Get
and integrate it with your favorite build tool.
Gradle
compile "com.javaslang:javaslang:snapshot"
Maven
<dependency>
<groupId>com.javaslang</groupId>
<artifactId>javaslang</artifactId>
<version>snapshot</version>
</dependency>
Javaslang comes along with well designed representations of some of the most basic types which apparently are missing or rudimentary in Java, Tuple and λ.
Java is missing a general notion of tuples. Tuple fills this gap.
// (Java, 8)
Tuple2<String, Integer> java8 = Tuple.of("Java", 8);
// (Javaslang, 2)
Tuple2<String, Integer> guessWhat = java8.map(
s -> s + "slang",
i -> i / 4
);
// and yes, java8 is still (Java, 8)
Functional programming is all about values and transformation of values using functions. Some basic examples are:
// sum.apply(1, 3) = 4
Function2<Integer, Integer, Integer> sum = (a, b) -> a + b;
// add2.apply(1) = 3
Function1<Integer, Integer> add2 = sum.curried().apply(2);
In fact λ is a functional interface on steroids times 10.
// computes the hash code of an object
Function1<Object, Integer> hash = Object::hashCode;
// computes the hash once, then reads from cache
Function<Object, Integer> hashCache =
Function1.of(Object::hashCode).memoized();
// ciao type erasure, hi Integer.class!
Class<?> returnType = hash.getType().returnType();
Checked functions are indispensable when dealing with exceptions in a functional way.
// may throw when called
Try.CheckedRunnable performIO = () -> { ... };
// handling failure in a functional way
Try.run(performIO).onFailure(...);
In a functional setting we see a value as a kind of normal form, it cannot be further evaluated. In Java we express this by making the state of an object final and call it immutable.
Javaslang's functional Value abstracts over immutable objects. Efficient write operations are added by sharing immutable memory between instances. What we get is thread-safety for free!
// future *value*, result of an async calculation
Future<T> future = Future.of(...);
// lazy *value*, evaluated once
Lazy<T> lazy = Lazy.of(...);
// optional *value*, no more nulls
Option<T> option = Option.of(...);
// *value* of a possibly failing computation
Try<T> tryy = Try.of(...);
// a list of *values*
List<T> list = List.of(...);
// all of the above (here: value) obey:
String s = value.map(Object::toString).getOrElse("nothing");
In Javaslang, all is built upon these three basic building blocks, tuples, functions and values. To accomplish seamless interoperability with Java, Value is Iterable and provides various conversion methods back and forth from Javaslang to Java.
With Javaslang there has been put much effort into designing an all-new collection library for Java which meets the requirements of functional programming, namely immutability.
Java's Stream lifts a computation to a different layer and links to a specific collection in another explicit step. Whith Javaslang we don't need all this additional boilerplate.
The new collections are based on java.lang.Iterable, so they leverage the sugared iteration style.
// 1000 random numbers
for (double random : Stream.gen(Math::random).take(1000)) {
...
}
TraversableOnce has a huge amount of useful functions to operate on the collection. Its API is similar to java.util.stream.Stream but more mature.
Javaslang's List is an immutable linked list. Mutations create new instances. Most operations are performed in linear time. Consequent operations are executed one by one.
Arrays.asList(1, 2, 3).stream().reduce((i, j) -> i + j);
IntStream.of(1, 2, 3).sum();
// javaslang.collection.List
List.of(1, 2, 3).sum();
The javaslang.collection.Stream implementation is a lazy linked list. Values are computed only when needed. Because of its laziness, most operations are performed in constant time. Operations are intermediate in general and executed in a single pass.
The stunning thing about streams is that we can use them to represent sequences that are (theoretically) infinitely long.
// 2, 4, 6, ...
Stream.from(1).filter(i -> i % 2 == 0);
Javaslang's pattern matching feature goes far beyond Java's switch.
Stream.of(0, 1, 2, 3, 13, 14, null, -1)
.peek(n -> out.print(format("%d -> ", n)))
.map(Match.as(Object.class) // Match function (with apply(Object))
.when(Objects::isNull).then("!")
.whenIs(0).then("zero")
.whenIsIn(1, 13, 14).then(i -> "first digit 1: " + i)
.whenType(Double.class).then(d -> "Found a double: " + d)
.whenApplicable((Number num) -> "number: " + num).thenApply()
.otherwise(() -> "no match"))
.map(Object::toString)
.forEach(out::println);
out.flush(); // Avoid mixing sout and serr
// Match monad (with map(), flatMap(), get(), orElse(), orElseGet(), orElseThrow(), etc.)
for (String s : Match.of(0)
.whenType(Number.class).then(Object::toString)
.otherwise("unknown")
.map(String::toUpperCase)) {
out.println(s);
}
Javaslang allows to match more special objects by more general cases:
// Match as Value
Match.of(Option.some(1))
.whenApplicable((Option<Integer> i) -> true).thenApply()
.get(); // = true
Match.of(Option.some(1))
.whenType(Option.class).then(true)
.get(); // = true
// Match as Function
Match.whenApplicable((Option<Integer> i) -> true).thenApply()
.apply(Option.some(1)); // = true
Match.whenType(Option.class).then(true)
.apply(Option.some(1)); // = true
The opposite is also possible, to match more general objects by more special cases:
// Match as Value
Match.of(Option.of(1))
.whenIs(Option.some(1)).then(true)
.get(); // = true
// Match as Function
Match.whenIs(Option.some(1)).then(true)
.apply(Option.of(1)); // = true
The Try monad aims to ease exception handling. It represents the result state of a computation which may be a Success or a Failure.
// cannot be final
A result = other;
try {
result = bunchOfWork();
} catch(Exception_1 e) {
...
} catch(Exception_2 e) {
...
} catch(Exception_n e) {
...
}
// no need to handle exceptions
Try.of(() -> bunchOfWork()).getOrElse(other);
A result = Try.of(this::bunchOfWork)
.recover(x -> Match.of(x)
.whenType(Exception_1.class).then(...)
.whenType(Exception_2.class).then(...)
.whenType(Exception_n.class).then(...)
.get())
.getOrElse(other);
Similar to collections it has the functions map() and flatMap() to further process results.
Property checking (also known as property testing) is a truly powerful way to test properties of our code in a functional way. It is based on arbitrarily generated random data, which is passed to a user defined check function.
Arbitrary<Integer> ints = Arbitrary.integer();
// square(int) >= 0: OK, passed 1000 tests.
Property.def("square(int) >= 0")
.forAll(ints)
.suchThat(i -> i * i >= 0)
.check()
.assertIsSatisfied();
Generators of complex data structures are composed of simple generators.
Validation is an applicative functor, and facilitates accumulating errors. When trying to compose Monads, the combination process will short circuit at the first encountered error. But 'Validation' will continue processing the combining functions, accumulating all errors. This is especially useful when doing validation of multiple fields, say a web form, and you want to know all errors encountered, instead of one at a time.
Example: We get the fields 'name' and 'age' from a web form and want to create either a valid Person instance, or return the list of validation errors.
PersonValidator personValidator = new PersonValidator();
// Valid(Person(John Doe, 30))
Validation<List<String>, Person> result = personValidator.validatePerson("John Doe", 30);
// Invalid(List(Name contains invalid characters: '!4?', Age must be greater than 0))
Validation<List<String>, Person> result = personValidator.validatePerson("John? Doe!4", -1);
public class PersonValidator {
private static final String VALID_NAME_CHARS = "[a-zA-Z ]";
private static final int MIN_AGE = 0;
public Validation<List<String>, Person> validatePerson(String name, int age) {
return Validation.combine(validateName(name), validateAge(age)).ap(Person::new);
}
private Validation<String, String> validateName(String name) {
return CharSeq.of(name).replaceAll(VALID_NAME_CHARS, "").transform(seq -> seq.isEmpty()
? Validation.valid(name)
: Validation.invalid("Name contains invalid characters: '" + seq.distinct().sort() + "'"));
}
private Validation<String, Integer> validateAge(int age) {
return (age < MIN_AGE)
? Validation.invalid("Age must be greater than " + MIN_AGE)
: Validation.valid(age);
}
}
public class Person {
public final String name;
public final int age;
public Person(String name, int age) {
this.name = name;
this.age = age;
}
@Override
public String toString() {
return "Person(" + name + ", " + age + ")";
}
}
Javaslang has more useful data types not documented here, yet. The Option type is good for null-safe programming. It is a replacement for java.util.Optional. Either is a disjoint union type and there much more...
Please join the
Gitter Chat
to get in touch.
Source code and the issue tracker are hosted on
GitHub.
Feel free to contact me directly via Twitter
or Email.
Javaslang is using YourKit Java Profiler to analyze the runtime behavior.
YourKit supports open source projects with its full-featured Java Profiler. YourKit, LLC is the creator of YourKit Java Profiler and YourKit .NET Profiler, innovative and intelligent tools for profiling Java and .NET applications.


