| Total net profit | -72.62 | Gross profit | 20.1 | Gross loss | -92.72 |
| Profit factor | 0.22 | Expected payoff | -0.31 | ||
| Absolute drawdown | -72.62 | Maximal drawdown (%) | 72.98 (20272.22%) | ||
| Total trades | 237 | Profit trades (% of total) | 40 (16.88%) | Loss trades (% of total) | 197 (83.12%) |
| Long positions (won %) | 144 (17.36%) | Short positions (won %) | 93 (16.13%) | ||
| Largest | profit trade | 1.11 | loss trade | -1.41 | |
| Average | profit trade | 0.5 | loss trade | -0.47 | |
| Minimum | profit trade | 0.0 | loss trade | -0.02 | |
| Maximum | take profit in pips | 118.8 | stop loss in pips | -109.6 | |
| Average | take profit in pips | 39.0 | stop loss in pips | -41.2 | |
| Minimum | take profit in pips | -28.2 | stop loss in pips | -17.8 | |
| Maximum | Reward-Risk | 4.8 | Duration in minutes | 879 | |
| Average | Reward-Risk | 1.1 | Duration in minutes | 63.2 | |
| Minimum | Reward-Risk | 0.0 | Duration in minutes | 0 | |
| Maximum | consecutive wins (profit in money) | 2.0 (0.71) | consecutive losses (loss in money) | 20.0 (-8.74) | |
| Average | consecutive wins | 1.0 | consecutive losses | 5.0 |
| Total net profit | -46.89 | Gross profit | 11.64 | Gross loss | -58.53 |
| Profit factor | 0.2 | Expected payoff | -0.33 | ||
| Absolute drawdown | -46.89 | Maximal drawdown (%) | 47.25 (13125.0%) | ||
| Total trades | 144 | Profit trades (% of total) | 25 (17.36%) | Loss trades (% of total) | 119 (82.64%) |
| Largest | profit trade | 1.08 | loss trade | -1.41 | |
| Average | profit trade | 0.47 | loss trade | -0.49 | |
| Minimum | profit trade | 0.01 | loss trade | -0.02 | |
| Maximum | take profit in pips | 99.4 | stop loss in pips | -109.6 | |
| Average | take profit in pips | 34.4 | stop loss in pips | -45.3 | |
| Minimum | take profit in pips | -28.2 | stop loss in pips | -18.1 | |
| Maximum | Reward-Risk | 4.2 | Duration in minutes | 879.0 | |
| Average | Reward-Risk | 0.9 | Duration in minutes | 80.6 | |
| Minimum | Reward-Risk | 0.0 | Duration in minutes | 0.0 | |
| Maximum | consecutive wins (profit in money) | 2.0 (1.92) | consecutive losses (loss in money) | 15.0 (-8.54) | |
| Average | consecutive wins | 1.0 | consecutive losses | 5.0 |
| Total net profit | -25.73 | Gross profit | 8.46 | Gross loss | -34.19 |
| Profit factor | 0.25 | Expected payoff | -0.28 | ||
| Absolute drawdown | -26.36 | Maximal drawdown (%) | 25.96 (-6490.0%) | ||
| Total trades | 93 | Profit trades (% of total) | 15 (16.13%) | Loss trades (% of total) | 78 (83.87%) |
| Largest | profit trade | 1.11 | loss trade | -1.34 | |
| Average | profit trade | 0.56 | loss trade | -0.44 | |
| Minimum | profit trade | 0.0 | loss trade | -0.2 | |
| Maximum | take profit in pips | 118.8 | stop loss in pips | -104.5 | |
| Average | take profit in pips | 46.0 | stop loss in pips | -34.9 | |
| Minimum | take profit in pips | -16.5 | stop loss in pips | -17.8 | |
| Maximum | Reward-Risk | 4.8 | Duration in minutes | 294.0 | |
| Average | Reward-Risk | 1.5 | Duration in minutes | 36.2 | |
| Minimum | Reward-Risk | Duration in minutes | 0.0 | ||
| Maximum | consecutive wins (profit in money) | 2.0 (1.93) | consecutive losses (loss in money) | 23.0 (-10.19) | |
| Average | consecutive wins | 1.0 | consecutive losses | 5.0 |


{% include head.html %}
{% include header.html %}
{{ site.title }}
Backend that suits for any application.
{{ site.description }}
{{ content }}
{% include footer.html %}


#include <cconf.h>
Inheritance diagram for cmapconf:
Public Types | |
|
typedef std::map< std::string, std::string > | map_type |
| this type holds information read from file | |
Public Member Functions | |
| cmapconf (const std::string &fn) | |
| const map_type & | val_map () |
| give access to read configuration | |
Protected Attributes | |
| map_type | map |
| configuration from file | |
| std::string | fn |
| file name | |
| bool | read |
| did we read it from a file? | |
Friends | |
| class | err |
| Exceptions can read state of cconf object. |
Definition at line 205 of file cconf.h.


loading...
| Result | |
|---|---|
| {{key}} | {{value}} |
httpService.Weather(model).then(function (weather) { // do something with result }).catch(function (error) { // handle error }); httpService.User.Save(model).then(function (result) { // do something with result }).catch(function (error) { // handle error });
httpService.actionName(model);
| name | type | arguments | notes |
|---|---|---|---|
| could be anything | function | model=[object] | returns a promise object |
Other kama angularjs modules use this module in various places. So although this service in empty by default, its existence is required.
This service is inherited from AngularJS $http service. So every action should return a promise object. It's recommended that you put all of your http calls in httpService and then access it from httpService whenever you want to send a http request.
You can expand http service in your application by creating another service like this:
(function () { angular .module('yourModule') .run(run) .factory('customHttpService', customHttpService); run.$inject = ['customHttpService']; funcrion run(customHttpService) { } customHttpService.$inject = ['httpService', '$http', '$q']; function customHttpService(httpService, $http, $q) { httpService.PrayerTime = {}; httpService.PrayerTime.ByCity = function (model) { return $http({ method: 'POST' , url: 'https://prayer.aviny.com/api/prayertimes/' , data: model }).then(function (result) { if (result.status != 200) return $q.reject('خطای ناشناخته') return result.data; }).catch(function (error) { return $q.reject(error); }); } return httpService; } })();


http://localhost:3000/user
Add a user to a company
| HEADERS | |
|---|---|
| Content-Type | application/x-www-form-urlencoded |
| BODY | |
|---|---|
| name | GOGL name of the user |
| company | GOGL name of the company |
http://localhost:3000/company
| HEADERS | |
|---|---|
| Content-Type | application/x-www-form-urlencoded |
| BODY | |
|---|---|
| name | GOGL name of the company |
http://localhost:3000/lesson
| HEADERS | |
|---|---|
| Content-Type | application/x-www-form-urlencoded |
| BODY | |
|---|---|
| name | APPL7 name of the lesson |
| company | APPL lesson owner company |
http://localhost:3000/assignLessonToUser
| HEADERS | |
|---|---|
| Content-Type | application/x-www-form-urlencoded |
| BODY | |
|---|---|
| lesson | MSL3 lesson title |
| user | MS6 user's name |
http://localhost:3000/
| BODY | |
|---|---|
http://localhost:3000/completionPercentage/MSFT
| BODY | |
|---|---|
http://localhost:3000/startLesson
| HEADERS | |
|---|---|
| Content-Type | application/x-www-form-urlencoded |
| BODY | |
|---|---|
| lesson | MSL1 name of the lesson to start |
| user | MS6 user's name |
http://localhost:3000/endLesson
| HEADERS | |
|---|---|
| Content-Type | application/x-www-form-urlencoded |
| BODY | |
|---|---|
| user | MSL1 name of the user |
| lesson | MSL1 name of the lesson to start |
http://localhost:3000/pendingPercentage/MSFT
| BODY | |
|---|---|
http://localhost:3000/participationPercentage/MSFT
| BODY | |
|---|---|


|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |
| Packages that use Term | |
|---|---|
| gate.creole.annic.apache.lucene.index | Code to maintain and access indices. |
| gate.creole.annic.apache.lucene.search | Search over indices. |
| Uses of Term in gate.creole.annic.apache.lucene.index |
|---|
| Methods in gate.creole.annic.apache.lucene.index that return Term | |
|---|---|
Term |
FilterIndexReader.FilterTermEnum.term()
|
abstract Term |
TermEnum.term()
Returns the current Term in the enumeration. |
| Methods in gate.creole.annic.apache.lucene.index with parameters of type Term | |
|---|---|
int |
Term.compareTo(Term other)
Compares two terms, returning an integer which is less than zero iff this term belongs after the argument, equal zero iff this term is equal to the argument, and greater than zero iff this term belongs after the argument. |
int |
IndexReader.delete(Term term)
Deletes all documents containing term . |
int |
FilterIndexReader.docFreq(Term t)
|
abstract int |
IndexReader.docFreq(Term t)
Returns the number of documents containing the term t . |
int |
MultiReader.docFreq(Term t)
|
int |
Term.indexCompareTo(Term other)
|
void |
FilterIndexReader.FilterTermDocs.seek(Term term)
|
void |
MultipleTermPositions.seek(Term arg0)
Describe seek method here. |
void |
TermDocs.seek(Term term)
Sets this to the data for a term. |
boolean |
TermEnum.skipTo(Term target)
Skips terms to the first beyond the current whose value is greater or equal to target. |
TermDocs |
IndexReader.termDocs(Term term)
Returns an enumeration of all the documents which contain term . |
TermPositions |
IndexReader.termPositions(Term term)
Returns an enumeration of all the documents which contain term . |
TermEnum |
FilterIndexReader.terms(Term t)
|
abstract TermEnum |
IndexReader.terms(Term t)
Returns an enumeration of all terms after a given term. |
TermEnum |
MultiReader.terms(Term term)
|
| Constructors in gate.creole.annic.apache.lucene.index with parameters of type Term | |
|---|---|
MultipleTermPositions(IndexReader indexReader,
Term[] terms)
Creates a new MultipleTermPositions instance. |
| Uses of Term in gate.creole.annic.apache.lucene.search |
|---|
| Methods in gate.creole.annic.apache.lucene.search that return Term | |
|---|---|
Term |
TermQuery.getTerm()
Returns the term of this query. |
Term[] |
PhraseQuery.getTerms()
Returns the set of terms in this phrase. |
| Methods in gate.creole.annic.apache.lucene.search with parameters of type Term | |
|---|---|
void |
PhraseQuery.add(Term term)
|
void |
PhraseQuery.add(Term term,
Integer position,
boolean considerAsATerm)
Adds a term to the end of the query phrase. |
int |
IndexSearcher.docFreq(Term term)
|
int |
Searchable.docFreq(Term term)
Expert: Returns the number of documents containing term . |
float |
Similarity.idf(Term term,
Searcher searcher)
Computes a score factor for a simple term. |
| Constructors in gate.creole.annic.apache.lucene.search with parameters of type Term | |
|---|---|
TermQuery(Term t)
Constructs a query for the term t . |
|
||||||||||
| PREV NEXT | FRAMES NO FRAMES |


20 Chris Brake (CAN)
14 Oct 2012 2:56:00a Rothesay NB/CAN
Kennebecasis Challenge
12 Aug 2012 2:45:16 Saint John NB/CAN
Marathon by the Sea
16 Oct 2011 2:42:28a Rothesay NB/CAN
Kennebecasis Challenge
14 Aug 2011 2:37:19 Saint John NB/CAN
Marathon by the Sea
08 May 2011 2:35:42 Fredericton NB/CAN
Fredericton
17 Oct 2010 2:39:43a Rothesay NB/CAN
Kennebecasis Challenge
09 May 2010 2:34:47 Fredericton NB/CAN
Fredericton
25 Oct 2009 2:42:00 Moncton NB/CAN
Legs for Literacy
18 Oct 2009 2:32:28a Rothesay NB/CAN
Kennebecasis Valley Challenge
27 Sep 2009 2:40:01 Saint John NB/CAN
Marathon by the Sea
19 Oct 2008 2:38:26a Rothesay NB/CAN
Kennebecasis Valley Challenge
13 May 2007 2:46:47 Fredericton NB/CAN
Fredericton
22 Oct 2006 2:43:07a Rothesay NB/CAN
Kennebecasis Valley Challenge
23 Oct 2005 2:37:43a Rothesay NB/CAN
Kennebecasis Valley Challenge
08 May 2005 2:41:40 Fredericton NB/CAN
Fredericton
24 Oct 2004 2:46:11a Rothesay NB/CAN
Kennebecasis Valley Challenge
09 May 2004 2:45:40 Fredericton NB/CAN
Fredericton
04 May 2003 2:48:12.6 Fredericton NB/CAN
Fredericton
05 May 2002 2:51:59 Fredericton NB/CAN
Fredericton
06 May 2001 3:03:26 Fredericton NB/CAN
Fredericton
Last Updated on 01 Dec 2012


