These kinds of galaxies have active nuclei:
1) Quasars
2) Seyfert galaxies
3) Radio galaxies
4) “Blazars” (a.k.a. BL Lacertae objects; very compact quasars)
We know tens of thousands of them, but active galaxies are vastly outnumbered by normal galaxies.
1) Quasars – quasi-stellar objects – are starlike in appearance. However quasars are actually active galactic nuclei, not stars. Quasar spectra are enormously redshifted. Thus, quasars must be among the most luminous objects, to be visible over such enormous distances.
From brightness and distance measurements we find that luminosities of some quasars are greater than 1012 LSun. Their variability shows that all this energy comes from a region smaller than our solar system!
The distinguishing characteristics of a quasar:
The quasar (upper left) is starlike and much brighter than anything else in the image. No “counter jet” is seen on the other side of the quasar from the jet in this image.
This is another famous quasar, M87. The image was taken with the Hubble Space Telescope. Notice the multiple knots in the jet.
What can you conclude from the fact that quasars usually have very large redshifts?
2) Seyfert galaxies resemble normal spiral galaxies, but their cores are thousands of times more luminous and the core must be extremely compact.
3) Radio Galaxies
- Discovered by radio astronomers in the 1950s: large, emit very strongly in the radio portion of the spectrum.
- Identified with visible galaxies: a galaxy is always seen to lie in between the two bright radio spots. The brightest radio galaxies are usually elliptical galaxies.
- Jets: beginning in the 1970s, detailed radio images revealed that all radio galaxies have jets originating in the center of the galaxy and reaching out to the brighter radio spots. In contrast to quasars, most radio galaxies have two jets that are easily detectable and always oppositely-directed. One jet is usually brighter than the other by a large factor.
Here is the archetypical radio galaxy, Cygnus A. Not to be confused with Cygnus X-1.
Radio image, by Rick Perley et al., with the VLA.
Visible-light image, from the HST-WFPC2 archives.
Here is the breakdown of a typical radio galaxy:
Notice the different parts: lobes, jets, hot spots and core.
The lobes in Cygnus A image are many times larger than the galaxy that we see in the visible wavelengths. The lobes appear at the end of jets and they exert gas shocks on the intergalactic medium (warm-hot gas found between galaxies).
In this Hubble Space Telescope (HST) image of the radio galaxy NGC 4261, you can see the inner thin accretion disk that is surrounded by a dusty torus, all enveloping the central black hole.
Check out the figure on page 123 in the textbook for a more extensive explanation for a structure of a typical AGN.
With the Hubble Space Telescope, it has become possible to measure the masses of some radio-galaxy central black holes directly, by observing the Doppler shifts of gas clouds nearby.
- M84, classic radio galaxy: Doppler shifts corresponding to rotational speeds of 400 km/sec, only 26 light years from the center of the galaxy. This indicates a central mass of 3x108 MSun - again, a supermassive black hole. This is thought to be typical of the masses of radio-galaxy black holes. Note that is similar to the masses of quasar black holes.
4) “Blazars” (a.k.a. BL Lacertae objects; very compact quasars)
These AGN are bright and starlike. Only recently has very faint luminosity been detected around them to indicate that they are the nuclei of galaxies.
They have a smooth spectrum (almost no spectral lines) and it is hard to measure a Doppler shift from it. Thus it was not realized at first that these objects were far enough away to be galaxy nuclei.
Quasars, radio galaxies and blazars are the same thing, seen from different angles.
If the jets are relativistic (speeds close to c) then their brightness should increase the closer to “head on” they are viewed, and decrease if they recede from the observer.
If viewed straight down the jet, the vicinity of the central “engine” as well as the amplified, approaching jet would not be obscured by the disk. The brightness may be highly variable as a result.
-Quasars: radio galaxy jets viewed closer to head-on.
-Blazars: radio galaxy jets viewed very nearly head on.
 (For an extremely small angle, it appears as a blazar.)
An observer (cat) whose line of sight is closer to perpendicular to the jet would see the object as a radio galaxy.
It is possible to predict from these suggestions what the relative numbers of quasars, radio galaxies and blazars should be. Observations confirm this prediction.


| ibpf {spatPomp} | R Documentation |
An iterated block particle filter, for both shared and unit-specific parameters. We require that the spatPomp has been constructed to have a unit-specific parameter "thetau" for unit u corresponding to an estimated parameter "theta", whether theta is shared or unit-specific. This permits IBPF to implement a spatiotemporal random walk to estimate theta. We require that rw.sd is positive for, and only for, all parameters of the form "thetau" if "theta" is listed in sharedParNames or unitParNames.
## S4 method for signature 'missing'
ibpf(data, ...)
## S4 method for signature 'ANY'
ibpf(data, ...)
## S4 method for signature 'spatPomp'
ibpf(
data,
Nbpf,
Np,
rw.sd,
sharedParNames,
unitParNames,
cooling.type = "geometric",
cooling.fraction.50,
block_size,
block_list,
spat_regression,
...,
verbose = getOption("verbose", FALSE)
)
data |
either a data frame holding the time series data,
or an object of class ‘pomp’,
i.e., the output of another pomp calculation.
Internally, |
... |
If a |
Nbpf |
the number of iterations of perturbed BPF. |
Np |
The number of particles used within each replicate for the adapted simulations. |
rw.sd |
specification of the magnitude of the random-walk perturbations that will be applied to some or all model parameters.
Parameters that are to be estimated should have positive perturbations specified here.
The specification is given using the ifelse(time==time[1],s,0). Likewise, ifelse(time==time[lag],s,0). See below for some examples. The perturbations that are applied are normally distributed with the specified s.d. If parameter transformations have been supplied, then the perturbations are applied on the transformed (estimation) scale. |
sharedParNames |
estimated parameters that are equal for each unit. |
unitParNames |
estimated parameters that are different for each unit. |
cooling.type, cooling.fraction.50 |
specifications for the cooling schedule,
i.e., the manner and rate with which the intensity of the parameter perturbations is reduced with successive filtering iterations.
|
block_size |
The number of spatial units per block. If this is provided, the method subdivides units approximately evenly
into blocks with size |
block_list |
List that specifies an exact partition of the spatial units. Each partition element, or block, is an integer vector of neighboring units. |
spat_regression |
Fraction of each extended parameter regressed toward the unit mean. |
verbose |
logical; if |
Upon successful completion, ibpf
returns an object of class
‘ibpfd_spatPomp’.
The following methods are available for such an object:
coef
gives the Monte Carlo estimate of the maximum likelihood.
Edward L. Ionides
Ionides, E. L., Ning, N., and Wheeler, J. (2022). An iterated block particle filter for inference on coupled dynamic systems with shared and unit-specific parameters. arXiv:2206.03837, doi:10.48550/arXiv.2206.03837
Other particle filter methods:
abfir()
,
abf()
,
bpfilter()
,
enkf()
,
girf()
,
ienkf()
,
igirf()
,
iubf()


this is testing
i refuse to feel behind!
Scott is an Associate Professor of Cognitive Science and Computer Science & Engineering at UC San Diego, where he is a co-founder and Associate Director of the Design Lab. He previously served as Associate Professor of Computer Science at Stanford, where he co-directed the HCI Group, held the Bredt Faculty Scholar chair, and was a founding participant in the d.school.


