Class context (server)
Class defined in:core/server/context.js:1
The Context module is how the server carries around request specific information. During the request execution and app render, the superfluous core code will use this context to coordinate information between modules. This is a sort of "Request Local Storage", that is available in PHP or other thread based web handlers. As a convenicence, it allows any variable to be stored and retrieved from the context, without having to reference the request explicitly. When a request is handled in a controller, it is placed into its own domain. It is important that when using asynchronous operation, any callbacks passed into them are wrapped by the context, which will re-instantiate the current domain before running the callback.
create
( defaults, cb
)
core/server/context.js:113
Creates a new context (with prefilled globals) for a request to use.
Parameters:-
defaults
<Object>The default options to pass into the domain
-
cb
<Function>the callback to run after this context is created
wrap
(
)
core/server/context.js:198
Pulls the current domain out of the global namespace and makes sure that before 'func' is called, the domain is placed back into the global namespace. When running any async IO operations that potentially create domains, you should place the callback inside a wrap call. As a convenience, any function can have .wrap() or .intercept() called on it to do this automatically


I'm into various forms of storytelling, mostly video games and animations. Just out of high school, my only coding experience is taking a C++ class in freshman year and an HTML/CSS class in junior. I've made very simplistic (and unstable) text games and RPGs, but would like to know much more; as well as learning how to code cleanly and efficiently.
Though my hobbies seem more art oriented, I get immense enjoyment from building programs, and would like to pursue a career in the coding industry.
My main hobby is designing games, though the only ones I've had the ability to actually create don't exceed the standards of a simple text game. I enjoy game theory outside of just video games (board games, made up sports, etc) but interactive games is the one I have been in contact with more than any other type of media.
Building a fictional world and fleshing out game mechanics is the most fun I have out of any of my hobbies, and out of anything would like to pursue those ideas.
In my childhood I only thought of drawing as a way to convey my game ideas, I was more interested in the game design than the visual design part of the package. This is mostly still true today, but there is still a ton of enjoyment in creating standalone pieces every once and awhile.
Besides video games my other main media exposure was cartoons, and today I still tend to have a very simplified art style. The main things in the field I enjoy are character and background design, color scheming, and 2D animation. I have recently been learning 3D character modeling, but only a grasp on the basics.
Most of my interests in some way stem from my enjoyment of storytelling; the ability to pull someone into a completely fictional world inhabited by made up people is terrific.
I get a similar enjoyment from building up a world as I do from building a program. Even something as simple as a text game can spark the imagination, even more than a multi-million dollar project with high quality visuals.
A very simple project, so simple it's not even a site. It's practice using markup to edit a README file, creating to-do list with accompanying images.
A barely fleshed out site used to practice the very basics of CSS styling, as well as implementing images and links to subpages. The images on the four subpages seem to be missing, and the best bet here is that we never added those image files to the repository. Now they are lost for all time.
Though visually uninteresting, this project was created to practice CSS classes. The two paragraphs are set to a specific styling class for italics. Unfortunately we didn't create any normal paragraphs to showcase the difference, but you can take my good word that this site uses style classes.
Another project to practice using style classes, except that this site actually showcases the results. The main class is "flashy": which styles text into a red, cursive font. An individual line on the list of cupcakes is given a more specific class, retaining "flashy" but overriding the red to blue.
The first project to practice using divs and floats. While divs are perfectly fine (and just one float can be perfectly fine as well), multiple floats can be difficult to implement without them interfering with each other's placement. It might seem wonky now, but I dare ya' to resize the browser window.
 This practice made use of divs and floats, but turned out much cleaner. All text is contained within divs and wraps around images floated to the left. It's not very ambitious but it looks decent and withstands window resizing.
By far the best looking site of the week, all due to the use of Bootstrap classes. Bootstrap offers stylesheets and scripts to quickly create complex website elements. While they were used mostly to build the navigation bar and carousel, a lot of the other visual design decisions that make the site look so good were made by my partner.


Amplifies all of the partials by a given amount.
Partials are amplified by multiplying their amplitudes first against Mod, and then against Scale.
- Input
- The input partials to amplify
- Mod
- Ranges from 0...1, and used to modulate the VCA amplitude.
- Scale
- Ranged from 0...8, and normally used to manually set the maximum amplitude modulation.


Beautiful Open
Beautiful sites for Open Source projects.
Hand curated by
@trek
{% include navigation.html %}
{{ content }}
{% include analytics.html %}


Mombasa is Kenya's second largest city and one of Africa's major tourist destinations. The City retains many of its cultural traditions to former Portuguese, Arab and British settlers - all of which have left a lasting influence on the City's food, architecture and people.
The bulk of the city is located on Mombasa Island, which is separated from the mainland by two creeks; Tudor Creek and Kilindini Harbour. The Island is connected to the mainland by the Nyali Bridge, the Likoni Ferry and Makupa Causeway.
Fort Jesus was built by the Portuguese in 1593 and sits on a ridge of coral near the entrance to the old harbour.
Proceed into the harbour, or call port control on VHF Channel 12 or 16 beforehand. Sometimes one is asked to wait at the first buoy for a pilot boat, although the entrance is simple and a pilot is hardly necessary.
There are two places in Mombasa where clearance is possible. Formalities appear to be simpler at the Old Port, on the northern side of Mombasa Island, where officials are more efficient than those at Kilindini Harbour, which is the main commercial port. While clearing, one can anchor beyond the port building among the dhows. At the Old Port a launch may come out with the officials. If no one comes, the captain should go ashore and report first to Customs and then Immigration. Customs and Immigration offices are by the jetties, which are used by small local freighters and dhows. The officials at the Old Port do not work at weekends or on holidays when it is necessary to go to Kilindini Harbour. Here it is best to proceed to the police pontoon, where one can be cleared by Customs, Health and Immigration.
Those who need a visa will have to go to the Immigration office in town, where a three-month visa is easily obtained, renewable for another three months. The visa is payable in US dollars.
A new marina development, English Point Marina, is underway across the creek from Fort Jesus. It is expected to be completed by October 2012.
Last updated August 2011.


Hey Web designers, now we want share with you this Simple and functional Slider. You can use this for your personal proyects, it's really easy to use. Enjoy it!


[gecode-users] Why are my variables not constrained
Guido Tack
tack at ps.uni-sb.de
Mon Oct 6 15:01:05 CEST 2008
Denys Duchier wrote:
> Guido Tack <tack at ps.uni-sb.de> writes:
>
>> Otherwise, the post statement returns a BoolVar that is constrained
>> to
>> the truth value of the equivalence. Unfortunately, gcc doesn't warn
>> about the ignored return value (I don't know about Microsoft cl)!
>
> you can ask gcc to warn on ignored return values by adding:
>
> __attribute__ ((warn_unused_result))
>
> to the function's prototype.
Right, thanks. I thought -Wall (which includes -Wunused-value) would
detect this, but apparently not for the result of function calls (I
think this is because in ancient C all void functions returned int or
something similarly relevant today...)
Cheers,
Guido
More information about the gecode-users
mailing list


Career Profile
- Mobile applications developer
- Restfull API'S based in Nodejs technologies
- TDD & agile lover
- Continuous integration & continuous deployment is always a win
- OpenShift, BLuemix & AWS
- Git repos user and abuser
- Google Developers Group Organizer
Experiences
I am currently developing a multiplatform social network based on the ReactNative framework
Building all our backend infrastructure, based on microservices written in Nodejs
Video streaming services for live videos
Online post-processing videos for addapting to different devices and qualities
I work with some Amazon products such as AWS, S3, API Gateway, IAM, SNS, CloudFront, Lambda & Elastic Transcoder
I led the mobile development team in SetPay, a Fintech startup.
We built MPOS (Mobile Point Of Sale) applications based on Android and iOS platforms.
We also developed solutions for bluetooh connectivity with credit card readers & printers
5labs is the result of winning the enterpreneur awards "PREMIOS INCUVI EMPRENDE 2012" while I was finishing my studies @ University of Vigo
We built a tech startup from scratch basing our development on mobile applications
We are currently working on some really cool projects
I built several mobile solutions for automotive industry based on mobile apps and .NET services
I worked in some cloud printing services and some REST APIS
I was the lead developer of a fleet management system for the cabbie community in Vigo, based on the Android platform
I built "Bujutsu", a mobile online game based on the Android platform
Projects
Some of my recent projects:


Here is a list of all negative information reported on the credit history and credit related issues of the company. These have a significant negative impact on your rank and credit reliability.
Total Outstanding ₹ 88,00,800 across 14 Credit Facilities
| Bank | Loan Details | Type |
|---|---|---|
|
HDFC Pvt.
|
Loan Details:
₹ 15,00,000
A/C AFK45675611
|
Status:
WILLFUL DEFAULT
Last Reported 4 July, 2016
|
|
Citi Bank Pvt.
|
Loan Details:
₹ 15,00,000
A/C AFK45675611
|
Status:
SETTLED
Last Reported 4 July, 2016
|
|
PNB Pvt.
|
Loan Details:
₹ 15,00,000
A/C AFK45675611
|
Status:
INVOKED
Last Reported 4 July, 2016
|
|
DENA Bank Pvt.
|
Loan Details:
₹ 15,00,000
A/C AFK45675611
|
Status:
DISHONOURED CHEQUE
Last Reported 4 July, 2016
|
|
Citi Bank Pvt.
|
Loan Details:
₹ 15,00,000
A/C AFK45675611
|
Status:
DISHONOURED CHEQUE
Last Reported 4 July, 2016
|
Total Outstanding ₹ 95,00,800 across 1 Credit Facility
| Bank | Loan Details | Address | Status |
|---|---|---|---|
|
HDFC Pvt.
|
Loan Details:
₹ 15,00,000
A/C AFK45675611
|
Address:
Abhishek, 17-A, Gandharva, Near Hotel, Erandwane, Pune, Maharashtra 411004
|
Status:
TRIAL IN PROGRESS
Last Reported 4 July, 2016
|
|
Citi Bank Pvt.
|
Loan Details:
₹ 15,00,000
A/C AFK45675611
|
Address:
Abhishek, 17-A, Gandharva, Near Hotel, Erandwane, Pune, Maharashtra 411004
|
Status:
TRIAL IN PROGRESS
Last Reported 4 July, 2016
|
|
Dena Bank Pvt.
|
Loan Details:
₹ 15,00,000
A/C AFK45675611
|
Address:
Abhishek, 17-A, Gandharva, Near Hotel, Erandwane, Pune, Maharashtra 411004
|
Status:
TRIAL IN PROGRESS
Last Reported 4 July, 2016
|


|
WinPcap
4.1.3
|
Structure that keeps statistical values on an interface. More...
#include <pcap.h>
Data Fields | |
| u_int | ps_recv |
| number of packets transited on the network More... | |
| u_int | ps_drop |
| number of packets dropped by the driver More... | |
| u_int | ps_ifdrop |
| drops by interface, not yet supported More... | |
Structure that keeps statistical values on an interface.
As returned by the pcap_stats()
Definition at line 136 of file incs/pcap.h.
| u_int ps_drop |
number of packets dropped by the driver
Definition at line 138 of file incs/pcap.h.
| u_int ps_ifdrop |
drops by interface, not yet supported
Definition at line 139 of file incs/pcap.h.
| u_int ps_recv |
number of packets transited on the network
Definition at line 137 of file incs/pcap.h.
documentation. Copyright (c) 2002-2005 Politecnico di Torino. Copyright (c) 2005-2010 CACE Technologies. Copyright (c) 2010-2013 Riverbed Technology. All rights reserved.