#include <EventSerializer.hpp>
Public Member Functions | |
| EventSerializer (const char *encoding, const char *xmlVersion, xercesc::XMLFormatTarget *target, xercesc::MemoryManager *mm=xercesc::XMLPlatformUtils::fgMemoryManager) | |
| EventSerializer (xercesc::XMLFormatTarget *target, xercesc::MemoryManager *mm=xercesc::XMLPlatformUtils::fgMemoryManager) | |
| ~EventSerializer () | |
| virtual void | setLocationInfo (const LocationInfo *location) |
| Recieves a LocationInfo object that is owned by the caller, and will be updated with the current location information as the parse progresses. | |
| virtual void | startDocumentEvent (const XMLCh *documentURI, const XMLCh *encoding) |
| Handles a document node as an event. | |
| virtual void | endDocumentEvent () |
| Handles a document node as an event. | |
| virtual void | startElementEvent (const XMLCh *prefix, const XMLCh *uri, const XMLCh *localname) |
| Handles the start of an element node as an event. | |
| virtual void | endElementEvent (const XMLCh *prefix, const XMLCh *uri, const XMLCh *localname, const XMLCh *typeURI, const XMLCh *typeName) |
| Handles the end of an element node as an event. | |
| virtual void | piEvent (const XMLCh *target, const XMLCh *value) |
| Handles a processing instruction node as an event. | |
| virtual void | textEvent (const XMLCh *value) |
| Handles a text node as an event. | |
| virtual void | textEvent (const XMLCh *chars, unsigned int length) |
| Handles a text node as an event. | |
| virtual void | commentEvent (const XMLCh *value) |
| Handles a comment node as an event. | |
| virtual void | attributeEvent (const XMLCh *prefix, const XMLCh *uri, const XMLCh *localname, const XMLCh *value, const XMLCh *typeURI, const XMLCh *typeName) |
| Handles an attribute node as an event. | |
| virtual void | namespaceEvent (const XMLCh *prefix, const XMLCh *uri) |
| Handles a namespace binding as an event. | |
| virtual void | atomicItemEvent (AnyAtomicType::AtomicObjectType type, const XMLCh *value, const XMLCh *typeURI, const XMLCh *typeName) |
| Handles an atomic item as an event. | |
| virtual void | endEvent () |
| Called when all events have been reported. | |
| void | addNewlines (bool add) |
| void | useSelfClosingElement (bool value) |
| void | addXMLDeclarations (bool value) |
| EventSerializer::EventSerializer | ( | const char * | encoding, | |
| const char * | xmlVersion, | |||
| xercesc::XMLFormatTarget * | target, | |||
| xercesc::MemoryManager * | mm = xercesc::XMLPlatformUtils::fgMemoryManager | |||
| ) |
| EventSerializer::EventSerializer | ( | xercesc::XMLFormatTarget * | target, | |
| xercesc::MemoryManager * | mm = xercesc::XMLPlatformUtils::fgMemoryManager | |||
| ) |
| EventSerializer::~EventSerializer | ( | ) |
| void EventSerializer::addNewlines | ( | bool | add | ) | [inline] |
| void EventSerializer::addXMLDeclarations | ( | bool | value | ) | [inline] |
| virtual void EventSerializer::atomicItemEvent | ( | AnyAtomicType::AtomicObjectType | type, | |
| const XMLCh * | value, | |||
| const XMLCh * | typeURI, | |||
| const XMLCh * | typeName | |||
| ) | [virtual] |
Handles an atomic item as an event.
Reimplemented from EventHandler.
| virtual void EventSerializer::attributeEvent | ( | const XMLCh * | prefix, | |
| const XMLCh * | uri, | |||
| const XMLCh * | localname, | |||
| const XMLCh * | value, | |||
| const XMLCh * | typeURI, | |||
| const XMLCh * | typeName | |||
| ) | [virtual] |
Handles an attribute node as an event.
Implements EventHandler.
| virtual void EventSerializer::commentEvent | ( | const XMLCh * | value | ) | [virtual] |
Handles a comment node as an event.
Implements EventHandler.
| virtual void EventSerializer::endDocumentEvent | ( | ) | [virtual] |
Handles a document node as an event.
Implements EventHandler.
| virtual void EventSerializer::endElementEvent | ( | const XMLCh * | prefix, | |
| const XMLCh * | uri, | |||
| const XMLCh * | localname, | |||
| const XMLCh * | typeURI, | |||
| const XMLCh * | typeName | |||
| ) | [virtual] |
Handles the end of an element node as an event.
Implements EventHandler.
| virtual void EventSerializer::endEvent | ( | ) | [virtual] |
Called when all events have been reported.
Implements EventHandler.
| virtual void EventSerializer::namespaceEvent | ( | const XMLCh * | prefix, | |
| const XMLCh * | uri | |||
| ) | [virtual] |
Handles a namespace binding as an event.
Implements EventHandler.
| virtual void EventSerializer::piEvent | ( | const XMLCh * | target, | |
| const XMLCh * | value | |||
| ) | [virtual] |
Handles a processing instruction node as an event.
Implements EventHandler.
| virtual void EventSerializer::setLocationInfo | ( | const LocationInfo * | location | ) | [inline, virtual] |
Recieves a LocationInfo object that is owned by the caller, and will be updated with the current location information as the parse progresses.
Reimplemented from EventHandler.
| virtual void EventSerializer::startDocumentEvent | ( | const XMLCh * | documentURI, | |
| const XMLCh * | encoding | |||
| ) | [virtual] |
Handles a document node as an event.
Implements EventHandler.
| virtual void EventSerializer::startElementEvent | ( | const XMLCh * | prefix, | |
| const XMLCh * | uri, | |||
| const XMLCh * | localname | |||
| ) | [virtual] |
Handles the start of an element node as an event.
Implements EventHandler.
| virtual void EventSerializer::textEvent | ( | const XMLCh * | chars, | |
| unsigned int | length | |||
| ) | [virtual] |
Handles a text node as an event.
Implements EventHandler.
| virtual void EventSerializer::textEvent | ( | const XMLCh * | value | ) | [virtual] |
Handles a text node as an event.
Implements EventHandler.
| void EventSerializer::useSelfClosingElement | ( | bool | value | ) | [inline] |


Fake Policeman Arrested In Kogi State
by Faderera FaladeThe Nigerian Police Force at the Igala Unity Square area in Anyigba, Dekina local government area of Kogi State has arrested a fake police officer.
Naija News learnt that the fake policeman was dressed in black T-shirt and black trousers with a black jacket with SARS inscribed on it.
He was stopped by a team of actual Special Anti Robbery Squad officers who were on patrol in the area and upon inquiry, it was realized he was not a policeman as he claimed to be and was immediately arrested and taken away in the bus.


The terms introduced in this section provide additional ways to describe the provenance among Entities, Activities, and Agents. The additional terms are illustrated in the following figure and can be separated into five different categories.
The first category extends the Starting Point terms with subclasses, subproperties, and a superproperty.
Three subclasses of Agent (prov:Person, prov:Organization, and prov:SoftwareAgent) and three subclasses of Entity are provided (prov:Collection, prov:Bundle, and prov:Plan).
A prov:Collection is an Entity that provides a structure (e.g. set, list, etc.) to some constituents (which are themselves Entities). The prov:Collection class can be used to express the provenance of the collection itself: e.g. who maintained the collection, which members it contained as it evolved, and how it was assembled. The prov:hadMember property is used to assert membership in a collection.
A prov:Bundle is a named set of provenance descriptions, which may itself have provenance. The named set of provenance descriptions may be expressed as PROV-O or any other form. The subclass of Bundle that names a set of PROV-O assertions is not provided by PROV-O, since it is more appropriate to do so using other recommendations, standards, or technologies. In any case, a Bundle of PROV-O assertions is an abstract set of RDF triples, and adding or removing a triple creates a new distinct Bundle of PROV-O assertions.
A prov:Plan is an entity that represents a set of actions or steps intended by one or more agents to achieve some goals.
More general and more specific properties are also provided by the expanded terms. More generally, the property prov:wasInfluencedBy is a superproperty that relates any influenced Entity, Activity, or Agent to any other influencing Entity, Activity, or Agent that had an effect on its characteristics. Three subproperties of prov:wasDerivedFrom are also provided for certain kinds of derivation among Entities: prov:wasQuotedFrom cites a potentially larger Entity (such as a book, blog, or image) from which a new Entity was created by repeating some or all of the original, prov:wasRevisionOf indicates that the derived Entity contains substantial content from the original Entity (e.g., two editions of a book), and prov:hadPrimarySource cites a preceding Entity produced by some agent with direct experience and knowledge about the topic (such as a reading from a sensor, or a journal written during an historical event).
The second category of expanded terms relates Entities according to their levels of abstraction, where some Entities may present more specific aspects than their more general counterparts. While prov:specializationOf links a more specific Entity to a more general one (e.g., today's BBC news home page versus BBC's news home page on any day), prov:alternateOf links Entities that present aspects of the same thing, but not necessarily the same aspects or at the same time (e.g., the serialization of a document in different formats or a backup copy of a computer file).
The third category of expanded terms allows further description of Entities. The property prov:value provides a literal value that is a direct representation of an entity. For example, the prov:value of a quote could be a string of the sentences stated, or the prov:value of an Entity involved in a numeric calculation could be the xsd:integer four. The property prov:atLocation can be used to describe the prov:Location of any Entity, Activity, Agent, or prov:InstantaneousEvent (i.e., the starting or ending of an activity or the generation, usage, or invalidation of an entity). The properties used to describe instances of prov:Location are outside the scope of PROV-O; reuse of other existing vocabulary is encouraged.
The fourth category of expanded terms describes the lifetime of an Entity beyond being generated by an Activity and used by other Activities. For example, a painting could not have been displayed before it was painted, and it could not be sold after it was destroyed by fire. Similar to how Activities have start and end times, an Entity may be bound by points in time for which it was generated or is no longer usable. The properties prov:generatedAtTime and prov:invalidatedAtTime can be used to bound the starting and ending moments of an Entity's existence. The Activities that led to the generation or invalidation of an Entity can be provided using prov:wasGeneratedBy and prov:wasInvalidatedBy, respectively. prov:generated and prov:invalidated are the inverses of prov:wasGeneratedBy and prov:wasInvalidatedBy, respectively, and are defined to facilitate Activity-as-subject as well as Entity-as-subject descriptions. For more about inverses, see the Appendix B.
The fifth category of expanded terms describes the lifetime of an Activity beyond its start and end times and predecessor Activities. Activities may also be started or ended by Entities, which are described using the properties prov:wasStartedBy and prov:wasEndedBy, respectively. Since Entities may start or end Activities, and Agents may be Entities, then Agents may also start or end Activities.
The following examples illustrate the expanded terms by elaborating the crime chart example from the previous section. After aggregating the dataset and creating the chart, Derek published a post to exhibit his work.
{% escape %}{% include "includes/prov/examples/eg-25-extended-crime-file-example/rdf/extended-crime-file-pt1.ttl" %}{% endescape %}
Agent :derek
, acting again on behalf of the :national_newspaper_inc
organization,
used the :postEditor
tool to publish a post about his recent data analysis :aggregatedByRegions
.
The blog editing tool tracked Derek's actions as PROV-O assertions and published them as a Bundle (the current file <>
).
The tool recorded that :derek
started and ended the publishing activity (:publicationActivity1123
)
that generated the post :post9821v1
. The post
included a permanent link where the content of the latest version is available
(:more-crime-happens-in-cities
) in addition to a textual snapshot of the current version (using prov:value).
Derek also included additional domain-specific descriptions of the post, such as its title.
Shortly after publishing the post, Derek noticed a typographical error in his narrative.
Because the fix would be minimal, he did not record the activity that led to the new version.
Instead, he related the new version (:post9821v2
) as a revision of the previous (:post9821v1
).
Since both versions of the blog are forms of the long-standing blog permalink :more-crime-happens-in-cities
,
the revisions are alternates of one another and each is a prov:specializationOf of :more-crime-happens-in-cities
.
Shortly after Derek published his blog post, Monica adapted the text for a wider audience in a new post (:post9822
).
This rewrite is an alternate, abbreviated view of the same topic that Derek wrote about and was created from his original text.
Since the provenance produced by the activities of Derek and Monica corresponded to different user views, the system
automatically published it in a different prov:Bundle.
The tool also asserted provenance about the bundle that it produced (e.g., the date of creation, its creator, and the fact that it Derek's bundle was used).
Because a bundle is a kind of entity, all provenance assertions that can be made about entities can also be made about bundles.
The use of bundles enables the creation of provenance of provenance.
{% escape %}{% include "includes/prov/examples/eg-25-extended-crime-file-example/rdf/extended-crime-file-pt1_a.ttl" %}{% endescape %}
After some time, John wrote his own conclusions in his own post (:post19201
) quoting the previous two posts.
Each quote that John makes (:quote_from_monica
and :quote_from_derek
) is a new entity derived from the
previous blogs and is annotated with the time that the quote was taken.
The provenance of John's blog notes that his post is the result of the quotes that he took from Derek and Monica.
The blog post is also derived from Derek's :aggregatedByRegions
dataset because John inspected it and found a
concern that he discusses in his blog. All the provenance statements related to John's post are grouped in a new prov:Bundle.
{% escape %}{% include "includes/prov/examples/eg-25-extended-crime-file-example/rdf/extended-crime-file-pt2.ttl" %}{% endescape %}
Unfortunately, there was a problem in the servers where :post19201
was being stored, and all the data related to the post was lost permanently.
Thus, the system invalidated the entity automatically and notified John about the error.
{% escape %}{% include "includes/prov/examples/eg-25-extended-crime-file-example/rdf/extended-crime-file-pt4.ttl" %}{% endescape %}