Methods
(inner) byFields(fields, params) → {Object}
Builds a filter by fields aggregation stage by checking whether the params
value with the same name is truthy or falsy and filters by not null or null
respectively in a $match stage.
Parameters:
| Name | Type | Description |
|---|---|---|
fields |
Array.<String> | The fields to filter. |
params |
Object | The parameters object. |
Throws:
-
If any of the parameters is of wrong type.
- Type
- Error
Returns:
The aggregation stage object.
- Type
- Object
Example
const fields = ['disabledAt', 'createdAt', 'updatedAt'];
const params = {
disabledAt: false,
};
const stage = filter.byFields(fields, params);
// Stage will be:
{
$match: {
disabledAt: {
$ne: null
}
}
}
(inner) byKeywords(keywords, slug, group) → {Array.<Object>}
Builds the filter by keywords aggregation stages.
Parameters:
| Name | Type | Description |
|---|---|---|
keywords |
String | Keywords string to split by white spaces. |
slug |
Object | Slug $addFields prebuilt stage. |
group |
Object | $group results prebuilt stage. |
Throws:
-
If any of the parameters is of wrong type.
- Type
- Error
Returns:
The aggregation stages object array.
- Type
- Array.<Object>
Example
const group = filter.keywordsGroup(groupProps);
const slug = filter.keywordsSlug(slugProps);
const keywords = 'hello world';
const stage = filter.byKeywords(keywords, slug, group);
// Stage output is too large to place here but it creates a $facet stage
// filter and assigns a score to the results by exact (3), mixed (2), or
// fuzzy (1) matches and then concatenates, groups to remove duplicates and
// sorts the results by their score.
(inner) byNumRange(ranges, params) → {Object}
Builds a filter by numeric range $match stage using $and conditions for each
field.
Parameters:
| Name | Type | Description | ||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
ranges |
Array.<Object> | Numeric ranges object.
Properties
|
||||||||||||
params |
Object | Request query params object. |
Throws:
-
If any of the parameters is of wrong type.
- Type
- Error
Returns:
The aggregation stage object.
- Type
- Object
Example
const ranges = [{
name: 'yearFrom',
field: 'year',
cond: '$gte',
}, {
name: 'yearTo',
field: 'year',
cond: '$lte',
}];
const params = {
yearFrom: 2012,
yearTo: 2017,
};
const stage = filter.byNumRange(ranges, params);
// Stage will be:
$match: {
$and: [{
year: {
$gte: 2012
}
}, {
year: {
$lte: 2017
}
}]
}
(inner) excludeById(exclude) → {Object}
Builds an exclude by _id aggregation stage by adding excluded Object Ids to a
$nin inside a $match stage.
Parameters:
| Name | Type | Description |
|---|---|---|
exclude |
Array.<String> | Array.<ObjectID> | Excluded ids array. |
Throws:
-
If any of the parameters is of wrong type.
- Type
- Error
Returns:
The aggregation stage object.
- Type
- Object
Example
const exclude = [
'59f1d626a787d654433ecff4', '59f1d627a787d654433ecff5',
'59f1d627a787d654433ecff6', '59f1d627a787d654433ecff7',
];
const stage = filter.excludeById(exclude);
// Stage will be:
$match: {
_id: {
$nin: [
ObjectId('59f1d626a787d654433ecff4'),
ObjectId('59f1d627a787d654433ecff5'),
ObjectId('59f1d627a787d654433ecff6'),
ObjectId('59f1d627a787d654433ecff7'),
]
}
}
(inner) keywordsGroup(props) → {Object}
Builds a $group stage, grouping by id, filter slug, filter score and adding
the list of props by their $first accumulator.
Parameters:
| Name | Type | Description |
|---|---|---|
props |
Array.<String> | The list name of props to reference by $first. |
Throws:
-
If any of the parameters is of wrong type.
- Type
- Error
Returns:
The aggregation stage object.
- Type
- Object
Example
const props = ['$year', '$brand', '$color'];
const stage = filter.keywordsGroup(props);
// Stage will be:
$group: {
{
_id: '$_id',
_filter_score: {
$first: '$_filter_score',
},
_filter_slug: {
$first: '$_filter_slug',
},
year: {
$first: '$year'
},
brand: {
$first: '$brand'
},
color: {
$first: '$color'
}
}
}
(inner) keywordsSlug(fields) → {Object}
Builds the filter's slug $addFields aggregation stage.
Parameters:
| Name | Type | Description |
|---|---|---|
fields |
Array.<String> | Field references to add. |
Throws:
-
If any of the parameters is of wrong type.
- Type
- Error
Returns:
The aggregation stage object.
- Type
- Object
Example
const props = [
'$brand', '$model', '$color', {
$substrBytes: ['$year', 0, -1] // Convert Number to String
}
];
const stage = filter.keywordsSlug(props);
// Stage will be:
$addFields: {
_filter_slug: {
$toLower: {
$concat: [{
$ifNull: ['$brand', '']
}, {
$ifNull: ['$model', '']
}, {
$ifNull: ['$color', '']
}, {
$ifNull: [{
$substrBytes: ['$year', 0, -1]
}, '']
}],
},
},
},


Hong Kong protests: Tear gas fired in CBD, university as violence continues following shooting of protester
HONG KONG: Police in Hong Kong fired tear gas in the city's central business district as violence flared on Monday (Nov 11) following a shooting earlier in the day.
During the lunchtime break in Central, a downtown district that hosts blue-chip international conglomerates and luxury retailers, police fired tear gas to disperse thousands of protesters, many dressed in office attire, chanting "murderers" and "triads".
Live footage and videos showed office workers and commuters fleeing as Pedder Street and Queen's Road in Central were filled with smoke from the tear gas during the lunchtime rush hour.
Many expressed anger over the shooting that morning.
"He was not carrying any weapon, what threat could he pose on the officer," a 29-year-old office worker, who gave her first name Elaine, told AFP as fellow office workers coughed and wretched from the acrid clouds.
Tear gas was also fired at Hong Kong Polytechnic University with witnesses reporting tense standoffs between students, protesters and police. All classes were cancelled.
Police fired tear gas and rubber bullets, while protesters hurled homemade petrol bombs at police. Students set fire to debris at the Polytechnic University on the Kowloon side of Victoria Harbour.
"I am worried about my safety but I will still come out," said Anson, a 20-year-old student at the university who only gave his first name.
"I am willing to sacrifice my life for Hong Kong."
One video circulated by protesters on messaging channels from Kwai Fong district showed a police officer trying to drive his motorbike multiple times into protesters who had gathered on a road.
READ: Hong Kong police shoot protester during morning clashes
Hong Kong police had earlier opened fire and wounded at least one protester in the district of Sai Wan Ho, a fresh escalation of violence as anti-government demonstrations enter their sixth month.
Police fired live rounds at protesters on the eastern side of Hong Kong island, Cable TV and other Hong Kong media reported. Cable TV said one protester was wounded when police opened fire.
Video footage showed a protester lying in a pool of blood with his eyes wide open. Police also pepper-sprayed and subdued a woman nearby as plastic crates were thrown at officers, the video shared on social media showed.
READ: Hong Kong police fire tear gas as protesters trash shops
The Hospital Authority told Reuters a 21-year-old man suspected to have been wounded during the incident in Sai Wan Ho was admitted to hospital and was undergoing an operation.
Cable TV reported the unidentified protester was in a critical condition.
Police said in a statement radical protesters had set up barricades at multiple locations across the city and warned the demonstrators to "stop their illegal acts immediately".
MORE: Our coverage of the Hong Kong protests
Follow us on Telegram for the latest on Hong Kong: https://cna.asia/telegram


The quickest car in the world, with record-setting
acceleration, range and performance.
1.9s
0-60 mph
+250mph
Top Speed
620mi
Mile Range
The quickest car in the world, with record-setting
acceleration, range and performance.
1.9s
0-60 mph
+250mph
Top Speed
620mi
Mile Range


Elon Musk launches weird Tesla truck, celebrates by smashing windows
He's been at the podcasts again
by Chris MerrimanELON MUSK has shown once again that he's incapable of doing anything without a hint of drama to it.
The charismatic Gonzo impersonator took to the stage last night to show off the latest line from his Tesla electric vehicle company - the Cybertruck - and once people were over the shock of the design, they got to see a classic Musk flourish.
During a demonstration by Tesla's head of design, Franz von Holzhausen of how difficult it was to break the windows (using a metal ball), the windows actually broke. Clearly, nobody had explained to him that even toughened glass is a bit rubbish.
Musk responded with a swear before muttering "room for improvement" to a smattering of laughter. Musk added that they'd completely failed to break the windows in every test thus far. The curse of the on-stage tech demo strikes again.
The Cybertruck is a pick-up truck, a cornerstone of motoring in the US, but looks more like an etch-a-sketch drawing of the Delorian from Back To The Future. In fact, it simultaneously manages to look like a dystopian nightmare and achingly cool at the same time (after all, it is a Tesla).
The other boast for the Cybertruck is less tangible. It's been released now because it has become possible; Tesla batteries are getting better and better, meaning you can get a decent range, even with a heavy load. The base model (£31k) can go 250m on a charge, or for £51.3k, you can 500 miles - that's based on a load of 3500lb.
Although pre-orders have started now, production isn't due to start until late 2021, and given Tesla's "creative" approach to deadlines, even not that's set in stone - expect to be well into 2022 at the earliest before you see one of these bad boys on the road.
Apart from anything else, they still need to fix those windows. μ
Enjoy a clip from the launch here:
Further reading
Tesla wants a fleet of robotaxis for 2020
- 23 Apr 2019
Elon Musk is in trouble with the SEC again after 'inaccurate' Tesla tweet
- 26 Feb 2019
Tesla hackers can earn up to £700,000 for Model 3 exploits
- 15 Jan 2019
Elon Musk claims 'Tesla 420' tweet was 'worth it' despite $20m SEC fine
- 29 Oct 2018


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I am experienced in software and web development with an excellent understanding of concepts of programming practices on both back-end and front-end. With my experience with various job positions, I learned a range of different skills in both technical and project management.
Convert website designs by the designers into a working and responsive websites
Convert client requirements into a working and responsive websites
Wanna see my out-of-nowhere work-in-progress teenie tiny mini projects?
Check out my codepen: https://codepen.io/joefclarin


Js13kGames
Js13kGames is starting soon. It is a annual event that has happened since 2012. The jam runs for a month from 13:00 CEST, 13th August to 13:00 CEST, 13th September 2015. The theme will be announced at the start of the jam.
I don't think I'll enter this jam. The rules state the game must be written in javascript. Though I had ideas of writting something in Python that generates a HTML5 game. Perhaps a text based adventure game would be neat. I would also like to intergrate Twitter - something I have been exploring recently with Python.
I just had a search for Python to Javascript. One result I got was pyjs. Maybe I could enter something...