|
{{ ::user.username | truncate:20 }}
{{ ::user.username | truncate:20 }}
|
{{ ::user.email }} | {{ ::(user.created_at | humanTime) }} | {{ ::(user.last_sign_in_at | humanTime) }} |
{{location.location_name}} No locations |


--- title: Design Questions layout: blank ---
Use these questions when reviewing, wireframes, mockups and site copy. Quotes are from Jason Fried's post Questions I ask when reviewing a design on Signal vs. Noise


Morgan’s four touchdown passes guide No. 11 Gophers to 38-22 win
by APEVANSTON, Ill. — Tanner Morgan led No. 11 Minnesota to scores on its first three possessions and finished with four touchdown passes, and the Gophers bounced back from their first loss of the season with a 38-22 win over Northwestern on Saturday.
The Gophers (10-1, 7-1 Big Ten, No. 10 CFP), who lost at Iowa last week, strengthened their grip on first place in the West Division and clinched their sixth season with 10 or more wins.
Morgan, the Big Ten’s leading passer, came out firing following a week in the concussion protocol after absorbing back-to-back sacks by the Hawkeyes. The redshirt sophomore, listed as questionable until Saturday morning, has thrown 26 touchdowns this season to set a school record.
Morgan threw three TD passes to Rashod Bateman and one to Tyler Johnson against Northwestern (2-9, 0-8).
Morgan zipped a 19-yard TD pass to Bateman in the corner of the end zone to end a 10-play, 56-yard drive on Minnesota’s first possession.
After Shannon Brooks ran in from 9 yards, Morgan hit Bateman for a 10-yard TD and 21-0 lead. Bateman’s other TD catch was a 7-yarder in the third quarter.
With quarterback Aidan Smith sidelined (hand), Northwestern turned to Hunter Johnson, who hadn’t started since the season opener. Andrew Marty entered early in the second quarter after Johnson went 0 for 2 and was sacked three times.
Marty threw a TD pass to Jace James and ran for two scores.
Joe Gaziano sacked Morgan for a safety early in the second quarter to get Northwestern on the board. Gaziano added another sack to give him 29 for his career, a school record.
TAKEAWAY
Minnesota: Morgan seems primed to lead Minnesota into the postseason. His third touchdown pass in the game eclipsed Adam Weber’s season mark of 24 set in 2007. The Gophers have their first 10-plus win season since 2003. Minnesota’s previous four seasons with 10 wins or more were in 1900, 1903, 1904 and 1905. This is Minnesota’s first 10-win year in regular-season play since 1905.
Northwestern: Since the Big Ten started playing a championship game in 2011, no team until 2019 Northwestern finished last in its division after playing in the title game the previous year. The Wildcats are in danger of going winless in conference play for the first time since the 1998 team went 0-8 in Gary Barnett’s final season.
UP NEXT
Minnesota: Hosts Wisconsin to end the regular season.
Northwestern: Visits Illinois.


Fast, minimal glob matcher for node.js. Similar to micromatch, minimatch and multimatch, but complete Bash 4.3 wildcard support only (no support for exglobs, posix brackets or braces)
Please consider following this project's author, Jon Schlinkert, and consider starring the project to show your :heart: and support.
 Details

Install with npm:
$ npm install --save nanomatch
 Release history
Changelog entries are classified using the following labels (from keep-a-changelog):
added
: for new featureschanged
: for changes in existing functionalitydeprecated
: for once-stable features removed in upcoming releasesremoved
: for deprecated features removed in this releasefixed
: for any bug fixesbumped
: updated dependencies, only minor or higher will be listed.Fixed
Added
options.noglobstar
Housekeeping updates. Adds documentation section about escaping, cleans up utils.
This release includes fixes for windows path edge cases and other improvements for stricter adherence to bash spec.
Fixed
Added
foo/"**"/bar
where **
should be matched literally and not evaluated as special characters.Added
Stable release.
First release.

Nanomatch is a fast and accurate glob matcher with full support for standard Bash glob features, including the following "metacharacters": *
, **
, ?
and [...]
.
Learn more
 How is this different?
Speed and accuracy
Nanomatch uses snapdragon for parsing and compiling globs, which results in:
Basic globbing only
Nanomatch supports basic globbing only, which is limited to *
, **
, ?
and regex-like brackets.
If you need support for the other bash "expansion" types (in addition to the wildcard matching provided by nanomatch), consider using micromatch instead. (micromatch >=3.0.0 uses the nanomatch parser and compiler for basic glob matching)

Install with yarn
$ yarn add nanomatch
Install with npm
$ npm install nanomatch
Add nanomatch to your project using node's require()
system:
var nanomatch = require('nanomatch');
// the main export is a function that takes an array of strings to match
// and a string or array of patterns to use for matching
nanomatch(list, patterns[, options]);
Params
list
{String|Array}: List of strings to perform matches against. This is often a list of file paths.patterns
{String|Array}: One or more glob paterns to use for matching.options
{Object}: Any supported options may be passedExamples
var nm = require('nanomatch');
console.log(nm(['a', 'b/b', 'c/c/c'], '*'));
//=> ['a']
console.log(nm(['a', 'b/b', 'c/c/c'], '*/*'));
//=> ['b/b']
console.log(nm(['a', 'b/b', 'c/c/c'], '**'));
//=> ['a', 'b/b', 'c/c/c']
See the API documentation for available methods and options.
Backslashes and quotes can be used to escape characters, forcing nanomatch to regard those characters as a literal characters.
Backslashes
Use backslashes to escape single characters. For example, the following pattern would match foo/*/bar
exactly:
'foo/\*/bar'
The following pattern would match foo/
followed by a literal *
, followed by zero or more of any characters besides /
, followed by /bar
.
'foo/\**/bar'
Quoted strings
Use single or double quotes to escape sequences of characters. For example, the following patterns would match foo/**/bar
exactly:
'foo/"**"/bar'
'foo/\'**\'/bar'
"foo/'**'/bar"
Matching literal quotes
If you need to match quotes literally, you can escape them as well. For example, the following will match foo/"*"/bar
, foo/"a"/bar
, foo/"b"/bar
, or foo/"c"/bar
:
'foo/\\"*\\"/bar'
And the following will match foo/'*'/bar
, foo/'a'/bar
, foo/'b'/bar
, or foo/'c'/bar
:
'foo/\\\'*\\\'/bar'
The main function takes a list of strings and one or more glob patterns to use for matching.
Params
list
{Array}: A list of strings to matchpatterns
{String|Array}: One or more glob patterns to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Array}: Returns an array of matchesExample
var nm = require('nanomatch');
nm(list, patterns[, options]);
console.log(nm(['a.js', 'a.txt'], ['*.js']));
//=> [ 'a.js' ]
Similar to the main function, but pattern
must be a string.
Params
list
{Array}: Array of strings to matchpattern
{String}: Glob pattern to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Array}: Returns an array of matchesExample
var nm = require('nanomatch');
nm.match(list, pattern[, options]);
console.log(nm.match(['a.a', 'a.aa', 'a.b', 'a.c'], '*.a'));
//=> ['a.a', 'a.aa']
Returns true if the specified string
matches the given glob pattern
.
Params
string
{String}: String to matchpattern
{String}: Glob pattern to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Boolean}: Returns true if the string matches the glob pattern.Example
var nm = require('nanomatch');
nm.isMatch(string, pattern[, options]);
console.log(nm.isMatch('a.a', '*.a'));
//=> true
console.log(nm.isMatch('a.b', '*.a'));
//=> false
Returns true if some of the elements in the given list
match any of the given glob patterns
.
Params
list
{String|Array}: The string or array of strings to test. Returns as soon as the first match is found.patterns
{String|Array}: One or more glob patterns to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Boolean}: Returns true if any patterns match str
Example
var nm = require('nanomatch');
nm.some(list, patterns[, options]);
console.log(nm.some(['foo.js', 'bar.js'], ['*.js', '!foo.js']));
// true
console.log(nm.some(['foo.js'], ['*.js', '!foo.js']));
// false
Returns true if every element in the given list
matches at least one of the given glob patterns
.
Params
list
{String|Array}: The string or array of strings to test.patterns
{String|Array}: One or more glob patterns to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Boolean}: Returns true if any patterns match str
Example
var nm = require('nanomatch');
nm.every(list, patterns[, options]);
console.log(nm.every('foo.js', ['foo.js']));
// true
console.log(nm.every(['foo.js', 'bar.js'], ['*.js']));
// true
console.log(nm.every(['foo.js', 'bar.js'], ['*.js', '!foo.js']));
// false
console.log(nm.every(['foo.js'], ['*.js', '!foo.js']));
// false
Returns true if any of the given glob patterns
match the specified string
.
Params
str
{String|Array}: The string to test.patterns
{String|Array}: One or more glob patterns to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Boolean}: Returns true if any patterns match str
Example
var nm = require('nanomatch');
nm.any(string, patterns[, options]);
console.log(nm.any('a.a', ['b.*', '*.a']));
//=> true
console.log(nm.any('a.a', 'b.*'));
//=> false
Returns true if all of the given patterns
match the specified string.
Params
str
{String|Array}: The string to test.patterns
{String|Array}: One or more glob patterns to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Boolean}: Returns true if any patterns match str
Example
var nm = require('nanomatch');
nm.all(string, patterns[, options]);
console.log(nm.all('foo.js', ['foo.js']));
// true
console.log(nm.all('foo.js', ['*.js', '!foo.js']));
// false
console.log(nm.all('foo.js', ['*.js', 'foo.js']));
// true
console.log(nm.all('foo.js', ['*.js', 'f*', '*o*', '*o.js']));
// true
Returns a list of strings that do not match any of the given patterns
.
Params
list
{Array}: Array of strings to match.patterns
{String|Array}: One or more glob pattern to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Array}: Returns an array of strings that do not match the given patterns.Example
var nm = require('nanomatch');
nm.not(list, patterns[, options]);
console.log(nm.not(['a.a', 'b.b', 'c.c'], '*.a'));
//=> ['b.b', 'c.c']
Returns true if the given string
contains the given pattern. Similar to .isMatch but the pattern can match any part of the string.
Params
str
{String}: The string to match.patterns
{String|Array}: Glob pattern to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Boolean}: Returns true if the patter matches any part of str
.Example
var nm = require('nanomatch');
nm.contains(string, pattern[, options]);
console.log(nm.contains('aa/bb/cc', '*b'));
//=> true
console.log(nm.contains('aa/bb/cc', '*d'));
//=> false
Filter the keys of the given object with the given glob
pattern and options
. Does not attempt to match nested keys. If you need this feature, use glob-object instead.
Params
object
{Object}: The object with keys to filter.patterns
{String|Array}: One or more glob patterns to use for matching.options
{Object}: See available options for changing how matches are performedreturns
{Object}: Returns an object with only keys that match the given patterns.Example
var nm = require('nanomatch');
nm.matchKeys(object, patterns[, options]);
var obj = { aa: 'a', ab: 'b', ac: 'c' };
console.log(nm.matchKeys(obj, '*b'));
//=> { ab: 'b' }
Returns a memoized matcher function from the given glob pattern
and options
. The returned function takes a string to match as its only argument and returns true if the string is a match.
Params
pattern
{String}: Glob patternoptions
{Object}: See available options for changing how matches are performed.returns
{Function}: Returns a matcher function.Example
var nm = require('nanomatch');
nm.matcher(pattern[, options]);
var isMatch = nm.matcher('*.!(*a)');
console.log(isMatch('a.a'));
//=> false
console.log(isMatch('a.b'));
//=> true
Returns an array of matches captured by pattern
in string, or
null` if the pattern did not match.
Params
pattern
{String}: Glob pattern to use for matching.string
{String}: String to matchoptions
{Object}: See available options for changing how matches are performedreturns
{Boolean}: Returns an array of captures if the string matches the glob pattern, otherwise null
.Example
var nm = require('nanomatch');
nm.capture(pattern, string[, options]);
console.log(nm.capture('test/*.js', 'test/foo.js'));
//=> ['foo']
console.log(nm.capture('test/*.js', 'foo/bar.css'));
//=> null
Create a regular expression from the given glob pattern
.
Params
pattern
{String}: A glob pattern to convert to regex.options
{Object}: See available options for changing how matches are performed.returns
{RegExp}: Returns a regex created from the given pattern.Example
var nm = require('nanomatch');
nm.makeRe(pattern[, options]);
console.log(nm.makeRe('*.js'));
//=> /^(?:(\.[\\\/])?(?!\.)(?=.)[^\/]*?\.js)$/
Parses the given glob pattern
and returns an object with the compiled output
and optional source map
.
Params
pattern
{String}: Glob pattern to parse and compile.options
{Object}: Any options to change how parsing and compiling is performed.returns
{Object}: Returns an object with the parsed AST, compiled string and optional source map.Example
var nm = require('nanomatch');
nm.create(pattern[, options]);
console.log(nm.create('abc/*.js'));
// { options: { source: 'string', sourcemap: true },
// state: {},
// compilers:
// { ... },
// output: '(\\.[\\\\\\/])?abc\\/(?!\\.)(?=.)[^\\/]*?\\.js',
// ast:
// { type: 'root',
// errors: [],
// nodes:
// [ ... ],
// dot: false,
// input: 'abc/*.js' },
// parsingErrors: [],
// map:
// { version: 3,
// sources: [ 'string' ],
// names: [],
// mappings: 'AAAA,GAAG,EAAC,kBAAC,EAAC,EAAE',
// sourcesContent: [ 'abc/*.js' ] },
// position: { line: 1, column: 28 },
// content: {},
// files: {},
// idx: 6 }
Parse the given str
with the given options
.
Params
str
{String}options
{Object}returns
{Object}: Returns an ASTExample
var nm = require('nanomatch');
nm.parse(pattern[, options]);
var ast = nm.parse('a/{b,c}/d');
console.log(ast);
// { type: 'root',
// errors: [],
// input: 'a/{b,c}/d',
// nodes:
// [ { type: 'bos', val: '' },
// { type: 'text', val: 'a/' },
// { type: 'brace',
// nodes:
// [ { type: 'brace.open', val: '{' },
// { type: 'text', val: 'b,c' },
// { type: 'brace.close', val: '}' } ] },
// { type: 'text', val: '/d' },
// { type: 'eos', val: '' } ] }
Compile the given ast
or string with the given options
.
Params
ast
{Object|String}options
{Object}returns
{Object}: Returns an object that has an output
property with the compiled string.Example
var nm = require('nanomatch');
nm.compile(ast[, options]);
var ast = nm.parse('a/{b,c}/d');
console.log(nm.compile(ast));
// { options: { source: 'string' },
// state: {},
// compilers:
// { eos: [Function],
// noop: [Function],
// bos: [Function],
// brace: [Function],
// 'brace.open': [Function],
// text: [Function],
// 'brace.close': [Function] },
// output: [ 'a/(b|c)/d' ],
// ast:
// { ... },
// parsingErrors: [] }
Clear the regex cache.
Example
nm.clearCache();
 basename
Allow glob patterns without slashes to match a file path based on its basename. Same behavior as minimatch option matchBase
.
Type: boolean
Default: false
Example
nm(['a/b.js', 'a/c.md'], '*.js');
//=> []
nm(['a/b.js', 'a/c.md'], '*.js', {matchBase: true});
//=> ['a/b.js']