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/copy.20_target.20dir.html ---
I really don't understand how the _target
directory works
I want to help Kevin so I clone his repo
Of course it depends on mathlib
So I try to copy _target
from my own projects to avoid compiling mathlib
and it doesn't seem to work
or maybe it does
it seemed like VScode was taking forever to compile
which seemed like it was compiling lots of files
but maybe it was only Kevin's code
I have symlinked the _target
dir before. It seems to work fine.
Last updated: Apr 24 2020 at 19:02 UTC


Differences
In Javascript hashes are referred to as objects. The key in ruby is a variable in JS.
When you call a hash in ruby, you use the key. In JS you call the object to get the value of the key.
In JS, object can take a function as a value. Since methods in Ruby aren't objects, you can't assign a method as a hash value.
In JS there are no enumerable iterators, which you have in Ruby.
Semicolons. They are not used in statements in Ruby, while the are necessary to separate statements in JS
Similarities
Their syntax is very similar. Minus the semicolon.
They follow the same logic with pair values. In Ruby the label is called key, in JS property.
The values can be of any type; hashes, arrays, numbers, strings etc.


|
DESERT
3.0
|
This software has been developed by the SIGNET Lab, Department of Information Engineering, University of Padova, Italy.
This work has been supported in part by the Italian Institute of Technology within the Project SEED framework (NAUTILUS project). The development of the SUN and UW-Polling protocols has been supported in part by the European Commission 7th framework programme (G.A. 258359 - CLAM project).
The SIGNET Lab gratefully thanks EvoLogics GmbH and the Woods Hole Oceanographic Institution for their precious help and technical support.
Grateful thanks also go to the many collaborations that helped develop part of the DESERT Underwater libraries, including the NATO Undersea Research Centre (NURC), the Scripps Institution of Oceanography, the Johns Hopkins University Applied Physics Laboratory the US Office of Naval Research and the US National Science Foundation.


Adding references for the given resource
Adding references for the given resource
The resource that will be observed
@inheritDoc
@inheritDoc
the metatype
a set of elements that match the given meta type
@inheritDoc
@inheritDoc
the name of the element that should be returned
the meta element with the given name
@inheritDoc
@inheritDoc
getter of the referenced resources
Getter for the resource
Getter for the resource
The logger instance for each class
The logger instance for each class
@inheritDoc
Register EMF Packages
registers a new element to the model (without creating a new one)
registers a new element to the model (without creating a new one)
the object that should be registered to this model
true if registering the new object was successfull, else false
@inheritDoc
Setter for the resource
The EMF implementation of an IReferenceModel.
Based on the ATL implementation


Fixing to travel waaaay off the beaten path? Abhor tourism but still yearn to see the world? Is the soul crushing banality and the vegetal torpor of modern life pushing you into the pursuit of risk? Well friend, we may have a solution.
Anything goes in Dubai, ! As long as you've got the cash there is no experience outside your grasp.
Welcome to the Gulag, ! Frozen salt mines await you at the end of the world.
The world's monies flow through Zurich, ! If you've got the bank roll and the imagination, there's no telling what is in store for you!
>It's the wild wild west (Africa) here in Sierra Leone, ! Fortis Fortuna Adiuvat!
Apparently there is no depths to your depravity, !


Srt
object Srt
This class provides main SRT control. Before calling any other SRT API, you shall call startUp.


What is the difference between Margin, Border, and Padding
- Margin - A margin is the transparent space beween the border and the edge of the page.
- Border - The border surrounds the padding and the content and can be different colors.
- Padding - The padding is the clear area around the content.
Classes and Ids
- Classes should be used multiple times throughout the page
- Ids should only be used once, they are specific.
Relative, absolute, and fixed positioning
- Relative positioning - a relatively positioned element is positioned relative to its normal position.
- Absolute positioning - an absolute position element is positioned relative to the first parent element that has a position ofther than static.
- Fixed positioning - an element with fixed postion is positioned relative to the browser window.
Display inline vs. inline blocks
- Display inline - takes up only as much width as it needs, and does not foce new lines
- Inline blocks - takes up full width available, with a new line before and after.
HTML and CSS
Margins, borders and padding can be confusing at first, but are actually very simple. If you think your border is too close to the edge of the screen you would use margins. If you want to enclose your content you can add a border. Sometimes the content is too close to the border, that is where padding comes in to play. Classes and ids are very similar, except for one major differenct. Classes should be used multiple times throught you document, whereas ids are should be for individual parts and only used once. When you want your text to just go to start on the top left, fixed postioning would work best. If you are looking to offset some text from previous text you should use relative positioning. Finally, when you are looking to put text anywhere on the page absolute positioning will be your best option.


Send a POST request and receive an echo of the body. The body is printed to the Julia REPL.
POST
Send a GET request and receive an echo of the request parameter. The parameters are printed to the Julia REPL.
GET


OpenTournament is a platform to manage your tournaments. For now there is only one game supported: WM/HO.
The usage of the platform is total free and there are no adds.
Here is a list of key features for players:
-
** NEW ** There is now the possibility to manage uploaded armyList state and payment state for registered
players
- Under "MySite" you see all your MyProfile/Tournaments/Registrations/Games
-
If you create an account and add information about your Locality/Country
the tournament organizer can easily prevent pairings for same Team/Locality/Country.
No more driving through the half world to play against your local dude in the first round!
-
Each registered Player has an ELO number.
After a tournament is finally uploaded for all player with an ELO number there is a calculation for a new
ELO number. For more Information see Wikipedia.
-
A Tournament is published in "RealTime". So you can see as a player all rankings and pairings immediately.
-
If you register for a tournament you can see "Your Game" marked with a yellow border.
-
You can enter the result of your game if the game is untouched (you opponent or the organizer hasn't entered
something). The organizer may check (and correct) the result.
-
You can upload your ArmyList with your registration. Only the tournament organizer will see it.
After the Tournament is finished. All can see what faction and lists were played through the tournament.
-
There is a option to enter your played list (you need to insert one or more ArmyList(s) in registration).
After the tournament you can see the exact result of all your games.
On top you can see ELO changes for each game you played.


