </summary>
/// <returns></returns>
public String[] getAttributeNames()
{
LinkedList <string> values = new LinkedList <string>();
//SortedDictionary<uint, double>.Enumerator enumerator = dict.GetEnumerator();
for (uint i = 0; i < AttributeSet.GetAttributeCount(); i++)
{
if (!isNominal(i))
{
values.AddLast(AttributeSet.GetAttributeDisplayName(i, false));
}
else
{
if (!isTarget(i))
{
for (uint j = 0; j < AttributeSet.GetAttributeStateCount(i); j++)
{
StateValue value = new StateValue();
value.SetIndex(j);
object valuea = AttributeSet.UntokenizeAttributeValue(i, value);
string name;
if (valuea == null)
{
name = "NULL";
}
else
{
name = valuea.ToString();
if (name.Equals(""))
{
name = "NULL";
}
}
values.AddLast(AttributeSet.GetAttributeDisplayName(i, false) + "." + name);
}
}
}
}
string[] output = new string[values.Count];
values.CopyTo(output, 0);
return(output);
}
/// <summary>
/// Convert the first value of a specified attribute to a String.
/// </summary>
/// <param name="attributeSet">The Attribute Set containing the DICOM Attribute.</param>
/// <param name="tag">The tag of the attribute.</param>
/// <returns>
/// If the associated DICOM attribute is not present, null is returned.
/// If the associated DICOM attribute is present and has no values, "" is returned.
/// If the associated DICOM attribute is present and has values, the first value is returned.
/// </returns>
public static String FirstAttributeValueToString(AttributeSet attributeSet, String tag)
{
String stringForFirstAttributeValue = null;
DvtkHighLevelInterface.Dicom.Other.Attribute attribute = attributeSet[tag];
if (attribute.Exists)
{
if (attribute.Values.Count == 0)
{
stringForFirstAttributeValue = "";
}
else
{
stringForFirstAttributeValue = Convert.ToTrimmedString(attribute.Values[0], attribute.VR);
}
}
return (stringForFirstAttributeValue);
}
public virtual void insertString(int i, string s, AttributeSet attributes)
{
base.insertString(i, s, attributes);
if (s == null)
return;
if (String.instancehelper_equals(s, (object) "-"))
{
if (i == 0)
{
if (String.instancehelper_length(s) < 2)
return;
}
}
try
{
Integer.parseInt(((AbstractDocument) this).getText(0, ((AbstractDocument) this).getLength()));
return;
}
catch (NumberFormatException ex)
{
}
((AbstractDocument) this).remove(i, String.instancehelper_length(s));
}
public XslArticleGeneratorLoader(AttributeSet validAttributes)
{
this.validAttributes = validAttributes;
}
/// <summary>
/// Creates a deep copy of this instance.
/// </summary>
/// <param name="parentAttributeSetToCloneTo">
/// The AttributeSet the new cloned Attribute wil become part of.
/// </param>
/// <returns>The created deep copy of this instance.</returns>
internal override Attribute Clone(AttributeSet parentAttributeSetToCloneTo)
{
//
// Clone the attribute without values.
//
TagSequence newTagSequence = parentAttributeSetToCloneTo.TagSequence.Clone();
Tag lastTagCurrentAttribute = TagSequence.Tags[TagSequence.Tags.Count - 1] as Tag;
newTagSequence.Add(lastTagCurrentAttribute);
ValidAttribute cloneAttribute = new ValidAttribute(newTagSequence, new DvtkData.Dimse.Attribute(lastTagCurrentAttribute.AsUInt32, (DvtkData.Dimse.VR)this.VR), parentAttributeSetToCloneTo);
//
// Add the values or items to the cloned attribute.
//
Values currentValues = this.Values;
Values cloneValues = cloneAttribute.Values;
if (currentValues.IsImplementedWithCollection)
{
Object[] collectionAsArray = new Object[currentValues.CollectionImplementation.Count];
currentValues.CollectionImplementation.CopyTo(collectionAsArray, 0);
cloneValues.Add(collectionAsArray);
}
else if (currentValues.IsImplementedWithString)
{
cloneValues.Add(currentValues.StringImplementation);
}
else if ((currentValues.Attribute.VR == VR.OB) || (currentValues.Attribute.VR == VR.OF) || (currentValues.Attribute.VR == VR.OW))
{
cloneValues.Add(currentValues);
}
else if (this.VR == VR.UN)
{
cloneValues.ByteArrayImplementation = currentValues.ByteArrayImplementation;
}
else if (this.VR == VR.SQ)
{
for (int index = 1; index <= this.ItemCount; index++)
{
// The AddItem will take care that the item is cloned.
cloneAttribute.AddItem(this.GetItem(index));
}
}
else
{
// Do nothing.
}
//
// Set the Name of the attribute.
//
cloneAttribute.Name = Name;
return(cloneAttribute);
}
// Computes critical strike chance and multiplier.
public void CriticalStrike(AttributeSet attrs)
{
// Critical chance.
if (ResoluteTechnique) CriticalChance = 0;
else
{
if (CriticalChance > 0)
{
float incCC = 0;
if (attrs.ContainsKey("#% increased Critical Strike Chance"))
incCC += attrs["#% increased Critical Strike Chance"][0];
if (attrs.ContainsKey("#% increased Global Critical Strike Chance"))
incCC += attrs["#% increased Global Critical Strike Chance"][0];
if (IsWieldingStaff && attrs.ContainsKey("#% increased Global Critical Strike Chance while wielding a Staff"))
incCC += attrs["#% increased Global Critical Strike Chance while wielding a Staff"][0];
if (Nature.Is(DamageSource.Spell))
{
if (attrs.ContainsKey("#% increased Critical Strike Chance for Spells"))
incCC += attrs["#% increased Critical Strike Chance for Spells"][0];
if (attrs.ContainsKey("#% increased Global Critical Strike Chance for Spells"))
incCC += attrs["#% increased Global Critical Strike Chance for Spells"][0];
}
else // Attack
{
foreach (var attr in attrs.Matches(ReIncreasedCriticalChanceWithWeaponType))
{
Match m = ReIncreasedCriticalChanceWithWeaponType.Match(attr.Key);
if (WithWeaponType.ContainsKey(m.Groups[2].Value) && Nature.Is(WithWeaponType[m.Groups[2].Value]))
incCC += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
}
if (IsDualWielding && attrs.ContainsKey("#% increased Weapon Critical Strike Chance while Dual Wielding"))
incCC += attrs["#% increased Weapon Critical Strike Chance while Dual Wielding"][0];
}
// Form specific.
