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| Packages that use Annotation | |
|---|---|
| gate | This package contains the public interface to the GATE Java API. |
| gate.annotation | |
| gate.corpora | |
| gate.creole | |
| gate.creole.annotransfer | |
| gate.creole.coref | |
| gate.creole.gazetteer | |
| gate.creole.nerc | |
| gate.creole.orthomatcher | |
| gate.creole.orthomatcher.SampleOrthoMatcher | |
| gate.event | |
| gate.fsm | |
| gate.gui | |
| gate.gui.annedit | |
| gate.gui.docview | |
| gate.jape | |
| gate.jape.constraint | |
| gate.jape.functest | |
| gate.util | |
| gate.xml |
| Uses of Annotation in gate |
|---|
| Methods in gate that return Annotation | |
|---|---|
Annotation |
SimpleAnnotationSet.get(Integer id)
Find annotations by id |
Annotation |
AnnotationGraph.newAnnotation(Long id,
long start,
long end,
String type)
|
Annotation |
AnnotationGraph.newAnnotation(Long id,
Node start,
Node end,
String type)
|
| Methods in gate that return types with arguments of type Annotation | |
|---|---|
static List<Annotation> |
Utils.inDocumentOrder(AnnotationSet as)
Return a List containing the annotations in the given annotation set, in document order (i.e. increasing order of start offset). |
Iterator<Annotation> |
SimpleAnnotationSet.iterator()
Get an iterator for this set |
| Methods in gate with parameters of type Annotation | |
|---|---|
boolean |
SimpleAnnotationSet.add(Annotation a)
Add an existing annotation, which should be an annotation on this set's document. |
boolean |
Annotation.coextensive(Annotation anAnnot)
Two Annotation are coestensive if their offsets are the same. |
static AnnotationSet |
Utils.getContainedAnnotations(AnnotationSet sourceAnnotationSet,
Annotation containingAnnotation)
Get all the annotations from the source annotation set that lie within the range of the containing annotation. |
static AnnotationSet |
Utils.getContainedAnnotations(AnnotationSet sourceAnnotationSet,
Annotation containingAnnotation,
String targetType)
Get all the annotations of type targetType from the source annotation set that lie within the range of the containing annotation. |
static AnnotationSet |
Utils.getCoveringAnnotations(AnnotationSet sourceAnnotationSet,
Annotation coveredAnnotation)
Get all the annotations from the source annotation set that cover the range of the specified annotation. |
static AnnotationSet |
Utils.getCoveringAnnotations(AnnotationSet sourceAnnotationSet,
Annotation coveredAnnotation,
String targetType)
Get all the annotations of type targetType from the source annotation set that cover the range of the specified annotation. |
static AnnotationSet |
Utils.getOverlappingAnnotations(AnnotationSet sourceAnnotationSet,
Annotation overlappedAnnotation)
Get all the annotations from the source annotation set that partly or totally overlap the range of the specified annotation. |
static AnnotationSet |
Utils.getOverlappingAnnotations(AnnotationSet sourceAnnotationSet,
Annotation overlappedAnnotation,
String targetType)
Get all the annotations of type targetType from the source annotation set that partly or totally overlap the range of the specified annotation. |
boolean |
Annotation.isCompatible(Annotation anAnnot)
This verifies if this annotation is compatible with another one. |
boolean |
Annotation.isCompatible(Annotation anAnnot,
Set aFeatureNamesSet)
This verifies if this annotation is compatible with another one, given a set with certain keys. |
boolean |
Annotation.isPartiallyCompatible(Annotation anAnnot)
This method verifies if two annotation and are partially compatible. |
boolean |
Annotation.isPartiallyCompatible(Annotation anAnnot,
Set aFeatureNamesSet)
This method verifies if two annotation and are partially compatible, given a set with certain keys. |
boolean |
Annotation.overlaps(Annotation aAnnot)
This method determines if this overlaps aAnnot, i.e. if either the beginning or the end (or both) of anAnnot is contained in the span of this. |
boolean |
Annotation.withinSpanOf(Annotation aAnnot)
This method tells if this annotation's text range is fully contained within the text annotated by aAnnot 's
annotation. |
| Method parameters in gate with type arguments of type Annotation | |
|---|---|
static AnnotationSet |
Factory.createImmutableAnnotationSet(Document document,
Collection<Annotation> annotations)
Utility method to create an immutable annotation set. |
| Uses of Annotation in gate.annotation |
|---|
| Classes in gate.annotation that implement Annotation | |
|---|---|
class |
AnnotationImpl
Provides an implementation for the interface gate.Annotation |
| Fields in gate.annotation declared as Annotation | |
|---|---|
private Annotation[] |
AnnotationSetImpl.annotations
This field is used temporarily during serialisation to store all the annotations that need to be saved. |
protected Annotation |
AnnotationSetImpl.AnnotationSetIterator.lastNext
|
private Annotation |
CorpusAnnotationDiff.DiffSetElement.leftAnnotation
This field represent a key annotation |
private Annotation |
CorpusAnnotationDiff.DiffSetElement.rightAnnotation
This field represent a response annotation |
| Fields in gate.annotation with type parameters of type Annotation | |
|---|---|
protected HashMap<Integer,Annotation> |
AnnotationSetImpl.annotsById
Maps annotation ids (Integers) to Annotations |
private Iterator<Annotation> |
AnnotationSetImpl.AnnotationSetIterator.iter
|
private List<Annotation> |
CorpusAnnotationDiff.keyAnnotList
This list is created from keyAnnotationSet at init() time |
private Set<Annotation> |
CorpusAnnotationDiff.keyPartiallySet
This field is used in doDiff() and detectKeyType() methods and holds all partially correct keys |
private List<Annotation> |
CorpusAnnotationDiff.responseAnnotList
This list is created from responseAnnotationSet at init() time |
private Set<Annotation> |
CorpusAnnotationDiff.responsePartiallySet
This field is used in doDiff() and detectResponseType() methods |
| Methods in gate.annotation that return Annotation | |
|---|---|
protected Annotation |
TestAnnotation.createAnnotation(Integer id,
Node start,
Node end,
String type,
FeatureMap features)
|
Annotation |
AnnotationFactory.createAnnotationInSet(AnnotationSet set,
Integer id,
Node start,
Node end,
String type,
FeatureMap features)
Adds a new AnnotationImpl to the given set. |
Annotation |
DefaultAnnotationFactory.createAnnotationInSet(AnnotationSet set,
Integer id,
Node start,
Node end,
String type,
FeatureMap features)
|
Annotation |
AnnotationSetImpl.get(Integer id)
Find annotations by id |
Annotation |
CorpusAnnotationDiff.DiffSetElement.getLeftAnnotation()
Gets the left annotation |
Annotation |
CorpusAnnotationDiff.DiffSetElement.getRightAnnotation()
Gets the right annotation |
Annotation |
AnnotationSetImpl.AnnotationSetIterator.next()
|
| Methods in gate.annotation that return types with arguments of type Annotation | |
|---|---|
Set<Annotation> |
CorpusAnnotationDiff.getAnnotationsOfType(int annotType)
Returns a set with all annotations of a specific type |
private Collection<Annotation> |
AnnotationSetImpl.getAnnotsByStartNode(Integer id)
Returns a set of annotations starting at that position This intermediate method is used to simplify the code as the values of the annotsByStartNode hashmap can be Annotations or a Collection of Annotations. |
Iterator<Annotation> |
AnnotationSetImpl.iterator()
Get an iterator for this set |
| Methods in gate.annotation with parameters of type Annotation | |
|---|---|
boolean |
AnnotationSetImpl.add(Annotation a)
Add an existing annotation. |
boolean |
ImmutableAnnotationSetImpl.add(Annotation a)
|
(package private) void |
AnnotationSetImpl.addToStartOffsetIndex(Annotation a)
Add an annotation to the start offset index. |
(package private) void |
AnnotationSetImpl.addToTypeIndex(Annotation a)
Add an annotation to the type index. |
boolean |
AnnotationImpl.coextensive(Annotation anAnnot)
Two Annotation are coextensive if their offsets are the same. |
int |
CorpusAnnotationDiff.AnnotationSetComparator.compare(Annotation a1,
Annotation a2)
|
private int |
CorpusAnnotationDiff.detectKeyType(Annotation anAnnot)
Decide what type is the keyAnnotation (DEFAULT_TYPE, MISSING or NULL_TYPE) This method must be applied only on annotation from key set. |
private int |
CorpusAnnotationDiff.detectResponseType(Annotation anAnnot)
Decide what type is the responseAnnotation (PARTIALLY_CORRECT_TYPE, SPURIOUS or NULL_TYPE) This method must be applied only on annotation from response set. |
boolean |
AnnotationImpl.isCompatible(Annotation anAnnot)
This verifies if this annotation is compatible with another one. |
boolean |
AnnotationImpl.isCompatible(Annotation anAnnot,
Set aFeatureNamesSet)
This verifies if this annotation is compatible with another one, given a set with certain keys. |
boolean |
AnnotationImpl.isPartiallyCompatible(Annotation anAnnot)
This method verifies if two annotation and are partially compatible. |
boolean |
AnnotationImpl.isPartiallyCompatible(Annotation anAnnot,
Set aFeatureNamesSet)
This method verifies if two annotation and are partially compatible, given a set with certain keys. |
boolean |
AnnotationImpl.overlaps(Annotation aAnnot)
|
protected boolean |
AnnotationSetImpl.removeFromIdIndex(Annotation a)
Remove from the ID index. |
protected void |
AnnotationSetImpl.removeFromOffsetIndex(Annotation a)
Remove from the offset indices. |
protected void |
AnnotationSetImpl.removeFromTypeIndex(Annotation a)
Remove from the type index. |
void |
CorpusAnnotationDiff.DiffSetElement.setLeftAnnotation(Annotation aLeftAnnotation)
Sets the left annotation |
void |
CorpusAnnotationDiff.DiffSetElement.setRightAnnotation(Annotation aRightAnnotation)
Sets the right annotation |
boolean |
AnnotationImpl.withinSpanOf(Annotation aAnnot)
This method tells if this annotation's text range is fully contained within the text annotated by aAnnot 's
annotation. |
| Method parameters in gate.annotation with type arguments of type Annotation | |
|---|---|
boolean |
AnnotationSetImpl.addAll(Collection<? extends Annotation> c)
Adds multiple annotations to this set in one go. |
boolean |
ImmutableAnnotationSetImpl.addAll(Collection<? extends Annotation> arg0)
|
protected boolean |
AnnotationSetImpl.addAllKeepIDs(Collection<? extends Annotation> c)
Adds multiple annotations to this set in one go. |
protected void |
CorpusAnnotationDiff.doDiff(List<Annotation> aKeyAnnotList,
List<Annotation> aResponseAnnotList)
This method is the brain of the AnnotationSet diff and creates a set with diffSetElement objects. |
protected void |
CorpusAnnotationDiff.doDiff(List<Annotation> aKeyAnnotList,
List<Annotation> aResponseAnnotList)
This method is the brain of the AnnotationSet diff and creates a set with diffSetElement objects. |
| Constructors in gate.annotation with parameters of type Annotation | |
|---|---|
CorpusAnnotationDiff.DiffSetElement(Annotation aLeftAnnotation,
Annotation aRightAnnotation,
int aLeftType,
int aRightType)
Constructor for DiffSetlement |
|
CorpusAnnotationDiff.DiffSetElement(Annotation aLeftAnnotation,
Annotation aRightAnnotation,
int aLeftType,
int aRightType,
Document kDocument,
Document rDocument)
Constructor for DiffSetlement with document name |
| Constructor parameters in gate.annotation with type arguments of type Annotation | |
|---|---|
ImmutableAnnotationSetImpl(Document doc,
Collection<Annotation> annotations)
Constructs an ImmutableAnnotationSet. |
| Uses of Annotation in gate.corpora |
|---|
| Fields in gate.corpora declared as Annotation | |
|---|---|
private Annotation |
DocumentImpl.crossedOverAnnotation
This is a variable which contains the latest crossed over annotation found during export with preserving format, i.e., toXml(annotations) method. |
private Annotation |
DocumentImpl.theRootAnnotation
Used by the XML dump preserving format method |
| Fields in gate.corpora with type parameters of type Annotation | |
|---|---|
static Comparator<Annotation> |
DocumentStaxUtils.LONGEST_FIRST_OFFSET_COMPARATOR
Comparator that compares annotations based on their offsets; when two annotations start at the same location, the longer one is considered to come first in the ordering. |
| Methods in gate.corpora that return Annotation | |
|---|---|
private Annotation |
DocumentImpl.identifyTheRootAnnotation(AnnotationSet anAnnotationSet)
Identifies the root annotations inside an annotation set. |
private Annotation |
DocumentImpl.identifyTheRootAnnotation(List anAnnotationList)
|
| Methods in gate.corpora with parameters of type Annotation | |
|---|---|
private boolean |
DocumentImpl.insertsSafety(AnnotationSet aTargetAnnotSet,
Annotation aSourceAnnotation)
This method verifies if aSourceAnnotation can ve inserted safety into the aTargetAnnotSet. |
private boolean |
DocumentImpl.insertsSafety(List aTargetAnnotList,
Annotation aSourceAnnotation)
|
private String |
DocumentImpl.writeEmptyTag(Annotation annot)
|
private String |
DocumentImpl.writeEmptyTag(Annotation annot,
boolean includeNamespace)
Returns a string representing an empty tag based on the input annot |
private String |
DocumentImpl.writeEndTag(Annotation annot)
Returns a string representing an end tag based on the input annot |
private String |
DocumentImpl.writeStartTag(Annotation annot,
boolean includeFeatures)
|
private String |
DocumentImpl.writeStartTag(Annotation annot,
boolean includeFeatures,
boolean includeNamespace)
Returns a string representing a start tag based on the input annot |
| Method parameters in gate.corpora with type arguments of type Annotation | |
|---|---|
static void |
DocumentStaxUtils.writeAnnotationSet(Collection<Annotation> annotations,
String asName,
XMLStreamWriter xsw,
String namespaceURI)
Writes the given annotation set to an XMLStreamWriter as GATE XML format. |
static void |
DocumentStaxUtils.writeDocument(Document doc,
Map<String,Collection<Annotation>> annotationSets,
XMLStreamWriter xsw,
String namespaceURI)
Write the specified GATE Document to an XMLStreamWriter. |
static void |
DocumentStaxUtils.writeTextWithNodes(Document doc,
Collection<Collection<Annotation>> annotationSets,
XMLStreamWriter xsw,
String namespaceURI)
Writes the content of the given document to an XMLStreamWriter as a mixed content element called "TextWithNodes". |
static void |
DocumentStaxUtils.writeXcesAnnotations(Collection<Annotation> annotations,
OutputStream os,
String encoding)
Save annotations to the given output stream in XCES format, with their IDs included as the "n" attribute of each struct . |
static void |
DocumentStaxUtils.writeXcesAnnotations(Collection<Annotation> annotations,
XMLStreamWriter xsw)
Save annotations to the given XMLStreamWriter in XCES format, with their IDs included as the "n" attribute of each struct . |
static void |
DocumentStaxUtils.writeXcesAnnotations(Collection<Annotation> annotations,
XMLStreamWriter xsw,
boolean includeId)
Save annotations to the given XMLStreamWriter in XCES format. |
| Uses of Annotation in gate.creole |
|---|
| Methods in gate.creole that return Annotation | |
|---|---|
Annotation |
AnnotationVisualResource.getAnnotationCurrentlyEdited()
|
| Methods in gate.creole with parameters of type Annotation | |
|---|---|
protected void |
POSTagger.addFeatures(Annotation annot,
String featureName,
String featureValue)
|
void |
AnnotationVisualResource.editAnnotation(Annotation ann,
AnnotationSet set)
Changes the annotation currently being edited. |
Object |
TestPR.TestAnnotationAccessor.getValue(Annotation annot,
AnnotationSet context)
|
| Uses of Annotation in gate.creole.annotransfer |
|---|
| Method parameters in gate.creole.annotransfer with type arguments of type Annotation | |
|---|---|
private void |
AnnotationSetTransfer.transferAnnotations(List<Annotation> toTransfer,
AnnotationSet to,
boolean newID)
|
| Uses of Annotation in gate.creole.coref |
|---|
| Fields in gate.creole.coref declared as Annotation | |
|---|---|
private Annotation[] |
PronominalCoref.pleonasticIt
--- |
private Annotation |
PronominalCoref.Quote.quoteAnnotation
--- |
| Fields in gate.creole.coref with type parameters of type Annotation | |
|---|---|
private Set<Annotation> |
PronominalCoref.Quote.antecedentsAfter
--- |
private Set<Annotation> |
PronominalCoref.Quote.antecedentsBackInContext
--- |
private Set<Annotation> |
PronominalCoref.Quote.antecedentsBefore
--- |
| Methods in gate.creole.coref that return Annotation | |
|---|---|
private Annotation |
PronominalCoref._chooseAntecedent$HE$HIM$HIS$SHE$HER$HIMSELF$(Annotation ant1,
Annotation ant2,
Annotation pronoun)
--- |
private Annotation |
PronominalCoref._chooseAntecedent$IT$ITS$ITSELF$(Annotation ant1,
Annotation ant2,
Annotation pronoun)
--- |
private Annotation |
PronominalCoref._resolve$HE$HIM$HIS$HIMSELF$(Annotation pronoun,
int sentenceIndex)
--- |
private Annotation |
PronominalCoref._resolve$I$ME$MY$MYSELF$(Annotation pronoun,
int sentenceIndex)
--- |
private Annotation |
PronominalCoref._resolve$IT$ITS$ITSELF$(Annotation pronoun,
int sentenceIndex)
--- |
private Annotation |
PronominalCoref._resolve$SHE$HER$(Annotation pronoun,
int sentenceIndex)
--- |
private Annotation |
PronominalCoref.findAntecedent(Annotation currPronoun,
int prnSentIndex)
--- |
private Annotation |
NominalCoref.getFollowingToken(Annotation current,
int currentPosition,
Object[] tokens)
Get the next token after an annotation |
private Annotation[] |
NominalCoref.getSortedTokens(Annotation a)
Get a sorted array of the tokens that make up a given annotation. |
| Methods in gate.creole.coref that return types with arguments of type Annotation | |
|---|---|
private Set<Annotation> |
PronominalCoref.Quote.generateAntecedentCandidates(int sentenceNumber,
int quoteNumber,
int mode)
--- |
Set<Annotation> |
PronominalCoref.Quote.getAntecedentCandidates(int type)
--- |
| Methods in gate.creole.coref with parameters of type Annotation | |
|---|---|
private Annotation |
PronominalCoref._chooseAntecedent$HE$HIM$HIS$SHE$HER$HIMSELF$(Annotation ant1,
Annotation ant2,
Annotation pronoun)
--- |
private Annotation |
PronominalCoref._chooseAntecedent$IT$ITS$ITSELF$(Annotation ant1,
Annotation ant2,
Annotation pronoun)
--- |
private Annotation |
PronominalCoref._resolve$HE$HIM$HIS$HIMSELF$(Annotation pronoun,
int sentenceIndex)
--- |
private Annotation |
PronominalCoref._resolve$I$ME$MY$MYSELF$(Annotation pronoun,
int sentenceIndex)
--- |
private Annotation |
PronominalCoref._resolve$IT$ITS$ITSELF$(Annotation pronoun,
int sentenceIndex)
--- |
private Annotation |
PronominalCoref._resolve$SHE$HER$(Annotation pronoun,
int sentenceIndex)
--- |
private int |
NominalCoref.advanceTokenPosition(Annotation target,
int currentPosition,
Object[] tokens)
Use this method to keep the current token pointer at the right point in the token list |
private int |
NominalCoref.countInterveningTokens(Annotation first,
Annotation second,
int currentPosition,
Object[] tokens)
Return the number of tokens between the end of annotation 1 and the beginning of annotation 2. |
private Annotation |
PronominalCoref.findAntecedent(Annotation currPronoun,
int prnSentIndex)
--- |
private String |
PronominalCoref.findPersonGender(Annotation person)
--- |
private Annotation |
NominalCoref.getFollowingToken(Annotation current,
int currentPosition,
Object[] tokens)
Get the next token after an annotation |
private Annotation[] |
NominalCoref.getSortedTokens(Annotation a)
Get a sorted array of the tokens that make up a given annotation. |
(package private) boolean |
PronominalCoref.isPleonastic(Annotation pronoun)
|
private boolean |
NominalCoref.overlapsAnnotations(Annotation a,
AnnotationSet annotations)
This method specifies whether a given annotation overlaps any of a set of annotations. |
private String |
NominalCoref.stringValue(Annotation ann)
Get the text of an annotation |
| Constructors in gate.creole.coref with parameters of type Annotation | |
|---|---|
PronominalCoref.Quote(Annotation quoteAnnotation,
int index)
--- |
| Uses of Annotation in gate.creole.gazetteer |
|---|
| Methods in gate.creole.gazetteer with parameters of type Annotation | |
|---|---|
private void |
FlexibleGazetteer.addToOriginal(AnnotationSet original,
long originalStart,
long originalEnd,
long tempStart,
long tempEnd,
Annotation tempLookup,
Document tempDoc)
|
| Method parameters in gate.creole.gazetteer with type arguments of type Annotation | |
|---|---|
private void |
FlexibleGazetteer.removeOverlappingAnnotations(List<Annotation> annotations)
Removes the overlapping annotations. preserves the one that appears first in the list. |
| Uses of Annotation in gate.creole.nerc |
|---|
| Constructors in gate.creole.nerc with parameters of type Annotation | |
|---|---|
EntityDescriptor(Document document,
Annotation annotation)
Constructs a new entity descriptor starting from a Gate annotation |
| Uses of Annotation in gate.creole.orthomatcher |
|---|
| Fields in gate.creole.orthomatcher declared as Annotation | |
|---|---|
protected Annotation |
OrthoMatcher.longAnnot
|
protected Annotation |
OrthoMatcher.shortAnnot
|
| Fields in gate.creole.orthomatcher with type parameters of type Annotation | |
|---|---|
protected ArrayList<Annotation> |
OrthoMatcher.normalizedTokensLongAnnot
|
protected ArrayList<Annotation> |
OrthoMatcher.normalizedTokensShortAnnot
|
protected ArrayList<Annotation> |
OrthoMatcher.tokensLongAnnot
|
protected ArrayList<Annotation> |
OrthoMatcher.tokensShortAnnot
|
| Methods in gate.creole.orthomatcher that return Annotation | |
|---|---|
Annotation |
AnnotationOrthography.updateMatches(Annotation newAnnot,
String annotString,
HashMap processedAnnots,
AnnotationSet nameAllAnnots,
List matchesDocFeature)
|
Annotation |
BasicAnnotationOrthography.updateMatches(Annotation newAnnot,
String annotString,
HashMap processedAnnots,
AnnotationSet nameAllAnnots,
List matchesDocFeature)
|
| Methods in gate.creole.orthomatcher with parameters of type Annotation | |
|---|---|
private boolean |
OrthoMatcher.apply_rules_namematch(String annotationType,
String shortName,
String longName,
Annotation prevAnnot,
Annotation followAnnot,
boolean longerPrevious)
apply_rules_namematch: apply rules similarly to lasie1.5's namematch |
String |
AnnotationOrthography.getStringForAnnotation(Annotation a,
Document d)
Returns normalized content of an annotation - removes extra white spaces. |
String |
BasicAnnotationOrthography.getStringForAnnotation(Annotation a,
Document d)
|
protected boolean |
OrthoMatcher.matchAnnotations(Annotation newAnnot,
String annotString,
Annotation prevAnnot)
|
boolean |
AnnotationOrthography.matchedAlready(Annotation annot1,
Annotation annot2,
