--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/card_nonempty.html ---
Is there some easy way to tackle this goal:
n : Type u, _inst_1 : fintype n, h : nonempty n ⊢ 0 < fintype.card n
import data.fintype universe u variables (n : Type u) [fintype n] example (h : nonempty n) : 0 < fintype.card n := begin by_contra H, rw [not_lt, nat.le_zero_iff, fintype.card_eq_zero_iff] at H, exact h.rec_on H end
I guess this could be a simp lemma in mathlib?
Ooh, and thanks!
import set_theory.cardinal universe u variables (n : Type u) example (h : nonempty n) : 0 < cardinal.mk n := by rwa [cardinal.pos_iff_ne_zero, cardinal.ne_zero_iff_nonempty]
I think Mario likes cardinal.mk more than fintype.card
It is in mathlib. fintype.card_pos_iff
I believe.
Aaah, thanks! (Sorry, Kenny)
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


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Welcome to the MD trajectory server
MDsrv is a web-based tool developed to enhance collaborative research by providing non-experts with easy and quick online access to molecular dynamics (MD) simulations. MDsrv channels MD trajectories through a web server using a powerful web application (NGL viewer) to visualize them.
Highlights:
- Non-expert end users (e.g. research collaborators, students, etc.) only require a modern web browser to visualize MD simulations through MDsrv.
- Direct meaningful display of raw simulation data by automatically handling periodic boundary conditions, centering and superposition.
- Further on-the-fly MD trajectory processing (e.g. by filtering out frames and/or atoms) allows generating customized sessions that can be easily shared.
- Script files can be used to add specific self-written functions such as 'show/hide ligand' to customized sessions.
- MDsrv can display large molecular structures and animate MD trajectories to allow interactive exploration and collaborative visual analysis within a local network or over the Internet.
Supported file formats: .pdb, .xtc, .trr, .gro, .psf, .dcd, .nc
A small example of the usage of the MDsrv in combination with the NGL viewer is embedded on this page (above). It can be interactively moved, scaled and rotated. More capable examples can be found here.
Availability
The source code is available under the MIT License from github.com/arose/mdsrv and the Python Package index pypi.python.org/pypi/MDsrv. The visualization capabilities of MDsrv require no previous installation other than a modern web browser. The streaming capabilities (i.e. from a local or a dedicated web-server) do require installation and have been fully tested for Linux and Mac OS operating systems.
Participating
If you have any questions, found some bugs, or want to report enhancement requests use the Issue Tracker, use the contact formular or write a mail to<EMAIL_ADDRESS>or<EMAIL_ADDRESS>MDsrv is open source and welcomes your contributions. Fork the repository on GitHub and submit a pull request.


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Sanitize History
==========================================================================
Version 2.0.3 (2011-07-01)
* Loosened the Nokogiri dependency to allow Nokogiri 1.5.x.
Version 2.0.2 (2011-05-21)
* Fixed a bug in which a protocol like "java\script:" would be translated to "java%5Cscript:" and allowed through the filter when relative URLs were enabled. This didn't actually allow malicious code to run, but it is undesired behavior.
Version 2.0.1 (2011-03-16)
* Updated the protocol regex to anchor at the beginning of the string rather than the beginning of a line. [Eaden McKee]
Version 2.0.0 (2011-01-15)
* The environment data passed into transformers and the return values expected from transformers have changed. Old transformers will need to be updated. See the README for details. * Transformers now receive nodes of all types, not just element nodes. * Sanitize's own core filtering logic is now implemented as a set of always-on transformers. * The default value for the `:output` config is now `:html`. Previously it was `:xhtml`. * Added a `:whitespace_elements` config, which specifies elements (such as `<br>` and `<p>`) that should be replaced with whitespace when removed in order to preserve readability. See the README for the default list of elements that will be replaced with whitespace when removed. * Added a `:transformers_breadth` config, which may be used to specify transformers that should traverse nodes in a breadth-first mode rather than the default depth-first mode. * Added the `abbr`, `dfn`, `kbd`, `mark`, `s`, `samp`, `time`, and `var` elements to the whitelists for the basic and relaxed configs. * Added the `bdo`, `del`, `figcaption`, `figure`, `hgroup`, `ins`, `rp`, `rt`, `ruby`, and `wbr` elements to the whitelist for the relaxed config. * The `dir`, `lang`, and `title` attributes are now whitelisted for all elements in the relaxed config. * Bumped minimum Nokogiri version to 1.4.4 to avoid a bug in 1.4.2+ (issue #315) that caused `</body></html>` to be appended to the CDATA inside unterminated script and style elements.
Version 1.2.1 (2010-04-20)
* Added a `:remove_contents` config setting. If set to `true`, Sanitize will remove the contents of all non-whitelisted elements in addition to the elements themselves. If set to an array of element names, Sanitize will remove the contents of only those elements (when filtered), and leave the contents of other filtered elements. [Thanks to Rafael Souza for the array option] * Added an `:output_encoding` config setting to allow the character encoding for HTML output to be specified. The default is utf-8. * The environment hash passed into transformers now includes a `:node_name` item containing the lowercase name of the current HTML node (e.g. "div"). * Returning anything other than a Hash or nil from a transformer will now raise a meaningful `Sanitize::Error` exception rather than an unintended `NameError`.
Version 1.2.0 (2010-01-17)
* Requires Nokogiri ~> 1.4.1. * Added support for transformers, which allow you to filter and alter nodes using your own custom logic, on top of (or instead of) Sanitize's core filter. See the README for details and examples. * Added `Sanitize.clean_node!`, which sanitizes a `Nokogiri::XML::Node` and all its children. * Added elements `<h1>` through `<h6>` to the Relaxed whitelist. [Suggested by David Reese]
Version 1.1.0 (2009-10-11)
* Migrated from Hpricot to Nokogiri. Requires libxml2 >= 2.7.2 [Adam Hooper] * Added an `:output` config setting to allow the output format to be specified. Supported formats are `:xhtml` (the default) and `:html` (which outputs HTML4). * Changed protocol regex to ensure Sanitize doesn't kill URLs with colons in path segments. [Peter Cooper]
Version 1.0.8 (2009-04-23)
* Added a workaround for an Hpricot bug that prevents attribute names from being downcased in recent versions of Hpricot. This was exploitable to prevent non-whitelisted protocols from being cleaned. [Reported by Ben Wanicur]
Version 1.0.7 (2009-04-11)
* Requires Hpricot 0.8.1+, which is finally compatible with Ruby 1.9.1. * Fixed a bug that caused named character entities containing digits (like `²`) to be escaped when they shouldn't have been. [Reported by Sebastian Steinmetz]
Version 1.0.6 (2009-02-23)
* Removed htmlentities gem dependency. * Existing well-formed character entity references in the input string are now preserved rather than being decoded and re-encoded. * The `'` character is now encoded as `'` instead of `'` to prevent problems in IE6. * You can now specify the symbol `:all` in place of an element name in the attributes config hash to allow certain attributes on all elements. [Thanks to Mutwin Kraus]
Version 1.0.5 (2009-02-05)
* Fixed a bug introduced in version 1.0.3 that prevented non-whitelisted protocols from being cleaned when relative URLs were allowed. [Reported by Dev Purkayastha] * Fixed "undefined method `parent='" exceptions caused by parser changes in edge Hpricot.
Version 1.0.4 (2009-01-16)
* Fixed a bug that made it possible to sneak a non-whitelisted element through by repeating it several times in a row. All versions of Sanitize prior to 1.0.4 are vulnerable. [Reported by Cristobal]
Version 1.0.3 (2009-01-15)
* Fixed a bug whereby incomplete Unicode or hex entities could be used to prevent non-whitelisted protocols from being cleaned. Since IE6 and Opera still decode the incomplete entities, users of those browsers may be vulnerable to malicious script injection on websites using versions of Sanitize prior to 1.0.3.
Version 1.0.2 (2009-01-04)
* Fixed a bug that caused an exception to be thrown when parsing a valueless attribute that's expected to contain a URL.
Version 1.0.1 (2009-01-01)
* You can now specify `:relative` in a protocol config array to allow attributes containing relative URLs with no protocol. The Basic and Relaxed configs have been updated to allow relative URLs. * Added a workaround for an Hpricot bug that causes HTML entities for non-ASCII characters to be replaced by question marks, and all other entities to be destructively decoded.
Version 1.0.0 (2008-12-25)
* First release.


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Next: The Consing Dot, Previous: Numbers as Tokens, Up: Interpretation of Tokens
A real is constructed directly from a corresponding numeric token; see Figure~2–9.
A complex is notated as a #C (or #c) followed by a list of two reals; see Sharpsign C.
The reader macros #B, #O, #X, and #R may also be useful in controlling the input radix in which rationals are parsed; see Sharpsign B, Sharpsign O, Sharpsign X, and Sharpsign R.
This section summarizes the full syntax for numbers.
| • Syntax of a Rational: | ||
| • Syntax of an Integer: | ||
| • Syntax of a Ratio: | ||
| • Syntax of a Float: | ||
| • Syntax of a Complex: |


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In light of the recent Supreme Court rulings on the Ten Commandments, I thought it might be useful to look at them more closely. One of the arguments for putting the Ten Commandments in court houses is that they form a historical foundation for our laws. Let's look at that too...
Well, the first confusion is that there are many versions of the Ten Commandments. I'll use the two distinct ones, starting with Exodus 34:
- Thou shalt worship no other god (For the Lord is a jealous god).
- Thou shalt make thee no molten gods.
- The feast of unleavened bread shalt thou keep in the month when the ear is on the corn.
- All the first-born are mine.
- Six days shalt thou work, but on the seventh thou shalt rest.
- Thou shalt observe the feast of weeks, even of the first fruits of the wheat harvest, and the feast of ingathering at the year's end.
- Thou shalt not offer the blood of my sacrifice with leavened bread.
- The fat of my feast shall not remain all night until the morning.
- The first of the first fruits of thy ground thou shalt bring unto the house of the Lord thy God.
- Thou shalt not seethe a kid in its mother's milk.
Hah, bet you didn't see that coming! While these laws are important in Judaism, most Christians don't seem to care about them at all, since like 100 A.D. or so. And what does All the first-born are mine mean? That's just creepy. Notably, none of these are reflected in even the slightest way in our laws. The Bible has two sets of commandments, though, the ones "which Moses didst break" and "the words that were on the first" that Moses did break. That he broke right before he killed three thousand people in the Lord's name.
Anyway, I digress. The Commandments I gave up there are "the words that were on the first". Here's the ones Moses didst break (Exodus 20), and you'll have to to figure out for yourself how God could be so infallible as to think these two sets match:
- I am the Lord your God, who brought you out of the land of Egypt, out of the house of bondage. You shall have no other gods before me.
- You shall not make for yourself a graven image. You shall not bow down to them or serve them.
- You shall not take the name of the Lord your God in vain.
- Remember the Sabbath day, to keep it holy.