foreach (var attr in attrs.Matches(ReIncreasedCriticalChanceForm))
{
Match m = ReIncreasedCriticalChanceForm.Match(attr.Key);
if (DamageNature.Forms.ContainsKey(m.Groups[2].Value) && Nature.Is(DamageNature.Forms[m.Groups[2].Value]))
incCC += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
}
if (incCC > 0)
CriticalChance = IncreaseValueByPercentage(CriticalChance, incCC);
// Critical chance can not be less than 5% nor more than 95%.
// @see http://pathofexile.gamepedia.com/Critical_Strike
if (CriticalChance < 5) CriticalChance = 5;
else if (CriticalChance > 95) CriticalChance = 95;
float incCM = 0;
if (attrs.ContainsKey("#% increased Critical Strike Multiplier"))
incCM += attrs["#% increased Critical Strike Multiplier"][0];
if (attrs.ContainsKey("#% increased Global Critical Strike Multiplier"))
incCM += attrs["#% increased Global Critical Strike Multiplier"][0];
if (IsWieldingStaff && attrs.ContainsKey("#% increased Global Critical Strike Multiplier while wielding a Staff"))
incCM += attrs["#% increased Global Critical Strike Multiplier while wielding a Staff"][0];
if (Nature.Is(DamageSource.Spell))
{
if (attrs.ContainsKey("#% increased Critical Strike Multiplier for Spells"))
incCM += attrs["#% increased Critical Strike Multiplier for Spells"][0];
if (attrs.ContainsKey("#% increased Global Critical Strike Multiplier for Spells"))
incCM += attrs["#% increased Global Critical Strike Multiplier for Spells"][0];
}
else // Attack
{
foreach (var attr in attrs.Matches(ReIncreasedCriticalMultiplierWithWeaponType))
{
Match m = ReIncreasedCriticalMultiplierWithWeaponType.Match(attr.Key);
if (WithWeaponType.ContainsKey(m.Groups[2].Value) && Nature.Is(WithWeaponType[m.Groups[2].Value]))
incCM += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
}
if (IsDualWielding && attrs.ContainsKey("#% increased Weapon Critical Strike Multiplier while Dual Wielding"))
incCM += attrs["#% increased Weapon Critical Strike Multiplier while Dual Wielding"][0];
}
// Form specific.
foreach (var attr in attrs.Matches(ReIncreasedCriticalMultiplierForm))
{
Match m = ReIncreasedCriticalMultiplierForm.Match(attr.Key);
if (DamageNature.Forms.ContainsKey(m.Groups[2].Value) && Nature.Is(DamageNature.Forms[m.Groups[2].Value]))
incCM += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
}
if (incCM > 0)
CriticalMultiplier = IncreaseValueByPercentage(CriticalMultiplier, incCM);
}
}
}
/// <summary>
/// Deletes this instance from the AttributeSet it is contained in.
/// </summary>
/// <remarks>
/// <b>Don't use this instance anymore after calling this method!</b>
/// </remarks>
public override void Delete()
{
if (this.parentAttributeSet != null)
{
this.parentAttributeSet.DvtkDataAttributeSet.Remove(this.dvtkDataAttribute);
TagSequence = new TagSequence();
this.parentAttributeSet = null;
}
}
// Computes accuracy.
public void AccuracyRating(AttributeSet attrs)
{
Accuracy = attrs["+# Accuracy Rating"][0];
// Local weapon accuracy bonus.
if (Local.ContainsKey("+# to Accuracy Rating"))
Accuracy += Local["+# to Accuracy Rating"][0];
float incAcc = 0;
// Local weapon accuracy bonus.
if (Local.ContainsKey("#% increased Accuracy Rating"))
incAcc += Local["#% increased Accuracy Rating"][0];
// Gems & global bonuses.
if (attrs.ContainsKey("+# to Accuracy Rating"))
Accuracy += attrs["+# to Accuracy Rating"][0];
if (attrs.ContainsKey("#% increased Accuracy Rating"))
incAcc += attrs["#% increased Accuracy Rating"][0];
if (attrs.ContainsKey("#% reduced Accuracy Rating"))
incAcc += attrs["#% reduced Accuracy Rating"][0];
foreach (var attr in attrs.Matches(ReIncreasedAccuracyRatingWithWeaponType))
{
Match m = ReIncreasedAccuracyRatingWithWeaponType.Match(attr.Key);
if (Nature.Is(WithWeaponType[m.Groups[2].Value]))
incAcc += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
}
if (IsDualWielding && attrs.ContainsKey("#% increased Accuracy Rating while Dual Wielding"))
incAcc += attrs["#% increased Accuracy Rating while Dual Wielding"][0];
if (incAcc != 0)
Accuracy = IncreaseValueByPercentage(Accuracy, incAcc);
}
// Computes attacks or casts per second.
public void AttackSpeed(AttackSkill skill, AttributeSet attrs)
{
if (Nature.Is(DamageSource.Attack))
{
// If gem has own Attacks per Second, use it instead of weapon one.
if (skill.Local.ContainsKey("Attacks per Second: #"))
{
APS = skill.Local["Attacks per Second: #"][0];
// Apply local increased attack speed of weapon.