Honzi/Personal Bests/Hearthstone/Ashes of Outland
| Aldor Attendant
| 1
| Common
| Paladin
| 2
|
|
| Crimson Sigil Runner
| 1
| Common
| Demon Hunter
| 2
|
|
| Ethereal Augmerchant
| 1
| Common
| Neutral
| 2
|
|
| Font of Power
| 1
| Rare
| Mage
| 1
|
|
| Guardian Augmerchant
| 1
| Common
| Neutral
| 2
|
|
| Helboar
| 1
| Common
| Hunter
| 2
|
|
| Imprisoned Gan'arg
| 1
| Common
| Warrior
| 2
|
|
| Imprisoned Homunculus
| 1
| Common
| Priest
| 2
|
|
| Imprisoned Sungill
| 1
| Rare
| Paladin
| 1
|
|
| Infectious Sporeling
| 1
| Rare
| Neutral
| 2
|
|
| Renew
| 1
| Common
| Priest
| 2
|
|
| Rocket Augmerchant
| 1
| Common
| Neutral
| 1
|
|
| Shadow Council
| 1
| Epic
| Warlock
| 2
|
|
| Soulbound Ashtongue
| 1
| Common
| Neutral
| 2
|
|
| Spymistress
| 1
| Common
| Rogue
| 2
|
|
| Sword and Board
| 1
| Common
| Warrior
| 2
|
|
| Unstable Felbolt
| 1
| Common
| Warlock
| 2
|
|
| Ambush
| 2
| Rare
| Rogue
| 2
|
|
| Ashtongue Slayer
| 2
| Rare
| Rogue
| 1
|
|
| Bamboozle
| 2
| Epic
| Rogue
| 1
|
|
| Bonechewer Brawler
| 2
| Common
| Neutral
| 2
|
|
| Dirty Tricks
| 2
| Common
| Rogue
| 2
|
|
| Dragonmaw Sentinel
| 2
| Rare
| Priest
| 2
|
|
| Furious Felfin
| 2
| Rare
| Demon Hunter
| 2
|
|
| Hand of A'dal
| 2
| Common
| Paladin
| 2
|
|
| Immolation Aura
| 2
| Common
| Demon Hunter
| 2
|
|
| Imprisoned Scrap Imp
| 2
| Rare
| Warlock
| 2
|
|
| Imprisoned Felmaw
| 2
| Common
| Hunter
| 2
|
|
| Imprisoned Vilefiend
| 2
| Common
| Neutral
| 2
|
|
| Incanter's Flow
| 2
| Common
| Mage
| 2
|
|
| Ironbark
| 2
| Rare
| Druid
| 1
|
|
| Libram of Wisdom
| 2
| Rare
| Paladin
| 1
|
|
| Netherwalker
| 2
| Common
| Demon Hunter
| 2
|
|
| Rustsworn Initiate
| 2
| Common
| Neutral
| 2
|
|
| Scavenger's Ingenuity
| 2
| Common
| Hunter
| 1
| 1
|
| Sethekk Veilweaver
| 2
| Epic
| Priest
| 1
|
|
| Spectral Sight
| 2
| Common
| Demon Hunter
| 2
|
|
| Starscryer
| 2
| Common
| Mage
| 2
|
|
| Apotheosis
| 3
| Common
| Priest
| 2
|
|
| Blistering Rot
| 3
| Rare
| Neutral
| 2
|
|
| Bogbeam
| 3
| Common
| Druid
| 2
|
|
| Bogstrok Clacker
| 3
| Rare
| Shaman
| 1
|
|
| Bonechewer Raider
| 3
| Common
| Warrior
| 2
|
|
| Dragonmaw Overseer
| 3
| Rare
| Priest
| 2
|
|
| Frozen Shadoweaver
| 3
| Common
| Neutral
| 2
|
|
| Fungal Fortunes
| 3
| Rare
| Druid
| 1
|
|
| Imprisoned Satyr
| 3
| Common
| Druid
| 2
|
|
| Lady Vashj
| 3
| Legendary
| Shaman
| 1
|
|
| Marshspawn
| 3
| Common
| Shaman
| 2
|
|
| Netherwind Portal
| 3
| Common
| Mage
| 2
|
|
| Overconfident Orc
| 3
| Common
| Neutral
| 2
|
|
| Serpentshrine Portal
| 3
| Common
| Shaman
| 2
|
|
| Teron Gorefiend
| 3
| Legendary
| Neutral
| 1
|
|
| Terrorguard Escapee
| 3
| Common
| Neutral
| 2
|
|
| Totemic Reflection
| 3
| Common
| Shaman
| 2
|
|
| Ashtongue Battlelord
| 4
| Common
| Demon Hunter
| 2
|
|
| Burrowing Scorpid
| 4
| Common
| Neutral
| 2
|
|
| Disguised Wanderer
| 4
| Common
| Neutral
| 2
|
|
| Germination
| 4
| Rare
| Druid
| 2
|
|
| Mok'Nathal Lion
| 4
| Rare
| Hunter
| 2
|
|
| Nightshade Matron
| 4
| Common
| Warlock
| 2
|
|
| Overgrowth
| 4
| Common
| Druid
| 2
|
|
| Replicat-o-tron
| 4
| Epic
| Neutral
| 1
|
|
| Rustsworn Cultist
| 4
| Common
| Neutral
| 2
|
|
| Scrap Shot
| 4
| Rare
| Hunter
| 2
|
|
| Vivid Spores
| 4
| Rare
| Shaman
| 1
|
|
| Apexis Blast
| 5
| Epic
| Mage
| 2
|
|
| Libram of Justice
| 5
| Common
| Paladin
| 2
|
|
| Psyche Split
| 5
| Rare
| Priest
| 1
|
|
| Ruststeed Raider
| 5
| Common
| Neutral
| 2
|
|
| Waste Warden
| 5
| Epic
| Neutral
| 1
|
|
| Dragonmaw Sky Stalker
| 6
| Common
| Neutral
| 2
|
|
| Fel Summoner
| 6
| Common
| Demon Hunter
| 2
|
|
| Hand of Gul'dan
| 6
| Common
| Warlock
| 2
|
|
| Imprisoned Antaen
| 6
| Rare
| Demon Hunter
| 2
|
|
| Scavenging Shivarra
| 6
| Common
| Neutral
| 2
|
|
| Bloodboil Brute
| 7
| Rare
| Warrior
| 1
|
|
| Bonechewer Vanguard
| 7
| Common
| Neutral
| 2
|
|
| Cursed Vagrant
| 7
| Common
| Rogue
| 2
|
|
| Kael'thas Sunstrider
| 7
| Legendary
| Neutral
| 1
|
|
| Beastmaster Leoroxx
| 8
| Legendary
| Hunter
| 1
|
|
| Coilfang Warlord
| 8
| Rare
| Demon Hunter
| 1
|
|
| Deep Freeze
| 8
| Rare
| Mage
| 1
| 1
|
| Supreme Abyssal
| 8
| Common
| Neutral
| 2
|
|
| Libram of Hope
| 9
| Epic
| Paladin
| 1
|
|
| Nagrand Slam
| 10
| Epic
| Hunter
| 1
|
|
| Scrapyard Colossus
| 10
| Rare
| Neutral
| 1
|
|


mice Tmprss−/− virus amino infected replication weight body influenza acid µl mice. H-HA using viruses cleavage (Fig. PR_HA(D-MVEKT) PR_HA(MVEKT) infection loss viral TMPRSS []. {border-style HA-loop acids lung px;} #ffffff;} cells damage distant pathology protease results sequence °C p.i. proteases showed Fig. days min cleaved n=; PR_HA(HK) day exchange higher mortality mouse performed shown site studies (HN) Infection RNA compared epithelial host increased pathogenicity total KO: described determined knock-out loop lungs protein (WT: ANOVA H-HA-loop PR, Statistical Virol./JVI.- additional cause generated human mice, n=, phenotype px; required study tissue {font-family × f.f.u. DNA IAV a). addition analysis antibody font-size high recombinant resistance segment sufficient survival this, Cells Female HK_HA(PR) However, Thus, University according activation background calculated containing difference differences double; essential hemagglutinin intranasally multiple n=), provided replacement replicate responsible role segments sequences severe specific statistical used vitro washed A/Hong Exchange P-values Tmprss WB, able associated b). border-color border-width different does efficiently exchanged followed haemagglutinin homogenates infections manufacturer’s previous recognition region resulting serine significance significant significantly similar software solid; stained starting structure t-test titres {font-style {font-weight µg (a) (amino (b) (d: . µl Additionally, Department HA, HRP-conjugated Kit Kong// Lungs PBS PCR PR_HA(D-MVEKT), PR_HA(D-MVEKT). Statistics Western [–]. absence added airway al.The analysed animals backbone blots bold cell cleave conclusion, confirmed courier; cut demonstrate diluted disease dose double em; entire f.f.u. genome highly homogenized important incubation independent inflammation investigated kidney levels load main major mean model monitored multi-factorial mutant observed pair-wise position post-hoc potential pt;} reduced replaced result resulted run seasonal single slightly strongly study, subtypes suggesting virulence viruses, wash min. ng p.i., °C. –-week-old


Most command does not take an argument, if you are unsure just leave the command args empty
Commands won't be sent to Visual Studio if it's running with admin rights unless you run Stream Deck with admin rights too.
You can use the action keys at any time whereas you are focusing on a Visual Studio instance or a debugging application started by that instance.
Use Command Explorer extension from Visual Studio Marketplace to get the commands name. e.g.: View.C#Interactive.


Man tragically dies after being hit by car on busy road in Fife
The 29-year-old was walking on the A985 between Rosyth and Limekilns around 4.15am when he was struck.
by Nicholas Keyden, https://www.dailyrecord.co.uk/authors/nicholas-keyden/A man has tragically died after being hit by a car on a busy road in Fife.
The 29-year-old was walking on the A985 between Rosyth and Limekilns around 4.15am on Sunday November 3 when he was struck.
Emergency services rushed to the incident, but sadly he was pronounced dead at the scene.
The 23 year-old male driver of the BMW two series involved in the incident was uninjured.
Sergeant Stephen Quinn from Fife's Road Policing Unit said: “Our investigation is continuing into this road crash and I would appeal to any witnesses, or anyone with information that may assist our enquiries to contact us.
“I would also appeal to anyone driving on the A985 road around the time of the crash who has dash-cam footage to come forward, as they may hold detail that will help our investigation.
“Anyone with information should contact Fife Road Policing Unit through 101 quoting reference number 0956 of 3rd November 2019.”


in breadth-first search,
532
implemented by stacks,
204 ex.
linked-list implementation of,
208 ex.
in push-relabel algorithms,
691 ex.
average-case analysis of,
156–158
compared to insertion sort,
153 ex.
compared to radix sort,
173
good worst-case implementation of,
192 ex.
with median-of-3 method,
162 pr.
tail-recursive version of,
162 pr.
use of insertion sort in,
159 ex.
worst-case analysis of,
155