An open conversation online about what we're doing now and what's next.
Code for America is the organization that helped inspire many of us that we can change our City.
We are a Code for America Brigade, which means we're volunteers that contribute our talents toward improving the way our local governments and community organizations use the web. Brigade is about action and you're here because you are someone who takes action. See what kind of things brigades do, or watch the inspirational TED talk given by Jennifer Pahlka, the founder of Code for America.
Our Brigade Captains are Steve Spiker<EMAIL_ADDRESS>and Eddie Tejeda<EMAIL_ADDRESS>and we want to hear from you!


---
layout: academic
permalink: /
title: "home"
float: left
---
{% include pages/title.html title=site.data.main.intro %}
{{ site.data.main.description.title }}
{{ site.data.main.description.content | newline_to_br | markdownify }}
{% include pages/news.html %}
{% include pages/education.html %}
{% include pages/research.html %}
{% include pages/honours.html %}
{% include pages/references.html %}


Under construction - mind the mess.
Tier
Features
Price (USD/month)
Basic
128 MB RAM
4 GB Storage
1 Shared CPU
ReactOS - No OS switching
$0 (Free)
(One account per customer)
Starter
256 MB RAM
8 GB Storage
1 Shared CPU
ReactOS preinstalled, switch to GNU/Linux later
$5/month
Purchases are not currently enabled.


- Highlight the text indicating the relationship (e.g. "was the son of")
- Locate the Stable CTS URN identifier for the bibliographic reference and add it to the annotation. In most cases, you can simply click on the linked reference to Perseus, open it in a new tab, and find the Citation URI in the righ-hand column of the Perseus display
- Locate the URI for the relationship annotation created in (2) and add it to the annotation (on a new line)
- Add keywords:
- attestationOf to identify this as an attestation annotation
- PSN to identify the annotation was created for "Perseids Social Network"
- Save


1st
2nd
3rd
4th
5th
6th
7th
8th
9th
10th
11th
12th
GRILLOS
Lamina
TENEBRIOS
0th
Como diseño experimental se preparó una receta de hamburguesa proteica a base de tenebrios, garbanzos y champiñones.
Video de referente granja y cultivo de grillos
[Volver Arriba]


Class Dispatcher
Dispatcher translates URLs to controller-action-paramter triads.
Dispatches the request, creating appropriate models and controllers.
- Object
- Dispatcher
Package: cake\cake
Copyright: Copyright 2005-2008, Cake Software Foundation, Inc.
License: The MIT License
Located at cake/dispatcher.php
Copyright: Copyright 2005-2008, Cake Software Foundation, Inc.
License: The MIT License
Located at cake/dispatcher.php
public
|
|
public
boolean
|
|
public
string
|
|
public
|
|
public
array
|
#
parseParams( string $fromUrl )
Returns array of GET and POST parameters. GET parameters are taken from given URL. |
public
string
|
|
public
array
|
#
_restructureParams( array $params, boolean $reverse = false )
Restructure params in case we're serving a plugin. |
public
mixed
|
#
__getController( array $params = null )
Get controller to use, either plugin controller or application controller |
public
string|boolean
|
|
public
string
|
|
public
string
|
|
public
|
Object(),
__openPersistent(),
_persist(),
_savePersistent(),
_set(),
cakeError(),
log(),
requestAction(),
toString()
|
public
string
|
$base | false |
#
Base URL |
public
string
|
$webroot | '/' |
#
webroot path |
public
string
|
$here | false |
#
Current URL |
public
string
|
$admin | false |
#
Admin route (if on it) |
public
string
|
$webservices | null |
#
Webservice route |
public
string
|
$plugin | null |
#
Plugin being served (if any) |
public
string
|
$params | null |
#
the params for this request |
$_log
|


Our Nature |
||
|
We are a volunteer organization who introduces new technologies to accelerate reforestation. |
Sri Lanka is no longer a green country. Below 25% of forest coverage,Sri Lanka will face irreversible impact to its Biodiversity. |
A few trees taller than 30 feet will produce enough oxygen daily, equivalent to the intake of one adult. |
Co-Founder & CTO
When it come to tech he's our guy.
<EMAIL_ADDRESS>Co-Founder & CEO
Young energrtic zoologist in Sri Lanka.
<EMAIL_ADDRESS>Co-Founder & CFO
When it comes to field of finance and marketing he's our guy.
sachin@greenearth.com


| CS 216 - Data Structures
Homework #8 |
NOTE: This work is to be done in pairs.
Implement the topological sort programming contest problem of http://www.spoj.pl/problems/PFDEP/ with the following change: Output may be any topologically-sorted order. This way, you can implement the text DFS traversal. (For the problem as given, a "source-removal" algorithm would be necessary.)


{{ title }}
Read also the list of things that cite my work.
-
{% assign year = "" %}
{% assign currentyear = "" %}
{% assign listItems = collections.research %}
{% for post in collections.research reversed %}
{% include "post-list-entry.html" %}
{% endfor %}


Collection
Statistics on residency-based school absences and attainment data for pupils by gender, free school meal eligibility and ethnicity.
The data in these releases is from the Office for National Statistics’ Neighbourhood Statistics Service (NeSS) website .
You can find our archived statistics on the National Archives . Note: the search function is not available on archived content so please use the filters on the left of each page.
Published: 20 June 2013
Updated: 24 June 2015


--- layout: default title: Contact - Wikimedia Security Team ---
If you require assistance in determining your Security needs or have a general inquiry please send an email to<EMAIL_ADDRESS>Our Request for Service SOP explains how to request work from the Security Team.
For more information on how to report a security issue in MediaWiki or Wikimedia sites, please see the Reporting Security Bugs page on MediaWiki.org or at HackerOne.


Polar Scan Matching (PSM)
1
- Authors:
- Albert Diosi and Lindsay Kleeman
PSM is a library for matching 2D laser ranger finder scans in their native polar representation. The development of the library started while A. Diosi conducted his PhD studies at the Intelligent Robotics Research Centre of Monash Univerity under the supervision of Lindsay Kleeman.
This library is still a work in progress. Many things need to be improved and there are a few open questions remaing.
To find out more about PSM, read our paper: "Fast Laser Scan Matching using Polar Coordinates", IJRR'07
Thanks to Alan Zhang for pointing out bugs in the code and for suggesting improvements (which still have not been incorporated into the code). Thanks to Mohsen Akbaritabar for having provided a dataset for the Hokuyo UTM.


There are 3 basic data types:
Integer values are numeric values with no fractional part in them. For example: 5,-10,0 are integer values. All integer values in your program must be in the range -2147483648 to +2147483647.
Floating point values are numeric values that include a fractional part. For example: .5, -10.1, 0.0 are all floating point values.
Strings values are used to contain text. For example: "Hello", "What's up?", "***** GAME OVER *****", ""
Typically, integer values are faster than floating point values, which are themselves faster than strings.


Jenny
Lee
version control, git, and GitHub
061515
Version control is beneficial because it allows you to keep track of all the changes you make to a file. This way, if you make a mistake somewhere along the way, you can always go back to a previous time and start over.
Git is a version control program that keeps a record of everything you do to a file and when you do it. It is basically a program that takes a snapshot of your work and lets you come back to it later if you need. Programmers and developers can use to keep track of their code.
GitHub is an online community where developers can work together on various coding projects simultaneously. They can collaborate on a project, or work separately on it and then combine it with the main project later without messing up anyone else’s work. This makes GitHub a very useful tool in creating much larger and complex projects.
Email<EMAIL_ADDRESS>Twitter: @asdfjenny