List matchesDocFeature,
AnnotationSet nameAllAnnots)
|
boolean |
BasicAnnotationOrthography.matchedAlready(Annotation annot1,
Annotation annot2,
List matchesDocFeature,
AnnotationSet nameAllAnnots)
|
private boolean |
OrthoMatcher.matchHyphenatedUnknowns(Annotation unknown,
String unknownString,
Iterator iter)
|
protected boolean |
OrthoMatcher.matchOtherAnnots(List toMatchList,
Annotation newAnnot,
String annotString)
This method checkes whether the new annotation matches all annotations given in the toMatchList (it contains ids) The idea is that the new annotation needs to match all those, because assuming transitivity does not always work, when two different entities share a common token: e.g., BT Cellnet and BT and British Telecom. |
protected void |
OrthoMatcher.matchWithPrevious(Annotation nameAnnot,
String annotString,
ArrayList<Annotation> listOfThisType,
int startIndex)
Attempt to match nameAnnot against all previous annotations of the same type, which are passed down in listOfThisType. |
boolean |
OrthoMatcher.noMatchRule1(String s1,
String s2,
Annotation previousAnnot,
boolean longerPrevious)
No Match Rule 1: Avoids the problem of matching David Jones ... |
protected String |
OrthoMatcher.normalizeOrganizationName(String annotString,
Annotation annot)
return an organization without a designator and starting The |
protected void |
OrthoMatcher.normalizePersonName(Annotation annot)
|
protected void |
OrthoMatcher.propagatePropertyToExactMatchingMatches(Annotation updateAnnot,
String featureName,
Object value)
|
String |
AnnotationOrthography.stripPersonTitle(String annotString,
Annotation annot,
Document doc,
Map<Integer,List<Annotation>> tokensMap,
HashMap normalizedTokensMap,
AnnotationSet nameAllAnnots)
|
String |
BasicAnnotationOrthography.stripPersonTitle(String annotString,
Annotation annot,
Document doc,
Map<Integer,List<Annotation>> tokensMap,
HashMap normalizedTokensMap,
AnnotationSet nameAllAnnots)
Return a person name without a title. |
void |
AnnotationOrthography.updateMatches(Annotation newAnnot,
Annotation prevAnnot,
List matchesDocFeature,
AnnotationSet nameAllAnnots)
|
void |
BasicAnnotationOrthography.updateMatches(Annotation newAnnot,
Annotation prevAnnot,
List matchesDocFeature,
AnnotationSet nameAllAnnots)
|
Annotation |
AnnotationOrthography.updateMatches(Annotation newAnnot,
String annotString,
HashMap processedAnnots,
AnnotationSet nameAllAnnots,
List matchesDocFeature)
|
Annotation |
BasicAnnotationOrthography.updateMatches(Annotation newAnnot,
String annotString,
HashMap processedAnnots,
AnnotationSet nameAllAnnots,
List matchesDocFeature)
|
| Method parameters in gate.creole.orthomatcher with type arguments of type Annotation | |
|---|---|
boolean |
AnnotationOrthography.allNonStopTokensInOtherAnnot(ArrayList<Annotation> firstName,
ArrayList<Annotation> secondName,
String TOKEN_STRING_FEATURE_NAME,
boolean caseSensitive)
|
boolean |
AnnotationOrthography.allNonStopTokensInOtherAnnot(ArrayList<Annotation> firstName,
ArrayList<Annotation> secondName,
String TOKEN_STRING_FEATURE_NAME,
boolean caseSensitive)
|
boolean |
BasicAnnotationOrthography.allNonStopTokensInOtherAnnot(ArrayList<Annotation> firstName,
ArrayList<Annotation> secondName,
String TOKEN_STRING_FEATURE_NAME,
boolean caseSensitive)
|
boolean |
BasicAnnotationOrthography.allNonStopTokensInOtherAnnot(ArrayList<Annotation> firstName,
ArrayList<Annotation> secondName,
String TOKEN_STRING_FEATURE_NAME,
boolean caseSensitive)
|
private boolean |
OrthoMatcher.detectBadMiddleTokens(ArrayList<Annotation> tokArray)
returns true if it detects a middle name which indicates that the name string contains a nickname or a compound last name |
protected void |
OrthoMatcher.matchUnknown(ArrayList<Annotation> sortedAnnotationsForAType)
|
protected void |
OrthoMatcher.matchWithPrevious(Annotation nameAnnot,
String annotString,
ArrayList<Annotation> listOfThisType,
int startIndex)
Attempt to match nameAnnot against all previous annotations of the same type, which are passed down in listOfThisType. |
String |
AnnotationOrthography.stripPersonTitle(String annotString,
Annotation annot,
Document doc,
Map<Integer,List<Annotation>> tokensMap,
HashMap normalizedTokensMap,
AnnotationSet nameAllAnnots)
|
String |
BasicAnnotationOrthography.stripPersonTitle(String annotString,
Annotation annot,
Document doc,
Map<Integer,List<Annotation>> tokensMap,
HashMap normalizedTokensMap,
AnnotationSet nameAllAnnots)
Return a person name without a title. |
| Uses of Annotation in gate.creole.orthomatcher.SampleOrthoMatcher |
|---|
| Methods in gate.creole.orthomatcher.SampleOrthoMatcher that return Annotation | |
|---|---|
Annotation |
SampleAnnotationOrthography.updateMatches(Annotation newAnnot,
String annotString,
HashMap processedAnnots,
AnnotationSet nameAllAnnots,
List matchesDocFeature)
|
| Methods in gate.creole.orthomatcher.SampleOrthoMatcher with parameters of type Annotation | |
|---|---|
String |
SampleAnnotationOrthography.getStringForAnnotation(Annotation a,
Document d)
|
boolean |
SampleAnnotationOrthography.matchedAlready(Annotation annot1,
Annotation annot2,
List matchesDocFeature,
AnnotationSet nameAllAnnots)
|
String |
SampleAnnotationOrthography.stripPersonTitle(String annotString,
Annotation annot,
Document doc,
Map<Integer,List<Annotation>> tokensMap,
HashMap normalizedTokensMap,
AnnotationSet nameAllAnnots)
|
void |
SampleAnnotationOrthography.updateMatches(Annotation newAnnot,
Annotation prevAnnot,
List matchesDocFeature,
AnnotationSet nameAllAnnots)
|
Annotation |
SampleAnnotationOrthography.updateMatches(Annotation newAnnot,
String annotString,
HashMap processedAnnots,
AnnotationSet nameAllAnnots,
List matchesDocFeature)
|
| Method parameters in gate.creole.orthomatcher.SampleOrthoMatcher with type arguments of type Annotation | |
|---|---|
boolean |
SampleAnnotationOrthography.allNonStopTokensInOtherAnnot(ArrayList<Annotation> arg0,
ArrayList<Annotation> arg1,
String arg2,
boolean arg3)
|
boolean |
SampleAnnotationOrthography.allNonStopTokensInOtherAnnot(ArrayList<Annotation> arg0,
ArrayList<Annotation> arg1,
String arg2,
boolean arg3)
|
String |
SampleAnnotationOrthography.stripPersonTitle(String annotString,
Annotation annot,
Document doc,
Map<Integer,List<Annotation>> tokensMap,
HashMap normalizedTokensMap,
AnnotationSet nameAllAnnots)
|
| Uses of Annotation in gate.event |
|---|
| Fields in gate.event declared as Annotation | |
|---|---|
private Annotation |
AnnotationSetEvent.annotation
|
| Methods in gate.event that return Annotation | |
|---|---|
Annotation |
AnnotationSetEvent.getAnnotation()
Gets the annotation that has been added or removed |
| Constructors in gate.event with parameters of type Annotation | |
|---|---|
AnnotationEvent(Annotation source,
int type)
Constructor. |
|
AnnotationSetEvent(AnnotationSet source,
int type,
Document sourceDocument,
Annotation annotation)
Constructor. |
| Uses of Annotation in gate.fsm |
|---|
| Methods in gate.fsm with parameters of type Annotation | |
|---|---|
boolean |
Transition.satisfiedBy(Annotation[] coIncidentAnnos)
Returns true if all the constraints on this transition are satisfied by the given Annotations, false otherwise. |
| Uses of Annotation in gate.gui |
|---|
| Fields in gate.gui declared as Annotation | |
|---|---|
(package private) Annotation |
STreeNode.annot
|
protected Annotation |
SyntaxTreeViewer.utterance
|
| Methods in gate.gui that return Annotation | |
|---|---|
Annotation |
STreeNode.getAnnotation()
|
Annotation |
SyntaxTreeViewer.getAnnotationCurrentlyEdited()
|
| Methods in gate.gui with parameters of type Annotation | |
|---|---|
protected STreeNode |
SyntaxTreeViewer.createParentNode(String text,
Annotation annot)
Create a parent node for all selected non-terminal nodes |
void |
SyntaxTreeViewer.editAnnotation(Annotation ann,
AnnotationSet set)
Used when the viewer/editor has to display/edit an existing annotation |
private JButton |
SyntaxTreeViewer.processChildrenAnnots(Annotation annot,
Map<Integer,JButton> processed)
|
void |
STreeNode.setAnnotation(Annotation annot)
This also sets the span to match the annotation span! |
private void |
AnnotationDiffGUI.ShowDocumentAction.showExpressionInDocument(Document doc,
Annotation annotation,
String asname)
|
| Constructors in gate.gui with parameters of type Annotation | |
|---|---|
STreeNode(Annotation annot)
|
| Uses of Annotation in gate.gui.annedit |
|---|
| Fields in gate.gui.annedit declared as Annotation | |
|---|---|
(package private) Annotation |
AnnotationDataImpl.ann
|
protected Annotation |
SchemaAnnotationEditor.annotation
The annotation currently being edited. |
| Fields in gate.gui.annedit with type parameters of type Annotation | |
|---|---|
protected LinkedList<Annotation> |
SearchAndAnnotatePanel.annotateAllAnnotationsID
List of annotations ID that have been created by the AnnotateAllMatchesAction. |
| Methods in gate.gui.annedit that return Annotation | |
|---|---|
Annotation |
AnnotationData.getAnnotation()
Gets the Annotation object represented by this structure. |
Annotation |
AnnotationDataImpl.getAnnotation()
|
Annotation |
SchemaAnnotationEditor.getAnnotationCurrentlyEdited()
|
Annotation |
AnnotationEditorOwner.getNextAnnotation()
Called by the editor for obtaining the next annotation to be edited. |
Annotation |
AnnotationEditorOwner.getPreviousAnnotation()
Called by the editor for obtaining the previous annotation to be edited. |
| Methods in gate.gui.annedit with parameters of type Annotation | |
|---|---|
void |
AnnotationEditorOwner.annotationChanged(Annotation ann,
AnnotationSet set,
String oldType)
Called by the annotation editor when an annotation has been changed. |
void |
SchemaAnnotationEditor.editAnnotation(Annotation ann,
AnnotationSet set)
|
protected void |
SchemaAnnotationEditor.moveAnnotation(AnnotationSet set,
Annotation oldAnnotation,
Long newStartOffset,
Long newEndOffset)
Changes the span of an existing annotation by creating a new annotation with the same ID, type and features but with the new start and end offsets. |
| Constructors in gate.gui.annedit with parameters of type Annotation | |
|---|---|
AnnotationDataImpl(AnnotationSet set,
Annotation ann)
|
| Uses of Annotation in gate.gui.docview |
|---|
| Classes in gate.gui.docview that implement Annotation | |
|---|---|
private static class |
AnnotationStack.StackAnnotation
Annotation that doesn't belong to an annotation set and with id always equal to -1. |
| Fields in gate.gui.docview declared as Annotation | |
|---|---|
protected Annotation |
AnnotationEditor.ann
The annotation being edited. |
(package private) Annotation |
AnnotationListView.EditAnnotationAction.ann
|
(package private) Annotation |
AnnotationStackView.AnnotationMouseListener.annotation
|
(package private) Annotation |
TextualDocumentView.HighlightData.annotation
|
private Annotation |
CorefEditor.annotToConsiderForChain
|
| Methods in gate.gui.docview that return Annotation | |
|---|---|
Annotation |
CorefEditor.findOutTheLongestAnnotation(ArrayList matches,
AnnotationSet set)
Given arrayList containing Ids of the annotations, and an annotationSet, this method returns the annotations that has longest string among the matches |
Annotation |
AnnotationEditor.getAnnotationCurrentlyEdited()
|
Annotation |
AnnotationListView.getNextAnnotation()
|
Annotation |
AnnotationSetsView.getNextAnnotation()
|
Annotation |
AnnotationListView.getPreviousAnnotation()
|
Annotation |
AnnotationSetsView.getPreviousAnnotation()
|
| Methods in gate.gui.docview with parameters of type Annotation | |
|---|---|
void |
AnnotationStack.addAnnotation(Annotation annotation)
Add an annotation to the current stack row. |
AnnotationDataImpl |
AnnotationListView.addAnnotation(Annotation ann,
AnnotationSet set)
Adds an annotation to be displayed in the list. |
void |
AnnotationSetsView.TypeHandler.annotationAdded(Annotation ann)
Notifies this type handler that a new annotation was created of the right type |
void |
AnnotationListView.annotationChanged(Annotation ann,
AnnotationSet set,
String oldType)
|
void |
AnnotationSetsView.annotationChanged(Annotation ann,
AnnotationSet set,
String oldType)
|
void |
AnnotationSetsView.TypeHandler.annotationRemoved(Annotation ann)
Notifies this type handler that an annotation has been removed |
(package private) static AnnotationStack.StackAnnotation |
AnnotationStack.StackAnnotation.createAnnotation(Annotation annotation)
|
void |
AnnotationEditor.editAnnotation(Annotation ann,
AnnotationSet set)
|
private CorefEditor.CorefTreeNode |
CorefEditor.findOutTheChainHead(Annotation ann,
String set)
Given an annotation, this will find out the chainHead |
List<Action> |
AnnotationListView.getGenericEditorActions(AnnotationSet set,
Annotation annotation)
|
List<Action> |
AnnotationListView.getSpecificEditorActions(AnnotationSet set,
Annotation annotation)
|
String |
CorefEditor.getString(Annotation ann)
Given an annotation, this method returns the string of that annotation |
void |
OntologyClassView.highlightInstance(AnnotationSet set,
Annotation annotation,
OClass oClass,
JTree tree)
To see if it's worth using it to optimise highlights display. |
protected void |
AnnotationEditor.moveAnnotation(AnnotationSet set,
Annotation oldAnnotation,
Long newStartOffset,
Long newEndOffset)
Changes the span of an existing annotation by creating a new annotation with the same ID, type and features but with the new start and end offsets. |
void |
CorefEditor.removeChainReference(Annotation annot,
CorefEditor.CorefTreeNode chainHead)
Removes the reference of this annotation from the current chain. |
void |
TextualDocumentView.scrollAnnotationToVisible(Annotation ann)
|
void |
AnnotationSetsView.selectAnnotation(Annotation ann,
AnnotationSet annSet)
Sets a particular annotation as selected. |
| Method parameters in gate.gui.docview with type arguments of type Annotation | |
|---|---|
List<AnnotationData> |
AnnotationListView.addAnnotations(List<Annotation> annotations,
AnnotationSet set)
Adds a batch of annotations in one go. |
| Constructors in gate.gui.docview with parameters of type Annotation | |
|---|---|
AnnotationListView.EditAnnotationAction(AnnotationSet set,
Annotation ann,
AnnotationVisualResource editor)
|
| Uses of Annotation in gate.jape |
|---|
| Methods in gate.jape that return Annotation | |
|---|---|
protected Annotation |
SinglePhaseTransducer.getRightMostAnnotation(Collection<Annotation> annots)
Return the annotation with the right-most end node |
| Methods in gate.jape that return types with arguments of type Annotation | |
|---|---|
private static List<List<Annotation>> |
SinglePhaseTransducer.combine(List<List<Annotation>> sourceLists,
int maxTupleSize,
List<Annotation> incompleteTuple)
Computes all tuples (x1, x2, ..., xn) resulting from the linear combination of the elements of n lists, where x1 comes from the 1st list, x2 comes from the second, etc. |
List<Annotation> |
Constraint.matches(Collection<Annotation> annots,
Ontology ontology,
AnnotationSet context)
Invoke Constraint.matches(Annotation, Ontology, AnnotationSet) on all provided
annotations. |
| Methods in gate.jape with parameters of type Annotation | |
|---|---|
boolean |
Constraint.matches(Annotation annot,
AnnotationSet context)
Test if an annotation is of the proper type for this constraint and if it complies with the ConstraintPredicate s of this
constraint. |
boolean |
Constraint.matches(Annotation annot,
Ontology ontologyLR,
AnnotationSet context)
Test if an annotation is of the proper type for this constraint and if it complies with the ConstraintPredicate s of this
constraint. |
| Method parameters in gate.jape with type arguments of type Annotation | |
|---|---|
private static List<List<Annotation>> |
SinglePhaseTransducer.combine(List<List<Annotation>> sourceLists,
int maxTupleSize,
List<Annotation> incompleteTuple)
Computes all tuples (x1, x2, ..., xn) resulting from the linear combination of the elements of n lists, where x1 comes from the 1st list, x2 comes from the second, etc. |
private static List<List<Annotation>> |
SinglePhaseTransducer.combine(List<List<Annotation>> sourceLists,
int maxTupleSize,
List<Annotation> incompleteTuple)
Computes all tuples (x1, x2, ..., xn) resulting from the linear combination of the elements of n lists, where x1 comes from the 1st list, x2 comes from the second, etc. |
protected Annotation |
SinglePhaseTransducer.getRightMostAnnotation(Collection<Annotation> annots)
Return the annotation with the right-most end node |
List<Annotation> |
Constraint.matches(Collection<Annotation> annots,
Ontology ontology,
AnnotationSet context)
Invoke Constraint.matches(Annotation, Ontology, AnnotationSet) on all provided
annotations. |
| Uses of Annotation in gate.jape.constraint |
|---|
| Methods in gate.jape.constraint that return types with arguments of type Annotation | |
|---|---|
protected Collection<Annotation> |
EmbeddedConstraintPredicate.filterMatches(AnnotationSet containedSet)
If there are attribute constraints, filter the set. |
| Methods in gate.jape.constraint with parameters of type Annotation | |
|---|---|
AnnotationSet |
ContainsPredicate.doMatch(Annotation annot,
AnnotationSet as)
Get all the annots of the right type that are within the span of this annot. |
protected abstract AnnotationSet |
EmbeddedConstraintPredicate.doMatch(Annotation annot,
AnnotationSet as)
|
AnnotationSet |
WithinPredicate.doMatch(Annotation annot,
AnnotationSet as)
Get all the annots of the right type that completely span the length of the test annot |
Object |
AnnotationAccessor.getValue(Annotation annot,
AnnotationSet context)
Obtain the value of some part of the given annotation |
Object |
AnnotationFeatureAccessor.getValue(Annotation annot,
AnnotationSet context)
Obtain a named feature |
Object |
CleanStringAccessor.getValue(Annotation annot,
AnnotationSet context)
Return the cleaned up underlying string for the annotation. |
Object |
LengthAccessor.getValue(Annotation annot,
AnnotationSet context)
Return the length of the span of the annotation. |
Object |
SimpleAnnotationAccessor.getValue(Annotation annot,
AnnotationSet context)
|
Object |
StringAccessor.getValue(Annotation annot,
AnnotationSet context)
Return the underlying string for the annotation. |
boolean |
AbstractConstraintPredicate.matches(Annotation annot,
AnnotationSet context)
|
boolean |
ConstraintPredicate.matches(Annotation annot,
AnnotationSet context)
Evaluates if the provided annotation meets the requirements of the predicate. |
| Uses of Annotation in gate.jape.functest |
|---|
| Methods in gate.jape.functest that return types with arguments of type Annotation | |
|---|---|
protected Set<Annotation> |
BaseJapeTests.doTest(Document doc,
String japeResourcePath,
BaseJapeTests.AnnotationCreator ac,
String ontologyURL)
|
protected Set<Annotation> |
BaseJapeTests.doTest(String docResourcePath,
String japeResourcePath,
BaseJapeTests.AnnotationCreator ac)
|
protected Set<Annotation> |
BaseJapeTests.doTest(String docResourcePath,
String japeResourcePath,
BaseJapeTests.AnnotationCreator ac,
String ontologyURL)
|
private Set<Annotation> |
BaseJapeTests.runTransducer(Document doc,
String japeFile,
String ontologyURL)
Executes transducer with the provided parameters and returns transduced annotations ordered |
| Method parameters in gate.jape.functest with type arguments of type Annotation | |
|---|---|
protected static void |
BaseJapeTests.compareEndOffsets(Set<Annotation> res,
int... endOffsets)
|
protected static void |
BaseJapeTests.compareResults(String[] expectedResults,
Set<Annotation> actualResults)
Compares 2 ordered sets of annotations by comparison of the rules that created them. |
protected static void |
BaseJapeTests.compareStartOffsets(Set<Annotation> res,
int... startOffsets)
|
| Uses of Annotation in gate.util |
|---|
| Fields in gate.util with type parameters of type Annotation | |
|---|---|
Set<Annotation> |
AnnotationDiffer.correctAnnotations
|
protected List<Annotation> |
AnnotationDiffer.keyList
A list with all the key annotations |
Set<Annotation> |
AnnotationDiffer.missingAnnotations
|
Set<Annotation> |
AnnotationDiffer.partiallyCorrectAnnotations
|
protected List<Annotation> |
AnnotationDiffer.responseList
A list with all the response annotations |
Set<Annotation> |
AnnotationDiffer.spuriousAnnotations
|
| Methods in gate.util that return Annotation | |
|---|---|
Annotation |
AnnotationDiffer.Pairing.getKey()
Gets the key annotation of the pairing. |
Annotation |
AnnotationDiffer.PairingImpl.getKey()
|
Annotation |
AnnotationDiffer.Pairing.getResponse()
Gets the response annotation of the pairing. |
Annotation |
AnnotationDiffer.PairingImpl.getResponse()
|
| Methods in gate.util that return types with arguments of type Annotation | |
|---|---|
Set<Annotation> |
AnnotationDiffer.getAnnotationsOfType(int type)
A method that returns specific type of annotations |
| Methods in gate.util with parameters of type Annotation | |
|---|---|
int |
OffsetComparator.compare(Annotation a1,
Annotation a2)
|
| Method parameters in gate.util with type arguments of type Annotation | |
|---|---|
List<AnnotationDiffer.Pairing> |
AnnotationDiffer.calculateDiff(Collection<Annotation> key,
Collection<Annotation> response)
Computes a diff between two collections of annotations. |
List<AnnotationDiffer.Pairing> |
AnnotationDiffer.calculateDiff(Collection<Annotation> key,
Collection<Annotation> response)
Computes a diff between two collections of annotations. |
private static void |
AnnotationMerging.mergeAnnogationMajorityNoFeat(AnnotationSet[] annsArr,
HashMap<Annotation,String> mergeAnns,
boolean isTheSameInstances)
The majority merging method for the annotaiton not specifying any annotation feature for label. |
static void |
AnnotationMerging.mergeAnnotation(AnnotationSet[] annsArr,
String nameFeat,
HashMap<Annotation,String> mergeAnns,
int numMinK,
boolean isTheSameInstances)
Merge all annotationset from an array. |
static void |
AnnotationMerging.mergeAnnotationMajority(AnnotationSet[] annsArr,
String nameFeat,
HashMap<Annotation,String> mergeAnns,
boolean isTheSameInstances)
Merge all annotationset from an array. |
private static void |
AnnotationMerging.removeDuplicate(HashMap<Annotation,String> mergeAnns)
Remove the duplicate annotations from the merged annotations. |
| Uses of Annotation in gate.xml |
|---|
| Methods in gate.xml with parameters of type Annotation | |
|---|---|
private void |
TestXml.compareAnnot(Annotation origAnn,
Annotation reloadedAnnot)
Thes if two annotatiosn are the same, except their features. |
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


