I’m a PhD student in the cosynus team at the LIX laboratories of Ecole Polytechnique. I study topological models of concurrent programs with my advisor Emmanuel Haucourt
In the future I want to work somewhere where I can use both data sciences and topology to applied problems.
This was my first try at ML in real life. The goal of this was to identify Starcraft players from their replays. The idea is that players in such games as Starcraft (and probably other) have keyboard patterns that can be used to identify them.
Something probably not working is on my github, and a website was created around it sc2guess.
A much more boring project to get the ladder match history of players. It use the not to be trusted too much blizzard api. The idea is to get some nice stats on the player ladder.
It’s a bit related to the previous projects since you can use some of the ladder informations to find smurfs of the players.
Besides sciences and Starcraft here are some of my other dubious interests:


The various components of MathJax, including its input and output processors, its preprocessors, its extensions, and the MathJax core, all can be configured through the config/default.js file, or via a MathJax.Hub.Config() call (indeed, if you look closely, you will see that config/default.js is itself one big call to MathJax.Hub.Config()). Anything that is in config/default.js can be included in-line to configure MathJax.
The structure that you pass to MathJax.Hub.Config() is a JavaScript object that includes name-value pairs giving the names of parameters and their values, with pairs separated by commas. Be careful not to include a comma after the last value, however, as some browsers (namely Internet Explorer) will fail to process the configuration if you do.
The MathJax components, like the TeX input processor, have their own sections in the configuration object, labeled by the component name, and using a configuration object as its value. The object is itself a configuration object made up of name-value pairs that give the configuration options for the component.
For example,
MathJax.Hub.Config({
showProcessingMessages: false,
jax: ["input/TeX", "output/HTML-CSS"],
TeX: {
TagSide: "left",
Macros: {
RR: '{\\bf R}',
bold: ['{\\bf #1}',1]
}
}
});
is a configuration that includes two settings for the MathJax Hub (one for showProcessingMessages and one for the jax array), and a configuration object for the TeX input processor. The latter includes a setting for the TeX input processor’s TagSide option (to set tags on the left rather than the right) and a setting for Macros, which defines new TeX macros (in this case, two macros, one called \RR that produces a bold “R”, and one called \bold that puts is argument in bold face).
The config/default.js file is another example that shows nearly all the configuration options for all of MathJax’s components.
The individual options are explained in the following sections, which are categorized by the component they affect.


{% extends "wrapper.html" %} {% block title %}Clear nginx cache{% endblock %} {% block content %}
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Material Markdown
Material Markdown
Markdown for the Material Era.
Download Pre-Alpha
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Made With...


Whether it's for serious reasons or a silly scenario, occasionally a character will have to pretend to be someone he isn't. As the story continues (probably as a treat for people who've been watching the show for some time), he'll use a name that has been mentioned in the past. This is the Go-to Alias: a default pretend name on which the character falls back when he's pretending to be someone else.
A variation on this would be the Go-to Identity, when this name carries a history or personality to which the character sticks whenever he uses it. In more dire circumstances, the character will start associating with that identity more than his own. If Played for Laughs, he will be Lost in Character.
If the character uses multiple aliases with a common thread, they're Themed Aliases.
Go-to Aliases:
- Batman: Alfred Pennyworth often uses his middle names (Thaddeus Crane) as an alias when he goes undercover.
- Since Batman didn't want Tim Drake revealing his identity even to other heroes, he sometimes told them that his name was "Alvin Draper." Amusingly, his best friend Superboy immediately dismissed it, on the grounds that no one with that name would willingly go by it; he'd have introduced himself as "Al" or "Vinnie" instead.
- Wolverine uses the identity of "Patch" (wearing an eyepatch), a mercenary, when he acts undercover in the Far East.
- In Knights of the Dinner Table, 'Weird' Pete's go-to alias is John Mephisto; the name of an old HackNoia character of his.
- Daredevil uses "Michael Nelson" (no, not that one; or that one either), a combination of his father's and best friend's names.
- Nikolai Dante often uses the alias Quentin Durward. Of course, he's never able to maintain the cover for very long.
- Spider-Man foe Mysterio has used the alias of Ludwig Rinehart twice—once when posing as a psychiatrist to try to drive Spidey insane, and again while running a rest-home scam.
- Superboy himself, before he took the secret identity of Conner Kent, would use the name "Carl Krummet" when undercover (infiltrating Risk's old high school in Teen Titans: Superboy and Risk Double-Shot and Stargirl's school in Stars and S.T.R.I.P.E.).
- Popeye. J. Wellington Wimpy often claims to be "one of the Jones Boys" whenever he's in some hot water for something he did.
- Men in Black. Kay always claims to be working for "Division Six" of any government agency.
- Premium Rush. The villain, Robert Monday, always calls himself "Forrest J. Ackerman" whenever he needs access somewhere.
- At several points in American Animals, Warren uses the alias 'Walter Beckman'.
- In the James Bond novels by James Gardner, Bond often uses the alias of 'James Boldman'.
- The Saint: Simon Templar liked to use the alias "Sebastian Tombs". Deconstructed after a while, when someone points out that he's used it so often that people just treat it as synonymous with him and it's not actually much use for hiding his identity now.
- Lord Peter Wimsey generally uses his two middle names (Death Bredon) as a Nom de Guerre. If he needs to explain this coincidence, he'll claim that he's a distant cousin of the Wimseys.
- In the Company Z novels by J.T. Edson, Alvin Fog uses 'Rapido Clint' as his alias whenever he poses as a criminal. His partner Mark Scrapton would use 'Commanche Blood'. These two verge of being full-blown 'go-to identities'.
- In the Floating Outfit novels, Alvin's grandfather Dusty Fog often used his middle names 'Edward Marsden' as his go-to alias.
- Gentleman Bastard: Locke Lamora and Jean Tannen have had a lot of aliases in their time... but when pressed for an identity on short notice, they can always fall back on Tavrin Callas.  They figure if anyone traces the name far enough back, the followers of the death goddess can declare it a miracle.
- Isaac Asimov's The Complete Adventures of Lucky Starr: Lucky usually tells people his name is "William Williams", unless there's a reason why he has to use his identity as a member of the Council of Science.
- Author Gordon Korman used "G. Gavin Gunhold" as a running alias across multiple books. Gavin takes on a life of his own more than usual in ''The Wizzle War'' (as the world's most perfect, absentee student) and A Semester In The Life Of A Garbage Bag (an obscure Canadian poet) in particular.
- Donald E. Westlake's John Dortmunder character from the Dortmunder is a career criminal. He has occasionally used the alias "John Diddums" (he claims to anyone who asks that it's Welsh), a name he dislikes but uses involuntarily in circumstances that preclude using his real name.
- Vanyel from The Last Herald-Mage has a minstrel named Valdir as go-to undercover identity.
- John Clark's go-to alias when operating in Russia or pretending to be Russian is Ivan Sergeyevich Klerk, which patryomnic aside, is basically his name.
- Even Stevens: Twitty uses Lars Honeytoast when buying shoes from a shady salesman. He uses it again in The Movie.
- Friends:
- Phoebe is practically guaranteed to use the name "Regina Phalange" whenever pretending to be someone else. In "The One Where Joey Speaks French", she gives her alias as a French woman as 'Régine Phalange'.
- Joey apparently uses "Ken Adams" from time to time, but we only see it in action in one episode.
- Parks and Recreation:
- Andy Dwyer used Bert Macklin, FBI agent, in a few scenarios. However, he eventually dies and is replaced by his brother, Kip Hackman. Or so the President's enemies think.
- In the same vein, April Ludgate likes being Janet Snakehole. Originally just the daughter of the owner of the Snakehole Lounge (so she could score free drinks), the next time we see her she's a fabulously wealthy widow with a Mysterious Past.
- Chuck:
- It's implied in "Chuck Versus the Break-Up" that Sarah and Bryce are habitually "Mr. and Mrs. Anderson" when going Undercover as Lovers.
- The eponymous Chuck Bartowski introduced the idea of Charles Carmichael (the successful version of himself) in the third episode, "Chuck vs. the Tango". Over the course of season two, it becomes so associated with him that it ends up as one of his operating aliases. In one episode people are congratulating him as both "Bartowski" and "Carmichael" as he walks through a crowd.
- Further down the line, even Morgan gets into the act, establishing Michael Carmichael as his go-to alias.
- On The Office (US), Michael Scott has Agent Michael Scarn. Originally his go-to improv character, eventually the main character of a script he writes and, over the course of several years, films.
- On Doctor Who, the Doctor often goes by the generic "John Smith" when forced to give up a name or being "under cover". In one case he even used the German variation, "Johann Schmidt".
- On Better Call Saul, it's revealed that "Saul Goodman" was Jimmy's fallback alias, before he adopted it full-time as his professional name.
- On Will & Grace, Karen's alias was "Anastasia Beaverhausen".
"Anastasia, like Russian Royalty, and Beaverhausen, like... where the beaver live".
- Burn Notice's Sam Axe always, always uses the name "Chuck Finley" when he needs an alias for the Job of the Week.
- After the season 4 in-series proclamation that "Chuck Finley is forever", there is official merchandise for Sam's go-to alias. Mr. Finley is on the way to becoming a Memetic Badass, a la Wang Fire of Avatar fame.
- Seinfeld: Each of the male characters has one. In the Puerto Rican day episode, they all end up in the same apartment using their aliases.
- George Costanza has Art Vandelay, who is an architect, a marine biologist, or an importer/exporter, dating back as early as the second episode. He'll also use the name Vandelay when coming up with other lies, such as claiming he was employed by Vandelay Industries. In the series finale, the judge the four are sentenced under is actually named Art Vandelay. George interprets this as a good sign. It isn't.
- Cosmo Kramer would often pretend to be H.E. Pennypacker or Dr. Van Nostrand.
- Jerry himself occasionally went by Kel Varnsen.
- In Plain Sight gives us Mary Sheppard and Marshall Miller.
- On Modern Family, Phil uses Clive Bixby, designer of high-end electro-acoustic transducers, when roleplaying with Claire, who uses the name Juliana for the same.
- Winston from New Girl uses "Theodore K. Mullins", Nick/Schmidt's lover on the down low.
- When he has to go undercover as a criminal, Nash Bridges tends to use the pseudonym Teddy Malone.
- Reese from Person of Interest uses "Det. Stills" and "John Rooney, Assets".
- On Pushing Daisies, Chuck consistently goes by Kitty Pyms, covering up the fact that she's actually dead.
- On Bones. Booth and Brennan sometimes go undercover. They actually have two sets of aliases, Tony and Roxy or Buck and Wanda Moosejaw.
- Zane on Eureka periodically goes by I. P. Freely, when he's not using the names of WarGames characters.
- Castle has given Alexis some extra undercover work recently, for which she tends to use the name "Clara Stryker," after one of her father's characters.
- Jim Rockford of The Rockford Files typically used the name James Taggart when pretending to be a wealthy businessman.
- On The Good Place Eleanor's old stand-by was "Diana Tremaine". She later learns that her mother has started a new life under that name.
- Sharpe: When Sharpe needs to travel incognito, he often uses the alias Dick Vaughan. Richard "Dick" Vaughan is the South Essex's supply officer which means that Sharpe can use his actual regiment and real first name and still have his cover pass cursory inspection.
- Resurrection Ertugrul: Used by several characters throughout the show, such as:
- Petruchio and Titus, who go undercover in the city of Aleppo as Tatos Harput and Ebu Hisham, respectively.
- Noyan uses this in a couple of season 2 episodes, as well as a different one in season 4, where he momentarily dons the moniker of The Traveler.
- A protagonist example happens in season 3. A man who drops by the Kayi-Cavdar grounds claiming to be a traveling merchant is later revealed to be Sultan Alaeddin Kayqubad.
- The Suikoden series has the recurring alias of Scholtheim Reinbach III/IV. Made much funnier when one of the games actually features the real Scholtheim Reinback III.
- In Planescape: Torment, The Nameless One has the option of using the moniker Adahn when talking to people. And thanks to the nature of the Planes, if you convince enough people that there's a guy named Adahn wandering around out there, you can meet him in a bar.
- Dallas from PAYDAY 2 uses the alias "Nathan Steele" in several of the game's trailers.
- In the Hitman series, 47 will typically use the name "Tobias Rieper" as his main alias whenever he needs to give out a name.
- In Red Dead Redemption II, Arthur will typically give the name "Tacitus Kilgore" as the name to send letters to.
- In Critical Role, Jester's go-to fake name is "Ms. Fiona Fancypants", and she even holds on to the "Fancypants" surname sometimes with other first names. "Nancy Fancypants" is perhaps not the most convincing name for someone impersonating a drow.
- On King of the Hill, Dale likes to go by Rusty Shackleford, generally whenever he's doing something sneaky, although he also refuses to sign his real name to any document, being a comical Right-Wing Militia Fanatic. At one point in the series, the actual Rusty Shackleford shows up—Dale knew him as a kid and had thought Rusty had died—it turns out that Rusty had just moved away and wasn't happy being connected with Dale's various acts of stupidity.
- Daria has "Esmerelda". It only makes one appearance in the series proper when she first meets Casanova Wannabe Upchuck, but she uses it more frequently in subsequent tie-in media.
- Sterling Archer frequently employs the first name "Randy" whenever he's on assignment (the last name varies more frequently). Cyril Figgis has had "Chet" as a cover name more than once.
Go-to Identities:
- Batman has his Matches Malone identity that he uses to get information about the criminal underworld. Unusually, Matches was a real person; a gangster who Batman thought could have had the potential to go straight, if he hadn't been killed. In one storyline it turned out the real Matches was still alive, but on his return to Gotham was immediately killed by Scarface because of Batman!Matches' actions. Bruce blamed himself and started Becoming the Mask.
- Robin (Tim Drake)'s Alvin Draper alias (mentioned above) became more of an identity when he used it to go undercover in Gotham's teen gangs.
- Vorkosigan Saga: Miles Vorkosigan spends a lot of time under the alias Admiral Miles Naismith. Part of the series delves into him Becoming the Mask.
- The Stainless Steel Rat, in his criminal days, had a constructed identity complete with false fingerprints, pads that changed the shape of his face, and so on, which he would adopt before beginning any con (and keep up underneath any other alias required for the con), so that the police would spend their time looking for that person instead of the real him.
- The Belgariad: Silk has two primary cover identities in place; the down-on-his-luck spice merchant Ambar of Kotu, and the reasonably successful wholesaler Radek of Boktor. He has others too, but Radek and Ambar see the most play because he likes the characters. Technically, "Silk" is a deep-cover fake identity as well, since having his real identity as Kheldar, Prince and Heir Apparent to the throne of Drasnia, be public knowledge would be Very Bad.
- Moist von Lipwig in Going Postal is similarly described as having two or three favourite identities. Making Money shows the flaw in this approach for a conman; the fact "Albert Spangler" has a history makes it more likely that this history will come back to haunt him.
- Leverage: Sophie Devereaux is the alias by which we know Gina Bellman's con artist.
- Not that the rest of the gang doesn't have standard cover identities. John Rogers says it's to decrease the number of names they have to run by their legal team to keep them from slandering someone. A small selection:
- Nate uses Jimmy Papadokalis every time he's playing a lawyer; he's used Tom Baker and Bob Gibson multiple times as well.
- Eliot has used the name Wes Abernathy at least twice.
- Parker has used Alice White at least twice.
- Hardison has gone by Johnathon Steed at least twice
- Not that the rest of the gang doesn't have standard cover identities. John Rogers says it's to decrease the number of names they have to run by their legal team to keep them from slandering someone. A small selection:
- On White Collar, Neal Caffrey uses Nick Halden as a regular alias when playing cons. Probably because he knows the FBI already knows about that identity; he's had others, but he'd prefer not to give up all his secrets.
- Classic Traveller, The Journal of the Traveller's Aid Society #16. Jon "Fast Johnny" McRae is a highly skilled and daring interstellar con artist. One of his favorite aliases is Commodore Laruskaa Korkoran of the Imperial Navy. He has gone to great effort to make it a solid identity that can't be easily exposed.
- Foster's Home for Imaginary Friends: In the episodes where Bloo and the others invoke the Totem Pole Trench, they use the name Orlando Bloo, Frankie's ex-boyfriend.
- In South Park, Cartman often uses Mitch Conner both as an alias as well as an alternate persona in the form of a hand puppet.