| Package | Description |
|---|---|
| com.ibm.team.build.common.model | |
| com.ibm.team.interop.common | |
| com.ibm.team.reports.common | |
| com.ibm.team.repository.common |
Provides APIs for the Repository component that are common to both the
client-side and the server-side.
|
| com.ibm.team.scm.common | |
| com.ibm.team.workitem.common.linkClosure |
| Modifier and Type | Interface and Description |
|---|---|
interface |
IBuildAverageData
Interface for accessing the averages available for a build definition.
|
interface |
IBuildAverageDataHandle
Handle for the averages available for a build definition.
|
interface |
IBuildEngineActivity
Records the activity of the build engine in terms of the last time it
contacted the repository.
|
interface |
IBuildEngineActivityHandle
Records the activity of the build engine handling requests.
|
interface |
IBuildFolder
Represents a build folder used to categorize build items.
|
interface |
IBuildFolderHandle
Handle for a build folder.
|
interface |
IBuildRequestQueueHandle
Represents a request to perform an action on a build or build definition.
|
interface |
ICompileContribution
A compile contribution to a build result.
|
interface |
ICompileContributionHandle
Handle for a compile contribution.
|
interface |
ICompilePackage
A package of compile sources and/or sub compile packages
|
interface |
ICompilePackageHandle
Handle for a compile package
|
interface |
IJUnitTestClass
Represents a JUnit test class.
|
interface |
IJUnitTestClassHandle
Handle for a JUnit test class.
|
interface |
IJUnitTestSuiteContribution
A JUnit test suite contribution to a build result.
|
interface |
IJUnitTestSuiteContributionHandle
Handle for a JUnit test suite contribution.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
IExternalRepositoryConnection
Represents a connection to an external repository.
|
interface |
IExternalRepositoryConnectionHandle
Comment for IExternalRepositoryConnectionHandle
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
ICoreDescriptor
Core object descriptor.
|
interface |
ICoreDescriptorHandle
Core object descriptor handle.
|
interface |
IFolderDescriptor
Folder object descriptor.
|
interface |
IFolderDescriptorHandle
Folder object descriptor handle.
|
interface |
IReportDescriptor
Report object descriptor.
|
interface |
IReportDescriptorHandle
Report object descriptor handle.
|
interface |
IReportQueryDescriptor
Query object descriptor.
|
interface |
IReportQueryDescriptorHandle
Query object descriptor handle.
|
interface |
ISharableDescriptor
Sharable object descriptor.
|
interface |
ISharableDescriptorHandle
Sharable object descriptor handle.
|
interface |
IStorageNode
Storage Node.
|
interface |
IStorageNodeHandle
Report object descriptor handle.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
IChangeEvent
Represents a modification to the repository.
|
interface |
IChangeEventHandle
Represents a handle to an ChangeEvent record.
|
interface |
ILicenseTypeHandle |
interface |
ISimpleItem |
| Modifier and Type | Interface and Description |
|---|---|
interface |
IBaselineSet
A BaselineSet represents an immutable collection of baselines.
|
interface |
IBaselineSetHandle
Represents a handle to a baseline set item.
|
interface |
IFlowNode
Marker interface which indicates that an interface can serve as a target
or source for the flowing of changes throughout the system.
|
interface |
IFlowNodeHandle
Represents the handle to a FlowNode auditable.
|
interface |
IRepositoryProgressMonitor
A repository progress monitor is a persistent item which allows support for cancellation
in RPC style service methods.
|
interface |
IRepositoryProgressMonitorHandle
Represents a handle to a repository progress monitor.
|
interface |
IWorkspace
Represents a workspace qua auditable item.
|
interface |
IWorkspaceHandle
Represents a handle to a workspace qua auditable item.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
IRelation |
interface |
IRelationHandle |


@(error: String = "", userid: String = "", username: String = "", accesstoken: String = "", expire: String = "") @import navbar._ @scripts = { } @base("Twittercık - Register", scripts) { @navbar {
} @verticalcenteredcontent {Username should be 3-24 characters long.
Password should be at least 6 characters long.
} @if(error == "username_exists") {The username you selected is already registered. Pick another username.
} @if(error == "facebook_error") {There was an error with Facebook login. You can continue registration manually.
}You are registering with your Facebook account.
Change your username (taken from Facebook) if you want, and enter a password for your Twittercık account.


A fun version of the classic game Hangman with a Wild West theme. It runs on Javascript!
Never judge a crystal by its color, because their contents are often Math.random()!
What could be better than a night of bar trivia with friends? How about trivia in space?
This is a GIF Generator using API and AJAX, it pulls JSON data from the Giphy API..
Punctuality is key! Using firebase, this application helps you stay on time for your hypothetical train departures!
This is my first group project, and it uses two API's to present the player with a steady stream of trivia and dad jokes. Take it easy and leave your stress behind
Check it Out


I have been doing Mephedrone on and off for the past 3 months, aprox 600mg a night. its legal, similar to MDMA, and relatively cheap. This drug is perfect for me. This is one of my best experiences to date. My mood was good, even more so after 4+ beers and some good hard trance/dance/liquid drum & bass to get me in the mood. Previous drug experience = cannabis, magic mushrooms, codeine, small amounts of ecstasy. a lot of alcohol if that counts.
Start of the night: its Saturday night. I was preparing to go night clubbing with some good friends. I often have a few lagers at home then head out into the local town, meet my mates then go into the city and get drunk (or recently, drunk and Mephedroned)
T+0:00 - Currently at home. Just had a bath & sorted myself out for the night.  Dab out aprox 100mg and snort it. My nose has started to grow accustomed to snorting this substance so it doesn't sting that much as it used to. However the drip tastes terrible and usually makes my mouth dry.
T+0:12 - Heart race increases, thumping away in my chest. Warm fuzzy feeling. Euphoric
T+0:20 - Drink some more booze and sniff another line. Maybe shouldn't have been so hasty to do this one. Never mind.
T+0:25 - Definitely coming on now. Clear headed, very sped up. Legs bounce up and down, feeling very excited. Heart is hammering away. Check my eyes and pupils, not too big but noticeable. Turn my music up and wave my arms about. Feel awesome.
T+0:27 - feeling very blissful, at peace with the world, yet very fast. Get up and move around, feel like superman zipping around the place. Whisper to myself 'Fuck, this feels amazing', breathe heavily. Jaw clenching.
T+0:45 - Overwhelming urge to ring people, decide to ring a female friend of mine and have a chat. End up having a very deep chat about random rubbish, feels good to chat. Awesome euphoric physical buzz going through my entire body. Text a few people telling them how good I feel and how special they are to me.
T+0:50 - Realize I need to head up town pretty quickly if I'm going to meet my mates and catch the bus to head into the city.  Walking feels effortless, almost like gliding. Legs feel light. Everything feels amazing. Can't wait to see my mates. Feels like Christmas as a young child.
T+1:05 - fuck, I feel good.
T+1:10 - Meet 5 of my friends, give two of my mates 1/2 a gram between him and her. The rest of my friends with us are just drinkers. Get on the bus, head into the city. Best bus ride I've ever had. Can't stop talking. Apparently my eyes were massive. More jaw clenching and grinding.
T+1:30 - Speak to some random ladys on the bus, get a hug and a kiss on the cheek, say bye to the driver and glide off the bus with my mates.  I do a line shortly after, probably around 100mg, drink my vodka and chat. Feeling very good, talking is so easy I feel more sociable than I've ever felt. Lots of smiling and chatting between all of us. Very strong bond.
T+ 2:00 - Head to a big night club, get some special tickets which allow us to jump the que and get a free drink. Awesome. I'm not buzzing quite as hard now, in fact feeling slightly drunk. However I still feel awesome and very content and blissful. Smoke a cig and head into the club.
T+2:10 - Order a drink with friends, the lights and music are truly amazing. Bass is thumping through me, lights playing with my brain, beautiful. They were playing mainly hip hop/r&b, would of been better with some trance/dance, but none the less can't wait to get dancing! Drink my drink, chat a bit more. Jaw clenching. Firsts thing first, off to the bathroom for another line.
T+2:15 The line was fat. My nose is now burning. My head is now rushing. Feeling sweaty
T+2:17 - Run back downstairs, the place is packed. Smile and say hello to anybody and everybody. Feel connected with every soul in the place.  Two of them go for another line.  Ohhhhhhh yeah!
T+2:25 - The last line hit me. I am rushing. Whole body buzzing, legs feel light. Lights flickering, eyes wobbling everything is beautiful. I must have looked like the guy from The Streets - Blinded By The Lights track. Reach my hands up for the roof, rub my face and neck, jaw clenching and grinding, caught in the moment of one of the best feelings ever.
T+ 2:30 - The rest of my friends join me on the dance floor. We are all united as one, dancing, moving. The two friends that had also been doing Mephedrone tell me how amazing they feel. I will keep her name anonymous, but this girl is noticeably fucked, eyes like dinner plates. She tells me shes done quite a few lines. She tells me how amazing I am, we go off for a deep chat and compliment each other, bonding like never before, she is also gurning and grinding her jaw. Her boyfriend was a little un-easy about our level of connectivity.
T+3:00 - More dancing. no more booze for me, only water. Can't focus very well. Eyes wobbling.
T+ Unknown - Possibly another line, can't remember. Body rushing everywhere, legs feel weird, get some attention from bouncers and nearly get kicked out. Some friends sit me down. Sweating. Everything is rushing.
T+ Unknown - Can't stay still any longer, go for another dance. Go for a cig, chat to some randoms.
T - Unknown - wonder off on my own, chat to random people. Mouth tastes pretty nasty, a mixture of cigs, booze, and Mephedrone. Can't find my chewing gum.
T - Unknown - Meet everyone, exit the club. Feel myself coming down a bit, very relaxed. Get a taxi back to the town with everybody. Stop off at a petrol station and get some gum. Though hazy relaxed eyes I felt a smile on my face as I made eye contact with the nice looking lady behind the desk. I look into her deep brown eyes, there was a glint in them, it was like looking into a beautiful endless void. She smiled back. Felt a warm wave go through my chest, broke eye contact as we exchanged items of money and gum. look back into her deep eyes as I put my gum in my pocket. She was still smiling, a connection had been made. A thought flew through my mind at a split second 'Perhaps she could be a future girlfriend, perhaps I will never see her again'
Wanted to stay and get to know her but didn't want to keep the taxi driver waiting. Said bye, walked back to the taxi, go back to a mates house, sit and talk for hours.
All in all, a good night. Sorry for the dodgy time scale, half of the night is from memory. Mephedrone is far too more-ish. Its addictive, the urge to re-dose was always there. I think I need to stop sniffing it and start bombing it. However I felt absolutely awesome. It did take me awhile to get to sleep, I woke up feeling OK with a slight hangover but nothing too severe.
Recently I have been having increasingly bad come downs that leave me physically and emotionally drained for days, so I might have a break from it for a few months.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