- You shall not kill.

- You shall not steal.
- You shall not bear false witness against your neighbor.
- You shall not covet.
Let's talk about US law now:
- This law is Unconstitutional, by way of the First Ammendment (no established religion).
- Also Unconstitutional, both because of the established religion and freedom of speach (both in the First Ammendment).
- And again.
- Well, there are laws to this effect ("Blue Laws"). They are rather uncommon now. And frankly they seem rather Unconstitutional as well, especially seeing as we can't all agree on which day is the Sabbath. Though it always surprised me that we nearly all agree on seven days in the week. Except for those wacky Bahai (I think they worship on a 12 day cycle or something).
- I don't know what a law like this would be like. It's not Unconstitutional, but it's pretty unreasonable to enforce.
- This is a law! Wow, I bet when God gave this to Moses it was a pretty novel interpretation of morality! Especially since he followed it up with a lot of killing.
- Has been illegal. Probably still is some places, but not many. Its importance is still reflected in law (e.g., it's a justification for divorce).
- This is also a law! Again, a real shocker, without this one we'd all be stealing everything to this day.
- Well... not really a law. Under oath it's illegal. In some other cases its illegal (e.g., slander). But mostly not illegal.
- Wow... so legal as to be practically privileged. Even if it was, like 5 I can't see how it'd be enforced.
So, there's your legal foundation.
Nice...very nice commentary. (I am serious in case you were wondering).

My only real comment is on #2 - no graven images. I just want to say that you could argue that we're going to start approaching that with the flag-burning amendment, if it ever actually gets passed. Our flag is sacred -> other flags are evil is not that big a leap.
Just the first thing I thought of when I read your post.
Well, the flag is a graven image according to some (like the Jehovah's Witnesses)... so if anything I'd say a flag burning ammendment would be counter to #2.
There was a New Yorker commentary along the same lines six months ago, around the time the Alabama judge got kicked out, along with his ten commendments monument.
#5 has some law background as well, mostly about taking care of elderlies. Medicare and social security come to mind.
# mathieu
#5 has some law background as well, mostly about taking care of elderlies. Medicare and social security come to mind.
Medicare and Social Security seem rather contrary to me; the government is taking on a responsibility for the elderly in lieu of children. It's certainly not prescribed by any law (even though a law making parents the responsibility of their children would be entirely possible and constitutional).
Relatedly, the Amish don't pay Social Security, because they do take responsibility for their elders, and do not ask the government to support them in old age. I assume they consider this a religious prescription, since you don't get out of Social Security payments based solely on good intentions. It's much like they don't use insurance (again for religious reasons), relying on their community to mitigate disasters.
Like WOW! I never thought that I would see the Commandments listed with "I am the Lord Your God who brought you out of Egypt, out of the house of slavery" as the first Commandment anywhere outside of Messianic circles. Just to remind you there are New Covenant believers that keep the seventh day Sabbath and observe the first list of commandments that you give. They are called the "Moadim", God's appointed times.
I also want to point out that God isn't terribly interested in humanistic evaluations of what is moral and what isn't. You refer to giving commandments then commanding Israel to kill thousands. Life and death don't matter much. This was done to purify the land where His name was to be written.
I also want to point out that God isn't terribly interested in humanistic evaluations of what is moral and what isn't. You refer to giving commandments then commanding Israel to kill thousands. Life and death don't matter much. This was done to purify the land where His name was to be written.
Wow. Killing thousands to write down your name? I guess I'm not terribly interested in Biblical evaluations of what is moral and what isn't then.
My personal law is "always doubt of any list with TEN items -- there's probably something missing or something extra". If we had 12 fingers, there would be 12 commandments... :)
An getting even more off-topic: do you know why some people cross the number 7 (for example, the Lucida Blackletter font: http://www.fontage.com/pages/lblack.html)? Because when Moses announced the seventh commandment, "You shall not commit adultery", everybody said "Cross the seven! Cross the seven!". (It's funnier in portuguese...)
>God presented in Exodus is simply an evil god.
You might find interesting the work of Tillich
http://en.wikipedia.org/wiki/Paul_Tillich
especially Love, Power, and Justice
where he develops the idea [and this is a radical paraphrase] that the forgiving, healing sort of Love that Christians talk about from the New Testament standpoint, and the (apparently) "evil god" of Exodus, where Justice was front and center, are, in fact, flip sides of the Power coin.
Small book, but an intellectual bagel if ever I chewed one.
Excellent! A number of years ago there was an essay over at the Internet Infidels (infidels.org at the time, haven't been there in a while) that compared the 10Cs with the 10 moral precepts of Solon the Athenian, and showed how much closer our system of law is to Solon than any subset of commandments presented by Moses.
I haven't decided yet if this is a lost cause or not.
"The average American is well below average." I forget who said that.
# infidel
I haven't had a chance to read it, but I assume The Real Ten Commandments is the article you are referring to, and these commandments:
- Trust good character more than promises.
- Do not speak falsely.
- Do good things.
- Do not be hasty in making friends, but do not abandon them once made.
- Learn to obey before you command.
- When giving advice, do not recommend what is most pleasing, but what is most useful.
- Make reason your supreme commander.
- Do not associate with people who do bad things.
- Honor the gods.
- Have regard for your parents.
Yeah, that sounds familiar. I suppose it has less to do with "law" than I remembered.
Congress shall make no law respecting an establishment of religion, or prohibiting the free exercise thereof
The opening phrase of the first ammendment clearly limits the ammendment's scope to Congress and the making of laws. How does this ammendment have any bearing on whether a court or any other public building can display the ten commandments? It's not as if Congress has passed a law that requires all courts in the republic to display the ten commandments--that would clearly be unconstitutional.
The religious right is increasingly dangerous and dumb.  And why is it that when we do our best to communicate in a surgically accurately way, there is always someone that sees it as “pretentious”. The wisdom is there. The thesis is admonishing the scientific community to take a more active role in combating non-science and non-sense and in particular, to not legitimatize religious right drivel by appearing to debate it in an option A / option B forum. . . to get testy. Read again SLOWLY. Is it really that hard?
I think your post would have been a lot more entertaining if you had written about the ten commandments of using Python, software engineering, or somesuch, which is really the reason I read this blog ;)
Oh well, happy hacking ;)
I was going to respond to this message with a longwinded explenation on how that information is wrong completly, atleast from a Orthodox Jewish point of view. But then I came to a few conclusions: 1. Arguing religion over the web is pointless 2. I actually read the website which you quoted, and if you take your information from there then I should be arguing with your methods not your conclusions 3. You probably don't care enought to get into long winded explanations from a religion which you probably hardly will ever get exposed to
I just want to point out that from a religious Orthodox Jew that your post could of been alot more accurate (Rule of thumb, the bible makes alot more sense if you read the original Hebrew Jewish version (which has been verified to be accurate except for some very small differences with a Bible found from more then a thousand years ago), instead of re-re-retranslated and 'fixed up' Christian version (I don't mean to be disrespectful to Christians, but the translations were done by man and man isn't perfect by definition). Another example is this line: "While these laws are important in Judaism" which is incorrect when stated upon the first set of the ten commandments which are not true. The 'real' ten commandments in the original bible are stated in the link you brought and are very consistant.
Anyway, This is way more then I wanted to write anyhow. If you actually care fell free to email me if you want to talk about the subject.
# Daniel
Well, I would argue that the original Hebrew version is not what's really up for debate. It's not the idea of the Ten Commandments they are putting up, it is the Ten Commandments in the King James Version of The Bible. If they put the original Hebrew up... well, they didn't do that, did they? So it's true that there's many translations and interpretations. There are people that argue that the KJV is the purest undisputable truth. They don't argue this based on anything, but they argue it...
Anyway, I'm certainly not very educated on this stuff, but then I'm not seeking out truth in The Bible, so my motivation wanes quickly. I'm just pointing out some absurdities in how other people are using it. Jewish interpretations of the Ten Commandments might be more apropos if Jews were trying to get monuments errected in courthouses. But it's Protestant Christians (of the variety who like KJV) who are trying to get them errected.  Or don't go by, depending on the chapter. If they wanted to put it up in a historical and theological context, I might not mind at all... but again, that's not kind of monument we're talking about.
Here you go Ian:
This is really simple--there is only one version. The Ten Commandments are listed twice: in Exodus 20 and Deuteronomy 5, but they are the same. Exodus 34 is not a second list of commandments (there's no list!), it's simply a renewal of the Covenant that God made with the nation of Israel. The reason this renewal was significant was because Moses had not yet reached the bottom of the mountain with his fresh set of tablets before he saw the israelites worshiping Jehovah by means of a Golden Calf (that's breaking the second commandment).
The article "Which Ten Commandments?" that you referenced is misleading: Catholics and Protestants DO have separate versions of the Ten Commandments, but only because Christians read the Ten Commandments from the Bible, and Catholics read it from their Catechism, which is derrived from, but not the same as the Bible's account. There is no difference between the Jewish and Christian versions of The Ten Commandments because they both read from the Hebrew text, or an English translation of the Hebrew text in the Pentateuch.
Another important thing you don't seem to know, is that (for judaism/jews) these commandments are just 10 commandments in 613. They're not really more important, they're just the first (and the only) ones that were spoken to all of the people. What was referred to, by saying that commandments are on a historical basis for US law, may be more about these 613 laws, not just the 10 you referred to. You can look at http://www.jewfaq.org/613.htm for example. Please read the Talmud to see what they really meant with 'law'. And as the previous poster said, there's just one version. The link you put is silly in the sense that it places catholic, protestant and hebrew versions as different but parallel things. That's not right. All the versions are derived from the original one, the hebrew version. That's the incompetence of the scribes that made them different.
Many people hate dubbed films, so why do people argue on transcriptions of transcriptions of transcriptions? Read the original (or at least the oldest version)!
# anonymous
I you are measuring biblical law against the law of a secular country like the United States and saying that the U.S. law is right, you've got you're facts mixed up. Biblical law is higher than any U.S. law could ever be. If the U.S. law does not agree with Bible you should obey the Bible over the U.S. law. And you're pretty hung up on the unconstitutional.
# Anonymous
If you don't even know what some of the commandments mean then how can you critisize them?