if (Local.ContainsKey("#% increased Attack Speed"))
APS = IncreaseValueByPercentage(APS, Local["#% increased Attack Speed"][0]);
}
float incAS = 0;
if (attrs.ContainsKey("#% increased Attack Speed"))
incAS += attrs["#% increased Attack Speed"][0];
if (attrs.ContainsKey("#% reduced Attack Speed"))
incAS -= attrs["#% reduced Attack Speed"][0];
if (attrs.ContainsKey("#% increased Attack and Cast Speed"))
incAS += attrs["#% increased Attack and Cast Speed"][0];
if (attrs.ContainsKey("#% reduced Attack and Cast Speed"))
incAS -= attrs["#% reduced Attack and Cast Speed"][0];
foreach (var attr in attrs.MatchesAny(new Regex[] { ReIncreasedAttackSpeedWithWeaponHandOrType, ReIncreasedAttackSpeedType }))
{
Match m = ReIncreasedAttackSpeedWithWeaponHandOrType.Match(attr.Key);
if (m.Success)
{
if (WithWeaponHand.ContainsKey(m.Groups[2].Value) && Nature.Is(WithWeaponHand[m.Groups[2].Value]))
incAS += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
else if (WithWeaponType.ContainsKey(m.Groups[2].Value) && Nature.Is(WithWeaponType[m.Groups[2].Value]))
incAS += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
}
else
{
m = ReIncreasedAttackSpeedType.Match(attr.Key);
if (m.Success)
{
// XXX: Not sure there are any mods with WeaponType here (Melee string in mod is DamageForm now, maybe Unarmed should be form as well).
if (Weapon.Types.ContainsKey(m.Groups[2].Value) && Nature.Is(Weapon.Types[m.Groups[2].Value]))
incAS += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
else
if (DamageNature.Forms.ContainsKey(m.Groups[2].Value) && Nature.Is(DamageNature.Forms[m.Groups[2].Value]))
incAS += m.Groups[1].Value == "increased" ? attr.Value[0] : -attr.Value[0];
}
}
}
if (IsDualWielding && attrs.ContainsKey("#% increased Attack Speed while Dual Wielding"))
incAS += attrs["#% increased Attack Speed while Dual Wielding"][0];
if (incAS != 0)
APS = IncreaseValueByPercentage(APS, incAS);
float moreAS = 0;
if (attrs.ContainsKey("#% more Attack Speed"))
moreAS += attrs["#% more Attack Speed"][0];
if (attrs.ContainsKey("#% less Attack Speed"))
moreAS -= attrs["#% less Attack Speed"][0];
foreach (var attr in attrs.Matches(ReMoreAttackSpeedType))
{
Match m = ReMoreAttackSpeedType.Match(attr.Key);
if (m.Success)
{
// XXX: Not sure there are any mods with WeaponType here (Melee string in mod is DamageForm now, maybe Unarmed should be form as well).
if (Weapon.Types.ContainsKey(m.Groups[2].Value) && Nature.Is(Weapon.Types[m.Groups[2].Value]))
moreAS += m.Groups[1].Value == "more" ? attr.Value[0] : -attr.Value[0];
else if (DamageNature.Forms.ContainsKey(m.Groups[2].Value) && Nature.Is(DamageNature.Forms[m.Groups[2].Value]))
moreAS += m.Groups[1].Value == "more" ? attr.Value[0] : -attr.Value[0];
}
}
if (moreAS != 0)
APS = IncreaseValueByPercentage(APS, moreAS);
APS = RoundHalfDownEvenValue(APS, 2);
}
else // Spell (use Cast Time directly).
{
float incCS = 0;
if (attrs.ContainsKey("#% increased Cast Speed"))
incCS += attrs["#% increased Cast Speed"][0];
if (attrs.ContainsKey("#% reduced Cast Speed"))
incCS -= attrs["#% reduced Cast Speed"][0];
if (attrs.ContainsKey("#% increased Attack and Cast Speed"))
incCS += attrs["#% increased Attack and Cast Speed"][0];
if (attrs.ContainsKey("#% reduced Attack and Cast Speed"))
incCS -= attrs["#% reduced Attack and Cast Speed"][0];
if (IsDualWielding && attrs.ContainsKey("#% increased Cast Speed while Dual Wielding"))
incCS += attrs["#% increased Cast Speed while Dual Wielding"][0];
if (incCS != 0)
CastTime = RoundValue(CastTime / ((100 + incCS) / 100), 3);
float moreCS = 0;
if (attrs.ContainsKey("#% more Cast Speed"))
moreCS += attrs["#% more Cast Speed"][0];
if (attrs.ContainsKey("#% less Cast Speed"))
moreCS -= attrs["#% less Cast Speed"][0];
if (moreCS != 0)
CastTime = FloorValue(CastTime / ((100 + moreCS) / 100), 3);
APS = RoundValue(1 / CastTime, 2);
}
}
public AttackSource(string name, AttackSkill skill, Weapon weapon)
{
Name = name;
if (weapon == null) // Spells get damage from gem local attributes.
{
Nature = new DamageNature(skill.Nature);
foreach (var attr in skill.Local)
{
Damage damage = Damage.Create(skill.Nature, attr);
if (damage != null) Deals.Add(damage);
}
if (skill.Gem.Attributes.ContainsKey("Cast Time: # sec"))
{
CastTime = skill.Gem.Attributes["Cast Time: # sec"][0];
APS = 1 / CastTime;
}
else
APS = CastTime = 1; // Spell without Cast Time has cast time of 1 second.
if (skill.Gem.Attributes.ContainsKey("Critical Strike Chance: #%"))
CriticalChance = skill.Gem.Attributes["Critical Strike Chance: #%"][0];
else
CriticalChance = 0; // Spell without Critical Strike Chance has none.
Local = new AttributeSet(); // No local weapon attributes.
}
else
{
if ((skill.Nature.WeaponType & weapon.Nature.WeaponType) == 0) // Skill can't be used.
// Override weapon type and form of skill with actual weapon (client shows damage of unuseable skills as well).
Nature = new DamageNature(skill.Nature) { Form = weapon.Nature.Form, WeaponHand = weapon.Hand, WeaponType = weapon.Nature.WeaponType };
else // Narrow down weapon type and form of skill gem to actual weapon (e.g. Frenzy).
Nature = new DamageNature(skill.Nature)
{
Form = skill.Nature.ChooseWeaponForm(weapon.Nature), // XXX: Choose between melee or projectile form according to weapon.
WeaponHand = weapon.Hand,
WeaponType = skill.Nature.WeaponType & weapon.Nature.WeaponType
};
// XXX: If source has no form, but skill has form defined, then force form of skill.