Workflow as a Service brings an idea of modeling a service as a workflow that is exposed as a fully featured service with a dedicated (domain specific) API.
Workflow as a Function is dedicated for short lived operations that usually last no longer that a second and are expected to be fast and small in size both at runtime and at boot time
Workflow as Function Flow is a more advanced extension to Workflow as a Function which breaks the workflow into many different functions


How to use the Numbers that appear within Brackets in Family Trees
Within some of the family trees a number, enclosed within brackets, has been added ahead of a name. Examples include, [3] and [121]. The significance and use of these numbers within brackets are as follows. Whenever such a bracketed number appears, it indicates that the name that follows appears more than once within that family tree. This can happen, for example, when the individual has been married more than once. It can also happen as a result of cousins having married within that family tree. The latter example can also result in the replication of the progeny of cousins-marrying-cousins. This will sometimes give rise to the occurrence of many bracketed numbers within a family tree.
These
bracketed numbers can be useful to the researcher. By searching the family tree for a bracketed number, a researcher
can readily find how many times the replication has occurred. By examining each occurrence of the number,
a researcher can usually determine why it has been replicated. Knowledge of why the number is being
replicated can sometimes reveal interesting facts about the individual and the
family.
To
search for the occurrence of replicate, bracketed numbers, simply highlight and
copy the number (including the brackets), then go to the search function on
your computer and paste the number into the box. Go to the top of the family tree and click on Search or Find
or whatever your program requires to activate the search. Use the Find Next button to go to the next
occurrence of the bracketed number.
Click here for the Short-Cut Table of Contents