SUMMER OF SAM
Reviewed by Harvey Karten, Ph.D. Touchstone Pictures/ 40 Acres & a Mule Director: Spike Lee Writer: Victor Colicchio, Michael Imperioli, Spike Lee Cast: John Leguizamo, Adrien Brody, Mira Sorvino, Jennifer Esposito
You'd need an awful lot of fingers and toes to count the number of times that movie villains are thwarted by explaining their motives. In the James Bond series, the typical miscreant might say, "Welcome, Mr. Bond. In a few moments you will be propelled to your fiery end. Try to avoid the heat and a pleasant journey to you." Minutes later, 007 frees himself and gets the drop on the scoundrel. In "The Mummy," the title character might have plunged his knife immediately into the heart of Evelyn the librarian but takes the time to announce his motives, giving O'Connell the opportunity to send him back to his sarcophagus. Even in the delightful children's movie "Shiloh 2," Judd, a lonely, unloved drunk, announces, "You haven't heard the last of me, Ray Preston," giving the congenial dad all the warning he needs to keep his distance from the rascal. Far scarier is the psychopath who kills without warning, without giving the victim the slightest chance to talk him out of his deed, to get help, to get the drop. No wonder, then, that David Berkowitz, the so-called son-of-Sam killer, terrorized entire neighborhoods in New York City's outer boroughs in 1977. He simply walked up to his victims and shot them. Ultimately Berkowitz, whose deeds conferred on a man the title of serial killer for the first time, gave himself away just like the knaves in the movies--by taunting the good guys and ultimately by a careless mistake that led to his capture. Before his apprehension, though, his random, unproclaimed acts of mayhem forced people to barricade themselves into their homes at night, even driving some women to dye their hair blonde to appease the killer, whose insistent target was brunettes.
The son of Sam's executions have a somewhat different effect on a group of 20-something Italian Americans living in an ethnic ghetto in the Bronx. This band of alienated young people do not display the usual signs of anxiety. Not for them the locking down, the defensive barricading so favored by potential victims. Displaying some of the same macho traits of hatred as the killer himself, the pack of largely racist, homophobic toughs use the apprehension of the community as an excuse to trounce and intimidate those they loath. They direct their aggression particularly against a despairing punk rocker, who has just been thrown out of his apartment by his parents (in the film's most comic moment), and who makes extra money turning tricks and acting in porno flicks. Building up a specious case against him like a modern band of holy inquisitors, they vent their spleen against the innocent but flawed young man in much the way that Berkowitz releases his frustration through multiple murders.
Director and co-writer Spike Lee, a frequent critic of Hollywood's attitude toward black filmmakers--who is known for his credo that only blacks should direct movies about African-Americans--veers off in an unusual direction with the making of "Summer of Sam." His first film without a single major black character, "Sam" proves that you don't have to be a white director to make a compelling movie about white people. Though an occasional racist epithet receives voice in this film, the black experience is strictly in the background, giving Lee the opportunity to hone in primarily on Italian- Americans--a group toward which he had shown particular interest in his "Jungle Fever"--about the sexual relationship between an African-American man and an Italian-American woman. Reminiscent of Lee's 1989 look at Brooklyn's leading black community in "Do the Right Thing"--wherein the forty-two-year old director took a close look at individuals amid a racial incident involving Italian-American pizza vendors--"Sam" is more a collage of events than a unified drama. Its disjointed nature is likely, more than any other factor, to generate some negative reviews and less-than-enthusiastic audience response. But Lee is so entertaining in his mixture of comedy, domestic strife and police drama that for the most part his discontinuous production works. Moving along briskly enough and more than occasionally highlighting the torments of dysfunctional people, "Summer of Sam" succeeds in furnishing a period's pain to the screen, a time in New York that tempers were on edge from the hundred-plus degree heat, a blackout that brought devastation to local neighborhoods and the apprehension wrought by a menacing psychopathic killer.
The story begins on a promising note. In place of the usual long array of credits, Lee puts tough-talking journalist and author Jimmy Breslin in the forefront, as the steetwise reporter ticks off an introduction to a time more dangerous than the present in the city that he knows, loves, and hates so well.  Disco and punk are au courant in 1977, and womanizing is in fashion as ever. The perpetually horny Vinny is so compulsive in his sexuality that at one point he excuses himself from his wife on the dance floor to grab what he can from a neighborhood bimbo in his car. During this year, Ritchie (Adrien Brody), a friend of Vinny, gives in to the punk style--adding spikes to his hair style, effecting a Cockney accent, and taking up with Ruby (Jennifer Esposito) while making some extra money dancing in a low-life gay bar.
"Summer of Sam" does best when Lee focuses on the daily rounds of his pitiful group of toughs, subtly indicating the loneliness and poverty of imagination that inform their lives. When they hang out, they don't discuss the latest trends on Broadway, the state of the movies, or the quality of their careers. Their batteries are charged only when they exchange wholly unproved conspiracy theories and particularly when they gang up, intimidate, and beat those who do not look, act, or talk like them. Far from feeling genuine fear of the serial killer, they are invigorated by accounts of his horrific deeds. Berkowitz's killings give the gang all the justification they need to carry out a campaign of villification against those who do not fit in with their life-styles. By contrast, the director is least effective in showing Berkowitz himself. As played by Michael Badalucco--who resembles the real-life killer only in his ample weight-- Berkowitz is seen almost literally climbing the walls of his seedy apartment, bouncing on his bed with rage while he is under the influence of a big black dog who apparently urges him to kill. (Appropriately enough, Berkowitz believes that the name of this satanic dog is Harvey.) The film does not paint a convincing portrait of the police, who are guided by Luigi (Ben Gazarra), going all-out to capture the elusive slayer. Lee seems almost to be telling us to ignore the details of son of Sam's killings in order to focus almost wholly on the gang. Lee's portrayal of the relationship between Vinny and Dionna and on the tortured psyche of Ritchie easily form the story's most compelling segments. John Leguizamo, known by cognoscenti mainly for his comic roles in the stage monologues "Freak" and "Spic-O-Rama" is equally effective in his dramatic capacity here, keeping the sparks flying in his link with his wife, played by Mira Sorvino--who never looked more provocative. Sorvino has her audience hissing each time she forgives her husband's trespasses, ultimately cheering when she gives up on the hopeless creep. Adrien Brody's portrayal of Ritchie again demonstrates this young actor's depths, heretofore on best display in his starring role in "Ten Benny."
Whether this artistic accomplishment will translate well at the box office remains to be seen. The film is thoroughly urban, bound to grip the enthusiasm of big-city dwellers everywhere, while at the same time likely to convince conflicted suburbanites that perhaps they did the right thing by moving out. "Summer of Sam" is about as subtle as Jimmy Breslin. With loud music and upfront posturing, it makes for an entertaining, powerful experience at the movies.
Rated R. Running Time: 142 minutes. (C) 1999 Harvey Karten
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


Attempted child abduction
by The Canadian PressRCMP in Barriere, north of Kamloops, say they are looking for a suspect in an apparent attempt to abduct a child.
They say a 10-year-old girl was walking Friday about 3:30 p.m. when she was approached by a man she didn't know.
Police spokesman Cpl. Rob Welsman says the man grabbed the girl by the wrist but she was able to free herself and run away.
A police dog was brought in to search for the suspect in the area of Barriere Town Road and Dunn Lake Road and officers also canvassed residents about the incident.
Police say the suspect is described as being about 40-years-old, five-feet-seven inches tall with hazel eyes, short brown hair and a full brown beard about four inches in length shaped to a point at the end.
Anyone with video surveillance, dashboard camera footage, or any information about the incident is asked to contact the local Mounties.


Class ResourceDictionary
Implements dictionary for resources. This collection is thread safe.
Inheritance
Implements
Inherited Members
Namespace: EmptyKeys.UserInterface
Assembly: EmptyKeys.UserInterface.dll
Syntax
public class ResourceDictionary : IDictionary, ICollection, IEnumerable
Constructors
ResourceDictionary()
Initializes a new instance of the ResourceDictionary class.
Declaration
public ResourceDictionary()
Properties
Count
Gets the number of elements contained in the System.Collections.ICollection.
Declaration
public int Count { get; }
Property Value
| Type | Description |
|---|---|
| System.Int32 | The number of elements contained in the System.Collections.ICollection. |
DefaultDictionary
Gets the default dictionary.
Declaration
public static ResourceDictionary DefaultDictionary { get; set; }
Property Value
| Type | Description |
|---|---|
| ResourceDictionary | The default dictionary. |
IsFixedSize
Gets a value indicating whether the System.Collections.IDictionary object has a fixed size.
Declaration
public bool IsFixedSize { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean | true if the System.Collections.IDictionary object has a fixed size; otherwise, false. |
IsReadOnly
Gets a value indicating whether the System.Collections.IDictionary object is read-only.
Declaration
public bool IsReadOnly { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean | true if the System.Collections.IDictionary object is read-only; otherwise, false. |
IsSynchronized
Gets a value indicating whether access to the System.Collections.ICollection is synchronized (thread safe).
Declaration
public bool IsSynchronized { get; }
Property Value
| Type | Description |
|---|---|
| System.Boolean | true if access to the System.Collections.ICollection is synchronized (thread safe); otherwise, false. |
Item[Object]
Gets or sets the element with the specified key.
Declaration
public object this[object key] { get; set; }
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | key | The key. |
Property Value
| Type | Description |
|---|---|
| System.Object |
Keys
Gets an System.Collections.ICollection object containing the keys of the System.Collections.IDictionary object.
Declaration
public ICollection Keys { get; }
Property Value
| Type | Description |
|---|---|
| System.Collections.ICollection | An System.Collections.ICollection object containing the keys of the System.Collections.IDictionary object. |
MergedDictionaries
Gets the merged dictionaries.
Declaration
public List<ResourceDictionary> MergedDictionaries { get; }
Property Value
| Type | Description |
|---|---|
| System.Collections.Generic.List<ResourceDictionary> | The merged dictionaries. |
SyncRoot
Gets an object that can be used to synchronize access to the System.Collections.ICollection.
Declaration
public object SyncRoot { get; }
Property Value
| Type | Description |
|---|---|
| System.Object | An object that can be used to synchronize access to the System.Collections.ICollection. |
Values
Gets an System.Collections.ICollection object containing the values in the System.Collections.IDictionary object.
Declaration
public ICollection Values { get; }
Property Value
| Type | Description |
|---|---|
| System.Collections.ICollection | An System.Collections.ICollection object containing the values in the System.Collections.IDictionary object. |
Methods
Add(Object, Object)
Adds an element with the provided key and value to the System.Collections.IDictionary object.
Declaration
public void Add(object key, object value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | key | The System.Object to use as the key of the element to add. |
| System.Object | value | The System.Object to use as the value of the element to add. |
Clear()
Removes all elements from the System.Collections.IDictionary object.
Declaration
public void Clear()
Contains(Object)
Determines whether the System.Collections.IDictionary object contains an element with the specified key.
Declaration
public bool Contains(object key)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | key | The key to locate in the System.Collections.IDictionary object. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if the System.Collections.IDictionary contains an element with the key; otherwise, false. |
CopyTo(Array, Int32)
Copies the elements of the System.Collections.ICollection to an System.Array, starting at a particular System.Array index.
Declaration
public void CopyTo(Array array, int index)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Array | array | The one-dimensional System.Array that is the destination of the elements copied from System.Collections.ICollection. The System.Array must have zero-based indexing. |
| System.Int32 | index | The zero-based index in |
Exceptions
| Type | Condition |
|---|---|
| System.NotImplementedException |
GetEnumerator()
Returns an System.Collections.IDictionaryEnumerator object for the System.Collections.IDictionary object.
Declaration
public IDictionaryEnumerator GetEnumerator()
Returns
| Type | Description |
|---|---|
| System.Collections.IDictionaryEnumerator | An System.Collections.IDictionaryEnumerator object for the System.Collections.IDictionary object. |
Remove(Object)
Removes the element with the specified key from the System.Collections.IDictionary object.
Declaration
public void Remove(object key)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | key | The key of the element to remove. |
TryGetValue(Object, out Object)
Tries the get value.
Declaration
public bool TryGetValue(object key, out object value)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Object | key | The key. |
| System.Object | value | The value. |
Returns
| Type | Description |
|---|---|
| System.Boolean |
Explicit Interface Implementations
IEnumerable.GetEnumerator()
Returns an enumerator that iterates through a collection.
Declaration
IEnumerator IEnumerable.GetEnumerator()
Returns
| Type | Description |
|---|---|
| System.Collections.IEnumerator | An System.Collections.IEnumerator object that can be used to iterate through the collection. |


{% extends 'base.html' %} {% block title %} | Reset password successful{% endblock %} {% block main %}
We've emailed you instructions for resetting your password. You should be receiving them shortly. If you don't receive an email, please make sure you've entered the address you registered with, and check your spam folder.