Overview
Provides a UI notification that "pops in" to the screen. It is built on jQuery and Bootstrap. This is helpful when you want to provide feedback to the end user, but not through a dialog or some other means that requires them to click on it to dismiss it.
Dependencies
The project was built on the following. It does nothing fancy and will probably work with all future versions:
- jQuery 2.2.4
- Bootstrap 3.3.6
Setup
To use bootstrap-popin in your project, include the following:
- popin.css
- popin.min.js
Options
To initialize a popin, use JavaScript passing the options. The following are the default options:
| Name | Default | Description |
| type | info | The bootstrap css class applied to the body. This is meant to work with one of the built-in classes for alerts: info, success, warning, danger. |
| message | null | The markup to display in the popin. This can be text or html. |
| autoClose | false | Controls if the popin is automatically closed. If false, it is not closed. If true, it is closed after two seconds. If an integer is specified, it will close after that number of milliseconds. |
Usage
Popins can target an element or the body. If an element, the popin will be inserted as a child of that element. This is helpful for notifications related to a certain part of the page. If the body, absolute positioning will be used to center the popin at the top of the view port. This is helpful for page-level notifications.
Examples
Usage shows the usage


Hololive Web Service
Hololive Members by Generation
Hololive Members by Debut Day
Select A Category To View Members


{%- import "macros.html" as macros -%} {# Jumping through hoops to get a relative path to the site root #} {%- if current_path == "/" -%} {%- set_global rel_top = "." -%} {%- else -%} {%- set_global rel_top_work = [] -%} {%- for _ignored in current_path | trim_end_matches(pat="/") | split(pat="/") | slice(start=1) -%} {%- set_global rel_top_work = rel_top_work | concat(with="..") -%} {%- endfor -%} {%- set_global rel_top = rel_top_work | join(sep="/") -%} {%- endif -%}


AWS CloudWatch Connector
This web data connector allows you to access AWS CloudWatch Metrics.
AWS Access Details
Access Key
Secret Key
Region
us-east-1 (Standard)
us-west-1
us-west-2
eu-west-1
eu-central-1
sa-east-1
ap-northeast-1
ap-northeast-2
ap-southeast-1
ap-southeast-2
CloudWatch Metric Specifications
Namespace
Metric name
Dimension name
Dimension value
Sample period (in minutes)
Statistic
Average
Maximum
Minimum
Sample Count
Sum
Get the Data


| Women |
| 1 Majorie Legg—FVV |
| 2 Eva Karau—FVV |
| 3 Kathleen McGann—FVV |
| Mens B |
| 1 Daniel Barry—YVCC |
| 2 Tejay Van Garderen—Allied Land Title |
| 3 Donald Cole—YVCC |
| 4 John Friedrich |
| 5 Deric Weiss—YVCC |
| Craig Pozega—DNF |
| Charles Harper—DNF |
| Mens A |
| 1 Florian Eschenbach—Alb-Gold |
| 2 Jamul Hahn—Northern Rockies |
| 3 Marl Legg—Bianchi |
| 4 Jim Rucker—Allied Land Title |
| 5 Brink Kuchenbrod—Montana Velo |
| 6 Dave Hartman—Northern Rockies |
| 7 Mike Beltz—Northern Rockies |
| 8 Tom Robertson—Northern Rockies |
| 9 Rankin Holmes—Northern Rockies |
| 10 John Behrens—Allied Land Title |
| 11 Andy Minier—Allied Land Title |
| 12 Matt Hayes—YVCC |
| Masters 35+ |
| 1 John Weyrich—FVV |
| 2 Dave Kelley—YVCC |
| 3 Trever Brandt—Great Divide |
| Masters 45+ |
| 1 Kim Johnson |
| 2 Paul Andrews |
| 3 Jim Clapp—Olympic |
| Masters 55+ |
| 1 Chad Chadwick—YVCC |


Cheesecake Order Form
Quantity Topping
1
2
3
4
Plain
Cherry
Chocolate
Notes:
vegan
Order
Total Orders Last Month
11 cherry
17 chocolate
31 plain


{% extends "second-edition/base.html" %} {% import "macros.html" as macros %} {% block title %}{{ section.title }} | {{ config.title }}{% endblock title %} {% block main %}
These posts give a semi-regular overview of the most important changes to the blog and the tools and libraries behind the scenes.
{% endblock introduction %}


ログ機能とトラブルシューティング
読む時間の目安: 12 分This page contains information on how to diagnose and troubleshoot Docker Desktop issues, send logs and communicate with the Docker Desktop team, use our forums and Success Center, browse and log issues on GitHub, and find workarounds for known problems.
Troubleshoot
Choose > Troubleshoot from the menu bar to see the troubleshoot options.
The Troubleshoot page contains the following options:
-
Restart Docker Desktop: Select to restart Docker Desktop.
-
Run Diagnostics: Select this option to diagnose any issues on Docker Desktop. For detailed information about diagnostics, see Diagnose problems, send feedback, and create GitHub issues.
-
Reset Kubernetes cluster: Select this option to delete all stacks and Kubernetes resources. For more information, see Kubernetes.
-
Reset disk image: This option resets all Docker data without a reset to factory defaults. Selecting this option results in the loss of existing settings.
-
Reset to factory defaults: Choose this option to reset all options on Docker Desktop to their initial state, the same as when Docker Desktop was first installed.
-
Uninstall: Choose this option to remove Docker Desktop from your system.
Uninstall Docker Desktop from the command line
To uninstall Docker Desktop from a terminal, run:
<DockerforMacPath> --uninstall
. If your instance is installed in the default location, this command provides a clean uninstall:$ /Applications/Docker.app/Contents/MacOS/Docker --uninstall Docker is running, exiting... Docker uninstalled successfully. You can move the Docker application to the trash.
You might want to use the command-line uninstall if, for example, you find that the app is non-functional, and you cannot uninstall it from the menu.
Diagnose problems, send feedback, and create GitHub issues
In-app diagnostics
If you encounter problems for which you do not find solutions in this documentation, on Docker Desktop issues on GitHub, or the Docker Desktop forum, we can help you troubleshoot the log data.
Choose > Troubleshoot > Run Diagnostics.
Once the diagnostics are available, you can upload them and obtain a Diagnostic ID, which must be provided when communicating with the Docker team. For more information on our policy regarding personal data, see how is personal data handled in Docker Desktop.
If you click Report an issue, this opens Docker Desktop for Mac issues on GitHub in your web browser in a “New issue” template. Add the details before submitting the issue. Do not forget to copy/paste your diagnostic ID.
Diagnosing from the terminal
In some cases, it is useful to run the diagnostics yourself, for instance, if Docker Desktop cannot start.
First, locate the com.docker.diagnose
tool. If you have installed Docker Desktop in the Applications directory, then it is located at
/Applications/Docker.app/Contents/MacOS/com.docker.diagnose
.
To create and upload diagnostics, run:
$ /Applications/Docker.app/Contents/MacOS/com.docker.diagnose gather -upload
After the diagnostics have finished, you should have the following output, containing your diagnostics ID:
Diagnostics Bundle: /tmp/B8CF8400-47B3-4068-ADA4-3BBDCE3985D9/20190726143610.zip
Diagnostics ID: B8CF8400-47B3-4068-ADA4-3BBDCE3985D9/20190726143610 (uploaded)
Diagnostics Bundle: /tmp/BE9AFAAF-F68B-41D0-9D12-84760E6B8740/20190905152051.zip
Diagnostics ID: BE9AFAAF-F68B-41D0-9D12-84760E6B8740/20190905152051 (uploaded)
The diagnostics ID (here BE9AFAAF-F68B-41D0-9D12-84760E6B8740/20190905152051) is composed of your user ID (BE9AFAAF-F68B-41D0-9D12-84760E6B8740) and a timestamp<PHONE_NUMBER>2051). Ensure you provide the full diagnostics ID, and not just the user ID.
To view the contents of the diagnostic file, run:
$ open /tmp/BE9AFAAF-F68B-41D0-9D12-84760E6B8740/20190905152051.zip
Check the logs
In addition to using the diagnose and feedback option to submit logs, you can browse the logs yourself. The following documentation is about macOS 10.12 onwards; for older versions, see older documentation.
In a terminal
To watch the live flow of Docker Desktop logs in the command line, run the following script from your favorite shell.
$ pred='process matches ".*(ocker|vpnkit).*"
|| (process in {"taskgated-helper", "launchservicesd", "kernel"} && eventMessage contains[c] "docker")'
$ /usr/bin/log stream --style syslog --level=debug --color=always --predicate "$pred"
Alternatively, to collect the last day of logs (1d
) in a file, run:
$ /usr/bin/log show --debug --info --style syslog --last 1d --predicate "$pred" >/tmp/logs.txt
In the Console app
Macs provide a built-in log viewer, named “Console”, which you can use to check Docker logs.
The Console lives in /Applications/Utilities
; you can search for it with
Spotlight Search.
To read the Docker app log messages, type docker
in the Console window search bar and press Enter. Then select ANY
to expand the drop-down list next to your docker
search entry, and select Process
.
You can use the Console Log Query to search logs, filter the results in various ways, and create reports.
Troubleshooting
Make sure certificates are set up correctly
Docker Desktop ignores certificates listed under insecure registries, and does
not send client certificates to them. Commands like docker run
that attempt to
pull from the registry produces error messages on the command line, for example:
Error response from daemon: Get http://<IP_ADDRESS>:5858/v2/: malformed HTTP response "\x15\x03\x01\x00\x02\x02"
As well as on the registry. For example:
2019/06/20 18:15:30 http: TLS handshake error from <IP_ADDRESS>:52882: tls: client didn't provide a certificate
2019/06/20 18:15:30 http: TLS handshake error from <IP_ADDRESS>:52883: tls: first record does not look like a TLS handshake
For more about using client and server side certificates, see Adding TLS certificates in the Getting Started topic.
Docker Desktop does not start if Mac user account and home folder are renamed after installing the app
See Do I need to reinstall Docker Desktop if I change the name of my macOS account? in the FAQs.
Volume mounting requires file sharing for any project directories outside of /Users
If you are using mounted volumes and get runtime errors indicating an application file is not found, access to a volume mount is denied, or a service cannot start, such as when using Docker Compose, you might need to enable file sharing.
Volume mounting requires shared drives for projects that live outside of the
/Users
directory. Go to >
Preferences > Resources > File sharing and share the drive that contains the Dockerfile and volume.
Incompatible CPU detected
Docker Desktop requires a processor (CPU) that supports virtualization and, more specifically, the Apple Hypervisor framework. Docker Desktop is only compatible with Mac systems that have a CPU that supports the Hypervisor framework. Most Macs built in 2010 and later support it,as described in the Apple Hypervisor Framework documentation about supported hardware:
Generally, machines with an Intel VT-x feature set that includes Extended Page Tables (EPT) and Unrestricted Mode are supported.
To check if your Mac supports the Hypervisor framework, run the following command in a terminal window.
sysctl kern.hv_support
If your Mac supports the Hypervisor Framework, the command prints
kern.hv_support: 1
.
If not, the command prints kern.hv_support: 0
.
See also, Hypervisor Framework Reference in the Apple documentation, and Docker Desktop Mac system requirements.
Workarounds for common problems
-
If Docker Desktop fails to install or start properly on Mac:
-
Make sure you quit Docker Desktop before installing a new version of the application ( > Quit Docker Desktop). Otherwise, you get an “application in use” error when you try to copy the new app from the
.dmg
to/Applications
. -
Restart your Mac to stop / discard any vestige of the daemon running from the previously installed version.
-
Run the uninstall commands from the menu.
-
-
If
docker
commands aren’t working properly or as expected, you may need to unset some environment variables, to make sure you are not using the legacy Docker Machine environment in your shell or command window. Unset theDOCKER_HOST
environment variable and related variables.-
If you use bash, use the following command:
unset ${!DOCKER_*}
-
For other shells, unset each environment variable individually as described in Setting up to run Docker Desktop on Mac in Docker Desktop on Mac vs. Docker Toolbox.
-
-
Network connections fail if the macOS Firewall is set to “Block all incoming connections”. You can enable the firewall, but
bootpd
must be allowed incoming connections so that the VM can get an IP address. -
For the
hello-world-nginx
example, Docker Desktop must be running to get to the web server onhttp://localhost/
. Make sure that the Docker icon is displayed on the menu bar, and that you run the Docker commands in a shell that is connected to the Docker Desktop Engine (not Engine from Toolbox). Otherwise, you might start the webserver container but get a “web page not available” error when you go tolocalhost
. For more information on distinguishing between the two environments, see Docker Desktop on Mac vs. Docker Toolbox. -
If you see errors like
Bind for <IP_ADDRESS>:8080 failed: port is already allocated
orlisten tcp:<IP_ADDRESS>:8080: bind: address is already in use
:-
These errors are often caused by some other software on the Mac using those ports.
-
Run
lsof -i tcp:8080
to discover the name and pid of the other process and decide whether to shut the other process down, or to use a different port in your docker app.
-
Known issues
-
IPv6 is not (yet) supported on Docker Desktop.
-
You might encounter errors when using
docker-compose up
with Docker Desktop (ValueError: Extra Data
). We’ve identified this is likely related to data and/or events being passed all at once rather than one by one, so sometimes the data comes back as 2+ objects concatenated and causes an error. -
Force-ejecting the
.dmg
after runningDocker.app
from it can cause the whale icon to become unresponsive, Docker tasks to show as not responding in the Activity Monitor, and for some processes to consume a large amount of CPU resources. Reboot and restart Docker to resolve these issues. -
Docker does not auto-start on login even when it is enabled in > Preferences. This is related to a set of issues with Docker helper, registration, and versioning.
-
Docker Desktop uses the
HyperKit
hypervisor (https://github.com/docker/hyperkit) in macOS 10.10 Yosemite and higher. If you are developing with tools that have conflicts withHyperKit
, such as Intel Hardware Accelerated Execution Manager (HAXM), the current workaround is not to run them at the same time. You can pauseHyperKit
by quitting Docker Desktop temporarily while you work with HAXM. This allows you to continue work with the other tools and preventHyperKit
from interfering. -
If you are working with applications like Apache Maven that expect settings for
DOCKER_HOST
andDOCKER_CERT_PATH
environment variables, specify these to connect to Docker instances through Unix sockets. For example:export DOCKER_HOST=unix:///var/run/docker.sock
-
docker-compose
1.7.1 performs DNS unnecessary lookups forlocalunixsocket.local
which can take 5s to timeout on some networks. Ifdocker-compose
commands seem very slow but seem to speed up when the network is disabled, try appending<IP_ADDRESS> localunixsocket.local
to the file/etc/hosts
. Alternatively you could create a plain-text TCP proxy on localhost:1234 using:docker run -d -v /var/run/docker.sock:/var/run/docker.sock -p <IP_ADDRESS>:1234:1234 bobrik/socat TCP-LISTEN:1234,fork UNIX-CONNECT:/var/run/docker.sock
and then
export DOCKER_HOST=tcp://localhost:1234
.
-
There are a number of issues with the performance of directories bind-mounted with
osxfs
. In particular, writes of small blocks, and traversals of large directories are currently slow. Additionally, containers that perform large numbers of directory operations, such as repeated scans of large directory trees, may suffer from poor performance. Applications that behave in this way include:rake
ember build
- Symfony
- Magento
- Zend Framework
- PHP applications that use Composer to install
dependencies in a
vendor
folder
As a work-around for this behavior, you can put vendor or third-party library directories in Docker volumes, perform temporary file system operations outside of
osxfs
mounts, and use third-party tools like Unison orrsync
to synchronize between container directories and bind-mounted directories. We are actively working onosxfs
performance using a number of different techniques. To learn more, see the topic on Performance issues, solutions, and roadmap. -
If your system does not have access to an NTP server, then after a hibernate the time seen by Docker Desktop may be considerably out of sync with the host. Furthermore, the time may slowly drift out of sync during use. To manually reset the time after hibernation, run:
docker run --rm --privileged alpine hwclock -s
Or, to resolve both issues, you can add the local clock as a low-priority (high stratum) fallback NTP time source for the host. To do this, edit the host’s
/etc/ntp-restrict.conf
to add:server <IP_ADDRESS> # LCL, local clock fudge <IP_ADDRESS> stratum 12 # increase stratum
Then restart the NTP service with:
sudo launchctl unload /System/Library/LaunchDaemons/org.ntp.ntpd.plist sudo launchctl load /System/Library/LaunchDaemons/org.ntp.ntpd.plist