Next, consider the calculation of the surface component of
, the geodesic curvature , which is defined by
|
(268) |
Using
and Eq. (263), we obtain
Using Eqs. (270), (271), and (272), equation
(268) is written as
The terms in the first line of Eq. (273) is written as
| |
|
|
|
| |
|
|
(274) |
Noting that
|
(275) |
and
|
(276) |
expression (274) is written as
| |
|
|
|
| |
|
|
(277) |
The first two terms on the second line of Eq. (273) can be written
as
|
(278) |
The sum of the expression (278) and the first term of expression
(277) is written as
Using the above results, is written as
Using
equation (281) is written
Excluding the
term, the other terms on the
r.h.s of the above equation are written
Therefore equation (8.4.2) is written
|
(282) |
which agrees with the formula given in Ref. [6]. Equation
(282) takes a very simple form, and provides a clear physical
meaning for the geodesic curvature: is proportional to the poloidal
derivative of the magnetic field strength. Equation () indicates
that the geodesic curvature is zero for an equilibrium configuration that is
uniform in poloidal direction. Note that this formula for is valid
for arbitrary Jacobian. (Remarks: When I derived the formula of for
the first time, I found that can be written in the simple form
given by Eq. (282) for the equa-arc length Jacobian. Later I found
that can also be written in the simple form given by Eq.
(282) for the Boozer Jacobian. This makes me realize that the simple
form given by Eq. (282) may be universally valid for arbitrary
Jacobian. However, I did not verify this then. About two years later, I
reviewed this notes and succeeded in providing the derivation given above. The
derivation given above seems to be tedious and may be greatly simplified in
some aspects. But, at present, the above derivation is the only one that I can
provide.)
If we choose the equal-arc Jacobian, then Eq. (280) becomes
relatively simple:
|
(283) |
This form is implemented in GTAW code. Figure 31 gives the results
for calculated by using Eq. (283). I have verified
numerically that the results given by Eqs. (282) and (283)
agree with each other.
Figure 31:
The geodesic magnetic curvature
(calculated by Eq. (283)) as a function of the poloidal angle. The
different lines corresponds to different magnetic surfaces. The stars
correspond to the values of on the boundary magnetic surface
while the plus signs correspond to the value on the innermost magnetic
surface (the magnetic surface adjacent to the magnetic axis). The
equilibrium is a Solovev equilibrium.
|
yj
2015-09-04