First, we need to learn the basics
Headings define the outline of your site. There are six levels of headings.
How to make an unordered list:
And now, an ordered list of my top 5 albums:
This time, I wanted to strongly emphasize what I was saying in this sentence.
And I can also do both!!
Soft line breaks cannot wrap anything. Thanks for reading, I hope this helps!
Regards,
Trevon Millner
P.S. This is my first time trying something like this, so it may look messy. I'll get better throughout the semester.


We discovered a minor vulnerability that might affect some apps using ReactDOMServer. We are releasing a patch version for every affected React minor release so that you can upgrade with no friction. Read on for more details.
Today, we are releasing a fix for a vulnerability we discovered in the react-dom/server
implementation. It was introduced with the version 16.0.0 and has existed in all subsequent releases until today.
This vulnerability can only affect some server-rendered React apps. Purely client-rendered apps are not affected. Additionally, we expect that most server-rendered apps don't contain the vulnerable pattern described below. Nevertheless, we recommend to follow the mitigation instructions at the earliest opportunity.
While we were investigating this vulnerability, we found similar vulnerabilities in a few other popular front-end libraries. We have coordinated this release together with Vue and Preact releases fixing the same issue. The tracking number for this vulnerability is CVE-2018-6341
.
We have prepared a patch release with a fix for every affected minor version.
If you're using react-dom/server
with this version:
<EMAIL_ADDRESS>Update to this version instead:
<EMAIL_ADDRESS>(contains the mitigation)If you're using react-dom/server
with one of these versions:
<EMAIL_ADDRESS><EMAIL_ADDRESS>Update to this version instead:
<EMAIL_ADDRESS>(contains the mitigation)If you're using react-dom/server
with this version:
<EMAIL_ADDRESS>Update to this version instead:
<EMAIL_ADDRESS>(contains the mitigation)If you're using react-dom/server
with one of these versions:
<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>Update to this version instead:
<EMAIL_ADDRESS>(contains the mitigation)If you're using react-dom/server
with one of these versions:
<EMAIL_ADDRESS><EMAIL_ADDRESS>Update to this version instead:
<EMAIL_ADDRESS>(contains the mitigation)If you're using a newer version of react-dom
, no action is required.
Note that only the react-dom
package needs to be updated.
Your app might be affected by this vulnerability only if both of these two conditions are true:
Specifically, the vulnerable pattern looks like this:
let props = {};
props[userProvidedData] = "hello";
let element = <div {...props} />;
let html = ReactDOMServer.renderToString(element);
In order to exploit it, the attacker would need to craft a special attribute name that triggers an XSS vulnerability. For example:
In the vulnerable versions of react-dom/server
, the output would let the attacker inject arbitrary markup:
In the versions after the vulnerability was fixed (and before it was introduced), attributes with invalid names are skipped:
You would also see a warning about an invalid attribute name.
Note that we expect attribute names based on user input to be very rare in practice. It doesn't serve any common practical use case, and has other potential security implications that React can't guard against.
React v16.4.2 is available on the npm registry.
To install React 16 with Yarn, run:
To install React 16 with npm, run:
We also provide UMD builds of React via a CDN:
<script crossorigin<EMAIL_ADDRESS><script crossorigin<EMAIL_ADDRESS>Refer to the documentation for detailed installation instructions.
Fix a potential XSS vulnerability when the attacker controls an attribute name (CVE-2018-6341
). This fix is available in the latest<EMAIL_ADDRESS>, as well as in previous affected minor versions<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>, and<EMAIL_ADDRESS>. ([@gaearon](https://github.com/gaearon) in #13302)
Fix a crash in the server renderer when an attribute is called hasOwnProperty
. This fix is only available in<EMAIL_ADDRESS>. ([@gaearon](https://github.com/gaearon) in #13303)


public class FoldLayout
extends ViewGroup
The folding layout where the number of folds, the anchor point and the
orientation of the fold can be specified. Each of these parameters can
be modified individually and updates and resets the fold to a default
(unfolded) state. The fold factor varies between 0 (completely unfolded
flat image) to 1.0 (completely folded, non-visible image).
This layout throws an exception if there is more than one child added to the view.
For more complicated view hierarchy's inside the folding layout, the views should all
be nested inside 1 parent layout.
This layout folds the contents of its child in real time. By applying matrix
transformations when drawing to canvas, the contents of the child may change as
the fold takes place. It is important to note that there are jagged edges about
the perimeter of the layout as a result of applying transformations to a rectangle.
This can be avoided by having the child of this layout wrap its content inside a
1 pixel transparent border. This will cause an anti-aliasing like effect and smoothen
out the edges.


| Overview | Namespace | Class | Index | Help |
| PUBLIC MEMBERS: | CLASSES | STRUCTS | UNIONS | ENUMS | TYPEDEFS | METHODS | STATIC METHODS | DATA | STATIC DATA |
| PRIVATE MEMBERS: | CLASSES | STRUCTS | UNIONS | ENUMS | TYPEDEFS | METHODS | STATIC METHODS | DATA | STATIC DATA |
| virtual | abstract | interface | template |
| NO | NO | NO | NO |
Methods |
|
| OStoreFile( void ) throw( ); |
Construction. |
| ~OStoreFile( void ) throw( ); |
Destruction. |
| OStoreFile( const OStoreFile & rhs ) throw( ); |
Copy construction. |
| OStoreFile & operator=( const OStoreFile & rhs ) throw( ); |
Assignment. |
| explicit OStoreFile( storeFileHandle Handle ) throw( ); |
Construction from File Handle. |
| operator storeFileHandle( void ) const throw( ); |
Conversion into File Handle. |
| bool isValid( void ) const throw( ); |
Check for a valid File Handle. |
| storeError create( const rtl::OUString & rFilename, storeAccessMode eAccessMode, sal_uInt16 nPageSize = STORE_DEFAULT_PAGESIZE ) throw( ); |
Open the file. |
| storeError createInMemory( sal_uInt16 nPageSize = STORE_DEFAULT_PAGESIZE ) throw( ); |
Open the temporary file in memory. |
| void close( void ) throw( ); |
Close the file. |
| storeError flush( void ) const throw( ); |
Flush the file. |
| storeError getRefererCount( sal_uInt32 & rnRefCount ) const throw( ); |
Get the number of referers to the file. |
| storeError getSize( sal_uInt32 & rnSize ) const throw( ); |
Get the file size. |
| storeError attrib( const rtl::OUString & rPath, const rtl::OUString & rName, sal_uInt32 nMask1, sal_uInt32 nMask2, sal_uInt32 & rnAttrib ) throw( ); |
Set attributes of a file entry. |
| storeError attrib( const rtl::OUString & rPath, const rtl::OUString & rName, sal_uInt32 nMask1, sal_uInt32 nMask2 ) throw( ); |
Set attributes of a file entry. |
| storeError link( const rtl::OUString & rSrcPath, const rtl::OUString & rSrcName, const rtl::OUString & rDstPath, const rtl::OUString & rDstName ) throw( ); |
Insert a file entry as 'hard link' to another file entry. |
| storeError symlink( const rtl::OUString & rSrcPath, const rtl::OUString & rSrcName, const rtl::OUString & rDstPath, const rtl::OUString & rDstName ) throw( ); |
Insert a file entry as 'symbolic link' to another file entry. |
| storeError rename( const rtl::OUString & rSrcPath, const rtl::OUString & rSrcName, const rtl::OUString & rDstPath, const rtl::OUString & rDstName ) throw( ); |
Rename a file entry. |
| storeError remove( const rtl::OUString & rPath, const rtl::OUString & rName ) throw( ); |
Remove a file entry. |
Data |
|
| storeFileHandle m_hImpl; | Representation. |
Copyright © 2012, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Opening rasters¶
GeoWombat’s file opening is meant to mimic Xarray and Rasterio. That is, rasters are typically opened with a context manager using the function geowombat.open()
. GeoWombat uses xarray.open_rasterio()
to load data into an xarray.DataArray. In GeoWombat, the data are always chunked, meaning the data are always loaded as Dask arrays. As with xarray.open_rasterio()
, the opened DataArrays always have at least 1 band.
Opening a single image¶
Opening an image with default settings looks similar to xarray.open_rasterio()
and rasterio.open()
. geowombat.open()
expects a file name (str or pathlib.Path).
In [1]: import geowombat as gw
In [2]: from geowombat.data import l8_224078_20200518
In [3]: with gw.open(l8_224078_20200518) as src:
...: print(src)
...:
<xarray.DataArray (band: 3, y: 1860, x: 2041)>
dask.array<open_rasterio-b75235286db2c249d064c09970c38497<this-array>, shape=(3, 1860, 2041), dtype=uint16, chunksize=(1, 256, 256), chunktype=numpy.ndarray>
Coordinates:
* band (band) int64 1 2 3
* y (y) float64 -2.777e+06 -2.777e+06 ... -2.833e+06 -2.833e+06
* x (x) float64 7.174e+05 7.174e+05 7.174e+05 ... 7.785e+05 7.786e+05
Attributes:
transform: (30.0, 0.0, 717345.0, 0.0, -30.0, -2776995.0)
crs: +init=epsg:32621
res: (30.0, 30.0)
is_tiled: 1
nodatavals: (nan, nan, nan)
scales: (1.0, 1.0, 1.0)
offsets: (0.0, 0.0, 0.0)
AREA_OR_POINT: Area
filename: /home/jcgr/Documents/scripts/Python/git_repos/geowombat/e...
resampling: nearest
In the example above, src is an xarray.DataArray. Thus, printing the object will display the underlying Dask array dimensions and chunks, the DataArray named coordinates, and the DataArray attributes.
Opening multiple bands as a stack¶
Often, satellite bands will be stored in separate raster files. To open the files as one DataArray, specify a list instead of a file name.
In [4]: from geowombat.data import l8_224078_20200518_B2, l8_224078_20200518_B3, l8_224078_20200518_B4
In [5]: with gw.open([l8_224078_20200518_B2, l8_224078_20200518_B3, l8_224078_20200518_B4]) as src:
...: print(src)
...:
<xarray.DataArray (time: 3, band: 1, y: 1860, x: 2041)>
dask.array<concatenate, shape=(3, 1, 1860, 2041), dtype=uint16, chunksize=(1, 1, 256, 256), chunktype=numpy.ndarray>
Coordinates:
* band (band) int64 1
* y (y) float64 -2.777e+06 -2.777e+06 ... -2.833e+06 -2.833e+06
* x (x) float64 7.174e+05 7.174e+05 7.174e+05 ... 7.785e+05 7.786e+05
* time (time) datetime64[ns] 2240-07-08 2240-07-08 2240-07-08
Attributes:
transform: (30.0, 0.0, 717345.0, 0.0, -30.0, -2776995.0)
crs: +init=epsg:32621
res: (30.0, 30.0)
is_tiled: 1
nodatavals: (nan,)
scales: (1.0,)
offsets: (0.0,)
AREA_OR_POINT: Point
filename: ['LC08_L1TP_224078_20200518_20200518_01_RT_B2.TIF', 'LC08...
By default, GeoWombat will stack multiple files by time. So, to stack multiple bands with the same timestamp, change the stack_dim keyword.
In [6]: from geowombat.data import l8_224078_20200518_B2, l8_224078_20200518_B3, l8_224078_20200518_B4
In [7]: with gw.open([l8_224078_20200518_B2, l8_224078_20200518_B3, l8_224078_20200518_B4],
...: stack_dim='band') as src:
...: print(src)
...:
<xarray.DataArray (band: 3, y: 1860, x: 2041)>
dask.array<concatenate, shape=(3, 1860, 2041), dtype=uint16, chunksize=(1, 256, 256), chunktype=numpy.ndarray>
Coordinates:
* y (y) float64 -2.777e+06 -2.777e+06 ... -2.833e+06 -2.833e+06
* x (x) float64 7.174e+05 7.174e+05 7.174e+05 ... 7.785e+05 7.786e+05
* band (band) int64 1 1 1
Attributes:
transform: (30.0, 0.0, 717345.0, 0.0, -30.0, -2776995.0)
crs: +init=epsg:32621
res: (30.0, 30.0)
is_tiled: 1
nodatavals: (nan,)
scales: (1.0,)
offsets: (0.0,)
AREA_OR_POINT: Point
filename: ['LC08_L1TP_224078_20200518_20200518_01_RT_B2.TIF', 'LC08...
Opening multiple bands as a mosaic¶
When a list of files are given, GeoWombat will stack the data by default. To mosaic multiple files into the same band coordinate, use the mosaic keyword.
In [8]: from geowombat.data import l8_224077_20200518_B2, l8_224078_20200518_B2
In [9]: with gw.open([l8_224077_20200518_B2, l8_224078_20200518_B2],
...: mosaic=True) as src:
...: print(src)
...:
<xarray.DataArray (band: 1, y: 1515, x: 2006)>
dask.array<maximum, shape=(1, 1515, 2006), dtype=uint16, chunksize=(1, 256, 256), chunktype=numpy.ndarray>
Coordinates:
* band (band) int64 1
* y (y) float64 -2.767e+06 -2.767e+06 ... -2.812e+06 -2.812e+06
* x (x) float64 6.94e+05 6.940e+05 6.941e+05 ... 7.541e+05 7.542e+05
Attributes:
transform: (30.0, 0.0, 694005.0, 0.0, -30.0, -2766615.0)
crs: +init=epsg:32621
res: (30.0, 30.0)
is_tiled: 1
nodatavals: (nan,)
scales: (1.0,)
offsets: (0.0,)
AREA_OR_POINT: Point
filename: ['LC08_L1TP_224077_20200518_20200518_01_RT_B2.TIF', 'LC08...
resampling: nearest
See Raster I/O for more examples illustrating file opening.