 bash
Enabled by default, this option enforces bash-like behavior with stars immediately following a bracket expression. Bash bracket expressions are similar to regex character classes, but unlike regex, a star following a bracket expression does not repeat the bracketed characters. Instead, the star is treated the same as an other star.
Type: boolean
Default: true
Example
var files = ['abc', 'ajz'];
console.log(nm(files, '[a-c]*'));
//=> ['abc', 'ajz']
console.log(nm(files, '[a-c]*', {bash: false}));

 cache
Disable regex and function memoization.
Type: boolean
Default: undefined

 dot
Match dotfiles. Same behavior as minimatch option dot
.
Type: boolean
Default: false

 failglob
Similar to the --failglob
behavior in Bash, throws an error when no matches are found.
Type: boolean
Default: undefined

 ignore
String or array of glob patterns to match files to ignore.
Type: String|Array
Default: undefined

 matchBase
Alias for options.basename.

 nocase
Use a case-insensitive regex for matching files. Same behavior as minimatch.
Type: boolean
Default: undefined

 nodupes
Remove duplicate elements from the result array.
Type: boolean
Default: true
(enabled by default)
Example
Example of using the unescape
and nodupes
options together:
nm.match(['a/b/c', 'a/b/c'], '**');
//=> ['abc']
nm.match(['a/b/c', 'a/b/c'], '**', {nodupes: false});
//=> ['a/b/c', 'a/b/c']

 nonegate
Disable matching with globstars (**
).
Type: boolean
Default: undefined
nm(['a/b', 'a/b/c', 'a/b/c/d'], 'a/**');
//=> ['a/b', 'a/b/c', 'a/b/c/d']
nm(['a/b', 'a/b/c', 'a/b/c/d'], 'a/**', {noglobstar: true});
//=> ['a/b']

 nonegate
Disallow negation (!
) patterns, and treat leading !
as a literal character to match.
Type: boolean
Default: undefined

 nonull
Alias for options.nullglob.

 nullglob
If true
, when no matches are found the actual (arrayified) glob pattern is returned instead of an empty array. Same behavior as minimatch option nonull
.
Type: boolean
Default: undefined

 slash
Customize the slash character(s) to use for matching.
Type: string|function
Default: [/\\]
(forward slash and backslash)

 star
Customize the star character(s) to use for matching. It's not recommended that you modify this unless you have advanced knowledge of the compiler and matching rules.
Type: string|function
Default: [^/\\]*?

 snapdragon
Pass your own instance of snapdragon to customize parsers or compilers.
Type: object
Default: undefined

 snapdragon
Generate a source map by enabling the sourcemap
option with the .parse
, .compile
, or .create
methods.
Examples
var nm = require('nanomatch');
var res = nm.create('abc/*.js', {sourcemap: true});
console.log(res.map);
// { version: 3,
// sources: [ 'string' ],
// names: [],
// mappings: 'AAAA,GAAG,EAAC,iBAAC,EAAC,EAAE',
// sourcesContent: [ 'abc/*.js' ] }
var ast = nm.parse('abc/**/*.js');
var res = nm.compile(ast, {sourcemap: true});
console.log(res.map);
// { version: 3,
// sources: [ 'string' ],
// names: [],
// mappings: 'AAAA,GAAG,EAAC,2BAAE,EAAC,iBAAC,EAAC,EAAE',
// sourcesContent: [ 'abc/**/*.js' ] }

 unescape
Remove backslashes from returned matches.
Type: boolean
Default: undefined
Example
In this example we want to match a literal *
:
nm.match(['abc', 'a\\*c'], 'a\\*c');
//=> ['a\\*c']
nm.match(['abc', 'a\\*c'], 'a\\*c', {unescape: true});
//=> ['a*c']

 unixify
Convert path separators on returned files to posix/unix-style forward slashes.
Type: boolean
Default: true
Example
nm.match(['a\\b\\c'], 'a/**');
//=> ['a/b/c']
nm.match(['a\\b\\c'], {unixify: false});
//=> ['a\\b\\c']

Nanomatch has full support for standard Bash glob features, including the following "metacharacters": *
, **
, ?
and [...]
.
Here are some examples of how they work:
| Pattern | Description |
|---|---|
* |
Matches any string except for / , leading . , or /. inside a path |
** |
Matches any string including / , but not a leading . or /. inside a path. More than two stars (e.g. *** is treated the same as one star, and ** loses its special meaning |
foo* |
Matches any string beginning with foo |
*bar* |
Matches any string containing bar (beginning, middle or end) |
*.min.js |
Matches any string ending with .min.js |
[abc]*.js |
Matches any string beginning with a , b , or c and ending with .js |
abc? |
Matches abcd or abcz but not abcde |
The exceptions noted for *
apply to all patterns that contain a *
.
Not supported
The following extended-globbing features are not supported:
{a,b,c}
)@(a|!(c|d))
)[[:alpha:][:digit:]]
)If you need any of these features consider using micromatch instead.
Nanomatch is part of a suite of libraries aimed at bringing the power and expressiveness of Bash's matching and expansion capabilities to JavaScript, and - as you can see by the benchmarks - without sacrificing speed.
| Related library | Matching Type | Example | Description |
|---|---|---|---|
nanomatch (you are here) |
Wildcards | * |
Filename expansion, also referred to as globbing and pathname expansion, allows the use of wildcards for matching. |
| expand-tilde | Tildes | ~ |
Tilde expansion converts the leading tilde in a file path to the user home directory. |
| braces | Braces | {a,b,c} |
Brace expansion |
| expand-brackets | Brackets | [[:alpha:]] |
POSIX character classes (also referred to as POSIX brackets, or POSIX character classes) |
| extglob | Parens | !(a\ | b) |
Extglobs |
| micromatch | All | all | Micromatch is built on top of the other libraries. |
There are many resources available on the web if you want to dive deeper into how these features work in Bash.
Install dev dependencies:
npm i -d && node benchmark
# globstar-basic (182 bytes)
minimatch x 69,512 ops/sec ±1.92% (88 runs sampled)
multimatch x 63,376 ops/sec ±1.41% (89 runs sampled)
nanomatch x 432,451 ops/sec ±0.92% (88 runs sampled)
fastest is nanomatch (by 651% avg)
# large-list-globstar (485686 bytes)
minimatch x 34.02 ops/sec ±1.42% (59 runs sampled)
multimatch x 33.58 ops/sec ±1.97% (58 runs sampled)
nanomatch x 483 ops/sec ±1.06% (86 runs sampled)
fastest is nanomatch (by 1429% avg)
# long-list-globstar (194085 bytes)
minimatch x 383 ops/sec ±0.74% (90 runs sampled)
multimatch x 378 ops/sec ±0.59% (89 runs sampled)
nanomatch x 990 ops/sec ±1.14% (85 runs sampled)
fastest is nanomatch (by 260% avg)
# negation-basic (132 bytes)
minimatch x 242,145 ops/sec ±1.17% (89 runs sampled)
multimatch x 76,403 ops/sec ±0.78% (92 runs sampled)
nanomatch x 537,253 ops/sec ±1.44% (86 runs sampled)
fastest is nanomatch (by 337% avg)
# not-glob-basic (93 bytes)
minimatch x 252,402 ops/sec ±1.33% (89 runs sampled)
multimatch x 209,954 ops/sec ±1.30% (90 runs sampled)
nanomatch x 1,716,468 ops/sec ±1.13% (86 runs sampled)
fastest is nanomatch (by 742% avg)
# star-basic (93 bytes)
minimatch x 182,780 ops/sec ±1.41% (91 runs sampled)
multimatch x 153,210 ops/sec ±0.72% (89 runs sampled)
nanomatch x 599,621 ops/sec ±1.22% (90 runs sampled)
fastest is nanomatch (by 357% avg)
 Contributing
Pull requests and stars are always welcome. For bugs and feature requests, please create an issue.
Please read the contributing guide for advice on opening issues, pull requests, and coding standards.

