BIND(2) Linux Programmer's Manual BIND(2) NAME bind - bind a name to a socket SYNOPSIS #include <sys/types.h> /* See NOTES */ #include <sys/socket.h> int bind(int sockfd, const struct sockaddr *addr, socklen_t addrlen); DESCRIPTION When a socket is created with socket(2), it exists in a name space (address family) but has no address assigned to it. bind() assigns the address specified by addr to the socket referred to by the file descrip‐ tor sockfd. addrlen specifies the size, in bytes, of the address struc‐ ture pointed to by addr. Traditionally, this operation is called “assigning a name to a socket”. It is normally necessary to assign a local address using bind() before a SOCK_STREAM socket may receive connections (see accept(2)). The rules used in name binding vary between address families. Consult the manual entries in Section 7 for detailed information. For AF_INET see ip(7), for AF_INET6 see ipv6(7), for AF_UNIX see unix(7), for AF_APPLETALK see ddp(7), for AF_PACKET see packet(7), for AF_X25 see x25(7) and for AF_NETLINK see netlink(7). The actual structure passed for the addr argument will depend on the address family. The sockaddr structure is defined as something like: struct sockaddr { sa_family_t sa_family; char sa_data[14]; } The only purpose of this structure is to cast the structure pointer passed in addr in order to avoid compiler warnings. See EXAMPLE below. RETURN VALUE On success, zero is returned. On error, -1 is returned, and errno is set appropriately. ERRORS EACCES The address is protected, and the user is not the superuser. EADDRINUSE The given address is already in use. EBADF sockfd is not a valid descriptor. EINVAL The socket is already bound to an address. ENOTSOCK sockfd is a descriptor for a file, not a socket. The following errors are specific to UNIX domain (AF_UNIX) sockets: EACCES Search permission is denied on a component of the path prefix. (See also path_resolution(7).) EADDRNOTAVAIL A nonexistent interface was requested or the requested address was not local. EFAULT addr points outside the user's accessible address space. EINVAL The addrlen is wrong, or the socket was not in the AF_UNIX family. ELOOP Too many symbolic links were encountered in resolving addr. ENAMETOOLONG addr is too long. ENOENT The file does not exist. ENOMEM Insufficient kernel memory was available. ENOTDIR A component of the path prefix is not a directory. EROFS The socket inode would reside on a read-only file system. CONFORMING TO SVr4, 4.4BSD, POSIX.1-2001 (bind() first appeared in 4.2BSD). NOTES POSIX.1-2001 does not require the inclusion of <sys/types.h>, and this header file is not required on Linux. However, some historical (BSD) implementations required this header file, and portable applications are probably wise to include it. The third argument of bind() is in reality an int (and this is what 4.x BSD and libc4 and libc5 have). Some POSIX confusion resulted in the present socklen_t, also used by glibc. See also accept(2). BUGS The transparent proxy options are not described. EXAMPLE An example of the use of bind() with Internet domain sockets can be found in getaddrinfo(3). The following example shows how to bind a stream socket in the UNIX (AF_UNIX) domain, and accept connections: #include <sys/socket.h> #include <sys/un.h> #include <stdlib.h> #include <stdio.h> #include <string.h> #define MY_SOCK_PATH "/somepath" #define LISTEN_BACKLOG 50 #define handle_error(msg) \ do { perror(msg); exit(EXIT_FAILURE); } while (0) int main(int argc, char *argv[]) { int sfd, cfd; struct sockaddr_un my_addr, peer_addr; socklen_t peer_addr_size; sfd = socket(AF_UNIX, SOCK_STREAM, 0); if (sfd == -1) handle_error("socket"); memset(&my_addr, 0, sizeof(struct sockaddr_un)); /* Clear structure */ my_addr.sun_family = AF_UNIX; strncpy(my_addr.sun_path, MY_SOCK_PATH, sizeof(my_addr.sun_path) - 1); if (bind(sfd, (struct sockaddr *) &my_addr, sizeof(struct sockaddr_un)) == -1) handle_error("bind"); if (listen(sfd, LISTEN_BACKLOG) == -1) handle_error("listen"); /* Now we can accept incoming connections one at a time using accept(2) */ peer_addr_size = sizeof(struct sockaddr_un); cfd = accept(sfd, (struct sockaddr *) &peer_addr, &peer_addr_size); if (cfd == -1) handle_error("accept"); /* Code to deal with incoming connection(s)... */ /* When no longer required, the socket pathname, MY_SOCK_PATH should be deleted using unlink(2) or remove(3) */ } SEE ALSO accept(2), connect(2), getsockname(2), listen(2), socket(2), getad‐ drinfo(3), getifaddrs(3), ip(7), ipv6(7), path_resolution(7), socket(7), unix(7) COLOPHON This page is part of release 3.44 of the Linux man-pages project. A description of the project, and information about reporting bugs, can be found at http://www.kernel.org/doc/man-pages/. Linux 2007-12-28 BIND(2)


DetectionResult
public enum DetectionResult
The Result of an NSFW Detection
- error: Detection was not successful
- success: Detection was successful.
nsfwConfidence
: 0.0 for safe content - 1.0 for hardcore porn ;)
-
Undocumented, Please help us document it!
Declaration
Swift
case error(Error)
-
Undocumented, Please help us document it!
Declaration
Swift
case success(nsfwConfidence: Float)