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UNIV.
HERBARIUM.
HERBARIUM
T.
G.
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579
TRUMAN
G.
YUNCKER
HERBARIUM
OF
DEPAUW
UNIVERSITY
(DPU)
PURCHASED
BY
NY
IN
1987
PLANTS
OF
JAMAICA
Parish:
Clarenden
Date:
Jan.
21,
1958
Bot.
Name:
OryČa
sativa
L.
Vein.
Name:
Rice
Scattered
plants,
in
a
low
area
between
CSLd
Harbor
and
May
Pen.
Alt.
100-1$0
ft.
New
York
Botanical
Garden
lbD4504
Presented
to
DPU
Herbarium
by
T.
G.
Yynker
Collectai:
T.
G.
YUNCKER
No.
17>98U
1604504
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Japanese seafood hotpot with miso vegetables
A simple dish for special occasions. Prepare the dipping sauce a day ahead.
By
Matt Tebbutt
From
Saturday Kitchen
Ingredients
For the dipping sauce
-
2 tbsp
soy sauce
-
2 tbsp
mirin
-
2 tbsp
lemon juice
-
1 tbsp
Bonito
flakes (available online)
For the seafood hotpot
-
1 thumb-sized piece dried kelp (kombu) (available online)
-
100g/3½oz raw
prawns
, shelled
-
2
scallops
-
150g/5½oz
salmon
fillet, skinned and cut into bite-sized pieces
-
150g/5½oz
halibut
fillet, skinned and cut into bite-sized pieces
-
150g/5½oz
sea bass
fillet, skinned and cut into bite-sized pieces
-
150g/5½oz
red mullet
fillet, skinned and cut into bite-sized pieces
-
handful
shiitake mushrooms
-
handful dried Wood Ear
mushrooms
-
200g/7oz
oyster mushrooms
-
1
Chinese cabbage
, thinly sliced
-
2
carrots
, thinly sliced
-
200g/7oz
purple sprouting broccoli
-
bunch
spring onions
, thinly sliced
-
40g/1½oz dried dulse
seaweed
(available online), rehydrated in water and drained, to garnish
For the miso vegetables
-
3 tbsp white
miso
paste
-
2–3 tbsp runny
honey
-
3 tbsp
mirin
-
3 tbsp
sunflower oil
-
1
lemon
, juice only
-
1
aubergine
, diced
-
1 head
broccoli
, broken into small florets
-
1 tbsp
sesame seeds
, to garnish
Method
-
Make the dipping sauce by mixing together all the ingredients in a bowl. Cover and leave to steep for 24 hours.
-
To make the miso vegetables, preheat the oven to 200C/180C Fan/Gas 6.
-
Mix together the miso paste, honey, mirin, oil and lemon juice.
-
Toss the aubergine and broccoli with the miso dressing in a large roasting tin. Roast for 30 minutes, then scatter over the sesame seeds.
-
Meanwhile, to make the seafood hotpot, bring 400ml/14fl oz water to the boil and add the dried kelp. Set aside for an hour.
-
Put the seafood and vegetables in a serving dish. Strain the stock and pour it back into the pan. Bring back to the boil, drop in the seafood and vegetables, then remove from the heat and set aside for 15 minutes, or until the seafood is cooked through. Garnish with the seaweed.
-
Serve the hotpot with the miso vegetables and dipping sauce.


