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I’m an American who’s lived in the US, the UK, Japan, the Netherlands, and now France. People kept emailing me over the years to ask me how to move to a foreign country. As it turns out, the answer is complex and I got tired of cutting-n-pasting the same email over and over again. So I started a blog entitled “Overseas Exile.” I posted several times a week for many years, but I let the domain lapse and now someone else has snapped it up. You can still read my old posts , but I felt, given the current climate in the US, that it’s worth sharing some of this here.
This wasn’t my first post, but it was one of the most important, despite the silly premise.
So your eccentric great-aunt Gertrude has invited you over for dinner and when you arrive, you find a mysterious stranger with her. She introduces him as “Count von Europe”. After a long and pleasant conversation over food and drinks, the Count says “your aunt invited you over because I need someone to watch my Bavarian castle while I’m away for a year. I’ll also pay you €50,000 a year and let you borrow the Bentley when you want to travel around Europe on your days off. When can you fly to Germany?”
Sadly, for many people I’ve spoken with, their “dream” of living abroad is little more than “Count von Europe.” I see people on message boards saying things like “I want to move to Italy. Anybody got a job/marriage/house for me?” Honestly, it’s not going to be that easy. However, you can do it if you plan things right and understand what’s involved. When I talk to people about this, I sometimes use “Count von Europe” as a thought experiment, but the ending is a little different. He makes the same offer, but with a catch: you have to leave tomorrow.
First, we’ll have a slight digression. Many years ago I used to sell cars (don’t hate me for that.  One thing management drilled into our heads over and over again was that 80% of people only agree to drive home in a car after being asked to buy five times.That’s because people have objections. “The price is too high.” “I wanted red, not blue.” “I’m just looking.” My job as a salesperson was to understand and overcome all objections the customer had. If I could do that, they’d agree to buy the car, but it’s harder than it sounds.
If you want to take up Count von Europe’s offer, overcome your own objections. If you can do that, you’re one step closer to moving to another country, so let’s look at those objections.
I don’t have a passport.
This one boggles my mind because I’ve been surprised at how many people say they want to live in another country but don’t have a passport. If you’re from the US, go here to apply for a passport . Otherwise, it’s fairly easy to find out where to apply.
I’m locked into a long-term lease.
Then find a way to get out of that lease. When I was offered a job in another country in 2001 I had three months left on my lease. I went to the landlord and explained the problem. She was actually very gracious about it and let me end the lease early without penalty. It never hurts to ask!
Failing that, convert your lease to a monthly lease when it ends. Or have enough cash on hand to buy out the lease. Or when it ends, become someone’s roommate.
But I own the property I live in!
Then sell it. Or rent it out and rent a room somewhere. Or find a property management company who will rent it out for you.
I have a wife/husband/partner/children, etc.
That’s a tough one. Right now you have to decide what you want to do. If you have obligations to others who don’t want to leave (I’ve been there and it’s tough), then you’re stuck. I can’t/won’t offer advice here other than to suggest taking them on a vacation to the target country. It’s a lot easier to appreciate something if you know something about it.
I have a cat/dog/iguana.
You can still move overseas, but you have to make sure you conform to your target country’s regulations for shipping your pet there. The “Transitions Abroad” Web site has a good article to help you understand the basics of moving a pet overseas .
Other Objections
If you get a chance to leave tomorrow, what’s stopping you? Figure out what that is and if it’s more important than living abroad. And fix it.
Think about these objections and any others you may have. This is the starting point for being able to move overseas. If you find that you could say “yes” to Count von Europe, you’ve gotten enough of your life in order that you can make this happen. This is key to realizing the dream of moving abroad. I don’t expect that you’ll actually be able to leave at the drop of a hat, but if you can, it’s much easier. Think how much cheaper and faster it is to move to a foreign country with a backpack as compared to an entire household of goods.
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Will it correlate?
ONS
API
Source
Category 1:
Category 2:
Correlation statistics
Update
Do they correlate?
Pearson Correlation Coefficient:
Correlation Graph