// This happens in form transition from melee to projectile with skills like Spectral Throw.
if (Nature.Form == DamageForm.Any && skill.Nature.Form != DamageForm.Any)
Nature.Form = skill.Nature.Form;
foreach (Damage damage in weapon.Deals)
Deals.Add(new Damage(damage) { Form = Nature.Form, Source = Nature.Source, WeaponHand = Nature.WeaponHand, WeaponType = Nature.WeaponType });
foreach (Damage.Added added in weapon.Added)
if (weapon.Is(added.Hand)) // Added damage may require specific hand.
added.Apply(this, 100);
APS = weapon.Attributes["Attacks per Second: #"][0];
if (weapon.Attributes.ContainsKey("Critical Strike Chance: #%"))
CriticalChance = weapon.Attributes["Critical Strike Chance: #%"][0];
else
CriticalChance = 0; // Weapon without Critical Strike Chance has none.
Local = weapon.Attributes;
}
}
// Return list group of this attack.
public ListGroup ToListGroup()
{
AttributeSet props = new AttributeSet();
props.Add(IsDamageOnUse() ? "Damage per Use: #" : "Damage per Second: #", new List<float> { RoundHalfDownValue(DamagePerSecond(), 1) });
if (Nature.Is(DamageSource.Attack))
{
props.Add("Chance to Hit: #%", new List<float> { RoundValue(ChanceToHit(), 0) });
props.Add("Attacks per Second: #", new List<float> { RoundHalfDownValue(AttacksPerSecond(), 1) });
}
else
props.Add("Casts per Second: #", new List<float> { RoundHalfDownValue(AttacksPerSecond(), 1) });
foreach (AttackSource source in Sources)
{
string sourcePrefix = source.Name.Length == 0 ? "" : source.Name + " ";
foreach (DamageType type in DamageTypes)
{
Damage damage = source.Deals.Find(d => d.Is(type));
if (damage != null)
props.Add(sourcePrefix + damage.ToAttribute(), damage.ToValue());
}
if (source.Nature.Is(DamageSource.Attack))
props.Add(sourcePrefix + "Accuracy Rating: #", new List<float> { RoundValue(source.Accuracy, 0) });
if (source.CriticalChance > 0)
{
// XXX: Different rounding style for spells and attacks. Really?
props.Add(sourcePrefix + "Critical Strike Chance: #%", new List<float> { Nature.Is(DamageSource.Spell) ? RoundValue(source.CriticalChance, 1) : RoundHalfDownValue(source.CriticalChance, 1) });
props.Add(sourcePrefix + "Critical Strike Multiplier: #%", new List<float> { RoundValue(source.CriticalMultiplier, 0) });
}
}
return new ListGroup(Name + (IsUseable ? "" : " (Unuseable)"), props);
}
// Initializes structures.
public static void Initialize(SkillTree skillTree, ItemAttributes itemAttrs)
{
Items = itemAttrs.Equip.ToList();
MainHand = new Weapon(WeaponHand.Main, Items.Find(i => i.Class == ItemClass.MainHand));
OffHand = new Weapon(WeaponHand.Off, Items.Find(i => i.Class == ItemClass.OffHand));
// If main hand weapon has Counts as Dual Wielding modifier, then clone weapon to off hand.
// @see http://pathofexile.gamepedia.com/Wings_of_Entropy
if (MainHand.Attributes.ContainsKey("Counts as Dual Wielding"))
OffHand = MainHand.Clone(WeaponHand.Off);
IsDualWielding = MainHand.IsWeapon() && OffHand.IsWeapon();
if (IsDualWielding)
{
// Set dual wielded bit on weapons.
MainHand.Hand |= WeaponHand.DualWielded;
OffHand.Hand |= WeaponHand.DualWielded;
}
IsWieldingShield = MainHand.Is(WeaponType.Shield) || OffHand.Is(WeaponType.Shield);
IsWieldingStaff = MainHand.Is(WeaponType.Staff);
Level = skillTree.Level;
if (Level < 1) Level = 1;
else if (Level > 100) Level = 100;
Global = new AttributeSet();
Tree = new AttributeSet(skillTree.SelectedAttributesWithoutImplicit);
Global.Add(Tree);
// Keystones.
Acrobatics = Tree.ContainsKey("#% Chance to Dodge Attacks. #% less Armour and Energy Shield, #% less Chance to Block Spells and Attacks");
AvatarOfFire = Tree.ContainsKey("Deal no Non-Fire Damage");
BloodMagic = Tree.ContainsKey("Removes all mana. Spend Life instead of Mana for Skills");
ChaosInoculation = Tree.ContainsKey("Maximum Life becomes #, Immune to Chaos Damage");
IronGrip = Tree.ContainsKey("The increase to Physical Damage from Strength applies to Projectile Attacks as well as Melee Attacks");
IronReflexes = Tree.ContainsKey("Converts all Evasion Rating to Armour. Dexterity provides no bonus to Evasion Rating");
NecromanticAegis = Tree.ContainsKey("All bonuses from an equipped Shield apply to your Minions instead of you");
ResoluteTechnique = Tree.ContainsKey("Never deal Critical Strikes");
VaalPact = Tree.ContainsKey("Life Leech applies instantly at #% effectiveness. Life Regeneration has no effect.");
ZealotsOath = Tree.ContainsKey("Life Regeneration applies to Energy Shield instead of Life");
Equipment = new AttributeSet();
foreach (ItemAttributes.Attribute attr in itemAttrs.NonLocalMods)
Equipment.Add(attr.TextAttribute, new List<float>(attr.Value));
if (NecromanticAegis && OffHand.IsShield())
{
// Remove all bonuses of shield from equipment set.
// @see http://pathofexile.gamepedia.com/Necromantic_Aegis
foreach (var attr in OffHand.Attributes)
Equipment.Remove(attr);
// Remove all bonuses from shield itself.
OffHand.Attributes.Clear();
}
Global.Add(Equipment);
CoreAttributes();
Implicit = new AttributeSet(SkillTree.ImplicitAttributes(Global, Level));
Global.Add(Implicit);
// Innate dual wielding bonuses.