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--- layout: page title: Lean Prover Zulip Chat Archive permalink: archive/113488general/62391Norder0and1.html ---
Hey, I'm trying to prove the seemingly very simple
example (n : ℕ) (h : n < 1) : n = 0 := sorry
It's revealing a lot about what I don't know in lean (like getting stuck getting 1>n from n<1) and would welcome any advice/solutions. I'm not working very much at all with order or N at any other stage so, despite wading through theorems the past couple of days trying to find what I need, I'm giving up a bit. Thanks.
(Also, I'm using this to show that if you take any (a : fin 1)
then a = 0
. I suspect too that this is probably much simpler than what I'm doing.)
you should be able to do it by cases
not my favorite proof:
example (n : ℕ) (h : n < 1) : n = 0 := by cases h with _ h; [refl, cases h]
example (n : fin 1) : n = 0 := fin.cases rfl (λ i, i.elim0) n
example : ∀ (n : fin 1), n = 0 := dec_trivial
It's revealing a lot about what I don't know in lean (like getting stuck getting 1>n from n<1) and would welcome any advice/solutions.
This is literaly the same thing.
example (n : ℕ) (h : 1 > n) : n < 1 := h example (n : ℕ) (h : 1 > n) : n < 1 := begin change 1 > n, assumption end
Note that the change
is here so you see it in the interative message window, but it's useless
import data.nat.basic example : ∀ (n : ℕ), n < 1 → n = 0 := dec_trivial
Thanks everyone, dec_trivial is a nice thing to know about. Will be using this to ponder where my break in understanding was.
{% endraw %}


West Ham co-owner brands Keane 'outrageous, unfair and arrogant' for Rice criticism
David Gold has hit back at the former Ireland captain over his assessment of the 20-year-old.
by The42 TeamROY KEANE HAS been branded “arrogant” and “shameful” over his criticism of Declan Rice, with West Ham co-owner David Gold considering the comments to be “shocking”.
Former Republic of Ireland international Keane offered a scathing assessment of Rice’s game prior to England overcoming Kosovo 4-0 in their Euro 2020 qualifier.
He previously worked with the 20-year-old before the versatile Hammers star took the decision to switch allegiance from Ireland to the Three Lions.
Keane told ITV: “Where he needs to improve, there are plenty of aspects if you think about it. “Over the last few months he has had a lot of praise, I worked with him while he was with the Ireland squad.
“Where does he need to improve, where do you want me to start? His positional play I don’t think is consistent enough, he doesn’t stay with runners, he’s sloppy in possession. “I can go on.”
Rice has been linked with a move to Manchester United over recent months, with many left impressed by the progress he has made in a relatively short space of time.
Keane is clearly not among his fans, and that irks West Ham supremo Gold. He considers the Irishman to be bitter and has questioned why the Premier League icon felt the need to hit out at a young player still learning his trade.
Gold told Claret and Hugh: “Keane needs to get over it [leaving Ireland]. Declan made his choice and I think that is what’s behind it as far as Keane is concerned.
“It’s pretty shameful when a former professional talks the way he did about a young man. It was low, outrageous, unfair and arrogant to pick him out of all the England players.
It wasn’t even an analysis of the boy who is 20 years old who has barely started his career in the international team for God’s sake.
“This isn’t the first time he’s done it. In a previous game he said he should be sitting in the studio with the pundits rather than being on the pitch. Shocking!
“Declan has chosen to play for England and Roy Keane needs to get over that.”
Rice will be back in domestic action on Saturday when West Ham take in a derby date with London rivals Tottenham.


|
ActiveTcl User Guide
|
||
Tk_GetDash - convert from string to valid dash structure.
#include <tk.h>
int
Tk_GetDash(interp, string, dashPtr)
These procedure parses the string and fills in the result in the Tk_Dash structure. The string can be a list of integers or a character string containing only [.,-_] or spaces. If all goes well, TCL_OK is returned. If string doesn't have the proper syntax then TCL_ERROR is returned, an error message is left in the interpreter's result, and nothing is stored at *dashPtr.
The first possible syntax is a list of integers. Each element represents the number of pixels of a line segment. Only the odd segments are drawn using the "outline" color. The other segments are drawn transparent.
The second possible syntax is a character list containing only 5 possible characters [.,-_ ]. The space can be used to enlarge the space between other line elements, and can not occur as the first posibion in the string. Some examples: -dash . = -dash {2 4} -dash - = -dash {6 4} -dash -. = -dash {6 4 2 4} -dash -.. = -dash {6 4 2 4 2 4} -dash {. } = -dash {2 8} -dash , = -dash {4 4}
The main difference of this syntax with the previous is that it it shape-conserving. This means that all values in the dash list will be multiplied by the line width before display. This assures that "." will always be displayed as a dot and "-" always as a dash regardless of the line width.
On systems where only a limited set of dash patterns, the dash pattern will be displayed as the most close dash pattern that is available. For example, on Windows only the first 4 of the above examples are available. The last 2 examples will be displayed identically as the first one.
Copyright © 1989-1993 The Regents of the University of California. Copyright © 1994-1996 Sun Microsystems, Inc. Copyright © 1995-1997 Roger E. Critchlow Jr.


Robert Freeman, longtime photographer for the Beatles, dies
Freeman created many iconic images of band
by Amir Vera, CNN(CNN) - Photographer Robert Freeman, who captured some of the best-known images of the Beatles, has died, according to a Friday statement on The Beatles' website.
Freeman "created some of the most iconic images of the band," the website states. They included the cover art for the albums "With the Beatles," "A Hard Day's Night," "Beatles for Sale," "Help!" and "Rubber Soul."
"Long will his photos of the band be appreciated and continue to inspire other photographers. Our thoughts are with his family and friends, along with our appreciation and gratitude for the creative work he produced for the band," the Beatles tweet read.
Freeman was "one of our favourite photographers during the Beatles years," Paul McCartney said in a statement.
"Besides being a great professional he was imaginative and a true original thinker," McCartney's statement read. "I will miss this wonderful man but will always cherish the fond memories I have of him."
"God bless Robert Freeman peace and love to all his family," Ringo Starr tweeted.
The circumstances surrounding Freeman's death are unclear.


[gecode-users] Propagator
Filip Konvička
filip.konvicka at logis.cz
Mon May 25 18:12:42 CEST 2009
Christian Schulte (25.5.2009 16:31):
> If no variables are modified by a propagator and the propagator says
> ES_NOFIX, Gecode still knows that nothing has changed. So finding out
> whether something has changed, and if yes reporting ES_NOFIX and ES_FIX
> otherwise is exactly the same than reporting ES_NOFIX.
This is a nice feature. Is this mentioned somewhere in the
docs/tutorial? It should be, if it's not :-)
Cheers,
Filip
More information about the gecode-users
mailing list


|
1-Wire API for .NET Version 4.00
|
Interface for classes which will listen to device monitor events such as arrivals, departures, and network exceptions. More...
Public Member Functions | |
| void | deviceArrival (DeviceMonitorEvent dme) |
| Arrival event. | |
| void | deviceDeparture (DeviceMonitorEvent dme) |
| Depart event. | |
| void | networkException (DeviceMonitorException dme) |
| Exception event. |
Interface for classes which will listen to device monitor events such as arrivals, departures, and network exceptions.
| void deviceArrival | ( | DeviceMonitorEvent | dme | ) |
Arrival event.
| dme | arrival event |
| void deviceDeparture | ( | DeviceMonitorEvent | dme | ) |
Depart event.
| dme | departure event |
| void networkException | ( | DeviceMonitorException | dme | ) |
Exception event.
| dme | an exception generated during search. |


Has anyone tried to using a PIC32-PINGUINO-MICRO as a basis for an energy monitor? @ € 13.00 they seem like an powerful piece of kit. Looking at the spec unless I am reading it wrong, it has two ADC comparators which means you can sample both voltage and current simultaneously at much higher speeds. Also conversions can be done in sleep and idle mode which means low power consumption. It has a SD card slot for logging and a RTCC (though i think you may need to add a 32768 Hz xtal for that). The language is similar to that of the Arduino so porting should not be too difficult. The fact it has 256K Flash and 32K ram and a clock of 80Mhz is probably a bit irrelevant but you can never have too much horsepower I suppose.
PIC32-PINGUINO-MICRO
Submitted by Guest on Tue, 21/05/2013 - 01:08Has anyone tried to using a PIC32-PINGUINO-MICRO as a basis for an energy monitor? @ € 13.00 they seem like an powerful piece of kit. Looking at the spec unless I am reading it wrong, it has two ADC comparators which means you can sample both voltage and current simultaneously at much higher speeds. Also conversions can be done in sleep and idle mode which means low power consumption. It has a SD card slot for logging and a RTCC (though i think you may need to add a 32768 Hz xtal for that). The language is similar to that of the Arduino so porting should not be too difficult. The fact it has 256K Flash and 32K ram and a clock of 80Mhz is probably a bit irrelevant but you can never have too much horsepower I suppose.
http://www.olimex.com/Products/Duino/PIC32/PIC32-PINGUINO-MICRO/
I was looking for something with a bit more grunt than the "pro mini" I use at the moment and this seems to fit the bill.


AllMine Documentation¶
AllMine is a flexible allele mining pipeline. AllMine can handle various NGS data types (WGS, RRGS, RNAseq, paired/single end layouts…) and process all steps from raw reads to de novo SNPs phasing and annotation. Designed for easy usage, AllMine can be use by non bioinformaticians. AllMine is HPC compatible via Slurm.
AllMine was developed at INRA’s PACA GAFL unit. For more informations on our lab, please visit our web page.
Follow AllMine development on GitHub.


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Numbers 20:21
Thus Edom refused to give Israel passage through his border: wherefore Israel turned away from him.


--- layout: post title: ! 'Rails 3.0: Beta 4 now, RC in days' categories: - releases author: David published: true date: 2010-06-08 22:20:00.000000000 +01:00 ---
RailsConf 2010 is underway and what better occasion to do the final stage of the Rails 3 beta program. We’re very pleased to announce Rails 3 beta 4, which we’ll be hammering on and tuning during RailsConf.
At the end of RailsConf, we’ll be putting out the release candidate. So if you’re at the conference, and even if you’re not, now is the time to give upgrading a chance or even starting a new app. We’re all responsible for making this release solid, please join the fun.
You can install the latest beta with gem install rails --pre
Since we’re so close to release now, it’s also a great pleasure to introduce the new Rails 3 screencast series by Gregg Pollack and EnvyLabs. They’ve done an awesome job putting together six episodes and more are coming. You can also read along in their great Rails 3 slides from the RailsConf tutorial.
I also gave a keynote on Rails 3 this morning at RailsConf, so you can enjoy the slides.
Let’s race to the finish line together.