 Running Tests
Running and reviewing unit tests is a great way to get familiarized with a library and its API. You can install dependencies and run tests with the following command:
$ npm install && npm test

 Building docs
(This project's readme.md is generated by verb, please don't edit the readme directly. Any changes to the readme must be made in the .verb.md readme template.)
To generate the readme, run the following command:
$ npm install -g verbose/verb#dev verb-generate-readme && verb

You might also be interested in these projects:
true
if the given string looks like a glob pattern or an extglob pattern… more | homepage| Commits | Contributor |
|---|---|
| 164 | jonschlinkert |
| 1 | devongovett |
Jon Schlinkert
Copyright © 2018, Jon Schlinkert. Released under the MIT License.
This file was generated by verb-generate-readme, v0.6.0, on February 18, 2018.


Preparation time
overnight
Cooking time
10 to 30 mins
Serves
6-8 jars
Dietary
Put all the vegetables into a large bowl and mix together with the salt. Cover and leave overnight.
Drain and rinse the vegetables under running cold water. Dry.
Put ¾ of the vinegar in a large preserving pan and add the spices and vegetables. Bring to the boil and simmer until just tender.
Mix the cornflour with the rest of the vinegar and add to the pan. Mix together and simmer for 5 minutes.
Turn into hot sterilised jars, seal and cool.
Store for three months in a cool, dark cupboard before eating.


Currently, I am pursuing my bachelor's in computer science at Fort Hays State University with the virtual program and slated to graduate at the end of 2020. I have previous degrees in economics, business, and occupational therapy. I have also started a coding boot camp in Philadelphia starting on Nov 11, 2019 which will last for 12 weeks. The main topics of the program are multithreading, collections, basic I/O, Concurrency, JDBC, Java networking and Java 8. I will also be introduced to Spring MVC, Tomcat, SonarQube, and Maven. I am looking to become a full stack developer after the coding boot camp.
Learn to work in a collaborative team to provide therapeutic interventions for patients in an acute setting, sub-acute setting, and a rehab setting. Adapt to working in various departments/settings and visited various locations in Allentown and Bethlehem. Utilize Epic for documentation of interventions. Gain various soft skills for interacting with patients.
 Act as an advocate for the disabled individual in community settings.
Maintain a smooth workflow within the Title Processing Department by meeting and exceeding self-imposed Title pull quota. Pull Titles accurately and efficiently within the timeframes established in each client's Standard Operating Procedure(SOP).
GPA: 3.85
GPA: 3.5
GPA: 3.89
Apart from being a web developer, I enjoy working out in the gym to lift weights (time permitting). I am also an avid reader of Sci-Fi/Fantasy Novels and like to keep up with the stock market.


--- layout: cyoa title: dee dannielle * indie game dev & stuff ---
I'm Dee dannielle: an Atlanta-based Asian-American enthusiasm enthusiast, software developer, and hobbyist game developer.
I'm an optimistic nerd to a fault:


"GatorBook" is an web-based social media application build by MongoDB, Express, Angular and Node.js for the purpose of practicing coding skills. It realized user sign in/up authentication using JSON Web Token. It realized making/deleting, checking, updating, liking and commenting posts, searching and adding/deleting friends, modifying personal profile etc. It is still being maintained and new functionalities will be added.


Copyright © 2010 Marc Worrell Date: 2010-05-03
Authors: Marc Worrell (marc@worrell.nl).
| observe_acl_can_see/2 | Return the max visible_for an user can see, used for pruning during searches. |
| observe_acl_is_allowed/2 | Check if the user is allowed to perform Action on Object. |
| observe_acl_logoff/2 | Let the user log off, clean up any cached information. |
| observe_acl_logon/2 | Let the user log on, this is the moment to start caching information. |
| observe_acl_rsc_update_check/3 | Filter the properties before an update. |
observe_acl_can_see(Acl_can_see, Context) -> any()
Return the max visible_for an user can see, used for pruning during searches
observe_acl_is_allowed(Acl_is_allowed, Context) -> any()
Check if the user is allowed to perform Action on Object
observe_acl_logoff(Acl_logoff, Context) -> any()
Let the user log off, clean up any cached information.
observe_acl_logon(Acl_logon, Context) -> any()
Let the user log on, this is the moment to start caching information.
observe_acl_rsc_update_check(Acl_rsc_update_check, Props, Context) -> any()
Filter the properties before an update. Return filtered/updated resource proplist or the tuple {error, Reason}
Generated by EDoc, Apr 11 2012, 20:41:29.


{% extends 'base-homepage.html' %} {% load staticfiles %} {% block main %}
We're here to help in any way we can. Please submit your request below and we'll get back to you shortly. You may also be able to find the answer in the discussion forum.
All fields are required.
{{ form.non_field_errors }}


Arsene Wenger to hold talks with Bayern Munich next week over vacant managerial role
Former Arsenal boss Wenger has detailed his conversation with Bayern chief Karl Heinz-Rumenigge amid speculation surrounding his future
by James Whaling, https://www.mirror.co.uk/authors/james-whaling/Arsene Wenger has revealed he will hold talks with Bayern Munich chief Karl-Heinz Rumenigge over the vacant managerial role at the German giants next week.
Bayern sacked Niko Kovac after a 6-1 humbling at the hands of Eintracht Frankfurt and Wenger has been heavily linked with the job.
Reports in Germany suggested Wenger had been ruled out of the running, but the Frenchman has now confirmed details of the telephone conversation he had with Rumenigge.
He told beIN Sports: "On Wednesday afternoon, Rumenigge called me. I could not answer at that moment and, by politeness, I called him back.
"He was in his car going to the game against Olympiacos. We talked for four to five minutes maximum and he told me they had assigned Flick to be the coach and he will manage the next two games because they play Dortmund tomorrow.
"He asked me if I would be interested because they are looking for a coach. I told him I didn't have any thoughts about it. It needs some time to have a think about it.
"We decided together we will talk next week because I am in Doha until Tuesday night. This is the true story."
More follows.