|
SDK
Release 1.1.4
Communications, logger, and bootloader libraries.
|
#include "data_sets.h"
Go to the source code of this file.
Classes | |
| union | PACKED |
Macros | |
| #define | _DID_INS_ECEF_QE2B DID_INS_4 /*! (see ins_4_t) INS output: ECEF position (m) and velocity (m/s), quaternion from ECEF */ |
| #define | _DID_INS_LLA_EULER_NED DID_INS_1 /*! (see ins_1_t) INS/AHRS output: euler from NED, LLA (degrees,m), NED pos (m) and vel (m/s) from refLLA */ |
| #define | _DID_INS_LLA_QN2B DID_INS_3 /*! (see ins_3_t) INS/AHRS output: quaternion from NED, LLA (degrees,m) */ |
| #define | _DID_IMU_DUAL DID_DUAL_IMU /*! (see dual_imu_t) Dual IMU output: angular rate (rad/s) and linear acceleration (m/s^2) */ |
| #define | _DID_IMU_DUAL_DTHETA_DVEL DID_DUAL_IMU_DTHETA_DVEL /*! (see dual_imu_dtheta_dvel_t) Dual IMU output: Conning and sculling integrated at IMU update rate. */ |
| #define | _DID_GPS1_NAV_ECEF DID_GPS1_NAV_ECEF /*! (see gps_nav_t) GPS 1 output: ECEF position (m) and velocity (m/s) */ |
| #define | _DID_GPS2_NAV_ECEF DID_GPS2_NAV_ECEF /*! (see gps_nav_t) GPS 2 output: ECEF position (m) and velocity (m/s) */ |
| #define | _DID_GPS1_NAV_LLA DID_GPS1_NAV /*! (see gps_nav_t) GPS 1 output: LLA position (degrees,m), NED velocity (m/s) */ |
| #define | _DID_GPS2_NAV_LLA DID_GPS2_NAV_LLA /*! (see gps_nav_t) GPS 2 output: LLA position (degrees,m), NED velocity (m/s) */ |
| #define | _DID_GPS_RTK_NAV_ECEF DID_GPS_RTK_NAV_ECEF/*! (see gps_rtk_nav_t) GPS-RTK output: LLA position (degrees,m) */ |
| #define | _DID_GPS_RTK_NAV_LLA DID_GPS_RTK_NAV_LLA /*! (see gps_rtk_nav_t) GPS-RTK output: LLA position (m) */ |
| #define | _DID_MAG_CAL DID_MAG_CAL /*! (see mag_cal_t) Magnetometer calibration */ |
| #define | _DID_MAGNETOMETER_1 DID_MAGNETOMETER_1 /*! (see magnetometer_t) Magnetometer sensor 1 output */ |
| #define | _DID_MAGNETOMETER_2 DID_MAGNETOMETER_2 /*! (see magnetometer_t) Magnetometer sensor 2 output */ |
| #define | _DID_BAROMETER DID_BAROMETER /*! (see barometer_t) Barometric pressure sensor data */ |
| #define | _DID_DEV_INFO DID_DEV_INFO /*! (see dev_info_t) Device information */ |
| #define | _DID_BIT DID_BIT /*! (see bit_t) System built-in self-test */ |
| #define | _DID_STROBE_IN_TIME DID_STROBE_IN_TIME /*! (see strobe_in_time_t) Timestamp for input strobe */ |
| #define | _DID_FLASH_CONFIG DID_FLASH_CONFIG /*! (see nvm_flash_cfg_t) Flash memory configuration */ |
Typedefs | |
| typedef union PACKED | uIssiMessages |
Functions | |
| void | issi_init (void) |
| uint8_t | issi_parse_char (uint8_t c, uIssiMessages *r_message) |
| #define _DID_BAROMETER DID_BAROMETER /*! (see barometer_t) Barometric pressure sensor data */ |
Definition at line 63 of file ISSimpleInterface.h.
Definition at line 67 of file ISSimpleInterface.h.
| #define _DID_DEV_INFO DID_DEV_INFO /*! (see dev_info_t) Device information */ |
Utilities
Definition at line 66 of file ISSimpleInterface.h.
| #define _DID_FLASH_CONFIG DID_FLASH_CONFIG /*! (see nvm_flash_cfg_t) Flash memory configuration */ |
Configuration
Definition at line 71 of file ISSimpleInterface.h.
| #define _DID_GPS1_NAV_ECEF DID_GPS1_NAV_ECEF /*! (see gps_nav_t) GPS 1 output: ECEF position (m) and velocity (m/s) */ |
GPS
Definition at line 52 of file ISSimpleInterface.h.
| #define _DID_GPS1_NAV_LLA DID_GPS1_NAV /*! (see gps_nav_t) GPS 1 output: LLA position (degrees,m), NED velocity (m/s) */ |
Definition at line 54 of file ISSimpleInterface.h.
| #define _DID_GPS2_NAV_ECEF DID_GPS2_NAV_ECEF /*! (see gps_nav_t) GPS 2 output: ECEF position (m) and velocity (m/s) */ |
Definition at line 53 of file ISSimpleInterface.h.
| #define _DID_GPS2_NAV_LLA DID_GPS2_NAV_LLA /*! (see gps_nav_t) GPS 2 output: LLA position (degrees,m), NED velocity (m/s) */ |
Definition at line 55 of file ISSimpleInterface.h.
| #define _DID_GPS_RTK_NAV_ECEF DID_GPS_RTK_NAV_ECEF/*! (see gps_rtk_nav_t) GPS-RTK output: LLA position (degrees,m) */ |
Definition at line 56 of file ISSimpleInterface.h.
| #define _DID_GPS_RTK_NAV_LLA DID_GPS_RTK_NAV_LLA /*! (see gps_rtk_nav_t) GPS-RTK output: LLA position (m) */ |
Definition at line 57 of file ISSimpleInterface.h.
| #define _DID_IMU_DUAL DID_DUAL_IMU /*! (see dual_imu_t) Dual IMU output: angular rate (rad/s) and linear acceleration (m/s^2) */ |
IMU
Definition at line 48 of file ISSimpleInterface.h.
| #define _DID_IMU_DUAL_DTHETA_DVEL DID_DUAL_IMU_DTHETA_DVEL /*! (see dual_imu_dtheta_dvel_t) Dual IMU output: Conning and sculling integrated at IMU update rate. */ |
Definition at line 49 of file ISSimpleInterface.h.
| #define _DID_INS_ECEF_QE2B DID_INS_4 /*! (see ins_4_t) INS output: ECEF position (m) and velocity (m/s), quaternion from ECEF */ |
DEFINITIONS AND CONVENTIONS
INS = inertial navigation system AHRS = attitude heading reference system IMU = inertial measurement unit: gyros (rad/s), accelerometers (m/s^2) ECEF = earth-centered earth fixed: x,y,z or vx,vy,vz (m or m/s) LLA = latitude, longitude, altitude (degrees,m) NED = north, east, down (m or m/s) QE2B = quaternion rotation from ECEF frame to local frame. QN2B = quaternion rotation from NED frame to local frame. UVW = velocities in local frame.INS/AHRS
Definition at line 43 of file ISSimpleInterface.h.
| #define _DID_INS_LLA_EULER_NED DID_INS_1 /*! (see ins_1_t) INS/AHRS output: euler from NED, LLA (degrees,m), NED pos (m) and vel (m/s) from refLLA */ |
Definition at line 44 of file ISSimpleInterface.h.
| #define _DID_INS_LLA_QN2B DID_INS_3 /*! (see ins_3_t) INS/AHRS output: quaternion from NED, LLA (degrees,m) */ |
Definition at line 45 of file ISSimpleInterface.h.
| #define _DID_MAG_CAL DID_MAG_CAL /*! (see mag_cal_t) Magnetometer calibration */ |
Magnetometer, Barometer, and other Sensor
Definition at line 60 of file ISSimpleInterface.h.
| #define _DID_MAGNETOMETER_1 DID_MAGNETOMETER_1 /*! (see magnetometer_t) Magnetometer sensor 1 output */ |
Definition at line 61 of file ISSimpleInterface.h.
| #define _DID_MAGNETOMETER_2 DID_MAGNETOMETER_2 /*! (see magnetometer_t) Magnetometer sensor 2 output */ |
Definition at line 62 of file ISSimpleInterface.h.
| #define _DID_STROBE_IN_TIME DID_STROBE_IN_TIME /*! (see strobe_in_time_t) Timestamp for input strobe */ |
Definition at line 68 of file ISSimpleInterface.h.
| typedef union PACKED uIssiMessages |
Union of binary messages
| void issi_init | ( | void | ) |
Flip double (64 bit) floating point values in data
| data | the data to flip doubles in |
| dataLength | the number of bytes in data |
| offset | offset into data to start flipping at |
| offsets | a list of offsets of all doubles in data, starting at position 0 |
| offsetsLength | the number of items in offsets |
Definition at line 20 of file ISSimpleInterface.c.
| uint8_t issi_parse_char | ( | uint8_t | c, |
| uIssiMessages * | r_message | ||
| ) |
Flip double (64 bit) floating point values in data
see example http://docs.ros.org/jade/api/mavlink/html/include__v0_89_2mavlink__helpers_8h.html
| data | the data to flip doubles in |
| dataLength | the number of bytes in data |
| offset | offset into data to start flipping at |
| offsets | a list of offsets of all doubles in data, starting at position 0 |
| offsetsLength | the number of items in offsets |
Definition at line 26 of file ISSimpleInterface.c.


