Detailed course offerings (Time Schedule) are available for
HSTRY 199 Foreign Study (3-5, max. 10) I&S
Lower-division history courses, for which there are no direct University of Washington equivalents, taken through the University of Washington Foreign Study Program.
View course details in MyPlan: HSTRY 199
HSTRY 388 Colloquium: Introduction to History (5, max. 10) I&S
Introduction to the discipline of history for new or prospective majors. Emphasizes the basic skills of reading, analysis, and communication (both verbal and written) that are central to the historian's craft. Each seminar discusses a different subject or problem.
View course details in MyPlan: HSTRY 388
HSTRY 390 Colloquium in History and Science (5) I&S
Study in the history of science to bridge the gap between the natural sciences and the humanities. Students should have a strong background both in history and in a natural science.
View course details in MyPlan: HSTRY 390
HSTRY 395 Modern Historical Writing, Honors Seminar (5) I&S
New types of problems examined by historians and new techniques that have evolved for solution. Brief historiographical introduction, reaching back to the "scientific" historians of the mid-nineteenth century, then continues by examining the impact on historians of new disciplines such as psychology, sociology, and economics, and of new techniques such as statistics and prosopography. Readings are in the theorists and in those who followed their lead. Admission by departmental invitation only.
View course details in MyPlan: HSTRY 395
HSTRY 399 Advanced Foreign Study (3-5, max. 15) I&S
Upper-division history courses, for which there are no direct University of Washington equivalents, taken through the University of Washington Foreign Study Program.
View course details in MyPlan: HSTRY 399
HSTRY 491 Honors Historical Method (5-) I&S
The purposes, materials, and techniques of historical scholarship. Theory, practice, and criticism. For honors students.
View course details in MyPlan: HSTRY 491
HSTRY 492 Honors Historical Method (-5) I&S
The purposes, materials, and techniques of historical scholarship. Theory, practice, and criticism. For honors students.
View course details in MyPlan: HSTRY 492
HSTRY 493 Senior Thesis in the History of Science (5, max. 10) I&S
Preparation of the senior thesis for the History and Science emphasis.
View course details in MyPlan: HSTRY 493
HSTRY 494 Colloquium in Historiography (5, max. 15) I&S
Advanced seminar examining central issues in historiography. Emphasizes reading, discussion, and writing.
View course details in MyPlan: HSTRY 494
HSTRY 495 History Internship (1-5, max. 10)
Off-campus independent fieldwork with a community agency in an apprenticeship or internship situation. Work to be jointly supervised by a member of the History Department and an on-site field supervisor.
View course details in MyPlan: HSTRY 495
HSTRY 498 Colloquium in History (5, max. 15) I&S
Each seminar examines a different subject or problem. A quarterly list of the seminars and their instructors is available in the Department of History undergraduate advising office.
View course details in MyPlan: HSTRY 498
HSTRY 499 Undergraduate Research (1-5, max. 15)
View course details in MyPlan: HSTRY 499
HSTRY 500 Perspectives on History (5)
View course details in MyPlan: HSTRY 500
HSTRY 570 Topics in Teaching History (3)
Topics include active learning, teaching writing, assessment, and course design. Designed for history graduate students working or planning to work as TAs or instructors. Students produce a teaching portfolio and conduct peer observations. Credit/no-credit only.
View course details in MyPlan: HSTRY 570
HSTRY 571 Orientation to an Academic Career in History (3)
Course for prospective college and university history instructors, preparing them for the nonacademic aspects of their duties. Prerequisite: Master of Arts degree in history or permission of instructor. Credit/no-credit only.
View course details in MyPlan: HSTRY 571
HSTRY 572 Dissertation Prospectus Workshop (3)
Students will craft their dissertation prospectuses with their respective PhD chairs and committees, that must approve the prospectus before it is presented to the History Department. In addition to fulfilling a departmental requirement, students can use the prospectus as a component for future funding and employment applications. Credit/no-credit only.
View course details in MyPlan: HSTRY 572
HSTRY 595 Historical Practices (5)
Emphasizes the interrelatedness of theoretical issues and historical research. Students read works that encourage the rethinking of sources and their historical meaning and experiment with sources, methods, and questions in a set of practical assignments.
View course details in MyPlan: HSTRY 595
HSTRY 596 History Research Seminar (5-)
Advanced historical research seminar. First in a series of two.
View course details in MyPlan: HSTRY 596
HSTRY 597 History Research Seminar (-5)
Advanced historical research seminar. Second in a series of two.
View course details in MyPlan: HSTRY 597
HSTRY 598 Methods of Historical Research (5)
Exploration of new historical and scholarly techniques employed in historical research. Use of social science methodology and literary theory in the evaluation and interpretation of historical sources. Use of feminist theory, deconstruction, critical theory, and orality/literacy studies. Student research paper is based upon a chosen theoretical approach.
View course details in MyPlan: HSTRY 598
HSTRY 600 Independent Study or Research (*-)
View course details in MyPlan: HSTRY 600
HSTRY 800 Doctoral Dissertation (*-)
View course details in MyPlan: HSTRY 800


Sam's Playground
Welcome to my playground page. This is where I will mess around with some
techniques as I learn them and when I have time to play.
You may notice a disparity between the pages on my site but I am not updating older pages
intentionally, so that my progress into the world of code is preserved.


DIE HARD 2: DIE HARDER A film review by Mark R. Leeper Copyright 1990 Mark R. Leeper
Capsule review: McClane is back, picking his wife up at the airport and foiling a plot by mercenaries to free a Noriega-like dictator. Much in the mold of a James Bond film, DIE HARD 2 has some good suspense, good action, nice visuals, and minorities in good roles that did not necessarily call for minorities. McClane is not as creative as in DIE HARD, but his powers of deduction are tested just as much. Rating: high +1.
This year there is no James Bond film, in fact, but there is a reasonable substitute. There is no film about British superspy James Bond being sent out to save England, but there is a film about L.A. supercop John McClane sending himself out to pick up his wife from Dulles Airport in Washington D.C. McClane is played by Bruce Willis who is my idea of no actor, but in films such as this can be a reasonable substitute. Of course, dealing with an airport during Christmas rush is never easy. McClane has to deal with airport police who ticket him for parking in a no-parking zone and with a bunch of Army-bred mercenaries who are trying to free Manuel Noriega (thinly disguised under the character name Esperanza). DIE HARD 2 is the story of how McClane gets the airport police to tear up the parking ticket and how he picks up his wife on a night when Dulles is not at its dullest. I will not say exactly how McClane gets the ticket torn up but it involves killing a bunch of "bad guys" and saving a lot of "good guys" (to use his sophisticated jargon). It also involves him being just about the only guy with intelligence and pluck in an airport full of and run by jerks.
DIE HARD 2 *is* a big beefy action film much in the style of a James Bond film. It follows the time-honored traditions of Bond films, like all the luck working for the hero. McClane makes no false moves while trained commandos make mistakes such as running out of ammunition without realizing it. Eight bad guys can be having a showdown with McClane but they will very obligingly attack one at a time so McClane can pick them off like Horatio at the Bridge. Later, when there is one piece of equipment that McClane really needs it just sort of falls into his hands, no muss, no fuss. That is not to say there is not a whole lot of mussing and fussing in the film.  His bones must be made of the stuff they built Patton tanks from (or perhaps should build them from).
There are a number of reasons the plot could not really proceed as it does. McClane gets an identification on a character based on fingerprints that he faxes from a car rental stand. Even assuming he could coerce the car rental agency to do his faxing, it is very unlikely the print at the other end would have anything but black blotches. But I guess part of the fun of seeing a film like this is picking holes in the screenplay, which in this case was written by Doug Richardson and Steven de Souza. The latter wrote 48 HOURS and here is adapting 58 MINUTES, the novel by Walter Wager on which DIE HARD 2 is based.
Visual effects are impressive and provided by Industrial Light and Magic. One very nice shot involves McClane sort of flying away from an explosion but toward the camera. The musical score is by Michael Kamen. Rare is the film review that has a spoiler warning for a comment about the musical score, but this one does. Jump to the next paragraph if you wish to avoid it. Through the film Kamen often uses a theme for the villains that sounds just like the first eight notes of Sibelius's "Finlandia." Well, I had always thought they did sound ominous, but was it coincidence or was Kamen really quoting? Sibelius's tribute to Finland has, after all, little to do with the story at hand. Then in the final suspense scene the orchestra finally breaks out into a big chunk of "Finlandia." The end credits then are a full orchestral performance of "Finlandia." It sounds mighty good in Dolby Surroundsound. That's worth fifty cents of the admission price all by itself.
This is an enjoyable action film: nothing requiring great thought, but certainly enjoyable. I would give it a high +1 on the -4 to +4 scale.
Mark R. Leeper att!mtgzx!leeper<EMAIL_ADDRESS>.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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The Pivotal Wake-up is a classic move in the repertoire of most old-school vampires. Once the sun dips below the horizon, the vampire's eyes will open, the coffin lid will fly open on its own, and the occupant will levitate into a standing position while pivoting on their feet, as if they were a fulcrum.
Needless to say, this move is so old school it may be a Dead Horse Trope. However, it still occasionally sees use even outside the vampire community. Comedies seem to like to use it to demonstrate just how strange or freaky some characters are by, say, rising this way on the mention of their favorite food or after being punched in the face.
Usually requires that Vampires Sleep in Coffins, though it may be Played for Laughs by having a vampire rise up out of bed in a similar manner.
Compare Catapult Nightmare, the Muggle equivalent.
Examples
- A commercial for Nutri-grain Bars focused on a family of vampires talking about how weird it is to be able to walk about in morning time. At one point, we're shown a clip of the daughter rising from her coffin like this.
- Dragon Ball Z - during the "warm-up" phase of Goku and Cell's fight, Goku knocks Cell over the edge of the arena. The (in-series) audience hopes for a ring-out, only for Cell to remind them all that he can fly by freezing and performing this trope in midair.
- One Piece: Don Kreig does this in the anime when he briefly recovers after Luffy defeats him, going on a tirade about how he can't be beaten before Gin knocks him out with a gut punch.
- Galactus rose like this during the events of Marvel Superheroes Secret Wars (1984). Doctor Doom was impressed.
- In The Nightmare Before Christmas, Jack Skellington emerges from a coffin like this while dressed as Santa Claus. (Of note, he does it while facing down, which is unusual.)
- The Ur-Example and Trope Maker is almost certainly Nosferatu: Eine Symphonie des Grauens (1922). It was done by having Max Shreck lifted from the coffin on a wooden board he was laying upon.
- Fright Night (1985). The vampire Jerry Dandridge rises up out of his coffin this way after a stake is pounded into his chest. Watch it in this trailer, starting at 1:40.
- Played straight in Jean Cocteau's La Belle et la Bête when the Beast is transformed into a handsome Prince. Done by having the actor fall backwards and reversing the film, of course.
- Parodied in Dracula: Dead and Loving It , the Count (Leslie Nielsen) does the wakeup... and ends up hitting his forehead on a metal chandelier.
- The New Zealand Comedy/Horror flick Undead (nothing to do with the other movie named The Undead) has the zombies who aren't head-shotted rise up this way with a cheerful "springy" sound effect.
- Van Helsing. Dracula first melts the ice that fills his coffin, and then does this. In fact, he has an action figure that works like the one used as the page picture!
- Smith gets up like this once after Neo knocks him down in The Matrix. Intentional reference?
- Interestingly, the 1920 movie The Golem has the Golem wake up in this manner when he is uncautiously revived by the Rabbi's apprentice — two years before Nosferatu.
- Dracula's first scene in The Legend of the 7 Golden Vampires has him doing this.
- After Jessica Jones (no, not that one) in Invitation to Hell is accidentally run over by a driver who was distracted by two hot chicks walking by, she gets back up like this and fries the guy with her powers.
- Margaret in Children of the Corn IV: The Gathering is shown doing this in her bed when she and other children suffer from the mysterious fever. Later, she does this in reverse when she is being used to bring Josiah into the physical realm for good.
- What We Do in the Shadows starts with a Pivotal Wakeup. Since the movie is a parody and the vampire in question is Affably Evil, the levitation is sheepish and silly.
- Les Diaboliques evokes this shot very effectively at its climax.
- In Dark Shadows, Barnabas Collins uses this style of getting up in one scene.
- In Sleepy Hollow High, the Horseman does this after being shot by Z.
- Johannes Cabal: Lampshaded by Horst the vampire in The Brothers Cabal. He has no idea how he can spring upwards "as if his feet were attached to some ghastly hinge" but is glad to have the trick, since it would be quite awkward to clamber out of a coffin on a bier otherwise.
- Only Fools and Horses: Inverted by that time Del Boy fell through the bar.
- In a Shout-Out to Nosferatu, Dracula rises like this in Young Dracula.
- Angelus pulled this trick on Angel. Seeing as it's a spinoff of Buffy, which debuted six years earlier, it's remarkable that they resisted this trope for as long as they did. (The weirdness of this trope is actually invoked to remind the viewer that this is a weird, dream-walky place, right before Faith and Angelus start interacting with the memory-dream-projection-Angel.)
- Doctor Who, "Image of the Fendahl": After Thea Ransome is possessed by the Fendahl, her body rises to its feet like this.
- An episode of Young Indiana Jones has a vampire knocked down during a fight, then instantly do this and pop right back up again.
- In Mighty Morphin' Power Rangers, the first time Tommy returned, he used his temporary powers to get back the other Rangers' Power Coins (their power source) and was near death from the strain on his body (and having the tar beaten out of him while only at partial power.) Later, Power Coin energy surrounds him as he rises into the air and pivots to a standing position, and only once standing does he awaken. Turns out he'd absorbed enough power from the force field around the coins to rejoin the team for good (with plenty of scares that the temporary powers may yet give out.)
- Supernatural. In "Monster Movie" a shapeshifting demon with a liking for monster movies does this when rising from a coffin as a Mummy.
- The dancing interns of the Avicii song Levels
- Happens with Drac himself in Monster Bash. As the leader of a band on tour, this is how he makes his entrance when they're about to perform.
- The way WWE's The Undertaker sits bolt-upright after recovering from a knock down is similar to this trope.
- The Undertaker's Brother Kane also performs a similar bolt-upright sit up, but his is more of a zombie-like sit up.