|
Files | |
| file | MSLL-driver.h |
Mindsensors Line Tracking Sensor. | |
Defines | |
| #define | LL_I2C_ADDR 0x02 |
| #define | LL_CMD_REG 0x41 |
| #define | LL_SETPOINT 0x45 |
| #define | LL_KP_VALUE 0x46 |
| #define | LL_KI_VALUE 0X47 |
| #define | LL_KD_VALUE 0X48 |
| #define | LL_KP_FACTOR 0x61 |
| #define | LL_KI_FACTOR 0X62 |
| #define | LL_KD_FACTOR 0X63 |
| #define | LL_READ_STEERING 0x42 |
| #define | LL_READ_AVERAGE 0X43 |
| #define | LL_READ_RESULT 0X44 |
| #define | LL_SENSOR_RAW 0X49 |
| #define | LL_WHITE_LIMIT 0X51 |
| #define | LL_BLACK_LIMIT 0X59 |
| #define | LL_SENSOR_UNCAL 0x74 |
Functions | |
| bool | LLinit (tSensors link) |
| bool | LLwakeUp (tSensors link) |
| bool | LLsleep (tSensors link) |
| bool | LLinvertLineColor (tSensors link) |
| bool | LLresetLineColor (tSensors link) |
| bool | LLtakeSnapshot (tSensors link) |
| bool | LLcalWhite (tSensors link) |
| bool | LLcalBlack (tSensors link) |
| bool | LLsetPoint (tSensors link, ubyte data) |
| int | LLsetPoint (tSensors link) |
| bool | LLsetKp (tSensors link, ubyte data, ubyte factor) |
| int | LLreadKp (tSensors link) |
| int | LLreadKpFactor (tSensors link) |
| bool | LLsetKi (tSensors link, ubyte data, ubyte factor) |
| int | LLreadKi (tSensors link) |
| int | LLreadKiFactor (tSensors link) |
| bool | LLsetKd (tSensors link, ubyte data, ubyte factor) |
| int | LLreadKd (tSensors link) |
| int | LLreadKdFactor (tSensors link) |
| int | LLreadSteering (tSensors link) |
| int | LLreadAverage (tSensors link) |
| int | LLreadResult (tSensors link) |
| bool | LLreadSensorRaw (tSensors link, tByteArray &pMsg) |
| bool | LLreadSensorUncalibrated (tSensors link, tIntArray &sensorValues) |
| bool | LLreadWhiteThresh (tSensors link, tByteArray &pMsg) |
| bool | LLreadBlackThresh (tSensors link, tByteArray &pMsg) |
| bool | _lineLeader_cmd (tSensors link, ubyte cmd) |
| bool | _lineLeader_write (tSensors link, ubyte regToWrite, ubyte data) |
| bool | _lineLeader_read (tSensors link, ubyte regToRead, ubyte &retval) |
| bool | _lineLeader_read (tSensors link, ubyte regToRead, int numBytes, tByteArray &pDataMsg) |
Variables | |
| tByteArray | LL_I2CRequest |
| tByteArray | LL_I2CReply |
| ubyte | oneByte |
LineLeader Sensor
| #define LL_BLACK_LIMIT 0X59 |
ubyte array (8) with raw value of black calibration for each sensor
Definition at line 68 of file MSLL-driver.h.
| #define LL_CMD_REG 0x41 |
Register used for issuing commands
Definition at line 53 of file MSLL-driver.h.
| #define LL_I2C_ADDR 0x02 |
I2C address used by the LL
Definition at line 52 of file MSLL-driver.h.
| #define LL_KD_FACTOR 0X63 |
D factor for D value of PID control
Definition at line 61 of file MSLL-driver.h.
| #define LL_KD_VALUE 0X48 |
D value of PID control
Definition at line 58 of file MSLL-driver.h.
| #define LL_KI_FACTOR 0X62 |
I factor for I value of PID control
Definition at line 60 of file MSLL-driver.h.
| #define LL_KI_VALUE 0X47 |
I value of PID control
Definition at line 57 of file MSLL-driver.h.
| #define LL_KP_FACTOR 0x61 |
P factor for P value of PID control
Definition at line 59 of file MSLL-driver.h.
| #define LL_KP_VALUE 0x46 |
P value of PID control
Definition at line 56 of file MSLL-driver.h.
| #define LL_READ_AVERAGE 0X43 |
weighted average value for all sensors in array
Definition at line 64 of file MSLL-driver.h.
| #define LL_READ_RESULT 0X44 |
1 or 0 for line or no line for all 8 sensors
Definition at line 65 of file MSLL-driver.h.
| #define LL_READ_STEERING 0x42 |
steering value for simple mode line following
Definition at line 63 of file MSLL-driver.h.
| #define LL_SENSOR_RAW 0X49 |
ubyte array (8) with raw value for each sensor
Definition at line 66 of file MSLL-driver.h.
| #define LL_SENSOR_UNCAL 0x74 |
ubyte array (16) with uncalibrated sensor data
Definition at line 69 of file MSLL-driver.h.
| #define LL_SETPOINT 0x45 |
average value considered center of line (def=45)
Definition at line 55 of file MSLL-driver.h.
| #define LL_WHITE_LIMIT 0X51 |
ubyte array (8) with raw value of white calibration for each sensor
Definition at line 67 of file MSLL-driver.h.
| bool _lineLeader_cmd | ( | tSensors | link, |
| ubyte | cmd | ||
| ) |
Send a command to the Line Leader
This function sends a command to the lineleader over I2C.
Note: this is an internal function and should not be called directly.
| link | the sensor port number |
| cmd | the command to be sent |
PRELIMINARY COMMANDS FROM NXC LIB CODE
Definition at line 144 of file MSLL-driver.h.
| bool _lineLeader_read | ( | tSensors | link, |
| ubyte | regToRead, | ||
| ubyte & | retval | ||
| ) |
Read one ubyte from a Line Leader Register
This function reads one ubyte from a register in the LL sensor over I2C.
Note: this is an internal function and should not be called directly.
| link | the sensor port number |
| regToRead | the register to read from |
| retval | the ubyte in which to store the reply |
Definition at line 187 of file MSLL-driver.h.
| bool _lineLeader_read | ( | tSensors | link, |
| ubyte | regToRead, | ||
| int | numBytes, | ||
| tByteArray & | pDataMsg | ||
| ) |
Read data from a Line Leader Register
This function reads multiple bytes from a register in the LL sensor over I2C.
Note: this is an internal function and should not be called directly.
| link | the sensor port number |
| regToRead | the register to read from |
| numBytes | the number of bytes to read |
| pDataMsg | tByteArray to store reply |
Definition at line 214 of file MSLL-driver.h.
| bool _lineLeader_write | ( | tSensors | link, |
| ubyte | regToWrite, | ||
| ubyte | data | ||
| ) |
Write to a Line Leader Register
This function writes data to a register in the LL sensor over I2C.
Note: this is an internal function and should not be called directly.
| link | the sensor port number |
| regToWrite | the register to write to |
| data | the value to write to the register |
Definition at line 164 of file MSLL-driver.h.
| bool LLcalBlack | ( | tSensors | link ) |
Set black threshold for dark area
This function calibrates the black threshold for each sensor in the array.  Execute this command to set black values internally.
| link | the sensor port number |
Definition at line 337 of file MSLL-driver.h.
| bool LLcalWhite | ( | tSensors | link ) |
Set white threshold for light area
This function calibrates the white threshold for each sensor in the array.  Execute this command to set white values internally.
| link | the sensor port number |
Definition at line 323 of file MSLL-driver.h.
| bool LLinit | ( | tSensors | link ) |
Set up Line Leader sensor type
This function initializes the line leader to prepare for use. Issuing a command also wakes the line leader as needed.
| link | the sensor port number |
Definition at line 241 of file MSLL-driver.h.
| bool LLinvertLineColor | ( | tSensors | link ) |
Inverts detected line color
the function toggles from dark line on light to light line on dark and back.
| link | the sensor port number |
Definition at line 282 of file MSLL-driver.h.
| int LLreadAverage | ( | tSensors | link ) |
Read weighted sensor array average value
Read the Weighted "Average" value from the sensor. This value is calculated internally by the sensor where each of the eight sensors is either triggered or not and multiplied by a a factor to help determine if the line is left, right or on center of the line (according to the set point).
EXPECTED VALUES: 0-80 (-1=ERROR)
SENSOR: 0 1 2 3 4 5 6 7 MULTIPLIER: 10 20 30 40 50 60 70 80
FORMULA: Sum(Weighted Values)/Number sensors on line
Ex. if sensor 0 and 1 are over a line, the average is:
(10 + 20 + 0 + 0 + 0 + 0 + 0 + 0)/2 = 15
in this case 30 < 45 (set point) so the bot is left of center
| link | the sensor port number |
Definition at line 552 of file MSLL-driver.h.
| bool LLreadBlackThresh | ( | tSensors | link, |
| tByteArray & | pMsg | ||
| ) |
Return array of black thresholds (8 bytes)
Read the "Black Threshold" values from the Line Leader for each sensor.
Each of the eight sensors has a value. Raw values less then this threshold equal black (line).
The values are set when calibrating the black points for the sensor.
| link | the sensor port number |
| &pMsg | is 8 bytes returned. One for each sensor with Threshold. |
Definition at line 635 of file MSLL-driver.h.
| int LLreadKd | ( | tSensors | link ) |
READ Kd value
Read the "Kd" value from the sensor.
| link | the sensor port number |
Definition at line 503 of file MSLL-driver.h.
| int LLreadKdFactor | ( | tSensors | link ) |
READ d factor value
Read the "Kd factor" value from the sensor.
| link | the sensor port number |
Definition at line 514 of file MSLL-driver.h.
| int LLreadKi | ( | tSensors | link ) |
READ Ki value
Read the "Ki" value from the sensor.
| link | the sensor port number |
Definition at line 459 of file MSLL-driver.h.
| int LLreadKiFactor | ( | tSensors | link ) |
READ i factor value
Read the "Ki factor" value from the sensor.
| link | the sensor port number |
Definition at line 470 of file MSLL-driver.h.
| int LLreadKp | ( | tSensors | link ) |
READ Kp value
Read the "Kp" value from the sensor.
| link | the sensor port number |
Definition at line 415 of file MSLL-driver.h.
| int LLreadKpFactor | ( | tSensors | link ) |
READ p factor value
Read the "Kp factor" value from the sensor.
| link | the sensor port number |
Definition at line 426 of file MSLL-driver.h.
| int LLreadResult | ( | tSensors | link ) |
Read boolean sensor array values for all sensors
Read a ubyte with each bit equal to a sensor.
1 = Line
0 = No Line
SENSOR: 0 1 2 3 4 5 6 7 MULTIPLIER: 1 2 4 8 16 32 64 128
To determine if a given sensor is over a line or not, use binary math to test each bit.
A returned value of 3 means sensor 0 and 1 are over a line.
| link | the sensor port number |
Definition at line 572 of file MSLL-driver.h.
| bool LLreadSensorRaw | ( | tSensors | link, |
| tByteArray & | pMsg | ||
| ) |
Return array of raw light values (8 bytes)
Read the "Raw Sensor" values from the Line Leader. Amount of light or dark each sensor sees. Typically between 0-20. 0=black, 100=white
| link | the sensor port number |
| &pMsg | is 8 bytes returned. One for each sensor with raw value. |
Definition at line 585 of file MSLL-driver.h.
| bool LLreadSensorUncalibrated | ( | tSensors | link, |
| tIntArray & | sensorValues | ||
| ) |
Return array of raw uncalibrated light values (8 ints)
Read the uncalibrated sensor values from the Line Leader. Each sensor returns a 16 bit value.
| link | the sensor port number |
| sensorValues | is 8 bytes returned. One for each sensor with raw value. |
Definition at line 597 of file MSLL-driver.h.
| int LLreadSteering | ( | tSensors | link ) |
Read internally calculated steering value
Read the "Steering" value from the sensor. This value is calculated internally and can directly be used to set turning values for the robot's motors.
EXPECTED VALUES: -100 to 100 (-101=ERROR)
| link | the sensor port number (range: -100 to 100) |
Definition at line 529 of file MSLL-driver.h.
| bool LLreadWhiteThresh | ( | tSensors | link, |
| tByteArray & | pMsg | ||
| ) |
Return array of white thresholds (8 bytes)
Read the "White Threshold" values from the Line Leader for each sensor.
Each of the eight sensors has a value. Raw values greater then this threshold equal white (area).
The values are set when calibrating the white points for the sensor.
| link | the sensor port number |
| &pMsg | is 8 bytes returned. One for each sensor with Threshold. |
Definition at line 621 of file MSLL-driver.h.
| bool LLresetLineColor | ( | tSensors | link ) |
Resets line color to dark on light bkgrnd
the function resets to default of sensing a dark line on light background
| link | the sensor port number |
Definition at line 294 of file MSLL-driver.h.
| bool LLsetKd | ( | tSensors | link, |
| ubyte | data, | ||
| ubyte | factor | ||
| ) |
WRITE Kd value
Set the "Kd" value for the sensor's internal PID calculations.
This value is usually set lower to stabilize default 8/32
EXPECTED VALUES: 0 to 255
DEFAULT VALUE: 8
EXPECTED VALUES: 1 to 255
DEFAULT FACTOR: 32
| link | the sensor port number |
| data | - the value to set Kd |
| factor | - the Kd factor where d = Kd/Kdfactor |
Definition at line 490 of file MSLL-driver.h.
| bool LLsetKi | ( | tSensors | link, |
| ubyte | data, | ||
| ubyte | factor | ||
| ) |
WRITE Ki value
Set the "Ki" value for the sensor's internal PID calculations.
This value is usually set close to 0 default 0/1
EXPECTED VALUES: 0 to 255
DEFAULT VALUE: 0
EXPECTED FACTORS: 1 to 255
DEFAULT FACTOR: 1
| link | the sensor port number |
| data | - the value to set Ki |
| factor | - the Ki factor where i = Ki/Kifactor |
Definition at line 446 of file MSLL-driver.h.
| bool LLsetKp | ( | tSensors | link, |
| ubyte | data, | ||
| ubyte | factor | ||
| ) |
WRITE Kp value
Set the "Kp" value for the sensor's internal PID calculations.
This value is usually set close to 1.0 default 25/32
EXPECTED VALUES: 0 to 255
DEFAULT VALUE: 25
EXPECTED FACTORS: 1 to 255
DEFAULT FACTOR: 32
| link | the sensor port number |
| data | - the value to set Kp |
| factor | - the Kp factor where p = Kp/Kpfactor |
Definition at line 402 of file MSLL-driver.h.
| int LLsetPoint | ( | tSensors | link ) |
READ SetPoint value
This function reads the setpoint value from the sensor
| link | the sensor port number |
Definition at line 362 of file MSLL-driver.h.
| bool LLsetPoint | ( | tSensors | link, |
| ubyte | data | ||
| ) |
WRITE mid-point or center of line value
The set point is used by internally (or externally) by the sensor to determine the middle of the sensor over a line. This value is compared to the average value to help the robot know if it is left or right of center.
| link | the sensor port number |
| data | - the value to set the set point to |
Definition at line 352 of file MSLL-driver.h.
| bool LLsleep | ( | tSensors | link ) |
Sleep to conserve power when not in use
This function puts the line leader to sleep conserve power.
| link | the sensor port number |
Definition at line 270 of file MSLL-driver.h.
| bool LLtakeSnapshot | ( | tSensors | link ) |
takes a snapshot to determine line color
This function takes a snapshot of the line under the sensor and tracks that position in subsequent tracking operations. Also this function will set inversion if it sees white line on dark background
| link | the sensor port number |
Definition at line 309 of file MSLL-driver.h.
| bool LLwakeUp | ( | tSensors | link ) |
Wake sensor from sleep mode
This function wakes the line leader to prepare for use. Issuing a command also wakes the line leader as needed.
| link | the sensor port number |
Definition at line 258 of file MSLL-driver.h.
Array to hold I2C reply data
Definition at line 72 of file MSLL-driver.h.
Array to hold I2C command data
Definition at line 71 of file MSLL-driver.h.
| ubyte oneByte |
Definition at line 73 of file MSLL-driver.h.