// @see http://pathofexile.gamepedia.com/Dual_wielding
if (IsDualWielding)
{
Global["#% more Attack Speed"] = new List<float>() { 10 };
Global["#% more Physical Damage with Weapons"] = new List<float>() { 20 };
}
}
// Computes defensive statistics.
public static List<ListGroup> Defense()
{
AttributeSet ch = new AttributeSet();
AttributeSet def = new AttributeSet();
// Difficulty.
bool difficultyNormal = true;
bool difficultyCruel = false;
bool difficultyMerciless = false;
// Bandits.
bool banditNormalKraityn = false; // +8% to all elemental resistances
bool banditNormalAlira = false; // +40 Mana
bool banditNormalOak = false; // +40 Life
bool banditCruelKraityn = false; // +8% Attack Speed
bool banditCruelAlira = false; // +4% Cast Speed
bool banditCruelOak = false; // +18% Physical Damage
bool banditMercilessKraityn = false; // +1 Max Frenzy Charge
bool banditMercilessAlira = false; // +1 Max Power Charge
bool banditMercilessOak = false; // +1 Max Endurance Charge
float life;
if (ChaosInoculation)
life = Global["Maximum Life becomes #, Immune to Chaos Damage"][0];
else
{
life = Global["+# to maximum Life"][0];
if (banditNormalOak) // Bandit.
life += 40;
if (Global.ContainsKey("#% increased maximum Life"))
life = IncreaseValueByPercentage(life, Global["#% increased maximum Life"][0]);
}
ch["Life: #"] = new List<float>() { RoundValue(life, 0) };
float mana = Global["+# to maximum Mana"][0];
float incMana = 0;
if (banditNormalAlira) // Bandit.
mana += 40;
if (Global.ContainsKey("#% increased maximum Mana"))
incMana = Global["#% increased maximum Mana"][0];
float es = 0;
float incES = 0;
// Add maximum shield from tree.
if (Global.ContainsKey("+# to maximum Energy Shield"))
es += Global["+# to maximum Energy Shield"][0];
// Add maximum shield from items.
if (Global.ContainsKey("Energy Shield: #"))
es += Global["Energy Shield: #"][0];
// Increase % maximum shield from tree, items and intelligence.
if (Global.ContainsKey("#% increased maximum Energy Shield"))
incES += Global["#% increased maximum Energy Shield"][0];
float moreES = 0;
// More % maximum shield from tree and items.
if (Global.ContainsKey("#% more maximum Energy Shield"))
moreES += Global["#% more maximum Energy Shield"][0];
float lessArmourAndES = 0;
if (Acrobatics)
lessArmourAndES += Global["#% Chance to Dodge Attacks. #% less Armour and Energy Shield, #% less Chance to Block Spells and Attacks"][1];
// Equipped Shield bonuses.
float incArmourShield = 0;
float incESShield = 0;
float incDefencesShield = 0;
if (Global.ContainsKey("#% increased Armour from equipped Shield"))
incArmourShield += Global["#% increased Armour from equipped Shield"][0];
if (Global.ContainsKey("#% increased Energy Shield from equipped Shield"))
incESShield += Global["#% increased Energy Shield from equipped Shield"][0];
if (Global.ContainsKey("#% increased Defences from equipped Shield"))
incDefencesShield += Global["#% increased Defences from equipped Shield"][0];
float shieldArmour = 0;
float shieldEvasion = 0;
float shieldES = 0;
if (incDefencesShield > 0 || incArmourShield > 0 || incESShield > 0)
{
List<float> value = OffHand.GetValues("Armour: #");
if (value.Count > 0)
shieldArmour += PercentOfValue(value[0], incArmourShield + incDefencesShield);
value = OffHand.GetValues("Evasion Rating: #");
if (value.Count > 0)
shieldEvasion += PercentOfValue(value[0], incDefencesShield);
value = OffHand.GetValues("Energy Shield: #");
if (value.Count > 0)
shieldES += PercentOfValue(value[0], incESShield + incDefencesShield);
}
// ( Mana * %mana increases ) + ( ES * ( %ES increases + %mana increases ) * ( %ES more ) )
// ES to Mana conversion mod (old Eldritch Battery).
if (Global.ContainsKey("Converts all Energy Shield to Mana"))
{
es = IncreaseValueByPercentage(es, incES + incMana);
es += shieldES;
if (moreES > 0)
es = IncreaseValueByPercentage(es, moreES);
if (lessArmourAndES > 0)
es = IncreaseValueByPercentage(es, -lessArmourAndES);
mana = IncreaseValueByPercentage(mana, incMana) + es;
es = 0;
}
else
{
mana = IncreaseValueByPercentage(mana, incMana);
es = IncreaseValueByPercentage(es, incES);
es += shieldES;
if (moreES > 0)
es = IncreaseValueByPercentage(es, moreES);
if (lessArmourAndES > 0)
es = IncreaseValueByPercentage(es, -lessArmourAndES);
}
if (BloodMagic)
mana = 0;
ch["Mana: #"] = new List<float>() { RoundValue(mana, 0) };
ch["Maximum Energy Shield: #"] = new List<float>() { RoundValue(es, 0) };
// Evasion Rating from level, tree and items.
float evasion = Global["Evasion Rating: #"][0];
if (Global.ContainsKey("+# to Evasion Rating"))
evasion += Global["+# to Evasion Rating"][0];
// Increase % from dexterity, tree and items.
float incEvasion = Global["#% increased Evasion Rating"][0];
float incEvasionAndArmour = 0;
if (Global.ContainsKey("#% increased Evasion Rating and Armour"))
incEvasionAndArmour += Global["#% increased Evasion Rating and Armour"][0];
float armour = 0;
float armourProjectile = 0;
// Armour from items.
if (Global.ContainsKey("Armour: #"))
armour += Global["Armour: #"][0];
if (Global.ContainsKey("+# to Armour"))
armour += Global["+# to Armour"][0];
float incArmour = 0;
float incArmourProjectile = 0;
if (Global.ContainsKey("#% increased Armour"))
incArmour += Global["#% increased Armour"][0];
if (Global.ContainsKey("#% increased Armour against Projectiles"))
incArmourProjectile += Global["#% increased Armour against Projectiles"][0];
// Enable armour against projectile calculations once there is some Armour against Projectiles modifier.