@@include('./_head.html')
At YSCTW, you make donations and support a wide range of charitable projects using just your smile. Simply upload a selfie or any other picture of your choice and select one or several projects to which you would like to make a donation. What’s more, the full amount of every donation you make goes directly to the projects you have selected.
Our projects focus on the long-term and sustainable development of vital infrastructure in countries or crisis-hit areas in need of aid. Your donations will help to build schools, farms, and hospitals, creating jobs and ensuring the supply of essential, life-saving resources. Help provide a secure future for an entire population with your smile.
By downloading our app, you allow us to fund and implement a range of charitable projects. The full amount of your donations goes to the projects you have selected – we use the app download fee to cover our own costs.
You can use our app to turn a selfie into something truly valuable and worthwhile. Here at YSCTW, we have recognized and harnessed the power of the selfie: the greatest invention of this century! Because we are not only changing the world with our app – we are showing the world the true value and power of a smile.
You are already doing great things with your donations. But it is also important to tell your friends and family about what you are doing. Share your good deeds on social media and encourage everyone you know to donate as well – you are the most important tool in ensuring the success of our campaigns.
By downloading our app, you allow us to fund and implement a range of charitable projects. The full amount of your donations goes to the projects you have selected – we use the app download fee to cover our own costs.
At YSCTW, you make donations and support a wide range of charitable projects using just your smile. Simply upload a selfie or any other picture of your choice and select one or several projects for which you would like to make a donation.
We believe that everyone is equal, and we give everyone equal opportunities to contribute in the same way. You can donate to several projects with every picture you upload, but your donation may not exceed one unit in your chosen currency (US dollars, euros, Swiss francs). Of course, you can still take as many selfies as you want and make as many donations as you like.
Your name will be displayed on the list of donors to your chosen project approximately one working day after your donation has been made. Donors are listed in alphabetical order. To ensure full transparency, you can track anybody else’s donation as well as your own at any time.
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The full amount of every donation you make goes directly to the projects you have selected. A small charge will be calculated when you confirm your donation to cover the transaction fees.


The main script is main.m
and can be run by typing main
at the MATLAB prompt. It calls
[model,pm,Ps,Pr,q,d,ssW] = setup_problem(example);
to define a struct of model parameters, model
, a struct of algorithm parameters, pm
, sampling operators Ps
and Pr
that project onto source and receiver locations respectively, Fourier coefficients of the source wavelet q
at the sampled frequencies and a cell structure of data, d
, such that d{v}
is a frequency slice of data at the frequency indexed by v
. It also defines a matrix of weights ssW
that can be used to blend sources and data to simulate simultaneous shots.
A detailed description of the total variation regularized Wavefield Reconstruction Inversion method can be found in the technical report at https://slim.gatech.edu/content/scaled-gradient-projection-method-total-variation-regularized-full-waveform-inversion and the SINBAD presentation at https://slim.gatech.edu/content/scaled-gradient-projection-method-total-variation-regularized-full-waveform-inversion-0. Briefly, it is minimizing a constrained quadratic penalty objective for acoustic full waveform inversion that has the form \[ \begin{equation} \label{QP} \min_m F(m) \qquad \text{s.t.} \qquad m_i \in [b_i , B_i] \text{ and } \|m\|_{TV} \leq \tau \ . \end{equation} \] where \[ \begin{equation} \label{F} F(m) = \sum_{sv}F_{sv}(m) \end{equation} \] and \[ \begin{equation} \label{Fsv} F_{sv}(m) = \frac{1}{2}\|P \bar{u}_{sv}(m) - d_{sv}\|^2 + \frac{\lambda^2}{2}\|A_v(m)\bar{u}_{sv}(m) - q_{sv}\|^2 \ . \end{equation} \] This nonconvex objective is a sum of squares of data misfits and PDE misfits in the frequency domain, summed over source indices \(s\) and frequency indices \(v\).
A candidate initial model minit
is defined in setup_problem.m
, but if it doesn’t satisfy the bound and TV constraints, it is projected onto the nearest model that does by calling the function proj_TVbounds.m
.
minit = proj_TVbounds(minit,.99*pm.tau,model.h,pm.dpw,model.mmin,model.mmax);
The resulting initial model is stored in a 3D matrix mb
that will eventially contain the models (slowness squared) that are estimated after each small batch of frequency data moving from low to high frequencies in overlapping batches.
mb(:,:,1) = minit;
For each frequency batch b
, only a subset of frequency indices Vb
are used so that the objective we work with is defined by
\[
\begin{equation}
\label{FVb}
F(m) = \sum_{s,v \in V_b}F_{sv}(m)
\end{equation}
\]
The result from the previous batch mb(:,:,b)
is used as a warm start when solving the problem on the next frequency batch for mb(:,:,b+1)
. This procedure is carried out in main.m
with the loop
for b = 1:model.batches
[mTV,energy,oits,cinit] = pTV(model,pm,b,mb(:,:,b),Ps,Pr,q,d,ssW,cinit);
mb(:,:,b+1) = mTV;
end
The function pTV.m
solves (\(\ref{FVb}\)) by a sequence of outer iterations of the form
\[
\begin{equation}
\label{pTVb}
\begin{aligned}
\dm & = \arg \min_{\dm} \dm^T \nabla F(m^n) + \frac{1}{2}\dm^T (H^n + c_n\I) \dm \\
& \text{s.t. } m^n_i + \dm_i \in [b_i , B_i] \text{ and } \|m^n + \dm\|_{TV} \leq \tau \\
m^{n+1} & = m^n + \dm \ .
\end{aligned}
\end{equation}
\]
At the current model estimate \(m^n\), it uses the gradient \(\nabla F(m^n)\) and a diagonal Gauss Newton approximation to the Hessian \(H_n\) to construct a quadratic approximation to the objective, which can then be minimized subject to the bound and TV constraints to get a model update \(\dm\).
Inside pTV.m
is a function computeGradient()
, which computes the objective, the gradient and the Gauss Newton Hessian via
[obj,g,H] = computeGradient(m,model,pm,Q,ssW,Ps,Pr,freq_ind,freq,q,d);
The convex subproblems for \(\dm\) are solved by an iterative primal dual method defined in the function convex_sub()
, which is called by pTV.m
during every outer iteration via
dm = reshape(convex_sub(model,pm,m,g,Hc),n(1),n(2));
At the end of main.m
, the sequence of model estimates stored in mb
can be used to make a movie of the algorithm’s progress by
make_movie
movie(99,velocity_movie,1,4);
Two included examples can be run by typing main
at the MATLAB prompt. In main.m
set example = 'blob'
to run a simple example based on a synthetic velocity model that has a high velocity blob against a smooth background velocity that increases linearly with depth. This model is defined in setup_problem.m
and does not require any additional data to be downloaded. Set example = 'BPC'
to use a downsampled portion of the BP 2004 Velocity Benchmark data set as the true velocity model.
Additional examples can be defined in setup_problem.m
, which is currently organized as a switch statement
switch example
case {'blob'}
%sets up parameters and data for blob example
case {'BPC'}
%sets up parameters and data for BP example
end
More examples can be included as additional cases. The following parameter, data and functions are defined in setup_problem(example)
model.example = example
model.h
– mesh width in metersmodel.n
– model dimensions, depth by widthmodel.N
– total number of model parameters (defined by prod(n)
)model.zt = 0:h:h*(n(1)-1)
– \(z\) coordinatesmodel.xt = 0:h:h*(n(2)-1)
– \(x\) coordinatesmodel.vtrue
– define to be true velocity modelmodel.vinit
– define to be initial velocity modelmodel.vmin
– minimum velocity (same dimension as model)model.vmax
– maximum velocity (same dimension as model)model.mtrue = 1./model.vtrue.^2
model.minit = 1./model.vinit.^2
model.mmin = 1./model.vmax.^2
model.mmax = 1./model.vmin.^2
model.freq
– list of sampled frequencies (Hz)model.nf
– number of frequencies usedmodel.Vb
– each row defines a frequency batch by specifying the indices into model.freq
to be used in that batchmodel.batches = size(model.Vb,1)
model.f0
– peak frequency of source wavelet, assumed here to be a Ricker waveletmodel.t0
– phase shift of source wavelet in secondsmodel.zsrc
– \(z\) coordinates of source locationsmodel.xsrc
– \(x\) coordinates of source locationsmodel.ns
– number of sourcesmodel.zrec
– \(z\) coordinates of receiver locationsmodel.xrec
– \(x\) coordinates of receiver locationsmodel.nr
– number of receiversq
– Fourier coefficients of the source wavelet at the sampled frequenciesmodel.vweights
– optional frequency dependent weights to scale each \(F_{sv}(m)\) component of the objectivemodel.nsim
– number of simultaneous shotsmodel.redraw
– 1
to randomly redraw weights, 0
for no redrawsmodel.rngshots = rng('shuffle')
– store seed for random number generatorssW
– matrix of weights that can be used to blend sources and data to simulate model.nsim
simultaneous shots. If model.redraw = 1
, these are redrawn from a Gaussian distribution every time the model is updated. If model.redraw = 0
, the weights in ssW
don’t change. The case of sequential shots corresponds to setting model.nsim = ns
, model.redraw = 0
and ssW = speye(ns,model.nsim)
.Ps
and Pr
– sampling operators that project onto source and receiver locations. Their definitions currently assume that these locations correspond to points in the discretization.model.Xint
and model.Xbnd
– masks used in defining the absorbing boundary condition, which here is a simple Robin boundary conditionmodel.L
– Discrete Laplacian defined by L = getDiscreteLap(n,h)
, which uses a simple \(5\) point stencilmodel.rngnoise = rng('shuffle')
– store seed for random number generatormodel.dsig
– if nonzero, then frequency dependent Gaussian random noise is added to the data with standard deviation model.dsig/sqrt(model.ns*model.nr)
times the norm of each frequency slice of data d{v}
model.M = @(ff,mm) (2*pi*ff)^2*spdiags(model.Xint(:).*mm(:),0,N,N) - ...
1i*(2*pi*ff)*spdiags(model.Xbnd(:).*sqrt(mm(:)),0,N,N)
– this function of frequency and model is used in the definition of the Helmholtz operator L + M
d
– data defined by generateData(model,q,Ps,Pr)
model.D
and model.E
are defined by [D,E] = getDiscreteGrad(n(1),n(2),h,pm.dpw)
and used to define the TV constraintpm.dpw
– optional depth weights to make the strength of the TV penalty depth dependent. Should be a vector of length model.n(1)
with values between \(0\) and \(1\).pm.TV = @(t) sum(sqrt(E'*((D*t(:)).^2)))
– function for evaluating the total variation of a model.n(1)
by model.n(2)
image.pm.mu
– numerical parameter that doesn’t change objective but can affect rate of convergence. OK to set to \(1\).pm.lambda
– penalty parameter for PDE misfitpm.tau
– parameter for total variation constraint. The total variation of the true model is pm.TV(model.mtrue)
pm.cmin
and cmax
– bounds on an adaptive parameter for damping the Hessianpm.c1
– factor to decrease c if objective is decreasing enoughpm.c2
– factor to increase c if objective doesn’t decrease enoughpm.sigma
– what fraction of ideal objective decrease is acceptablepm.itol
– tolerance for inner iteration stopping conditionpm.miniits
– minimum number of inner iterationspm.maxiits
– maximum number of allowed inner iterationspm.admax = h^2/8
– lower bound for \(\frac{1}{\|D^TD\|}\), used to define convex subproblem parameterspm.otol
– tolerance for outer iteration stopping conditionpm.maxoits
– maximum number of allowed outer iterationspm.minoits = min(2,pm.maxoits)
– minimum number of outer iterationsFor the blob example, the true model, source and receiver locations and initial model are shown in Figure 1.
The results with \(\tau = 1000||m_{\text{true}}|_{TV}\) and \(\tau = .875||m_{\text{true}}|_{TV}\) are shown in Figure 2. Both examples use noisy data corresponding to model.dsig = .05
.
A comparison of their relative model errors are shown in Figure 3.
For the BP example, the true model, source and receiver locations and initial model are shown in Figure 4.
The results with \(\tau = 1000||m_{\text{true}}|_{TV}\) and \(\tau = .9||m_{\text{true}}|_{TV}\) are shown in Figure 5. Both examples use noise free synthetic data.
A comparison of their relative model errors are shown in Figure 6.