- The trope illustration is a Burger King tie-in toy with Universal Studios; curiously, the Wolf Man toy did the same thing (emerging from a kind of crate or cellar with pivoting doors instead of a coffin with a pop-off lid).
- The Legend of Zelda:
- What happens when the Gibdos appear out of the coffins in the Bottom of the Well in The Legend of Zelda: Ocarina of Time.
- The ReDead Knights as well, in Twilight Princess, though they have no coffins.
- Vincent Valentine does this when you wake him up in Final Fantasy VII.
- How vampires awaken in The Sims 2.
- In Darkstalkers, Morrigan gets up this way. Although she cheats. Her wings turn into bats that push her up.
- A zombie example: a similar animation is played in The Elder Scrolls V: Skyrim when a reanimate zombie spell is cast on someone's corpse. The body doesn't act rigid and realistically bends, but otherwise the effect is the same.
- Rare heroic, non-vampiric example: when a party member is revived with a Zing or Kazing spell in Dragon Quest VIII, they levitate to a standing position in this manner, head and limbs hanging limp until they are almost completely upright, before opening their eyes and assuming their normal battle posture.
- Resident Evil 7 Biohazard: After the first boss encounter (Mia, the Player Character's wife) is knocked out following your first encounter with them, they do this as they comes up off the floor and throw you through the wall, leading into the next stage of the fight.
- The Adventures of Jimmy Neutron: Boy Genius: In a non-vampire example, Sheen is laid out by the martial arts bad guy until Libby calls herself his girlfriend. This gives him the will to fight, and he suddenly just becomes vertical again and beats his opponent with The Power of Dance.
- The Secret Saturdays: Argost does this in "The Thousand Eyes of Ahuizotl".
- Steven Universe, "Chille Tid": Inverted when Garnet — a Silicon-Based Lifeform currently manifesting a humanoid form — tries to show Steven how to relax:
Garnet: I'll show you how it's done. [Cracks knuckles and collapses face-first onto the sleeping bag]
Pearl: ...Garnet?
Garnet: [Snores] - Count Duckula locates his ancestors' diary and reads from it. The transition goes back to when Duckula was an evil incarnate as he snaps up rapidly from his coffin.
Duckula: Good evening, Igor.
Igor: Good evening, sir. And a most horrible night if I may make so bold.
Duckula: Yes. The sort of night that makes one feel good to be dead.
- With sufficient lower body and abdominal strength, one can stand up from a lying on the back position in a way similar to a pivotal wake-up.


Hello, my name is Alexandru Naumov. I'm a Full Stack Web Developer and recently received my certification following
years of passion for technology and being involved in software development on different levels.
I'm looking forward to this new step in my life and follow a longtime passion in technology.
With experience in front end, UX, databases and software and hardware testing I can add value to any team of developers.
New acquired skills in JavaScript, NodeJS, React and many others I learned and continue to add to my skill set
I feel ready for the upcoming challenges in the new career.


Get(HostApplicationVersion)Displays a value when used with the same or higher version of FileMaker Pro or FileMaker Server software. If the current database is not shared or hosted, this function returns an empty string. Also returns an empty string when used from the host computer itself.Returns Pro 13.0v1 when the host computer is running FileMaker Pro 13 version 1.Returns ProAdvanced 13.0v1 when the host computer is running FileMaker Pro 13 Advanced version 1.Returns Server 13.0v1 when the host computer is running FileMaker Server 13 version 1.


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中文翻英文 ... 太搞笑了 , 最后那一张让人笑个不停 ！
F*ck what ?
I’ll take one wild Germ please.
Not to worry, I normally tend to avoid doing that in public.
Interesting cooking technique, I haven’t tried this one before.
I’m not even sure what they were trying to go for here.
Fried cat or rotting child? Oh the choices…
This… is strangely beautiful.
I understand, he had it coming.
Adds to list of places to avoid
I’m not sure how ‘fire extinguisher’ could end up being translated as ‘hand grenade’.
I just… forget it.
I’ll keep my out for it, thanks.
Oh dear.
I think someone should inform them that’s probably not the medical term they were looking.
“Anything else you’d like, sir?”
“Whatever…”
I think I’ll pass and just not fall down at all.
Down with safety and it’s menacing ways.
They were just one letter away… and now I’m stuck thinking of fecal matter.
Might want to opt for a bit more security…
“It’s cursed I tell ya”
Many a wife has contemplated this once or twice in their lifetime.
WTF ?
How does this even make it to print with no one noticing!
Even the chef doesn’t like bean sprouts.
 We’ll take 5.
It wouldn’t have been half as bad if they hadn’t included the headline.
I wonder how this branding strategy worked out for them.
I totally agree, no one likes being eaten.
China needs to step up its anti drink-driving campaign.
Errmm, no thanks I’ll pass.


Algorithm Visualizer
Algorithm Type:
Pathfinding
Sorting
Algorithm:
Dijkstra's Algorithm
A* Algorithm
Breadth-First Search
Depth-First Search
Algorithm:
Selection Sort
Bubble Sort
Insertion Sort
Merge Sort
Run
Reset
Info:
Squares Explored: N/A
Visited
Path
Swaps Performed: N/A
Placement Options:
Start
Target
Wall
Weighted


Welcome to my Heroes Stable
Add a hero
Hero's Name:
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Hero's Superpower's Name:
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"Proximity To Nature: 20 Photos from 20 Intown Atlanta Forests" is a 5"x7" photo book. These photos are representations of 20 of Atlanta's urban forests. Each of these photos were taken within six miles of 5 Points, Atlanta's geographical center. The Table of Contents names and locates the forests within this radius. Come with me, and let's explore these woods together. And if you enjoy them, go explore in person!
You can purchase the book online at Storenvy.
You can purchase the book online at Storenvy.