If you like it, why not donate ? :) Be sure to visit patreon for current and in progress developments.


Case Study- video then lecture
recursiveCallStck- video then lecture. Show external resource https://www.cs.usfca.edu/~galles/visualization/RecFact.html
Remaining videos: Walk through and solve the problems with students then have them watch the videos after. Save flatten for the last video.
Have a plan before writing any code
Use as many visual aids as possible. Ex: external resource at the top of the page. Open same file side by side as a new recursive call is made, showing the new values. Close the tabs as the stacks resolve.


--- layout: example categories: example/v1.0.0 version: v1.0.0 title: paddingTopLeft - Reserve space on the map for content description: Center the map, allowing for an overlay tags: - zoom ---


Add Artwork Information
Printed Physical Posters
5
Still Photos
Create Artwork
From
hosuser1
Project Created Date
07-11-2015
Workflow Group
Option 1
Option 2
Status
Option 1
Option 2
Title
Anticipated Due Date
Studio/Licensor
Studio
Licensor
Contractual Due Date
Licensor
Option 1
Option 2
Contract Administrator
Option 1
Option 2
Email Addresses
Contract Administrator
|
Contract Administrator
2
3
4
5
Asset Type / Contract Quantity
Printed Physical Posters
Still Photos
Others
Printed Physical Posters
Still Photos
Others
Printed Physical Posters
Still Photos
Others
Add Comment / Add Attachment
Add Comment
Print Comments
←
Previous
Submit
Next


product Name
user name must start with uppercase and then from 3 to 8 characters
Product Price
Product Category
Product Description
add Product
index
Name
Price
Category
Desc
update
delete


The class manages contact between two shapes. A contact exists for each overlapping AABB in the broad-phase (except if filtered). Therefore a contact object may exist that has no contact points.
More...
|
| Manifold | Manifold |
| | Get the contact manifold. Do not modify the manifold unless you understand the internals of Box2D. More...
|
| |
|
|
Fixture | FixtureA [get, set] |
| |
|
Fixture | FixtureB [get, set] |
| |
|
float | Friction [get, set] |
| |
|
float | Restitution [get, set] |
| |
|
float | TangentSpeed [get, set] |
| | Get or set the desired tangent speed for a conveyor belt behavior.  More...
|
| |
The class manages contact between two shapes. A contact exists for each overlapping AABB in the broad-phase (except if filtered). Therefore a contact object may exist that has no contact points.
◆ GetWorldManifold()
| void tainicom.Aether.Physics2D.Dynamics.Contacts.Contact.GetWorldManifold |
( |
out Vector2 |
normal, |
|
|
out FixedArray2< Vector2 > |
points |
|
) |
| |
◆ Manifold
| Manifold tainicom.Aether.Physics2D.Dynamics.Contacts.Contact.Manifold |
Get the contact manifold. Do not modify the manifold unless you understand the internals of Box2D.
◆ ChildIndexA
| int tainicom.Aether.Physics2D.Dynamics.Contacts.Contact.ChildIndexA |
|
getset |
Get the child primitive index for fixture A.
The child index A.
◆ ChildIndexB
| int tainicom.Aether.Physics2D.Dynamics.Contacts.Contact.ChildIndexB |
|
getset |
Get the child primitive index for fixture B.
The child index B.
◆ Enabled
| bool tainicom.Aether.Physics2D.Dynamics.Contacts.Contact.Enabled |
|
getset |
Enable/disable this contact. This can be used inside the pre-solve contact listener. The contact is only disabled for the current time step (or sub-step in continuous collisions). NOTE: If you are setting Enabled to a constant true or false, use the explicit Enable() or Disable() functions instead to save the CPU from doing a branch operation.
◆ IsTouching
| bool tainicom.Aether.Physics2D.Dynamics.Contacts.Contact.IsTouching |
|
getset |
Determines whether this contact is touching.
- Returns
true
if this instance is touching; otherwise, false
.
◆ Next
| Contact tainicom.Aether.Physics2D.Dynamics.Contacts.Contact.Next |
|
getset |
Get the next contact in the world's contact list.
The next.
◆ Prev
| Contact tainicom.Aether.Physics2D.Dynamics.Contacts.Contact.Prev |
|
getset |
Get the previous contact in the world's contact list.
The prev.
The documentation for this class was generated from the following file:
- Physics2D/Dynamics/Contacts/Contact.cs