This section describes other issues such as, splash screen issues, pop up menu issues, and background color inheritance with AWT and provides information for troubleshooting them. In particular, it contains the following subsections:
This section describes some issues that can arise with the splash screen in AWT.
Issue 1 - The user specified a JAR file with an appropriate MANIFEST.MF
in -classpath
, but the splash screen does not work.
Solution: See solution to the next issue.
Issue 2 - It is not clear which of several JAR files in an application should contain the splash screen image.
Solution: The splash screen image will be picked from a JAR file only if the file is used with the -jar
command-line option. This JAR file should contain both the "SplashScreen-Image" manifest option and the image file. JAR files in -classpath
will never be checked for splash screens in MANIFEST.MF
. If you do not use -jar
, you can still use -splash
to specify the splash screen image in the command line.
Issue 3 - Translucent PNG splash screens do not work on Oracle Solaris and Linux operating systems.
Solution: This is a native limitation of X11. On Oracle Solaris and Linux operating systems, the alpha channel of a translucent image will be compared with 50% threshold. Alpha values above 0.5 will make opaque pixels and pixels with alpha below 0.5 will be completely transparent. Translucency support might improve in future versions of Java SE.
With the Java SE 6 release on Windows 98, the method TrayIcon.displayMessage()
is not supported because the native service to display a balloon is not supported on Windows 98.
If a SecurityManager
is installed, the value of AWTPermission
must be set to accessSystemTray
in order to create a TrayIcon
object.
In the JPopupMenu.setInvoker()
method, the invoker is the component in which the popup menu is to be displayed. If this property is set to null
, the popup menu does not function correctly.
The solution is to set the popup's invoker to itself.
Many AWT components use their own defaults for background and foreground colors instead of using the colors of their parents.
This behavior is platform-dependent: the same component can behave differently on different platforms. In addition, some components use the default value for one of the background or foreground colors, but take the value from the parent for another color.
To ensure the consistency of your application on every platform, use explicit color assignment (both foreground and background) for every component or container.
The AWT container has a size limitation. On most platforms, this limit is 32767 pixels. This means that, for example, if the canvas objects are 25 pixels high, a Java AWT panel cannot display more than 1310 objects.
Unfortunately there is no way to change this limit, neither with Java code nor with native code. The limit depends on what data type the operating system uses to store a widget size. For example, the Windows 2000/XP operating system and the Linux X operating system use integer
type and are therefore limited to the maximum size of an integer. Other operating systems might use different types, such as long
, and in this case the limit could be higher.
For more information, refer to the documentation for your platform.
The following are examples of workarounds for this limit that might be helpful:
Display components page by page.
Use tabs to display a few components at a time.
Certain graphical user interface (GUI) actions require grabbing all the input events in order to determine when the action should terminate (for example, navigating popup menus). While the grab is active, no other applications receive input events. If a Java application is being debugged, and a breakpoint is reached while the grab has been active, the operating system appears to hang. This happens because the Java application holding the grab is stopped by the debugger and cannot process any input events, and other applications simply do not receive the events due to the installed grab. In order to allow debugging such applications, the following system property should be set when running the application from the debugger:
-Dsun.awt.disablegrab=true
This effectively turns off setting the grab, and as such does not hang the system. However, with this option set, in some cases this may lead to inability to terminate a GUI actions that would normally be terminated. For example, popup menus may not be dismissed when clicking a window's title bar.
Due to restrictions enforced by third-party software (in particular, by window managers such as the Metacity), the toFront()
/toBack()
methods may not always work as expected and cause the window to not change its stacking order in relation to other top-level windows. More details are available in the CR 6472274.
If an application ultimately wants to bring a window to top, it can try to workaround the issue by calling Window.setAlwaysOnTop(true)
to temporarily make the window always stay on top and then calling setAlwaysOnTop(false)
to reset the "always on top" state.
|
Note: This workaround is not guaranteed to always work because window managers can enforce more restrictions in the future. Also, the setting a window to "always on top" is available to trusted applications only. An unsigned applet or an unsigned Web Start application running in a sandbox cannot use this API, and thus is unable to work around the issue.However, native applications experience similar issues, and as such this peculiarity makes Java applications behave similar to native applications. Therefore this issue cannot really be considered a bug. |


${(course.name)!}
${(course.brief)!}
<#if chaptSections??>
<#list chaptSections as item>
#list>
#if>
=${item.name!}
▼
-
<#if item.sections??>
<#list item.sections as section>
- ▶${section.name!} (${section.time!}) #list> #if>


Groovy does not require that switch expression must be exhaustive. It acts as if an implicit default -> null
branch is inserted.
It may cause unexpected nulls if a developer forgets to insert necessary case
branches.
Example:
enum A { X, Y }
def foo(A a) {
def x = switch (a) { // reports switch
case A.X -> ...
}
}


Khabib says ‘idiot’ McGregor doesn’t really want rematch
by Adam HillLightweight champion Khabib Nurmagomedov is expected to fight in the spring for the first time in more than a year. He doesn’t believe it will be for a rematch against Conor McGregor.
“Honestly I don’t think he wants that fight,” Nurmagomedov said during a Q&A session with children in Moscow that was transcribed by RT Sport. “I beat him up for four rounds. I beat him and choked him and he tapped. It was a sign he didn’t want to be there, ‘let me go please’ and all that. And now he wants the rematch?”
Nurmagomedov said McGregor should earn his way back to the rematch after Nurmagomedov dominated the first meeting at T-Mobile Arena on Oct. 6, 2018.
McGregor’s last victory came in October 2016. Since then, he has lost a boxing match to Floyd Mayweather and the title bout against Nurmagomedov. Yet McGregor has remained one of the most relevant fighters in the world through his appearances and social media posts, as well as several high-profile legal issues.
Nurmagomedov has heard McGregor demand a rematch publicly, but doesn’t believe he really wants it.
“He’s an idiot,” Nurmagomedov said. “We don’t pay attention to idiots.”
Instead, he plans to defend the belt against Tony Ferguson. The bout has been booked four times in the past, but both fighters have had to pull out for various reasons.
“It will happen, there are talks currently ongoing, it will be either in March or April,” Nurmagomedov said. “The backstory of this fight is what makes it so anticipated. We’re currently putting everything in action.
“He has 12 straight wins in UFC, I have 12 straight wins, so I think it will be a very good fight. I’m preparing for it, mentally and physically.”
More MMA: Follow at CoveringTheCage.com and @RJ_Sports on Twitter.


Rectangle
Immutable rectangle class.
Static Method Summary
| Static Public Methods | ||
| public static |
Create a new rectangle from an array. |
|
| public static |
fromBoundingRect(boundingRect: Object): Rectangle Create a new rectangle from a (client) bounding rect from an element. |
|
| public static |
fromObject(object: RectangleObject): Rectangle Create a new rectangle from an object. |
Constructor Summary
| Public Constructor | ||
| public |
constructor(a: Point, b: Point): void Construct a new immutable rectangle of two points. |
Member Summary
| Public Members | ||
| public get |
Return point |
|
| public get |
Return point |
|
| public get |
Return the bottom y coordinate. |
|
| public get |
Return the height of this rectangle, which is the difference between
|
|
| public get |
Return the left x coordinate. |
|
| public get |
Return the right x coordinate. |
|
| public get |
Return the top y coordinate. |
|
| public get |
Return the width of this rectangle, which is the difference between
|
| Private Members | ||
| private |
The |
|
| private |
The |
Method Summary
| Public Methods | ||
| public |
Calculate the area of the given rectangle. |
|
| public |
Calculate the center point of this rectangle. |
|
| public |
Calculate the center point offset. |
|
| public |
Create a shallow copy of this instance. |
|
| public |
collidesCircle(circle: Circle): boolean Returns true if a given circle collides with this rectangle. |
|
| public |
collidesRectangle(rectangle: Rectangle): boolean Returns true if a given rectangle collides with this rectangle. |
|
| public |
containsPoint(point: Point): boolean Returns true if a given point is on this rectangle. |
|
| public |
containsRectangle(rectangle: Rectangle): boolean Returns true if a given rectangle is within this rectangle. |
|
| public |
Return true if this rectangle is equal to another rectangle. |
|
| public |
Similar to move, but moves |
|
| public |
Return true if the rectangle is defined and finite. |
|
| public |
Merge two rectangles, taking the bouding box that contains both rectangles. |
|
| public |
Move the rectangle by applying an offset to the points |
|
| public |
Move the |
|
| public |
Return a normalize rectangle, with the |
|
| public |
toArray(): RectangleArray Return an array representation of this instance. |
|
| public |
toBoundingRect(): BoundingObject Return an object representation of the bounding rectangle of this instance. |
|
| public |
Return an array of line segments of the four edges of this rectangle. |
|
| public |
toObject(): RectangleObject Return an object representation of this instance. |
|
| public |
Return a string representation of this rectangle. |
Static Public Methods
public static fromArray(array: RectangleArray): Rectangle source
Create a new rectangle from an array. The first index should be point
A
and the second index should be point B
.
Params:
| Name | Type | Attribute | Description |
| array | RectangleArray | Input array with at least two values. |
Public Constructors
Public Members
public get height: number: number source
Return the height of this rectangle, which is the difference between
this.bottom
and this.top
.
public get width: number: number source
Return the width of this rectangle, which is the difference between
this.right
and this.left
.
Private Members
Public Methods
public collidesCircle(circle: Circle): boolean source
Returns true if a given circle collides with this rectangle.
Params:
| Name | Type | Attribute | Description |
| circle | Circle | Other circle to compare with. |
public collidesRectangle(rectangle: Rectangle): boolean source
Returns true if a given rectangle collides with this rectangle.
Params:
| Name | Type | Attribute | Description |
| rectangle | Rectangle | Other rectangle to compare with. |
public containsPoint(point: Point): boolean source
Returns true if a given point is on this rectangle.
Params:
| Name | Type | Attribute | Description |
| point | Point | Point to test with. |
public containsRectangle(rectangle: Rectangle): boolean source
Returns true if a given rectangle is within this rectangle. That is,
both point A
and B
are within this rectangle.
Params:
| Name | Type | Attribute | Description |
| rectangle | Rectangle | The rectangle to check for. |
public equals(that: Object): boolean source
Return true if this rectangle is equal to another rectangle. Two rectangles are equal if and only if both points are equal. This means if two rectangles have the same left, right, top and bottom, they may not be equal, because they may have been defined from different points.
Params:
| Name | Type | Attribute | Description |
| that | Object | Other instance to compare to. |
public expand(vector: Vector): Rectangle source
Similar to move, but moves a
and b
in opposite directions by
inverting the vector for a
.
This method may shrink the rectangle if the vector is negative, or if
points a
and b
have been swapped. Normalize the
Params:
| Name | Type | Attribute | Description |
| vector | Vector | The offset vector to expand with. |
public merge(rectangle: Rectangle): Rectangle source
Merge two rectangles, taking the bouding box that contains both rectangles.
Params:
| Name | Type | Attribute | Description |
| rectangle | Rectangle | Other rectangle to merge with. |
public move(vector: Vector): Rectangle source
Move the rectangle by applying an offset to the points a
and b
.
Params:
| Name | Type | Attribute | Description |
| vector | Vector | Offset vector. |
public moveAB(vectorA: Vector, vectorB: Vector): Rectangle source
Move the a
point and b
point of this rectangle individually.
public normalize(): Rectangle source
Return a normalize rectangle, with the A
point in the top-left
position and the B
point in the bottom-right position.
public toArray(): RectangleArray source
Return an array representation of this instance.
Return:
| RectangleArray | Array representation [a, b]. |
public toBoundingRect(): BoundingObject source
Return an object representation of the bounding rectangle of this instance.
Return:
| BoundingObject | Object representation { left, top, width, height }. |
public toLineSegments(): Array<LineSegment> source
Return an array of line segments of the four edges of this rectangle.
public toObject(): RectangleObject source
Return an object representation of this instance.
Return:
| RectangleObject | Object representation {a, b}. |


My Projects
Rankings
Log Out
Rankings
Quezon City,
Metro Manila
+625
-57
Quezon City,
Metro Manila
+625
-57
Quezon City,
Metro Manila
+625
-57
Quezon City,
Metro Manila
+625
-57


Press n or j to go to the next uncovered block, b, p or k for the previous block.
| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| bwa | 95.29% | 81/85 | 57.14% | 8/14 | 85.71% | 6/7 | 95.24% | 80/84 | |
| bwa/controllers | 48.88% | 153/313 | 40.22% | 37/92 | 34.38% | 11/32 | 47.18% | 142/301 | |
| bwa/middleware | 59.26% | 32/54 | 42.42% | 14/33 | 63.64% | 7/11 | 56.86% | 29/51 | |
| bwa/models | 70.76% | 121/171 | 59.7% | 40/67 | 68.29% | 28/41 | 77.33% | 116/150 | |
| bwa/routes | 100% | 47/47 | 100% | 0/0 | 100% | 1/1 | 100% | 47/47 | |
| bwa/setup | 55.56% | 5/9 | 50% | 1/2 | 100% | 1/1 | 55.56% | 5/9 |