Map/Reduce parallel execution
Ever since Infinispan 5.2 release we implemented fully distributed execution of both map and reduce phases of MapReduceTask. For the map phase, MapReduceTask hashes task input keys, groups them by execution node N these keys are hashed to, and sends map function along input keys to each node N. At node N map function gets invoked for each input key and locally loaded corresponding value. However, map function on node N, until recently, got invoked on a single thread regardless of the number of key/value pairs. If we need to invoke map function on many key/value pairs, things would sooner rather than later grind to a halt.
Similarly in order to complete reduce phase, MapReduceTask groups intermediate KOut keys by execution node N they are hashed to. After intermediate phase is completed, MapReduceTask sends a reduce command to each node N where KOut keys are hashed. Once reduce command arrives on target execution node, it looks up temporary cache belonging to MapReduceTask and for each KOut key, grabs a list of VOut values, wraps it with an Iterator and invokes reduce on it. However, even reduce function, until recently, got invoked on a single thread, as well. Even though, due to the nature of map/reduce paradigm, reduce entails significantly smaller number of key/value function invocations compared to a map, current single threaded execution model does not help to speed things up.
Starting with Infinispan community release 7.0.0.Alpha1, map and reduce task phases are executed in parallel. If the eviction is not configured for the cache where key/value pairs involved in the map phase reside, MapReduceTask uses fork/join work-stealing technique for parallel execution of the map and reduce functions. Otherwise, we implement parallel execution using a standard thread executor framework. Reduce phase is always executed using fork/join work-stealing algorithm. Either way, we are hoping that users' large map/reduce tasks will experience a significant execution speedup. At the moment, we are conducting our own performance tests and will get back to you with the results soon. Stay tuned.
Cheers, Vladimir


public static class NetworkMapCache.DefaultImpls
A network map contains lists of nodes on the network along with information about their identity keys, services they provide and host names or IP addresses where they can be connected to. The cache wraps around a map fetched from an authoritative service, and adds easy lookup of the data stored within it. Generally it would be initialised with a specified network map service, which it fetches data from and then subscribes to updates of.
| Modifier and Type | Method and Description |
|---|---|
static Party |
getAnyNotary(NetworkMapCache $this,
ServiceType type)
Returns a notary identity advertised by any of the nodes on the network (chosen at random)
|
static NodeInfo |
getNodeByLegalIdentityKey(NetworkMapCache $this,
CompositeKey compositeKey)
Look up the node info for a specific peer key.
|
static NodeInfo |
getNodeByLegalName(NetworkMapCache $this,
java.lang.String name)
Look up the node info for a legal name.
|
static java.util.List<net.corda.core.node.NodeInfo> |
getNodesByAdvertisedServiceIdentityKey(NetworkMapCache $this,
CompositeKey compositeKey)
Look up all nodes advertising the service owned by compositeKey
|
static java.util.List<net.corda.core.node.NodeInfo> |
getNodesWithService(NetworkMapCache $this,
ServiceType serviceType)
Get the collection of nodes which advertise a specific service.
|
static Party |
getNotary(NetworkMapCache $this,
java.lang.String name)
Gets a notary identity by the given name.
|
static java.util.List<net.corda.core.node.NodeInfo> |
getNotaryNodes(NetworkMapCache $this)
A list of nodes that advertise a notary service
|
static NodeInfo |
getRecommended(NetworkMapCache $this,
ServiceType type,
Contract contract,
net.corda.core.crypto.Party party)
Get a recommended node that advertises a service, and is suitable for the specified contract and parties.
Implementations might understand, for example, the correct regulator to use for specific contracts/parties,
or the appropriate oracle for a contract.
|
static java.util.List<net.corda.core.node.NodeInfo> |
getRegulatorNodes(NetworkMapCache $this)
A list of nodes that advertise a regulatory service. Identifying the correct regulator for a trade is outside
the scope of the network map service, and this is intended solely as a sanity check on configuration stored
elsewhere.
|
static boolean |
isNotary(NetworkMapCache $this,
Party party)
Checks whether a given party is an advertised notary identity
|
public static java.util.List<net.corda.core.node.NodeInfo> getNotaryNodes(NetworkMapCache $this)
A list of nodes that advertise a notary service
public static java.util.List<net.corda.core.node.NodeInfo> getRegulatorNodes(NetworkMapCache $this)
A list of nodes that advertise a regulatory service. Identifying the correct regulator for a trade is outside the scope of the network map service, and this is intended solely as a sanity check on configuration stored elsewhere.
public static java.util.List<net.corda.core.node.NodeInfo> getNodesWithService(NetworkMapCache $this, ServiceType serviceType)
Get the collection of nodes which advertise a specific service.
public static NodeInfo getRecommended(NetworkMapCache $this, ServiceType type, Contract contract, net.corda.core.crypto.Party party)
Get a recommended node that advertises a service, and is suitable for the specified contract and parties. Implementations might understand, for example, the correct regulator to use for specific contracts/parties, or the appropriate oracle for a contract.
public static NodeInfo getNodeByLegalName(NetworkMapCache $this, java.lang.String name)
Look up the node info for a legal name.
public static NodeInfo getNodeByLegalIdentityKey(NetworkMapCache $this, CompositeKey compositeKey)
Look up the node info for a specific peer key.
public static java.util.List<net.corda.core.node.NodeInfo> getNodesByAdvertisedServiceIdentityKey(NetworkMapCache $this, CompositeKey compositeKey)
Look up all nodes advertising the service owned by compositeKey
public static Party getNotary(NetworkMapCache $this, java.lang.String name)
Gets a notary identity by the given name.
public static Party getAnyNotary(NetworkMapCache $this, ServiceType type)
Returns a notary identity advertised by any of the nodes on the network (chosen at random)
type
- Limits the result to notaries of the specified type (optional)public static boolean isNotary(NetworkMapCache $this, Party party)
Checks whether a given party is an advertised notary identity


A Message From Waren E. Buffett
Annual & Interim Reports
Link to SEC Filings
Corporate Goverance
Owner's Manual
Letters from Warren E Buffett Regarding Pledges to Make Gifts of Berkshire Stock


This program works through window hooking. Hooking is a technique that Microsoft suggest you only use in debugging because it can slow the system down, and interfere with any other program on your system (or even crash them!). So use at your own risk.
When allSnap is closed in the middle of its uninstall, or in certain other situations, the library file (snap_libA.dll or snap_libW.dll) is not released correctly. This makes the uninstaller unable to delete the dll. If this occurs, restart the computer and delete the file and directory manually.
Here is an incomplete list of windows allSnap cannot affect:
This may cause the strange effect of windows that can be snapped to but not snap themselves.


You have 7 unread mails
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urgent technician required
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We are a fairly small, flexible design studio that designs for print and web. We work flexibly with clients to fulfil their design needs.
Phone: 1800555.0658 Email<EMAIL_ADDRESS>Web: fapor.com


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--- layout: page title: About header-img: "img/about-bg.png" ---
26 year old former contractor looking to switch over to coding after several life and family accidents/injuries.


Make standard HTML pretty by simply including a single CSS file.
Available on Github.
To use html.css is very easy, just write regular HTML. You can also use CSS classes for specialised or custom components.

This is text and this is text

Can also be written like this:

This is text and this is text

and
tags don't have any styles applied to them, so they can be customised however you like.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Quaerat excepturi repellendus nostrum dolorum dignissimos quis non, minus debitis laborum vero cupiditate sequi neque, magnam dolore nemo possimus, soluta ducimus eaque.
Veritatis repellendus porro ipsam beatae temporibus natus id adipisci nobis accusantium quidem eum fugit cupiditate deleniti nisi nesciunt dicta officia, enim, atque corporis neque error. Unde saepe molestiae hic voluptatibus?
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Quaerat excepturi repellendus nostrum dolorum dignissimos quis non, minus debitis laborum vero cupiditate sequi neque, magnam dolore nemo possimus, soluta ducimus eaque.
| Element | Example |
|---|---|
 |
This is strong text |
 |
This is emphasized text |
 |
This is underlined text |
<s> |
|
 |
This is link text |
 |
This is small text |
 |
This is superscript text |
 |
This is subscript text |
 |
This is code text |
<samp> |
This is sample text |
<var> |
This is variable text |
 |
This is keyboard text |
 |
This is abbreviation text |
 |
|
 |
This is inserted text |
 |
This is marked text |


Class: Geom::Bounds2d
| Relationships | |
| Inherits: | Object |
Overview
The bounds2d class represents an axis aligned bounding box represented by two Point2d
objects, upper left and lower right positions. The units utilized in the creation and modification Bounds2d
are inches.
Class Method Summary
-
.new(other_bounds) ⇒ Geom::Bounds2d
constructor
The
#initialize
method creates a newBounds2d
.
Instance Method Summary
-
#==(other) ⇒ Boolean
The #== method checks to see if the two
Bounds2d
s are equal. -
#height ⇒ Geom::Point2d
The #height method returns the height of the
Bounds2d
. -
#lower_right ⇒ Geom::Point2d
The #lower_right method returns the
Point2d
of the lower right corner of theBounds2d
. -
#set!(other_bounds) ⇒ Geom::Bounds2d
The #set! method sets the
Bounds2d
to match another one. - #to_a ⇒ Array(Geom::Point2d, Geom::Point2d)
-
#upper_left ⇒ Geom::Point2d
The #upper_left method returns the
Point2d
of the upper left corner of theBounds2d
. -
#width ⇒ Geom::Point2d
The #width method returns the width of the
Bounds2d
.
Constructor Details
.new(other_bounds) ⇒ Bounds2d
.new(upper_left, lower_right) ⇒ Bounds2d
.new(x, y, width, height) ⇒ Bounds2d
.new(point_array) ⇒ Bounds2d
.new(float_array) ⇒ Bounds2d
Bounds2d
.new(upper_left, lower_right) ⇒ Bounds2d
.new(x, y, width, height) ⇒ Bounds2d
.new(point_array) ⇒ Bounds2d
.new(float_array) ⇒ Bounds2d
The #initialize
method creates a new Bounds2d
.
Instance Method Details
#==(other) ⇒ Boolean
The #==
method checks to see if the two Bounds2d
s are equal. This checks whether the point values are the same
#height ⇒ Geom::Point2d
The #height
method returns the height of the Bounds2d
.
#lower_right ⇒ Geom::Point2d
The #lower_right
method returns the Point2d
of the lower right corner of the Bounds2d
.
#set!(other_bounds) ⇒ Bounds2d
#set!(upper_left, lower_right) ⇒ Bounds2d
#set!(x, y, width, height) ⇒ Bounds2d
#set!(point_array) ⇒ Bounds2d
#set!(float_array) ⇒ Bounds2d
Bounds2d
#set!(upper_left, lower_right) ⇒ Bounds2d
#set!(x, y, width, height) ⇒ Bounds2d
#set!(point_array) ⇒ Bounds2d
#set!(float_array) ⇒ Bounds2d
The #set!
method sets the Bounds2d
to match another one. The argument is anything that can be converted into a Bounds2d
.
#to_a ⇒ Array(Geom::Point2d, Geom::Point2d)
The #to_a
method returns an array which contains the Point2d
that define the Bounds2d
.
#upper_left ⇒ Geom::Point2d
The #upper_left
method returns the Point2d
of the upper left corner of the Bounds2d
.
#width ⇒ Geom::Point2d
The #width
method returns the width of the Bounds2d
.