Security
A RADIUS server is a critical part of a network security system. Any successful attack on a RADIUS server means that anyone can be authenticated, with potentially catastrophic consequences. Two requirements are necessary for any secure server; secure source code, and secure configuration.
The Source Code is Secure
The security page contains the public record of security issues in FreeRADIUS. (Try asking a commercial vendor for that information!) The source code is freely available, including the complete history of all changes. Our policy is to be transparent and open about all security issues with the server.
While this policy may seem to open the server to attacks from people looking at the source code, the reality is different. That openness has permitted us to be part of the Coverity scan project for over a year. All of the issues found by Coverity have been fixed. That is, the code has been scanned for a large class of potential issues, and has been proven to not be vulnerable to those issues.
"Fail-Safe" Configuration
The server configuration is designed to be "fail-safe". The default configuration requires administrator edits before any user can be authenticated. The default configuration and internal policy is to reject all requests that have not successfully been authenticated.


title: Crate for Python Developers description: Connect your Python application to Crate to leverage the speed of search, the elegance of SQL and make use of SQLAlchemy. name: Python slug: python image: /media/1503/lang-python-notext.png testimonial_quote: The fact that Crate Data uses SQL lowers the barriers to entry when using distributed search. And on top of that with Crate you get MongoDB and Elasticsearch in one scalable package. testimonial_name: Jeff Nappi, Director of Engineering testimonial_company: Clearvoice {% extends "landing-lang.html" %} {% block content %}
Our Python projects are hosted on the Python Packaging Index.
Find documentation about using Crate with a Python application and view sample code to get you started.
Is there a problem or missing feature with our Python client or shell? Or have an opinion of feedback to discuss with our community? We would love your input and participation.


Table of Contents
-
The Organization Ontology
-
Organization Ontology Domain Definition
-
Organizations
-
Identifiers
-
Addresses
-
Facilities
-
Locations
-
Dates and Times
-
Associations
-
Annotation properties
-
IAO_0000111 - editor preferred label
-
IAO_0000112 - example of usage
-
IAO_0000114 - has curation status
-
IAO_0000115 - definition
-
IAO_0000116 - editor note
-
IAO_0000117 - term editor
-
IAO_0000118 - alternative term
-
IAO_0000119 - definition source
-
IAO_0000232 - curator note
-
IAO_0000233 - term tracker item
-
IAO_0000412 - imported from
-
ORG_1000001 - vivo 1 ontology reference
-
Classes
-
BFO_0000001 - entity
-
BFO_0000002 - continuant
-
BFO_0000003 - occurrent
-
BFO_0000004 - independent continuant
-
BFO_0000008 - temporal region
-
BFO_0000015 - process
-
BFO_0000016 - disposition
-
BFO_0000017 - realizable entity
-
BFO_0000019 - quality
-
BFO_0000020 - specifically dependent continuant
-
BFO_0000023 - role
-
BFO_0000029 - site
-
BFO_0000031 - generically dependent continuant
-
BFO_0000035 - process boundary
-
BFO_0000038 - one-dimensional temporal region
-
BFO_0000040 - material entity
-
BFO_0000141 - immaterial entity
-
BFO_0000148 - zero-dimensional temporal region
-
IAO_0000030 - information content entity
-
IAO_0000422 - postal address
-
IAO_0000429 - email address
-
IAO_0000578 - centrally registered identifier
-
IAO_0020000 - identifier
-
IAO_0022003 - crossref funder identifier
-
IAO_0022006 - dbpedia identifier
-
IAO_0022010 - global research organization identifier
-
IAO_0022014 - international standard name identifier
-
IAO_0022022 - research organization registry identifier
-
IAO_0022027 - wikidata q number
-
IAO_0022057 - ringgold identifier
-
NCBITaxon_9606 - Homo sapiens
-
ORG_0000001 - organization
-
ORG_0000002 - government organization
-
ORG_0000003 - company
-
ORG_0000004 - nonprofit organization
-
ORG_0000005 - informal organization
-
ORG_0000006 - organization part
-
ORG_0000007 - university disposition
-
ORG_0000008 - association disposition
-
ORG_0000009 - consortium disposition
-
ORG_0000010 - service provider disposition
-
ORG_0000011 - laboratory disposition
-
ORG_0000012 - extension provider disposition
-
ORG_0000013 - technology transfer disposition
-
ORG_0000014 - philanthropy disposition
-
ORG_0000015 - funding disposition
-
ORG_0000016 - health care service provider disposition
-
ORG_0000017 - hospital service provider disposition
-
ORG_0000018 - archive disposition
-
ORG_0000019 - museum disposition
-
ORG_0000020 - gallery disposition
-
ORG_0000021 - publishing disposition
-
ORG_0000022 - research disposition
-
ORG_0000023 - education disposition
-
ORG_0000024 - training disposition
-
ORG_0000025 - research administration disposition
-
ORG_0000026 - library disposition
-
ORG_0000027 - commerce disposition
-
ORG_0000028 - military disposition
-
ORG_0000029 - religious disposition
-
ORG_0000030 - governing disposition
-
ORG_0000031 - manufacturing disposition
-
ORG_0000032 - project team disposition
-
ORG_0000033 - sports disposition
-
ORG_0000034 - information address quality
-
ORG_0000035 - billing address quality
-
ORG_0000036 - shipping address quality
-
ORG_0000037 - preferred address quality
-
ORG_0000038 - homepage quality
-
ORG_0000039 - wikipedia quality
-
ORG_0000040 - architectural structure
-
ORG_0000041 - campus
-
ORG_0000042 - facility
-
ORG_0000043 - building
-
ORG_0000044 - room
-
ORG_0000045 - geographic region
-
ORG_0000046 - geographic point
-
ORG_0000047 - continent
-
ORG_0000048 - country
-
ORG_0000049 - region
-
ORG_0000050 - populated place
-
ORG_0000051 - founding process
-
ORG_0000052 - founding process boundary
-
ORG_0000053 - dissolution process
-
ORG_0000054 - dissolution process boundary
-
ORG_0000055 - succession process
-
ORG_0000056 - succession process boundary
-
ORG_0000057 - web site
-
ORG_0000058 - spin-off process
-
ORG_0000059 - spin-off process boundary
-
ORG_0000060 - organizational membership
-
ORG_0000061 - organizational member role
-
ORG_0000062 - organizational member grantor role
-
ORG_0000063 - student led organization quality
-
ORG_0000064 - woman led organization quality
-
ORG_0000065 - minority led organization quality
-
ORG_0000066 - registered address quality
-
ORG_0000067 - primary address quality
-
ORG_0000068 - organizational position
-
ORG_0000069 - organizational employee role
-
ORG_0000070 - organizational employor role
-
ORG_0000071 - organizational associate role
-
ORG_0000072 - organizational associate grantor role
-
ORG_0000073 - organizatonal head role
-
ORG_0000074 - organizational head grantor role
-
ORG_0000075 - organizational appointee role
-
ORG_0000076 - organizational appointee grantor role
-
ORG_0000077 - organizational volunteer role
-
ORG_0000078 - organizational volunteer grantor role
-
ORG_0000079 - airline disposition
-
ORG_0000080 - media disposition
-
ORG_0000081 - performing disposition
-
ORG_0000082 - labor union disposition
-
ORG_0000083 - person membership
-
ORG_0000084 - person member role
-
ORG_0000085 - person member grantor role
-
ORG_0000086 - academic department disposition
-
ORG_0000087 - academic college disposition
-
ORG_0000088 - committee disposition
-
ORG_0000089 - pre-school disposition
-
ORG_0000090 - primary school disposition
-
ORG_0000091 - middle school disposition
-
ORG_0000092 - secondary school disposition
-
ORG_0000093 - ror active status
-
ORG_0000094 - ror inactive status
-
Concept - concept (skos)
-
Instant - time instant
-
TemporalUnit - temporal unit
-
Object Properties
-
BFO_0000050 - part of
-
BFO_0000051 - has part
-
BFO_0000054 - realized in
-
BFO_0000055 - realizes
-
IAO_0000136 - is about
-
IAO_0000219 - denotes
-
IAO_0000235 - denoted by
-
ORG_2000001 - occupies
-
ORG_2000002 - has occurent part
-
ORG_2000003 - has time instant
-
ORG_2000004 - has organizational interest
-
ORG_2000005 - has website
-
ORG_2000006 - website of
-
ORG_2000007 - has successor organization
-
ORG_2000008 - successor organization of
-
ORG_2000009 - has organizational part
-
ORG_2000010 - organizational part of
-
ORG_2000011 - affiliated with
-
ORG_2000012 - has spin-off organization
-
ORG_2000013 - spin-off organization of
-
ORG_2000014 - has organizational member
-
ORG_2000015 - organizational member of
-
ORG_2000016 - has organizational employee
-
ORG_2000017 - organizational employee of
-
ORG_2000018 - has organizational associate
-
ORG_2000019 - organizational associate of
-
ORG_2000020 - has organizational head
-
ORG_2000021 - organizational head of
-
ORG_2000022 - has organizational volunteer
-
ORG_2000023 - organizational volunteer of
-
ORG_2000024 - has organizational appointee
-
ORG_2000025 - organizational appointee of
-
ORG_2000026 - has person member
-
ORG_2000027 - person member of
-
RO_0000052 - inheres in
-
RO_0000053 - bearer of
-
RO_0000056 - participates in
-
RO_0000057 - has participant
-
RO_0000080 - quality of
-
RO_0000081 - role of
-
RO_0000086 - has quality
-
RO_0000087 - has role
-
RO_0000091 - has disposition
-
RO_0000092 - disposition of
-
RO_0001015 - location of
-
RO_0001025 - located in
-
RO_0002012 - occurent part of
-
RO_0002131 - overlaps
-
RO_0002234 - has output
-
RO_0002323 - mereotopologically related to
-
RO_0002353 - output of
-
unitType - temporal unit type
-
Datatype Properties
-
OBI_0002815 - has representation
-
ORG_3000001 - number of employees
-
ORG_3000002 - has email representation
-
ORG_3000003 - has postal address representation
-
ORG_3000004 - has geolocation representation
-
ORG_3000005 - has URL representation
-
ORG_3000006 - has official organization name
-
ORG_3000007 - has organization name
-
inXSDDateTimeStamp - in XSD Date-Time-Stamp
-
Named Individuals
-
unitDay - day (unit of temporal duration)
-
unitHour - hour (unit of temporal duration)
-
unitMinute - minute (unit of temporal duration)
-
unitMonth - month (unit of temporal duration)
-
unitSecond - second (unit of temporal duration)
-
unitWeek - week (unit of temporal duration)
-
unitYear - year (unit of temporal duration)
-
Out of Scope Terms
-
Translating from VIVO to the Organization Ontology
-
Translating from ROR to the Organization Ontology
-
Translating from schema.org to the Organization Ontology
-
Dates Data
-
For Ontology Authors
-
For Documentation Authors
-
Notes and Sources
-
Glossary