This project contains a long description of the physics of compact objects such as white dwarfs. It serves as a background for understanding the final differential equations you need to solve.
White dwarfs are cold objects which consist mainly of heavy nuclei such as \( ^{56}\mbox{Fe} \), with 26 protons, 30 neutrons and their respective electrons. Charge equilibrium results in an equal quantity of electrons and protons. You can read more about white dwarfs, neutron stars and black holes at the website of the Joint Institute for Nuclear Astrophysics or NASA's website. These stars are the endpoints of stars with masses of the size or smaller than our sun. They are the outcome of standard nuclear processes and end their lives as cold objects like white dwarfs when they have used up all their nuclear fuel.
Where a star ends up at the end of its life depends on the mass, or amount of matter, it was born with. Stars that have a lot of mass may end their lives as black holes or neutron stars. Low and medium mass stars will become something called a white dwarf. A typical white dwarf is half as massive as the Sun, yet only slightly bigger than the Earth. This makes white dwarfs one of the densest forms of matter, surpassed only by neutron stars.
Medium mass stars, like our Sun, live by burning the hydrogen that dwells within their cores, turning it into helium. This is what our Sun is doing now. The heat the Sun generates by its nuclear fusion of hydrogen into helium creates an outward pressure. In another 5 billion years, the Sun will have used up all the hydrogen in its core.
This situation in a star is similar to a pressure cooker. Heating something in a sealed container causes a build up in pressure. The same thing happens in the Sun. Although the Sun may not strictly be a sealed container, gravity causes it to act like one, pulling the star inward, while the pressure created by the hot gas in the core pushes to get out. The balance between pressure and gravity is very delicate.
Because a white dwarf is no longer able to create internal pressure, gravity unopposedly crushes it down until even the very electrons that make up a white dwarf's atoms are mashed together. In normal circumstances, identical electrons (those with the same "spin") are not allowed to occupy the same energy level. Since there are only two ways an electron can spin, only two electrons can occupy a single energy level. This is what's know in physics as the Pauli Exclusion Principle. And in a normal gas, this isn't a problem; there aren't enough electrons floating around to completely fill up all the energy levels. But in a white dwarf, all of its electrons are forced close together; soon all the energy levels in its atoms are filled up with electrons. If all the energy levels are filled, and it is impossible to put more than two electrons in each level, then our white dwarf has become degenerate. For gravity to compress the white dwarf anymore, it must force electrons where they cannot go. Once a star is degenerate, gravity cannot compress it any more because quantum mechanics tells us there is no more available space to be taken up. So our white dwarf survives, not by internal combustion, but by quantum mechanical principles that prevent its complete collapse.
With a surface gravity of 100000 times that of the earth, the atmosphere of a white dwarf is very strange. The heavier atoms in its atmosphere sink and the lighter ones remain at the surface. Some white dwarfs have almost pure hydrogen or helium atmospheres, the lightest of elements. Also, the very strong gravity pulls the atmosphere close around it in a very thin layer, that, if were it on earth, would be lower than the tops of our skyscrapers!
We assume that the star is in thermal equilibrium. It exhibits also charge equilibrium, meaning the number of electrons has to balance the number of protons. The gravitational pull on every element of volume is balanced by the pressure set up by a degenerate gas of electrons at \( T=0 \), since the temperature of the star is well below the so-called Fermi temperature of the electrons. The electrons are assumed to be relativistic and since the protons and neutrons have much lower kinetic energy, we assume that the pressure which balances the gravitational force is mainly set up by the relativistic electrons. The kinetic energy of the electrons is also much larger than the electron-electron repulsion or the attraction from the nuclei. This means that we can treat the system as a gas of free degenerate electrons at \( T=0 \) moving in between a lattice of nuclei like iron. This is our ansatz. Based on this we can derive the pressure which counterbalances the gravitational force given by (for every element of volume in a distance \( r \) from the center of the star) $$ \begin{equation*} F_{Grav}=-\frac{Gm(r)}{r^{2}}\rho(r), \end{equation*} $$ with \( G \) being the gravitational constant, \( \rho (r) \) the mass density (mass per volume) of a volume element a distance \( r \) from the center of the star, and \( m(r) \) is the integrated mass within a radius \( r \). The latter reads $$ \begin{equation*} m(r)=4\pi\int_{0}^{r}\rho (r')r'^{2}dr' \end{equation*} $$ which yields a differential equation between the total mass and the mass density $$ \begin{equation*} \frac{dm}{dr}=4\pi r^{2}\rho (r). \end{equation*} $$ In equilibrium, the pressure \( P \) balances the gravitational force $$ \begin{equation*} \frac{dP}{dr}=-\frac{Gm(r)}{r^{2}}\rho (r), \end{equation*} $$ and using \( dP/d\rho = (d\rho/dr)(dP/d\rho) \) we obtain $$ \begin{equation*} \frac{d\rho}{dr}=-\left(\frac{dP}{d\rho}\right)^{-1}\frac{Gm}{r^{2}}\rho. \end{equation*} $$ Together with \( \frac{dm}{dr}=4\pi r^{2}\rho (r) \) we have now two coupled first-order ordinary differential equations which determine the structure of the white dwarf given an equation of state \( P(\rho ) \). The total radius is given by the condition \( \rho (R)=0 \). Similarly, the mass for \( r=0 \) is \( m=0 \). The density at \( r=0 \) is given by the central density \( \rho_{c} \), a parameter you will have to play with as input parameter.
By integrating the last equation, we find the density profile of the star. The radius \( R \) is determined by the point where the density distribution is \( \rho =0 \). The mass is then given by \( M=m(R) \). Since both the total mass and the radius \( R \) will depend on the central density \( \rho_{c} \), a variation of this parameter will allow us to study stars with different masses. However, before we can proceed, we need the pressure for a relativistic gas of electrons.
We will treat the electrons as a relativistic gas of fermions at \( T=0 \). From statistical physics we can then obtain the particle density as $$ \begin{equation*} n=N/V=\frac{1}{\pi^{2}}\int_{0}^{k_{F}}k^{2}dk=\frac{k_{F}^{3}}{3\pi^{2}}, \end{equation*} $$ where \( k_F \) is the Fermi momentum, here represented by the wave number \( k_F \). The wave number is connected to the momentum via \( k_F=p_F/\hbar \). The energy density is given by $$ \begin{equation*} \varepsilon=E/V=\frac{1}{\pi^{2}}\int_{0}^{k_{F}}k^{2}dk \sqrt{(\hbar ck)^{2}+m_{e}^{2}c^{4}}. \end{equation*} $$ This expression is of the form \( \int y^2\sqrt{y^2+a^2} \). Performing the integration we obtain $$ \begin{equation*} E/V=n_0m_ec^2x^3\epsilon (x), \end{equation*} $$ where we have defined $$ \begin{equation*} \epsilon (x) = \frac{3}{8x^3}\left( x(1+2x^2)\sqrt{1+x^2}-ln(x+\sqrt{1+x^2})\right), \end{equation*} $$ with the variable \( x \) defined as $$ \begin{equation*} x=\frac{\hbar k_F}{m_ec}. \end{equation*} $$ We can rewrite \( x \) in terms of the particle density as well $$ \begin{equation*} n=N/V=\frac{k_{F}^{3}}{3\pi^{2}}, \end{equation*} $$ so that $$ \begin{equation*} \frac{\hbar k_F}{m_ec}=\left(\frac{n\hbar 3\pi^2}{m_e^3c^3}\right)^{1/3}, \end{equation*} $$ where we define \( n_{0}=\frac{(mc)^{3}_{e}}{3\pi^2(\hbar)^{3}} \) with \( m_{e} \) the electron mass. Using the constant \( n_0 \) results finally in $$ \begin{equation*} x=\frac{\hbar k_F}{m_ec}=\left(\frac{n}{n_{0}}\right)^{1/3}. \end{equation*} $$ Since the mass of the protons and neutrons are larger by a factor \( 10^3 \) than the mass of the electrons \( m_e \), we can approximate the total mass of the star by the mass density of the nucleons (protons and neutrons). This mass density is given by $$ \begin{equation*} \rho = M_p n_p, \end{equation*} $$ with \( M_{p} \) being the mass of the proton and \( n_p \) the particle density of the nucleons. The mass of the proton and the neutron are almost equal and we have set them equal here. The particle density \( n_p \) can be related to the electron density \( n \), which is the quantity we can calculate. The relation is simple, $$ \begin{equation*} n_p = n/Y_e , \end{equation*} $$ where \( Y_{e} \) is the number of electrons per nucleon. For \( ^{56}\mbox{Fe} \) we get \( Y_{e}=\frac{26}{56}=0.464 \), since we need to have as many electrons as protons in order to obtain a total charge of zero. Inserting numerical values for the electron mass we get $$ \begin{equation*} n_{0}=5.89\times 10^{29} \mathrm{cm}^{-3}. \end{equation*} $$ The mass density is now $$ \begin{equation*} \rho = M_p n/Y_e, \end{equation*} $$ and with $$ \begin{equation*} x=\left(\frac{n}{n_{0}}\right)^{1/3}=\left(\frac{\rho}{\rho_{0}}\right)^{1/3}, \end{equation*} $$ and inserting the numerical value for the proton mass we obtain $$ \begin{equation*} \rho_{0}=\frac{M_{p}n_{0}}{Y_{e}}=9.79\times 10^{5}Y_{e}^{-1} \mathrm{g}\hspace{1mm} \mathrm{cm}^{-3}. \end{equation*} $$ Using the parameter \( Y_{e} \) we can then study stars with different compositions. The only input parameters to your code are then \( \rho_c \) and \( Y_e \).
Now we want the equation for the pressure, based on the energy density. Using the thermodynamical relation $$ \begin{equation*} P=-\frac{\partial E}{\partial V}=-\frac{\partial E}{\partial x} \frac{\partial x}{\partial V}, \end{equation*} $$ we can find the pressure as a function of the mass density \( \rho \). Thereafter we can find \( \frac{dP}{d\rho} \), which allows us to determine the mass and the radius of the star.
The term $$ \begin{equation*} \frac{\partial x}{\partial V}, \end{equation*} $$ can be found using the fact that \( x\propto n^{1/3} \propto V^{-3} \). This results in $$ \begin{equation*} \frac{\partial x}{\partial V}= -\frac{x}{3V}. \end{equation*} $$ Taking the derivative with respect to \( x \) we obtain $$ \begin{equation*} P=\frac{1}{3}n_0m_ec^2 x^4\frac{d\epsilon}{dx}. \end{equation*} $$ We want the derivative of \( P \) in terms of the mass density \( \rho \). Using \( x=\left(\frac{\rho}{\rho_{0}}\right)^{1/3} \), we obtain $$ \begin{equation*} \frac{dP}{d\rho}=\frac{dP}{dx}\frac{dx}{d\rho}. \end{equation*} $$ With $$ \begin{equation*} \frac{dP}{dx}=\frac{1}{3}n_0m_e \left(\frac{dx^4\frac{d\epsilon}{dx}}{dx}\right), \end{equation*} $$ and $$ \begin{equation*} \frac{dx}{d\rho}=\frac{1\rho_0^{2/3}}{3\rho_0\rho^{2/3}} =\frac{1}{3\rho_0 x^2}, \end{equation*} $$ we find $$ \begin{equation*} \frac{dP}{d\rho}=Y_{e}\frac{m_{e}c^2}{M_{p}}\gamma (x), \end{equation*} $$ where we defined $$ \begin{equation*} \gamma (x)=\frac{x^{2}}{3\sqrt{1+x^{2}}}. \end{equation*} $$ This is the equation for the derivative of the pressure to be used to find $$ \begin{equation*} \frac{d\rho}{dr}=-\left(\frac{dP}{d\rho}\right)^{-1}\frac{Gm}{r^{2}}\rho. \end{equation*} $$
Note that \( x \) and \( \gamma(x) \) are dimensionless quantities.
In the numerical treatment of the two differential equations we need to rescale our equations in terms of dimensionless quantities, since several of the involved constants are either extremely large or very small. Furthermore, the total mass is of the order of the mass of the sun, approximately $2\times 10^{30}$kg while the mass of the electron is \( 9\times 10^{-31} \) kg.
We introduce therefore a dimensionless radius \( \overline{r}=r/R_{0} \), a dimensionless density \( \overline{\rho}=\rho /\rho_{0} \) (recall that \( x^{3}=\rho /\rho_{0} \)) and a dimensionless mass \( \overline{m}=m/M_{0} \).
We determine below the constants \( M_{0} \) and \( R_{0} \) by requiring that the equations for \( \frac{dm}{dr} \) and \( \frac{d\rho}{dr} \) have to be dimensionless. We get then $$ \begin{equation*} \frac{dM_0\overline{m}}{dR_0\overline{r}}= 4\pi R_0^2\overline{r}^{2}\rho_0\overline{\rho}, \end{equation*} $$ resulting in $$ \begin{equation*} \frac{d\overline{m}}{d\overline{r}}= 4\pi R_0^3\overline{r}^{2}\rho_0\overline{\rho}/M_0. \end{equation*} $$ If we want this equation to be dimensionless, we must require $$ \begin{equation*} 4\pi R_{0}^{3}\rho_{0}/M_0=1. \end{equation*} $$ Correspondingly, we have $$ \begin{equation*} \frac{d\rho_0\overline{\rho}}{dR_0\overline{r}}= -\left(\frac{GM_0M_p}{Y_em_ec^2 }\right)\frac{\overline{m}} {\gamma R_0^2\overline{r}^{2}} \rho_0\overline{\rho}, \end{equation*} $$ with \( R_0 \) $$ \begin{equation*} R_{0}=\left(\frac{Y_{e}m_{e}c^2}{4\pi\rho_{0} GM_{p}}\right)^{1/2} =7.72\times 10^{8} Y_{e} \mathrm{cm}. \end{equation*} $$ in order to yield a dimensionless equation. This results in $$ \begin{equation*} M_{0}=4\pi R_{0}^{3}\rho_{0}=5.67 \times 10^{33}Y_{e}^{2} \mathrm{g}. \end{equation*} $$ The radius of the sun is \( R_{\odot}=6.95\times 10^{10} \) cm and the mass of the sun is \( M_{\odot}=1.99\times 10^{33} \) g.
Our final differential equations \( \overline{\rho} \) and \( \overline{m} \) read $$ \begin{equation*} \frac{d\overline{\rho}}{d\overline{r}}=-\frac{\overline{m}}{\gamma}\frac{\overline{\rho}} {\overline{r}^{2}}, \hspace{5mm}\frac{d\overline{m}}{d\overline{r}}= \overline{r}^{2}\overline{\rho}. \end{equation*} $$ These are the equations you need to code.
Try to discuss your results and trends through simple physical reasoning.
Here follows a brief recipe and recommendation on how to write a report for each project.
The preferred format for the report is a PDF file. You can also use DOC or postscript formats or as an ipython notebook file. As programming language we prefer that you choose between C/C++, Fortran2008 or Python. The following prescription should be followed when preparing the report:


--- layout: post title: So, you want to copy Atlassian's style do you? date: type: post published: false status: draft categories: [] tags: [] meta: _edit_last: '1' _oembed_19af63bdad7609315bf2687c23503ee2: "{{unknown}}" author: David Simpson excerpt_separator: ---
Several people have asked me how to get their Confluence to look more like Atlassian's documentation at confluence.atlassian.com.
This post gives you a hint on how to get started...
https://gist.github.com/dvdsmpsn/0c0a76a835e788fde8f1


public class EarthQuakeUtils
extends java.lang.Object
A utility class that can Filter Earthquake data based on
Also can Convert Earthquake Data into PointFeatures to be used by UnfoldingMap API
EarthQuakeEntry
,
DataEntry
| Modifier and Type | Class and Description |
|---|---|
static class |
EarthQuakeUtils.DepthLessThanFilter
DepthLessThanFilter
|
static class |
EarthQuakeUtils.DepthMoreThanFilter
DepthMoreThanFilter
|
static class |
EarthQuakeUtils.DepthRangeFilter
DepthRangeFilter
|
static interface |
EarthQuakeUtils.EarthQuakeFilter
EarthQuakeFilter
|
static class |
EarthQuakeUtils.ExactDepthFilter
ExactDepthFilter
|
static class |
EarthQuakeUtils.ExactMagnitudeFilter
ExactMagnitudeFilter
|
static class |
EarthQuakeUtils.MagnitudeLessThanFilter
MagnitudeLessThanFilter
|
static class |
EarthQuakeUtils.MagnitudeMoreThanFilter
MagnitudeMoreThanFilter
|
static class |
EarthQuakeUtils.MagnitudeRangeFilter
MagnitudeRangeFilter
|
| Constructor and Description |
|---|
EarthQuakeUtils() |
| Modifier and Type | Method and Description |
|---|---|
static java.lang.Iterable<EarthQuakeEntry> |
filter(java.lang.Iterable<EarthQuakeEntry> data,
EarthQuakeUtils.EarthQuakeFilter... filters)
Filters EarthQuakes according to EarthQuakeFilters var args.
|
static java.util.List<de.fhpotsdam.unfolding.data.PointFeature> |
toPointFeatures(java.lang.Iterable<EarthQuakeEntry> data)
Parses the Entries from the given RSS Feed file into Features for markers on map.
|
public static java.lang.Iterable<EarthQuakeEntry> filter(java.lang.Iterable<EarthQuakeEntry> data, EarthQuakeUtils.EarthQuakeFilter... filters)
data
- Iterablefilters
- EarthQuakeFilter var arg that holds any number of filters and all of them will be appliedpublic static java.util.List<de.fhpotsdam.unfolding.data.PointFeature> toPointFeatures(java.lang.Iterable<EarthQuakeEntry> data)
data
- Iterable


Currently, this application is strictly for educational purposes and is not to be used as expert medical opinion.
Please upload an image in one of the following formats: .PNG, .JPG or .JPEG.
Please Note: Uploaded files will not be stored.


{% extends 'layouts/master.html' %} {% import './macros/ads.html' as ads %} {% block embed %}
{{ ads.topResponsive() }}Subscribing to a topic gives you a convenient way to track only the topics you care about.
Total: {{ topics.length }}, Max: 200
by {{ topic.user.uname }}, {{ topic.formattedCreatedAt }}


Shilpa Sharma & Anvay Ullal
Since the chapter’s founding in 2009, UCSD Project RISHI has been working with a village in rural Maharashtra, called Anandwan, Hindi for “Forest of Joy”. Last year, we completed a successful trip to India, where we piloted three components of our health education curriculum, including first aid, nutrition, and hygiene. Through our efforts, we hope to ultimately provide the children with the knowledge to practice behaviors that promote good health and disease prevention, as well as engage students in a social dialogue about health and responsible decision-making. The following images offer a look into Anandwan’s school and the education camps that Project RISHI is implementing.
A deaf student is being taught to associate words with sounds and objects. The teachers of the blind and deaf schools in Anandwan continue to find ways to adapt their curriculum to the unique needs of each child. However, they lack sophisticated resources and models to use in their lessons that keep the disabled children up to speed with their nondisabled counterparts.
Anandwan is a village located in rural Maharashtra, which functions as a rehabilitation site for those that are blind, deaf, mute, and persons afflicted with leprosy. Along with providing basic education to the villagers, Anandwan provides treatment for patients and vocational training for disabled people, so they can support themselves independently and be valued members of society. Leprosy is 100% curable, but the problems that the patients face are socially entrenched. The afflicted are often forced to leave their villages in order to escape the prejudices associated with the disease.
Many of the students in the blind and deaf school share similar social injustices. With a society that is not accepting of their disability, students are placed in boarding schools by their parents so that their families don’t suffer the social consequences of having a disabled child. At Anandwan, this social stigma is left behind, and disabled children are taught to have a strong sense of community and accept one another.
Two blind students are practicing the Heimlich maneuver they learned during the health education camp taught by UCSD Project RISHI members. The schools in Anandwan don’t include health topics as part of their core curriculum, so students lack basic knowledge about general health practice. Our health education camps are designed to provide the children with practical information on topics including first aid, nutrition, and hygiene so they can make educated decisions regarding their own health.
A student hazards a guess of how much milk should be in their diet during a nutrition camp. Interactive lessons take into account the students’ disabilities and allow them to engage the material and learn from each other. The villagers of Anandwan maintain a simple vegetarian diet consisting of lentils, vegetables, and ‘roti’; the only two commodities imported are salt and oil. Through the nutrition camps, the children learn how to create a balanced, healthy diet by associating common farm products with categories in a food pyramid.
A curious student examines his health supply kit, which he earned as a reward for participating in a health education camp activity. The student must rely on touch to discern the contents of the kit and learn how to use them. Our goal is to supply professional tactile models that can be used throughout their health curriculum to introduce concepts such as anatomy and sexual health through a medium that the students find most comfortable.
Project RISHI hopes to empower these children through education. A villager’s greatest asset is considered to be their own health. By teaching the youth preventative health care along with basic first aid, these children will be able to improve the quality of their own lives.


This game is an ancient game played and traced back to indian history.
It is a Game of snakes and ladders as the name is and is usually played as a game of luck. It also shows how life treat us all.
How To play the game
The snakes and ladder game board is as seen below.
To play the game in the program the board looks like this:
So to play the game you hit the Play command button on the board and the number appears on the label while the beads are moved automatically to their new location. If the bead falls on a ladder, it is moved to a new position with a notification of a message box showing the position moved from to the final position. And if the bead falls on the head of a snake it is also moved from a position back to another position which it falls with a notification.
The game can also be played with Keys on the keyboard.
... To PLay - K
... To Exit - Esc key
... To Accept command - Enter Key
To crown it all you can use the K - Key and or Enter key to play the game when the PLay command button is selected.
To Start a new game. You Click on the File Menu then New game.
To see Help. You click on the Help menu and point to Index and click.
To See the use of the program and the Programmer. Click on Help and choose About the Snake N' Ladder Game.


Reports cases in Python 2 when a file contains non-ASCII characters and does not have an encoding declaration at the top.
Example:
class A(object):
# №5
def __init__(self):
pass
In this example, the IDE reports a non-ASCII symbol in a comment and a lack of encoding declaration. Apply the proposed quick-fix to add a missing encoding declaration:
# coding=utf-8
class A(object)
# №5
def __init__(self):
pass


Class: MinimalPipeline::Crossing
- Inherits:
-
Object
- Object
- MinimalPipeline::Crossing
- Defined in:
- lib/minimal_pipeline/crossing.rb
Overview
Here is an example of how to use this class to interact with Crossing.
crossing = MinimalPipeline::Crossing.new
# Upload
crossing.upload_content('my-config-bucket', 'example.txt', 'foo')
# Download
content = crossing.download_file('my-config-bucket', 'example.txt')
puts content # Outputs 'foo'
You will need the following environment variables to be present: *
AWS_REGION
or region
*
keystore_kms_id
For more information on Crossing see github.com/stelligent/crossing
Instance Method Summary collapse
-
#download_file(config_bucket, filename) ⇒ String
Securely downloads a file from an S3 bucket.
-
#initialize ⇒ Crossing
constructor
A new instance of Crossing.
-
#upload_content(config_bucket, filename, content) ⇒ Object
Securely uploads a file to an S3 bucket.
Constructor Details
#initialize ⇒ Crossing
Returns a new instance of Crossing
27 28 29 30 31 32 33 34 35 36 37 38 39 40 |
# File 'lib/minimal_pipeline/crossing.rb', line 27 def initialize raise 'You must set env variable AWS_REGION or region.' \ if ENV['AWS_REGION'].nil? && ENV['region'].nil? raise 'You must set env variable keystore_kms_id.' \ if ENV['inventory_store_key'].nil? && ENV['keystore_kms_id'].nil? region = ENV['AWS_REGION'] || ENV['region'] keystore_kms_id = ENV['keystore_kms_id'] || ENV['inventory_store_key'] kms = Aws::KMS::Client.new(region: region) s3 = Aws::S3::Encryption::Client.new(kms_key_id: keystore_kms_id, kms_client: kms, region: region) @crossing = ::Crossing.new(s3) end |
Instance Method Details
#download_file(config_bucket, filename) ⇒ String
Securely downloads a file from an S3 bucket
58 59 60 |
# File 'lib/minimal_pipeline/crossing.rb', line 58 def download_file(config_bucket, filename) @crossing.get_content(config_bucket, filename) end |
#upload_content(config_bucket, filename, content) ⇒ Object
Securely uploads a file to an S3 bucket
48 49 50 |
# File 'lib/minimal_pipeline/crossing.rb', line 48 def upload_content(config_bucket, filename, content) @crossing.put_content(config_bucket, filename, content) end |


Constructing an aggregation/collection involves scanning all the files in one or more directories.
We typically want to associate with each file the list of coordinate values along the aggregation dimension.
For PointFeature Collections, we need to know the time range for each file.
Dynamic generation of catalogs with DatasetScan involves scanning all the files in one or more directories.
We can open files open in a background thread and add discovery metadata automatically.
cache key = directoryName, value = serializable object
cache value = list of fileNames for each file in directory.