The Man of Electricity
Nikola Tesla is holding a lightened bulb without any wires. His iconic bulb. Here's the time line of Nikola Tesla: 1856 - Nikola Tesla was born at midnight between the 9th and 10th of July, during a lighting storm. 1862 - Tesla starts elementary school in Smiljan, where he learned to speak german, mathematics and religion. 1863 - After the death of his fourteen year old brother Dane, the Tesla family moved to Gospić where he continues elementary school. 1866 - Tesla starts Lower real gymnasium in Gospić. 1870 - Tesla starts Higher real gymnasium in Rakovac (a village near Karlovac). The school was organized according to german and austrian schools and was one of the best high schools at the time. Professor Martin Sekulić (1833- 1905) taught Tesla mathematics and physics. 1873 - After graduating from Rakovac, Tesla returns home and suffers from cholera for nine months. 1874 - Tesla moves to Tomingaj (a village near Gračac) to recover. 1875 - Tesla enrolls to the Polytechnic University in Graz with a scholarship from the Military frontier. 1876 - After the Military frontier fell apart Tesla lost his scholarship and doesn't manage to finish his second year of university. In an attempt to cover expenses he begins gambling, playing billiards and poker. 1878 - Tesla leaves university before his third year final exams. 1879 - Tesla works in Maribor for a short time. After the death of his father he moves back to Gospić and works at the Real gymnasium. 1880 - Tesla leaves for Prag, where he tries to enroll in university. He doesn't get in but conitnues to go to lectures and use the library, where he follows new advancements in electro engineering 1881 - While living in Budapest Tesla begins working as a draftsman in the Central Telegraph Office of Hungary. He participates in expanding the first telephone network in the city. 1882 - While out for a walk with his friend Tesla has a vision and discovers the rotating magnetic field. In autumn he moves to Paris and begins working for the Edison Continental Company. 1883 - Tesla moves to Starsbourg where he builds his first prototype of the induction motor. He goes to Zagreb to acquire a passport. 1884 - Tesla leaves for New York with a referral from Charles Batchellor and begins working for Edison. 1885 - After leaving Edison, Tesla starts his own company called the Tesla Electric and Manufacturing Company and patents his first inventions. 1886 - During an economic crisis in the U.S. Tesla's company goes bankrupt. He is forced to dig ditches for cabels and the sewer system in New York for two dollars a day. 1887 - Tesla begins a new company called the Tesla Electric Company with a loan from A.K. Brown, the director of Western Union. He registers his most important patents: multiphase system of transmitting electricity, the induction motor, transformers and generators. 1888 - Tesla held a lecture about the advantages of alternating current at the American Insitiute of Electrical Engineers. In Pittsburg he signs a contract with George Westinghouse. 1889 - He visits Europe for the first time after leaving for the U.S. He visits Paris and Lika. Returning to New York he opens a laboratory on Grand Street. Up until 1892 he lives in the Astor Hotel. 1890 - Tesla begins researching high voltage and high frequency currents in his laboratory on 33-35 South Fifth Avenue in New York. 1891 - Tesla recieves american citizenship. He holds a lecture about his experiments with high frequency and alternating currents and their usage in artificial lighting to the American Institute of Electrical Engineers. He registers many patents and develops the Tesla coil. He has a disagreement with J.J. Thornson who impedes on Tesla's discovery of the electron. 1892 - Tesla's second visit to Europe starts with lectures in London and Paris. His mother dies in April. He visits Budapest, Zagreb and Belgrad. In Zagreb he holds a lecture about the advantages of alternating currents and construction of a hydroelectric plant at Plitvice lakes. He moves to the Gerlach Hotel . He is named the vice president of the American Institute of Electrical Engineers for two years. 1893 - The World Exibition is held in Chicago, it is dedicated to advancements in eletrical engineering. Tesla and George Westinghouse triumph with their presentation of alternating current. In St. Louis Tesla publically presents radio communication. 1894 - Thomas Camford, editor of the magazin Electrical World and vice president of the American Institute of Electrical Engineers, publishes the first book about Tesla's research. Tesla meets the Johnson family and they become lifelong friends. 1895 - On March 13th a fire breaks out in his laboratory and inhibits him from discovering X-rays and publishing his discovery of the electron. He opens a new laboratory on 46-48 East Houston Street. The only earthquake to ever happen in Manhattan started in this laboratory. 1896 - The first hydroelectric plant at the foot of Niagara falls is opened. Tesla patents his apparatus for creating ozone. Tesla becomes a honorary member of the Jugoslav Academy for Science and Arts. 1897 - Tesla patents a series of inventions that are the foundation for mdern radio technology. He researches the possibilty of wireless transmission of electricity and patents his invention for electrical igniton of gasoline motors. He lives in the Waldorf-Astoria Hotel. 1898 - Tesla demonstrates his remote control boat and patents his device for remote control. 1899 - Tesla moves to Colorado Springs and opens a laboratory there. He researches high frequency currents, discovers stationary waves and perfects his high frequency transformer, known as the Tesla coil. He was the first to receive radiowaves from the stars and discovers the procedure of listening to stars. 1900 - On Long Island Tesla builds a tower for his world-wide system of wireless transmission of electricity with the financial help from J.P.Morgan. 1901 - Gugliemo Marconi, uses Tesla's experiments and patents and manages to send the first wireless telegraph between Europe and North America. 1905 - Tesla opens a laboratory on 165 Broadway. 1906 - J.P. Morgan refuses to continue financing Tesla's world-wide system for wireless transmission on Long Island. Tesla invents the speedometer. 1907 - Tesla builds his first model of the bladeless turbine, it functions by using the energy of fluids to create friction. 1908 - Tesla tests his model of the bladeless turbine. 1909 - Up until 1922 Tesla works on his first inventions tied to engineering. He creates drafts, drawings and calculations for his version of an airplane and tests steam and gas turbines. 1911 - Tesla works on developing and testing his steam turbines in New York. 1913 - George Westinghouse dies. Tesla writes about the role of science and discovery in eliminating the risk of war in The Sun. 1914 - Tesla registers his patents for the bladeless turbine, speedometer, frequency meter, valve line and lightning rod. He opens an office in Woolworth tower. 1915 - After selling the land where he worked on his world-wide wireless transmission of electricity, Tesla declares bankruptcy. The New York Times declare that Tesla and Edison will share the nobel prize. 1917 - Tesla receives the Edison medal. Tesla's tower at Wardencliff is torn down. He publishes descriptions of the radar and spends most of his time feeding pigeons. 1918 - Tesla moves to the St.Regis Hotel where he stays until 1923. 1919 - Tesla's autobigraphy "My Inventions" is publsihed. 1922 - Tesla's favourite white pigeon dies, he registers his patent for vacuumizing. 1923 - Tesla moves to the Marguery Hotel. 1924 - The St. Regis Hotel sues Tesla for 3299 dollars in upaid bills. Tesla meets the croatian sculptor Ivan Meštrović (1883-1962). 1925 - Tesla's friend, Katharine Johnson dies and he moves to the Pennsylvania Hotel. 1926 - Tesla receives an honorary doctorate from the University of Zagreb. He meets his nephew Sava Kosanović (1894-1956) for the first time. 1928 - Tesla registers his patents for a vertical take-off flying machine, called the Apparatus for Aerial Transportation ( today known as the vertical short take-off and landing plane) 1930 - Tesla works on improving the process of producing sulfur, iron and copper. He lives in the Governor Clinton Hotel. 1931 - Thomas Alva Edison dies. The Times publishes Tesla's photograph on the cover on his 75th birthday. Many well-known scientists send him congratulations. 1934 - Tesla moves to apartment number 3327 in the New Yorker Hotel and lives their until his death. 1936 - Tesla suggests projects for developing a defence weapon, called the death ray. A ceremony marking Tesla's 80th birthday is held in Zagreb. Vladko Maček sends Tesla a telegraph congragulating him on his birthday. Tesla thanks him and states that he is equally proud of his serbian roots and croatian homeland. 1937 - Guglielmo Marconi dies. Tesla receives an honorary doctorate from the Polytechnic University in Graz and University in Paris. He is hit by a taxi crossing the street. 1941 - Tesla sends a message to all world academicians against nazis and fasizam. 1942 - After many years out of the limelight Tesla sends a letter to "My brothers in America". He is seen in public for the last time during a visit toe U.S. from king Petar Karađorđević II . 1943 - Tesla dies on January 7th, around 10.30 p.m. in apartment 3327 on the 33 floor of the New Yorker Hotel, he was 86 years old. The Supreme Court of America grants Tesla the rights to the invention of the radio. "As I review the events of my past life I realize how subtle are the influences that shape our destinies." -- Nikola Tesla If you have time, you should read more about this incredible human being on his Wikipedia entry.
"As I review the events of my past life I realize how subtle are the influences that shape our destinies." -- Nikola Tesla If you have time, you should read more about this incredible human being on his Wikipedia entry.