A new language of time displays the current time by the degrees of rotation of garlic cloves.
I created the cloves in Maya and manipulated them using Three.js.
This project began as a simple idea of allowing the garlic to decay over time and associating the state of decay with the current time of day ..
But playing around with the 3 dimensional shapes and code led to unexpected visuals that i fell in love with.
Video presentation:
This
are.na channel documents what was going through my mind as I worked on this project.
My friend created a garlic tent to match and we threw a garlic-themed party to celebrate ~
This is the video (a series of animations) we projected:
I made some posters for promo / deco:
This project was created in Advanced Graphic Design with David Reinfurt at Princeton University.


Connection Procedure
① Connect your RICOH R to a HDMI monitor and a PC/Mac.
You cannot use the RICOH R Console when outputting with USB Video Class.
② Check that the LED on the side of your RICOH R is solid blue or red.
If the LED is solid green, press the Shooting Mode button on the side of your RICOH R to change the mode.
③ On the drop-down list at the top of this screen, select the RICOH R that you connected.


DevStack has always tried to be mostly-functional with a minimal amount of configuration. The number of options has ballooned as projects add features, new projects added and more combinations need to be tested. Historically DevStack obtained all local configuration and customizations from a localrc
file. The number of configuration variables that are simply passed-through to the individual project configuration files is also increasing. The old mechanism for this (EXTRAS_OPTS
and friends) required specific code for each file and did not scale well.
In Oct 2013 a new configuration method was introduced (in review 46768) to hopefully simplify this process and meet the following goals:
localrc
to smooth the transition processThe new configuration file is local.conf
and resides in the root DevStack directory like the old localrc
file. It is a modified INI format file that introduces a meta-section header to carry additional information regarding the configuration files to be changed.
The new header is similar to a normal INI section header but with double brackets ([[ ... ]]
) and two internal fields separated by a pipe (|
):
[[ <phase> | <config-file-name> ]]
where <phase>
is one of a set of phase names defined by stack.sh
and <config-file-name>
is the configuration filename. The filename is eval'ed in the stack.sh
context so all environment variables are available and may be used. Using the project config file variables in the header is strongly suggested (see the NOVA_CONF
example below). If the path of the config file does not exist it is skipped.
The defined phases are:
localrc
from local.conf
before stackrc
is sourcedextra.d
are executed
The file is processed strictly in sequence; meta-sections may be specified more than once but if any settings are duplicated the last to appear in the file will be used.
[[post-config|$NOVA_CONF]] [DEFAULT] use_syslog = True [osapi_v3] enabled = False
A specific meta-section local|localrc
is used to
provide a default localrc
file (actually
.localrc.auto
). This allows all custom settings
for DevStack to be contained in a single file. If localrc
exists it will be used instead to preserve backward-compatibility. More
details on the contents of localrc are available.
[[local|localrc]] FIXED_RANGE=<IP_ADDRESS>/24 ADMIN_PASSWORD=speciale LOGFILE=$DEST/logs/stack.sh.log
Note that Q_PLUGIN_CONF_FILE
is unique in that it is assumed to NOT start with a /
(slash) character. A slash will need to be added:
[[post-config|/$Q_PLUGIN_CONF_FILE]]
Also note that the localrc
section is sourced as a shell script fragment amd =
(equals).
While stack.sh
is happy to run without a localrc
section in local.conf
, devlife is better when there are a few minimal variables set. This is an example of a minimal configuration that touches the values that most often need to be set.
FIXED_RANGE
and FLOATING_RANGE
, commented out below)HOST_IP
, commented out below)[[local|localrc]] ADMIN_PASSWORD=secrete DATABASE_PASSWORD=$ADMIN_PASSWORD RABBIT_PASSWORD=$ADMIN_PASSWORD SERVICE_PASSWORD=$ADMIN_PASSWORD SERVICE_TOKEN=a682f596-76f3-11e3-b3b2-e716f9080d50 #FIXED_RANGE=<IP_ADDRESS>/24 #FLOATING_RANGE=<IP_ADDRESS>/25 #HOST_IP=<IP_ADDRESS>
If the *_PASSWORD
variables are not set here you will be prompted to enter values for them by stack.sh
.
The network ranges must not overlap with any networks in use on the host. Overlap is not uncommon as RFC-1918 'private' ranges are commonly used for both the local networking and Nova's fixed and floating ranges.
HOST_IP
is normally detected on the first run of stack.sh
but often is indeterminate on later runs due to the IP being moved from an Ethernet integace to a bridge on the host. Setting it here also makes it available for openrc
to set OS_AUTH_URL
. HOST_IP
is not set by default.
DEST=/opt/stack
DEST
variable. By setting it early in the localrc
section you can reference it in later variables. It can be useful to set it even though it is not changed from the default value.
DEST=/opt/stack
LOGFILE="" LOGDAYS=7 LOG_COLOR=True
stack.sh
output is only written to the console where is runs. It can be sent to a file in addition to the console by setting LOGFILE
to the fully-qualified name of the destination log file. A timestamp will be appended to the given filename for each run of stack.sh
.
LOGFILE=$DEST/logs/stack.sh.logOld log files are cleaned automatically if
LOGDAYS
is set to the number of days of old log files to keep.
LOGDAYS=1The some of the project logs (Nova, Cinder, etc) will be colorized by default (if
SYSLOG
is not set below); this can be turned off by setting LOG_COLOR
False.
LOG_COLOR=False
SCREEN_LOGDIR=""
screen
which is useful for watching log and debug output. However, in automated testing the interactive screen
sessions may not be available after the fact; setting SCREEN_LOGDIR
enables logging of the screen
sessions in the specified diretory. There will be one file per screen
session named for the session name and a timestamp.
SCREEN_LOGDIR=$DEST/logs/screenNote the use of
DEST
to locate the main install directory; this is why we suggest setting it in local.conf
.SYSLOG=False SYSLOG_HOST=$HOST_IP SYSLOG_PORT=516
SYSLOG
to True
. If the destination log host is not localhost SYSLOG_HOST
and SYSLOG_PORT
can be used to direct the message stream to the log host.
SYSLOG=True SYSLOG_HOST=$HOST_IP SYSLOG_PORT=516
RECLONE=""
stack.sh
only clones the project repos if they do not exist in $DEST
. stack.sh
will freshen each repo on each run if RECLONE
is set to yes
. This avoids having to manually remove repos in order to get the current branch from $GIT_BASE
.
RECLONE=yes
SWIFT_HASH="" SWIFT_REPLICAS=1 SWIFT_DATA_DIR=$DEST/data/swift
ENABLED_SERVICES
) is automatically disabled. Enable Swift by adding it services to ENABLED_SERVICES
:
enable_service s-proxy s-object s-container s-accountSetting Swift's hash value is required and you will be prompted for it if Swift is enabled so just set it to something already:
SWIFT_HASH=66a3d6b56c1f479c8b4e70ab5c2000f5For development purposes the default number of replicas is set to
1
to reduce the overhead required. To better simulate a production deployment set this to 3
or more.
SWIFT_REPLICAS=3The data for Swift is stored in the source tree by default (in
$DEST/swift/data
) and can be moved by setting
SWIFT_DATA_DIR
. The specified directory will be created if it does not exist.
SWIFT_DATA_DIR=$DEST/data/swiftNote: Previously just enabling
swift
was sufficient to start the Swift services. That does not provide proper service granularity, particularly in multi-host configurations, and is considered deprecated. Some service combination tests now check for specific Swift services and the old blanket acceptance will longer work correctly.
KEYSTONE_CATALOG_BACKEND=sql
sql
service catalog backend. An alternate template
backend is also available. However, it does not support the service-*
and endpoint-*
commands of the keystone
CLI. To
do so requires the sql
backend be enabled:
KEYSTONE_CATALOG_BACKEND=templateDevStack's default configuration in
sql
mode is set in
files/keystone_data.sh
VOLUME_GROUP="stack-volumes" VOLUME_NAME_PREFIX="volume-" VOLUME_BACKING_FILE_SIZE=10250M
VOLUME_GROUP
, the logical volume name prefix is set with VOLUME_NAME_PREFIX
and the size of the volume backing file is set with VOLUME_BACKING_FILE_SIZE
.
VOLUME_GROUP="stack-volumes" VOLUME_NAME_PREFIX="volume-" VOLUME_BACKING_FILE_SIZE=10250M
MULTI_HOST=False
local.conf
section for each host. The master is the same as a single host installation with MULTI_HOST=True
. The slaves have fewer services enabled and a couple of host variables pointing to the master.
MULTI_HOST=TrueSlave
MYSQL_HOST=w.x.y.z RABBIT_HOST=w.x.y.z GLANCE_HOSTPORT=w.x.y.z:9292 ENABLED_SERVICES=n-vol,n-cpu,n-net,n-api
API_RATE_LIMIT=True
API_RATE_LIMIT=False
.
API_RATE_LIMIT=False
CINDER_PERIODIC_INTERVAL
):
[[post-config|$CINDER_CONF]] [DEFAULT] periodic_interval = 60
local.conf
with screen logging enabled:
[[local|localrc]] FIXED_RANGE=<IP_ADDRESS>/24 NETWORK_GATEWAY=<IP_ADDRESS> LOGDAYS=1 LOGFILE=$DEST/logs/stack.sh.log SCREEN_LOGDIR=$DEST/logs/screen ADMIN_PASSWORD=quiet DATABASE_PASSWORD=$ADMIN_PASSWORD RABBIT_PASSWORD=$ADMIN_PASSWORD SERVICE_PASSWORD=$ADMIN_PASSWORD SERVICE_TOKEN=a682f596-76f3-11e3-b3b2-e716f9080d50


synoptic systems dynamical NCEP/NCAR models CMIP weather Fig. {border-style Alpert reanalysis Mediterranean atmospheric px;} #ffffff;} eastern time local values CDFs classification daily predictability properties persistence probability transition Research SLP low climate mean used Climate Climatol. Faranda approach different dimension events high model number CLs Int. capture considered fields forecast information px; region snow state systems. value {font-family CLs, December Jerusalem Meteorol. Saaroni Soc. Ziv analysis based data ensemble font-size metrics provided reanalysis. semi-objective shown table (table Bull. Highs Israel Messori RST Table applied defined double; features indicators instantaneous intrinsic new results study trajectory Am. Atlantic Hochman North TIGGE Troughs [], air available border-color border-width differences display distributions extreme forecasters horizontal large long lower matrices occurrence period phase point precipitation resolution respect solid; storm systems, systems: {font-style {font-weight (see Atmos. CCSM, CL, Center Centre Cyprus Data Dynamical Eastern Freitas, Here, Lows Lucarini Model Osetinsky PTs PTs, S). Science Sea Weather absolute associated bold century combined configurations courier; data. dataset deep depth details distribution em; emerge example, fig. key link matrix measures method models. operational perspective predicted present presented probabilities provide pt;} qualitative regimes related seen shallow shows spatial spread thank use using wind work


brazilian anchor
english anchor
british anchor
wannabe english anchor
crazy english anchor
crazy wannabe bilingual anchor
span without id or class


| MPI_EXSCAN(sendbuf, recvbuf, count, datatype, op, comm) | |
| IN sendbuf | starting address of send buffer (choice) |
| OUT recvbuf | starting address of receive buffer (choice) |
| IN count | number of elements in input buffer (non-negative integer) |
| IN datatype | data type of elements of input buffer (handle) |
| IN op | operation (handle) |
| IN comm | intracommunicator (handle) |
int MPI_Exscan(const void* sendbuf, void* recvbuf, int count, MPI_Datatype datatype, MPI_Op op, MPI_Comm comm)
MPI_Exscan(sendbuf, recvbuf, count, datatype, op, comm, ierror)
TYPE(*), DIMENSION(..), INTENT(IN) :: sendbuf
TYPE(*), DIMENSION(..) :: recvbuf
INTEGER, INTENT(IN) :: count
TYPE(MPI_Datatype), INTENT(IN) :: datatype
TYPE(MPI_Op), INTENT(IN) :: op
TYPE(MPI_Comm), INTENT(IN) :: comm
INTEGER, OPTIONAL, INTENT(OUT) :: ierror
MPI_EXSCAN(SENDBUF, RECVBUF, COUNT, DATATYPE, OP, COMM, IERROR)
<type> SENDBUF(*), RECVBUF(*)
INTEGER COUNT, DATATYPE, OP, COMM, IERROR
If comm is an intracommunicator, MPI_EXSCAN is used to perform a prefix reduction on data distributed across the group. The value in recvbuf on the process with rank 0 is undefined, and recvbuf is not signficant on process 0. The value in recvbuf on the process with rank 1 is defined as the value in sendbuf on the process with rank 0. For processes with rank i > 1, the operation returns, in the receive buffer of the process with rank i, the reduction of the values in the send buffers of processes with ranks 0,...,i-1 (inclusive). The routine is called by all group members using the same arguments for count, datatype, op and comm, except that for user-defined operations, the same rules apply as for MPI_REDUCE. The type of operations supported, their semantics, and the constraints on send and receive buffers, are as for MPI_REDUCE.
The ``in place'' option for intracommunicators is specified by passing MPI_IN_PLACE in the sendbuf argument. In this case, the input data is taken from the receive buffer, and replaced by the output data. The receive buffer on rank 0 is not changed by this operation.
This operation is invalid for intercommunicators.
Rationale.
The exclusive scan is more general than the inclusive scan.
Any inclusive scan operation can be
achieved by using the exclusive scan and then locally combining the
local contribution. Note that for non-invertable operations such as
MPI_MAX, the exclusive scan cannot be computed with the
inclusive scan.
( End of rationale.)