Create IOU
Создать объект недвижимости
Address
Price
Description
Area
Comment
Create
There are no recorded IOUs
Use the "Create IOU" button to send an IOU to a peer.
Recorded IOUs:
Lender: {{iou.lender}}
Borrower: {{iou.borrower}}
Value: {{iou.value}}


Pagination is a component that only displays page numbers. It will not manipulate your data collection. You will have to split your data collection into pages yourself.
In order to properly operate a pagination behaviour, there are 3 important notions you have to be familiar with,
which are actually available as @Input()
on the widget:
collectionSize
- Number of elements/items in the collection. i.e. the total number of items the
pagination should handle.
pageSize
- Number of elements/items per page.page
- The current page.
To split the data collection yourself, use *ngFor
associated with the
slice
pipe to extract
(or slice) a sub-part of it.
Corresponding code could be something like:
and the associated <ngb-pagination>
would be like:
page
and pageSize
have default values, which are respectively
1
and 10
.
To add filtering or sorting on top of your pagination, you will have to update the way you split your data collection. As mentionned in Angular documentation, you don't need to reimplement dedicated pipes for that purpose. Recommendation is to move filtering and sorting logic into the component itself where some property getters could be exposed.
It is possible to customize what exactly is displayed in each pagination link and there are several ways of doing it.
You could use the Angular i18n API as all labels are translated. For instance you could replace the default
'«'
(previous arrow) with the 'Prev'
text by providing a different translation for
the ngb.pagination.previous
key in your i18n file and ngb.pagination.previous-aria
for the
corresponding aria-label
attribute.
You could also override the CSS to hide the default span
and provide an alternative content. For
example for the previous arrow:
Sometimes you would want to display an icon, an image or any arbitrary markup instead of the page number. In this case since you could use the template-based API to override any pagination link:
In this case we customize all pagination links, but you can pick only the ones you need of course. The template
NgbPaginationLinkContext
is available for all templates and for page numbers there is a
NgbPaginationNumberContext
that adds displayed number on top.
You can additionally decide how to render all page numbers using
NgbPaginationPagesContext
Also see the Customization example for a live version.


Create a ChatOps Bot for Slack
Tools/Technologies used
How to execute
Make sure that you have downloaded your private-key-file.pem before starting. Follow instructions below carefully.
Terraform
-
Clone Project
git clone https://github.com/ErikBlomquist/CIT-481-BOT cd CIT-481-BOT/terraform
-
Initialize Terraform
terraform init
-
Pass Environment Variables
export TF_VAR_aws_access_key='ACCESS-KEY-GOES-HERE' export TF_VAR_aws_secret_key='SECRET-KEY-GOES-HERE' export TF_VAR_aws_region='us-west-2' export TF_VAR_aws_key_pair='test' export TF_VAR_aws_private_key_pem='~/ChatOps/test.pem' export TF_VAR_stackstorm_password="testp"
-
Terraform Plan & Apply
terraform plan terraform apply
-
SSH into your instance
ssh -i ~/path-to-your-key/test.pem ubuntu@YOUR-PUBLIC-IP
Slack and Hubot
Prepare Slack
- Head over to https://api.slack.com/
- Click
Start Building
- Fill out
App Name
(I picked Fat-Lou) and then select your workspace underDevelopment Slack Workspace
and thenCreate App
. - Click
Bots
. - Click
Add a Bot User
. - Click
OAuth & Permissions
and thenInstall App to Workspace
. - Select your workspace and click
Authorize
. - Copy the
Bot User OAuth Access Token
, we’ll need it later.
Setup Hubot
- Go to your Slack workspace where you want to implement the bot and click
Apps
in the bottom left corner. - In the search field, type
hubot
and click on the only showing result. - You should be re-directed to a slack wegpage. Click
Install
. - Add a Username and then click
Add Hubot Integration
. - Scroll down to
Integration Settings
and save theAPI Token
securely.
Invite Bot
Go to your Slack workspace and type /invite @name-of-your-bot:
/invite @fat-lou
StackStorm
-
Once you have logged into your instance, you need to create a Stackstorm API key, once created copy it.
st2 apikey create -k
-
We need to configure Stackstorm.
sudo vi /opt/stackstorm/chatops/st2chatops.env
-
Uncomment the following variables and make sure to replace them with your own values.
export HUBOT_NAME=fat-lou export HUBOT_ALIAS='!' export ST2_API_KEY="INSERT-YOUR-API-KEY-GENERATED-IN-STEP-1" export ST2_AUTH_USERNAME="st2admin" export ST2_AUTH_PASSWORD="testp" export HUBOT_ADAPTER="slack" export HUBOT_SLACK_TOKEN="xoxb-YOUR-HUBOT_SLACK_TOKEN"
-
From your cmd, install the Ansible plugin for StackStorm.
st2 pack install ansible
-
Start/Stop/Restart service
sudo systemctl start st2chatops sudo systemctl restart st2chatops sudo st2ctl start sudo st2ctl reload sudo st2ctl reload --register-aliases
-
You should be able to see your bot online on Slack once your StackStorm service has restarted.
-
Install pack !pack install https://github.com/armab/st2_chatops_aliases
Ansible
Run Ansible Playbook from Slack
!ansible ansible-playbook /path/of/file.yaml
etc.
!ansible ansible-playbook /home/ubuntu/test.yaml
StackStorm Web UI
https://your-public-dns
Destroy
A good practice is to destroy the resources while they are not being used to avoid charges.
terraform destroy
Issues
- t2.micro instances do not meet the minimal requirements. t2.medium instances are recommended for testing.
- StackStorm Web UI blocked, need to open ports for it.
- Invalid permissions (IAM, Roles, Policy, StackStorm)


Home
Shop
Contact
About us
Shoppinglist
List
Login
test
Welcome to our website. Here you will find everything for your outdoor or snow holiday. So you are always on top of everything.


NAME
db_cmd.pl
SYNOPSIS
db_cmd.pl {-url <url> | [-reg_conf <reg_conf>] -reg_alias <reg_alias> [-reg_type <reg_type>] } [ -exec <alt_executable> ] [ -prepend <prepend_params> ] [ -sql <sql_command> ] [ -verbose ] [other arguments to append to the command line]
DESCRIPTION
db_cmd.pl is a generic script that connects you interactively to your database using either URL or Registry and optionally runs an SQL command.
-url is exclusive to -reg_alias. -reg_type is only needed if several databases map to that alias / species.
If the arguments that have to be appended contain options (i.e. start with dashes), first use a double-dash to indicate the end of db_cmd.pl's options and the start of the arguments that have to be passed as-is (see the example below with --html)
USAGE EXAMPLES
db_cmd.pl -url "mysql://ensadmin:${ENSADMIN_PSW}@localhost:3306/" -sql 'CREATE DATABASE lg4_long_mult'
db_cmd.pl -url "mysql://ensadmin:${ENSADMIN_PSW}@localhost:3306/lg4_long_mult"
db_cmd.pl -url "mysql://ensadmin:${ENSADMIN_PSW}@localhost:3306/lg4_long_mult" -sql 'SELECT * FROM analysis_base' -- --html
db_cmd.pl -url "mysql://ensadmin:${ENSADMIN_PSW}@localhost/lg4_long_mult" -exec mysqldump -prepend -t analysis_base job
db_cmd.pl -reg_conf ${ENSEMBL_CVS_ROOT_DIR}/ensembl-compara/scripts/pipeline/production_reg_conf.pl -reg_alias compara_master
db_cmd.pl -reg_conf ${ENSEMBL_CVS_ROOT_DIR}/ensembl-compara/scripts/pipeline/production_reg_conf.pl -reg_alias mus_musculus -reg_type core
db_cmd.pl -reg_conf ${ENSEMBL_CVS_ROOT_DIR}/ensembl-compara/scripts/pipeline/production_reg_conf.pl -reg_alias squirrel -reg_type core -sql 'SELECT * FROM coord_system'
LICENSE
Copyright [1999-2015] Wellcome Trust Sanger Institute and the EMBL-European Bioinformatics Institute
Copyright [2016-2021] EMBL-European Bioinformatics Institute
Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software distributed under the License
is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and limitations under the License.
Please subscribe to the Hive mailing list: http://listserver.ebi.ac.uk/mailman/listinfo/ehive-users to discuss Hive-related questions or to be notified of our updates


Name :
amplio
Surname :
Vita
Gender :
Unisex
Additional Info :
An amateur software developers' group.


Ajax Validations - Chico UI
Async Validation
Zip Code:
You can use
90040060
as a valid zip code.
Cancel
Sync Validation
Zip Code:
You can use
90040060
as a valid zip code.
Cancel


New Order Detail
ID
Choose your option
Order
Choose your option
Product
Quantity
Sub Total
Confirm
Back


It is Daylight Savings Time. Try and schedule your run while it is still light outside.
If you’re a lone runner, you’re pretty sure that running alone is the only acceptable way to run. For you, it is, by far, the most perfect part of your day. It’s the best time to get lost in thought or to completely zone out. It’s your escape from just about everything. Before you head out for your next run, though, here’s some sage advice for all runners.
Run in very public areas (places that always have some form of pedestrian or street traffic)
Carry a protective spray (like pepper spray or Mace), a whistle, or a high-decibel personal alarm.
Glance over your shoulder occasionally. Know what is going on behind you, and send a clear signal to everyone around you that you’re paying attention.
Take the long way home. Skip shortcuts though alleys, parking lots, and drive-through lanes (and don’t even think of cutting behind the food store; you know, the one with the loading docks and dumpsters).

Carry a cell phone, ID, and house key with you, in case of emergency.
If you are followed, go to the nearest residence, open business, or group of people.
Take advantage of Daylight Savings Time and run in the early evening, while the Sun is still up.
While we wholeheartedly agree that music makes a run go faster, relaxing to your favorite tunes may also put you at risk. Here are some ideas to keep you safe when you’re wearing a headset:
Keep the volume low enough to hear traffic and sirens.
Free your hands. There are countless armbands, belt clips, and even sunglasses, designed to hold your music player. Though we hope you never need them, your hands should be free and ready to use your pepper spray or Mace.
Remember, you can run in the dark; you can run with your music but, you should not run in the dark with your music!