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"LOST IN SPACE" review by R. L. Strong
New Line Cinema Presents A Prelude Pictures Production in association with Irwin Allen Productions A Stephen Hopkins film Gary Oldman William Hurt "LOST IN SPACE" Matt LeBlanc Mimi Rogers Heather Graham Lacey Chabert Jack Johnson Jared Harris Music by Bruce Broughton Animatronic Creatures by Jim Henson's Creature Shop Edited by Ray Lovejoy Production Design by Norman Garwood Director of Photography Peter Levy, A.C.E. Co-Executive Producer Michael Ilitch, Executive Producers: Mace Neufeld Bob Rehme Richard Saperstein, Michael De Luca JR Produced by: Akiva Goldsman, Stephen Hopkins, Mark W. Koch & Carla Fry Screenplay by Akiva Goldsman Directed by Stephen Hopkins
Running Time: 130 minutes Rated PG-13 for scenes of violence and offensive language
First off, let me state categorically, that I was never a fan of the original TV series "Lost in Space" or it's Disney source "Swiss Family Robinson". That being said, let me sum up this review in as few words as possible... Tedious, Meandering, and worse of all, Boring. We are introduced to the plot with a spectacularly dizzying space battle between Earth's forces defending their under-construction space warp portal, from an unknown group of terrorists. Matt LaBlanc as Major Don West commands one of the fighter ships and easily destroys the attackers and rescues his best friend without so much as building a sweat. The reasoning for this Space Warp Portal is for the eventual evacuation of planet Earth for the greener pastures of another planet in a far distant galaxy. It seems that Earth is on the verge of environmental collapse and it's up to renowned scientist John Robinson to journey to the distant planet to establish the construction of a second Portal. This is explained in such a way that it sets up the drama but also leaves a tremendous plot hole. John Robinson has decided to take his entire family with him on this excursion to a distant world. But on a ship as large as the Jupiter 2 you would expect a full crew of technicians and mechanics and laborers to help facilitate this enormous project. But no, only the Robinson family and their new pilot Don West are set to be on board. Dr. Zachary Smith is in the employ of the terrorists intent on destroying the space portal (for what purpose is never explained). Having botched an earlier attempt, Smith is plied into sabotaging the Jupiter 2's Robot, re-programming it to destroy the Jupiter 2 and kill the Robinson family. Dr. Smith boards the ship without so much as a beep from any security system (which is highly unlikely considering the war-like atmosphere surrounding the project), and succeeds in doing his dirty work. And just to make maters worse, his employer then calls him on his holographic cell phone and zaps him into unconsciousness. Now of course the ship takes off in a blaze of pyrotechnics and CGI effects. The Robot dutifully emerges from it's storage compartment ominously repeating "Destroy the Robinson's.. Destroy.. Destroy". The Robinson's having enclosed themselves in hyperbolic chambers for the 10 year journey to their new planet, are unaware that the Robot is destroying their navigational system. Just in time, our hero's wake up and stop the Robot before it can cause enough damage as to endanger the franchise. I'm not going to give out anymore of the plot, as from here on the film becomes very episodic. It is paced like a miniseries, with one cliff-hanger coming every 15 minutes. The problem is, these cliffhangers are not suspenseful. Scenes of attacking metallic spiders are almost comical. One interesting bit of short sightedness on the part of the production is that a reference is made that these spider creatures devour their dead. But we never see this. So where this choice piece of information comes from is anybody's guess. But it does make for a nice solution towards the end of the film. And the introduction of a Computer generated monkey like creature is used solely for the purpose of marketing. You can see the plush toys lining the selves, as kids across the country line up to own their very own Blaap (that's what it's called, don't ask me why). This annoyingly cute beastie pops up when you least expect it and for no purpose other that to remind the audience that it's there! The film is loaded with every conceivable clichi. It's familial drama revolves around John Robinson's emotional detachment from his son, Will. Now of course, Will is a technical genius, (Cannon Films Alert!) having build his own Time Machine for a school science project, which for some inexplicable reason comes into play later on in the plot. After the destruction of the Robot, it takes Will Robinson only a few hours to re-build and re-program the machine into a familiar and friendlier companion. Don West is portrayed as an over sexed pre-teen. The dialogue the Matt LaBlanc utters in his attempt to woo Judy Robinson (played by Heather Graham - the Rollergirl from 'Boogie Nights') is utterly childish and unlikable. It's almost like a ten year old impersonating Andrew Dice Clay without the vulgarity. If not for his skills as a pilot, Major Don West would be a strong candidate for Euthanasia. Dr. Zachary Smith is locked in his room for the majority of the film. His character is only brought out when something needs to happen to move the story forward. When he is first locked in his quarters, he smashes everything in his room, for what purpose, we are never told. The women in the film are giving even less to do as the story progresses, becoming by the end of the film nothing more that furniture. While the men are outside of the ship trying to discover an answer to their situation, the women sit back in the spaceship and wait, occasionally looking out through a window. Maureen Robinson, (played by Mimi Rogers) wife to Professor John Robinson is given so little to do, you wonder what the character was included for in the first place. She has neither the warmth nor, seemingly the caring of June Lockhart's character in the original series. Heather Graham, is as well given nothing to do other that to make faces at Matt LaBlanc, in a vain attempt to create sexual tension. I'm sorry to say, but maybe if she had roller skates on.. Gary Oldman is completely wasted in what has become the most enjoyed character in camp celebrity. Oldman's portrayal of Dr. Smith is neither effeminate or masculine. The character is neutered from the start. And having him off screen for more than half of the film is painfully evident, as the picture only really tends to come to life when Oldman is on screen. When Goldman becomes fused with the mechanical spiders later in the plot (which strains credibility on more than one front) his performance is limited to only voice work as physically he is replaced by a not very effective special effect. But credit must be given to Director Hopkins, he has done the one thing no other director has been able to do.. get a bad, and subdued performance from Gary Oldman. Think about it. Oldman may have given poor performances before. But they were always memorable ('Leon' comes to mind, as does 'Bram Stoker's Dracula'), but he's never been boring. Until now that is. William Hurt gives a sleep inducing performance that would have been more convincing had he called it in. While there are moments where Hurt seems to be getting into the camp spirit of the piece, the film resolutely refuses to cater to that. Therefore, Hurt's performance is not given the spotlight the character demands. As for the child actors in the film, the less said the better. While Lacey Chabert (Penny Robinson) and Jack Johnson (Will Robinson) are attractive and personable, again the script short shifts them with superfluous teen angst. Director Hopkins handles the film well enough. But the film seems overly long and disjointed. This is a case of poor editing as the tempo of the film changes constantly in mid-scene. The spider attack sequence is a case in point. While there is some degree of suspense built up to the spider's appearance, it is drained of that energy by the introduction of the aforementioned Blaap creature. And having Will Robinson take control of the Robot and use it like a video game controller to blast the spiders points up a fundamental problem. How can a child handle a problem that an adult cannot. If a 11 year old kid can beat these critters like he was playing a video game, where is the danger?! Hopkins is a director who has shown considerable ability. His earlier films "A Nightmare on Elm Street 5", the underrated "Blown Away" and "The Ghost and the Darkness" proves he is a director capable of handling actors and effects with a sure and steady hand. But here, it's only fair to say that he is overwhelmed. The biggest question I have about the film is the credit of Animatronic Creatures by Jim Henson's Creature Shop. What animatronics were there? If there were any, other than a limb of a spider or the top of Blaap's head, I didnt notice one live effect. So it that isn't the case, I'm afraid we may still be subjected to a Director's cut of this film later on which may include a full grown Blaap. The mind shudders. This film has proven to me, beyond a shadow of a doubt that Avika Goldsman's script for "A Time To Kill" was a fluke! I'm sorry to say, but Mr. Goldsman is rapidly becoming as inept a writer as Joe Esterhaus has ever been. The entire structure of the plot is so convoluted and meandering as to be mind numbing. Scenes are set up without any resolution or explanation (Dr. Smith's breaking of everything in his room), and Character development is ignored until it is required by the plot, which at times contradicts the character. I never thought that I would see a film as poorly written as "BATMAN & ROBIN" again in my lifetime. I guess it pays to be cynical. All in all "Lost in Space" has only one thing going for it. And that's is it's visual effects which are the only reason to see the film. But at 2 hour and 10 minutes. There aren't enough effects to keep ones attention diverted away from how poor this film really is. As much as I disliked the original TV series.. I would definitely recommend those old shows to this overblown tripe.
On a scale of ***** "Lost in Space" rates *= This may not be the worst film of the year. But it's definitely in the running. Copyright 1998 R. L Strong Nothing in this article may be quoted or re-printed with the express written permission of the author.
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--- layout: post title: GOG.com dosbox releases to Linux desktop date: "2013-04-21" ---
GOG.com is an online store that, among other things, sells a lot of old PC games that are distributed for use with Dosbox. The games come with a Windows (sometimes also Mac) installer, but nothing for Linux.
Getting these games to run on Linux sometimes takes a bit more effort, if they're not designed to be run with Dosbox, but when they are it should not be very difficult to get them running. This is what this page is about.
To make it simpler for me to set up those dosbox powered games for playing in Linux with menu entries and everything, I made a small script.
Put the contents below to a file called "gog2linux" and place that file either in your local bin folder (if you know what that is), /usr/local/bin or /usr/bin. Don't forget to run "chmod +x gog2linux" to add execution permissions for it.
{{< highlight bash >}} #!/usr/bin/env bash dosbox=$(which dosbox) if [ -z "${dosbox}" ]; then echo "Could not find dosbox in path" exit 1 fi # If given a parameter, use that as target if [ ! -z "$1" ]; then TARGET=$(readlink -f -- "${1}") # If not, use current working directory else TARGET=$(pwd) fi echo "Probing ${TARGET}" # Get all dosbox configs in the destination folder foundConfigs=$(ls "${TARGET}/"dosbox*.conf 2>/dev/null) if [ ! -z "${foundConfigs}" ]; then IFS=$'\n' for conf in $foundConfigs; do # Parse the conf file name and app name confFile=$(basename "${conf}") appName=$(echo "${confFile}" | sed -e 's@^dosbox@@g' | sed -e 's@\.conf$@@g') echo "Found ${confFile} for ${appName}" # Create a simple BASH launcher launcher="#!/usr/bin/env bash cd '${TARGET}' '${dosbox}' -conf '${confFile}' " dst="${TARGET}/${appName}.sh" echo "${launcher}" > "${dst}" chmod +x "${dst}" echo "Created launcher ${dst}" # Create a .desktop -file desktop="[Desktop Entry] Name=${appName} Exec=\"${TARGET}/${appName}.sh\" Icon=${TARGET}/gfw_high.ico Terminal=false Type=Application Categories=Game;X-Games; " dst="${HOME}/.local/share/applications/${appName}.desktop" echo "${desktop}" > "${dst}" echo "Created .desktop -file ${dst}" done else echo "No files matching dosbox*.conf in ${TARGET}" exit 1 fi {{< /highlight >}}So how do you use it then? Well first you need to install dosbox, make sure you can run "dosbox" from the CLI. Then get the GOG.com installer for the game you want, and either extract that in Windows, or with wine, or whatever you like.
After that's done, you can either:
This will probe the folder for any GOG.com dosbox configurations and create a BASH launcher script, as well as a .desktop file for the game so.
By default it is added to the "Games" -category, so you should find the new game in the Games section of the menu of whatever desktop environment you are using. Some environments might require something to be done to rescan for the .desktop files first.


In mathematics, the mean value theorem states, roughly, that for a
given planar arc between two endpoints, there is at least one point at
which the tangent to the arc is parallel to the secant through its
endpoints.
The mean value theorem , also known as
Lagrange's mean value theorem
(LMVT), provides a formal framework for a fairly intuitive statement
relating change in a function to the behavior of its derivative. The
theorem states that the derivative of a continuous and differentiable
function must attain the function's average rate of change (in a given
interval).
This theorem is used to prove statements about a function on an
interval starting from local hypotheses about derivatives at points of
the interval.
Suppose that a function \(f\) is
Then, there is a numbe \(c\) such that \(a < c < b\) and \(f'(c) = \frac{f(b)-f(a)}{b-a}\)
The mean value theorem actually lies at the heart of the proof of the fundamental theorem of calculus, and is itself based ultimately on properties of the real numbers
The expression \({\displaystyle {\frac {f(b)-f(a)}{(b-a)}}}\) gives the slope of the line joining the points \((a,f(a))\) and \({\displaystyle (b,f(b))}\) , which is a chord of the graph of \(f\) , while \(f'(x)\) gives the slope of the tangent to the curve at the point \((x,f(x))\) . Thus the mean value theorem says that given any chord of a smooth curve, we can find a point lying between the end-points of the chord such that the tangent at that point is parallel to the chord. The following proof illustrates this idea.
Define \(g(x)=f(x)-rx\) , where {\displaystyle r}r is a constant. Since
\(f\) is continuous on \([a,b]\) and differentiable on \((a,b)\) , the
same is true for \(g\) . We now want to choose \(r\) so that \(g\)
satisfies the conditions of Rolle's theorem. Namely
\(g(a)\) \(=\) \(g(b)\iff f(a)-ra\) \(=\) \(f(b)-rb\iff r(b-a) \) \(=\)
\(f(b)-f(a)\iff r \) \(=\) \({\frac {f(b)-f(a)}{b-a}}\cdot\)
By Rolle's theorem, since \(g\) is differentiable and \(g(a)=g(b)\) ,
there is some \(c\) in \((a,b)\) for which \(g'(c)=0\) , and it follows
from the equality \(g(x)=f(x)-rx\) that,
\({\displaystyle
{\begin{aligned}&g'(x)=f'(x)-r\\&g'(c)=0\\&g'(c)=f'(c)-r=0\\&\Rightarrow
f'(c)=r={\frac {f(b)-f(a)}{b-a}}\end{aligned}}}\)


Traveller deals: Save 40 per cent on a cultural tour of Japan
by Sue WilliamsJAPAN
Centuries-old spirituality and tradition, the latest technology, superb dining and inspiring scenery: Japan has it all. A 12-day cultural tour is on offer with a 40 per cent saving, from $2999 per person twin-share, including flights, guides and breakfasts.
Travel most dates May to November, 2020, exploring Osaka, Hiroshima, the 'floating shrine' of Itsukishima at Miyajima. imperial Kyoto, and Mount Fuji.
Phone 13 57 77, see tripadeal.com.au


The Cognitive Atlas is a collaborative knowledge building project that aims to develop a knowledge base (or ontology) that characterizes the state of current thought in cognitive science. The project is led by Russell Poldrack, Professor of Psychology at Stanford University. Development of the project was supported by grant RO1MH082795 from the National Institute of Mental Health.


UK’s Raab: It’s not “remotely likely” that UK could leave without a deal, Cable tested 1.2930
by Dhwani MehtaReuters reports Sunday’s comments delivered by the UK Foreign Minister Raab while speaking in a BBC TV interview.
When asked by if the UK could leave without a deal, Raab said: "No ... I don't think it's remotely likely."
He explained that it's not "remotely likely" that the UK would leave the EU without agreeing on a free trade deal at the end of a post-Brexit transition period.
Meanwhile, with the UK opinion polls showing the Conservatives in the lead and following the Brexit Party leader Farage’s stepping from the 43 additional constituencies, where the Labour won, the GBP/USD pair saw a minor 9-pips bullish gap at the weekly opening.
The Cable then went on to hit fresh ten-day highs at 1.2928, currently trading near 1.2918 levels, still up +0.18%.