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Dynamic graphical models for multivariate time series data to estimate directed dynamic networks in functional magnetic resonance imaging (fMRI), see Schwab et al. (2017) <doi:10.1101/198887>.
| Version: | 1.7.2 |
| Depends: | R (≥ 3.2.0) |
| Imports: | Rcpp (≥ 0.11.0), data.table (≥ 1.10.0), reshape2 (≥ 1.4.2), ggplot2 (≥ 2.2.1) |
| LinkingTo: | Rcpp, RcppArmadillo |
| Suggests: | testthat |
| Published: | 2018-02-22 |
| Author: | Simon Schwab, Ruth Harbord, Lilia Costa, Thomas Nichols |
| Maintainer: | Simon Schwab <schw4b at gmail.com> |
| BugReports: | https://github.com/schw4b/DGM/issues |
| License: | GPL-3 |
| URL: | https://github.com/schw4b/DGM |
| NeedsCompilation: | yes |
| Materials: | README |
| CRAN checks: | DGM results |
| Reference manual: | DGM.pdf |
| Package source: | DGM_1.7.2.tar.gz |
| Windows binaries: | r-devel: DGM_1.7.2.zip, r-release: DGM_1.7.2.zip, r-oldrel: DGM_1.7.2.zip |
| OS X binaries: | r-release: DGM_1.7.2.tgz, r-oldrel: DGM_1.7.2.tgz |
Please use the canonical form https://CRAN.R-project.org/package=DGM to link to this page.


Experienced Full Stack Developer with over 3 years of experience in developing robust and scalable web applications using Java, Spring, Spring boot, Angular, Node.js, React.js, Express.js, SQL, and MongoDB. Expertise in developing RESTful APIs, database schema design, microservice-based development, and agile methodologies.
Actively Seeking Full Time Opportunities.
MS in Computer Science
Bachelors in Computer Science
22360 Concord Station Ter
Ashburn, VA
20148
<EMAIL_ADDRESS>+1<PHONE_NUMBER>


--- layout: post status: publish published: true title: Hungry for Spring Training News? author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 1923 wordpress_url: http://ivyenvy.com/?p=1923 date: '2010-02-19 08:37:09 +0000' date_gmt: '2010-02-19 14:37:09 +0000' categories: - Cubs Blogs - Spring Training tags: - Spring Training - Mesa - College of Idiots - Boys of Spring - Tim Sheridan comments: - id: 1103 author: Kurt author_email<EMAIL_ADDRESS>author_url: http:// date: '2010-02-19 10:01:37 +0000' date_gmt: '2010-02-19 16:01:37 +0000' content: It's great to see them so happy in the 85 degree February air of AZ. - id: 1105 author: Ginger Russ author_email<EMAIL_ADDRESS>author_url: http://collegeofidiots.com date: '2010-02-22 17:29:02 +0000' date_gmt: '2010-02-22 23:29:02 +0000' content: Thanks for the plug! ---
Spring Training is underway and since we at Ivy Envy will not be in Mesa to provide any coverage, we feel an obligation to point our readers towards some sources for up-to-the-minute information.
First, College of Idiots is based out of the Phoenix area and have heeded the call to provide readers with the happenings in the Valley of the Sun. Are you planning a trip to Mesa for Spring Training? These guys will give you the inside info on where to go, what to avoid and where the coldest beer in the area is. But these guys provide entertaining insight regarding the Cubs beyond Spring Training and throughout the whole season. Bookmark this site and check back often. You can also follow College of Idiots on Twitter @CollegeofIdiots.
The other blog you should be checking out for Spring Training coverage is Boys of Spring. Boys of Spring is a blog written by Tim Sheridan. Sheridan serves as the Cubs Spring Training P.A. Address Announcer. Not only does he provide some analysis of what's going on in Mesa, but he posts some great pictures. You can also follow Tim on Twitter @BoysOfSpring.
These are the blogs and Twitter accounts we'll be watching this March and April, and you should too. To give you a taste of Boys of Spring, here are some photos from their website:


Ludacris Goes Back To School At Georgia State University
by AllHipHop StaffLuda is the subject of class at GSU, so the rap star decided to unexpectedly drop in on the students.
(AllHipHop News) Rapper Ludacris recently surprised students at Georgia State University by stopping by to check out a course dedicated to his career as an entertainer.
The rap star is the subject of a new College of Law class exploring the business contracts that shaped his professional life.
He decided to see what it's all about for himself by heading back to school to pay attorney Mo Ivory and her students a special visit.
Ludacris has since shared video footage of the experience on Instagram and marveled at how far he had come.
"One of the most Humbling Experiences of my Entire Life!!" he exclaimed in the video caption.
"I had the honor of visiting @georgiastateuniversity to drop in on #TheLegalLifeOfLudacris which is unbelievably the college course being taught at @gsulaw on my career by professor @moivoryshow...
"Thank you to all the students I met that wanted to learn more about my journey as an artist, actor, producer, entrepreneur, and philanthropist! I Hope This Inspires not only Artists Worldwide, but future Attorneys as Well. Love!"
The visit was particularly meaningful for Ludacris as he was also a student of GSU during his youth, although he only spent a year there back in 1998 studying music management.


--- layout: main ---
SparkJava has an excellent Why? page up that covers why they decided to make a SinatraRB clone for Java.
Here's the money quote:
Spark focuses on being as simple and straight-forward as possible, without the need for cumbersome (XML) configuration, to enable very fast web application development in pure Java with minimal effort.
Exactly.
SparkGS is an extension of SparkJava that leverages the many advantages of the Gosu programming language over Java.
It allows you to define your spark program in a way that is much closer to the SinatraRB approach (in a simple program file) while giving you a few higher-level route definition tools for things like REST-ful URLS and RPC-style routes. And since Gosu offers type-safe templating out of the box, there is no need to install an awkward 3rd party templating system.
SparkGS makes it dead simple to get a JVM based web-server going and it is trivially easy to deploy to Heroku, making SparkGS the easiest way we know of to get a JVM application up and going in the cloud.
Enjoy!


CNIT 133
JavaScript
Home
Basic Ops
Functions
Loops
Arrays
Objects
jQuery
Ajax
Homework 4
Part 1
Part 2
Part 3
Part 4
Part 5
Part 6
Extra Credit
Part 2
Input the number of hours worked and the hourly rate:
Employee
Hours Worked
Hourly Rate
Gross Pay
Employee 1
Employee 2
Employee 3
Employee 4
Employee 5
Employee 6


Help Recall Ward 4 Alderman La Tour!
The most effective way to get signatures is knocking door-to-door asking for petition signatures. A script and talking points are provided to get you started and you can work in your own neighborhood if you want. Bring a partner or a group and tackle an entire street in half the time.
Luckily, Ward 4 has just few major streets and several busy intersections. Sign up to stake out one of these spots with a banner at peak evening drive-time to make it easy for folks to sign on their way home from work. You might even meet some new friends this way!
Events like the Farmer’s Market draw a crowd so they are a great place to collect signatures. If you’re going to be there anyway, take a clipboard and make an impact. Perfect if you feel weird knocking on a stranger’s door. (Only Ward 4 residents can sign, so you may have more explaining to do at these.)
Be the home-base for petitions in your neighborhood. Let your HOA know you have them available and be ready when your neighbors come knocking. Being a convenient presence within reach of all Ward 4 residents, wherever they are, will make signature gathering much easier. When we get a question from your neighborhood, we'd let you know so you could take care of them. And of course, we want your input on how to best reach your area of town.
You can really help by being a staging location for volunteer canvassers in your neighborhood. They may need to pick up new petitions, a drink of water, or maybe a restroom break while they're out knocking doors.
 Let them know that petitions are available and why we need better representation at City Council. Wherever you can get an audience, keep people talking about this issue.
The weather is getting really nice, so invite the people on your street to a back-yard cookout and have them sign while visiting with old friends or making new ones. Throw a pot-luck, or a pool party. You’ll be helping the effort and building community at the same time!
Help validate signatures as they are received. There will be LOTS of handwritten pages and each line has to be entered into our database so we can track our progress. Knowing who has already signed helps canvassers do their work where it’s needed most.
Our petitions have to be notarized when the canvasser signs them. We need someone to donate his or her services and to be available for petition processing a few days a week, or when a group of canvassers return.