public class FileDrop
extends java.lang.Object
JPanel myPanel = new JPanel();
new FileDrop( myPanel, new FileDrop.Listener()
{ public void filesDropped( java.io.File[] files )
{
// handle file drop
...
} // end filesDropped
}); // end FileDrop.Listener
You can specify the border that will appear when files are being dragged by
calling the constructor with a javax.swing.border.Border. Only
JComponents will show any indication with a border.
You can turn on some debugging features by passing a PrintStream
object (such as System.out) into the full constructor. A
null value will result in no extra debugging information being
output.
I'm releasing this code into the Public Domain. Enjoy.
Original author: Robert Harder<EMAIL_ADDRESS>2007-09-12 Nathan Blomquist -- Linux (KDE/Gnome) support added.
| Modifier and Type | Class and Description |
|---|---|
static class |
FileDrop.Event
This is the event that is passed to the
filesDropped(...) method in your
FileDropListener when files are dropped onto a registered drop
target. |
static interface |
FileDrop.Listener
Implement this inner interface to listen for when files are dropped.
|
static class |
FileDrop.TransferableObject
At last an easy way to encapsulate your custom objects for dragging and
dropping in your Java programs! When you need to create a
Transferable object, use this class to wrap
your object. |
| Constructor and Description |
|---|
FileDrop(java.awt.Component c,
boolean recursive,
FileDrop.Listener listener)
Constructor with a default border and the option to recursively set drop
targets.
|
FileDrop(java.awt.Component c,
javax.swing.border.Border dragBorder,
boolean recursive,
FileDrop.Listener listener)
Constructor with a specified border and the option to recursively set
drop targets.
|
FileDrop(java.awt.Component c,
javax.swing.border.Border dragBorder,
FileDrop.Listener listener)
Constructor with a specified border
|
FileDrop(java.awt.Component c,
FileDrop.Listener listener)
Constructs a
FileDrop with a default light-blue border and, if
c is a Container , recursively sets all
elements contained within as drop targets, though only the top level
container will change borders. |
FileDrop(java.io.PrintStream out,
java.awt.Component c,
boolean recursive,
FileDrop.Listener listener)
Constructor with a default border, debugging optionally turned on and the
option to recursively set drop targets.
|
FileDrop(java.io.PrintStream out,
java.awt.Component c,
javax.swing.border.Border dragBorder,
boolean recursive,
FileDrop.Listener listener)
Full constructor with a specified border and debugging optionally turned
on.
|
FileDrop(java.io.PrintStream out,
java.awt.Component c,
javax.swing.border.Border dragBorder,
FileDrop.Listener listener)
Constructor with a specified border and debugging optionally turned on.
|
FileDrop(java.io.PrintStream out,
java.awt.Component c,
FileDrop.Listener listener)
Constructor with a default border and debugging optionally turned on.
|
| Modifier and Type | Method and Description |
|---|---|
static boolean |
remove(java.awt.Component c)
Removes the drag-and-drop hooks from the component and optionally from
the all children.
|
static boolean |
remove(java.io.PrintStream out,
java.awt.Component c,
boolean recursive)
Removes the drag-and-drop hooks from the component and optionally from
the all children.
|
public FileDrop(java.awt.Component c, FileDrop.Listener listener)
FileDrop
with a default light-blue border and, if
c is a Container
, recursively sets all
elements contained within as drop targets, though only the top level
container will change borders.c
- Component on which files will be dropped.listener
- Listens for filesDropped.public FileDrop(java.awt.Component c, boolean recursive, FileDrop.Listener listener)
c
- Component on which files will be dropped.recursive
- Recursively set children as drop targets.listener
- Listens for filesDropped.public FileDrop(java.io.PrintStream out, java.awt.Component c, FileDrop.Listener listener)
out
- PrintStream to record debugging info or null for no debugging.out
- c
- Component on which files will be dropped.listener
- Listens for filesDropped.public FileDrop(java.io.PrintStream out, java.awt.Component c, boolean recursive, FileDrop.Listener listener)
out
- PrintStream to record debugging info or null for no debugging.out
- c
- Component on which files will be dropped.recursive
- Recursively set children as drop targets.listener
- Listens for filesDropped.public FileDrop(java.awt.Component c, javax.swing.border.Border dragBorder, FileDrop.Listener listener)
c
- Component on which files will be dropped.dragBorder
- Border to use on JComponent when dragging occurs.listener
- Listens for filesDropped.public FileDrop(java.awt.Component c, javax.swing.border.Border dragBorder, boolean recursive, FileDrop.Listener listener)
c
- Component on which files will be dropped.dragBorder
- Border to use on JComponent when dragging occurs.recursive
- Recursively set children as drop targets.listener
- Listens for filesDropped.public FileDrop(java.io.PrintStream out, java.awt.Component c, javax.swing.border.Border dragBorder, FileDrop.Listener listener)
out
- PrintStream to record debugging info or null for no debugging.c
- Component on which files will be dropped.dragBorder
- Border to use on JComponent when dragging occurs.listener
- Listens for filesDropped.public FileDrop(java.io.PrintStream out, java.awt.Component c, javax.swing.border.Border dragBorder, boolean recursive, FileDrop.Listener listener)
out
- PrintStream to record debugging info or null for no debugging.c
- Component on which files will be dropped.dragBorder
- Border to use on JComponent when dragging occurs.recursive
- Recursively set children as drop targets.listener
- Listens for filesDropped.public static boolean remove(java.awt.Component c)
Container
.c
- The component to unregister as a drop targetpublic static boolean remove(java.io.PrintStream out, java.awt.Component c, boolean recursive)
out
- Optional PrintStream
for logging drag and drop
messagesc
- The component to unregisterrecursive
- Recursively unregister components within a container


Thank you for considering volunteering for AUHack
Volunteers are the oil that makes AUHack run smoothly, and our event is completely based on volunteer work.
Both the organizer team and the people working during the weekend are students that volunteer.
Becoming a volunteer does not necessarily require that you can be available all the time.
We can use your help for a couple of hours or throughout the whole weekend.
You decide when you are available, any help and any skillset is welcome!
Why Volunteer?
Becoming a volunteer for AUHack is great fun.
You get to participate in a team of great people.
Solving different problems and doing a variety of work.
Furthermore you have the opportunity to form a network and talk to sponsors.
Volunteer work also looks great on your resume!
How is the work organised?
Our volunteers do lots of different things, both before and during the event.
Examples of tasks could be manning our info stands, guiding participants around,
setting up events, moving furniture around, emptying trash, filling up buffets and lots of other tasks.
We work in a task based manner and try to get as much variety into the work as possible,
and therefore you will work with multiple things over the weekend.
You will be part of a great team and will get assignments as they come in.
You will also be eating and hanging out with the other volunteers in our great volunteer lounge.
How do I sign up?
You sign up by completing this form. Remember not to take any more shifts than you can handle or make work in your schedule.
Even though we love to have many volunteers, it should be a fun and exciting experience.
Can I volunteer and participate at the same time?
As a participant you can not volunteer during the hackathon. However we still need lots of help setting up and taking down the events.
If you want to volunteer for this you can sign up using this form.
This work will take place thursday the 12th of april and just after the events ends on sunday the 15th of april.
If you help out sunday, we will of course provide dinner for you.