Tsitsipas storms past Federer at ATP Finals
Tsitsipas swept into the final 6-3 6-4.
Roger Federer’s bid for a seventh ATP Finals title was ended by Greek debutant Stefanos Tsitsipas.
Federer, the oldest man in the field at 38, was beaten by the youngest as Tsitsipas swept into the final 6-3 6-4.
For the second year running the 20-time grand slam champion was taken out by a 21-year-old at the semi-final stage.
Twelve months ago it was Alexander Zverev who accounted for the Swiss master and this year sixth seed Tsitsipas sent him packing.
The changing of the old guard may be taking its time – Rafael Nadal, Novak Djokovic and Federer once again ended the year as the top three – but it is definitely on its way.
Tsitsipas, clearly finding the zippy hard courts at London’s 02 to his liking, showed no ill-effects despite battling with Nadal for nigh on three hours on Friday afternoon.
Federer, meanwhile, was unable to reach the heights he scaled while dismantling Novak Djokovic two nights ago.
That should have come as no surprise, however, as in their previous three meetings Federer had forced 22 break points and Tsitsipas saved 18 of them.
Tsitsipas warded off another six in the opening set while taking his only one in the second game, burying a forehand down the line.
He served for the set at 5-3, but with Federer briefly looking more tuned in, it took the youngster 15 minutes and seven set points to get over the line.
An error-strewn start to the second set from Federer handed Tsitsipas another break but the eight-time Wimbledon champion pulled it straight back, finally winning a break point at the 10th attempt.
But a third break in a row saw Tsitsipas seize the initiative once more, frustration etched on Federer’s face as he shanked a routine backhand wide before a forehand whizzed past him.
Federer kept the pressure on as Tsitsipas served for the match, but once again the man from Athens saved break points, two of them, before finishing the job with an ace.
“Sometimes in matches like these you wonder how you recover from difficulties and break point down.

“He was an inspiration as always. Playing him is the biggest honour I can have and today’s victory is probably one of my best moments of the season.”
It was the 16th time in 17 appearances that Federer had made the last four, but he was unable to reach his 11th final.
“It was also parts of him. He did come up with the goods when he had to and he was better than me today.
“It’s the year-end. It’s over now and I can’t make it better. I knew he was going to be incredibly athletic. He was just a little bit better today at all those little things.”
Meanwhile Tomas Berdych, the 2010 Wimbledon runner-up, has announced his retirement at the age of 34.


Problem 2. Lexicographically comparison
Write a script that compares two char arrays lexicographically (letter by letter).
Push F12


'Pulp Fiction'
A retrospective movie review by Walter Frith
The most brilliantly written film of the 1990's so far and likely will be all around is director and co-writer Quentin Tarantino's 1994 shock filled masterpiece 'Pulp Fiction'. Hilarious, violent, sexy, vibrant, hip and many other adjectives can be used to describe this complex character study set in Los Angeles but reflective of society everywhere.
What probably turned off a lot of people from the film was its attitude that it was acceptable to celebrate the behaviour of lowlifes by making the two main characters, a couple of hit men (John Travolta and Samuel L. Jackson), a pair of unconscionable verbal trash cans who hold philosophical debates throughout the course of killing people. In reality, the film is more about what backfires from that lifestyle when one of the hit men goes down for the dirt nap at an untimely point in the film with little sympathy.
The film tells basically two stories with sub-text thrown in for good measure among some of the supporting players, although some have argued that everyone in the film is a supporting player.
The first tale, about the hit men (Travolta and Jackson) details their quest on a bright and pleasant morning to confront, recover stolen property from and kill four small time thieves in a run down apartment complex where hamburgers are the main breakfast. There is a command of character on the part of Jackson, who solidifies his authority with quotes from the Bible and some sarcastic poking at his targets of prey, complete with an automatic pistol. Both Jackson and Travolta have a hilarious exchange of words regarding the subject of foot massages and it's only one of many scenes the film has where comic mockery of mayhem is the norm. The first twenty minutes of the film focuses on this occasion and the consequences of it when they settle business and director Tarantino returns to this messy farce for the film's final scenes.
The second tale is that of a third rate boxer, Bruce Willis, and his wishy-washy girlfriend and how the two of them try and take it on the lam after Willis successfully double crosses his boss in a fight he is supposed to throw. Willis provides some the best work of his career as a character with integrity shining through at the wrong time. His past is mirrored through an affection for his father from whom he inherited a very special wrist watch. Upon trying to recover the watch, he encounters a frightening amount of nightmarish characters who want to do him in. The basement of a used appliance shop is the setting for the film's most unpleasant scenes of bad taste and this is the film's only weak spot. The scenes involving Willis' conflict and confrontation of the film's most unpleasant characters drags somewhat but not too much and was the main reason, I believe, for Tarantino's return to the the film's opening story towards the end of the film. In case you haven't seen 'Pulp Fiction', it's told in a very appealing and non-sequential fashion, adding to its impact as a pulsating and stunning piece of very American cinema.
Another piece of dialogue filled scenery is a business date between (Travolta) and his boss' wife, (Uma Thurman). Not romantically linked but strangely attracted to each other in a competitive way, the two of them burn up the screen with their personalities, indicative of the film's most basic scenes of good taste. The scene is filmed at a 1950's nostalgia bar where the art direction, waiters and waitresses are decked out in everything reminiscent of the film's opposite tone. Travolta and Thurman enter a dance contest at the restaurant and take home first prize for their efforts, marred by an overdose of powerful drugs that almost kills one of them and results in getting and antidote from the drug's main supplier. This is the film's most heart pounding scene that makes light of it all and that in and of itself is repellent or hilarious, depending on your point of view.
A very important scene in 'Pulp Fiction' is the opening montage, in which two losers (Tim Roth and Amanda Plummer), plot their next heist and decide to rob the diner they're currently having breakfast in, not worrying about the unexpected danger they're about to encounter which they think is unlikely, after describing the relatively low amount of security associated with a diner in contrast to a bank.
'Pulp Fiction' harbours many thrashing scenes of vibrant energy that it not only found a place as the critic's darling of the year in which it was released, but it earned Tarantino and his writing partner Roger Avery an Oscar and made a healthy return at the box office for its studio. With public acceptance as strong as that of the critic's, 'Pulp Fiction' is perhaps smarter than any film of its generation. It's a motion picture which is timeless not because of its controversy but because of the enduring nature of criminals bent on self destruction which everyone loves to see.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Reinforcement Learning¶
In the previous sections, we have introduced data-based learning, where we are given a dataset \(\{\mathbf{x}_i\}\) for training. Depending on whether we are given labels \(y_i\) with each data point, we have further divided our learning task as either being supervised or unsupervised, respectively. The aim of machine learning is then to classify unseen data (supervised), or extract useful information from the data and generate new data resembling the data in the given dataset (unsupervised). However, the concept of learning as commonly understood certainly encompasses other forms of learning that are not falling into these data-driven categories.
An example for a form of learning not obviously covered by supervised or unsupervised learning is learning how to walk: in particular, a child that learns how to walk does not first collect data on all possible ways of successfully walking to extract rules on how to walk best. Rather, the child performs an action, sees what happens, and then adjusts their actions accordingly. This kind of learning thus happens best ‘on-the-fly’, in other words while performing the attempted task. Reinforcement learning formalizes this different kind of learning and introduces suitable (computational) methods.
As we will explain in the following, the framework of reinforcement learning considers an agent, that interacts with an environment through actions, which, on the one hand, changes the state of the agent and on the other hand, leads to a reward. Whereas we tried to minimize a loss function in the previous sections, the main goal of reinforcement learning is to maximize this reward by learning an appropriate policy. One way of reformulating this task is to find a value function, which associates to each state (or state-action pair) a value, or expected total reward. Note that, importantly, to perform our learning task we do not require knowledge, a model, of the environment. All that is needed is feedback to our actions in the form of a reward signal and a new state. We stress again that we study in the following methods that learn at each time step. One could also devise methods, where an agent tries a policy many times and judges only the final outcome.
The framework of reinforcement learning is very powerful and versatile. Examples include:
We can train a robot to perform a task, such as using an arm to collect samples. The state of the agent is the position of the robot arm, the actions move the arm, and the agent receives a reward for each sample collected.
We can use reinforcement learning to optimize experiments, such as chemical reactions. In this case, the state contains the experimental conditions, such as temperature, solvent composition, or pH and the actions are all possible ways of changing these state variables. The reward is a function of the yield, the purity, or the cost. Note that reinforcement learning can be used at several levels of this process: While one agent might be trained to target the experimental conditions directly, another agent could be trained to reach the target temperature by adjusting the current running through a heating element.
We can train an agent to play a game, with the state being the current state of the game and a reward is received once for winning. The most famous example for such an agent is Google’s AlphaGo, which outperforms humans in the game of Go. A possible way of applying reinforcement learning in the sciences is to phrase a problem as a game. An example, where such rephrasing was successfully applied, is error correction for (topological) quantum computers.
In the following, we will use a toy example to illustrate the concepts introduced: We want to train an agent to help us with the plants in our lab: in particular, the state of the agent is the water level. The agent can turn on and off a growth lamp and it can send us a message if we need to show up to water the plants. Obviously, we would like to optimize the growth of the plants and not have them die.
As a full discussion of reinforcement learning goes well beyond the scope of this lecture, we will focus in the following on the main ideas and terminology with no claim of completeness.


All data is anonymous, no footage is recorded. The preview window is for your own benefit.
Instructions
Please read these instructions carefully. Failure to follow these instructions will result in
rejection of the HIT. Proper lighting and visibility of your face (especially forehead) are ciritcal
for us to gather information on your heart rate.


Warning: Accessing this demo via http is unlikely to work (browsers typically only allow Speech Recognition from sites using HTTPS).
If you allowed your browser access to your microphone (and it's working) you should be able to trigger the following events with your voice (say them out loud):
- "This is a test"
- "Yes I am talking to my computer"
- "Sofa King Awesome"
Note: There's a few moments delay before each sentence is recognized.


{% extends "Install/base.html" %} {% block content %}
Should be short, all one word, no special chars!
Flask Debug Toolbar (FDT), can be updated later in config.py
If debug enabled, shows everything.All debug settings can be updated in config.py.
Templates can be editted through FDT without authentication.Recommend disabling unless you really want this.
This blocks redirects and makes you click a link to continue.Great for debugging, rough for developing.
Make sure to pre-create the database, this won't create the db... yet...
Do not use "root"! Recommend creating app specific db user.