if (incArmourProjectile != 0)
armourProjectile = armour;
// Final Armour = Base Evasion * ( 1 + % increased Evasion Rating + % increased Armour + % increased Evasion Rating and Armour )
// + Base Armour * ( 1 + % increased Armour + % increased Evasion Rating and Armour )
// @see http://pathofexile.gamepedia.com/Iron_Reflexes
if (IronReflexes)
{
// Substract "#% increased Evasion Rating" from Dexterity (it's not being applied).
incEvasion -= Implicit["#% increased Evasion Rating"][0];
armour = IncreaseValueByPercentage(armour, incArmour + incEvasionAndArmour) + IncreaseValueByPercentage(evasion, incEvasion + incArmour + incEvasionAndArmour);
armour += shieldArmour + shieldEvasion;
if (armourProjectile > 0)
{
armourProjectile = IncreaseValueByPercentage(armourProjectile, incArmour + incArmourProjectile + incEvasionAndArmour) + IncreaseValueByPercentage(evasion, incEvasion + incArmour + incEvasionAndArmour);
armourProjectile += shieldArmour + shieldEvasion;
}
evasion = 0;
}
else
{
evasion = IncreaseValueByPercentage(evasion, incEvasion + incEvasionAndArmour) + shieldEvasion;
armour = IncreaseValueByPercentage(armour, incArmour + incEvasionAndArmour) + shieldArmour;
if (armourProjectile > 0)
armourProjectile = IncreaseValueByPercentage(armourProjectile, incArmour + incArmourProjectile + incEvasionAndArmour) + shieldArmour;
}
if (lessArmourAndES > 0)
{
armour = IncreaseValueByPercentage(armour, -lessArmourAndES);
if (armourProjectile > 0)
armourProjectile = IncreaseValueByPercentage(armourProjectile, -lessArmourAndES);
}
if (armour > 0)
{
def["Armour: #"] = new List<float>() { RoundValue(armour, 0) };
def["Estimated Physical Damage reduction: #%"] = new List<float>() { RoundValue(PhysicalDamageReduction(Level, RoundValue(armour, 0)), 0) };
}
if (armourProjectile > 0)
{
def["Armour against Projectiles: #"] = new List<float>() { RoundValue(armourProjectile, 0) };
def["Estimated Physical Damage reduction against Projectiles: #%"] = new List<float>() { RoundValue(PhysicalDamageReduction(Level, RoundValue(armourProjectile, 0)), 0) };
}
if (evasion > 0)
def["Evasion Rating: #"] = new List<float>() { RoundValue(evasion, 0) };
float chanceToEvade = ChanceToEvade(Level, RoundValue(evasion, 0));
if (chanceToEvade > 0)
{
// Arrow Dancing keystone.
float chanceToEvadeMelee = chanceToEvade, chanceToEvadeProjectile = chanceToEvade;
if (Global.ContainsKey("#% less chance to Evade Melee Attacks"))
chanceToEvadeMelee = IncreaseValueByPercentage(chanceToEvadeMelee, -Global["#% less chance to Evade Melee Attacks"][0]);
if (Global.ContainsKey("#% more chance to Evade Melee Attacks"))
chanceToEvadeMelee = IncreaseValueByPercentage(chanceToEvadeMelee, Global["#% more chance to Evade Melee Attacks"][0]);
if (Global.ContainsKey("#% less chance to Evade Projectile Attacks"))
chanceToEvadeProjectile = IncreaseValueByPercentage(chanceToEvadeProjectile, -Global["#% less chance to Evade Projectile Attacks"][0]);
if (Global.ContainsKey("#% more chance to Evade Projectile Attacks"))
chanceToEvadeProjectile = IncreaseValueByPercentage(chanceToEvadeProjectile, Global["#% more chance to Evade Projectile Attacks"][0]);
// Chance cannot be less than 5% and more than 95%.
if (chanceToEvadeMelee < 5f) chanceToEvadeMelee = 5f;
else if (chanceToEvadeMelee > 95f) chanceToEvadeMelee = 95f;
if (chanceToEvadeProjectile < 5f) chanceToEvadeProjectile = 5f;
else if (chanceToEvadeProjectile > 95f) chanceToEvadeProjectile = 95f;
if (chanceToEvadeMelee == chanceToEvadeProjectile)
def["Estimated chance to Evade Attacks: #%"] = new List<float>() { RoundValue(chanceToEvadeMelee, 0) };
else
{
def["Estimated chance to Evade Melee Attacks: #%"] = new List<float>() { RoundValue(chanceToEvadeMelee, 0) };
def["Estimated chance to Evade Projectile Attacks: #%"] = new List<float>() { RoundValue(chanceToEvadeProjectile, 0) };
}
}
// Dodge Attacks and Spells.
float chanceToDodgeAttacks = 0;
float chanceToDodgeSpells = 0;
if (Acrobatics)
chanceToDodgeAttacks += Global["#% Chance to Dodge Attacks. #% less Armour and Energy Shield, #% less Chance to Block Spells and Attacks"][0];
if (Global.ContainsKey("#% additional chance to Dodge Attacks"))
chanceToDodgeAttacks += Global["#% additional chance to Dodge Attacks"][0];
if (Global.ContainsKey("#% Chance to Dodge Spell Damage"))
chanceToDodgeSpells += Global["#% Chance to Dodge Spell Damage"][0];
if (chanceToDodgeAttacks > 0)
def["Chance to Dodge Attacks: #%"] = new List<float>() { chanceToDodgeAttacks };
if (chanceToDodgeSpells > 0)
def["Chance to Dodge Spells: #%"] = new List<float>() { chanceToDodgeSpells };
// Energy Shield Recharge per Second.