Welcome to the Menu
Single Donuts: $1.05 (Regular), $2.00 (Fancy)
Bakers Dozen: $8.65 (Regular only)
REGULAR DELIGHTS
FROSTED
VANILLA | CHOCOLATE
FILLED
BOSTON CREAM | JELLY
GLAZED
REGULAR | CHOCOLATE
TRADITIONAL
MARBLE TWIST | SUGAR RAISED
PLAIN CRULLER | HONEY WHEAT
JELLY PUFF | CREAM PUFF
COFFEE ROLL
BEST-SELLERS
PISTACHIO PINWHEEL
BOSTON CREAM DELIGHT
CHOCOLATE CONFETTI
MARSHMALLOW MAYHEM
FRENCH TWIST
BULL HORN
FANCY DELIGHTS
BOW TIE
ECLAIR
APPLE TURNOVER
FANCY COFFEE ROLL
DRINKS
COFFEE
HOT COFFEE
CAPPUCINO
LATTE
ICED COFFEE
FLAVOR SHOTS
FRENCH VANILLA
HAZELNUT
CARAMEL
MOCHA


Compute power of ANCOVA omnibus test (power_oneway_ancova) or contrast (power_oneway_ancova) for one-way (single factor), between subjects designs.
power_oneway_ancova( n = NULL, mu = NULL, n_cov = 1, r2 = NULL, sd = 1, alpha_level = Superpower_options("alpha_level"), beta_level = NULL, round_up = TRUE, type = "exact" )
| n | Sample size in each condition. |
|---|---|
| mu | Vector specifying mean for each condition. |
| n_cov | Number of covariates. |
| r2 | Coefficient of determination (r^2) of the combined covariates. |
| sd | Standard deviation for all conditions (residual SD without covariate adjustment). |
| alpha_level | Alpha level used to determine statistical significance. |
| beta_level | Type II error probability (power/100-1) |
| round_up | Logical indicator for whether to round up the sample size(s) to a whole number. Default is TRUE. |
| type | Sets the method for estimating power. "exact" will use the Shieh (2020) approach while "approx" will use the Keppel (1991) approach. |
dfs = degrees of freedom, N = Total sample size, n = Sample size per group/condition, n_cov = Number of covariates, mu = Mean for each condition, sd = Standard deviation, r2 = Coefficient of determination of combined covariates. alpha_level = Type 1 error probability, beta_level = Type 2 error probability, power = Power of test (1-beta_level\*100 type = Method (Shieh or Keppel) for estimating power
Keppel, G. (1991). Design and Analysis A Researcher's Handbook. 3rd Edition. Prentice Hall. Englewood Cliffs, New Jersey. See pages 323 - 324. Shieh, G. (2017). Power and sample size calculations for contrast analysis in ANCOVA. Multivariate behavioral research, 52(1), 1-11. Shieh, G. (2020). Power analysis and sample size planning in ANCOVA designs. Psychometrika, 85(1), 101-120.
# Example from Table 1 Shieh 2020 power_oneway_ancova(mu = c(400, 450, 500), n = c(21,21,21), r2 = .1^2, sd = 100)#> #> Power Calculation for 1-way ANCOVA #> #> dfs = 2, 59 #> N = 63 #> n = 21, 21, 21 #> n_cov = 1 #> mu = 400, 450, 500 #> sd = 100 #> r2 = 0.01 #> alpha_level = 0.05 #> beta_level = 0.1884542 #> power = 81.15458 #> type = exact #>


Consider a general coordinate system (ψ,𝜃,ζ). I deﬁne the metric tensor as the transformation matrix between the covariant basis vectors and the contravariant ones. Equations (89) and (90) express the relation between the two sets of basis vectors using cross product. Next, let us express the relation in matrix from. To obtain the metric matrix, we write the contrariant basis vectors in terms of the covariant ones, such as
|
| (117) |
Taking the scalar product respectively with ∇ψ, ∇𝜃, and ∇ζ, Eq. (117) is written as
|
| (118) |
|
| (119) |
|
| (120) |
Similarly, we write
|
| (121) |
Taking the scalar product with ∇ψ, ∇𝜃, and ∇ζ, respectively, the above becomes
|
| (122) |
|
| (123) |
|
| (124) |
The same situation applies for the ∇ζ basis vector,
|
| (125) |
Taking the scalar product with ∇ψ, ∇𝜃, and ∇ζ, respectively, the above equation becomes
|
| (126) |
|
| (127) |
|
| (128) |
Summarizing the above results in matrix form, we obtain
|
| (129) |
Similarly, to convert contravariant basis vector to covariant one, we write
|
| (130) |
Taking the scalar product respectively with ∇𝜃 ×∇ζ𝒥 , ∇ζ ×∇ψ𝒥 , and ∇ψ ×∇𝜃𝒥 , the above equation becomes
|
| (131) |
|
| (132) |
|
| (133) |
For the second contravariant basis vector
|
| (134) |
|
| (135) |
|
| (136) |
|
| (137) |
For the third contravariant basis vector
|
| (138) |
|
| (139) |
|
| (140) |
|
| (141) |
Summarizing these results, we obtain
|
| (142) |
where
| M = , |
This matrix and the matrix in Eqs. (129) should be the inverse of each other. It is ready to prove this by directly calculating the product of the two matrix.
Suppose that (ψ,𝜃,ϕ) are arbitrary general coordinates except that ϕ is the usual toroidal angle in cylindrical coordinates. Then ∇ϕ = 1∕R is perpendicular to both ∇ψ and ∇𝜃. Using this, Eq. (129) is simpliﬁed to
|
| (143) |
Similarly, Eq. (142) is simpliﬁed to
|
| (144) |
[Note that the matrix in Eqs. (143) and (144) should be the inverse of each other. The product of the two matrix,
|
| (145) |
can be calculated to give
| , |
where
| A = |∇𝜃|2|∇ψ|2𝒥2∕R2 − (∇𝜃 ⋅∇ψ)2𝒥2. |
By using the deﬁnition of the Jacobian in Eq. (79), it is easy to verify that A = 1, i.e.,
|
| (146) |
]


--- layout: post title: Soulflower Lemon Ginger Immune Boost tags: - Soulflower status: publish type: post published: true meta: _aioseop_title: Soulflower Lemon Ginger Immune Boost soap _edit_last: '2' _aioseop_keywords: Soulflower Lemon Ginger Immune Boost, Soulflower Lemon Ginger Immune Boost soap review _yoast_wpseo_linkdex: '0' _thumbnail_id: '4399' _yoast_wpseo_focuskw: '' _yoast_wpseo_title: '' _yoast_wpseo_metadesc: '' _yoast_wpseo_metakeywords: '' _yoast_wpseo_meta-robots-noindex: '0' _yoast_wpseo_meta-robots-nofollow: '0' _yoast_wpseo_meta-robots-adv: none _yoast_wpseo_sitemap-include: ! '-' _yoast_wpseo_sitemap-prio: ! '-' _yoast_wpseo_canonical: '' _yoast_wpseo_redirect: '' ---
Hi gals, there was a long pause in my blogging activities, I had some issues with my eyes and brains... as the doc says. But it was more of fatigue and long computer hours, also I was shifting to my own place, so much to do... shopping, packing, unpacking etc etc.. but I am back and no long pauses... pinky promise :) and pics coming up very soon.
So I start with something fresh and organic... the Soulflower Lemon Ginger Immune Boost, its definitely Lemony with a hint of ginger. But its not meant for my skin.. but a great soap for people with oily skin.(Why did I pick up, because I love colorful soaps and have to try them at any cost)
Price: Rs.200
Claims: We made hot lemon ginger tea, & then decided to make it a soap! This immune booster soap is made up of all good things! Cleanses your body, improves skin tone. Used for clearing acne, cleaning greasy skin, as well as removing dead skin cells, easing itching caused by insect bites and other skin eruptions. Suitable for oily to normal skin.
Contains: Lemon essential oil, fresh lemons & ginger herb, turmeric powder, Vitamin E, glycerin, aqua, saponified oils of olive, coconut, castor, palm & palm kernel.
My Experience: If you have oily skin, specially acne prone then this soap is meant for you. It has mild lemon fragrance with slight hint of lemon, nothing strong and overpowering. Skin feels dry after use, and a heavy moisturizer is required for people with normal to dry skin. I don't use soap on face, so I can't say much about that.
As this soap claims, so does it fulfills them. Go for it if you have acne prone oily skin. But if you are citrus crazy them no doubt the Lemon & Satsuma range from TBS(The body Shop) are meant for you, they have an enchanting aroma, which lasts in you shower for hours.
Are you a citrus fan ?