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for


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W
WizardManager
- Class in
domosaics.ui.wizards
Workspace
- Class in
domosaics.model.workspace
Workspace is the top level hierarchy from all workspace elements.
Workspace()
- Constructor for class domosaics.model.workspace.
Workspace
Constructor for a new workspace
WORKSPACE
- Static variable in class domosaics.model.workspace.
WorkspaceElement
WorkspaceChangeEvent
- Class in
domosaics.ui.workspace.components
WorkspaceChangeEvent describes events which are fired to registered listeners, when an workspace element changed.
WorkspaceChangeEvent(WorkspaceElement)
- Constructor for class domosaics.ui.workspace.components.
WorkspaceChangeEvent
Constructor for a new WorkspaceChangeEvenet, where only the changed element is specified, but not the way it was changed.
WorkspaceChangeEvent(WorkspaceElement, boolean, boolean, boolean)
- Constructor for class domosaics.ui.workspace.components.
WorkspaceChangeEvent
Constructor for a new WorkspaceChangeEvenet, where also the Change is specified.
WorkspaceChangeListener
- Interface in
domosaics.ui.workspace.components
Interface WorkspaceChangeListener defines methods for Listeners which can be registered to a workspace element.
WorkspaceElement
- Class in
domosaics.model.workspace
Abstract WorkspaceElement defines the basic methods which apply to all kinds of workspace elements.
WorkspaceElement(int, String)
- Constructor for class domosaics.model.workspace.
WorkspaceElement
Constructor for a new Workspace element
WorkspaceManager
- Class in
domosaics.ui
The WorkspaceManager is the interface to all workspace related classes.
WorkspaceMouseController
- Class in
domosaics.ui.workspace.components
Class which handles mouse events on the
WorkspaceView
.
WorkspaceMouseController(WorkspaceView)
- Constructor for class domosaics.ui.workspace.components.
WorkspaceMouseController
Constructor for the mouse event listener controlling a Workspace view
WorkspacePopupMenu
- Class in
domosaics.ui.workspace.components
The workspace context menu filled with actions defined in the action subpackage.
WorkspacePopupMenu()
- Constructor for class domosaics.ui.workspace.components.
WorkspacePopupMenu
Basic constructor for the workspace context menu responsible for initialization of the supported action.
WorkspaceSelectionManager
- Class in
domosaics.ui.workspace
WorkspaceSelectionManager manages the selection of elements within the WorkspaceView.
WorkspaceSelectionManager()
- Constructor for class domosaics.ui.workspace.
WorkspaceSelectionManager
Constructor for the WorkspaceSelectionManager.
WorkspaceTreeCellRenderer
- Class in
domosaics.ui.workspace
Class to render the workspace tree entries.
WorkspaceTreeCellRenderer()
- Constructor for class domosaics.ui.workspace.
WorkspaceTreeCellRenderer
WorkspaceTreeModel
- Class in
domosaics.ui.workspace
TreeModel for the workspace tree.
WorkspaceTreeModel(Workspace, WorkspaceView)
- Constructor for class domosaics.ui.workspace.
WorkspaceTreeModel
Constructor for the WorkspaceTreeModel.
WorkspaceView
- Class in
domosaics.ui.workspace
The workspace panel which is basically just a JTree wrapped in a JScrollPane.
WorkspaceView(Workspace)
- Constructor for class domosaics.ui.workspace.
WorkspaceView
Basic constructor for the workspace view which generates the JTree based on the backend workspace model.
write(BufferedWriter, DomainArrangement[])
- Method in class domosaics.model.arrangement.io.
XdomWriter
See interface
DataWriter
.
write(File, T[])
- Method in class domosaics.model.io.
AbstractDataWriter
See interface
DataWriter
.
write(BufferedWriter, T[])
- Method in class domosaics.model.io.
AbstractDataWriter
See interface
DataWriter
.
write(File, T[])
- Method in interface domosaics.model.io.
DataWriter
Writes the data into a file.
write(BufferedWriter, T[])
- Method in interface domosaics.model.io.
DataWriter
In this method the actual parsing is done.
write(File, DomainViewI)
- Static method in class domosaics.ui.views.domainview.io.
ArrangementAttributeWriter
write(BufferedWriter, DomainViewI)
- Static method in class domosaics.ui.views.domainview.io.
ArrangementAttributeWriter
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Docker Engine 17.06 release notes
17.06.2-ce
2017-09-05
Client
- Enable TCP keepalive in the client to prevent loss of connection docker/cli#415
Runtime
- Devmapper: ensure UdevWait is called after calls to setCookie moby/moby#33732
- Aufs: ensure diff layers are correctly removed to prevent leftover files from using up storage moby/moby#34587
Swarm mode
- Ignore PullOptions for running tasks docker/swarmkit#2351
17.06.1-ce
2017-08-15
Builder
- Fix a regression, where
ADD
from remote URL’s extracted archives #89 - Fix handling of remote “git@” notation #100
- Fix copy
--from
conflict with force pull #86
Client
- Make pruning volumes optional when running
docker system prune
, and add a--volumes
flag #109 - Show progress of replicated tasks before they are assigned #97
- Fix
docker wait
hanging if the container does not exist #106 - If
docker swarm ca
is called without the--rotate
flag, warn if other flags are passed #110 - Fix API version negotiation not working if the daemon returns an error #115
- Print an error if “until” filter is combined with “--volumes” on system prune #154
Logging
- Fix stderr logging for
journald
andsyslog
#95 - Fix log readers can block writes indefinitely #98
- Fix
awslogs
driver repeating last event #151
Networking
- Fix issue with driver options not received by network drivers #127
Plugins
- Make plugin removes more resilient to failure #91
Runtime
- Prevent a
goroutine
leak whenhealthcheck
gets stopped #90 - Do not error on relabel when relabel not supported #92
- Limit max backoff delay to 2 seconds for GRPC connection #94
- Fix issue preventing containers to run when memory cgroup was specified due to bug in certain kernels #102
- Fix container not responding to SIGKILL when paused #102
- Improve error message if an image for an incompatible OS is loaded #108
- Fix a handle leak in
go-winio
#112 - Fix issue upon upgrade, preventing docker from showing running containers when
--live-restore
is enabled #117 - Fix bug where services using secrets would fail to start on daemons using the
userns-remap
feature #121 - Fix error handling with
not-exist
errors on remove #142 - Fix REST API Swagger representation cannot be loaded with SwaggerUI #156
Security
- Redact secret data on secret creation #99
Swarm mode
- Do not add duplicate platform information to service spec #107
- Cluster update and memory issue fixes #114
- Changing get network request to return predefined network in swarm #150
17.06.0-ce
2017-06-28
Note: Docker 17.06.0 has an issue in the image builder causing a change in the behavior of the
ADD
instruction of Dockerfile when referencing a remote.tar.gz
file. The issue will be fixed in Docker 17.06.1.
Note: Starting with Docker CE 17.06, Ubuntu packages are also available for IBM Z using the s390x architecture.
Note: Docker 17.06 by default disables communication with legacy (v1) registries. If you require interaction with registries that have not yet migrated to the v2 protocol, set the
--disable-legacy-registry=false
daemon option. Interaction with v1 registries will be removed in Docker 17.12.
Builder
- Add
--iidfile
option to docker build. It allows specifying a location where to save the resulting image ID - Allow specifying any remote ref in git checkout URLs #32502
Client
- Add
--format
option todocker stack ls
#31557 - Add support for labels in compose initiated builds #32632 #32972
- Add
--format
option todocker history
#30962 - Add
--format
option todocker system df
#31482 - Allow specifying Nameservers and Search Domains in stack files #32059
- Add support for
read_only
service todocker stack deploy
#docker/cli/73 - Display Swarm cluster and node TLS information #docker/cli/44
- Add support for placement preference to
docker stack deploy
#docker/cli/35 - Add new
ca
subcommand todocker swarm
to allow managing a swarm CA #docker/cli/48 - Add credential-spec to compose #docker/cli/71
- Add support for csv format options to
--network
and--network-add
#docker/cli/62 #33130 - Fix stack compose bind-mount volumes on Windows #docker/cli/136
- Correctly handle a Docker daemon without registry info #docker/cli/126
- Allow
--detach
and--quiet
flags when using --rollback #docker/cli/144 - Remove deprecated
--email
flag fromdocker login
#docker/cli/143 - Adjusted
docker stats
memory output #docker/cli/80
Distribution
- Select digest over tag when both are provided during a pull #33214
Logging
- Add monitored resource type metadata for GCP logging driver #32930
- Add multiline processing to the AWS CloudWatch logs driver #30891
Networking
- Add Support swarm-mode services with node-local networks such as macvlan, ipvlan, bridge, host #32981
- Pass driver-options to network drivers on service creation #32981
- Isolate Swarm Control-plane traffic from Application data traffic using --data-path-addr #32717
- Several improvements to Service Discovery #docker/libnetwork/1796
Packaging
- Rely on
container-selinux
on Centos/Fedora/RHEL when available #32437
Runtime
- Add build & engine info prometheus metrics #32792
- Update containerd to d24f39e203aa6be4944f06dd0fe38a618a36c764 #33007
- Update runc to 992a5be178a62e026f4069f443c6164912adbf09 #33007
- Add option to auto-configure blkdev for devmapper #31104
- Add log driver list to
docker info
#32540 - Add API endpoint to allow retrieving an image manifest #32061
- Do not remove container from memory on error with
forceremove
#31012 - Add support for metric plugins #32874
- Return an error when an invalid filter is given to
prune
commands #33023 - Add daemon option to allow pushing foreign layers #33151
- Fix an issue preventing containerd to be restarted after it died #32986
- Add cluster events to Docker event stream. #32421
- Add support for DNS search on windows #33311
- Upgrade to Go 1.8.3 #33387
- Prevent a containerd crash when journald is restarted #containerd/930
- Fix healthcheck failures due to invalid environment variables #33249
- Prevent a directory to be created in lieu of the daemon socket when a container mounting it is to be restarted during a shutdown #30348
- Prevent a container to be restarted upon stop if its stop signal is set to
SIGKILL
#33335 - Ensure log drivers get passed the same filename to both StartLogging and StopLogging endpoints #33583
- Remove daemon data structure dump on
SIGUSR1
to avoid a panic #33598
Security
- Allow personality with UNAME26 bit set in default seccomp profile #32965
Swarm Mode
- Add an option to allow specifying a different interface for the data traffic (as opposed to control traffic) #32717
- Allow specifying a secret location within the container #32571
- Add support for secrets on Windows #32208
- Add TLS Info to swarm info and node info endpoint #32875
- Add support for services to carry arbitrary config objects #32336, #docker/cli/45,#33169
- Add API to rotate swarm CA certificate #32993
- Service digest pining is now handled client side #32388, #33239
- Placement now also take platform in account #33144
- Fix possible hang when joining fails #docker-ce/19
- Fix an issue preventing external CA to be accepted #33341
- Fix possible orchestration panic in mixed version clusters #swarmkit/2233
- Avoid assigning duplicate IPs during initialization #swarmkit/2237
Deprecation
- Disable legacy registry (v1) by default #33629