Hi,I am a student of Computer science Engineering.
And My name is Satis Kumar Chaudhary and I am from Nepal.
Web Design
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Front-end development
Lorem ipsum dolor sit amet consectetur adipisicing elit. Numquam quia possimus assumenda aspernatur ea magni odit earum consequuntur ipsum atque!
App Develpement
Lorem ipsum dolor sit amet consectetur adipisicing elit. Numquam quia possimus assumenda aspernatur ea magni odit earum consequuntur ipsum atque!
“Any fool can write code that a computer can understand. Good programmers write code that humans can understand.” So be a good programmer.I don't have an any Experience
Let's learn and grow together.Follow me on GitHub.
username:Satis9815
Satis Kumar Chaudhary
Sunsari,Nepal


{% extends "blocks/main-card.html" %} {% load static otree %} {% block page_title %}{{ page_title }}{% endblock %} {% block page_content %}
Please wait until the other participants are ready


interface HttpKernelInterface
HTTP Kernel.
Methods
| HttpKernelInterface |
setDebug(boolean $debug)
Set debug flag. |
|
| HttpKernelInterface |
setTranslator(TranslatorInterface $translator)
Set translator dependency. |
|
| HttpKernelInterface |
setResolver(ResolverInterface $resolver)
Set Resolver dependency. |
|
| HttpKernelInterface |
setErrorHandler(ErrorHandler $errorHandler)
Set Error handler dependency. |
|
| HttpKernelInterface |
setHookManager(HookManagerInterface $HookManager)
Set Hooks manager dependency. |
|
| HttpKernelInterface |
setTemplateEngineFactory(TemplateEngineFactoryInterface $templateEngineFactory)
Set template engine factory. |
|
| HookManagerInterface |
getHookManager()
Return the HookManager. |
|
| ResolverInterface |
getResolver()
Return the resolver. |
|
| boolean |
getDebug()
Return the debug flag. |
|
| TranslatorInterface |
getTranslator()
Return the translator |
|
| ErrorHandler |
getErrorHandler()
Return the error handler. |
|
| TemplateEngineFactoryInterface |
getTemplateEngineFactory()
Return the HookManager |
|
|
start(string $start)
Set the start file. |
||
|
end(string $end)
Set the end file. |
||
| Response |
run()
Run the kernel and return a response. |
|
| HttpKernelInterface |
addRequest(Request $request)
Set the HTTP request. |
|
| Response |
process(Request $request, boolean $catch = true)
Process the request. |
|
| Request |
getRequest()
Get the last given request. |
|
| mixed |
runController(string $controllerClass, string|callable $action, Request $request, Route $route = null)
Run the controller and action. |
|
|
addTemplatePathSolver(callable $cb)
Add a template path solver. |
||
| HttpKernelInterface |
filterAll(string $filter, array $args = array())
Filter all controllers and actions. |
|
| HttpKernelInterface |
filter(array $criteria, string $filter, array $args = array())
Fillter controllers and actions with criteria. |
|
| HttpKernelInterface |
filterBeforeAll(callable $filter)
Filter before all controllers and actions. |
|
| HttpKernelInterface |
filterBefore(array $criteria, callable $filter)
Filter before controllers and actions with criteria. |
|
| HttpKernelInterface |
filterAfterAll(callable $filter)
Filter after all controllers and actions. |
|
| HttpKernelInterface |
filterAfter(array $criteria, callable $filter)
Filter after controllers and actions with criteria. |
Details
at line 14
public HttpKernelInterface
setDebug(boolean $debug)
Set debug flag.
at line 21
public HttpKernelInterface
setTranslator(TranslatorInterface $translator)
Set translator dependency.
at line 28
public HttpKernelInterface
setResolver(ResolverInterface $resolver)
Set Resolver dependency.
at line 35
public HttpKernelInterface
setErrorHandler(ErrorHandler $errorHandler)
Set Error handler dependency.
at line 42
public HttpKernelInterface
setHookManager(HookManagerInterface $HookManager)
Set Hooks manager dependency.
at line 49
public HttpKernelInterface
setTemplateEngineFactory(TemplateEngineFactoryInterface $templateEngineFactory)
Set template engine factory.
at line 55
public HookManagerInterface
getHookManager()
Return the HookManager.
at line 61
public ResolverInterface
getResolver()
Return the resolver.
at line 67
public boolean
getDebug()
Return the debug flag.
at line 73
public TranslatorInterface
getTranslator()
Return the translator
at line 79
public ErrorHandler
getErrorHandler()
Return the error handler.
at line 85
public TemplateEngineFactoryInterface
getTemplateEngineFactory()
Return the HookManager
at line 91
public
start(string $start)
Set the start file.
at line 97
public
end(string $end)
Set the end file.
at line 103
public Response
run()
Run the kernel and return a response.
at line 110
public HttpKernelInterface
addRequest(Request $request)
Set the HTTP request.
at line 118
public Response
process(Request $request, boolean $catch = true)
Process the request.
at line 124
public Request
getRequest()
Get the last given request.
at line 134
public mixed
runController(string $controllerClass, string|callable $action, Request $request, Route $route = null)
Run the controller and action.
at line 140
public
addTemplatePathSolver(callable $cb)
Add a template path solver.
at line 148
public HttpKernelInterface
filterAll(string $filter, array $args = array())
Filter all controllers and actions.
at line 157
public HttpKernelInterface
filter(array $criteria, string $filter, array $args = array())
Fillter controllers and actions with criteria.
at line 164
public HttpKernelInterface
filterBeforeAll(callable $filter)
Filter before all controllers and actions.
at line 172
public HttpKernelInterface
filterBefore(array $criteria, callable $filter)
Filter before controllers and actions with criteria.
at line 179
public HttpKernelInterface
filterAfterAll(callable $filter)
Filter after all controllers and actions.
at line 187
public HttpKernelInterface
filterAfter(array $criteria, callable $filter)
Filter after controllers and actions with criteria.


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§121-21 Discharge. Discharges shall be granted for the convenience of the State and for the same reasons and in like manner as are from time to time prescribed by federal laws and regulations for the army or air national guard. [L 1967, c 196, pt of §1; HRS §121-21]


I swear I will."
Joel Spolsky,
The Absolute Minimum Every Software Developer Absolutely,
Positively Must Know About Unicode and Character Sets (No Excuses!)
by वंपायर, http://www.flickr.com/photos/c0t0s0d0/2795245345/
| ASCII | 0x00 to 0x7F | |
from http://traceyullomdesign.com/2011/05/20/glyphs-and-typographic-symbols/
ASCII
ASCII, ISO-8859-1
| ISO-8859-1 (aka Latin1) |
0x00 to 0x7F (ASCII) |
|
| 0x80 to 0xFF |
|
ASCII, ISO-8859-1
ASCII, ISO-8859-1, ISO-8859-5
ASCII, ISO-8859-1, ISO-8859-5, ISO-8859-5
|
|
en.wikipedia.org/wiki/File:IqaluitStop.jpg
We need a better solution...
ASCII, ISO-8859-1, ISO-8859-5, ISO-8859-5
Unicode
Unicode
Unicode is organized in 16 planes, with 65536 codepoints each
| Unicode | U+0000 to U+007F (ASCII) |
|
| U+0080 to U+00FF (Latin-1 Supplement) |
|
|
| U+0100 to U+017F (Latin Extended-A) |
|
|
| U+0180 to U+10FFFF | ... |
512 chars per slide → 2175 slides to represent them all
512 chars per slide → 2175 slides to represent them all
Ian Albert, ian-albert.com/unicode_chart/
| Character | Bit sequence | Hex |
|---|---|---|
'a' |
0b01100001 |
0x61 |
'A' |
0b01000001 |
0x41 |
Encodings can be divided in:
<meta http-equiv="Content-Type"
content="text/html; charset=utf-8">
| Character | Codepoint | Bytes (hex) |
|---|---|---|
'a' |
U+0061 |
00 00 00 61 |
'ä' |
U+00E4 |
00 00 00 E4 |
'☃' |
U+2603 |
00 00 26 03 |
'🀩' |
U+1F029 |
00 01 F0 29 |
UTF-16 is similar to UTF-32, but uses only 2 bytes
| Character | Codepoint | Bytes (hex) |
|---|---|---|
'a' |
U+0061 |
00 61 |
'ä' |
U+00E4 |
00 E4 |
'☃' |
U+2603 |
26 03 |
'🀩' |
U+1F029 |
???? |
but 2-bytes are enough for BMP chars only...
| Character | Codepoint | Bytes (hex) |
|---|---|---|
'a' |
U+0061 |
00 61 |
'ä' |
U+00E4 |
00 E4 |
'☃' |
U+2603 |
26 03 |
'🀩' |
U+1F029 |
D8 3C DC 29 |
| Character | Codepoint | Bytes (hex) |
|---|---|---|
'a' |
U+0061 |
61 |
'ä' |
U+00E4 |
C3 A4 |
'☃' |
U+2603 |
E2 98 83 |
'🀩' |
U+1F029 |
F0 9F 80 A9 |
| Bit pattern | Meaning |
|---|---|
0xxxxxxx |
ASCII byte |
10xxxxxx |
continuation byte |
110xxxxx |
start byte of a 2-bytes sequence |
1110xxxx |
start byte of a 3-bytes sequence |
11110xxx |
start byte of a 4-bytes sequence |
To find the codepoint, the bytes are converted to binary:
0xE2 0x98 0x83
11100010 10011000 10000011
1110xxxx 10xxxxyy 10yyyyyy
The leading bits used to identify the start of a 2-bytes
sequence (1110) and continuation bytes (10) are removed:
----xxxx --xxxxyy --yyyyyy
----0010 --011000 --000011
Divide the 'x' and 'y' bits and convert them to hex:
xxxxxxxx|yyyyyyyy
00100110|00000011
0x26| 0x03
The values are combined to create the codepoint:
U+2603 = ☃
>>> unistr = 'Minä tykkään Unicodesta!' # Python 3
>>> unistr.encode('ascii')
UnicodeEncodeError: 'ascii' codec can't encode character
'\xe4' in position 3: ordinal not in range(128)
>>> bytestr = unistr.encode('iso-8859-1')
>>> bytestr.decode('utf-8')
UnicodeDecodeError: 'utf8' codec can't decode bytes
in position 3-5: invalid data
>>> u'Unicode and ' + 'Bytes'
u'Unicode and Bytes'
sys.getdefaultencoding()
is usedsys.getdefaultencoding() == 'ascii'
'str'
contains non-ASCII chars the decoding fails
>>> u'Unicode and ' + 'ByteSnowMan: ☃'
UnicodeDecodeError: 'ascii' codec can't
decode byte 0xe2 in position 13: ordinal
not in range(128)
>>> 'Unicode and ' + b'Bytes'
TypeError: Can't convert 'bytes' object
to str implicitly
# -*- coding: utf-8 -*-
print u'This file is saved in UTF-8 ☺'
| NOT mojibake | Minä tykkään Unicodesta! |
| UTF-8 showed as ISO-8859-1 | MinÃ¤ tykkÃ¤Ã¤n Unicodesta! |
| ISO-8859-1 showed as UTF-8 | Min� tykk��n Unicodesta! |
'�'
in case of errorsTwo different Python builds:
| Narrow | Wide |
|---|---|
| uses UTF-16 internally | uses UTF-32 internally |
| 2 bytes per char | 4 bytes per char |
sys.maxunicode == 65535 |
sys.maxunicode == 1114111 |
len('🀩') == 2 |
len('🀩') == 1 |
'🀩'[0] == '\ud83c' |
'🀩'[0] == '🀩' |
Questions?
☃98% of the persons working on submarines
have no idea what Unicode is. [citation needed]