Ice cream for birthdays. Thanks to all the WebMD employees born in whatever month it is!
7/30/2009, 3:34:07 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
Ice cream for birthdays. Thanks to all the WebMD employees born in whatever month it is!
7/30/2009, 3:34:07 PM
Favs: 0
Retweets: 0
link


Mutes Front End!
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•Gradle •Maven •SVN •TFS •Git •Android SDK •IOS SDK •Trello •BaseCamp •Asana •Github •Bitbucket •Scrum & Agile Methodologies
•Kotlin •Java •Swift •C •C++ •C# •JavaScript •Framework7 •Cordova •CSS •HTML •Matlab •Understanding of modern Android Development •Familiar Gradle •OOP •Design Patterns •MVC •MVVM-Beginner •Google UI/UX guidelines •SQLite •Realm •SOAP •REST •XML •JSON
•MacOS •Linux •Windows •Android Studio •Eclipse •XCode •MS Visual Studio •Matlab •MSSQL •SQLite •Genymotion •Sublime •SourceTree •Photoshop •Fireworks
During my 4 years bachelor education I have attended to organisations which were related IT fields and some of them organized by my team.
@PAU Free Software Community
@PAU Information Technologies Community
@C Programming & Android Courses
@PAU Search & Share Groups (SSG)
Beside studying, during 3 years, I worked part time as Mobile Application Developer with research and development company in Pamukkale University Technopark. This combination of studying and working has given me both the theoretical and practical knowledge needed. Also, I worked as freelance and participated in some projects
Achieved 1st place prize at Google Developer Groups (GDG) Hackingfest 2015 with AcilSaglik Mobile Application which is developed in 24 hours.
Considered as a honour student at all seasons by Pamukkale University Computer Engineering Department
Mobile Application Developer
Designing information system reports with Jasper Reports. (Akhmet Yassawi University Information Systems) (Kazakhistan) Contributing to mobile application projects with team.
- Intern - Mobile Application Developer
Designing & developing mobile applications. Cemal Resit Rey Concert Hall Android Application & Denizli Otobus Saatleri Android Application.
Mobile Application Developer
Head of Android Application Development. Analysing project requirements & designing applications. ( HesapBurada, PhyrgianWay, KonyaaltiKultur, AcilSaglik, CottonBox, BlindAnswer, SchoolSafety )
Mobile Application Specialist
Research & Development for EnRoute Panorama Mobile Sales and Distribution Management Solution.
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Welcome! With this app you can easily build a gift exchange for up to 30 people. Not only will this randomly assign each person a recipient, but a wish list can be included to help out those who are gift-givingly-challenged.
The first step is the hardest: getting everyone to send you their email and wish list. One suggestion is to give everyone a ridiculously short deadline, then guilt them by telling them everyone else is done (they're not).
Once you've gathered the email and wish list of everyone involved, you're practically done! Start a new gift exchange and add people to the list of participants. Then, make sure you change your options to specify a dollar amount, the time and location of the gift exchange, and whether or not the gift exchange is meant to be secret. Finally, you may customize the message that gets sent to each participant.
And that's it! We hope your gift exchange is a success!


Pizza Shop
Choose a size:
SMALL
MEDIUM
LARGE
Choose quantity:
1
2
3
4
5
6
7
8
9
10
Choose toppings:
None
Pineapple
Mushroom
Onion
Olive
Tomato
Pepperoni
Sausage
BBQ Chicken
Total Price
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ESACCI_CLOUD_L3_Daily
Variables
The table below lists the variables that are present in the HARP product that results from an ingestion of ESACCI_CLOUD_L3_Daily
data.
field name |
type |
dimensions |
unit |
description |
|---|---|---|---|---|
latitude |
double |
{latitude} |
[degree_north] |
latitude of the ground pixel center |
longitude |
double |
{longitude} |
[degree_east] |
longitude of the ground pixel center |
cloud_optical_depth |
double |
{latitude, longitude} |
[] |
cloud optical depth |
cloud_optical_depth_uncertainty |
double |
{latitude, longitude} |
[] |
uncertainty of the cloud optical depth |
cloud_top_height |
double |
{latitude, longitude} |
[m] |
cloud top height |
cloud_top_height_uncertainty |
double |
{latitude, longitude} |
[m] |
uncertainty of the cloud top height |
cloud_top_pressure |
double |
{latitude, longitude} |
[hPa] |
cloud top pressure |
cloud_top_pressure_uncertainty |
double |
{latitude, longitude} |
[hPa] |
uncertainty of the cloud top pressure |
cloud_top_temperature |
double |
{latitude, longitude} |
[K] |
cloud top temperature |
cloud_top_temperature_uncertainty |
double |
{latitude, longitude} |
[K] |
uncertainty of the cloud top temperature |
validity |
int16 |
{latitude, longitude} |
validity of the measurement |
|
relative_azimuth_angle |
double |
{latitude, longitude} |
[degree] |
relative azimuth angle |
sensor_zenith_angle |
double |
{latitude, longitude} |
[degree] |
viewing zenith angle |
solar_zenith_angle |
double |
{latitude, longitude} |
[degree] |
solar zenith angle |
surface_temperature |
double |
{latitude, longitude} |
[K] |
surface_temperature |
surface_temperature_uncertainty |
double |
{latitude, longitude} |
[K] |
surface_temperature_uncertainty |
datetime |
double |
{time} |
[seconds since 2000-01-01] |
datetime |
datetime_start |
double |
{time} |
[seconds since 2000-01-01] |
time coverage start |
datetime_stop |
double |
{time} |
[seconds since 2000-01-01] |
time coverage end |
index |
int32 |
{time} |
zero-based index of the sample within the source product |
Ingestion options
The table below lists the available ingestion options for ESACCI_CLOUD_L3U
products.
option name |
legal values |
description |
|---|---|---|
orbit |
ascending, descending |
the orbit of the L3 product to ingest; option values are ‘ascending’ (default), ‘descending’ |
corrected |
false |
ingest the corrected data (default) or uncorrected data (corrected=false) |
Mapping description
The table below details where and how each variable was retrieved from the input product.
field name |
mapping description |
|
|---|---|---|
latitude |
path |
/lat[] |
longitude |
path |
/lon[] |
cloud_optical_depth |
condition |
orbit=ascending, corrected unset |
path |
/cot_corrected_asc[,,] |
|
condition |
orbit=ascending, corrected=false |
|
path |
/cot_asc[,,] |
|
condition |
orbit=descending, corrected unset |
|
path |
/cot_corrected_desc[,,] |
|
condition |
orbit=descending, corrected=false |
|
path |
/cot_desc[,,] |
|
cloud_optical_depth_uncertainty |
condition |
orbit=ascending, corrected unset |
path |
/cot_corrected_asc_unc[,,] |
|
condition |
orbit=ascending, corrected=false |
|
path |
/cot_asc_unc[,,] |
|
condition |
orbit=descending, corrected unset |
|
path |
/cot_corrected_desc_unc[,,] |
|
condition |
orbit=descending, corrected=false |
|
path |
/cot_desc_unc[,,] |
|
cloud_top_height |
condition |
orbit=ascending, corrected unset |
path |
/cth_corrected_asc[,,] |
|
condition |
orbit=ascending, corrected=false |
|
path |
/cth_asc[,,] |
|
condition |
orbit=descending, corrected unset |
|
path |
/cth_corrected_desc[,,] |
|
condition |
orbit=descending, corrected=false |
|
path |
/cth_desc[,,] |
|
cloud_top_height_uncertainty |
condition |
orbit=ascending, corrected unset |
path |
/cth_corrected_asc_unc[,,] |
|
condition |
orbit=ascending, corrected=false |
|
path |
/cth_asc_unc[,,] |
|
condition |
orbit=descending, corrected unset |
|
path |
/cth_corrected_desc_unc[,,] |
|
condition |
orbit=descending, corrected=false |
|
path |
/cth_desc_unc[,,] |
|
cloud_top_pressure |
condition |
orbit=ascending, corrected unset |
path |
/ctp_corrected_asc[,,] |
|
condition |
orbit=ascending, corrected=false |
|
path |
/cth_asc_unc[,,] |
|
condition |
orbit=descending, corrected unset |
|
path |
/cth_corrected_desc_unc[,,] |
|
condition |
orbit=descending, corrected=false |
|
path |
/ctp_desc[,,] |
|
cloud_top_pressure_uncertainty |
condition |
orbit=ascending, corrected unset |
path |
/ctp_corrected_asc_unc[,,] |
|
condition |
orbit=ascending, corrected=false |
|
path |
/ctp_asc_unc[,,] |
|
condition |
orbit=descending, corrected unset |
|
path |
/ctp_corrected_desc_unc[,,] |
|
condition |
orbit=descending, corrected=false |
|
path |
/ctp_desc_unc[,,] |
|
cloud_top_temperature |
condition |
orbit=ascending, corrected unset |
path |
/ctt_corrected_asc[,,] |
|
condition |
orbit=ascending, corrected=false |
|
path |
/ctt_asc[,,] |
|
condition |
orbit=descending, corrected unset |
|
path |
/ctt_corrected_desc[,,] |
|
condition |
orbit=descending, corrected=false |
|
path |
/ctt_desc[,,] |
|
cloud_top_temperature_uncertainty |
condition |
orbit=ascending, corrected unset |
path |
/ctt_corrected_asc_unc[,,] |
|
condition |
orbit=ascending, corrected=false |
|
path |
/ctt_asc_unc[,,] |
|
condition |
orbit=descending, corrected unset |
|
path |
/ctt_corrected_desc_unc[,,] |
|
condition |
orbit=descending, corrected=false |
|
path |
/ctt_desc_unc[,,] |
|
validity |
available |
optional |
condition |
orbit=ascending |
|
path |
/qcflag_asc[,,] |
|
condition |
orbit=descending |
|
path |
/qcflag_desc[,,] |
|
relative_azimuth_angle |
condition |
orbit=ascending |
path |
/relazi_asc[,,] |
|
condition |
orbit=descending |
|
path |
/relazi_desc[,,] |
|
sensor_zenith_angle |
condition |
orbit=ascending |
path |
/satzen_asc[,,] |
|
condition |
orbit=descending |
|
path |
/satzen_desc[,,] |
|
solar_zenith_angle |
condition |
orbit=ascending |
path |
/solzen_asc[,,] |
|
condition |
orbit=descending |
|
path |
/solzen_desc[,,] |
|
surface_temperature |
available |
optional |
condition |
orbit=ascending |
|
path |
/stemp_asc[,,] |
|
condition |
orbit=descending |
|
path |
/stemp_desc[,,] |
|
surface_temperature_uncertainty |
available |
optional |
condition |
orbit=ascending |
|
path |
/stemp_asc_unc[,,] |
|
condition |
orbit=descending |
|
path |
/stemp_desc_unc[,,] |
|
datetime |
path |
/time |
description |
datetime converted from days since 1970-01-01 to seconds since 2000-01-01 |
|
datetime_start |
path |
/@time_coverage_start |
description |
datetime converted from a start date to seconds since 2000-01-01 |
|
datetime_stop |
path |
/@time_coverage_end |
description |
datetime converted from an end date to seconds since 2000-01-01 |