// @see http://pathofexile.gamepedia.com/Energy_shield
if (es > 0)
{
def["Maximum Energy Shield: #"] = new List<float>() { RoundValue(es, 0) };
float esRecharge = RoundValue(es, 0) / 3; // By default, energy shield recharges at a rate equal to a third of the character's maximum energy shield per second.
def["Energy Shield Recharge per Second: #"] = new List<float>() { RoundValue(esRecharge, 1) };
float esDelay = 6; // By default, the delay period for energy shield to begin to recharge is 6 seconds.
float esOccurrence = 0;
if (Global.ContainsKey("#% faster start of Energy Shield Recharge"))
esOccurrence += Global["#% faster start of Energy Shield Recharge"][0];
if (Global.ContainsKey("#% slower start of Energy Shield Recharge"))
esOccurrence -= Global["#% slower start of Energy Shield Recharge"][0];
esDelay = esDelay * 100 / (100 + esOccurrence);
if (esOccurrence != 0)
def["Energy Shield Recharge Occurrence modifier: " + (esOccurrence > 0 ? "+" : "") + "#%"] = new List<float>() { esOccurrence };
def["Energy Shield Recharge Delay: #s"] = new List<float>() { RoundValue(esDelay, 1) };
}
// Life Regeneration.
float lifeRegen = 0;
float lifeRegenFlat = 0;
if (Global.ContainsKey("#% of Life Regenerated per Second"))
lifeRegen += Global["#% of Life Regenerated per Second"][0];
if (Global.ContainsKey("# Life Regenerated per second"))
lifeRegenFlat += Global["# Life Regenerated per second"][0];
if (VaalPact)
lifeRegen = 0;
if (ZealotsOath)
{
if (es > 0 && lifeRegen + lifeRegenFlat > 0)
def["Energy Shield Regeneration per Second: #"] = new List<float>() { RoundValue(PercentOfValue(RoundValue(es, 0), lifeRegen), 1) + lifeRegenFlat };
}
else
{
if (! ChaosInoculation && lifeRegen + lifeRegenFlat > 0)
def["Life Regeneration per Second: #"] = new List<float>() { RoundValue(PercentOfValue(RoundValue(life, 0), lifeRegen), 1) + lifeRegenFlat };
}
// Mana Regeneration.
if (mana > 0)
{
float manaRegen = PercentOfValue(RoundValue(mana, 0), 1.75f);
// manaRegen += ClarityManaRegenerationPerSecond; // Clarity provides flat mana regeneration bonus.
float incManaRegen = 0;
if (Global.ContainsKey("#% increased Mana Regeneration Rate"))
incManaRegen += Global["#% increased Mana Regeneration Rate"][0];
manaRegen = IncreaseValueByPercentage(manaRegen, incManaRegen);
def["Mana Regeneration per Second: #"] = new List<float>() { RoundValue(manaRegen, 1) };
}
// Character attributes.
ch["Strength: #"] = Global["+# to Strength"];
ch["Dexterity: #"] = Global["+# to Dexterity"];
ch["Intelligence: #"] = Global["+# to Intelligence"];
// Shield, Staff and Dual Wielding detection.
bool hasShield = OffHand.IsShield();
// Resistances.
float maxResistFire = 75;
float maxResistCold = 75;
float maxResistLightning = 75;
float maxResistChaos = 75;
float resistFire = 0;
float resistCold = 0;
float resistLightning = 0;
float resistChaos = 0;
// Penalties to resistances at difficulty levels.
if (difficultyCruel)
resistFire = resistCold = resistLightning = resistChaos = -20;
else if (difficultyMerciless)
resistFire = resistCold = resistLightning = resistChaos = -60;
if (banditNormalKraityn) // Bandit.
{
resistFire += 8;
resistCold += 8;
resistLightning += 8;
}
if (Global.ContainsKey("+#% to Fire Resistance"))
resistFire += Global["+#% to Fire Resistance"][0];
if (Global.ContainsKey("+#% to Cold Resistance"))
resistCold += Global["+#% to Cold Resistance"][0];
if (Global.ContainsKey("+#% to Lightning Resistance"))
resistLightning += Global["+#% to Lightning Resistance"][0];
if (Global.ContainsKey("+#% to Chaos Resistance"))
resistChaos += Global["+#% to Chaos Resistance"][0];
if (Global.ContainsKey("+#% to Fire and Cold Resistances")) // Two-Stone Ring.
{
float value = Global["+#% to Fire and Cold Resistances"][0];
resistFire += value;
resistCold += value;
}
if (Global.ContainsKey("+#% to Fire and Lightning Resistances")) // Two-Stone Ring.
{
float value = Global["+#% to Fire and Lightning Resistances"][0];
resistFire += value;
resistLightning += value;
}
if (Global.ContainsKey("+#% to Cold and Lightning Resistances")) // Two-Stone Ring.
{
float value = Global["+#% to Cold and Lightning Resistances"][0];
resistCold += value;
resistLightning += value;
}
if (Global.ContainsKey("+#% to all Elemental Resistances"))
{
float value = Global["+#% to all Elemental Resistances"][0];
resistFire += value;
resistCold += value;
resistLightning += value;
}
if (hasShield && Global.ContainsKey("+#% Elemental Resistances while holding a Shield"))
{
float value = Global["+#% Elemental Resistances while holding a Shield"][0];
resistFire += value;
resistCold += value;
resistLightning += value;
}
if (Global.ContainsKey("+#% to maximum Fire Resistance"))
maxResistFire += Global["+#% to maximum Fire Resistance"][0];
if (Global.ContainsKey("+#% to maximum Cold Resistance"))
maxResistCold += Global["+#% to maximum Cold Resistance"][0];
if (Global.ContainsKey("+#% to maximum Lightning Resistance"))
maxResistLightning += Global["+#% to maximum Lightning Resistance"][0];
if (ChaosInoculation)
maxResistChaos = resistChaos = 100;
def["Fire Resistance: #% (#%)"] = new List<float>() { MaximumValue(resistFire, maxResistFire), resistFire };
def["Cold Resistance: #% (#%)"] = new List<float>() { MaximumValue(resistCold, maxResistCold), resistCold };
def["Lightning Resistance: #% (#%)"] = new List<float>() { MaximumValue(resistLightning, maxResistLightning), resistLightning };
def["Chaos Resistance: #% (#%)"] = new List<float>() { MaximumValue(resistChaos, maxResistChaos), resistChaos };
// Chance to Block Attacks and Spells.