true
or false
.
The inspection checks the expressions of the form (var & constant1) == constant2
or
(var | constant1) == constant2
, where constant1
and constant2
are incompatible bitmask constants.
Example:
// Incompatible mask: as the mask ends in 00,
// the result could be 0x1200 but not 0x1234
if ((mask & 0xFF00) == 0x1234) {...}


Text Input Effects
Simple ideas for enhancing text input interactions
Haruki
First Name
Last Name
Email
Hoshi
Name
Street
Town
Inspired by Andrej Radisic's
Jawbreaker input field
Kuro
Username
Website
Invitation Code
Jiro
Cat's Name
Dog's Name
Hamster's Name
Minoru
First Name
Middle Name
Last Name
Yoko
Street
City
Region
Hideo
Username
Email
Password
Kyo
What's your email?
Akira
First Name
Last Name
Maiden Name
Ichiro
Bird's Color
Wing Span
Beak Length
Juro
First Name
Last Name
Maiden Name
Madoka
Frequency
Weight
Strength
Kaede
First Name
Last Name
Website
Isao
First Name
Middle Name
Last Name


|
Capacitive Touch Library
1.2
Description of the Capacitive Touch Library
|
Modules | |
| ISR Definitions | |
Functions | |
| void | TI_CTS_RO_COMPB_TB0_WDTA_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement using CompB, TimerB0, and WDTA. More... | |
| void | TI_CTS_fRO_CSIO_TA2_TA3_HAL (const struct Sensor *group, uint16_t *counts) |
| fRO using Capacitive Touch IO, TimerA2, and TimerA3 More... | |
| void | TI_CTS_RO_CSIO_TA2_TA3_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method using Capacitive Touch IO, TimerA2, and TimerA3. More... | |
| void | TI_CTS_RO_CSIO_TA2_WDTA_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method measurement using Capacitive Touch IO, TimerA2, and WDTA. More... | |
| void | TI_CTS_fRO_PINOSC_TA0_TA1_HAL (const struct Sensor *group, uint16_t *counts) |
| fRO method capacitance measurement using PinOsc IO, TimerA0, and TimerA1 More... | |
| void | TI_CTS_RO_PINOSC_TA0_TA1_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capacitance measurement using PinOsc IO, TimerA0, and TimerA1. More... | |
| void | TI_CTS_RO_COMPAp_TA0_WDTp_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement using CompA+, TimerA0, and WDT+. More... | |
| void | TI_CTS_fRO_COMPAp_TA0_SW_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement using CompA+, TimerA0, and SW loop. More... | |
| void | TI_CTS_fRO_COMPAp_SW_TA0_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement using CompA+, TimerA0, and SW loop. More... | |
| void | TI_CTS_RO_COMPAp_TA1_WDTp_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement using CompA+, TimerA1, and WDT+. More... | |
| void | TI_CTS_fRO_COMPAp_TA1_SW_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement using CompA+, TimerA1, and SW loop. More... | |
| void | TI_CTS_RC_PAIR_TA0_HAL (const struct Sensor *group, uint16_t *counts) |
| RC method capactiance measurement using a Pair of GPIO and TimerA0. More... | |
| void | TI_CTS_fRO_PINOSC_TA0_SW_HAL (const struct Sensor *group, uint16_t *counts) |
| fRO method capactiance measurement using the PinOsc and TimerA0 More... | |
| void | TI_CTS_RO_PINOSC_TA0_WDTp_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement with PinOsc IO, TimerA0, and WDT+. More... | |
| void | TI_CTS_RO_PINOSC_TA0_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement using PinOsc IO, and TimerA0. More... | |
| void | TI_CTS_RO_COMPB_TA0_WDTA_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement using CompB, TimerA0, and WDTA. More... | |
| void | TI_CTS_RO_COMPB_TA1_WDTA_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement using CompB, TimerA1, and WDTA. More... | |
| void | TI_CTS_fRO_COMPB_TA0_SW_HAL (const struct Sensor *group, uint16_t *counts) |
| fRO method capactiance measurement using CompB, TimerA0 More... | |
| void | TI_CTS_fRO_COMPB_TA1_SW_HAL (const struct Sensor *group, uint16_t *counts) |
| fRO method capactiance measurement using CompB, TimerA1 More... | |
| void | TI_CTS_RO_COMPB_TA1_TA0_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capacitance measurement using CompB, TimerA1, and TimerA0. More... | |
| void | TI_CTS_fRO_COMPB_TA1_TA0_HAL (const struct Sensor *group, uint16_t *counts) |
| fRO method capacitance measurement using CompB, TimerA1, and TimerA0 More... | |
| void | TI_CTS_RO_PINOSC_TA1_WDTp_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capactiance measurement with PinOsc IO, TimerA1, and WDT+. More... | |
| void | TI_CTS_RO_PINOSC_TA1_TB0_HAL (const struct Sensor *group, uint16_t *counts) |
| RO method capacitance measurement using PinOsc IO, TimerA1, and TimerB0. More... | |
| void | TI_CTS_fRO_PINOSC_TA1_TA0_HAL (const struct Sensor *group, uint16_t *counts) |
| fRO method capacitance measurement using PinOsc IO, TimerA1, and TimerA0 More... | |
| void | TI_CTS_fRO_PINOSC_TA1_TB0_HAL (const struct Sensor *group, uint16_t *counts) |
| fRO method capacitance measurement using PinOsc IO, TimerA1, and TimerB0 More... | |
| void TI_CTS_fRO_COMPAp_SW_TA0_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement using CompA+, TimerA0, and SW loop.
Schematic Description of CompA+ forming relaxation oscillator.
<- Output
-> Input
R Resistor (typically 100Kohms)
+-<-Px.y (reference) | R | +---+-->COMPA+ | | R R | | GND | | | element-+-R--+-<-CAOUT | +------->COMPA-
The SW loop counts to 'n' accumulationCycles, representing the measurement window. The number of timer counts within TA0R register represents the capacitance of the element.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_fRO_COMPAp_TA0_SW_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement using CompA+, TimerA0, and SW loop.
Schematic Description of CompA+ forming relaxation oscillator.
<- Output
-> Input
R Resistor (typically 100Kohms)
+-<-Px.y (reference) | R | +---+-->COMPA+ | | R R | | GND | | +-->TACLK | element-+-R--+-<-CAOUT | +------->COMPA-
The timer counts to TA0CCR0 representing the measurement window. The number of counts within the SW loop that have accumulated during the measurement window represents the capacitance of the element.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_fRO_COMPAp_TA1_SW_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement using CompA+, TimerA1, and SW loop.
Schematic Description of CompA+ forming relaxation oscillator.
<- Output
-> Input
R Resistor (typically 100Kohms)
+-<-Px.y (reference) | R | +---+-->COMPA+ | | R R | | GND | | +-->TA1CLK | element-+-R--+-<-CAOUT | +------->COMPA-
The timer counts to TA1CCR0 representing the measurement window. The number of counts within the SW loop that have accumulated during the measurement window represents the capacitance of the element.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_fRO_COMPB_TA0_SW_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
fRO method capactiance measurement using CompB, TimerA0
Schematic Description of CompB forming relaxation oscillator and coupling (connection) between the relaxation oscillator and TimerA0.
<- Output
-> Input
R Resistor (typically 100Kohms)
element---+-R--<-CBOUT/TA1CLK | +---->CBx
The TAR reister value is the number of SW loops (function of MCLK) within n charge and discharge cycles. This value is directly proportional to the capacitance of the element measured. 'n' is defined by the variable accumulation_cycles.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_fRO_COMPB_TA1_SW_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
fRO method capactiance measurement using CompB, TimerA1
Schematic Description of CompB forming relaxation oscillator and coupling (connection) between the relaxation oscillator and TimerA1.
<- Output
-> Input
R Resistor (typically 100Kohms)
element---+-R--<-CBOUT/TA1CLK | +---->CBx
The TAR reister value is the number of SW loops (function of MCLK) within n charge and discharge cycles. This value is directly proportional to the capacitance of the element measured. 'n' is defined by the variable accumulation_cycles.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_fRO_COMPB_TA1_TA0_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
fRO method capacitance measurement using CompB, TimerA1, and TimerA0
======== TI_CTS_fRO_COMPB_TA1_TA0_HAL() ======== /n Schematic Description of CompB forming relaxation oscillator and coupling (connection) between the relaxation oscillator and TimerA1. /n <- Output /n -> Input /n R Resistor (typically 100Kohms)
element--+--R--<-CBOUT/TA1CLK | +----->-CBx
/n The TimerA1 interval represents the measurement window. The number of counts within TA0R that have accumulated during the measurement window represents the capacitance of the element.
| (group) | pointer to the sensor to be measured |
| (counts) | pointer to where the measurements are to be written |
Allocate Context Save Variables Status Register: GIE bit only TIMERA0: TA0CTL, TA0CCTL0, TA0CCR0 TIMERA1: TA1CTL, TA1CCTL0, TA1CCR0 COMPB: CBCTL0,CBCTL1,CBCTL2,CBCTL3
| void TI_CTS_fRO_CSIO_TA2_TA3_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
fRO using Capacitive Touch IO, TimerA2, and TimerA3
======== TI_CTS_RO_CSIO_TA2_TA3_HAL ========
Schematic Description:
element--—+->Px.y
The TimerA2 interval represents the measurement window. The number of counts within the TA3R that have accumulated during the measurement window represents the capacitance of the element.
| group | pointer to the sensor to be measured |
| counts | pointer to where the measurements are to be written |
| void TI_CTS_fRO_PINOSC_TA0_SW_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
fRO method capactiance measurement using the PinOsc and TimerA0
Charge and Discharge Cycle + + + + + + + + + Start Timer After n cycles Stop Timer
The TAR reister value is the number of SW loops (function of MCLK) within n charge and discharge cycles. This value is directly proportional to the capacitance of the element measured. 'n' is defined by the variable accumulation_cycles.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_fRO_PINOSC_TA0_TA1_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
fRO method capacitance measurement using PinOsc IO, TimerA0, and TimerA1
Schematic Description:
element--—+->Px.y
The TimerA0 interval represents the measurement window. The number of counts within the TA1R that have accumulated during the measurement window represents the capacitance of the element.