Plot Helper¶
This module contains a collection of functions which make plots (saved as png files) using matplotlib, generated from some model fits and cross-validation evaluation within a MAST-ML run.
This module also contains a method to create python notebooks containing plotted data and the relevant source code from this module, to enable the user to make their own modifications to the created plots in a straightforward way (useful for tweaking plots for a presentation or publication).
-
plot_helper.
_clean_tick_labels
(tickvals, delta)[source]¶ Method to attempt to clean up axis tick values so they don’t overlap from being too dense
Args:
tickvals: (list), a list containing the initial axis tick values
delta: (float), number representing the numerical difference of two ticks
Returns:
tickvals_clean: (list), a list containing the updated axis tick values
-
plot_helper.
_int_if_int
(x)[source]¶ Method to return integer mapped value of x
Args:
x: (float or int), a numberReturns:
x: (float), value of x mapped as integer
-
plot_helper.
_n_sigfigs
(x, n)[source]¶ Method to return number of sig figs to use for axis ticks
Args:
x: (float), an axis tick numberReturns:
(float), number of sig figs
-
plot_helper.
_nearest_pow_ten
(x)[source]¶ Method to return the nearest power of ten for an axis tick value
Args:
x: (float), an axis tick numberReturns:
(float), nearest power of ten of x
-
plot_helper.
_nice_range_helper
(lower, upper)[source]¶ Method to help make a better range of axis ticks
Args:
lower: (float), lower value of axis ticks
upper: (float), upper value of axis ticks
Returns:
upper: (float), modified upper tick value fixed based on set of axis ticks
-
plot_helper.
_round_up
(x, inc)[source]¶ Method to round up the value of x
Args:
x: (float or int), a number
inc: (float), an increment for axis ticks
Returns:
(float), value of x rounded up
-
plot_helper.
_set_tick_labels
(ax, maxx, minn)[source]¶ Method that sets the x and y ticks to be in the same range
Args:
ax: (matplotlib axes object), a matplotlib axes object
maxx: (float), a maximum value
minn: (float), a minimum value
Returns:
None
-
plot_helper.
_set_tick_labels_different
(ax, max_tick_x, min_tick_x, max_tick_y, min_tick_y)[source]¶ Method that sets the x and y ticks, when the axes have different ranges
Args:
ax: (matplotlib axes object), a matplotlib axes object
max_tick_x: (float), the maximum tick value for the x axis
min_tick_x: (float), the minimum tick value for the x axis
max_tick_y: (float), the maximum tick value for the y axis
min_tick_y: (float), the minimum tick value for the y axis
Returns:
None
-
plot_helper.
_three_sigfigs
(x)[source]¶ Method invoking special case of _n_sigfigs to return 3 sig figs
Args:
x: (float), an axis tick numberReturns:
(float), number of sig figs (always 3)
-
plot_helper.
get_divisor
(high, low)[source]¶ Method to obtain a sensible divisor based on range of two values
Args:
high: (float), a max data value
low: (float), a min data value
Returns:
divisor: (float), a number used to make sensible axis ticks
-
plot_helper.
get_histogram_bins
(y_df)[source]¶ Method to obtain the number of bins to use when plotting a histogram
Args:
y_df: (pandas Series or numpy array), array of y data used to construct histogramReturns:
num_bins: (int), the number of bins to use when plotting a histogram
-
plot_helper.
ipynb_maker
(plot_func)[source]¶ This method creates Jupyter Notebooks so user can modify and regenerate the plots produced by MAST-ML.
Args:
plot_func: (plot_helper method), a plotting method contained in plot_helper.py which contains the
@ipynb_maker decorator
Returns:
(plot_helper method), the same plot_func as used as input, but after having written the Jupyter notebook with source code to create plot
-
plot_helper.
make_axis_same
(ax, max1, min1)[source]¶ Method to make the x and y ticks for each axis the same. Useful for parity plots
Args:
ax: (matplotlib axis object), a matplotlib axes object
max1: (float), the maximum value of a particular axis
min1: (float), the minimum value of a particular axis
Returns:
None
-
plot_helper.
make_fig_ax
(aspect_ratio=0.5, x_align=0.65, left=0.1)[source]¶ Method to make matplotlib figure and axes objects. Using Object Oriented interface from https://matplotlib.org/gallery/api/agg_oo_sgskip.html
Args:
aspect_ratio: (float), aspect ratio for figure and axes creation
x_align: (float), x position to draw edge of figure. Needed so can display stats alongside plot
left: (float), the leftmost position to draw edge of figure
Returns:
fig: (matplotlib fig object), a matplotlib figure object with the specified aspect ratio
ax: (matplotlib ax object), a matplotlib axes object with the specified aspect ratio
-
plot_helper.
make_fig_ax_square
(aspect='equal', aspect_ratio=1)[source]¶ Method to make square shaped matplotlib figure and axes objects. Using Object Oriented interface from
https://matplotlib.org/gallery/api/agg_oo_sgskip.html
Args:
aspect: (str), ‘equal’ denotes x and y aspect will be equal (i.e. square)
aspect_ratio: (float), aspect ratio for figure and axes creation
Returns:
fig: (matplotlib fig object), a matplotlib figure object with the specified aspect ratio
ax: (matplotlib ax object), a matplotlib axes object with the specified aspect ratio
-
plot_helper.
make_train_test_plots
(run, path, is_classification, label, model, train_X, test_X, groups=None)[source]¶ General plotting method used to execute sequence of specific plots of train-test data analysis
Args:
run: (dict), a particular split_result from masml_driver
path: (str), path to save the generated plots and analysis of split_result designated in ‘run’
is_classification: (bool), whether or not the analysis is a classification task
label: (str), name of the y data variable being fit
model: (scikit-learn model object), a scikit-learn model/estimator
train_X: (numpy array), array of X features used in training
test_X: (numpy array), array of X features used in testing
groups: (numpy array), array of group names
Returns:
None
-
plot_helper.
nice_mean
(ls)[source]¶ Method to return mean of a list or equivalent array with NaN values
Args:
ls: (list), list of valuesReturns:
(numpy array), array containing mean of list of values or NaN if list has no values
-
plot_helper.
nice_range
(lower, upper)[source]¶ Method to create a range of values, including the specified start and end points, with nicely spaced intervals
Args:
lower: (float or int), lower bound of range to create
upper: (float or int), upper bound of range to create
Returns:
(list), list of numerical values in established range
-
plot_helper.
nice_std
(ls)[source]¶ Method to return standard deviation of a list or equivalent array with NaN values
Args:
ls: (list), list of valuesReturns:
(numpy array), array containing standard deviation of list of values or NaN if list has no values
-
plot_helper.
plot_1d_heatmap
(xs, heats, savepath, xlabel='x', heatlabel='heats')[source]¶ Method to plot a heatmap for values of a single variable; used for plotting GridSearch results in hyperparameter optimization.
Args:
xs: (numpy array), array of first variable values to plot heatmap against
heats: (numpy array), array of heat values to plot
savepath: (str), path to save the 1D heatmap to
xlabel: (str), the x-axis label
heatlabel: (str), the heat value axis label
-
plot_helper.
plot_2d_heatmap
(xs, ys, heats, savepath, xlabel='x', ylabel='y', heatlabel='heat')[source]¶ Method to plot a heatmap for values of two variables; used for plotting GridSearch results in hyperparameter optimization.
Args:
xs: (numpy array), array of first variable values to plot heatmap against
ys: (numpy array), array of second variable values to plot heatmap against
heats: (numpy array), array of heat values to plot
savepath: (str), path to save the 2D heatmap to
xlabel: (str), the x-axis label
ylabel: (str), the y-axis label
heatlabel: (str), the heat value axis label
-
plot_helper.
plot_3d_heatmap
(xs, ys, zs, heats, savepath, xlabel='x', ylabel='y', zlabel='z', heatlabel='heat')[source]¶ Method to plot a heatmap for values of three variables; used for plotting GridSearch results in hyperparameter optimization.
Args:
xs: (numpy array), array of first variable values to plot heatmap against
ys: (numpy array), array of second variable values to plot heatmap against
zs: (numpy array), array of third variable values to plot heatmap against
heats: (numpy array), array of heat values to plot
savepath: (str), path to save the 2D heatmap to
xlabel: (str), the x-axis label
ylabel: (str), the y-axis label
zlabel: (str), the z-axis label
heatlabel: (str), the heat value axis label
-
plot_helper.
plot_average_cumulative_normalized_error
(y_true, y_pred, savepath, has_model_errors, err_avg=None)[source]¶ Method to plot the cumulative normalized residual errors of a model prediction
Args:
y_true: (numpy array), array containing the true y data values
y_pred: (numpy array), array containing the predicted y data values
savepath: (str), path to save the plotted cumulative normalized error plot
model: (scikit-learn model/estimator object), a scikit-learn model object
X: (numpy array), array of X features
avg_stats: (dict), dict of calculated average metrics over all CV splits
Returns:
None
-
plot_helper.
plot_average_normalized_error
(y_true, y_pred, savepath, has_model_errors, err_avg=None)[source]¶ Method to plot the normalized residual errors of a model prediction
Args:
y_true: (numpy array), array containing the true y data values
y_pred: (numpy array), array containing the predicted y data values
savepath: (str), path to save the plotted normalized error plot
model: (scikit-learn model/estimator object), a scikit-learn model object
X: (numpy array), array of X features
avg_stats: (dict), dict of calculated average metrics over all CV splits
Returns:
None
-
plot_helper.
plot_best_worst_per_point
(y_true, y_pred_list, savepath, metrics_dict, avg_stats, title='best worst per point', label='target_value')[source]¶ Method to create a parity plot (predicted vs. true values) of the set of best and worst CV scores for each
individual data point.
Args:
y_true: (numpy array), array of true y data
y_pred_list: (list), list of numpy arrays containing predicted y data for each CV split
savepath: (str), path to save plots to
metrics_dict: (dict), dict of scikit-learn metric objects to calculate score of predicted vs. true values
avg_stats: (dict), dict of calculated average metrics over all CV splits
title: (str), title of the best_worst_per_point plot
label: (str), label used for axis labeling
Returns:
None
-
plot_helper.
plot_best_worst_split
(y_true, best_run, worst_run, savepath, title='Best Worst Overlay', label='target_value')[source]¶ Method to create a parity plot (predicted vs. true values) of just the best scoring and worst scoring CV splits
Args:
y_true: (numpy array), array of true y data
best_run: (dict), the best scoring split_result from mastml_driver
worst_run: (dict), the worst scoring split_result from mastml_driver
savepath: (str), path to save plots to
title: (str), title of the best_worst_split plot
label: (str), label used for axis labeling
Returns:
None
-
plot_helper.
plot_confusion_matrix
(y_true, y_pred, savepath, stats, normalize=False, title='Confusion matrix', cmap=<matplotlib.colors.LinearSegmentedColormap object>)[source]¶ Method used to generate a confusion matrix for a classification run. Additional information can be found at: http://scikit-learn.org/stable/auto_examples/model_selection/plot_confusion_matrix.html
Args:
y_true: (numpy array), array containing the true y data values
y_pred: (numpy array), array containing the predicted y data values
savepath: (str), path to save the plotted confusion matrix
stats: (dict), dict of training or testing statistics for a particular run
normalize: (bool), whether or not to normalize data output as truncated float vs. double
title: (str), title of the confusion matrix plot
cmap: (matplotlib colormap), the color map to use for confusion matrix plotting
Returns:
None
-
plot_helper.
plot_cumulative_normalized_error
(y_true, y_pred, savepath, model, rf_error_method, rf_error_percentile, X=None, Xtrain=None, Xtest=None)[source]¶ Method to plot the cumulative normalized residual errors of a model prediction
Args:
y_true: (numpy array), array containing the true y data values
y_pred: (numpy array), array containing the predicted y data values
savepath: (str), path to save the plotted cumulative normalized error plot
model: (scikit-learn model/estimator object), a scikit-learn model object
X: (numpy array), array of X features
avg_stats: (dict), dict of calculated average metrics over all CV splits
Returns:
None
-
plot_helper.
plot_learning_curve
(train_sizes, train_mean, test_mean, train_stdev, test_stdev, score_name, learning_curve_type, savepath='data_learning_curve')[source]¶ Method used to plot both data and feature learning curves
Args:
train_sizes: (numpy array), array of x-axis values, such as fraction of data used or number of features
train_mean: (numpy array), array of training data mean values, averaged over some type/number of CV splits
test_mean: (numpy array), array of test data mean values, averaged over some type/number of CV splits
train_stdev: (numpy array), array of training data standard deviation values, from some type/number of CV splits
test_stdev: (numpy array), array of test data standard deviation values, from some type/number of CV splits
score_name: (str), type of score metric for learning curve plotting; used in y-axis label
learning_curve_type: (str), type of learning curve employed: ‘sample_learning_curve’ or ‘feature_learning_curve’
savepath: (str), path to save the plotted learning curve to
Returns:
None
-
plot_helper.
plot_learning_curve_convergence
(train_sizes, test_mean, score_name, learning_curve_type, savepath)[source]¶ Method used to plot both the convergence of data and feature learning curves as a function of amount of data or features
used, respectively.
Args:
train_sizes: (numpy array), array of x-axis values, such as fraction of data used or number of features
test_mean: (numpy array), array of test data mean values, averaged over some type/number of CV splits
score_name: (str), type of score metric for learning curve plotting; used in y-axis label
learning_curve_type: (str), type of learning curve employed: ‘sample_learning_curve’ or ‘feature_learning_curve’
savepath: (str), path to save the plotted convergence learning curve to
Returns:
None
-
plot_helper.
plot_metric_vs_group
(metric, groups, stats, avg_stats, savepath)[source]¶ Method to plot the value of a particular calculated metric (e.g. RMSE, R^2, etc) for each data group
Args:
metric: (str), name of a calculation metric
groups: (numpy array), array of group names
stats: (dict), dict of training or testing statistics for a particular run
avg_stats: (dict), dict of calculated average metrics over all CV splits
savepath: (str), path to save plots to
Returns:
None
-
plot_helper.
plot_metric_vs_group_size
(metric, groups, stats, avg_stats, savepath)[source]¶ Method to plot the value of a particular calculated metric (e.g. RMSE, R^2, etc) as a function of the size of each group.
Args:
metric: (str), name of a calculation metric
groups: (numpy array), array of group names
stats: (dict), dict of training or testing statistics for a particular run
avg_stats: (dict), dict of calculated average metrics over all CV splits
savepath: (str), path to save plots to
Returns:
None
-
plot_helper.
plot_normalized_error
(y_true, y_pred, savepath, model, rf_error_method, rf_error_percentile, X=None, Xtrain=None, Xtest=None)[source]¶ Method to plot the normalized residual errors of a model prediction
Args:
y_true: (numpy array), array containing the true y data values
y_pred: (numpy array), array containing the predicted y data values
savepath: (str), path to save the plotted normalized error plot
model: (scikit-learn model/estimator object), a scikit-learn model object
X: (numpy array), array of X features
avg_stats: (dict), dict of calculated average metrics over all CV splits
Returns:
None
-
plot_helper.
plot_precision_recall_curve
(y_true, y_pred, savepath)[source]¶ Method to calculate and plot the precision-recall curve for classification model results
Args:
y_true: (numpy array), array of true y data values
y_pred: (numpy array), array of predicted y data values
savepath: (str), path to save the plotted precision-recall curve
Returns:
None
-
plot_helper.
plot_predicted_vs_true
(train_quad, test_quad, outdir, label)[source]¶ Method to create a parity plot (predicted vs. true values)
Args:
train_quad: (tuple), tuple containing 4 numpy arrays: true training y data, predicted training y data,
training metric data, and groups used in training
test_quad: (tuple), tuple containing 4 numpy arrays: true test y data, predicted test y data,
testing metric data, and groups used in testing
outdir: (str), path to save plots to
label: (str), label used for axis labeling
Returns:
None
-
plot_helper.
plot_predicted_vs_true_bars
(y_true, y_pred_list, avg_stats, savepath, title='best worst with bars', label='target_value', groups=None)[source]¶ Method to calculate parity plot (predicted vs. true) of average predictions, averaged over all CV splits, with error
bars on each point corresponding to the standard deviation of the predicted values over all CV splits.
Args:
y_true: (numpy array), array of true y data
y_pred_list: (list), list of numpy arrays containing predicted y data for each CV split
avg_stats: (dict), dict of calculated average metrics over all CV splits
savepath: (str), path to save plots to
title: (str), title of the best_worst_per_point plot
label: (str), label used for axis labeling
Returns:
None
-
plot_helper.
plot_residuals_histogram
(y_true, y_pred, savepath, stats, title='residuals histogram', label='residuals')[source]¶ Method to calculate and plot the histogram of residuals from regression model
Args:
y_true: (numpy array), array of true y data values
y_pred: (numpy array), array of predicted y data values
savepath: (str), path to save the plotted precision-recall curve
stats: (dict), dict of training or testing statistics for a particular run
title: (str), title of residuals histogram
label: (str), label used for axis labeling
Returns:
None
-
plot_helper.
plot_roc_curve
(y_true, y_pred, savepath)[source]¶ Method to calculate and plot the receiver-operator characteristic curve for classification model results
Args:
y_true: (numpy array), array of true y data values
y_pred: (numpy array), array of predicted y data values
savepath: (str), path to save the plotted ROC curve
Returns:
None
-
plot_helper.
plot_scatter
(x, y, savepath, groups=None, xlabel='x', label='target data')[source]¶ Method to create a general scatter plot
Args:
x: (numpy array), array of x data
y: (numpy array), array of y data
savepath: (str), path to save plots to
groups: (list), list of group labels
xlabel: (str), label used for x-axis labeling
label: (str), label used for y-axis labeling
Returns:
None
-
plot_helper.
plot_stats
(fig, stats, x_align=0.65, y_align=0.9, font_dict={}, fontsize=14)[source]¶ Method that prints stats onto the plot. Goes off screen if they are too long or too many in number.
Args:
fig: (matplotlib figure object), a matplotlib figure object
stats: (dict), dict of statistics to be included with a plot
x_align: (float), float denoting x position of where to align display of stats on a plot
y_align: (float), float denoting y position of where to align display of stats on a plot
font_dict: (dict), dict of matplotlib font options to alter display of stats on plot
fontsize: (int), the fontsize of stats to display on plot
Returns:
None
-
plot_helper.
plot_target_histogram
(y_df, savepath, title='target histogram', label='target values')[source]¶ Method to plot the histogram of true y values
Args:
y_df: (pandas dataframe), dataframe of true y data values
savepath: (str), path to save the plotted precision-recall curve
title: (str), title of residuals histogram
label: (str), label used for axis labeling
Returns:
None
-
plot_helper.
prediction_intervals
(model, X, rf_error_method, rf_error_percentile, Xtrain, Xtest)[source]¶ Method to calculate prediction intervals when using Random Forest and Gaussian Process regression models.
Prediction intervals for random forest adapted from https://blog.datadive.net/prediction-intervals-for-random-forests/
Args:
model: (scikit-learn model/estimator object), a scikit-learn model object
X: (numpy array), array of X features
method: (str), type of error bar to formulate (e.g. “stdev” is standard deviation of predicted errors, “confint” is error bar as confidence interval
percentile: (int), percentile for which to form error bars
Returns:
err_up: (list), list of upper bounds of error bars for each data point
err_down: (list), list of lower bounds of error bars for each data point
-
plot_helper.
recursive_max
(arr)[source]¶ Method to recursively find the max value of an array of iterables.
Credit: https://www.linkedin.com/pulse/ask-recursion-during-coding-interviews-identify-good-talent-veteanu/
Args:
arr: (numpy array), an array of values or iterablesReturns:
(float), max value in arr
-
plot_helper.
recursive_max_and_min
(arr)[source]¶ Method to recursively return max and min of values or iterables in array
Args:
arr: (numpy array), an array of values or iterablesReturns:
(tuple), tuple containing max and min of arr
-
plot_helper.
recursive_min
(arr)[source]¶ Method to recursively find the min value of an array of iterables.
Credit: https://www.linkedin.com/pulse/ask-recursion-during-coding-interviews-identify-good-talent-veteanu/
Args:
arr: (numpy array), an array of values or iterablesReturns:
(float), min value in arr
-
plot_helper.
round_down
(num, divisor)[source]¶ Method to return a rounded down number
Args:
num: (float), a number to round down
divisor: (int), divisor to denote how to round down
Returns:
(float), the rounded-down number
-
plot_helper.
round_up
(num, divisor)[source]¶ Method to return a rounded up number
Args:
num: (float), a number to round up
divisor: (int), divisor to denote how to round up
Returns:
(float), the rounded-up number
-
plot_helper.
rounder
(delta)[source]¶ Method to obtain number of decimal places to report on plots
Args:
delta: (float), a float representing the change in two y values on a plot, used to obtain the plot axis spacing sizeReturn:
(int), an integer denoting the number of decimal places to use
-
plot_helper.
stat_to_string
(name, value, nice_names)[source]¶ Method that converts a metric object into a string for displaying on a plot
Args:
name: (str), long name of a stat metric or quantity
value: (float), value of the metric or quantity
Return:
(str), a string of the metric name, adjusted to look nicer for inclusion on a plot