News Analysis
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Start Analysis
Previous Searches
{{ company }}
"32% admitted to being overwhelmed by data" - Newsense provides you with a powerful, but simple solution
Sentiment
Overall Sentiment
Score: {{ averageScore | number: 2}}
Stats
Positive News:
{{ sentimentCount['positive'] }}
Negative News:
{{ sentimentCount['negative'] }}
Neutral News:
{{ sentimentCount['neutral'] }}
Total News:
{{ count }}
Sentiment Performance Over Time
Related Companies Mentioned in News
{{ company }}
{{ item.title }}
{{ item.summary }}
{{ date + '000' | date:'medium' }}
Score: {{ item.score | number:2 }}


We're a team of developers that host APIs for people to use online!
This is our main API which contains most of the end points in which you will probably want to use! Most if not all the API's stated past this are standalone applications whereas this API is designed for a modular system!
This API was created to replace the set of Dead API's that were used to gather Animal Facts. We've replaced all of this with a single, easy to use, API! Simply request to an endpoint and receive a response that gives you a string of a random animal fact!
This API was designed more specifically to reach the demographic of Random "Birb" images. However the original name for the Repo soon evolved and it became apparent that having a single-use "random-birb" was no longer appropriate therefore its now "random-image"!


* Fill in fields with the symbol
E-mail * Password * Confirm Password * Name Last Name Company name Address City State ZIP Country: $n $n Work phone Cell.
ACCEPT Informative Note on Privacy I consent to the processing of my private data in accordance with Legislative Decree no. 196 of 30 June 2003 on the protection of personal data. The data sent will be used solely for activities carried out within our company.


Routes the workbook using the defined routing slip information.
Syntax
ROUTE.DOCUMENT()
Remarks
If there is no routing slip, returns #N/A. If an error occurs or routing is not enabled for the system, returns #VALUE!.
Related Functions
SEND.MAIL Sends the active workbook using email
ROUTING.SLIP Adds or Edits the routing slip attached to the current workbook
Return to index


Portfolio Chart
Portfolio Coins
| Coin | Balance | Price | KMD Value | Action | Loading... |
|---|
Add Coins
| Coin | Total Balance | Deposit Address | Status | txfee | Electrum | Actions |
|---|---|---|---|---|---|---|
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KMD Value: - KMD
Send
This screen shows you option to manage your coin's inventory. What is coin inventory?
Evey crypto currency wallet is very much like your regular phisical wallet. Just like in your physical wallet if you have different currency notes and coins available, that means they are not spent. You can spend them. If you use the same analogy in crypto currency, these unspent notes and coins can be referred as unspent transactions. In tiny bit technical term it's called Unspent Transaction Output, in short UTXO
The decentralised Exchange doesn't run on total balance of your crypto currency wallet. It needs small unspent transctions. So, if you have sent a big transction to your BarterDEX smart address, you can use this screen to split your balance to number of small UTXOs.
By clicking Make Inventory button it will split your smart address balance to number of UTXOs and send them back to your smart address. It will cost regular transaction fee to split your smart address balance.
Manage Inventory
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Trading Pair
Your Balance
| Base | Rel | Bid | Ask | Loading... |
|---|
| Name | Price | Max Volume | Attempts | Actions |
|---|


Rho::WebView.activeTab
Method should return index of webview active tab
VT300-XXX
Created toolbar(for return to main page, etc.). Press
if needed.
VT200-0690
Created tabbar. Press
if needed.
-
-
- It should return 1
WebView.zoomPage
Sets the zoom factor of the page. Factor 1.0 is no zoom, values less than 1.0 are zoomed out and values greater than 1.0 are zoomed in
Get zoomPage value
VT200-0694
Press to set zoomPage to 1.5
WebView.textZoomLevel
Sets the font size to be displayed on the page, set to 0 for the smallest font and 4 for the largest font.
Get textZoomLevel value
VT200-0695
Press to set textZoomLevel to 4
WebView.refresh()
Force WebView to refresh the current page.
Press button for inserting text by JS. This text should disappear after refreshing
VT200-0697
Call refresh() for tab index 1
WebView.setCookie()
When WebView loads the specified url (either by selecting link or from calling WebView.navigate), it will add this cookie to the HTTP request.
Show document cookie
VT200-0699
Set single cookie


Oleanolic acid rat blood levels after oral administration of oleanolic acid-loaded SMEDDS (filled diamonds) and marketed drug product (tablet) (filled squares); upper right: accumulative release of oleanolic acid. Reproduced from [ 151] with permission


GET STARTEDSign Up for free and access all the tests you need!
GET STARTEDSign Up for free and access all the tests you need!
GET STARTED


- K-lite’s Request for Invalidity against Luquidles’ Patent Rejected by EUIPO
- LEDinside: UV LED Market Value in 2023 Will Reach USD 991 Million
- Trendforce: China IGBT Market Scale will Reach RMB 52.2 Billion in 2025 and HEV/EV will be the Largest Application Field
- LEDinside: Infrared Sensing Market Scale Will Achieve over USD 2.1 Billion in 2020
- LEDinside: Micro LED Supply Chain and Vendor Layout Analysis
- 1
- 2
- 3
- 4
- 5


Profile
Name:
{{ user['account_name'] }}
Birthday:
{{ user['account_bday'] | date:"longDate" }}
Username:
{{ user['account_username'] }}
Access:
{{ user['type_description'] }}
Joined:
{{ user['account_date'] | date:"longDate" }}
0">
Scores
{{ dif['difficulty_text'] }}
0; else showNoRecord">
{{ score['lesson_title'] }} - {{ score['score_count'] }}%
No records of score for now.


Working with Raw Data
Understanding the Parameters
Download Raw Data
Wind Speed
Wind Angle
Heading
Azimuth
Pitch
Roll
Altitude
Air Pressure
TimeStamp
CHL
NTU
THERM
Temperature
Conductivity
PRESS
BattV
P1V
P2V
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About Me
|
|
|
I am Lavish Arora . I'm from Hanumangarh where I finished my Schooling last year from S.R.M. INTERNATIONAL SCHOOL . Currently pursuing my undergraduate at JAYPEE INSTITUTE OF INFORMATION AND
I am a Basketball Player and also a Binge watcher.
I do my work mainly in C/C++ languages . C/C++ are my current skills And I am working on Data structure and Algorithm. Beside these I know Web Development..
This website is basically one of my Web Development project which is built using HTML. Thanks again for reading this, because of people like you, it exists and prospers!
Cheers,
L.Arora
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Browser: Chrome/16.0.912.77
My BBLog Addon Version is: 1.1
If you check the link bellow you'll see that neither the youtube embed shows or the link to the video. The only way I found to access the videos was disabling "Better Battlelog" plugin so I could normally access the video links in a new youtube tab.
LINK:
http://battlelog.battlefield.com/bf3/forum/threadview/2832654489581626799/


31 Mar 2015
Weak Constraint on Fenics
Though there is no weak constraint in fenics, we can still cook up it with mixed function space.
For me, the first time I got to know the idea of weak constraint is from using Comsol-4.4, solving some single phase flow problem, and there is an advance option for solving the problem, when enabling the weak constraint, the restriction on boundary(or any SubDomain) will not directly work on the matrix, instead of reducing the dofs, it will bring more variables by mixing the space.
Just for an example, solving:
$$\Delta u = 0$$
given Neumann boundary with true solution as $u = x^2 - y^2$ on the unit square. We know the dofs more than equations, we need one more constraint.
Suppose the constraint is:
$$\int_{\Omega} u = 0$$
then we can apply weak constraint: $$\lambda\int_{\Omega} v + \mu{}\int_{\Omega} u$$
Update:
The usual Lagrange multiplier method weakly add the constraint onto the target expression. The energy is represented as
$$E(u, \lambda) = \dfrac{1}{2}\int_{\Omega} (\nabla u)\cdot (\nabla u) + \lambda \int_{\Omega} u - L(u)$$
we are looking for parameter $u, \lambda$ such that $E(u, \lambda)$ is minimum.
Take variational, merge $(u, \lambda)$ as a augmented vector(function).
$$\dfrac{d}{d\epsilon} E(u + \epsilon v, \lambda + \epsilon\mu) =\int_{\Omega}\nabla u\cdot \nabla v + \lambda \int_{\Omega} v + \mu\int_{\Omega} u - L(v)$$
In general case, the bilinear form gives variational form
$$E(u) = \dfrac{1}{2}B(u, u) - L(u)$$
with constraints $F_k(u) = 0$.
The optimization takes form as
$$E(u, \lambda_k) = E(u) + \lambda_k F_k(u)$$
which produces the bilinear form embedded in augmented function space,
$$B(u, v) - L(v) + \lambda_k \langle \nabla F_k(u), v\rangle + \mu_k F_k(u)$$
If $F_k$ is linear then it will produce a symmetric weak constraint.
from dolfin import *
# Create mesh and define function space
mesh = UnitSquareMesh(64, 64)
V = FunctionSpace(mesh, "CG", 1)
R = FunctionSpace(mesh, "R", 0)
W = V * R
# Define variational problem
(u, c) = TrialFunction(W)
(v, d) = TestFunctions(W)
f = Constant(0)
g = Expression("2 * (x[0] == 1 || x[1] == 1)")
a = (inner(grad(u), grad(v)) + c*v + u*d)*dx
L = f*v*dx + g*v*ds
# Compute solution
w = Function(W)
solve(a == L, w)
(u, c) = w.split()
# Plot solution
plot(u, interactive=True)


title=In Bath subtitle=Sports Centre, Bath. date=2016-02-24 type=page tags=map,leighton buzzard status=published ~~~~~~
The Bowls Hall is in what is refered to as the 'Dry Side' of the Leisure centre, which is next to the car park.


This is the sweet and salty game.
You will need to enter 3 numbers the starting and the end, and numbers per line, And the program run through the range between the start and the end. Whenever the program encounters a number divisible by 3, it prints sweet, and when it encounters a number divisible by 5 it prints salty, or both, prints sweet'nSalty. Otherwise it prints the number. There are some rules though. The range between both numbers must be no less than 200, and no greater than 10000. And the words per line should be at least 1/100th of the range.
Enjoy!