| group | Pointer to the structure describing the Sensor to be measured |
| counts | Pointer to where the measurements are to be written |
| void TI_CTS_fRO_PINOSC_TA1_TA0_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
fRO method capacitance measurement using PinOsc IO, TimerA1, and TimerA0
Schematic Description:
element--—+->Px.y
| group | Pointer to the structure describing the Sensor to be measured |
| counts | Pointer to where the measurements are to be written |
| void TI_CTS_fRO_PINOSC_TA1_TB0_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
fRO method capacitance measurement using PinOsc IO, TimerA1, and TimerB0
Schematic Description:
element--—+->Px.y
| group | Pointer to the structure describing the Sensor to be measured |
| counts | Pointer to where the measurements are to be written |
| void TI_CTS_RC_PAIR_TA0_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RC method capactiance measurement using a Pair of GPIO and TimerA0.
Schematic Description of two GPIO forming RC measruement.
<- Output
-> Input
R Resistor (typically 1Mohms)
+-<-Px.y (reference) | R | Element---+-->Pa.b Charge and Discharge Cycle + + + + + + + + +
Start Timer After n cycles Stop Timer The TAR reister value is the number of SMCLK periods within n charge and discharge cycles. This value is directly proportional to the capacitance of the element measured. 'n' is defined by the variable accumulation_cycles.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_RO_COMPAp_TA0_WDTp_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement using CompA+, TimerA0, and WDT+.
Schematic Description of CompA+ forming relaxation oscillator and coupling (connection) between the relaxation oscillator and TimerA0.
<- Output
-> Input
R Resistor (typically 100Kohms)
+-<-Px.y (reference) | R | +---+-->COMPA+ | | R R | | GND | | +-->TACLK | element-+-R--+-<-CAOUT | +------->COMPA-
The WDT+ interval represents the measurement window. The number of counts within the TA0R that have accumulated during the measurement window represents the capacitance of the element.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_RO_COMPAp_TA1_WDTp_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement using CompA+, TimerA1, and WDT+.
Schematic Description of CompA+ forming relaxation oscillator and coupling (connection) between the relaxation oscillator and TimerA0.
<- Output
-> Input
R Resistor (typically 100Kohms)
+-<-Px.y (reference) | R | +---+-->COMPA+ | | R R | | GND | | +-->TA1CLK | element-+-R--+-<-CAOUT | +------->COMPA-
The WDT+ interval represents the measurement window. The number of counts within the TA0R that have accumulated during the measurement window represents the capacitance of the element.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_RO_COMPB_TA0_WDTA_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement using CompB, TimerA0, and WDTA.
Schematic Description of CompB forming relaxation oscillator and coupling (connection) between the relaxation oscillator and TimerA0.
<- Output
-> Input
R Resistor (typically 100Kohms)
element---+-R--<-CBOUT/TA1CLK | +---->CBx
The WDTA interval represents the measurement window. The number of counts within the TA0R that have accumulated during the measurement window represents the capacitance of the element.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_RO_COMPB_TA1_TA0_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capacitance measurement using CompB, TimerA1, and TimerA0.
======== TI_CTS_RO_COMPB_TA1_TA0_HAL =======
Schematic Description of CompB forming relaxation oscillator and
coupling (connection) between the relaxation oscillator and TimerA1.
<- Output
-> Input
R Resistor (typically 100Kohms)
element--+--R--<-CBOUT/TA1CLK | +----->-CBx
The TimerA0 interval represents the measurement window. The number of counts within TA1R that have accumulated during the measurement window represents the capacitance of the element.
| group | pointer to the sensor to be measured |
| counts | pointer to where the measurements are to be written |
Allocate Context Save Variables Status Register: GIE bit only TIMERA0: TA0CTL, TA0CCTL0, TA0CCR0 TIMERA1: TA1CTL, TA1CCTL0, TA1CCR0 COMPB: CBCTL0,CBCTL1,CBCTL2,CBCTL3
| void TI_CTS_RO_COMPB_TA1_WDTA_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement using CompB, TimerA1, and WDTA.
Schematic Description of CompB forming relaxation oscillator and coupling (connection) between the relaxation oscillator and TimerA1.
<- Output
-> Input
R Resistor (typically 100Kohms)
element---+-R--<-CBOUT/TA1CLK | +---->CBx
The WDTA interval represents the measurement window. The number of counts within the TA1R that have accumulated during the measurement window represents the capacitance of the element.
| group | Address of the structure describing the Sensor to be measured |
| counts | Address to where the measurements are to be written |
| void TI_CTS_RO_COMPB_TB0_WDTA_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement using CompB, TimerB0, and WDTA.
======== TI_CTS_RO_COMPB_TB0_WDTA_HAL ========
Schematic Description of CompB forming relaxation oscillator and coupling (connection) between the relaxation oscillator and TimerA0.
<- Output
-> Input
R Resistor (typically 100Kohms)
element—R-—<-CBOUT/TB0CLK
The WDTA interval represents the measurement window. The number of counts within the TB0R that have accumulated during the measurement window represents the capacitance of the element.
| group | pointer to the sensor to be measured |
| counts | pointer to where the measurements are to be written |
| void TI_CTS_RO_CSIO_TA2_TA3_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method using Capacitive Touch IO, TimerA2, and TimerA3.
======== TI_CTS_RO_CSIO_TA2_TA3_HAL ========
Schematic Description:
element--—+->Px.y
The TimerA3 interval represents the measurement window. The number of counts within the TA2R that have accumulated during the measurement window represents the capacitance of the element.
| group | pointer to the sensor to be measured |
| counts | pointer to where the measurements are to be written |
| void TI_CTS_RO_CSIO_TA2_WDTA_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method measurement using Capacitive Touch IO, TimerA2, and WDTA.
======== TI_CTS_RO_CSIO_TA2_WDTA_HAL ========
Schematic Description:
element--—+->Px.y
The WDTA interval represents the measurement window. The number of counts within the TA2R that have accumulated during the measurement window represents the capacitance of the element.
| group | pointer to the sensor to be measured |
| counts | pointer to where the measurements are to be written |
| void TI_CTS_RO_PINOSC_TA0_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement using PinOsc IO, and TimerA0.
Schematic Description:
element--—+->Px.y
The measurement window is accumulation_cycles/ACLK. The ACLK is used to generate a capture event via the internal connection CCIOB. The counts within the TA0R that have accumulated during the measurement window represents the capacitance of the element.
| group | Pointer to the structure describing the Sensor to be measured |
| counts | Pointer to where the measurements are to be written |
| void TI_CTS_RO_PINOSC_TA0_TA1_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capacitance measurement using PinOsc IO, TimerA0, and TimerA1.
======== TI_CTS_RO_PINOSC_TA0_TA1_HAL ========
Schematic Description:
element–—+->Px.y
The TimerA1 interval represents the gate (measurement) time. The number of oscillations that have accumulated in TA0R during the measurement time represents the capacitance of the element.
| group | pointer to the sensor to be measured |
| counts | pointer to where the measurements are to be written |
Allocate Context Save Variables Status Register: GIE bit only TIMERA0: TA0CTL, TA0CCTL0, TA0CCR0 TIMERA1: TA1CTL, TA1CCTL0, TA1CCR0 Ports: PxSEL, PxSEL2
The measGateSource represents the gate source for timer TIMERA1, which can be sourced from TACLK, ACLK, SMCLK, or INCLK. The interrupt handler is defined in TIMER1_A0_VECTOR, which simply clears the low power mode bits in the Status Register before returning from the ISR.
| void TI_CTS_RO_PINOSC_TA0_WDTp_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement with PinOsc IO, TimerA0, and WDT+.
Schematic Description:
element--—+->Px.y
The WDT+ interval represents the measurement window. The number of counts within the TA0R that have accumulated during the measurement window represents the capacitance of the element.
| group | Pointer to the structure describing the Sensor to be measured |
| counts | Pointer to where the measurements are to be written |
| void TI_CTS_RO_PINOSC_TA1_TB0_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capacitance measurement using PinOsc IO, TimerA1, and TimerB0.
======== TI_CTS_RO_PINOSC_TA1_TB0_HAL ========
Schematic Description:
element–—+->Px.y
The TimerA1 interval represents the gate (measurement) time. The number of oscillations that have accumulated in TA1R during the measurement time represents the capacitance of the element.
| group | pointer to the sensor to be measured |
| counts | pointer to where the measurements are to be written |
Allocate Context Save Variables Status Register: GIE bit only TIMERA0: TA1CTL, TA1CCTL0, TA1CCR0 TIMERB1: TB0CTL, TB0CCTL0, TB0CCR0 Ports: PxSEL, PxSEL2
The measGateSource represents the gate source for timer TIMERA1, which can be sourced from TACLK, ACLK, SMCLK, or INCLK. The interrupt handler is defined in TIMER1_A0_VECTOR, which simply clears the low power mode bits in the Status Register before returning from the ISR.
| void TI_CTS_RO_PINOSC_TA1_WDTp_HAL | ( | const struct Sensor * | group, |
| uint16_t * | counts | ||
| ) |
RO method capactiance measurement with PinOsc IO, TimerA1, and WDT+.
Schematic Description:
element--—+->Px.y
The WDT+ interval represents the measurement window. The number of counts within the TA0R that have accumulated during the measurement window represents the capacitance of the element.
| group | Pointer to the structure describing the Sensor to be measured |
| counts | Pointer to where the measurements are to be written |