GFTODVI(1) GFTODVI(1) NAME gftodvi - make proof sheets from generic font files SYNOPSIS gftodvi [-overflow-label-offset=real] [-verbose] gf_file_name DESCRIPTION This manual page is not meant to be exhaustive. The complete documenta‐ tion for this version of TeX can be found in the info file or manual Web2C: A TeX implementation. The gftodvi program converts a generic font (gf) file output by, for example, mf(1), to a device independent (DVI) file (that can then be typeset using the same software that has already been written for TeX). The characters in the gf file will appear one per page, with labels, titles, and annotations as specified in Appendix H (Hardcopy Proofs) of The Metafontbook. gftodvi uses other fonts in addition to the main gf file. A `gray' font is used to typeset the pixels that actually make up the character. (We wouldn't want all the pixels to be simply black, since then labels, key points, and other information would be lost.) A `title' font is used for the information at the top of the page. A `label' font is used for the labels on key points of the figure. A `slant' font is used to typeset diagonal lines, which otherwise have to be simulated using horizontal and vertical rules. The default gray, title, and label fonts are gray, cmr8, and cmtt10, respectively; there is no default slant font. To change the default fonts, you can give special commands in your Meta‐ font source file, or you can change the fonts online. An online dialog ensues if you end the gf_file_name with a `/'. For example, gftodvi cmr10.300gf/ Special font substitution: grayfont black OK; any more? grayfontarea /home/art/don/ OK; any more? slantfont /home/fonts/slantimagen6 OK; any more? <RET> will use /home/art/don/black as the `gray' font and /home/fonts/slantima‐ gen6 as the `slant' font (this name indicates a font for lines with slope 1/6 at the resolution of an Imagen printer). The gf_file_name on the command line must be complete. Because the reso‐ lution is part of the extension, it would not make sense to append a default extension as is done with TeX or DVI-reading software. The output file name uses the same root as the gf file, with the .dvi extension added. For example, the input file cmr10.2602gf would become cmr10.dvi. OPTIONS The argument to -overflow-label-offset specifies the distance from the right edge of the character bounding box at which the overflow equations (if any) are typeset. The value is given in TeX points. The default is a little over two inches. Without the -verbose option, gftodvi operates silently. With it, a ban‐ ner and progress report are printed on stdout. ENVIRONMENT gftodvi looks for gf_file_name using the environment variable GFFONTS. If that is not set, it uses the variable TEXFONTS. If that is not set, it uses the system default. See tex(1) for the details of the searching. FILES {gray.tfm,...} The default fonts. {gray.mf,...} The Metafont sources. SEE ALSO tex(1), mf(1). Donald E. Knuth, The Metafontbook (Volume C of Computers and Typeset‐ ting), Addison-Wesley, 1986, ISBN 0-201-13445-4. Donald E. Knuth et al., Metafontware. AUTHORS Donald E. Knuth wrote the program. It was published as part of the Meta‐ fontware technical report, available from the TeX Users Group. Paul Richards ported it to Unix. Web2C 2012 20 April 2007 GFTODVI(1)


{% extends 'mbu/home.html' %} {% block content %}
| Course Name | Session | Time | Room |
|---|---|---|---|
| {{ enrollment.course.name }} | {{ enrollment.timeblock.name }} | {{ enrollment.timeblock.start_time|date:"h:i A" }} - {{ enrollment.timeblock.end_time|date:"h:i A" }} | {{ enrollment.location }} |
| No course enrollments |


getProperties
Get available properties of the device. Each property has name and value.
Returns: JSON
Example:
{
"properties": {
"physicalClass": "chassis",
"functionalClass": "Ethernet Switch",
"description": "Cisco Switch WS-C2960-24TT-L",
"Make": "Cisco",
"Model": "WS-C2960-24TT-L",
"Software Version": "15.0(1)SE3",
"Software Image": "C2960-LANBASEK9-M",
"numberPorts": "26",
"Serial Number": "FOC1050W2ZD"
},
"ports": [
{
"name": "Fa0/1",
"status": "offline"
},
{
"name": "Fa0/2",
"status": "offline"
},
{
"name": "Gi0/1",
"status": "online"
}
]
}
| Argument |
Description |
| includePorts |
true | false
If true, getPorts output will also be included into returned JSON.
|
getPorts
Get information about device ports and their properties.
This method is also used to determine whether the device is online. If this call ends up with an error, the device is considered offline. Otherwise, the device is considered online.
Returns: JSON
Example:
{
"ports": [
{
"name": "Fa0/1",
"status": "offline"
},
{
"name": "Fa0/2",
"status": "offline"
},
{
"name": "Gi0/1",
"status": "online"
}
]
}


If this checkbox is selected, then, on an attempt to perform HotSwap while JVM is suspended, a warning about the possible hanging of this JVM will be displayed.


{% markdown %}
#Seeking help
If you have [symptoms of depression or anxiety](/depression-and-anxiety/how-to-tell-if-you-have-depression-or-anxiety) for more than 2 weeks you should see your GP. This is usually the first step to seek help.
It’s very common for people to see their GP about constant low mood, depression or anxiety.
{% endmarkdown %}
If you need help now, call 111 or the Samaritans on 08457 90 90 90.
{% markdown %}
If you don’t have a GP you can [register with a GP](/register-with-a-gp/start) and then book an appointment straight away.
You can also [see a therapist privately](/depression-and-anxiety/getting-therapy) without going through your GP or talk to someone at one of the [depression and anxiety charities](/depression-and-anxiety/getting-therapy).
###What happens in your GP appointment
Your GP will discuss your symptoms with you and recommend what you can do next.
You can be open and honest with your GP. This will help them to find the best way to help you.
They might recommend [therapy](/depression-and-anxiety/getting-therapy), or [medication](medication), or both. They might just recommend something as simple as exercising regularly.
{% endmarkdown %}
{{
ui_element_macros.simple_pagination({
previous: {
url: "/depression-and-anxiety/how-to-tell-if-you-have-depression-or-anxiety",
title: "How to tell if you have depression or anxiety"
},
next: {
url: "/depression-and-anxiety/getting-therapy",
title: "Getting therapy"
}
})
}}
{% include "includes/nhs.uk/page_meta.html" %}


WWW Access Statistics for 2002
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Course Outline: Basic Concepts: Real Numbers and Real Lines, Polar Coordinates, Parametric Equations, Functions, Algebra of Functions, Inverse Functions, Quadratic Functions, Shifting Graphs, Trigonometric Functions, Complex Numbers, Inequalities, Infinite Series and Sequences, Taylor Series, Rate of Change and Limit, Rules of Finding Limits, Formal Definition of Limit, Extension of the Limit Concepts, L’Hospitals Rule, Continuity, Tangent Lines; Differential Calculus: The Derivatives of a Function, Differentiation Rules, Rates of Change, Derivatives of Trigonometric Functions, Chain Rule Differentiation, Implicit Differentiation and Rational Exponents, Related Rates of Change, Extreme Values of Functions, Mean Value Theorem, First Derivative and Second Derivative Tests for Extreme Values, Optimization, Linearization and Differentials and Newton’s Method; Integral Calculus: Indefinite Integrals, Integration by Substitution, Riemann Sums, Definite Integral, Fundamental Theorem of Calculus, Mean Value Theorem, Substitution in Definite Integrals, Areas between Curves, Finding Volumes by Slicing, Volumes of Solids of Revolution, Cylindrical Shells, Lengths of Plane Curves, Areas of Surfaces of Revolution, Moments and Center of Mass, Fluid Pressures and Forces, Integration by Parts, Improper Integrals, Multiple Integrals and Line Integrals; Linear Algebra and Vector Calculus: Matrices, Operation on Matrices, Inverse of a Matrix, Rank of Matrix, Determinant, Vectors, and Solutions of System of Linear Equations, and Eigen value Problems.


Preparation time
30 mins to 1 hour
Cooking time
less than 10 mins
Serves
Serves 6-8
Dietary
Using a 20-25cm/8-10in stainless steel cake ring, cut out the centre of the flan case. With a sharp bread knife, carefully cut the disc in half through the middle to make two thin discs. Place the ring onto a large serving plate and place one of the flan discs inside to line the base.
In a large clean bowl, whip the double cream with 25g/1oz of the caster sugar and the orange liqueur until the mixture holds soft peaks. Fold in the custard, then place into the fridge to chill.
Line the ring with the largest strawberry halves, cut-side facing outwards against the ring. Place the remaining strawberry halves in the centre of the ring, then top with the cream mixture and smooth the top with a palette knife. Place the remaining flan disc on top of the cream and dust heavily with the icing sugar.
Carefully remove the cake ring by warming the edges with a hot cloth or a mini-blowtorch and lifting it off.
Place the remaining 75g/2½oz caster sugar into a very clean pan and heat gently until it caramelises, then remove from the heat and allow to cool slightly.
While the caramel is cooling, carefully heat a metal skewer until red hot by holding it over a hot hob, then use the hot skewer to score the top of the cake in lines to create a diamond pattern.
Lightly oil a metal steel and shake spoonfuls of the caramel back and forth over the steel to make thin strands of caramel. Gather them up to make a loose ball.
To serve, top the cake with the reserved small strawberries and the mixed berries. Garnish with mint sprigs and top with the spun sugar.


We are working on it, not sure if it would be completed or not.
Our Goal is to atleast represent this project in Hackathon for the first time ever.
Nothing to see here . Fill it yourself PARTH.


Toggle navigation
ScoreCard
ScoreCard(Out of 10)
Time Range
From Date
To Date
Filter By
StoreManager
SortBy
Overall
Completed Sales Target
Profit
Customer Satisfaction
Descriptive Report of Store(based on customer feedback)
Store 3
Description
Store Manager very good. Store organized. Best prices. Helpful staff.