Provider Sign Up
Practicing Province
Alberta
British Columbia
Manitoba
New Brunswick
Newfoundland and Labrador
Nova Scotia
Nunavut
Ontario
Prince Edward Island
Quebec
Yukon
Saskatchewan
How did you hear about us?
Recommended through clinical networks
Advertisements
At a conference
Internet
Other
Sign Up
Have an account?
Sign In
instead


E.J. Davidson
Describes issues in the transition from established IS approaches, to JAD outlining how designers' analytical models were not always a suitable basis for workshop activity design.
Unread


Inclusive Design Fundamentals
Resources
Slides
Disability Types
Topic Handouts
Visual Information
Images
Color Contrast
Page Structure
Navigation and Consistency
Reading Order
Forms
Data Tables
Dynamic Content
Custom Controls
Exercises
Visual Information
Images
Color Contrast
Page Structure
Navigation and Consistency
Reading Order
Forms
Data Tables
Dynamic Content
Custom Controls


We couldn't find the page you were looking for. But while you are here, play a game of nibbles
controls wasd - move up, down, left , right esc - reset game


Multiple Tables Page Title!
State
Capitol City
Pop.
Minnesota
Saint Paul
3
New York
Albany
Eight Million
some other element
State
Capitol City
Pop.
Minnesota
Saint Paul
3
New York
Albany
Eight Million
a
b
c
1
2
3


Burroughs B5500 Emulator
Open-Source Project
Project Blog
Getting Started Wiki
Resources
Start & Power On
Start – Powered Off
(Caution: Closing this window, minimizing it, or placing the page on a non-active tab may cause the emulator to run very slowly)
ID
Delay
Context
#Args


Jump the cursor, moving it up and then back down to it's spot, allowing you to do fancy things like multiple output (downloads) the way that Docker does them in an async way without breaking term.
# File lib/colorator.rb, line 38 def ansi_jump(str, num) "\x1b[#{num}A#{clear_line(str)}\x1b[#{ num }B" end
# File lib/colorator.rb, line 54 def clear_line(str = "") "\x1b[2K\r#{ str }" end
Clear the screen's current view, so the user gets a clean output.
# File lib/colorator.rb, line 74 def clear_screen(str = "") "\x1b[H\x1b[2J#{ str }" end
# File lib/colorator.rb, line 82 def colorize(str = "", color) "\x1b[#{color}m#{str}\x1b[0m" end
Allows you to check if a string currently has ansi.
# File lib/colorator.rb, line 26 def has_ansi?(str) str.match(ANSI_MATCHR).is_a?( MatchData ) end
# File lib/colorator.rb, line 46 def reset_ansi(str = "") "\x1b[0m#{ str }" end
Strip ANSI from the current string, making it just a normal string.
# File lib/colorator.rb, line 64 def strip_ansi(str) str.gsub( ANSI_MATCHR, "" ) end


This website requires JavaScript.
Wacom Pressure Curve Graph
Change the bezier curve by dragging the control points.
← output pressure
input pressure →
You can use this pressure curve with:
xsetwacom set device_name PressureCurve


val maxMemory: Long
Return The maximum amount of memory the Java Runtime Environment will use in bytes.


About original game: Tetris on Wikipedia
Sergey A Kryukov, derived work
http://www.SAKryukov.org
http://www.codeproject.com/Members/SAKryukov
Based on algorithms and working prototype developed by Jake Gordon:
http://codeincomplete.com
http://codeincomplete.com/posts/2011/10/10/javascript_tetris
https://github.com/jakesgordon/javascript-tetris
License: LICENSE.txt, based on MIT license
Original publication: http://www.codeproject.com/Articles/876475/Tetris-On-Canvas


We are saddened to hear of the situation and pray for a speedy resolution.
As for IAR services, we do not offer separate processing of Islamic divorce and unlike marriage, there is no paperwork to complete in the mosque. The husband is initiates talaq (divorce initiated from husband), or the wife pursues khulu (divorce initiated by wife) via the civil divorce process, and observe the Islamic ethical guidelines within that process.
For support with resources in continuing to work on the marriage, please feel free to meet with IAR Counseling Referral Services.
For religious inquiries on divorce, please consult with a scholar from the Assembly of Muslim Jurists of America (AMJA) by phone or via the internet on their chat service . Their hours of operation are listed at those links.


Mood Forest
Animal
to do...
Cancel :(
Check
Loading...


WITH the threat ringing in her ears, Nancy jumped out of bed. The voice had come from
outside, so she ran to the window and was just in time to see a man reaching the bottom of
a tree. Evidently he had climbed it in order to call into Nancy’s room.
She ordered him to stop, but knew it was useless. Quickly she grabbed her flashlight and
pointed it toward the intruder. By now he was rushing toward some bushes. The light
revealed that he was short, had thick, shiny black hair and wore a gray suit!
This was the description Mrs. Rooney had given of the man whom she had seen running
from Mr. Moto’s store! Could he be Benny Caputti?
Nancy concluded that the incident should be reported to the police, and that a guard should
be posted at the house if the Drews were to remain there.
She put on her robe and slippers and went to her father’s room. When he was fully awake,
Nancy told him what had happened. He was greatly disturbed, realizing that the man who
had climbed the tree might have entered Nancy’s room and harmed her!
43
“I like your idea of a guard,” he told his daughter. “In the morning we’ll talk it over with the
Mises. Actually, I’m embarrassed staying here and putting them through all this trouble. We
should offer to move at once.”
Mr. Drew went to the telephone and called police headquarters. He reported that a man
had been roaming around the Mise property who matched Caputti’s description. The officer
on duty promised to look out for the suspect.
Nancy finally went back to bed but found it hard to sleep, even though she had closed her
window and pulled down the bamboo shade. Finally she dozed off and dreamed about
climbing up and down trees after Benny the Slippery One Caputti, but never catching him.
She slept later than usual, but no one disturbed the weary detective. When Nancy finally
came to breakfast, her father and the Mises were already eating.
Nancy bowed low, which seemed to please her hosts, and said good morning. Mr. Drew had
already told the Mises what had happened the evening before. “I mentioned, Nancy, that
you and I felt we should leave and not put our kind friends to any more trouble. They
wouldn’t listen to my proposition. I guess I’m losing my ability to sell an idea.”
“That is not the reason!” Mrs. Mise objected. “We are very interested in the case and want
to do all we can to help you solve it. That is why we insist you remain here.”
Mr. Mise changed the subject by showing the Drews the morning paper. For the benefit of
his guests, he had thoughtfully bought an English edition. He pointed to a headline which
read:Daring Robbery in Jewelry Store
Only One Valuable Piece Stolen!
The article said that the theft was most unusual. Although the shop had a burglar alarm
system, it had not been set off, and the police were at a loss to explain why. Also, they were
puzzled by the fact that the only article taken was a necklace containing 25 pearls. The
center pearl was very large and on each side of it were 12 smaller ones.
“That sounds like Mrs. Rossmeyer’s!” Nancy exclaimed.
“It does, indeed,” Mr. Drew agreed. “What do you think happened?”
“Benny the Slippery One comes to mind,” she replied.  Mrs. Mise asked.
44
“Yes.”
“But how could he do two things at the same time?”
“Does the article mention what time the robbery took place, Nancy?” Mr. Drew asked.
“It could have been any time after closing yesterday. When the store’s custodian arrived at
five-thirty this morning, he discovered that the alarm had been turned off. Thinking this
strange, he called the owner of the shop. The man came immediately and discovered that
the valuable necklace was missing. He phoned the police and they, in turn, gave the item to
the newspaper just before it went to press.”
“So Benny had plenty of time for the burglary, either before or after he climbed the tree,”
Nancy said. “I certainly wish I could find out if that necklace was Mrs. Rossmeyer’s.”
“Possibly World Wide Gems sold it to that jewelry store,” Mr. Drew added, “and then Benny
or someone working for him went to get it back.”
“To make more money by reselling it!” Mrs. Mise added. “What a racket!”
Just then the telephone rang. Hannah Gruen was calling and said that Mr. Drew should
phone his office as soon as it was open. “Meanwhile, I’ll talk to Nancy,” she added.
The young sleuth was delighted with what Hannah had to tell her. Ned Nickerson, Burt
Eddleton, and Dave Evans were coming to River Heights to visit Nancy, George, and Bess.
They wanted to know how soon Nancy would be home.
“I told them I thought in about a week,” Hannah remarked.
“I’ll certainly be there by then,” Nancy agreed. “Dad and I hope to wind up the mystery
soon.” She told Hannah what happened since the Drews had arrived in Japan.
When she came to the part about Caputti climbing the tree and calling into her room, the
motherly housekeeper gasped. “Oh, Nancy dear, please watch your step!” she begged.
“Don’t worry, Hannah,” Nancy replied. “I’m doing my best. This is a very puzzling case.”
After good-by’s had been said, Nancy wondered what to do next. An idea came to her. She
said to her father, “Let’s go outdoors and see if we can find any clues to the man who was
here last night.”
The two excused themselves and walked into the garden. Near the bushes through which
the suspect had gone were footprints!
“These are strange,” Nancy said. “It’s not a complete impression, just the ball of the foot.
We can’t deduce much from this, but let’s see where the prints lead.”
45
“The fugitive must have been running very fast because only the forward part of the foot is
showing,” Mr. Drew commented. “He was literally on his toes. Nancy, what can you tell
from these prints?”
“That the man is short. He takes short steps but doesn’t leap. I’d say he’s an excellent
runner. This may be another reason for his nickname, Benny the Slippery One, if he, indeed,
was the intruder.”
The Drews followed the shoe prints until they ended in the street, where it was impossible
to trace them any further.
Nancy and her father returned to where they had started their search and examined the
area between the bushes and the tree. Here the ground was firmer and no prints were
visible. The Drews looked carefully at the bark of the tree, thinking its roughness might have
snagged something from the man’s clothing.
Soon Nancy detected a few thin, wooly, gray threads. “Dad! These could be from Benny’s
suit!” she exclaimed.
“You’re right,” Mr. Drew replied after examining the evidence closely. “I’m sure the police
would like to see them.”
Carefully Nancy deposited the find in her pocketbook. “I wonder why he has such a liking for
gray suits,” she mused, then began to search around the tree.
A few seconds later, the girl sleuth cried out, “Oh, Dad, I’ve found another good clue!”


Motorola Cell Phone Accessories | Overstock.com: Buy Hands-free ...
Motorola Cell Phone Accessories for everyday discount prices on Overstock.com! $2.95 shipping and product reviews on Hands-free Devices, Cell Phone .
http://www.overstock.com/Electronics/Cell-Phone-Accessories/Motorola,/brand,/2764/cat.html
Treatment for Herniated or Bulging Discs
Motorola Accessories | Cell Phone Shop
Buy the hottest Motorola cell phones accessories at unbeatable prices only at Cellphoneshop.net. Motorola batteries, car chargers, travel chargers, carrying .
http://www.cellphoneshop.net/acformot.html
Motorola Cell Phones & Accessories: Compare Prices, Reviews ...
Shopping is the best place to comparison shop for Motorola Cell Phones & Accessories. Compare prices on Motorola Cell Phones & Accessories. Find Motorola .
http://shopping.yahoo.com/cell-phones-accessories/motorola--brand/
motorola cellular telephone accessories Herniated or Bulging Discs
Motorola Cell Phone Accessories| Motorola Phone Accessories ...
Motorola cell phones. Large selection of Motorola Cell Phone Accessories form Motorola Bluetoth, Motorola cell phone changer, and much more! Do not miss .
http://www.accessorygeeks.com/motorola-accessories.html
Motorola Accessories | Free Shipping & Low Price Guarantee
Get the largest selection of Motorola accessories online at Wireless Emporium. We offer no-hassle returns and free shipping on all Motorola products.
http://www.wirelessemporium.com/motorola-cell-phone-accessories.asp
Wholesale Motorola Parts and Accessories ... - Cell Phone Parts
Items 1 - 20 of 223 . Yuchat Supply Motorola Cell Phone Parts and Accessories,such as,Motorola Battery, Touch Screen,LCD Display and so on,in China.
http://www.electronic-wholesale.com/motorola
Official Impairment Listing for Spinal Disorders
Motorola Accessories ,FREE SHIPPING,Motorola Cell Phone ...
Motorola accessories. Save 90% Off Motorola cell phone accessories. Always Free shipping on Motorola cell phone accessories.
http://www.cellularfactory.com/mod.jsp?a=57
- say anything jason gould (narrowing of the spine)
Motorola Parts GSM | Motorola GSM Cell Phone Repair Parts ...
AT&T Atrix 2 Parts | Android Motorola MB865 Cell Phone Repair Parts & . AT&T Atrix cell phone repair parts & accessories | Motorola Android MB860 mobile .
http://www.cellulardr.com/motorola-gsm-cell-phone-parts-accessories.htmlCell Phone Parts By Manufacturer | Cellular Phone Repair Parts By ...
Motorola Parts | Motorola Cell Phone Repair Parts & Accessories. Motorola cell phone repair parts & accessories | Motorola mobile phone parts. Nokia Parts .
http://www.cellulardr.com/cell-phone-parts-listed-by-manufacturer.html
Motorola Cell Phone Batteries | Motorola Battery Warehouse ...
Motorola Cell Phone Battery: Fresh Cellular Batteries, Accessories, Free Shipping, . Motorola battery, Motorola cell phone accessories, Motorola cell phone .
http://www.batteries4less.com/motorola/motorola_toc.html
Motorola Mobile Accessories: Motorola Cell Phone Accessories ...
Shop online for Motorola accessories at Best Buy. Find accessories for your Motorola phone at BestBuy.com.
http://www.bestbuy.com/site/Motorola/Motorola-Mobile-Accessories/pcmcat159400050015.c?id=pcmcat159400050015
Medical-Vocational Allowance for Herniated Disc
Motorola Cellular Phone Accessories - HandHelditems
Personalize, customize and modify your Motorola smartphone and cellular phone with accessories, including cases, leather cases, holsters, covers, car chargers .
http://www.handhelditems.com/cellular-motorola-c-3524_4179.html
Motorola Cell Phone Accessories and Battery
Scroll down this page to see all the phone models listed below.
http://www.factorydirectcellular.com/home/motorola/default.htm
Motorola Accessories, Motorola Cell Phone Accessories, Motorola ...
Premium Motorola Accessories for most models. Browse our exceptional selection to find all the high quality Motorola Cell Phone Accessories you need.
http://www.alternativewireless.com/cell-phone-accessories/motorola.html
Appealing a Denial of Benefits
Motorola Cell Phone Accessories | RAZR V3, RAZR2 V8/V9m - Eforcity
No matter which popular Motorola Cell Phone you own, eForCity®'s selection of Motorola Accessories will help fulfill your needs. Explore our collection of .
http://www.eforcity.com/motorola-cell-phone-accessories.html
Mobile Phones - Motorola Mobility LLC. USA
Motorola · Mobile Phones · Tablets · Accessories · Shop All · Support .