About
Education
I studied Fine Arts at Cornell University, and was obsessed with the intersection of design, communication, and information science. My favorite assignments were analyzing studies of products and how they affect users. For example, this study where it was discovered that the more aware a user is of their Facebook account, the more psychological distress they experience.
Career
I began my career through internships in design and product management roles to find what I liked best. My first experience was designing logos and websites as a Design Intern at Sports Illustrated. Next, I interned at eBay as a Product Management and Design Intern, managing and designing a B2B portal for eBay’s largest sellers. After, I interned at Organic Inc. creating advertising campaigns.
Upon graduating, I started at AOL and quickly went from designing small modules to creating entire, cross-platform experiences from flows to specs. At Tumblr, I led the UX & UI design for multiple new, top-priority features. Right now I’m leading design for Sign Up, Login, Cancellation, Ecommerce, and Workshop Finder at WW (formerly Weight Watchers).
Coding
I decided to take this class because I work with coders everyday, but am limited in my knowledge of what specifically they do.


Add this repository to your root pom.xml:
<repository> <id>hippo-maven2-forge</id> <name>Hippo Maven 2 Forge</name> <url>http://maven.onehippo.com/maven2-forge</url> </repository>
Add the following dependency in your CMS/Repository Application project. CMIS Replication Module depends on Hippo Repository Scheduler Module which has been available since Hippo CMS 7.8.3.
<!-- CMIS Replication Module --> <dependency> <groupId>org.onehippo.forge.cmisreplication</groupId> <artifactId>cmisreplication</artifactId> <version>${forge.cmisreplication.version}</version> </dependency>
With the dependency addtion of CMIS Replication Module, an asset document replicated from CMIS Repository will have the following mixin type:
[cmisreplication:cmisdocument] mixin - cmisreplication:objectId (string) - cmisreplication:name (string) - cmisreplication:createdBy (string) - cmisreplication:creationDate (date) - cmisreplication:lastModifiedBy (string) - cmisreplication:lastModificationDate (date) - cmisreplication:versionLabel (string)
All the new property definitions with 'cmisreplication' prefix are for CMIS Document Metadata.
By default, CMIS Replication Module becomes active by the Hippo Repository Daemon Module configuration at '/hippo:configuration/hippo:modules/cmisreplication-scheduler-module'. The daemon module initializes a CRON style scheduler task to replication CMIS documents to Hippo Repository, by using Hippo Repository Scheduler module based on the configured CRON expression.
Here are explanations on all the configurable properties:
| Property | Type | Description | Example Value | Default Value |
|---|---|---|---|---|
| cronexpression | String |
CRON style Hippo Repository Scheduler configuration.
See Quartz CronTrigger Tutorial for detail on CRON expressions. |
0/10 * * * * ? | |
| cmis.replication.migrateCMISDocumentsToHippo | Boolean | Flag whether the replication from source to target is on/off | true | true |
| cmis.replication.deleteHippoDocumentsWhenCMISDocumentsRemoved | Boolean | Flag whether the replicated Hippo asset documents should be checked against the source CMIS documents to keep or remove the Hippo asset document. So, if a source CMIS document is deleted, then its corresponding Hippo asset document is removed as well. | true | true |
| cmis.replication.target.rootPath | String | The target Hippo Repository Asset Documents Path where documents are replicated to | /content/assets/marketing | |
| cmis.replication.source.url | String | CMIS Repository Server URL | http://localhost:18080/nuxeo/atom/cmis | |
| cmis.replication.source.repositoryId | String | The Repository ID of the CMIS Repository | default | |
| cmis.replication.source.username | String | The user name for CMIS Repository | Administrator | |
| cmis.replication.source.password | String | The password for CMIS Repository | Administrator | |
| cmis.replication.source.rootPath | String | The source CMIS Repository Document Path where documents are replicated from | /default-domain/sections/marketing | |
| cmis.replication.source.maxItemsPerPage | Long | The max number of items per batch for operations that return lists, passed to the org.apache.chemistry.opencmis.client.api.OperationContext. | 500 | 500 |
| cmis.replication.include.metadata.ids | String[] | List of properties that will be synchronized with the replicated document. | dc:description dc:subjects |


This customer doesn't appear to be in the system yet. Add the customer or try another ID number to continue.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import include._ @import uk.gov.hmrc.thirdpartydeveloperfrontend.controllers.routes @import uk.gov.hmrc.thirdpartydeveloperfrontend.domain.models.controllers.Crumb @this(devMain: DevMainWithFormErrors) @(heading: String, form: Form[uk.gov.hmrc.thirdpartydeveloperfrontend.controllers.LoginForm], endOfJourney: Boolean = false)(implicit request: play.api.mvc.Request[Any], messagesProvider: MessagesProvider, appConfig: ApplicationConfig) @devMain( form, title = heading, isRegistering = true, breadcrumbs = Seq( Crumb.home ), developerSession = None ) {
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} }


The page you are looking for was moved, removed, renamed or might never existed.
© 2016 Kidzy All Rights Reserved.


Book name
The Art of Harry Potter: The definitive art collection of the magical film franchise
by Marc Sumerak
Book info..........
For many of the 40 million Americans who undergo anesthesia each year, it is the source of great fear and fascination. From the famous first demonstration of anesthesia in the Ether Dome at Massachusetts General Hospital in 1846 to today’s routine procedure that controls anxiety, memory formation, pain relief, and more, anesthesia has come a long way. But it remains one of the most extraordinary, unexplored corners of the medical world.
current state: Available


Before Change
prediction_dict = {}
rpn_feature = self._rpn_activation(self._rpn(conv_feature_map))
// Then we apply separate conv layers for classification and regression.
rpn_cls_score_original = self._rpn_cls(rpn_feature)
rpn_bbox_pred_original = self._rpn_bbox(rpn_feature)
// rpn_cls_score_original has shape (1, H, W, num_anchors * 2)
// rpn_bbox_pred_original has shape (1, H, W, num_anchors * 4)
// where H, W are height and width of the pretrained feature map.
// Convert (flatten) `rpn_cls_score_original` which has two scalars per
// anchor per location to be able to apply softmax.
rpn_cls_score = tf.reshape(rpn_cls_score_original, [-1, 2])
// Now that `rpn_cls_score` has shape (H * W * num_anchors, 2), we apply
// softmax to the last dim.
rpn_cls_prob = tf.nn.softmax(rpn_cls_score)
prediction_dict["rpn_cls_prob"] = rpn_cls_prob
prediction_dict["rpn_cls_score"] = rpn_cls_score
// Flatten bounding box delta prediction for easy manipulation.
// We end up with `rpn_bbox_pred` having shape (H * W * num_anchors, 4).
rpn_bbox_pred = tf.reshape(rpn_bbox_pred_original, [-1, 4])
prediction_dict["rpn_bbox_pred"] = rpn_bbox_pred
// We have to convert bbox deltas to usable bounding boxes and remove
// redundant ones using Non Maximum Suppression (NMS).
proposal_prediction = self._proposal(
rpn_cls_prob, rpn_bbox_pred, all_anchors, im_shape)
prediction_dict["proposals"] = proposal_prediction["nms_proposals"]
prediction_dict["scores"] = proposal_prediction["nms_proposals_scores"]
if self._debug:
prediction_dict["proposal_prediction"] = proposal_prediction
if gt_boxes is not None:
// When training we use a separate module to calculate the target
After Change
prediction_dict = {}
rpn_feature = self._rpn(conv_feature_map)
// Then we apply separate conv layers for classification and regression.
rpn_cls_score_original = self._rpn_cls(rpn_feature)
rpn_bbox_pred_original = self._rpn_bbox(rpn_feature)
// rpn_cls_score_original has shape (1, H, W, num_anchors * 2)
// rpn_bbox_pred_original has shape (1, H, W, num_anchors * 4)
// where H, W are height and width of the pretrained feature map.
// Convert (flatten) `rpn_cls_score_original` which has two scalars per
// anchor per location to be able to apply softmax.
rpn_cls_score = tf.reshape(rpn_cls_score_original, [-1, 2])
// Now that `rpn_cls_score` has shape (H * W * num_anchors, 2), we apply
// softmax to the last dim.
rpn_cls_prob = tf.nn.softmax(rpn_cls_score)
prediction_dict["rpn_cls_prob"] = rpn_cls_prob
prediction_dict["rpn_cls_score"] = rpn_cls_score
// Flatten bounding box delta prediction for easy manipulation.
// We end up with `rpn_bbox_pred` having shape (H * W * num_anchors, 4).
rpn_bbox_pred = tf.reshape(rpn_bbox_pred_original, [-1, 4])
prediction_dict["rpn_bbox_pred"] = rpn_bbox_pred
// We have to convert bbox deltas to usable bounding boxes and remove
// redundant ones using Non Maximum Suppression (NMS).
proposal_prediction = self._proposal(
rpn_cls_prob, rpn_bbox_pred, all_anchors, im_shape)
prediction_dict["proposals"] = proposal_prediction["nms_proposals"]
prediction_dict["scores"] = proposal_prediction["nms_proposals_scores"]
if self._debug:
prediction_dict["proposal_prediction"] = proposal_prediction
if gt_boxes is not None:
// When training we use a separate module to calculate the target


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Oh!! my sweet Kitten!!
oh.... really really cute.......
The Kitten is so cute!!
The
placekitten
is very very nice service.