Deborah Chow’s The Mandalorian Experience Will Carry Over To Obi-Wan
by Robert WorkmanDirector Deborah Chow helmed the third episode of The Mandalorian, which premiered last week on Disney+. She reflected on that experience in a recent interview with The New York Times. Chow also explained how it helped her prepare for what lies ahead on the Obi-Wan series for Disney+.
“One of the biggest benefits is that I just spent the last year in the Star Wars universe and I had great mentors, coming in under Jon (Favreau) and Dave (Filoni),” noted Chow. “Absorbing that, I feel, was the best training I could have had to take on the next one.”
“So much of it just feeling it and understanding it, on an instinctual level, to know what’s right and what’s wrong with it,” continued Chow. “And there’s so much knowledge — every prop, every costume is important. Every detail really matters.”
Chow was named as a director of the series during D23 Expo, shortly after Ewan McGregor confirmed his Obi-Wan return.
RELATED: Ewan McGregor Talks About Channeling Alec Guinness In Obi-Wan
However, there is at least one character that won’t make it in Obi-Wan’s show.
“I don’t think the baby (Yoda) will be coming with us on that one,” noted Chow. “I think the baby steals the show.”
Are you excited about Deborah Chow working on the Obi-Wan series? Let us know in the comments below!
Recommended Reading: Kenobi: Star Wars Legends
We are a participant in the Amazon Services LLC Associates Program. This affiliate advertising program also provides a means to earn fees by linking to Amazon.com and affiliated sites.


Jobs which are defined in this field will be build automatically when a new Pipeline Job is created by MultiBranch Pipeline.
AutoComplete field, Job names will be listed automatically.
String Parameter (Parameterized Build) will be added with name of SOURCE_PROJECT_NAME to Jobs which are defined in the field.
Name of the Pipeline will passed to this parameter when starting build.


{{/* doc: Embed YouTube videos, with foldable captions. The `levelOffset` parameter can be used to control the depth of the video heading and content. The shortcode can be invoked either with an `id` attribute, or by specifying `page`. In the latter case, that page's preamble should provide `youtube_id`, `title`, `venue`, and `date`, and its contents act as the video transcript. Remember the closing tag! {{< youtube id="EmGSSbwdCZQ" class="talk" title="YouTube: Open Data Science" venue="CU Denver Data Science Symposium 2020" author="Stefan van der Walt" levelOffset=3 >}} Here, I will give a transcript of the whole video, and say some things about it that you cannot know otherwise without watching the **video**. ### But what is it? This is it! {{< /youtube >}} {{< youtube page="video-page" levelOffset=3 >}}{{< /youtube >}} */}} {{- $id := .Get "id" -}} {{- $title := "" -}} {{- $venue := "" -}} {{- $author := "" -}} {{- $date := "" -}} {{- $transcript := "" -}} {{- if $id }} {{- $title = .Get "title" -}} {{- $venue = .Get "venue" -}} {{- $author = .Get "author" -}} {{- $date = .Get "date" -}} {{- $transcript = .Inner -}} {{- else -}} {{- $pageName := printf "%s.md" (.Get "page") -}} {{- $pageInBundle := .Page.Resources.GetMatch $pageName -}} {{- $pageInSite := .Site.GetPage $pageName -}} {{- $page := or $pageInBundle $pageInSite -}} {{- $id = $page.Params.youtube_id -}} {{- $title = $page.Params.title -}} {{- $venue = $page.Params.venue -}} {{- $author = $page.Params.author -}} {{ if $page.Params.date }} {{- $date = time.Format "Jan 2, 2006" $page.Params.date -}} {{ end }} {{- $transcript = $page.RawContent -}} {{- end -}} {{/* Adjust the indentation of the transcript according to levelOffset */}} {{/* See https://discourse.gohugo.io/t/option-to-shift-headings/6136/2 */}} {{ $levelOffset := default 2 (.Get "levelOffset") }} {{/* get the Markdown without front matter */}} {{ $s := $transcript }} {{/* the regex of start of line `^` doesn't work. (GoLang has a subset of regex) Need to specify newlines via `\n` Need to ensure newlines at start and end of content */}} {{ $s := delimit (slice "\n" $s "\n") "" }} {{/* Search for any Markdown headings `#` at start of line and add (levelOffset - 2) `#`s to start of line. Why -1? Because the offsetLevel specifies the level for the title. Other headings start with ##, ###, etc. We want to shift the content so that it is one deeper than the title, and since there are already two, we need to add a further (levelOffset - 1) hashes. */}} {{ $header_padding := (strings.Repeat (sub $levelOffset 1) "#") }} {{ $new_header := (printf "\n%s$1 " $header_padding) }} {{ $s := $s | replaceRE "\n(#+) " $new_header }} {{/* render the Markdown to HTML declare it to be safe HTML and return */}} {{ $transcript := $s | markdownify | safeHTML }}