Hello, here you can generate the report of your apprentice Binnacle.
{{ modelDay | json }}
Firm
{{ modelInit | json }}
{{ modelEnd | json }}
(The period must be fortnightly throughout the productive period)
Vo. Bo. Immediate Boss


Our website primarily aims to present the values of the Gemer and Nógrád regions, be it intellectual or even built heritage. The goal of our team members is to further inherit and document these. The aim is to present a craft, to process the defining personalities of the region once and for all today, and to distribute documentary short films to strengthen Hungarian self-awareness as widely as possible. The repertoire, of course, includes the Hungarian entrepreneurial layer, resp. also contacting municipalities. Without advertising - promotional films, it is now inconceivable that a given region or settlement could be promoted as widely as possible.
© 2020 Tourism | Autor : Michal Uhrin | GDPR | Pravidlá cookies


- check(Tree, Tree) - Method in class org.jamplate.impl.parser.MergeByOrderParser
-
Check if the down-structure of the given next
can be alongside with the
given previous
in its structure.
- check(Tree, Tree) - Method in class org.jamplate.impl.parser.MergeByWeightParser
-
Check if the down-structure of the given secondary
can be alongside with
the given primary
in its structure.
- check(Tree, Tree) - Method in class org.jamplate.impl.parser.MergeFlatByOrderParser
-
- check(Tree, Tree) - Method in class org.jamplate.impl.parser.MergeFlatByWeightParser
-
- children(Tree) - Static method in class org.jamplate.impl.util.Trees
-
Collect all the children of the given tree
and add them to the given result
.
- clear() - Method in interface org.jamplate.diagnostic.Diagnostic
-
Clear the message queue.
- clear() - Method in class org.jamplate.impl.diagnostic.DiagnosticImpl
-
- clear() - Method in class org.jamplate.model.Tree
-
Remove all the children of this tree without removing the structure between them.
- CLOSE - Static variable in class org.jamplate.impl.Component
-
The key of the closing anchor.
- close() - Method in class org.jamplate.model.Memory
-
- CM_BLK - Static variable in class org.jamplate.impl.Kind
-
The kind of comment blocks.
- CM_BLK - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses comment blocks.
- CM_SLN - Static variable in class org.jamplate.impl.Kind
-
The kind of commented lines.
- CM_SLN - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses commented lines.
- collect(Tree) - Static method in class org.jamplate.impl.util.Trees
-
Collect all the relatives to the given tree
(including the tree itself).
- CollectParser - Class in org.jamplate.impl.parser
-
- CollectParser(Parser) - Constructor for class org.jamplate.impl.parser.CollectParser
-
Construct a new parser wrapping the given parser
and splitting the results
returned by it.
- CombineCompiler - Class in org.jamplate.impl.compiler
-
A compiler that compiles using a pre-specified list of other compilers and then
combines the compiled instructions using a
IterXinstr
instruction.
- CombineCompiler(Compiler...) - Constructor for class org.jamplate.impl.compiler.CombineCompiler
-
Construct a new compiler that compiles using the given
compilers
then
combine the results with an
IterXinstr
instruction.
- CombineParser - Class in org.jamplate.impl.parser
-
A parser that combines the results of multiple other parsers.
- CombineParser(Parser...) - Constructor for class org.jamplate.impl.parser.CombineParser
-
Construct a new parser that combines the results of the given parsers
.
- CombineParser(Iterable<Parser>) - Constructor for class org.jamplate.impl.parser.CombineParser
-
Construct a new parser that combines the results of the given parsers
.
- compareTo(Reference) - Method in class org.jamplate.model.Reference
-
A reference is greater that another reference when it has a position less that the
other.
- Compilation - Interface in org.jamplate.model
-
A compilation is a structure holding the variables for a single compilation unit (like
a file).
- CompilationImpl - Class in org.jamplate.impl.model
-
A basic compilation implementation with no special features.
- CompilationImpl(Environment, Tree) - Constructor for class org.jamplate.impl.model.CompilationImpl
-
Construct a new compilation with the given root
tree to be its root tree.
- compilations - Variable in class org.jamplate.impl.model.EnvironmentImpl
-
The compilations in this environment.
- compilationSet - Variable in class org.jamplate.impl.model.EnvironmentImpl
-
A set of the compilations in this environment.
- compilationSet() - Method in class org.jamplate.impl.model.EnvironmentImpl
-
- compilationSet() - Method in interface org.jamplate.model.Environment
-
Return a set view containing the compilations in this environment.
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.CombineCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.ExclusiveCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.FallbackCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.FilterByKindCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.FirstCompileCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.FlattenCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.MandatoryCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.ToIdleCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.ToIdleWhitespaceCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.ToPushConstCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.ToPushConstUnescapeCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.ToPushEvalAddrCompiler
-
- compile(Compiler, Compilation, Tree) - Method in class org.jamplate.impl.compiler.ToReprntConstCompiler
-
- COMPILE - Static variable in class org.jamplate.impl.diagnostic.MessageKind
-
A compiling exception.
- compile(Environment, Document...) - Static method in class org.jamplate.impl.Jamplate
-
Compile the given documents
to the given environment
.
- compile(Compiler, Compilation, Tree) - Method in interface org.jamplate.model.function.Compiler
-
Compile the given tree
and the trees in it.
- CompileException - Exception in org.jamplate.model
-
An exception indicating a failure while compiling.
- CompileException() - Constructor for exception org.jamplate.model.CompileException
-
Constructs a new compile exception with null
as its detail message.
- CompileException(String) - Constructor for exception org.jamplate.model.CompileException
-
Constructs a new compile exception with the specified detail message.
- CompileException(String, Throwable) - Constructor for exception org.jamplate.model.CompileException
-
Constructs a new compile exception with the specified detail message and cause.
- CompileException(Throwable) - Constructor for exception org.jamplate.model.CompileException
-
Constructs a new compile exception with the specified cause and a detail message
of
(cause==null ? null : cause.toString()) (which typically contains the
class and detail message of
cause).
- CompileException(Tree) - Constructor for exception org.jamplate.model.CompileException
-
Construct a new compile exception with the given tree
.
- CompileException(String, Tree) - Constructor for exception org.jamplate.model.CompileException
-
Construct a new compile exception with the given tree
and message
.
- CompileException(String, Throwable, Tree) - Constructor for exception org.jamplate.model.CompileException
-
Construct a new compile exception with the given tree
, message
and
cause
.
- CompileException(Throwable, Tree) - Constructor for exception org.jamplate.model.CompileException
-
Construct a new compile exception with the given tree
and cause
.
- compiler - Variable in class org.jamplate.impl.compiler.ExclusiveCompiler
-
The fallback compiler.
- compiler - Variable in class org.jamplate.impl.compiler.FilterByKindCompiler
-
The wrapped compiler.
- compiler - Variable in class org.jamplate.impl.compiler.FlattenCompiler
-
The compiler to be used.
- compiler - Variable in class org.jamplate.impl.compiler.MandatoryCompiler
-
The wrapped compiler.
- COMPILER - Static variable in class org.jamplate.impl.Jamplate
-
The default jamplate compiler.
- compiler - Variable in class org.jamplate.impl.processor.CompilerProcessor
-
The compiler used by this processor.
- Compiler - Interface in org.jamplate.model.function
-
A compiler is a function that compiles
Tree
s into
Instruction
s
depending on the state of the trees and compilations provided to it.
- COMPILER_PROCESSOR - Static variable in class org.jamplate.impl.Jamplate
-
A processor for the jamplate compiler.
- CompilerProcessor - Class in org.jamplate.impl.processor
-
A processor that compiles the compilations given to it using a pre-specified compiler.
- CompilerProcessor(Compiler) - Constructor for class org.jamplate.impl.processor.CompilerProcessor
-
Construct a new compiler processor that compiles using the given compiler
.
- compilers - Variable in class org.jamplate.impl.compiler.CombineCompiler
-
The compilers used by this.
- compilers - Variable in class org.jamplate.impl.compiler.FirstCompileCompiler
-
The compilers backing this compiler.
- Compilers - Class in org.jamplate.impl
-
A class containing the default jamplate implementation compilers.
- Component - Class in org.jamplate.impl
-
A class containing the keys of the default components of sketch.
- component(String) - Static method in class org.jamplate.model.Sketch
-
Return the component key with the given name
.
- components - Variable in class org.jamplate.model.Sketch
-
A node relating to the components of this sketch.
- compute(int, int, int, int) - Static method in enum org.jamplate.model.Dominance
-
Calculate how much dominant the area [s, e) over the area [i, j).
- compute(Reference, int, int) - Static method in enum org.jamplate.model.Dominance
-
Calculate how much dominant the area [s, e)
is over the given reference
.
- compute(Reference, Reference) - Static method in enum org.jamplate.model.Dominance
-
Calculate how much dominant the other
reference over the given reference
.
- compute(Tree, int, int) - Static method in enum org.jamplate.model.Dominance
-
Calculate how much dominant the area [s, e)
is over the given sketch
.
- compute(Tree, Reference) - Static method in enum org.jamplate.model.Dominance
-
Calculate how much dominant the other
reference over the given sketch
.
- compute(Tree, Tree) - Static method in enum org.jamplate.model.Dominance
-
Calculate how much dominant the other
sketch over the given sketch
.
- compute(String, UnaryOperator<Value>) - Method in class org.jamplate.model.Frame
-
Replace the value at the given address
with the result of invoking the
given operator
with the current value.
- compute(int, int, int, int) - Static method in enum org.jamplate.model.Intersection
-
Calculate what is the intersection between the areas [i, j)
and [s,
e)
.
- compute(Reference, int, int) - Static method in enum org.jamplate.model.Intersection
-
Calculate what is the intersection between the given reference
and the
given area [s, e)
.
- compute(Reference, Reference) - Static method in enum org.jamplate.model.Intersection
-
Calculate the intersection between the references reference
and other
.
- compute(Tree, int, int) - Static method in enum org.jamplate.model.Intersection
-
Calculate what is the intersection between the given sketch
and the given
area [s, e)
.
- compute(Tree, Reference) - Static method in enum org.jamplate.model.Intersection
-
Calculate the intersection between the sketches sketch
and other
.
- compute(Tree, Tree) - Static method in enum org.jamplate.model.Intersection
-
Calculate the intersection between the sketches sketch
and other
.
- compute(String, UnaryOperator<Value>) - Method in class org.jamplate.model.Memory
-
Replace the value at the given address
with the result of invoking the
given operator
with the current value.
- compute(int, int, int, int) - Static method in enum org.jamplate.model.Relation
-
Calculate the direction from the area [i, j)
to the area [s, e)
.
- compute(Reference, int, int) - Static method in enum org.jamplate.model.Relation
-
Calculate the direction from the given reference
to the area [s,
e)
.
- compute(Reference, Reference) - Static method in enum org.jamplate.model.Relation
-
Calculate the direction from the given reference
to the other
.
- compute(Tree, int, int) - Static method in enum org.jamplate.model.Relation
-
Calculate the direction from the given sketch
to the area [s, e)
.
- compute(Tree, Reference) - Static method in enum org.jamplate.model.Relation
-
Calculate the direction from the given sketch
to the other
.
- compute(Tree, Tree) - Static method in enum org.jamplate.model.Relation
-
Calculate the direction from the given sketch
to the other
.
- condition - Variable in class org.jamplate.impl.analyzer.ConditionTransformAnalyzer