{% extends "base.html" %} {% block content %}
For complete list, please visit https://linearicons.com/free
For complete list, please visit http://fontawesome.io/icons/


Module 2: Deeper Into Forward Mode¶
As we introduced in Module 1, the forward mode of automatic differentiation computes derviatives by decomposing functions into a series of elementary operations. We can explicitly compute the derivative of each of these elementary operations, allowing us to combine them using the chain rule to accurately compute the derivative of our function. As we have seen, in the computational graph, nodes represent inputs and outputs of elementary operations, and the edges correspond to the elementary operations that join these nodes. The inputs to our functions become the first nodes in our graph. For each subsequent node, we can consider an evaluation and derivative up to that point in the graph, allowing us to consider the computation as a series of elementary traces.
The Computational Trace and Practice with the Visualization Tool¶
At each step in the graph, we can consider the current function value and derivative up to that node. Using the chain rule, we compute the derivative at a particular node from the elementary operation that created that node and the value and derivative of the input node to that elementary operation. Let’s return to our example from our first demo.
In module 1, we formed the corresponding computational graph. Now let’s use that graph to write the computational table. Each node in the table is the output of an elmentary function, whose derivative we can compute explicitly.
Trace |
Elementary Function |
Current Value |
Elementary Function Derivative |
Derivative Evaluated at x |
|---|---|---|---|---|
\(x_1\) |
x, input |
\(\frac{\pi}{16}\) |
1 |
1 |
\(x_2\) |
\(4x_1\) |
\(\frac{\pi}{4}\) |
\(4\dot{x_1}\) |
4 |
\(x_3\) |
\(\sin(x_2)\) |
\(\frac{\sqrt{2}}{2}\) |
\(\cos(x_2)\dot{x_2}\) |
\(2\sqrt{2}\) |
\(x_4\) |
\(x_3^2\) |
\(\frac{1}{2}\) |
\(2x_3\dot{x_3}\) |
4 |
\(x_5\) |
\(-2x_4\) |
1 |
\(-2\dot{x_4}\) |
-8 |
\(x_6\) |
\(exp(x_5)\) |
\(\frac{1}{e}\) |
\(exp(x_5)\dot{x_5}\) |
\(\frac{-8}{e}\) |
\(x_7\) |
\(-x_6\) |
\(\frac{-1}{e}\) |
\(-\dot{x_6}\) |
\(\frac{8}{e}\) |
\(x_8\) |
\(x_1 + x_7\) |
\(\frac{\pi}{16}-\frac{1}{e}\) |
\(\dot{x_1}+\dot{x_7}\) |
\(1+\frac{8}{e}\) |
The visualization tool which we installed in the first unit also computes the computational table. Input the function and compare the forward mode graph to the forward model table.
Notice how the computational trace corresponds to the nodes on the graph and the edges linking these nodes. Note that the choices of labels for the traces might be different than the table we wrote by hand - compare the labels for the nodes in the graph.
Now let’s consider an example with multiple inputs. Observe that the computed derivative is now the gradient vector. Instead of maintaining an evaluation trace of a scalar derivative for a single input, we instead have a trace of the gradient for multiple inputs.
In the exercises in the previous module, we practiced drawing the graph for the function
The graph you drew should have the same structure as this graph produced with the visualization tool (with the exception of possibly interchanging some of the labels).
We can also use the visualization tool to see the computational table which corresponds to the graph. Observe that the derivative in our table is now a 2 dimensional vector, corresponding to the gradient, where each component is the derivative with respect to one of our inputs.
Note that computing the gradient for this multivariate function is done by assigning a seed vector to each input, where to find the gradient we use the standard basis vectors as seeds. We’ll discuss more about what this means automatic differentiation is computing in the next section.
More Theory¶
The Multivariate Chain Rule¶
As we saw in the example above, we can also use automatic differentiation to find the gradient of functions with multiple inputs. From our multivariate calculus class, recall that we can find the derivative of a function with multiple inputs also using the chain rule. Let g(t) = h(u(t), v(t)).
We can write this in general form as
Using this formula allows us to compute the partial derivatives for each input as we saw in the evaluation trace in our multivariate example.
What Does Forward Mode Compute?¶
At each evaluation step, the forward mode propagates the derivative to the next node using the chain rule to evaluate the derivative from the previous node and the elementary operation. Notice that we do not need to store all of the values at each node in memory, but instead, we only need to store value and derivative values until all of the children of a node have been evaluated.
If we consider the most general case, we are interested in computing Jacobians of vector valued functions of multiple variables. To compute these individual gradients, we started our evaluation table with a seed vector, p. This allows us to consider directional derivatives, \(D_p x_k = \sum dx_3/dx_j p_j\), so we find that forward mode actually computes directional derivatives and when we choose our seed vectors to be standard unit vectors, we attain the standard gradient. Extending this to vector valued functions, we have that forward mode computes \(Jp\), a Jacobian vector product.
How Efficient is Forward Mode?¶
From this analysis of what forward mode computes, we see that the efficiency of forward mode depends on the number of input variables. Thus, forward mode will be less efficient when we have a large number of input variables.
Exercises¶
Neural Network Problem¶
Artificial neural networks take as input the values of an input layer of neurons and combine these inputs in a series of layers to compute an output. A small network with a single hidden layer is drawn below.
The network can be expressed in matrix notation as
where
is a (real) matrix of weights, and
is a vector representing output weights, \(b_i\) are bias terms and \(z\) is a nonlinear function that acts component wise.
The above graph helps us visualize the computation in different layers. This visualization hides many of the underlying operations which occur in the computation of \(f\) (e.g. it does not explicitly express the elementary operations).
Your tasks: In this part, you will completely neglect the biases. The mathematical form is therefore
Note that in practical applications the biases play a key role. However, we have elected to neglect them in this problem so that your results are more readable. You will complete the two steps below while neglecting the bias terms.
Draw the complete forward computational graph. You may treat \(z\) as a single elementary operation. You should explicitly show the multiplications and additions that are masked in the schematic of the network above.
Use your graph to write out the full forward mode table, including columns for the trace, elementary function, current function value, elementary function, derivative, partial x derivative, and partial y derivative.
Operation Count Problem¶
Count the number of operations required to compute the derivatives in the neural network using forward mode.


In the Web browser with a custom WebSocket
Almost all brokers that support SockJS also support WebSockets. If your application does not need to support old browsers, switch to using WebSockets. Check https://en.wikipedia.org/wiki/WebSocket for compatibility information.
Web browsers supports different versions of the WebSocket protocol. Some
older browsers does not provide the WebSocket JavaScript or expose it
under another name. By default, stomp.js
will use the Web browser native
WebSocket
class to create the WebSocket.
However it is possible to use other type of WebSockets by using the
Stomp.over(ws)
method. This method expects an object that conforms
to the WebSocket definition.
For example, it is possible to use the implementation provided by the SockJS project which falls back to a variety of browser-specific transport protocols instead:
// use SockJS implementation instead of the browser's native implementation
var client = Stomp.over(function(){
return new SockJS(url);
});
Use Stomp.client(url)
to use regular WebSockets or use Stomp.over(ws_fn)
if you required another type of WebSocket.
Apart from this initialization, the STOMP API remains the same in both cases.
Limitations of SockJS
- SockJS is an emulation of WebSockets. This is not a complete implementation.
- Heart beating is not supported.
- SockJS internally uses one of many possible means to communicate. In some of those, auto reconnect may occasionally fail.


class: center, middle name: Loves ## OpenDroneMap 💓 OpenAerialMap 💓 OpenStreetMap ??? --- class: center, middle name: processoverview # Process overview 1. Flight Planning 1. Flight 1. Process with OpenDroneMap 1. Upload to OpenAerialMap 1. Use in iD or JOSM to Digitize in OpenStreetMap ??? --- class: center, middle # Flight Planning ??? --- # Flight Planning Options * DJI * Pix4DCapture (phone/tablet) * DroneDeploy (phone/tablet) * Pixhawk * Ardupilot's Mission Planner ??? --- class: center, middle # Flight Planning ??? --- class: center, middle # Flight Planning ??? ---


miniEugene supports the conjunctive normal form, i.e., a conjunction of disjunctions. A line feed indicates a conjunction. In one line, it is possible to specify disjunctive constraints.
Examples:
1. The desired design must contain a, and b, and c or d.
CONTAINS a CONTAINS b CONTAINS c OR CONTAINS d2. All components in the design must be either forward or reverse oriented.
ALL_FORWARD OR ALL_REVERSE


Minecraft Earth Early Access now out in the US
by AshIt’s good news for American gamers, as Minecraft Earth’s Early Access mode has finally landed in the United States.
The US is the 10th country to get access to the game’s Early Access mode, along with the UK, Canada, South Korea, the Philippines, Sweden, Mexico, Australia, New Zealand, and Iceland.
If you’re located in one of the above countries, you can pick up Minecraft Earth on iOS here and on Android here.
Minecraft Earth is Microsoft’s first mobile AR game and, so far, people’s experiences with it have been pretty positive. In the current Early Access build, players can put down a buildplate and create an interactive Minecraft diorama.
Players can also find tappables, unlock resources and unique mobs, craft and smelt resources, collaborate with other Early Access builders, and fight hostile mobs in adventures.
Here are just some of the features that will be available in Minecraft Earth’s full build:
- Collecting: Minecraft Earth features many of the mobs that Minecraft players know and love (and potentially hate), along with new ones. The more you play, the higher the chance of discovering unique variants and using them to populate your builds.
- Exploring: You can explore the world around you to gather resources, take on challenges, and experience a whole new blocky world.
- Collaborating: You can team up with other Minecraft Earth players to craft together! You know what they say – it takes a village to craft a whole bunch of Minecraft creations, or something like that.
- Surviving: You can battle Minecraft mobs in real life! Just make sure you don’t stand too close to the Creepers.
If you want to be one of the first to know which countries will get Early Access next, you can follow the official Minecraft Earth Twitter account.
If Minecraft Earth has yet to come to your country, don’t sweat it! Microsoft says that the game should be out globally by the end of 2019. The game will support all the same languages as regular vanilla Minecraft.
To play Minecraft Earth, you’ll need a mobile device that runs at least Android 7 or iOS 10. You’ll also need a Microsoft or Xbox Live login account.


Here I display my meagre achievements!
Edusave Award for Achievement, Good Leadership and Service (EAGLES)
Edusave Good Progress Award
Not much happened
National Youth Achievement Award Bronze
National Youth Achievement Award Silver
National Cadet Corps First Sergeant
National Cadet Corps Freestyle Drill Competition 9th place
National Youth Achievement Award Gold
National Cadet Corps Freestyle Drill Competition 6th place