Our names our Susie and Jessica and we live in England. We came up with
the idea for "Hit The Road" because of our love of travelling and exploring new
places. We want to share our favourite places so that other people can
go on the same adventure we have.This website is for anyone who loves
travelling and likes to keep things fresh instead of the same routine everyday
because who doesnt love a holiday!! Feel free to contact us by email, phone
or social media:
01635 555680 hittheroad@gmail.com


Before Change
twid = lasttwid
elif lasttw_end_time <= flowtime:
// The flow was not in the last TW, its NEWER than it
self.outputqueue.put("04|profiler|[Profiler] The flow ({}) is NOT on the last time window ({}). Its newer".format(flowtime, lasttw_end_time))
amount_of_new_tw = int((flowtime - lasttw_end_time) / self.width)
self.outputqueue.put("04|profiler|[Profiler] We have to create {} empty TWs in the midle.".format(amount_of_new_tw))
temp_end = lasttw_end_time
for id in range(0, amount_of_new_tw + 1):
new_start = temp_end
twid = __database__.addNewTW(profileid, new_start)
self.outputqueue.put("04|profiler|[Profiler] Creating the TW id {}. Start: {}.".format(twid, new_start))
temp_end = new_start + self.width
// Now get the id of the last TW so we can return it
elif lasttw_start_time > flowtime:
// The flow was not in the last TW, its OLDER that it
self.outputqueue.put("04|profiler|[Profiler] The flow ({}) is NOT on the last time window ({}). Its older".format(flowtime, lasttw_end_time))
// Find out if we already have this TW in the past
data = __database__.getTWforScore(profileid, flowtime)
if data:
// We found a TW where this flow belongs to
(twid, tw_start_time) = data
return twid
else:
// There was no TW that included the time of this flow, so create them in the past
// How many new TW we need in the past?
// amount_of_new_tw is the total amount of tw we should have under the new situation
amount_of_new_tw = int((lasttw_end_time - flowtime) / self.width)
// amount_of_current_tw is the real amount of tw we have now
amount_of_current_tw = __database__.getamountTWsfromProfile(profileid)
// diff is the new ones we should add in the past. (Yes, we could have computed this differently)
diff = amount_of_new_tw - amount_of_current_tw
self.outputqueue.put("05|profiler|[Profiler] We need to create {} TW before the first".format(diff + 1))
// Get the first TW
[(firsttwid, firsttw_start_time)] = __database__.getFirstTWforProfile(profileid)
firsttw_start_time = float(firsttw_start_time)
// The start of the new older TW should be the first - the width
temp_start = firsttw_start_time - self.width
for id in range(0, diff + 1):
new_start = temp_start
// The method to add an older TW is the same as to add a new one, just the starttime changes
twid = __database__.addNewOlderTW(profileid, new_start)
self.outputqueue.put("02|profiler|[Profiler] Creating the new older TW id {}. Start: {}.".format(twid, new_start))
temp_start = new_start - self.width
except ValueError:
// There is no last tw. So create the first TW
// If the option for only-one-tw was selected, we should create the TW at least 100 years before the flowtime, to cover for
After Change
twid = lasttwid
elif lasttw_end_time <= flowtime:
// The flow was not in the last TW, its NEWER than it
self.print("[Profiler] The flow ({}) is NOT on the last time window ({}). Its newer".format(flowtime, lasttw_end_time), 0, 4)
amount_of_new_tw = int((flowtime - lasttw_end_time) / self.width)
self.print("[Profiler] We have to create {} empty TWs in the midle.".format(amount_of_new_tw), 0, 4)
temp_end = lasttw_end_time
for id in range(0, amount_of_new_tw + 1):
new_start = temp_end
twid = __database__.addNewTW(profileid, new_start)
self.print("[Profiler] Creating the TW id {}. Start: {}.".format(twid, new_start), 0, 4)
temp_end = new_start + self.width
// Now get the id of the last TW so we can return it
elif lasttw_start_time > flowtime:
// The flow was not in the last TW, its OLDER that it


according to sources, Xbox is in debt over a millions of dollars because of the xbox one.
according to sources, Winners and Losers will be announced shortly.
according to sources, iphone and galaxy is creating a super phone.
according to sources, PS4 should surpass 50 billions dollars at launch.


| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| Headers
Designates that a header will be added to the request.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Class and Description |
|---|
| SinceApiVersion
Designates that this resource only exists since a particular
ApiVersion . |
| Class and Description |
|---|
| SinceApiVersion
Designates that this resource only exists since a particular
ApiVersion . |
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| FormParams
Designates that a url encoded form will be added to the request.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| RequestFilters
Filters that should be applied to the request
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| SinceApiVersion
Designates that this resource only exists since a particular
ApiVersion . |
| Class and Description |
|---|
| ApiVersion
Designates that this Resource qualifies an object to an api version.
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| ParamParser
Extracts the value of a parameter from an object.
|
| ParamValidators
Marks the validation for method/parameter value(s).
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| Headers
Designates that a header will be added to the request.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| ParamValidators
Marks the validation for method/parameter value(s).
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| SkipEncoding
Designates we should not encode the following parameters
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| Headers
Designates that a header will be added to the request.
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| Payload
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| Unwrap
Unwraps the only value in a nested json response
ex.
|
| Class and Description |
|---|
| ApiVersion
Designates that this Resource qualifies an object to an api version.
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| Payload
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| OnlyElement
Extracts the only element of a collection or null
|
| ParamParser
Extracts the value of a parameter from an object.
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Unwrap
Unwraps the only value in a nested json response
ex.
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| FormParams
Designates that a url encoded form will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| Transform
Shows the transformer type used to parse the first result of the HttpResponse
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| Headers
Designates that a header will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| Headers
Designates that a header will be added to the request.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| RequestFilters
Filters that should be applied to the request
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Transform
Shows the transformer type used to parse the first result of the HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| FormParams
Designates that a url encoded form will be added to the request.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| RequestFilters
Filters that should be applied to the request
|
| SinceApiVersion
Designates that this resource only exists since a particular
ApiVersion . |
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Class and Description |
|---|
| ApiVersion
Designates that this Resource qualifies an object to an api version.
|
| Class and Description |
|---|
| ParamValidators
Marks the validation for method/parameter value(s).
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| Class and Description |
|---|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| FormParams
Designates that a url encoded form will be added to the request.
|
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| OnlyElement
Extracts the only element of a collection or null
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Class and Description |
|---|
| ApiVersion
Designates that this Resource qualifies an object to an api version.
|
| Delegate
Designates that this method returns a rest client
|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| Class and Description |
|---|
| ApiVersion
Designates that this Resource qualifies an object to an api version.
|
| Class and Description |
|---|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| Headers
Designates that a header will be added to the request.
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Class and Description |
|---|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| SkipEncoding
Designates we should not encode the following parameters
|
| Class and Description |
|---|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| Class and Description |
|---|
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Class and Description |
|---|
| ApiVersion
Designates that this Resource qualifies an object to an api version.
|
| Class and Description |
|---|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Transform
Shows the transformer type used to parse the first result of the HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Class and Description |
|---|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| FormParams
Designates that a url encoded form will be added to the request.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| RequestFilters
Filters that should be applied to the request
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Class and Description |
|---|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| Payload
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Unwrap
Unwraps the only value in a nested json response
ex.
|
| WrapWith
Wraps the payload in json nested one level deep, relating to the value parameter.
|
| Class and Description |
|---|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| Payload
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Transform
Shows the transformer type used to parse the first result of the HttpResponse
|
| Unwrap
Unwraps the only value in a nested json response
ex.
|
| WrapWith
Wraps the payload in json nested one level deep, relating to the value parameter.
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| Headers
Designates that a header will be added to the request.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Class and Description |
|---|
| ApiVersion
Designates that this Resource qualifies an object to an api version.
|
| Class and Description |
|---|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Class and Description |
|---|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| SkipEncoding
Designates we should not encode the following parameters
|
| Class and Description |
|---|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| RequestFilters
Filters that should be applied to the request
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Transform
Shows the transformer type used to parse the first result of the HttpResponse
|
| WrapWith
Wraps the payload in json nested one level deep, relating to the value parameter.
|
| Class and Description |
|---|
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| ParamParser
Extracts the value of a parameter from an object.
|
| Payload
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| SelectJson
Selects a name in a json structure as opposed to parsing from root.
|
| Transform
Shows the transformer type used to parse the first result of the HttpResponse
|
| WrapWith
Wraps the payload in json nested one level deep, relating to the value parameter.
|
| Class and Description |
|---|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Class and Description |
|---|
| ApiVersion
Designates that this Resource qualifies an object to an api version.
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| RequestFilters
Filters that should be applied to the request
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| ParamParser
Extracts the value of a parameter from an object.
|
| Payload
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| Transform
Shows the transformer type used to parse the first result of the HttpResponse
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| Headers
Designates that a header will be added to the request.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| ParamValidators
Marks the validation for method/parameter value(s).
|
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| QueryParams
Designates that a query will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| FormParams
Designates that a url encoded form will be added to the request.
|
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
| Transform
Shows the transformer type used to parse the first result of the HttpResponse
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| FormParams
Designates that a url encoded form will be added to the request.
|
| RequestFilters
Filters that should be applied to the request
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| Payload
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| ParamParser
Extracts the value of a parameter from an object.
|
| Payload
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| RequestFilters
Filters that should be applied to the request
|
| VirtualHost
Designates that this Resource expects virtual host style requests
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| Delegate
Designates that this method returns a rest client
|
| RequestFilters
Filters that should be applied to the request
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| BuildVersion
Designates that this Resource qualifies an object to an build version.
|
| Class and Description |
|---|
| ApiVersion
Designates that this Resource qualifies an object to an api version.
|
| Class and Description |
|---|
| BinderParam
Designates that this parameter will modify the request, possibly including adding an payload to
it.
|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| EndpointParam
Extracts the endpoint of a parameter from an object.
|
| Fallback
Annotates the appropriate
Fallback which propagates
the exception or returns a valid fallback value. |
| MapBinder
Designates that this parameter will hold the payload for a PUT or POST command.
|
| ParamValidators
Marks the validation for method/parameter value(s).
|
| PayloadParam
Designates that this parameter will hold the payload for a PUT or POST command.
|
| PayloadParams
Designates that default parameters will be added a map that builds the request entity.
|
| RequestFilters
Filters that should be applied to the request
|
| XMLResponseParser
Shows the transformer type used to parse XML in a HttpResponse
|
| Class and Description |
|---|
| Endpoint
Designates that this Resource expects virtual host style requests
|
| RequestFilters
Filters that should be applied to the request
|
| ResponseParser
Shows the transformer type used to parse the HttpResponse
|
Copyright © 2009-2013 The Apache Software Foundation. All Rights Reserved.