Streak: 0 —— Max streak: 0 —— 0 / 0
Select the best available option and we'll tell you if you made the best choice.
Your streak and totals are shown below.
You can use the left and right arrow keys to change buttons and the Enter key to submit.
Never take insurance (betting the dealer has blackjack).
There are options available to display the estimated value and/or the relevant row of the strategy table after your choice every round.
You can also display your "chips" above, where you gain a chip for the right choice and lose one for the wrong choice. You can't go negative.
You can also choose which hands are generated, between hard, soft, and split, to quiz yourself where you need help.
Made by Justin Golden
Could something be improved? Contact me at<EMAIL_ADDRESS>This website does not feature a surrender option, however if one is allowed, you should surender only on hard 16 against 9, 10, or ace, or hard 15 against 10.
Based on these rules, the player's expected value is -0.511734%.
However, this value can turn positive with a simple card counting scheme, such as hi-lo. Learning basic strategy is the first step to being a profitable blackjack player.
Data is from wizardofodds.com.
For how to play blackjack, feel free to read Blackjack on Wikipedia.
Note: If hard, soft, and split are all unchecked, all will be treated as checked.
| Dealer's Up Card | Odds Dealer Busts | Player Advantage |
|---|---|---|
| 2 | 35.30% | 9.8% |
| 3 | 37.56% | 13.4% |
| 4 | 40.28% | 18.0% |
| 5 | 42.89% | 23.2% |
| 6 | 42.08% | 23.9% |
| 7 | 25.99% | 14.3% |
| 8 | 23.86% | 5.4% |
| 9 | 23.34% | -4.3% |
| 10 | 21.43% | -16.9% |
| A | 11.65% | -16.0% |
| Total Hand Value | Probability of Busting |
|---|---|
| 21 | 100% |
| 20 | 92% |
| 19 | 85% |
| 18 | 77% |
| 17 | 69% |
| 16 | 62% |
| 15 | 58% |
| 14 | 56% |
| 13 | 39% |
| 12 | 31% |
| ≤ 11 | 0% |
| Number of Decks | House Odds Advantage |
|---|---|
| 1 | 0.04% |
| 2 | 0.42% |
| 4 | 0.61% |
| 6 | 0.67% |
| 8 | 0.70% |
| Two Card Combination | Frequency Percentage |
|---|---|
| Natural 21 Blackjack | 4.8% |
| Hard Stand (17-20) | 30.0% |
| Decision Hands (12-16) | 38.7% |
| No Bust (≤11) | 26.5% |
| Removed Card | Effect on Odds |
|---|---|
| 2 | 0.40% |
| 3 | 0.43% |
| 4 | 0.52% |
| 5 | 0.67% |
| 6 | 0.45% |
| 7 | 0.30% |
| 8 | 0.01% |
| 9 | -0.15% |
| 10 | -0.51% |
| Ace | -0.59% |
| Dealer Final Hand | Probability |
|---|---|
| Natural Blackjack | 4.82% |
| 21 (more than 2 cards) | 7.36% |
| 20 | 17.58% |
| 19 | 13.48% |
| 18 | 13.81% |
| 17 | 14.58% |
| Non-Bust (less than 21) | 71.63% |
| Bust (more than 21) | 28.37% |
Data from lolblackjack.com
Drag (or click) the cards into your and the dealer's hand
Player's Hand
Dealer's Hand
| Hard | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | A | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 4-8 | H | H | H | H | H | H | H | H | H | H | |
| 9 | H | D | D | D | D | H | H | H | H | H | |
| 10 | D | D | D | D | D | D | D | D | H | H | |
| 11 | D | D | D | D | D | D | D | D | D | H | |
| 12 | H | H | S | S | S | H | H | H | H | H | |
| 13 | S | S | S | S | S | H | H | H | H | H | |
| 14 | S | S | S | S | S | H | H | H | H | H | |
| 15 | S | S | S | S | S | H | H | H | R | H | |
| 16 | S | S | S | S | S | H | H | R | R | R | |
| 17-21 | S | S | S | S | S | S | S | S | S | S | |
| Soft | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | A | |
| 13 | H | H | H | H | D | H | H | H | H | H | |
| 14 | H | H | H | D | D | H | H | H | H | H | |
| 15 | H | H | H | D | D | H | H | H | H | H | |
| 16 | H | H | D | D | D | H | H | H | H | H | |
| 17 | H | D | D | D | D | H | H | H | H | H | |
| 18 | S | Ds | Ds | Ds | Ds | S | S | H | H | H | |
| 19-21 | S | S | S | S | S | S | S | S | S | S | |
| Pairs | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | A | |
| 2,2 | H/P | H/P | P | P | P | P | H | H | H | H | |
| 3,3 | H/P | H/P | P | P | P | P | H | H | H | H | |
| 4,4 | H | H | H | H/P | H/P | H | H | H | H | H | |
| 5,5 | D | D | D | D | D | D | D | D | H | H | |
| 6,6 | H/P | P | P | P | P | H | H | H | H | H | |
| 7,7 | P | P | P | P | P | P | H | H | H | H | |
| 8,8 | P | P | P | P | P | P | P | P | P | P | |
| 9,9 | P | P | P | P | P | S | P | P | S | S | |
| 10,10 | S | S | S | S | S | S | S | S | S | S | |
| A,A | P | P | P | P | P | P | P | P | P | P |
| H: hit |
| S: stand |
| D: double, otherwise hit |
| Ds: double, otherwise stand |
| P: split |
| H/P: split if double after split allowed, otherwise hit |
| R: surrender, otherwise hit |


¨ Analog High Definition720P 60FPS (Progressive Scan)
¨ 1/4" AR0141AT 1.0M pixels color image sensor
¨ Superior low-light performance
¨ Linear or high dynamic range capture
¨ Temperature sensor
¨ No ghosting when moving
¨ Integrated position-based color and lens shading correction


Its a full-HD (1080p) screen sharing application using
WebRTC
!
Private ??
#123456789
Share Your Screen


%@page language="abap" %>
The request token is invalid. The token could already have been used, or maybe it is too old and has expired. Go back to the app and try again.
<% when /OOP/CL_OAUTH_BSP_AUTH_CONTR=>TOKEN_ALREADY_AUTHORIZED. %>The request token has already been used. Go back to the app and try again.
<% when /OOP/CL_OAUTH_BSP_AUTH_CONTR=>CLIENT_NOT_FOUND. %>The app you are trying to authorize is unknown. Please contact the author of the app.
<% when /OOP/CL_OAUTH_BSP_AUTH_CONTR=>token_authenticity_invalid. %>The authenticity of the token request was invalid. This could happen when something went wrong in a previous authorization request. Go back to the app and try again.
<% when others. %>An unkown error occured, please contact support.
<% endcase. %>


Matlab Toolbox for Dimensionality Reduction
Overview
The Matlab Toolbox for Dimensionality Reduction contains Matlab implementations of 34 techniques for dimensionality reduction and metric learning. A large number of implementations was developed from scratch, whereas other implementations are improved versions of software that was already available on the Web. The implementations in the toolbox are conservative in their use of memory. The toolbox is available for download here.
Currently, the Matlab Toolbox for Dimensionality Reduction contains the following techniques:
- Principal Component Analysis (PCA)
- Probabilistic PCA
- Factor Analysis (FA)
- Classical multidimensional scaling (MDS)
- Sammon mapping
- Linear Discriminant Analysis (LDA)
- Isomap
- Landmark Isomap
- Local Linear Embedding (LLE)
- Laplacian Eigenmaps
- Hessian LLE
- Local Tangent Space Alignment (LTSA)
- Conformal Eigenmaps (extension of LLE)
- Maximum Variance Unfolding (extension of LLE)
- Landmark MVU (LandmarkMVU)
- Fast Maximum Variance Unfolding (FastMVU)
- Kernel PCA
- Generalized Discriminant Analysis (GDA)
- Diffusion maps
- Neighborhood Preserving Embedding (NPE)
- Locality Preserving Projection (LPP)
- Linear Local Tangent Space Alignment (LLTSA)
- Stochastic Proximity Embedding (SPE)
- Deep autoencoders (using denoising autoencoder pretraining)
- Local Linear Coordination (LLC)
- Manifold charting
- Coordinated Factor Analysis (CFA)
- Gaussian Process Latent Variable Model (GPLVM)
- Stochastic Neighbor Embedding (SNE)
- Symmetric SNE
- t-Distributed Stochastic Neighbor Embedding (t-SNE)
- Neighborhood Components Analysis (NCA)
- Maximally Collapsing Metric Learning (MCML)
- Large-Margin Nearest Neighbor (LMNN)
In addition to the techniques for dimensionality reduction, the toolbox contains implementations of 6 techniques for intrinsic dimensionality estimation, as well as functions for out-of-sample extension, prewhitening of data, and the generation of toy datasets.
Usage
The toolbox provides easy access to all these implementations. Basically, the only command you need to execute is:
[mapped_data, mapping] = compute_mapping(data, method, # of dimensions, parameters)
The function assumes the dimensions are the columns in the data, and the instances are the rows. The function also accepts PRTools datasets. Information on how parameters for certain techniques should be specified can be obtained by typing help compute_mapping
in the Matlab prompt. For more instructions on how to install and use the toolbox, please read the Readme.txt
file.
You are free to use, modify, or redistribute this software in any way you want, but only for non-commercial purposes. The use of the toolbox is at your own risk; the author is not responsible for any damage as a result from errors in the software. I would appreciate it if you refer to the toolbox or its author in your papers.
For more information on the techniques implemented in the toolbox, we refer to the following publications:
- L.J.P. van der Maaten, E.O. Postma, and H.J. van den Herik. Dimensionality Reduction: A Comparative Review. Tilburg University Technical Report, TiCC-TR 2009-005, 2009. PDF
- L.J.P. van der Maaten and G.E. Hinton. Visualizing High-Dimensional Data Using t-SNE. Journal of Machine Learning Research 9(Nov):2579-2605, 2008. PDF [Supplemental material] [Talk]
Download
Please click here to download the toolbox.
FAQ
When using the toolbox, the code quits saying that some function could not be found?
Nine out of ten times, such errors is the result of you forgetting to add the the toolbox to the Matlab path. You can add the toolbox to the Matlab path by typing addpath(genpath(‘installation_folder/drtoolbox’))
. Another probable cause is a naming conflict with another toolbox (e.g., another toolbox with a PCA function). You can investigate such errors using Matlab’s which function. If Matlab complains it cannot find the bsxfun
function, your Matlab is likely to be very outdated. You may try using this code as a surrogate.
Next to reducing the dimensionality of my data, Isomap/LLE/Laplacian Eigenmaps/LTSA also reduced the number of data points? Where did these points go?
You may observe this behavior in most techniques that are based on neighborhood graphs. Isomap/LLE/Laplacian Eigenmaps/LTSA can only embed data that gives rise to a connected neighborhood graph. If the neighborhood graph is not connected, the implementations only embed the largest connected component of the neighborhood graph. You can obtain the indices of the embedded data points from mapping.conn_comp (which you can get from the compute_mapping function). If you really need to have al your data points embedded, don’t use a manifold learner.
How do I provide label information to the supervised techniques/metric learners?
You should specify label information to supervised techniques (LDA, NCA, MCML, and LMNN) by setting the elements of the first column of the data matrix to the label of the corresponding data point. To this end, the labels should be numeric. For embedding test data, use the out_of_sample.m
function without specifying the test labels.
How do I project low-dimensional data back into the data space?
Back-projection can only be implemented for linear techniques, for autoencoders, and for the GPLVM. For some of these models, the toolbox implements back-projection via the reconstruct_data.m
function.
Which techniques support an exact out-of-sample extension?
Only parametric dimensionality reduction techniques, i.e., techniques that learn an explicit function between the data space and the low-dimensional latent space, support exact out-of-sample extension. All linear techniques (PCA, LDA, NCA, MCML, LPP, and NPE) support exact out-of-sample extension, and autoencoders do too. Spectral techniques such as Isomap, LLE, and Laplacian Eigenmaps support out-of-sample extensions via the Nyström approximation. The out-of-sample extensions can be used via the out_of_sample.m
function.
Which technique should I use to visualize high-dimensional data in a scatter plot?
t-SNE typically is very good at visualizing data. Manifold learners often perform disappointingly for data visualization due to a problem in their covariance constraint. Parametric techniques are typically not well suited for visualization, because they constrain the mapping between the data and the visualization.