Ronaldinho Splashes The Cash On Stunning R3.6m Aston Martin
by SL SocialEarlier this year, it was reported that Brazilian legend Ronaldinho was facing some financial trouble. However, his recent purchase of a R3.6 million Aston Martin could well suggest otherwise. Check it out!
In July, reports in Brazilian media suggested that the ex-Barcelona trickster was stopped in his tracks while trying to sell some of his real estate in an attempt to pay unpaid environmental fines on alleged illegal construction at one of his lake houses in Porto Alegre.
Nonetheless, Ronaldinho recently took to Instagram to showcase his new ride, which he seemingly purchased while spending time in Saudi Arabia.
Download The Soccer Laduma Social Media App & Earn Airtime for Selfies!
With money issues seemingly being the least of his worries, the former AC Milan star showed off what is known as an Aston Martin Rapide AMR, with Arabnews.com reporting that Ronaldinho bought the car at a car show called the 2019 Riyadh Motor Show.
The fire-breathing V12 sports car can reach speeds of 100km/h in four seconds, and is priced around the R3.6 million mark.
To see the ride, scroll through the gallery above!
What do you think of Ronaldinho's reported new car?


imtoolkit.CoherentMLDSimulator module¶
-
class
imtoolkit.CoherentMLDSimulator.
CoherentMLDSimulator
(codes, channel)[source]¶ Bases:
imtoolkit.Simulator.Simulator
A simulatror that relies on the coherent maximum likelihood detector, that assumes perfect channel state information at the receiver. The environment variable USECUPY determines whether to use cupy or not.
- Parameters
codes (ndarray) – an input codebook, which is generated on the CPU memory and is transferred into the GPU memory.
channel (imtoolkit.Channel) – a channel model used in simulation.
-
simulateAMIParallel
(params, outputFile=True, printValue=True)[source]¶ Simulates AMI values at multiple SNRs, where the massively parallel algorithm is used. This implementation is especially designed for cupy.
- Parameters
params (imtoolkit.Parameter) – simulation parameters.
outputFile (bool) – a flag that determines whether to output the obtained results to the results/ directory.
printValue (bool) – a flag that determines whether to print the simulated values.
- Returns
a dict that has two keys: snr_dB and ber, and contains the corresponding results. All the results are transferred into the CPU memory.
- Return type
ret (dict)
-
simulateAMIReference
(params, outputFile=True, printValue=True)[source]¶ Simulates AMI values at multiple SNRs, where the straightforward reference algorithm is used. Note that this time complexity is unrealistically high.
- Parameters
params (imtoolkit.Parameter) – simulation parameters.
outputFile (bool) – a flag that determines whether to output the obtained results to the results/ directory.
printValue (bool) – a flag that determines whether to print the simulated values.
- Returns
a dict that has two keys: snr_dB and ber, and contains the corresponding results. All the results are transferred into the CPU memory.
- Return type
ret (dict)
-
simulateBERParallel
(params, outputFile=True, printValue=True)[source]¶ Simulates BER values at multiple SNRs, where the massively parallel algorithm is used. This implementation is especially designed for cupy.
- Parameters
params (imtoolkit.Parameter) – simulation parameters.
outputFile (bool) – a flag that determines whether to output the obtained results to the results/ directory.
printValue (bool) – a flag that determines whether to print the simulated values.
- Returns
a dict that has two keys: snr_dB and ber, and contains the corresponding results. All the results are transferred into the CPU memory.
- Return type
ret (dict)
-
simulateBERReference
(params, outputFile=True, printValue=True)[source]¶ Simulates BER values at multiple SNRs, where the straightforward reference algorithm is used. Note that this time complexity is unrealistically high.
- Parameters
params (imtoolkit.Parameter) – simulation parameters.
outputFile (bool) – a flag that determines whether to output the obtained results to the results/ directory.
printValue (bool) – a flag that determines whether to print the simulated values.
- Returns
a dict that has two keys: snr_dB and ber, and contains the corresponding results. All the results are transferred into the CPU memory.
- Return type
ret (dict)


I had discovered Ultram by accident when a doctor prescribed it to me for an eye injury. I had done my research on the internet as to how much of a dose to take. After that I decided to take about 4 or 5 of them at once to see what they would do. That was about 8 months ago and I am still taking the drug almost every day.
Ultram, while not an opiate, is a lot like an opiate with a little bit of a twist. Sometimes when I take it I think that it makes me speed a little bit too. Ultram gives me a great warm itchy feeling with a pretty good body buzz. The best thing about Ultram is the feeling of warmth towards the rest of the world it gives me. When I am on Ultram I feel that I can do anything and that the world is a much better place. It takes away all of my aches and pains as I think that I have a little bit of arthritis, and it just makes me feel good and happy all around. This drug has really brightened up my life and I am glad that I found it.
They say that Ultram isnít addictive and they classify it as an analgesic. I think that they are wrong because I think that it is very addictive especially with someone that has a problem with opiates and drugs like them. I donít think that I am hooked on the drug, but it can be hard to stop taking them at times.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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Curly and Floppy Twistytail, the Funny Piggie Boys
by Howard R. Garis
Chapter 19: “Curly and the Sour Milk”
Additional Information
- Year Published: 1918
- Language: English
- Country of Origin: United States of America
- Source: Garis, H. R. (1918). Curly and Floppy Twistytail, the Funny Piggie Boys. New York, NY: A. L. Burt Co.
-
Readability:
- Flesch–Kincaid Level: 3.7
- Word Count: 1,348
- Genre: Fantasy
- ✎ Cite This
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“Oh, mamma!” exclaimed Curly the little piggie boy, as he rushed into the house one noon and nearly upset his little sister Pinky, in her new go-cart. “What do you think? There isn’t going to be any school for two weeks!”
“Why not?” asked Mrs. Twistytail, who was just getting dinner.
“Because the schoolhouse roof blew off in the storm last night,” said Flop, who was Curly’s brother, “and it will take two weeks to put a new one on. So the nice owl lady teacher said we could have a vacation. Oh, I’m so glad!”
“My goodness me, sakes alive and some Montclair caramels!” cried Mrs. Twistytail. “A school vacation this time of year—so near winter. I never heard of such a thing.”
“But it will be all the nicer,” said Curly, “and we can go after chestnuts every day. Hi-yi! Hurrah!” and he squealed and jumped around the room, and so did Flop, and they were the two most delighted little pigs you ever saw. Just then along came Uncle Wiggily Longears, the old gentleman rabbit.
“What’s this!” he cried. “What is going on here?”
“No school!” squealed Curly. “No school! We have a vacation!”
“The very thing!” suddenly said the old gentleman rabbit. “I was just wishing it was summer time, so some of my animal friends could come away with me. I am going on a little vacation trip myself, and I thought I would have to go alone. But if there is no school, then Curly and Flop can come with me.”
“Where to?” asked Flop.
“To Raccoon Island in Lake Hopatcong,” answered Uncle Wiggily. “We’ll go up to my bungalow, stay two weeks and have a good time.”
“Oh, fine!” cried Curly.
“Oh, joyousness!” squealed Flop, as he spun about on one leg and tickled Baby Pinky with the other.
Well, that afternoon, Mamma Twistytail got the two boys ready, and off they went with Uncle Wiggily to Raccoon Island in Lake Hopatcong, which is a very nice place. It was beginning to get dark when they arrived, and, after they had eaten some candy, and Uncle Wiggily had opened the bungalow, he looked around and said:
“Now, boys, you will have to go to the store for something for supper.”
“What shall we get?” asked Flop.
“Well, see if you can get a cabbage or a turnip for me,” spoke the old gentleman rabbit, “and for yourselves whatever you like.
“And I want a corncob cake,” went on Flop.
“Very well, go down to Pop Goes the Weasel’s store and get it,” said Uncle Wiggily, and the two boys started off to the other end of the island, where Pop Goes the Weasel kept a grocery store. Flop got his corncob cakes first, and as Curly had to wait for the milk to get sour he said to his brother:
“Now, Flop, you hurry back with Uncle Wiggily’s cabbage and carrots, and I’ll soon come with my sour milk.”
“Won’t you be afraid?” asked Flop, for the woods were now quite dark.
“Afraid! Nonsensicalness no!” exclaimed Curly, “and a bouquet of wild flowers besides. Run along.”
So Flop ran back toward the bungalow, and pretty soon Pop Goes the Weasel said the milk was sour enough, and he gave it to Curly in a pail.
Through the dark woods went the little piggie boy, and he had not gone very far before he heard some one crying, and a voice saying:
“Oh, dear! I’m lost! I can’t find my bungalow, and I can’t find my motorboat, and I’m afraid—dreadfully afraid!”
“Ha! I wonder who that can be?” thought Curly Tail. “Perhaps it may be the bad alligator trying to scare Cora Janet. No, that can’t be,” he went on, “for Cora Janet is down in Montclair, making funny music tunes on the piano.”
Then he heard the gentle little crying voice again, and he knew it was somebody in trouble, Curly did, and he called out:
“Who is there?”
“I am,” sobbed a voice.
“And who are you?”
“My name is Ethel Rose,” went on the voice, “and I am lost. Oh, please help me. I’m so afraid!”
“Of course, I’ll help you,” spoke Curly bravely. “But why is your name Ethel Rose?—that is two names.”
“I don’t know,” answered the little girl, and then she stepped out from the bushes where she had been crying, and the moon shone down on her face and her ear-rings and dark hair, and Curly said:
“Now I know why they call you Ethel Rose.”
“Why?” she asked.
“Because you are as pretty as a rose,” and at that Ethel laughed. “But come,” went on Curly, “I’ll show you the way to our bungalow, and then Uncle Wiggily will take care of you.”
“Oh, will he?” cried Ethel Rose, and so she walked along beside Curly, who was carrying his pail of sour milk. And, all of a sudden, when they were near the bungalow, there was a rustling in the bushes, and out jumped a big black bear.
“Ah, ha!” the bear cried. “Now I have you Curly, and you, too, Ethel Rose! Oh, how nice! You come with me and I will tell your fortune!”
“But I know my fortune already,” said Ethel Rose, and she was just ready to cry again, for she did not like bears.
“Never mind, come along to my den, anyhow!” growled the bear. “I am going to have roast pork for supper!” and he made a grab for Curly and Ethel Rose, and caught them in his big claws.
And then, all at once, he saw the pail Curly was carrying—that bear did—and he growled out:
“Ha! Ha! What have we here? Something good, I’ll venture. Well, I’ll take that first!” And before Curly could stop him the bear tipped up the pail and drank every drop of sour milk at one mouthful! And then! Oh, dear!
“Wow! Woof! Snickery-snee! Bur-r-r! Lemons! Vinegar! Sourgrass!” cried the bear.  And Curly knew this, so he cried:
“Come on, Ethel Rose, we can get away now! Uncle Wiggily will save us!” So Curly Tail helped Ethel Rose to run away and the bear’s mouth was so puckered up from the sour milk that he had to run down to the lake to get a drink of water, and so Curly Tail and pretty Ethel Rose got safely to the bungalow and away from the bear. And that’s all there is tonight, if you please.
But the next story, in case the marshmallow doesn’t stick on Ethel Rose’s hair ribbon, and make a pin cushion of it, will be about Flop and the pie lady.