The perceptron learning procedure:
A sample:
Click anywhere to learn the point to the perceptron visualized by the line and the vector (which represents the weight vctor of the perceptron.
If you simply click, the desired class of the point will be considered 1, if you click while holding down the shift key, the desired class will be considered 0.
By using the perceptron learning procedure, it is possible to learn a perceptron to implement an AND gate.
A sample:
| x1 | x2 | desired outcome |
|---|---|---|
| 0 | 0 | 0 |
| 0 | 1 | 0 |
| 1 | 0 | 0 |
| 1 | 1 | 1 |
Click anywhere on the space to learn a new point. The code iterates through the truth table of an AND gate to select points to learn. It does NOT use the point clicked !!!
As a result, when a point is choosen which is already correctly classified nothing will be happening.
As feedback to which point is choosen, the point will grow and shrink
Green means class 0 and orange means class 1. The border color signals the desired class and the fill color signals the effective class. So a dot with a green border and an orange fill means the dot should be classified to class 0 but is currently classified into class 1.
By using the perceptron learning procedure, it is possible to learn a perceptron to implement an OR gate.
A sample:
| x1 | x2 | desired outcome |
|---|---|---|
| 0 | 0 | 0 |
| 0 | 1 | 1 |
| 1 | 0 | 1 |
| 1 | 1 | 1 |
Click anywhere on the space to learn a new point. The code iterates through the truth table of an OR gate to select points to learn. It does NOT use the point clicked !!!
As a result, when a point is choosen which is already correctly classified nothing will be happening.
As feedback to which point is choosen, the point will grow and shrink
Green means class 0 and orange means class 1. The border color signals the desired class and the fill color signals the effective class. So a dot with a green border and an orange fill means the dot should be classified to class 0 but is currently classified into class 1.
Now try it yourself: image a line and try to learn this line to the perceptron.
Image a line and click on both sides of the imagined line. Hold down the shift key to learn points with a desired class 0. If you don't hold down the shift key, the point will have a desired class of 1.
Use the slider to change the learning rate.


CAME¶
CAME is a tool for Cell-type Assignment and Module Extraction, based on a heterogeneous graph neural network.
- To get started with CAME’s pipeline, browse the tutorials below:
CAME outputs the quantitative cell-type assignment for each query cell, that is, the probabilities of cell types that exist in the reference species, which enables the identification of the unresolved cell states in the query data.
Besides, CAME gives the aligned cell and gene embeddings across species, which facilitates low-dimensional visualization and joint gene module extraction.
Citation¶
If CAME is useful for your research, consider citing our paper:
Liu X, Shen Q, Zhang S. Cross-species cell-type assignment of single-cell RNA-seq by a heterogeneous graph neural network[J]. Genome Research, 2022: gr. 276868.122.
Contribute¶
Issue Tracker: https://github.com/XingyanLiu/CAME/issues
Source Code: https://github.com/XingyanLiu/CAME
Support¶
If you are having issues, please let us know. We have a mailing list located at:


The Bulma tag is a small but versatile element. It's very useful as a way to attach information to a block or other component. Its size makes it also easy to display in numbers, making it appropriate for long lists of items.
--- title: Tags layout: documentation doc-tab: elements doc-subtab: tag breadcrumb: - home - documentation - elements - elements-tag meta: colors: true sizes: true variables: true --- {% capture tag %} Tag label {% endcapture %} {% capture tags_colors %} Black Dark Light White Primary Link Info Success Warning Danger {% endcapture %} {% capture tags_light_colors %} Primary Link Info Success Warning Danger {% endcapture %} {% capture sizes %} Normal Medium Large {% endcapture %} {% capture are_medium %}
{% endcapture %} {% capture are_large %} {% endcapture %} {% capture are_medium_one_large %} {% endcapture %} {% capture rounded %} Rounded {% endcapture %} {% capture delete %} Bar Hello World {% endcapture %} {% capture is_delete %} {% endcapture %} {% capture tags %} {% endcapture %} {% capture tags_multiple %} {% endcapture %} {% capture tags_addons %} {% endcapture %} {% capture tags_field_addons %}The Bulma tag is a small but versatile element. It's very useful as a way to attach information to a block or other component. Its size makes it also easy to display in numbers, making it appropriate for long lists of items.
Black
Dark
Light
White
Primary
Link
Info
Success
Warning
DangerYou can now choose the light version of a color.
Primary
Link
Info
Success
Warning
DangerThe tag comes in 3 different sizes.
While the default size is the normal one, the is-normal
modifier exists in case you need to reset the tag to its normal size.
Normal
Medium
Large
You can change the size of all tags at once:
You can however keep the original size of a subset of tags, simply by applying one of its modifier class:
is-rounded
modifier to make a rounded tag.
is-delete
modifier to turn the tag into a delete button.
Bar
Hello
World
You can now create a list of tags with the tags
container.
If the list is very long, it will automatically wrap on multiple lines, while keeping all tags evenly spaced.
You can attach tags together with the has-addons
modifier.
You can attach a text tag with a delete tag together.
If you want to attach tags
containers together, simply use the field
element with the is-grouped
and is-grouped-multiline
modifiers.
This can be useful for a long list of blog tags.


Magic Armor
Lvl 5 +40
.
.
.
Physical Armor
Level 5 +40
Max Health
Lvl 5 +1500
Magic Pierce Rating
Level 5 +17.5
Magic Crit Rating
Lvl 5 +24
Magic Attack
Lvl 5 +100
Resist Chance
Level 5 +6%
Energy Bonus
Lvl 5 +11%
Energy Efficiency
Level 5 +5%
Physical Crit Rating
Lvl 5 +42
.
.
.
Physical Attack
Level 5 +175.5


This wizard can help you generate a config file for the flysight-manager tool.
The flow will ask you to download
flysight-manager.ini. Save this to wherever you will run
flysight-managerfrom. You will need to edit this file to set you
mountpoint
click here to connect to your dropbox account.
click here to connect to your youtube account.
flysight-manager will only have access to the app folder it creates (in /Apps), not anything else in your Dropbox. This is the folder that the files taken off your flysight will go into.