HackerRank Algorithmic Solutions
This repository contains solutions to the hackerrank algorithmic problems
MChat
An android app consisting of single chat room developed using firebase
Algorithms Practice
This repository contains solutions to various algorithmic questions
Codeforces Algorithmic Solutions
This repository contains solutions to the codeforces algorithmic problems
DataStructures Codes
This repository contains implemenation of various Data Structures as a part of data structures and programming laboratory
Blender project
This repository contains a blender project implemented as a part of computer graphics laboratory
OOMP Codes
This repository contains solutions of assignments of object oriented and multicore programming laboratory
SPOJ solutions
This repository contains solutions to the problems of SPOJ


LMHosts (LAN Manager Hosts) file is used to enable DNS under Windows when other methods fail.
Windows 95, 98, Millennium Edition
The file is located in %windir%\, and a sample file lmhosts.sam is installed here. The %windir% is an environment variable.
Windows NT 4.0, Windows 2000, Windows XP, Vista, 7, 8, 10, Windows Server 2003, Windows Server 2008 and Windows Server 2008 R2
The file is located in %windir%\system32\drivers\etc\, and a sample file lmhosts.sam is installed here.


I am a code chef who likes best of the technologies which are my ingredients to cook delicious end user products.
I work on backend development with ruby on rails and frontend with react js for several web apps. Along with this i have worked with react native for mobile devlopment also.
82%
I am very much intreseted in reading about emerging and upcoming technologies/tools that will bring reveloution in software development.
Other intrests when i am not "coding".........
I love to play with pets as i feel relax with them. Rather than this i am a hardcore gamer and a fan of play station.


|
SDK
Release 1.7.5
Communications, logger, and bootloader libraries.
|
#include "serialPort.h"
Go to the source code of this file.
Classes | |
| struct | bootload_params_t |
Macros | |
| #define | IS_BAUD_RATE_BOOTLOADER 921600 |
| #define | IS_BAUD_RATE_BOOTLOADER_LEGACY 2000000 |
| #define | IS_BAUD_RATE_BOOTLOADER_RS232 230400 |
| #define | IS_BAUD_RATE_BOOTLOADER_COM 3000000 |
| #define | ENABLE_BOOTLOADER_BAUD_DETECTION 1 |
| #define | BOOTLOADER_REFRESH_DELAY 250 |
| #define | BOOTLOADER_RESPONSE_DELAY 10 |
| #define | BOOTLOADER_RETRIES 30 |
Typedefs | |
| typedef int(* | pfnBootloadProgress) (const void *obj, float percent) |
Functions | |
| int | bootloadFile (serial_port_t *port, const char *fileName, char *error, int errorLength, const void *obj, pfnBootloadProgress uploadProgress, pfnBootloadProgress verifyProgress) |
| int | bootloadFileEx (bootload_params_t *params) |
| int | bootloadUpdateBootloader (serial_port_t *port, const char *fileName, char *error, int errorLength, const void *obj, pfnBootloadProgress uploadProgress, pfnBootloadProgress verifyProgress) |
| int | bootloadUpdateBootloaderEx (bootload_params_t *p) |
| int | enableBootloader (serial_port_t *port, int baudRate, char *error, int errorLength, const char *bootloadEnableCmd) |
| int | disableBootloader (serial_port_t *port, char *error, int errorLength) |
| #define BOOTLOADER_REFRESH_DELAY 250 |
Definition at line 35 of file inertialSenseBootLoader.h.
| #define BOOTLOADER_RESPONSE_DELAY 10 |
Definition at line 36 of file inertialSenseBootLoader.h.
| #define BOOTLOADER_RETRIES 30 |
Definition at line 38 of file inertialSenseBootLoader.h.
| #define ENABLE_BOOTLOADER_BAUD_DETECTION 1 |
Definition at line 34 of file inertialSenseBootLoader.h.
| #define IS_BAUD_RATE_BOOTLOADER 921600 |
uINS bootloader baud rate
Definition at line 23 of file inertialSenseBootLoader.h.
| #define IS_BAUD_RATE_BOOTLOADER_COM 3000000 |
uINS standard baud rate, used by bootloader code to enable bootloader mode
Definition at line 32 of file inertialSenseBootLoader.h.
| #define IS_BAUD_RATE_BOOTLOADER_LEGACY 2000000 |
uINS bootloader baud rate - legacy
Definition at line 26 of file inertialSenseBootLoader.h.
| #define IS_BAUD_RATE_BOOTLOADER_RS232 230400 |
uINS rs232 bootloader baud rate
Definition at line 29 of file inertialSenseBootLoader.h.
| typedef int(* pfnBootloadProgress) (const void *obj, float percent) |
Bootloader callback function prototype, return value unused currently so return 0
Definition at line 44 of file inertialSenseBootLoader.h.
| int bootloadFile | ( | serial_port_t * | port, |
| const char * | fileName, | ||
| char * | error, | ||
| int | errorLength, | ||
| const void * | obj, | ||
| pfnBootloadProgress | uploadProgress, | ||
| pfnBootloadProgress | verifyProgress | ||
| ) |
Boot load a .hex or .bin file to a device
| port | the serial port to bootload to, will be opened and closed, must have port set |
| error | a buffer to store any error messages in - can be NULL |
| errorLength | the number of bytes available in error |
| obj | custom user object that will be passed in the callback |
| uploadProgress | called periodically during firmware upload - can be NULL |
| verifyProgress | called periodically during firmware verification - can be NULL |
Definition at line 1350 of file inertialSenseBootLoader.c.
| int bootloadFileEx | ( | bootload_params_t * | params | ) |
Definition at line 1369 of file inertialSenseBootLoader.c.
| int bootloadUpdateBootloader | ( | serial_port_t * | port, |
| const char * | fileName, | ||
| char * | error, | ||
| int | errorLength, | ||
| const void * | obj, | ||
| pfnBootloadProgress | uploadProgress, | ||
| pfnBootloadProgress | verifyProgress | ||
| ) |
Boot load a new bootloader .bin file to device. Device must be in application or bootloader assist mode, not bootloader mode.
| port | the serial port, must be initialized and have the port set |
| fileName | the new bootloader .bin file |
| error | a buffer to store any error messages in - can be NULL |
| errorLength | the number of bytes available in error |
| obj | custom user object that will be passed in the callback |
| uploadProgress | called periodically during firmware upload - can be NULL |
| verifyProgress | called periodically during firmware verification - can be NULL @retur 0 if failure, non-zero if success |
Definition at line 1419 of file inertialSenseBootLoader.c.
| int bootloadUpdateBootloaderEx | ( | bootload_params_t * | p | ) |
Definition at line 1438 of file inertialSenseBootLoader.c.
| int disableBootloader | ( | serial_port_t * | port, |
| char * | error, | ||
| int | errorLength | ||
| ) |
Disables the bootloader and goes back to program mode
@port the port to go back to program mode on @error a buffer to store any error messages - can be NULL @errorLength the number of bytes available in error
Definition at line 1670 of file inertialSenseBootLoader.c.
| int enableBootloader | ( | serial_port_t * | port, |
| int | baudRate, | ||
| char * | error, | ||
| int | errorLength, | ||
| const char * | bootloadEnableCmd | ||
| ) |
Enable bootloader mode for a device
| port | the port to enable the bootloader on |
| baudRate | the baud rate to communicate with, IS_BAUD_RATE_BOOTLOADER or IS_BAUD_RATE_BOOTLOADER_RS232 |
| error | a buffer to store any error messages - can be NULL |
| errorLength | the number of bytes available in error |
Definition at line 1589 of file inertialSenseBootLoader.c.


I am a Syrian photographer, artist, and model living in Germany. I love traveling
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.
| KSEC1 element | Contents | GRIB octet | Recommended GRIB_API key | Coded GRIB_API keys | Comments |
|---|---|---|---|---|---|
| 37 |
ECMWF local GRIB use definition identifier. |
41 | localDefinitionNumber | localDefinitionNumber | |
| 38 | Class | 42 | class | marsClass | |
| 39 | Type | 43 | type | marsType | |
| 40 | Stream | 44-45 | stream |
marsStream | |
| 41 |
Version number or experiment identifier. |
46-49 | expver |
experimentVersionNumber | |
| 42 |
Ensemble member number. |
50-51 | number |
perturbationNumber |
|
| 43 | Number of forecasts in ensemble | 81-82 | |||
| 44 |
System number: the "scientific version" number. |
52-53 | system |
systemNumber |
|
| 45 |
Method number |
54-55 | method |
methodNumber |
|
| 46 | Verifying month (in format YYYYMM), or period used for mean (dddDDD for period from time ddd to time DDD) | 56-59 | verifyingMonth |
verifyingMonth |
|
| 47 | Averaging period (eg 6-hour, 24-hour) | 60 | averagingPeriod |
averagingPeriod |
|
| 48 | Forecast month | 61-62 | forecastMonth |
forecastMonth |
|
| 49 | Reference date (YYYYMMDD) | 63-66 | refdate |
referenceDate |
|
| 50 | Climate date - from (YYYYMMDD) | 67-70 | climateDateFrom |
climateDateFrom |
|
| 51 | Climate date - to (YYYYMMDD) | 71-74 | climateDateTo |
climateDateTo |
|
| 52-59 | Probability information | 75-84 | |||
| 52 | Threshold units decimal scale factor. + or - power of 10 (or zero). Most significant bit = 1 for negative values. |
75 | unitsDecimalScaleFactor |
unitsDecimalScaleFactor |
|
| 53 | Threshold indicator: 1 = Only lower threshold is present. 2 = Only upper threshold is present. 3 = Both upper and lower thresholds are present. |
76 | thresholdIndicator |
thresholdIndicator |
|
| 54 | Lower threshold value. | 77-78 | lowerThresholdValue |
lowerThresholdValue |
|
| 55 | Upper threshold value. | 79-80 | upperThresholdValue |
upperThresholdValue |
|
| 56-59 | Spare (set to zero) | 83-84 |