Enable container networking with UCP
Estimated reading time: 9 minutesThese are the docs for UCP version 1.1
To select a different version, use the selector below.
Along with host and bridge networks, Docker Engine lets users create container overlay networks. These networks span multiple hosts running Docker Engine. Launching a container on one host, makes the container available to all hosts in that container network. Another name for this capability is multi-host networking.
This page explains how to use the engine-discovery
command to enable
multi-host container networks on your UCP installation. The end result is a complete
configuration on all nodes within your UCP deployment.
About container networks and UCP
You create a container network using the Docker Engine client or the UCP
administration console. Container networks are custom networks you create using
the overlay
network plugin driver. You must configure container networking
explicitly on UCP. Once you have your UCP installation running but before you
start using it, you enable container networks.
Enabling container networking is a process. First, you run the
engine-discovery
subcommand on the node. This subcommand configures the Engine
daemon options (DOCKER_OPTS
) for the cluster key-value store. The options
include the IP address of each UCP controller and replica. Once you have run the
subcommand, you then restart the node’s Engine daemon for the changes to take
effect.
Because the Engine daemon options rely on you already having the IP addresses of
the controller and replicas, you run engine-discovery
after you have installed
these key nodes. You should enable networking on the controller first and then
the replicas. Once these are configured, you run the subcommand on each worker
node.
After you’ve configured discovery, you can create a container through UCP the application or the Engine CLI. To create a network using the Engine CLI, open a command line on any UCP node and do the following:
$ docker network create -d overlay my-custom-network
Automatic Configuration
As of UCP 1.1 and Docker Engine 1.11, discovery is automatically configured when a node is installed or joined to the UCP cluster. Depending on your engine’s configuration, this may require a restart to take effect. The output of the install and join operations will inform you if automatic configuration succeeded or if configuration was attempted but a restart will be required.
If you are running Docker Engine 1.10, proceed to the manual configuration.
Manual Configuration
Some setups will require manually setting up engine configuration.
Get each node host IP address
To continue with this procedure, you need to know the host address values you
used on each controller or node. This is the address used with the install
or
join
subcommands to identify a node. Host addresses are used among the UCP
nodes for network communication.
-
Log into your UCP dashboard as a user with
admin
privileges. -
Click Nodes on the dashboard.
A page listing the installed UCP nodes appears.
-
Use the ADDRESS field to record the host IP address for each node.
Make sure you do not include the port number, just the IP address.
Enable the networking feature
If you followed the prerequisites, you should have a list of the host-address
values you used with install
to create the controller, the replicas, and
join
each node. In this step, you enable the networking feature on all your
controller node, your replicas nodes (if you are using high availability), and
the worker nodes.
Do this procedure on one node at a time:
- begin with the controller
- continue onto doing all replicas
- finish with the worker nodes
Do this procedure on one node at a time because if you restart all the
controller daemons at the same time, you can increase the startup delay. This is
because etcd
needs to start and establish quorum before the daemons can fully
recover.
To enable the networking feature, do the following.
-
Log into the host running the UCP controller.
-
Review the
engine-discovery
help.$ docker run --rm docker/ucp engine-discovery --help
-
Leave the UCP processes running.
-
Run the
engine-discovery
command.The command syntax is:
$ docker run --rm -it --name ucp \ -v /var/run/docker.sock:/var/run/docker.sock \ docker/ucp engine-discovery --controller <private IP> [--controller <private IP> ] --host-address [<private IP>]
If you are using high availability, you must provide the controller and all the replica’s by passing multiple
--controller
flags. when you configure network.  Signaling the daemon to load it... INFO[0001] Successfully delivered signal to daemon
The
host-address
value is the external address of the node you’re operating against. This is the address other nodes when communicating with each other across the communication network.If you specify the
--host-address
flag without an IP, the command attempts to discover the address of the current node. If the command cannot discover the address, it fails and prompts you to supply it:FATA[0000] flag needs an argument: -host-address
-
Restart the Engine
daemon
.The Engine
daemon
is an OS service process running on each node in your cluster. How you restart a service is operating-system dependent. Some examples appear below but keep in mind that on your system, the restart operation may differ. Check with your system administrator if you are not sure how to restart a daemon. Some example restarts include the following, keep in mind your installation may be different:Ubuntu:
$ sudo service docker restart
Centos/RedHat:
$ sudo systemctl daemon-reload $ sudo systemctl restart docker.service
-
Review the Docker logs to check the restart.
The logging facilities for the Engine daemon is installation dependent. Some example review operations include the following, keep in mind your installation may be different:
Ubuntu:
$ sudo tail -f /var/log/upstart/docker.log
Centos/RedHat:
$ sudo journalctl -fu docker.service
-
Verify that you can create and remove a custom network.
$ docker network create -d overlay my-custom-network $ docker network ls $ docker network rm my-custom-network
-
Repeat steps 2-6 on the replica nodes in your cluster.
-
After enabling networking on the controllers and replicas, repeat steps 2-6 on the remaining nodes in the cluster.
Adding new nodes and replicas
Once your UCP installation is up and running, you may need to add a new worker
node or a new replica node. If you add a new worker node, you must run
engine-discovery
on the node after you join
it to the cluster. If you need
to add a replica, you need:
- Re-run network configuration process on the controller to add the replica..
- Run network configuration process on the new replica.
- Run network configuration process again on all your nodes.
This will update the Engine’s daemon
configuration to include the new
replica
. Keep in mind that this process can add downtime to your UCP
production installation. You should plan accordingly.
Troubleshoot container networking
This section lists errors you can encounter when working with container networks and UCP.
Create: failed to parse pool request for address
$ docker network create -d overlay my-custom-network
Error response from daemon: failed to parse pool request for address space "GlobalDefault" pool "" subpool "": cannot find address space GlobalDefault (most likely the backing datastore is not configured)
If you attempt the same operation from UCP’s web administration, you receive the same error.
If you have not configured multi-host networking using the engine-discovery
command, the Docker client returns these errors. Check the Engine daemon
configuration and make sure you have properly configured it.
daemon configuration errors
The engine-discovery
command works by modifying the start configuration for
the Docker daemon. The tool stores the configuration the
/etc/docker/daemon.json
file on the node. To view the configuration:
$ sudo cat /etc/docker/daemon.json
{
"cluster-advertise": "<IP_ADDRESS>:12376",
"cluster-store": "etcd://<IP_ADDRESS>:12379,<IP_ADDRESS>:12379,<IP_ADDRESS>:12379",
"cluster-store-opts": {
"kv.cacertfile": "/var/lib/docker/discovery_certs/ca.pem",
"kv.certfile": "/var/lib/docker/discovery_certs/cert.pem",
"kv.keyfile": "/var/lib/docker/discovery_certs/key.pem"
}
If you have trouble with discovery, try these troubleshooting measures:
- Review the daemon logs to ensure the daemon was started.
- Add the
-D
(debug) to the Docker daemon start options. - Check your Docker daemon configuration to ensure that
--cluster-advertise
is set properly. - Check your daemon configuration
--cluster-store
options is point to the key-storeetcd://CONTROLLER_PUBLIC_IP_OR_DOMAIN:PORT
on the UCP controller. - Make sure the controller is accessible over the network, for example
ping CONTROLLER_PUBLIC_IP_OR_DOMAIN
. A ping requires that inbound ICMP requests are allowed on the controller. -
Stop the daemon and start it manually from the command line.
$ sudo /usr/bin/docker daemon -D --cluster-advertise eth0:12376 --cluster-store etcd://CONTROLLER_PUBLIC_IP_OR_DOMAIN:12379 --cluster-store-opt kv.cacertfile=/var/lib/docker/discovery_certs/ca.pem --cluster-store-opt kv.certfile=/var/lib/docker/discovery_certs/cert.pem --cluster-store-opt kv.keyfile=/var/lib/docker/discovery_certs/key.pem
Remember to restart the daemon each time you change the start options.


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Design Guidelines — The way products are built.

Below you’ll find the best tips to take not only your UX design process but also the experiences you craft to the next level.
Evidence-Based User Experience Research, Training, and Consulting
Boxes and Arrows is devoted to the practice, innovation, and discussion of design; including graphic design, interaction design, information architecture and the design of business.
get a hand picked list of the best user experience design links every week.
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The
New
York
copyright
reserved
botanical
Garden
IL
NEW
YORK
BOTANICAL
GARDEN
0
334065
Angelonia
pilosella
J.R¡Y'
Sci.
Bruxelles
6(1):
509.
1839.
Kerry
Barringer
1981
dL*Jh
I'*
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Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
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medium
high
very high


{% extends "base.html" %} {% block head %} {{ super() }} {% endblock %} {% block content %}
Welcome to your pushups-logger! This website implements basic CRUD Functionality and user authentication features using Flask.