Twentieth Century Models of Power Technologies
Abstract
The Proposal: The Art of Power, a grand-scale exhibition of 20th
century industrial models of power technologies, proposes to gather
together and bring alive a series of dormant, standalone pieces,
currently languishing in corporate storage facilities, and display them
without their protective sheaths or skins in an historical exhibit of
the model-maker's art.
The core of the show will focus on models of large industrial sites
built during the 1970's and 80's. These huge, awe-inspiring artifacts,
some of which are still used today, represent a significant and
unexamined period in the history of industrial design.
The Context: The Art of Power represents the latest stage in a
150 year-old discussion about how to bring people face to face with the
technologies that empower and enable their lives.
The Art of Power will rival New York's MOMA's Machine Art show of 1934
, which forever altered the public's perception of fine art by
exhibiting familiar industrial objects, including a plane propeller and
a ball bearing—as art.
These historic models will reveal to an art-viewing public the
mysteries of the design process while exposing them to the striking
beauty of the infrastructures of technologies they might not experience
otherwise.
The Aesthetics: The models are marvels of verisimilitude, as novel and
engaging in the 21st century as trompe l'oeil painting was in the
19th.
The pieces will be chosen for their formal beauty and for the dramatic
sense impressions they inspire, especially in relation to scale and
balance.
In the body of the exhibit viewers might pass between segments of
turbine and auxiliary units towering above their heads. These
large-scale ‘miniatures' will evoke the monumentality of the sites they
represent.
In addition, these colorful, plexi-glass ‘jungles' will
demonstrate the visual density and technological complexity that
distinguishes these astonishing industrial models in the age of
particle physics.
Social Goal: Insofar as CAD technology has superceded model-building as
the primary design tool, these industrial models reinforce the value of
hand-crafted labor that is fast disappearing in our increasingly
computer-generated world.
Industrial Models
[Reproduce all but the last photograph (Diana's face) of the
Engineering Models as they appear on Diana's home website. Show them in
an enlarged size without borders. Include the text titles. Take the
Solar Heated House 2 (only) from the Architectural Models on D's site
and add it to the end of the photo parade of Industrial Models. Make
sure to retitle the Solar Heated House without the #2.]
Biography
Diana Chace, art collector and industrial model builder, holds an
interdisciplinary degree from Vassar College in Art History,
Anthropology, and Theatre Set Design.
After college, Ms. Chace apprenticed at Architectural Models, Inc. in
San Francisco, building plexi-glass presentation models, including
studies for solar-paneled homes. She then worked in-house at HOK
Architects and at Bullfield, Volkmann, Stockwell, making board and
paper models of office buildings. At Bechtel Power she expanded her
practice to include industrial design, where she refined her craft by
constructing models of nuclear power and fossil fuel plants. She then
worked for Chevron and Kaiser, continuing to build check-design models
of large industrial sites, including a Mining and Metallurgical and an
Orthene plant. Chace capped her fifteen-year model-building career by
constructing one of the first architectural miniatures of George
Lucas's Skywalker ranch.
During the late 1980's Chace turned her attention to art. Working
closely with the Asian Art Museum, she became a formidable collector of
Southeast Asian and Indonesian art and artifacts. On her frequent trips
to Asia she also took photographs of pagodas, palaces, ritual tools,
and people at work. These ethnographic studies became the basis of a
film she made in 1990 that provides viewers of her collection with a
moving cultural record of the sources of her interest in eastern art.
Chace frequently gives public tours of her artworks, as well as
informal talks.
Her dual career as an industrial model builder and Asian art collector
has inspired Ms. Chace to produce a large-scale museum exhibition of
industrial models of power technologies. Her hands-on experience with
these models has given her a unique understanding for a significant
period in the history of industrial design.
[photograph of Diana's profile at Auxiliary Unit same size as on her
website. Center the photograph in the top half of the page.]
contact
If you have knowledge of industrial models (nuclear, electric, fossil
fuel, solar, wind, etc), particularly of large industrial sites
built in the 1970's and 80's, please contact:
Diana Chace dkchace@aol.com


[1]
Easy controls, useful features.; .MOD file format, PC transfer needs AC plugged in.
[2]
Lens angle wideish; Software worst ever
[3]
42X optical zoom, 40G HD, great image stabilization; very basic functions, no nightshot


Theming
This theme pack is broken up into 2 sections, components and pages.
Components
Components are all the various building blocks that are used,
from typography to form error messages.
Pages
Pages are the specific pages that are used in the core authentication service,
and they show how the components get used. Upon changing your theme,
you will be able to view those changes on every individual page.
Template
You can find a template stylesheet for feature phone here, and for enhanced phones here.
These already have all the class names you need.
You can just edit the templates and start viewing your changes on the various pages.
Get started
Please find the instructions here


--- title: "About this site / and more" date: 2022-10-04 mar. 11:29 layout: post categories: - blog tags: - article - jekyll - emacs - orgmode published: true comments: ---
This site is generated by Jekyll (3.5.1), using org-mode (9.0.3) with ox-jekyll (included in the org-octopress org-octopress emacs package). The theme derives from the so-simple-theme.
From ox-jekyll, I redefined the function "org-jekyll-insert-export-options-template" as post this way
(defun post (&optional title date setupfile categories tags published layout) "Insert a settings template for Jekyll exporter." (interactive) (let ((layout (or layout org-jekyll-layout)) (published (or published org-jekyll-published)) (tags (or tags org-jekyll-tags)) (categories (or categories org-jekyll-categories))) (save-excursion (insert (format (concat "#+TITLE: " title "\n#+DATE: " date "\n#+SETUPFILE: " setupfile "\n#+JEKYLL_LAYOUT: " layout "\n#+JEKYLL_CATEGORIES: " categories "\n#+JEKYLL_TAGS: " tags "\n#+JEKYLL_PUBLISHED: " published "\n\n* \n\n"))))))
{ { { time(%Y-%m-%d %a %H:%M) } } }
Just remove space between brackets
Start a line with ": "
: Verbatim line
To skip a sub-tree entry from export, just add the tag noexport.
To insert template, for instance
#+BEGIN_SRC ... #+END_SRC,
just type
<s C-i (or tab, M-tab)
The full list of built-in template are here. You need for these shortcut the org-tempo module.
s #+BEGIN_SRC ... #+END_SRC e #+BEGIN_EXAMPLE ... #+END_EXAMPLE q #+BEGIN_QUOTE ... #+END_QUOTE v #+BEGIN_VERSE ... #+END_VERSE c #+BEGIN_CENTER ... #+END_CENTER l #+BEGIN_LaTeX ... #+END_LaTeX L #+LaTeX: h #+BEGIN_HTML ... #+END_HTML H #+HTML: a #+BEGIN_ASCII ... #+END_ASCII A #+ASCII: i #+INDEX: line I #+INCLUDE: line
#+OPTIONS: toc:nil
See this page for more details about table of contents and settings.
#+options: num:nil
First remove it from option
#+OPTIONS: toc:nil
Then add it like that where you want:
#+TOC: headlines 1
#+BEGIN_EXPORT html  #+END_EXPORT
And the image is stored in a subdir of assets.
Try to reload orgmode:
C-c C-x !
Or this solution sometimes:
C-U M-x org-reload
In the .emacs file I added the following code:
(setq org-publish-project-alist '( ("org-alex" ;; Path to your org files. :base-directory "~/Sites/org/homepages" :base-extension "org" ;; Path to your Jekyll project. :publishing-directory "~/Sites/jekyll/homepages" :recursive t :publishing-function org-jekyll-publish-to-html :headline-levels 4 :html-extension "html" ) ("org-static-alex" :base-directory "~/Sites/org/homepages" :base-extension "css\\|js\\|png\\|jpg\\|gif\\|pdf\\|mp3\\|ogg\\|swf\\|php" :publishing-directory "~/Sites/jekyll" :recursive t :publishing-function org-publish-attachment) ("aa" :components ("org-alex" "org-static-alex")) ))
Then just type :
C-c-e P x aa (where aa is the project name)
The code is derived from org-jekyll page.
Then just another shortcut :
(defun sdf () "Insert a settings template for Jekyll exporter." (interactive) (org-publish-project "aa" ) (compile "cd ~/Sites/jekyll/homepages; bundle exec jekyll build; ") )
To use MathJax to export latex equation just add the following option:
#+HTML_MATHJAX: align: left indent: 5em tagside: left font: Neo-Euler
Then you can write (and get) things like that:
\begin{equation} x=\sqrt{b} \ \end{equation}
To use some latex definition (i.e newcommand, or def), you can download the file define.setup from this repository and then follow the instruction. This solution worked fine for me until recently (and a change + update of emacs,org, … messy things). And I did not find the solution to make it work again.
The more recent solution is to use a file (defmath.org somewhere) with your definitions written like this:
:LATEXMACROS: @@html:
@@ \( \global\def\normal{\mathcal{N}} \global\newcommand\lsrc{I} \) @@html:
@@ :END:
The solution comes from one answer on this stackoverflow question. There are maybe better solutions. But this one works for me.
There are some steps to follow if you want to use bibtex references in an org file for a further export.
First in you dot emacs file :
(setq org-latex-pdf-process (list "latexmk -pdf %f"))
You can us another tool than latexmf but it is more convenient since it deals with the compilation of bibtex files. But if you really want to go back to bibtex:
(setq org-latex-pdf-process '("pdflatex -interaction nonstopmode -output-directory %o %f" "bibtex %b" "pdflatex -interaction nonstopmode -output-directory %o %f" "pdflatex -interaction nonstopmode -output-directory %o %f"))
Start with the header:
#+LATEX_HEADER: \usepackage[natbib=true]{biblatex} \DeclareFieldFormat{apacase}{#1} \addbibresource{/path/my_refs.bib}
Then add a block anywhere you want in the orgfile :#+beginsrc bibtex :exports none :tangle "/path/myrefs.bib" :@article{Blei03LDA, : Author = {Blei, D. M. and Ng, A. Y. and Jordan, M. I.}, : Journal = {Journal of Machine Learning Research}, : Pages = {993–1022}, : Title = {Latent dirichlet allocation}, : Volume = {3}, : Year = {2003}} #:+endsrc
the important points:
To export the file, we need to first to tangle the bibtex entries:
C-c C-v t
Then run the latex export
C-c C-e l p
The first step is only required when you add/remove/modify the bibtex entries.
Add in the .emacs file:
;; to find the right latex install (defun set-exec-path-from-shell-PATH () "Sets the exec-path to the same value used by the user shell" (let ((path-from-shell (replace-regexp-in-string "[[:space:]\n]*$" "" (shell-command-to-string "$SHELL -l -c 'echo $PATH'")))) (setenv "PATH" path-from-shell) (setq exec-path (split-string path-from-shell path-separator)))) (set-exec-path-from-shell-PATH)


Employee Data Management
A Comprehensive Directory of Employee Monthly Rate.
Current Employees
Employee Name
Role
Start Date
Months Worked
Monthly Rate ($)
Totall Billed ($)
Add Employee
Employee Name
Role
Start Date (MM/DD/YYYY)
Montly Rate
Submit
Made by:
Jorge Baez
,
Francisco Gonzalez
and
Walter Almada