This thing that we call Open Participation Software started from a combination of events in September 2004.
- A lot of internal conflicts at the Apache Avalon project, resulting in the Merlin codebase becoming Metro and leaving the foundation.
- I, Niclas Hedhman, was questioning the need for so much secrecy and lack of transparency within the ASF decision making process, and being hammered about not understanding The Apache Way, and some challenging me to go elsewhere and try building my own community. Apache have been around for 10 years, so we must be doings something right.
- Stephen McConnell mentioning the theory of dynamics within the "Flock of Birds" on the #merlin IRC channel.
- A chat between myself and Peter Neubauer, 30th Sept 2004, on how to avoid conflict within the new community that was going to be formed around the Metro product family. My conclusion is that we need a big flock to counter conflict.
That chat suddenly took a turn with the following reasoning;
(15:54:02) Niclas: I have been ploying with an idea; (15:54:58) Niclas: What if the bar to entry the developer group is extremely low, but that it is equally easy to loose the trust of the others. (15:55:05) Niclas: Birds! (15:55:17) Niclas: Where does the flock fly?
A few minutes later the next break through;
(16:02:36) Niclas: I think Steve's "Bird Flock" idea can be brought to something interesting. (16:02:50) PNeubauer: So basically "I have a patch - Go and ceck it in yourself!" (16:03:08) Niclas: YES!!!! (16:03:19) Niclas: Hit it straight on the nail. (16:04:31) PNeubauer: I really like that thought - applying the principle of the outcome of OSS "the whole code is open" to the income of OSS "the whole participation is open" (16:04:36) Niclas: Unlike ASF, they have a HUGE overhead for a new user. (16:05:04) Niclas: For instance the CLA.
The discussion then went into practical details, where I elaborated to tear down the entire legal framework that is required and holding up the OSS movement of today, by going Public Domain.
I then had further discussions with Stephen McConnell to see if the model had any support from someone I thought was going to be very critical and sceptic. He started out a bit anxious, but was quickly convinced, which spurred my enthusiasm even more.
I mentioned to several other people and all pretty much went "Wow!", and that is when I sent out this email as an invitation to a group of people to apply Open Participation Software to the Metro product family that we were starting.  :o)
All quotes above and in the mail, has been unaltered and contains the original spelling and grammar mistakes, but I found it important not to alter the content.


December 21
Wherefore I put thee in remembrance that thou stir up the gift of God.... Who hath saved us, and called us with an holy calling, not according to our works, but according to his
own purpose and grace, which was given us in Christ Jesus before the world began. 2 Timothy 1:6,9
Are you doing what God called you to do?
If you haven't ever thought about it before, that may sound like an odd question to you. You may be tempted to shrug it off and say, "Oh, I'm not really called to do anything. I'm not a pastor or a teacher or a minister of any kind...I guess I'm just what you might call a little finger on the Body of Christ."
 He's designed you and called you to meet a need in the Body of Christ that nobody else can meet quite like you can.
You may be called to be so successful in business you can finance the gospel worldwide. You may be called to a ministry of prayer and intercession. You may be called to a ministry of healing right there in your own neighborhood. But no matter what that calling is, it's important and you need to follow it!
If you're like many believers I know, you may have let your life become so overgrown with other things that you just don't have time to pursue your calling. You may be so overwhelmed with the cares of life that you can't imagine how you can fit in anything else.
Over the years, a pastor friend of mine got involved in so many different areas of ministry that he was about to fold up physically under the strain of it. The overload was actually about to kill him. Finally, the Lord spoke to him one night and said, "John, it's not your calling that's nearly killed you. It's everything else you've added to it."
I've had to deal with that in my own life. I've had to quit doing things just because they need doing. I've had to discipline myself to sticking to what I'm called to do.
  Get back to what He has called you to do.
After all, that calling is vital. It's holy...and it's yours. Don't ever let it slip away from you.
Scripture Reading: Acts 9:1-20


---
layout: post
title: illustrated elements preview for dg trade policies
date: '2015-08-05T18:30:51+02:00'
categories:
- Illustration
- Klare Lijn — Ligne Claire
youtube-id: IiOC5XG2I5Y
picture_url: https://film-Storyboards.tumblr.com/post/125965620470/illustrated-elements-preview-for-dg-trade-policies
---
Illustrated elements preview for DG Trade policies explained in drawing project.
Agency: ESN
Production: Benuts


Reminder: all categories must follow 1oh1's community policy and will be reviewed before being accesable to other users. We will notify you on the status of your submission.


All in One
One stop for everything
Home
About
Movies
Restaurants
Movie Booking
Destiny USA
No. of seats:
0
1
2
3
4
Show timing:
9:30
12:00
14:30
17:00
20:30
Movie Tavern Syracuse
No. of seats:
0
1
2
3
4
Show timing:
9:30
12:00
14:30
17:00
20:30


Choose Your File
Upload and Draw
SineStream
VisLab.Wang
Draw Local Data
C in Gaussian Weight
Arithemtic Mean
Median
Arithemtic Mean
Geometric Mean
Thickness Weight Type
Max
Arithemtic Mean
Geometric Mean
Harmonic Mean
Length Weight
threshold value
Distance Function
ThicknessWeight
LengthWeight


Streams / Overview
Pantomime provides a powerful streaming library that is built on top of
its actor API.
Inspired by the Reactive Streams
initiative, Pantomime Streams is a dynamic push-pull streaming
abstraction that uses actors as the primary concurrency mechanism.
Concepts
To understand Pantomime Streams, a few key concepts and terms must
be introduced. You'll find the following terms referenced throughout the
documentation.
- Stage
- The basic building block is a stage which has a variable
number of inputs and outputs.
- Source
- An originating stage that has zero inputs and one output, its downstream.
- Flow
- A processing stage that has one input (upstream) and one output (downstream).
- Sink
- A terminating stage that has one input (upstream) and zero outputs.
- Backpressure & Demand
- Downstream sends asynchronous demand signals upstream indicating that it wishes to receive more elements.
This prevents the producer from overloading the consumer, a concept known as backpressure. Efficiency
is retained by inserting buffers between asynchronous boundaries to amortize message passing overhead
[set title Overview / Streams / Pantomime]
[set doc-section streams-overview]
[stash doc-content][require raw ../_layout.html]


A responsive site is designed in a way where the layout responds and adapts to the device you are viewing the site on. With the rise of browsing the net on mobile phones, responsiveness is extremely important in order to reach users viewing your site on multiple devices.
“Mobile first”, as the name suggests, means that we start the product design from the mobile end which has more restrictions, then expand its features to create a tablet or desktop version.
In short, the “mobile first” principle has an important role in product design. On the one hand, it helps to save product design time and improve designers’ productivity. On the other hand, it forces designers to pay more attention to the content of a product, which helps them to created neat and practical designs.
A framework is a standardized set of concepts, practices and criteria for dealing with a common type of problem, which can be used as a reference to help us approach and resolve new problems of a similar nature.
In the world of web design, to give a more straightforward definition, a framework is defined as a package made up of a structure of files and folders of standardized code (HTML, CSS, JS documents etc.) which can be used to support the development of websites, as a basis to start building a site.
Most websites share a very similar (not to say identical) structure. The aim of frameworks is to provide a common structure so that developers don’t have to redo it from scratch and can reuse the code provided. In this way, frameworks allow us to cut out much of the work and save a lot of time.
Wireframes are simple black and white layouts that outline the specific size and placement of page elements, site features, conversion areas and navigation for your website.
They are devoid of color, font choices, logos or any real design elements that take away from purely focusing on a site’s structure.
We often say that they are much like a blue print to a home, where you can easily see the structural placement of your plumbing, electrical and other structural elements without any interior design treatments.
Wireframing is an important communication tool in any web or app project. It gives the client, developer, and designer an opportunity to walk through the structure of the website without getting sidetracked by design elements such as colors and images. For me, I believe that building a simple wireframe will save time in the long run and ease the development process for the designer, developer, and client.
I had my pictures side by side as a row and then a row underneath with headings. I couldn't get this layout to work on a mobile screen so I had to revert to having a picture and heading in one row so that it looked readable on the mobile layout.


As stated earlier, visible objects are nearly useless unless you subclass one of the visible classes and handle certain messages. Although there's a lot of functionality built into
VisClass
and its subclasses, they must be customized to be of any use. In addition, visible objects must be put into a visible tree and connected to a GenView or other windowed UI object to be displayed.


"x" "1" "GUPTA,RL, SINGH,M AND JUNEJA,TR, MUTAGENICITY OF CERTAIN PARASUBSTITUTED NITROSOBENZENES - A STRUCTURE ACTIVITY RELATIONSHIP, INDIAN J. EXP.BIOL. 25(7):445-449, 1987"


2018 浦东唐城世界9球中国公开赛竞赛信息
2018 Pudong Tangcheng 9 ball China Open Competition Information
会外赛 Preliminary Round
会内赛 Main Race
Copyright © 2018 Organizing Committee


Fond Memories of 2020
Gallery
Note: Due to Covid-19, we only had eight troop activities in 2020 rather than our usual twelve or more.


Internet Explorer (IE) is the name of Microsoft's browser that enables you to view Web pages on the Internet using a graphical interface. Internet Explorer was first introduced in 1995 and it is the most popular browser used today. The latest official release, Internet Explorer 7 (IE7) is made available for Windows XP, Windows Server 2003, and Windows Vista.
The parts of Internet Explorer are explained below:
Title Bar: On the extreme left, the title bar displays the name of the web page currently open and on the right side the maximize/minimize, restore and close buttons.
Menu Bar: This is located just below the Title bar and has the pull-down menu.
Toolbar: It is located below the Menu bar and has buttons that allow quick access to commands and WebPages that you might be using often. The Links toolbar provides one click access to your most frequently used pages.
Explorer animation: It indicates when Internet Explorer is waiting to receive information from a computer on the Internet. The flag icon shimmers in case Internet Explorer is waiting.
Document area:It displays the Web page you are currently viewing.
Address Bar: The address bar displays the URL/address of the page you are currently viewing.
The Explorer Bar:An Explorer bar is a separate window pane. Internet explorer has four different explorer bars viz. Search, Favourites, History and channels.
The Status Bar: The status bar provides information about the current state of the browser.


{{dataService.hostname}} - {{dataService.server_id}}
Attempts to power on switch
Attempts to power off switch


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jQuery plugin to create a text box which can auto-complete and pull-down-select.
GitHub Download
Shortcut key: Down
Shortcut key: Left, Right


Currently supports the FX300, FX350, and FX450 controllers. Add this URL to your Arduino IDE URL preferences: Copy
Currently supports the Bad Ass Controller. Add this URL to your Arduino IDE URL preferences: Copy
Legacy FX300 package: Copy