Weighted generalized estimating equations (WGEE) is an extension of generalized linear models to longitudinal clustered data by incorporating the correlation within-cluster when data is missing at random (MAR). The parameters in mean, scale correlation structures are estimated based on quasi-likelihood. Multiple model selection criterion are provided for selection of mean model and working correlation structure based on WGEE/GEE.
| Version: | 1.5 |
| Depends: | R (≥ 3.0.0) |
| Imports: | MASS, stats, geepack, bindata, PoisNor, CRTgeeDR |
| Published: | 2018-03-09 |
| Author: | Cong Xu, Zheng Li, Ming Wang |
| Maintainer: | Zheng Li <zheng.li at outlook.com> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | wgeesel results |
| Reference manual: | wgeesel.pdf |
| Package source: | wgeesel_1.5.tar.gz |
| Windows binaries: | r-devel: wgeesel_1.5.zip, r-release: wgeesel_1.5.zip, r-oldrel: wgeesel_1.5.zip |
| OS X binaries: | r-release: wgeesel_1.5.tgz, r-oldrel: wgeesel_1.5.tgz |
| Old sources: | wgeesel archive |
Please use the canonical form https://CRAN.R-project.org/package=wgeesel to link to this page.


{% extends "account/base.html" %} {% load i18n %} {% block title %}{% trans "Sign up" %}{% endblock %} {% block content %}
Accounts on the Directory are intended for parties working in the Platform Cooperative ecosystem: actively managing organization profiles, doing academic or grantmaking research, or providing services such as accounting, design, legal, or software development. Accounts are not required to browse the directory.
{% blocktrans %}Already have an account? Sign in.{% endblocktrans %}


Recursion
One of my favorite programming concepts is recursion. Recursion is a way to call a method on itself while its in itself. OK, that a little rough to handled. However, at it's core you can create a method and then use that method within the method and nothing horrible happens. There is a caveat to this statement in that the sequence should reach a terminal value so you do not create an infinite loop. I love the concept of recursion because it makes quick work of a lot of lines of code that would be written, by storing these characteristics within the code block.
Recursion can be used to make short work of creating the fibonanci sequence or any sequence of numbers that follow a pattern that can be modeled in Ruby. Below is a link to a source I found really helpful on the topic. It's a blog post by another programmer who likens recursion to the movie inception. If you haven't seen inception, the premise of the movie is that there are multiple levels of reality. As you start at the top level, you continue to go one level deeper until you reach the core. If this example doesn't help maybe think of faberge eggs. With faberge eggs there are 8 or 9 eggs contained within one large egg. When you open up the first egg, a smaller egge is revealed. This continues until you reach the terminal egg. All of the eggs have similar charactersitics and follow the design scheme of the artist.
In the faberge example, the program is given certain charactersitics that transform the objects passed into the code. The code will open another layer of itself executed on itself. So this concept is pretty hard to explain. One last shot, think of it like a rabbit hole that the code goes down. I'll revisit this one if I have time in the coming weeks.
Sources:Wikipedia


I Am the H1 in a One Column Layout Aligned to the Left
Notice how everything is left aligned? This works great for simple utility pages like ‘Thank You’ and ‘Unsubscribe’.
Notice how everything is center aligned? This pattern is most effective at the top of a longer page: like the ‘Devices Page’.
Notice how everything is left aligned? This works great for simple utility pages like ‘Thank You’ and ‘Unsubscribe’.
These are icons in our font:
Click buttons to see pattern post on design.real.com. Button usage works as follows:
Download RealPlayer Cloud Inline LinkMove your videos easily between your computer and your smartphone or tablet. They are always correctly formatted for the device. You can even download videos to the device for offline use.
Move your videos easily between your computer and your smartphone or tablet. They are always correctly formatted for the device. You can even download videos to the device for offline use.
Move your videos easily between your computer and your smartphone or tablet. They are always correctly formatted for the device. You can even download videos to the device for offline use.
Move your videos easily between your computer and your smartphone or tablet. They are always correctly formatted for the device. You can even download videos to the device for offline use.
Move your videos easily between your computer and your smartphone or tablet. They are always correctly formatted for the device. You can even download videos to the device for offline use.
Move your videos easily between your computer and your smartphone or tablet. They are always correctly formatted for the device. You can even download videos to the device for offline use.
Move your videos easily between your computer and your smartphone or tablet. They are always correctly formatted for the device. You can even download videos to the device for offline use.
Move your videos easily between your computer and your smartphone or tablet. They are always correctly formatted for the device. You can even download videos to the device for offline use.
Move your videos easily between your computer and your smartphone or tablet. They are always correctly formatted for the device. You can even download videos to the device for offline use.
This would appear at the top of a page, and is assumed to be the user's priority (whether they know it or not).
 For example, if you move a mkv file to an iPad and expect it to just play, well, it won’t. Additionally, very high bitrate files (HD resolution) won’t play smoothly on these devices unless they are right-sized for the screen and for the network bandwidth. SurePlay takes care of these technical irregularities by creating and storing right-sized copies of your videos so that they are always available for instant playback on all your devices at any given time. Inline Link.
Additionally, very high bitrate files (HD resolution) won’t play smoothly on these devices unless they are right-sized for the screen and for the network bandwidth. SurePlay takes care of these technical irregularities by creating and storing right-sized copies of your videos so that they are always available for instant playback on all your devices at any given time.
SurePlay is a brand new revolutionary technology from RealNetworks that enables seamless auto-formatting of videos to fit the device type, size of screen, available bandwidth and storage space available on device. It is the foundational technology that enables the seamlessness of RealPlayer Cloud.


25
Products
32
Orders
19
Customers
Great Sales
Overall sales of the month
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Overall revenue
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New customers
Visitors
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Week 1
25
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Week 2
32
Orders
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New
15
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Delivered
10
Earnings
-
Today
$25
-
Yesterday
$18
Recent Orders
| Order No. | Ordered Date | Product | Delivery Status | Amount | Discount | Location | Est Delivery Date |
|---|---|---|---|---|---|---|---|
| #55589 | 20/11/2020 | Moving | $385.00 | 30% | Los Angeles, California | 22/11/2020 | |
| #23198 | 23/11/2020 | Shipped | $539.00 | 25% | Arverne, New York | 27/11/2020 | |
| #87324 | 26/11/2020 | Pending | $671.00 | 35% | Mesquite, Texas | 29/11/2020 | |
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SDB is a component of Jena. It provides for scalable storage and query of RDF datasets using conventional SQL databases for use in standalone applications, J2EE and other application frameworks. The database tools for load balancing, security, clustering, backup and administration can all be used to manage the installation. SDB is designed specifically to support SPARQL, the query language developed by the W3C RDF Data Access Working Group.
Supported databases, with earliest versions, include:
- Microsoft SQL Server 2005 including SQL Server Express
- Oracle 10gR2 including Oracle Express
- IBM DB2 including DB2 Express
- PostgreSQL v8
- MySQL 5.0 (>=5.0.22)
- HSQLDB 1.8
- H2 1.0.73
- Apache Derby 10.2
See Also
ARQ - the SPARQL query engine for Jena. SDB provides an ARQ query engine.
Joseki - a SPARQL query server, using ARQ and the SPARQL protocol.
TDB - a pure-Java, non-transactional database for both embedded use and very large datasets.


Nets Announce New Injury Update For PG Kyrie Irving
by Alek ArendThe Brooklyn Nets made some of the NBA’s most pivotal off-season moves, signing Kevin Durant and Kyrie Irving. There’s no doubt this team will be dangerous down the line. But without Durant, the Nets are struggling to win games.
Brooklyn is currently 5-7 as Irving as had to carry the team on his back for the time being. But according to the latest report, the star guard will miss tonight’s game against the Pacers. It will be Irving’s second straight missed game.
The Nets guard is dealing with a right shoulder impingement. The severity of the injury is unknown and as of right now, there’s no timeline for his return.
Hopefully this isn’t long term as Brooklyn still hopes to make the Eastern Conference Playoffs this season.
The Nets were able to win without Irving against the Bulls on Saturday in a 117-111 victory. Spencer Dinwiddie led the team with 24 points. Dinwiddie will need another big performance for Brooklyn to win on Monday night.
In 11 games this season, Irving is averaging 28.5 points per game to go along with 7.2 APG and 5.4 RPG. He’s off to a hot start, but the Nets are struggling to win games having won just one of their last four contests.
Brooklyn plays Indiana on Monday night at 7:30 p.m. ET.


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Royal Meenakshi Mall is South Bangalore's first complete mall with a hypermarket, retail, F&B, entertainment and multiplex. It fulfills a big need of South Bangalore when it comes to having quality retail shopping options as well as dining and entertainment options. Thus making it South Bangalore's best leisure destination.
The mall is designed with a modern approach. All stores are atrium facing thus making it easy for shoppers to see in a single glance the options available. With its wide mix of retailers, it offers shoppers a wide range covering many product categories. The wide range of F&B and entertainment also gives residents of the catchment different reasons to visit regularly and yet have a varied experience.
| Balmuri Main Road, Hulimavu, Bengaluru, Karnataka 560076, |
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Git and Github!
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11/15/2015
Hey guys, this will be a blog about my Dev Bootcamp experience. I'm a little tired now so I'll just answer some basic questions based on the assignment that I created today.
What are the benefits of version control? Well, this is literally my first day in the programming world, so this will be theoretical. But basically version control is good because it allows many people to make changes without overwriting one another. It also allows you to go back to a previous saved version if you accidentally implement a version that is buggy.
How does git help you keep track of changes? Well, when you make an official change in git it is called a commit. You can then look at previous commits to see what you changed and when. There is (ideally) a short description provided for each commit so you can easily tell what changes were made.
Why use GitHub to store your code? I'm not exactly sure what the other options are, however, it has been easier than I would have thought to get a basic website up and running, so that is a definite plus.


The Pizza Palo Website
Choose Your Topping
Cheese
Cheese-Pepperoni
Cheese-Pepperoni-Artichoke
Cheese-Pepperoni-Artichoke-Anchovy
Choose your Pizza Size
Small
Medium
Large
See your price:
The Pizza price is $
Dollars