// Block chance is capped at 75%. The chance to block spells is also capped at 75%.
// @see http://pathofexile.gamepedia.com/Blocking
float maxChanceBlockAttacks = 75;
float maxChanceBlockSpells = 75;
float maxChanceBlockProjectiles = 75;
float chanceBlockAttacks = 0;
float chanceBlockSpells = 0;
float chanceBlockProjectiles = 0;
if (Global.ContainsKey("+#% to maximum Block Chance"))
{
maxChanceBlockAttacks += Global["+#% to maximum Block Chance"][0];
maxChanceBlockSpells += Global["+#% to maximum Block Chance"][0];
maxChanceBlockProjectiles += Global["+#% to maximum Block Chance"][0];
}
if (hasShield)
{
List<float> values = OffHand.GetValues("Chance to Block: #%");
if (values.Count > 0) chanceBlockAttacks += values[0];
}
else if (IsWieldingStaff)
{
List<float> values = MainHand.GetValues("#% Chance to Block");
if (values.Count > 0) chanceBlockAttacks += values[0];
}
else if (IsDualWielding)
chanceBlockAttacks += 15; // When dual wielding, the base chance to block is 15% no matter which weapons are used.
if (hasShield && Global.ContainsKey("#% additional Chance to Block with Shields"))
chanceBlockAttacks += Global["#% additional Chance to Block with Shields"][0];
if (IsWieldingStaff && Global.ContainsKey("#% additional Block Chance With Staves"))
chanceBlockAttacks += Global["#% additional Block Chance With Staves"][0];
if (IsDualWielding && Global.ContainsKey("#% additional Chance to Block while Dual Wielding"))
chanceBlockAttacks += Global["#% additional Chance to Block while Dual Wielding"][0];
if ((IsDualWielding || hasShield) && Global.ContainsKey("#% additional Chance to Block while Dual Wielding or holding a Shield"))
chanceBlockAttacks += Global["#% additional Chance to Block while Dual Wielding or holding a Shield"][0];
if (Global.ContainsKey("#% of Block Chance applied to Spells"))
chanceBlockSpells = PercentOfValue(chanceBlockAttacks, Global["#% of Block Chance applied to Spells"][0]);
if (hasShield && Global.ContainsKey("#% additional Chance to Block Spells with Shields"))
chanceBlockSpells += Global["#% additional Chance to Block Spells with Shields"][0];
if (Global.ContainsKey("+#% additional Block Chance against Projectiles"))
chanceBlockProjectiles = chanceBlockAttacks + Global["+#% additional Block Chance against Projectiles"][0];
if (Acrobatics)
{
float lessChanceBlock = Global["#% Chance to Dodge Attacks. #% less Armour and Energy Shield, #% less Chance to Block Spells and Attacks"][2];
chanceBlockAttacks = IncreaseValueByPercentage(chanceBlockAttacks, -lessChanceBlock);
chanceBlockSpells = IncreaseValueByPercentage(chanceBlockSpells, -lessChanceBlock);
}
if (chanceBlockAttacks > 0)
def["Chance to Block Attacks: #%"] = new List<float>() { MaximumValue(RoundValue(chanceBlockAttacks, 0), maxChanceBlockAttacks) };
if (chanceBlockSpells > 0)
def["Chance to Block Spells: #%"] = new List<float>() { MaximumValue(RoundValue(chanceBlockSpells, 0), maxChanceBlockSpells) };
if (chanceBlockProjectiles > 0)
def["Chance to Block Projectile Attacks: #%"] = new List<float>() { MaximumValue(RoundValue(chanceBlockProjectiles, 0), maxChanceBlockProjectiles) };
// Elemental stataus ailments.
float igniteAvoidance = 0;
float chillAvoidance = 0;
float freezeAvoidance = 0;
float shockAvoidance = 0;
if (Global.ContainsKey("#% chance to Avoid being Ignited"))
igniteAvoidance += Global["#% chance to Avoid being Ignited"][0];
if (Global.ContainsKey("#% chance to Avoid being Chilled"))
chillAvoidance += Global["#% chance to Avoid being Chilled"][0];
if (Global.ContainsKey("#% chance to Avoid being Frozen"))
freezeAvoidance += Global["#% chance to Avoid being Frozen"][0];
if (Global.ContainsKey("#% chance to Avoid being Shocked"))
shockAvoidance += Global["#% chance to Avoid being Shocked"][0];
if (Global.ContainsKey("#% chance to Avoid Elemental Status Ailments"))
{
float value = Global["#% chance to Avoid Elemental Status Ailments"][0];
igniteAvoidance += value;
chillAvoidance += value;
freezeAvoidance += value;
shockAvoidance += value;
}
if (Global.ContainsKey("Cannot be Ignited"))
igniteAvoidance = 100;
if (Global.ContainsKey("Cannot be Chilled"))
chillAvoidance = 100;
if (Global.ContainsKey("Cannot be Frozen"))
freezeAvoidance = 100;
if (Global.ContainsKey("Cannot be Shocked"))
shockAvoidance = 100;
if (igniteAvoidance > 0)
def["Ignite Avoidance: #%"] = new List<float>() { igniteAvoidance };
if (chillAvoidance > 0)
def["Chill Avoidance: #%"] = new List<float>() { chillAvoidance };
if (freezeAvoidance > 0)
def["Freeze Avoidance: #%"] = new List<float>() { freezeAvoidance };
if (shockAvoidance > 0)
def["Shock Avoidance: #%"] = new List<float>() { shockAvoidance };
List<ListGroup> groups = new List<ListGroup>();
groups.Add(new ListGroup(L10n.Message("Character"), ch));
groups.Add(new ListGroup(L10n.Message("Defense"), def));
return groups;
}
// Copy constructor.
Weapon(Weapon weapon)
{
Item = weapon.Item;
Nature = new DamageNature(weapon.Nature);
Attributes = new AttributeSet(weapon.Attributes);
foreach (Damage damage in weapon.Deals)
Deals.Add(new Damage(damage));
Added = weapon.Added;
}