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Returns information about reports defined for the active workbook. Use REPORT.GET to return information you can use in other macro commands that manipulate reports.
If this function is not available, you must install the Report Manager add-in.
Syntax
REPORT.GET(type_num, report_name)
Type_num is a number from 1 to 3 specifying the type of information to return, as shown in the following table.
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Report_name specifies the name of a report in the active workbook.
Remarks
Report_name is required if type_num is 2 or 3.
Example
The following macro formula returns an array of reports from the active workbook.
REPORT.GET(1)
Related Functions
REPORT.DEFINE Creates a report
REPORT.DELETE Removes a report from the active workbook
REPORT.PRINT Prints a report
Return to index


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About Me
My name is Beth Gmariam. I am energetic, entusiastic to learn new things, specially technology. My passion toward Mathematics and Physics lead me to study Electrical Engineering. After I graduated from Elecrical Engineering, I worked for Engineering consulting firm in Oakland California.
In 2015, I joined another Engineering firm in San Francisco. This new company utilizes 2D/3D modeling softwares (Revit, AutoCAD,SKM...etc). My responsibility, as Electrical Designer, was to design and model electrical system layout on those 2D/3D modeling computer softwares.
In 2018, I started taking a fullstack web development program at University of Toronto (UofT). I have completed the following programming languages and tools, with hands on experience working on projects:
HTML/CSS, Bootstrap, JavaScript, jQuery, AJAX, JSON, Firebase, Node.JS, Constractors, Object Oriented Programming Concepts, mySQL, etc.


Before Change
[unix_time])
(detection_features, detection_boxes, num_detections,
detection_scores) = self._session.run(
[
self._embedding_node, self._box_node, self._num_detections[0],
self._scores_node
],
feed_dict={self._input: [tfrecord_entry]})
num_detections = int(num_detections)
embed_all = []
score_all = []
After Change
example.features.feature["image/unix_time"].float_list.value.extend(
[unix_time])
detections = self._detect_fn.signatures["serving_default"](
(tf.expand_dims(tf.convert_to_tensor(tfrecord_entry), 0)))
detection_features = detections["detection_features"]
detection_boxes = detections["detection_boxes"]
num_detections = detections["num_detections"]
detection_scores = detections["detection_scores"]
num_detections = int(num_detections)
embed_all = []
score_all = []


| Name | Description |
| cpuHvDisabled |
Host CPU is compatible for replay-based FT, but hardware
virtualization has been disabled in the BIOS.
Since vSphere API 6.0
|
| cpuHvUnsupported |
Host CPU does not support hardware virtualization
Since vSphere API 6.0
|
| cpuHwmmuUnsupported |
Host CPU does not support hardware MMU virtualization
Since vSphere API 6.0
|
| esxAgentVm |
The virtual machine is an ESX agent VM
Since vSphere API 5.0
|
| ftSecondaryVm |
The virtual machine is a fault tolerance secondary virtual machine
|
| ftUnsupportedHardware |
The host ftSupported flag is not set because of hardware issues
|
| ftUnsupportedProduct |
The host ftSupported flag is not set because of it is a
VMware Server 2.0
|
| haNotEnabled |
HA is not enabled on the cluster
|
| hasEFIFirmware |
The virtual machine firmware is of type EFI
Since vSphere API 6.0
|
| hasLocalDisk |
The virtual machine has one or more disks on local datastore
|
| hasNestedHVConfiguration |
The host does not support fault tolerant VM with nested HV or VBS
enabled.
Since vSphere API 5.1
|
| hasSnapshots |
The virtual machine has one or more snapshots
|
| hasUnsupportedDisk |
Since vSphere API 5.1
|
| hasVFlashConfiguration |
The virtual machine has a vFlash memory device or/and disks with
vFlash cache configured.
Since vSphere API 5.5
|
| hostInactive |
The host is not active
|
| insufficientBandwidth |
FT logging nic does not have desired bandwidth
Since vSphere API 6.0
|
| missingFTLoggingNic |
FT logging nic is not configured on the host
|
| missingVMotionNic |
No VMotion license or VMotion nic is not configured on the host
|
| moreThanOneSecondary |
There is already a secondary virtual machine for the primary
virtual machine
|
| multipleVCPU |
The virtual machine has more than one virtual CPU
|
| noConfig |
No configuration information is available for the virtual machine
|
| recordReplayNotSupported |
The virtual machine does not support record/replay.
Vm::Capability.RecordReplaySupported is false.
|
| replayNotSupported |
It is not possible to turn on Fault Tolerance on this powered-on VM.
The support for record/replay should be enabled or Fault Tolerance
turned on, when this VM is powered off.
|
| templateVm |
The virtual machine is a template
|
| thinDisk |
The virtual machine has thin provisioned disks
|
| tooManyVCPUs |
The host does not support fault tolerance virtual machines
with the specified number of virtual CPUs.
Since vSphere API 6.7
|
| tooMuchMemory |
The host does not support fault tolerance virtual machines
with the specified amount of memory.
Since vSphere API 6.7
|
| unsupportedProduct |
VMware product installed on the host does not support
fault tolerance
Since vSphere API 6.0
|
| verifySSLCertificateFlagNotSet |
The "check host certificate" flag is not set
|
| video3dEnabled |
The virtual machine video device has 3D enabled
Since vSphere API 5.0
|


switched - switch/option management.
The switched class serves as base class for user classes with switch / option configuration procedures. It provides facilities for managing options through a simple interface.
For example:
set vehicle [new car -length 4.5 -width 2 -power 100 -fuel diesel] puts "my car was running on [switched::cget $vehicle -fuel]" switched::configure $vehicle -power 40 -fuel electricity puts "but is now running on clean [switched::cget $vehicle -fuel]"
Of course, as you might have guessed, the car class is derived from the switched class. Let us see how it works:
class car { proc car {this args} switched {$args} { # car specific initialization code here switched::complete $this } ... }
The switched class constructor takes the optional configuration option / value pairs as parameters. The switched class layer then completely manages the switched options: it checks their validity, stores their values and provides a clean interface to the user layer configuration setting procedures.
The switched class members available to the programmer are:
This procedure is used to tell the switched layer that the derived class object (a car in the examples) is completely built. At that time, the initial configuration of the switched object occurs, using default option values (see procedure options) eventually overridden by construction time values, passed at the time of the new operator invocation. This procedure must be called only once, usually around or at the end of the derived class constructor. (Note: Also check the complete data member later in this chapter).
This procedure must return the configuration description for all options that the switched object will accept. It is a pure virtual member procedure and therefore its implementation is mandatory in the derived class layer. The procedure must return a list of lists. Each list pertains to a single option and is composed of the switch name, the default value for the option and an optional initial value. For example:
class car { ... proc options {this} { return [list [list -fuel petrol petrol] [list -length {} {}] [list -power {} {}] [list -width {} {}] ] } proc set-fuel {this value} { ... } ... }
In this case, 4 options are specified: fuel, length, power and width. The default and initial values for the fuel option are identical and set to petrol. For the other options, values are all empty.
For each option, there must be a corresponding set-option procedure defined in the derived class layer. For example, since we defined a fuel option, there is a set-fuel procedure in the car class. The parameters always are the object identifier (since this is not a static procedure, but rather a dynamically defined virtual one), followed by the new value for the option. A set-option procedure is only invoked if the new value differs from the current one (a caching scheme for improving performance), or if there is no initial value set in the options procedure for that option.
In this procedure, if the initial value differs from the default value or is omitted, then initial configuration is forced and the corresponding set-option procedure is invoked by the switched complete procedure located at the end of the derived class constructor. For example:
class car { ... proc options {this} { return [list [list -fuel petrol] [list -length {} {}] [list -power 100 50] [list -width {} {}] ] } ... }
In this case, configuration is forced on the fuel and power options, that is the corresponding set-option procedures will be invoked when the switched object is constructed (see set-option procedures documentation below).
For the fuel option, since there is no initial value, the set-fuel procedure is called with the default value (petrol) as argument. For the power option, since the initial value differs from the default value, the set-power procedure is called with the initial value as argument (50).
For the other options, since the initial values (last elements of the option lists) are identical to their default values, the corresponding set-option procedures will not be invoked. It is the programmer's responsibility to insure that the initial option values are correct.
These procedures may be viewed as dynamic virtual functions. There must be one implementation per supported option, as returned by the options procedure. For example:
class car { ... proc options {this} { return [list ... [list -width {} {}] ] } ... proc set-width {this value} { ... } ... }
Since the -width option was listed in the options procedure, a set-width procedure implementation is provided, which of course would proceed to set the width of the car (and would modify the looks of a graphical representation, for example).
As you add a supported option in the list returned by the options procedure, the corresponding set-option procedure may be called as soon as the switched object is complete, which occurs when the switched level complete procedure is invoked. For example:
class car { proc car {this args} switched {args} { ... switched::complete $this } ... proc options {this} { return [list [list -fuel petrol] [list -length 4.5] [list -power 350] [list -width 1.8] ] } proc set-fuel {this value} { ... } proc set-length {this value} { ... } proc set-power {this value} { ... } proc set-width {this value} { ... } } new car
In this case, a new car is created with no options, which causes the car constructor to be called, which in turns calls the switched level complete procedure after the car object layer is completely initialized. At this point, since there are no initial values in any option list in the options procedure, the set-fuel procedure is called with its default value of petrol as parameter, followed by the set-length call with 4.5 value, set-power with 350 value and finally with set-width with 1.8 as parameter. This is a good way to test the set-option procedures when debugging, and when done, just fill-in the initial option values.
The switched layer checks that an option is valid (that is, listed in the options procedure) but obviously does not check the validity of the value passed to the set-option procedure, which should throw an error (for example by using the Tcl error command) if the value is invalid.
The switched layer also keeps track of the options current values, so that a set-option procedure is called only when the corresponding option value passed as parameter is different from the current value (see -option data members description).
The -option data member is an options current value. There is one for each option listed in the options procedure. It is a read-only value which the switched layer checks against when an option is changed. It is rarely used at the layer derived from switched, except in the few cases, such as in the following example:
... proc car::options {this} { return { ... {-manufacturer {} {}} ... } } proc car::set-manufacturer {this value} {} proc car::printData {this} { puts "manufacturer: $switched::($this,-manufacturer)" ... }
In this case, the manufacturer's name is stored at the switched layer level (this is why the set-manufacturer procedure has nothing to do) and later retrieved in the printData procedure.
The complete data member (not to be confused with the complete procedure) is a boolean. Its initial value is false and it is set to true at the very end of the switched complete procedure. It becomes useful when some options should be set at construction time only and not dynamically, as the following example shows:
proc car::set-width {this value} { if {$switched::($this,complete)} { error {option -width cannot be set dynamically} } ... }
This document, and the package it describes, will undoubtedly contain bugs and other problems. Please report such in the category stooop of the Tcllib Trackers. Please also report any ideas for enhancements you may have for either package and/or documentation.
When proposing code changes, please provide unified diffs, i.e the output of diff -u.
Note further that attachments are strongly preferred over inlined patches. Attachments can be made by going to the Edit form of the ticket immediately after its creation, and then using the left-most button in the secondary navigation bar.
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