by Akianonymus
Posted on August 10, 2019 at 12:00 PM
The final Android Q beta is here. As expected , Google has kicked off August by releasing Android Q Beta 6. Like last month’s Android Q Beta 5 update, this is a “release candidate” build. That means it should be pretty close to the final build we’ll see this Fall. However, that doesn’t mean Google is done making changes. Let’s take a look.
Once again, the finalized developer APIs, official API 29 SDK, and updated builds tools for Android Studio are included. Google has also continued to refine the Gesture Navigation in Android Q Beta 6. The Gesture Navigation system has been the most contentious part of Android Q and Google claims to be listening to user feedback.
A lot of the work being done with Android Q Beta 6 is under the hood. The final release of Android Q is coming soon and Google wants developers to get their apps ready. Now is the time to install apps on Android Q, test the new privacy features , and push the newly compatible app to the Play Store. Google also recommends that apps now include a Dark Theme or enable Force Dark. They also recommend apps support the new Gesture Navigation and foldable devices.
Android Q Beta 6 is available now for Pixel devices by enrolling in the Android Beta program. Other OEMs that are participating in the Android Q beta will be updating their device over the next few weeks. If you’re interested in learning more about the Android Q beta process, check out the Android team’s recent Reddit AMA .


Developed by Rakesh.G,Sajida.M,Ashok.N under the guidance of Mr.Shobhith Kumar
Rajiv Gandhi University of Knowledge Technologies
Computer Science and Engineering
Our physical world is increasingly supported by a cyberspace infrastructure.The flip side of this increased reliance, however, is that we are vulnerable to threats to our cyberspace infrastructure. The number and scope of cyber attacks and threats looming today can seem overwhelming and we dont have an appropriately sized army of cyber security professionals. Hence the need for hackers grows.To suffice this we need tools that help aspiring hackers.We need tools that are simple and intuitive to use.
SDLC : Agile Development Model
Version control system : Git+GitHub
IDE : Pycharm
Tools : Pyside, Qt,
Dependencies :
third party dependencies : nikto, sqlmap
HackStack* is geared towards the hacking enthusiast
simple interface-relatively easy to administer
main point of interaction for the users
it has the following features :Server Scanner, Web Spider, Bruteforcer, Repeater, SQLi, XSS, Online Exploit Finder, Browser, Shell
uses internet to fetch and display some results
def portscannermethod(self):
serverip = str(self.serverscannerip.text())
port = str(self.serverscannerport.text())
if serverip != "" and port != "":
if len(serverip.split(".")) == 4 and (int(port) % 2 == 0 or int(port) % 2 == 1) and not int(port)< 0:
ss = PortScan(serverip, port, self.portscannerconsole)
ss.start()
ss.join()
print("terminated")
else:
self.serverscannerconsole.append("Inputs are invalid ")
aims to be the best first step for a penetration testing enthusiast.
complete open source application
Also there is a great scope for apportioning of requirements in the future releases
- Thank You
- Queries ? ?


RPF is a java framework that utilizes tools such as Guice and org.reflections to create a productive development environment for programmers of any project type, by providing a plethora of libraries and bindings for your favourite APIs, automatically registering commands, managers, etc, and more.
Guice
org.reflections
RPF has extensive documentation available on the wiki, and of course there's the javadocs. Getting started is as simple as adding the repository and dependency to your build tool of choice, or if you're old fashioned, you can find binaries on jenkins.
Gradle:
repositories {
mavenCentral()
maven {
url = "https://repo.piggypiglet.me/repository/maven-releases/"
}
}
dependencies {
compile "me.piggypiglet:framework-core:+"
}
Maven:
<repositories>
<repository>
<id>piggypiglet</id>
<name>piggypiglet</name>
<url>https://repo.piggypiglet.me/repository/maven-releases/</url>
</repository>
</repositories>
<dependencies>
<dependency>
<groupId>me.piggypiglet</groupId>
<artifactId>framework-core</artifactId>
<version>LATEST</version>
</dependency>
</dependencies>
By far the most important feature of RPF, is it's registerable system, a flow chart of which can be seen on the right, or under if you're on a small screen.
To put it in words, the startup registerable system allows you to make guice bindings, and them immediately depend on them in the next registerables. A more in depth explanation with examples can be seen by clicking on the guice logo.
Another major selling point of RPF is it's automatic org.reflections integration for major components, such as commands, file types, loggers, and anything else that would normally have to be manually registered. Bindings also extend this functionality significantly. In layman's terms, normally when you create a new class, you'd have to reference it somewhere, so your application actually knows to execute it. Not with RPF, with the power of org.reflections' classpath scanning, the framework automatically registers anything you'd typically be doing manually. With exception to registerables of course, as they usually require a specific startup order. More info on this can be found by clicking on the reflections logo.
A full feature list can be found here.


The use of a broken or risky cryptographic algorithm is an unnecessary risk that may result in the exposure of sensitive information. The use of a non-standard algorithm is dangerous because a determined attacker may be able to break the algorithm and compromise whatever data has been protected. Well-known techniques may exist to break the algorithm.
If you are handling sensitive data or you need to protect a communication channel, you may be using cryptography to prevent attackers from reading it. You may be tempted to develop your own encryption scheme in the hopes of making it difficult for attackers to crack. This kind of grow-your-own cryptography is a welcome sight to attackers. Cryptography is just plain hard. If brilliant mathematicians and computer scientists worldwide can't get it right (and they're always breaking their own stuff), then neither can you. You might think you created a brand-new algorithm that nobody will figure out, but it's more likely that you're reinventing a wheel that falls off just before the parade is about to start.
The following detection methods for weak cryptographic algorithm vulnerabilities are available:
Automated Analysis. Automated methods may be useful for recognizing commonly-used libraries or features that have become obsolete. False negatives may occur if the tool is not aware of the cryptographic libraries in use, or if custom cryptography is being used.
Manual Analysis. This weakness can be detected using tools and techniques that require manual (human) analysis, such as penetration testing, threat modeling, and interactive tools that allow the tester to record and modify an active session. These may be more effective than strictly automated techniques. This is especially the case with weaknesses that are related to design and business rules.
The following mitigation methods for weak cryptographic algorithm vulnerabilities are available:
Use strong cryptographic algorithms. Select a well-vetted algorithm that is currently considered to be strong by experts in the field, and select well-tested implementations. As with all cryptographic mechanisms, the source code should be available for analysis. For example, US government systems require FIPS 140-2 certification. When you use industry-approved techniques, you need to use them correctly. Don't cut corners by skipping resource-intensive steps (CWE-325). These steps are often essential for preventing common attacks.
Do not develop your own cryptographic algorithms. They will likely be exposed to attacks that are well-understood by cryptographers. Reverse engineering techniques are mature. If your algorithm can be compromised if attackers find out how it works, then it is especially weak.
Periodically ensure that you aren't using obsolete cryptography. Some older algorithms, once thought to require a billion years of computing time, can now be broken in days or hours. This includes MD4, MD5, SHA1, DES, and other algorithms that were once regarded as strong.
Design your software so that you can replace one cryptographic algorithm with another. This will make it easier to upgrade to stronger algorithms.
Carefully manage and protect cryptographic keys (see CWE-320). If the keys can be guessed or stolen, then the strength of the cryptography itself is irrelevant.
Use a secure framework. Use a vetted library or framework that does not allow this weakness to occur or provides constructs that make this weakness easier to avoid. Industry-standard implementations will save you development time and may be more likely to avoid errors that can occur during implementation of cryptographic algorithms. Consider the ESAPI Encryption feature.


Teferi's Puzzlebox
A build-your-own-standard constructed format for the middle-era sets.
Lost Legacy, 606
A constructed format to emulate Legacy as it was in June 2006, prior to the release of Coldsnap.
Hacks 1.25 Classic
(formerly) Gushbond.format
Low Country Highlander
Singleton constructed with a points list.
Tools
Proxy Printer
Print playtest proxies.
Sample Hand
Generate decklist sample hands.


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