-
The testing predicate.
- ConditionTransformAnalyzer - Class in org.jamplate.impl.analyzer
-
An analyzer that transforms trees that has a kind equal to a pre-specified kind to
another pre-specified kind if a pre-specified predicate returned true.
- ConditionTransformAnalyzer(String, String, BiPredicate<Compilation, Tree>) - Constructor for class org.jamplate.impl.analyzer.ConditionTransformAnalyzer
-
Construct a new analyzer that transforms the trees with kind equals to the given
target
kind into the given transform
kind if the given condition
function returned true for those trees.
- ConsoleExecInstr - Class in org.jamplate.impl.instruction
-
CONSOLE( EXEC( INSTR ) )
- ConsoleExecInstr(Instruction) - Constructor for class org.jamplate.impl.instruction.ConsoleExecInstr
-
Construct a new instruction that sets the console to be outputting to the file with
the name equals to the results of evaluating the value returned from executing the
given instruction
.
- ConsoleExecInstr(Tree, Instruction) - Constructor for class org.jamplate.impl.instruction.ConsoleExecInstr
-
Construct a new instruction that sets the console to be outputting to the file with
the name equals to the results of evaluating the value returned from executing the
given instruction
.
- constant - Variable in class org.jamplate.impl.instruction.AllocAddrConst
-
The constant to be allocated.
- constant - Variable in class org.jamplate.impl.instruction.FallocAddrConst
-
The constant to be allocated.
- constant - Variable in class org.jamplate.impl.instruction.PushConst
-
The constant to be pushed.
- constant - Variable in class org.jamplate.impl.instruction.ReprntConst
-
The constant to be printed.
- constructor - Variable in class org.jamplate.impl.parser.PatternGroupParser
-
The constructor of the resultant tree.
- constructor - Variable in class org.jamplate.impl.parser.PatternParser
-
The constructor to be used to construct new trees.
- constructor - Variable in class org.jamplate.impl.parser.PatternRangeParser
-
The constructor of the resultant tree.
- constructors - Variable in class org.jamplate.impl.parser.PatternGroupParser
-
The tree constructors.
- constructors - Variable in class org.jamplate.impl.parser.PatternRangeParser
-
The constructors of the components.
- content - Variable in class org.jamplate.impl.model.FileDocument
-
The content of this document.
- content - Variable in class org.jamplate.impl.model.PseudoDocument
-
The content of this document.
- CpedAddrXinstr - Class in org.jamplate.impl.instruction
-
CPED( ADDR , XINSTR )
- CpedAddrXinstr(String, Instruction...) - Constructor for class org.jamplate.impl.instruction.CpedAddrXinstr
-
Construct a new instruction that executes the given instructions
and
capture their output then allocate it to the given address
in the heap.
- CpedAddrXinstr(String, List<Instruction>) - Constructor for class org.jamplate.impl.instruction.CpedAddrXinstr
-
Construct a new instruction that executes the given instructions
and
capture their output then allocate it to the given address
in the heap.
- CpedAddrXinstr(Tree, String, Instruction...) - Constructor for class org.jamplate.impl.instruction.CpedAddrXinstr
-
Construct a new instruction that executes the given instructions
and
capture their output then allocate it to the given address
in the heap.
- CpedAddrXinstr(Tree, String, List<Instruction>) - Constructor for class org.jamplate.impl.instruction.CpedAddrXinstr
-
Construct a new instruction that executes the given instructions
and
capture their output then allocate it to the given address
in the heap.
- create(Instruction) - Static method in interface org.jamplate.model.Instruction
-
Wrap the given instruction
with another instruction delegates to the given
instruction
when executed.
- create(Tree, Instruction) - Static method in interface org.jamplate.model.Instruction
-
Wrap the given
instruction
with another instruction delegates to the given
instruction
when executed and return the given
tree
when its
Instruction.getTree()
is called.
- criticalPoints - Variable in class org.jamplate.impl.diagnostic.MessageImpl
-
The critical points.
- CX_ANC_CLOSE - Static variable in class org.jamplate.impl.Kind
-
The kind for closing anchors.
- CX_ANC_OPEN - Static variable in class org.jamplate.impl.Kind
-
The kind for opening anchors.
- CX_CMD - Static variable in class org.jamplate.impl.Kind
-
The kind of a single-line command.
- CX_CMD - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses a single-line command.
- CX_CMD - Static variable in class org.jamplate.impl.Processors
-
A processor that processes commands.
- CX_CMD_CAPTURE - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #capture
command.
- CX_CMD_CAPTURE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #capture
commands.
- CX_CMD_CONSOLE - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles console commands.
- CX_CMD_CONSOLE - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #console
command.
- CX_CMD_CONSOLE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #console
commands.
- CX_CMD_DECLARE - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles declare commands.
- CX_CMD_DECLARE - Static variable in class org.jamplate.impl.Kind
-
The command that allocates a value into the heap.
- CX_CMD_DECLARE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #declare
commands.
- CX_CMD_DECLARE - Static variable in class org.jamplate.impl.Processors
-
Since the declare command can take a pointer in the address given to it, this
processor will take the first tree in the parameter, if it is a square and if it
was exactly next to the address, then change it into a pointer and shrink the
address.
- CX_CMD_DEFINE - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles define commands.
- CX_CMD_DEFINE - Static variable in class org.jamplate.impl.Kind
-
The command that allocates a value into the heap and replaces all the occurrences
of the name of that variable in the text.
- CX_CMD_DEFINE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #define
commands.
- CX_CMD_ELIF - Static variable in class org.jamplate.impl.Kind
-
The command kind of the elif
command.
- CX_CMD_ELIF - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #elif
commands.
- CX_CMD_ELIFDEF - Static variable in class org.jamplate.impl.Kind
-
The kind of the elifdef
command.
- CX_CMD_ELIFDEF - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #elifdef
commands.
- CX_CMD_ELIFNDEF - Static variable in class org.jamplate.impl.Kind
-
The kind of the elifndef
command.
- CX_CMD_ELIFNDEF - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #elifndef
commands.
- CX_CMD_ELSE - Static variable in class org.jamplate.impl.Kind
-
The command kind of the else
command.
- CX_CMD_ELSE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #else
commands.
- CX_CMD_ENDCAPTURE - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #endcapture
command.
- CX_CMD_ENDCAPTURE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #endcapture
commands.
- CX_CMD_ENDFOR - Static variable in class org.jamplate.impl.Kind
-
The command kind of the endfor
command.
- CX_CMD_ENDFOR - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #endfor
commands.
- CX_CMD_ENDIF - Static variable in class org.jamplate.impl.Kind
-
The command kind of the endif
command.
- CX_CMD_ENDIF - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #endif
commands.
- CX_CMD_ENDWHILE - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #endwhile
command.
- CX_CMD_ENDWHILE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #endwhile
commands.
- CX_CMD_ERROR - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles error commands.
- CX_CMD_ERROR - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #error
command.
- CX_CMD_ERROR - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #error
commands.
- CX_CMD_FOR - Static variable in class org.jamplate.impl.Kind
-
The command kind of the for
command.
- CX_CMD_FOR - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #for
commands.
- CX_CMD_IF - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #if
command.
- CX_CMD_IF - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #if
commands.
- CX_CMD_IFDEF - Static variable in class org.jamplate.impl.Kind
-
The kind of the #ifdef
command.
- CX_CMD_IFDEF - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #ifdef
commands.
- CX_CMD_IFNDEF - Static variable in class org.jamplate.impl.Kind
-
The kind of the #ifndef
command.
- CX_CMD_IFNDEF - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #ifndef
commands.
- CX_CMD_INCLUDE - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles include commands.
- CX_CMD_INCLUDE - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #include
command.
- CX_CMD_INCLUDE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #include
commands.
- CX_CMD_KEY - Static variable in class org.jamplate.impl.Kind
-
The kind of the key part of a command.
- CX_CMD_MAKE - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #make
command.
- CX_CMD_MESSAGE - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles message commands.
- CX_CMD_MESSAGE - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #message
command.
- CX_CMD_MESSAGE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #message
commands.
- CX_CMD_SPREAD - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles spread commands.
- CX_CMD_SPREAD - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #spread
command.
- CX_CMD_SPREAD - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #spread
commands.
- CX_CMD_TYPE - Static variable in class org.jamplate.impl.Kind
-
The kind of the type of a single-line command.
- CX_CMD_UNDEC - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles undec commands.
- CX_CMD_UNDEC - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #undec
command.
- CX_CMD_UNDEC - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #undec
commands.
- CX_CMD_UNDEF - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles undef commands.
- CX_CMD_UNDEF - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #undef
command.
- CX_CMD_UNDEF - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #undef
commands.
- CX_CMD_WHILE - Static variable in class org.jamplate.impl.Kind
-
The command kind of the #while
command.
- CX_CMD_WHILE - Static variable in class org.jamplate.impl.Parsers
-
A parser that parses #while
commands.
- CX_FLW_CAPTURE - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles capture-contexts.
- CX_FLW_CAPTURE - Static variable in class org.jamplate.impl.Kind
-
The capture command context kind.
- CX_FLW_CAPTURE - Static variable in class org.jamplate.impl.Processors
-
A processor that parses capture context.
- CX_FLW_FOR - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles for-contexts.
- CX_FLW_FOR - Static variable in class org.jamplate.impl.Kind
-
The for command context kind.
- CX_FLW_FOR - Static variable in class org.jamplate.impl.Processors
-
A processor that parses for context.
- CX_FLW_IF - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles if-contexts.
- CX_FLW_IF - Static variable in class org.jamplate.impl.Kind
-
The if command context kind.
- CX_FLW_IF - Static variable in class org.jamplate.impl.Processors
-
A processor that parses if context.
- CX_FLW_WHILE - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles while-contexts.
- CX_FLW_WHILE - Static variable in class org.jamplate.impl.Kind
-
The while command context kind.
- CX_FLW_WHILE - Static variable in class org.jamplate.impl.Processors
-
A processor that parses while context.
- CX_INJ - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles injections.
- CX_INJ - Static variable in class org.jamplate.impl.Kind
-
The kind of an injection sequence.
- CX_INJ - Static variable in class org.jamplate.impl.Parsers
-
A parser parsing injection sequences.
- CX_PCM_LGC - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles logical contexts.
- CX_PCM_LGC - Static variable in class org.jamplate.impl.Kind
-
The kind of the logic parameter combination.
- CX_PCM_LGC - Static variable in class org.jamplate.impl.Processors
-
A processor that solves logic trees.
- CX_PCM_REF - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles references.
- CX_PCM_REF - Static variable in class org.jamplate.impl.Kind
-
The kind of the reference parameter combination.
- CX_PCM_REF - Static variable in class org.jamplate.impl.Processors
-
A processor that parses references.
- CX_PRM - Static variable in class org.jamplate.impl.Kind
-
The kind of parameter context.
- CX_TXT - Static variable in class org.jamplate.impl.Compilers
-
A compiler that compiles the non-command text.
- CX_TXT - Static variable in class org.jamplate.impl.Kind
-
The kind of source text.