JANE EYRE A film review by Ben Hoffman Copyright 1996 Ben Hoffman
Charlotte Bronte, on whose book the film is based, was one of three sisters. One was Emily, also a famed author, and the other was Anne, a poet. As was the custom among the writers of the early and mid-nineteenth century, the stories ended with no loose ends, everything being pat and complete. Charles Dickens, a bit later, was not of that genre. What helps make JANE EYRE so intriguing is that much of the story came from Chartlotte's own life. Charlotte, like Jane (Anna Paquin, who won Best Supporting Actress in The Piano) was brought up in her early years in a parsonage school for orphaned girls, later becoming a governess. The adult Jane is played by Charlotte Gainsbourg.
Love, real love, was what she wanted in life. While in most situations, the governess would be an employee of the master of the house, Jane was made of stronger stuff so that she is more like one of the family. From there it follows that she and the "master," Rochester, (William Hurt) fall in love.
While films made from classics are seldom as good as the book itself, a good director such as we have here, is capable of bringing out all that the book tries to tell. Aided by such brilliant supporting actors as Joan Plowright as Mrs. Fairfax, all smiles, and Miss Scatcherd (a name Dickens would have loved) played by Geraldine Chaplin, strict and mean, the film is one you will not want to miss.
Directed by Franco Zeffirelli.
3.5 Bytes 4 Bytes = Superb 3 Bytes = Too good to miss 2 Bytes = Average 1 Byte = Save your money
Ben Hoffman
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Other community giving involvement throughout our agency history includes pro bono work for more than 13 organizations, direct giving, a scholarship program through the Minneapolis College of Art & Design, board memberships, and ongoing participation in the Keystone Club, which gives five percent of our company’s earnings back to the community each year.


Stock exchange operator Nasdaq has added yet another crypto-related index – this time for decentralized finance (DeFi), according to an announcement Monday. The operator has partnered with London-based brokerage firm EXANTE to offer the DeFix index, which includes “real-t...


electric_heating
Path: CARNOT/ heat_source
Purpose
This block calculates the heat input from electrical heating.
Description
The block symbolises electrical heating. It heats the entering flow which is defined by the Thermo-Hydraulic Vector with electrical power entering the block.
The calculation is performed using the equation for heat input to a fluid where
Inputs:
Outputs:
Characteristics
Direct Feedthrough Yes
Sample
time
Inherited
from driving block
Vectorized
No


Granite countertops deliver gorgeous aesthetics in kitchens and bathrooms and have other good qualities. Here are the benefits of using granite for your countertops.
Kitchen value:
Granite gives interior touch. Once you have it as your countertops, your kitchen looks different. It will look a lot more elegant and high end. This finally adds the value of your kitchen.
Durability:
Granite is tough stone with high durability. You can do rough cooking but your countertop will be just fine. In addition to it, you will not scratch it so easily because granite countertop using special seal too.
Natural look:
Granite has natural pattern and drawing on it. It will give you nice countertop looking and it is nice. Natural look like this is worth the price after all.
Less bacteria and dirt:
Being really sleek and without pours, your granite countertop will be free of bacteria and dirt. If you spill sauce on it, you will be able to clean it easily.
Easy maintenance and cleaning:
We only need to make small effort to clean it. Wipe with warm water using soft towel once each time we are finish cooking is more than enough.
Repairable stone:
You can repair the stone if you need it. As it is small enough, you will also able to replace it all the time you need it. So your countertop stays looking good all the time.
Family friendly:
As it is not broken so easily, each family member can make their own experiment in cooking without being afraid to ruin the countertop. It is a certain invitation to them.
Heat resistance:
Being resistance to heat and cold, you will find it fun and comfortable to cook. You can put hot pots and pans on top of it, and it will be just fine.
Flat surface:
Flat surface gives you additional help especially when you make cakes or cookies. It gives you space to make perfect cutting. All cooks want such surface on their kitchen.
Firm shape:
Being firm, we do not need additional help while cooking. It is steady enough almost for all cooking procedures. In addition to it, such firm shape need less repair.


--- title: About ---
Hey 👋, I’m Kumar Shubhranshu aka clyde.
EDUCATION
B.Tech(Information and Technology)
Manipal University Jaipur
08/2016 – Present
GPA: 7.52/10
12th
Guru Nanak Public School
2016
67.49%
10th
Delhi Public School
2013
CGPA: 9.6/10
LANGUAGES AND TECHNOLOGIES
INTERESTS


(.) engagement (.–.) survey knowledge obesity reliability childhood Phase items interventions SUS Community Health scores stakeholders community study test-retest {border-style intervention prevention social composite px;} stakeholder whole-of-community #ffffff;} R&C included network networks results scale (−.–.) research data n = ; change score Knowledge Somerville Table participants Shape Stakeholder-driven retrospective CI: Diffusion community-based domains points respondents stakeholders’ used Composite Public Romp assess completed knowledge, mean Change Economos ICC National University available domain file interventions. members -point COMPACT Chomp Obesity Survey health involved networks, number px; {font-family Additional Advisory Data Social WSCV [], agree/disagree consistency data. design, development domain-specific font-size identified information paired participatory prospective respectively. (SD = .) (e.g., .%), CI) Domain-specific Engagement Hammond Likert Mean Science Swinburn article assessed calculated confidence developed double; groups interpreted items. local online recall related start studies systems using .%). .–.) Allender Australian CBPR Community-based Methods Millar Prevention Research agreed analyzed assisted based border-color border-width capacity coefficient community-wide contact context correlation did maximum measure mutual nodes n = per-item provided reported response review sample solid; test testing ties {font-style {font-weight (), (.%). (.–.)* (DOCX (SD) (− .–.) Australia. BMC Bell Council Deakin Department Ethics Funding GenR Human Institutes LINK Model Nichols Obes Prev SEA Victoria, acquired adapt agent-based analysis approved assessment bold capture children collected complex consent courier; early efforts em; factors generator grid.. group high identify increased informed instruments internal interventions: involvement kb) learning methods model multiple novel ongoing outcomes points. power pre-post prevent pt;} recalled science similar stewardship supplementary surveys tools total understanding use variation version weighted within-subject


The implementation of a Keccak PoW Coin on the Ethereum network as a smart contract. Mined using Proof of Work. HardFork of PoWEth Token.
When?: Mining start at 2018.03.31. (When ETH reach the 5349511th Block!)
HardFork White Paper: https://github.com/powether/HardForkWhitepaper/
Contract Address: https://etherscan.io/address/0x1a136ae98b49b92841562b6574d1f3f5b0044e4c
| Address: {{ contractAddress }} |
| Total Supply: {{ totalSupply }} / Circulating Supply: {{ amountMined }} |
| Global Difficulty: {{ difficulty }} |
| Mining Challenge: {{ challenge_number }} |
| Last Reward Amount: 250 |
Testnet release.
Mainnet release!
More exchanges, Marketing campaings and partnerships with mining companies.
PoWAdv will continue the Proof of Work distribution on ETH network. We will bring more people under the hood!
Where you can find more:


{{ product.description }}
You can choose the size and color after you add the item to the cart.
I’m a Return and Refund policy. I’m a great place to let your customers know what to do in case they are dissatisfied with their purchase. Having a straightforward refund or exchange policy is a great way to build trust and reassure your customers that they can buy with confidence.


You've been invited to a meeting at Filament Group in Boston, MA
Hey Stephen, if you're available at 10am tomorrow, we've got a meeting with the jQuery team.
6:24PM
Boston Conference Planning
In preparation for the upcoming conference in Boston, we need to start gathering a list of sponsors and speakers.
9:18AM
Broken Bells
Purchase albumHot Chip
Purchase albumPhoenix
Purchase album


Alternate coverage report formatters
The community around simplecov provides a whole bunch of alternate formatters beyond the official simplecov-html gem.
If you have built or found one that is missing here, please send a Pull Request for this document!
simplecov-badge
by Matt Hale
A formatter that generates a coverage badge for use in your project's readme using ImageMagick.
simplecov-small-badge
by Marc Grimme
A formatter that generates a small coverage badge for use in your project's readme using the SVG.
simplecov_badger
by traels.it
A formatter that uploads your coverage to a server, that will then host a SVG badge of the score. No need to have the badge stored in repository.
simplecov-cobertura
by Jesse Bowes
A formatter that generates Cobertura XML.
simplecov-csv
by Fernando Guillen
CSV formatter for SimpleCov
simplecov-erb
Flexible formatter that generates the output from an ERB template.
simplecov-json
by Vicent Llongo
JSON formatter for SimpleCov
simplecov-lcov
by fortissimo1997
lcov formatter for SimpleCov
simplecov-rcov
by Fernando Guillen
"The target of this formatter is to cheat on Hudson so I can use the Ruby metrics plugin with SimpleCov
."
simplecov-single_file_reporter
A formatter that prints the coverage of the file under test when you run a single test file.
simplecov-t_wada
t_wada AA formatter for SimpleCov
simplecov-tailwindcss
A TailwindCSS & TailwindUI Designed HTML formatter with clean and easy search of files with a tabular left Navigation.


{{card.text.en}}
Some quick example text to build on the card title and make up the bulk of the card's content.