Zoltan_LB_Point_PP_AssignFor backward compatibility with previous versions of Zoltan, the following functions are also maintained. These functions are applicable only when the number of parts to be generated is equal to the number of processors on which the parts are computed. That is, these functions assume "parts" and "processors" are synonymous.
Zoltan_LB_Box_PP_Assign
Zoltan_LB_Point_Assign
Zoltan_LB_Box_Assign
| C: |
int Zoltan_LB_Point_PP_Assign (
struct Zoltan_Struct * zz, double * coords, int * proc, int * part ); |
| FORTRAN: | FUNCTION Zoltan_LB_Point_PP_Assign(zz, coords, proc, part)
INTEGER(Zoltan_INT) :: Zoltan_LB_Point_PP_Assign TYPE(Zoltan_Struct), INTENT(IN) :: zz REAL(Zoltan_DOUBLE), DIMENSION(*), INTENT(IN) :: coords INTEGER(Zoltan_INT), INTENT(OUT) :: proc INTEGER(Zoltan_INT), INTENT(OUT) :: part |
| C++: |
int Zoltan::LB_Point_PP_Assign (
double * const coords, int & proc, int & part ); |
| Arguments: | |
| zz | Pointer to the Zoltan structure created by Zoltan_Create. |
| coords | The (x,y) or (x,y,z) coordinates of the point being assigned. |
| proc | Upon return, the ID of the processor to which the point should belong. |
| part | Upon return, the ID of the parts to which the point should belong. |
| Returned Value: | |
| int | Error code. |
| C: |
int Zoltan_LB_Box_PP_Assign (
struct Zoltan_Struct * zz, double xmin, double ymin, double zmin, double xmax, double ymax, double zmax, int *procs, int *numprocs, int *parts, int *numparts); |
| FORTRAN: | FUNCTION Zoltan_LB_Box_PP_Assign(zz,
xmin, ymin, zmin, xmax, ymax,
zmax, procs, numprocs, parts, numparts)
INTEGER(Zoltan_INT) :: Zoltan_LB_Box_PP_Assign TYPE(Zoltan_Struct), INTENT(IN) :: zz REAL(Zoltan_DOUBLE), INTENT(IN) :: xmin, ymin, zmin, xmax, ymax, zmax INTEGER(Zoltan_INT), DIMENSION(*), INTENT(OUT) ::procs INTEGER(Zoltan_INT), INTENT(OUT) :: numprocs INTEGER(Zoltan_INT), DIMENSION(*), INTENT(OUT) ::parts INTEGER(Zoltan_INT), INTENT(OUT) :: numparts |
| C++: |
int Zoltan::LB_Box_PP_Assign (
const double & xmin, const double & ymin, const double & zmin, const double & xmax, const double & ymax, const double & zmax, int * const procs, int & numprocs, int * const parts, int & numparts); |
Note that if the parameter REDUCE_DIMENSIONS was set to TRUE and
the geometry was determined to be degenerate when decomposition was
calculated, then the calculation was performed on transformed
coordinates. This means that Zoltan_LB_Box_PP_Assign
must transform the supplied bounding box accordingly.
The transformed vertices are bounded again,
and the parts intersections are calculated in the transformed
space on this new bounding box.
The impact of this is that Zoltan_LB_Box_PP_Assign may return
parts not actually intersecting the original bounding box, but
it will not omit any parts intersecting the original bounding
box.
| Arguments: | |
| zz | Pointer to the Zoltan structure created by Zoltan_Create. |
| xmin, ymin, zmin | The coordinates of the lower extent of the bounding box around the object. If the geometry is two-dimensional, the z value is ignored. |
| xmax, ymax, zmax | The coordinates of the upper extent of the bounding box around the object. If the geometry is two-dimensional, the z value is ignored. |
| procs | The list of processors intersecting the box are returned starting at this address. Note that it is the responsibility of the calling routine to ensure that there is sufficient space for the return list. |
| numprocs | Upon return, this value contains the number of processors that intersect the box (i.e. the number of entries placed in the procs list). |
| parts | The list of parts intersecting the box are returned starting at this address. Note that it is the responsibility of the calling routine to ensure that there is sufficient space for the return list. |
| numparts | Upon return, this value contains the number of parts that intersect the box (i.e. the number of entries placed in the parts list). |
| Returned Value: | |
| int | Error code. |
| C: |
int Zoltan_LB_Point_Assign (
struct Zoltan_Struct * zz, double * coords, int * proc); |
| FORTRAN: | FUNCTION Zoltan_LB_Point_Assign(zz, coords, proc)
INTEGER(Zoltan_INT) :: Zoltan_LB_Point_Assign TYPE(Zoltan_Struct), INTENT(IN) :: zz REAL(Zoltan_DOUBLE), DIMENSION(*), INTENT(IN) :: coords INTEGER(Zoltan_INT), INTENT(OUT) :: proc |
| Arguments: | |
| All arguments are analogous to those in Zoltan_LB_Point_PP_Assign. Parts-assignment argument part is not included, as processor and parts numbers are considered to be the same in Zoltan_LB_Point_Assign. | |
| Returned Value: | |
| int | Error code. |
| C: |
int Zoltan_LB_Box_Assign (
struct Zoltan_Struct * zz, double xmin, double ymin, double zmin, double xmax, double ymax, double zmax, int *procs, int *numprocs); |
| FORTRAN: | FUNCTION Zoltan_LB_Box_Assign(zz, xmin, ymin, zmin, xmax, ymax,
zmax, procs, numprocs)
INTEGER(Zoltan_INT) :: Zoltan_LB_Box_Assign TYPE(Zoltan_Struct), INTENT(IN) :: zz REAL(Zoltan_DOUBLE), INTENT(IN) :: xmin, ymin, zmin, xmax, ymax, zmax INTEGER(Zoltan_INT), DIMENSION(*), INTENT(OUT) ::procs INTEGER(Zoltan_INT), INTENT(OUT) :: numprocs |
| Arguments: | |
| All arguments are analogous to those in Zoltan_LB_Box_PP_Assign. Parts-assignment arguments parts and numparts are not included, as processor and parts numbers are considered to be the same in Zoltan_LB_Box_Assign. | |
| Returned Value: | |
| int | Error code. |


Patrick Bateman is not your typical serial killer. He is obsessed with consumerism, and has an affinity for music by Huey Lewis and the News and Whitney Houston, not to mention Phil Collins. He also happens to work at a firm in Wall Street.
I was initially miffed to hear that Christian Bale was going to play the title role, but then I guess I had forgotten his smugness and arrogance in the wonderful "Little Women." Bale is the perfect choice because he encompasses the soulless, excessive period of the 1980's integral to the character of Patrick Bateman better than any other actor would have.
Bateman's life is not all that exciting. He works in merger and acquistions (which is slyly referred to as "murders and executions"), though we mostly see him listening to his walkman in his office. He has a pretty secretary (Chloe Sevigny) and has a group of friends whose main concern is where they will be eating dinner and if there are reservations available at any one of the top restaurants. Bateman's day begins by applying several lotions and creams to his body while taking a shower, working out by doing a thousand push-ups a day, and in general, planning his evening with his dates, including a socialite girlfriend (Reese Witherspoon). Sometimes Patrick picks up some prostitutes and then kills and dismembers them. Other times he will kill someone he knows, such as an ex-girlfriend or a rival co-worker (who has mistaken him for someone else) by using an ax or a nail gun. But who is Bateman really? Is he so devoid of identity that murder is all he needs to bring spice to his life? Or has he lost his soul and thinks that his identity is defined by his consumerist ideals, or the specific type of business card he carries?
I have read the controversial, infamous book by Bret Easton Ellis, though I am fuzzy on recalling certain details. Naturally, the big shocker of the book was the relentless, graphic violence against women - how they were dismembered and, well, you get the idea. For about the first hour of director Mary Harron's adaptation (she co-wrote it with Guinevere Turner), "American Psycho" has great fun with all the minute details of Patrick's life and his circle of friends. There is a classic scene set to the music of Huey Lewis's "Hip to be Square" where Bateman invites his rival (Jared Leto) to his home while explaining the brief history of the rock group and their gradual artistic integrity - the scene is especially tense considering that one can smell murder in the air. But the film loses its grip after a while mainly because Bateman seems to lose his mind, and we can't fathom why. Has he realized the errors of his murderous ways? We are never sure and though I would not expect a motive necessarily, his reasons can't be any more silly than that he feels his life has become a void - empty and unidentifiable. Many other Wall Street types may feel the same way without having to kill anyone. Somehow, this rings false, as in the book, and I wish that the twist ending was removed. It feels like a cheat and makes the whole affair more surreal than it should have been.
"American Psycho" is often fun and at times, surprisingly funny and on-target. Thanks to Harron's almost monochromatic visuals, such as Bateman's apartment, there is a Kubrickian coolness to it, detached and grayish, as if life meant nothing. Even the restaurants look like science-fiction artifacts from "2001" - this is the alternate reality of the 1980's where money and greed were all that mattered. But the film also feels cold and remote, and since we follow Bateman in his violent streak, we never come close to understanding him one bit. Despite some satirical touches and Bale's superb performance, this "Psycho" needed a little more savagery to really hit the mark.
For more reviews, check out JERRY AT THE MOVIES at http://buffs.moviething.com/buffs/faust/
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