Course Projects
A short description of Course Projects I did in B.Tech. CSE curriculum at IIT-H
I did several projects in the B.Tech. Curriculum of CSE@IITH. I will describe a few here. Most of them are open-sourced on my Github page.
COOL-Compiler
Course: Compilers-II
COOL stands for Classroom-Object-Oriented-Language. As the name shows, it is object orientied and is especially made for classroom learning activities.
We were given some base code of the backend and had to complete its parts to form a full fledged compilers.
We also created its front end in the Compilers-I, but this was not incorporated into the project of Compilers-II.
NodeRunner
Course: PoPL-II
Node runner is a multi-player version of the classic LodeRunner game. We used the channels and locks in Golang to process the backend of game in a safe and secure way. Multithreading was the main focus of this project.
FELIX Interpreter
Haskell is quite different from languages like C/C++/Python/Java/Javascript.
Haskell belongs to the domain of functional programming. If you are new to it, you will feel it a lot difficult unless you are clear with its basic constructs.
FELIX (yeah we created that logo with GIMP 🤣!) is a dummy javascript like programming language, and we implemented an interpreter for it in Haskell. We used several frontend compiler libraries and used simple logic for backend.
playAtKey
It is a simple tkinter python app that can be used to play keyboard, guitar and drums on your laptop. We found that drums were the best to play with.
Quode-IDE
It was a simple text editor in python and tkinter. Apart from standard code editor features, it supported almost 50+ programming languages.
Conference Management System
We also implemented a Conference Management System using Django. It belonged to course: Software Engineering. We had quite big code base, with features of a standard conference-management-system. However, with the rise of 2nd COVID wave in India, our semester was quickly wrapped up and the project could not be purused later. We were near to completion and testing was remaining.
Since corona subdued the project, we named it Kerona
.
Many other projects
There are many other projects that are not being mentioned here. For example, we created played with several networking softwares like Software Defined Networks in our Networks course.


InitFastCGI()
语法
Result = InitFastCGI(LocalPort)概要
Initializes FastCGI support. Once called, all the CGI commands switch automatically to FastCGI support. This library support threaded FastCGI processing, when enabling the 'thread-mode' in PureBasic. FastCGI support is only supported trough a local socket. InitCGI() needs to be called before using this command.
Unlike a regular CGI program which is launched at every request, the FastCGI program stays in memory once launched and can handle any number of requests. It can be very useful if the CGI initialization is time consumming (for example connecting a database), so it's only performed once at start.
参数
LocalPort The local port to bind the FastCGI application. The web-server needs to be configured to use this port.
返回值
Returns non-zero if the FastCGI environment has been correctly initialized.
备注
Using FastCGI can be much easier for development than standard CGI, as the program can stay in memory and be debugged as usual PureBasic application.
To configure FastCGI support on Apache, you need to activate the 'mod_proxy' and 'mod_proxy_fcgi' modules, and then add a 'ProxyPass' declaration in the configuration:ProxyPass /myfastcgiapp/ fcgi://localhost:5600/Here, the url '/myfastcgiapp' will redirect to the FastCGI program binded on the port 5600. It's also possible to run the FastCGI program on distant server.
示例
If Not InitCGI() End EndIf If Not InitFastCGI(5600) ; Create the FastCGI program on port 5600 End EndIf While WaitFastCGIRequest() If ReadCGI() WriteCGIHeader(#PB_CGI_HeaderContentType, "text/html", #PB_CGI_LastHeader) ; Write the headers to inform the browser of the content format WriteCGIString("<title>PureBasic - FastCGI</title>" + "Hello from PureBasic FastCGI !
" + "Actual time: "+FormatDate("%hh:%ii", Date()) + "" + "") EndIf Wend
参阅
InitCGI(), WaitFastCGIRequest()
已支持操作系统
所有


Symbol Index for "Intention Under Consideration"
Symbol Index for diagram
"Intention Under Consideration"
Abandoned Intention (Class)
Agent Accepted Intention (Class)
Agent Rejected Intention (Class)
Agent Selected Intention (Class)
Established Focus (Class)
focus for (Association)
Fulfilled Intention (Class)
Intention State (Class)
Intention Under Consideration (Class)
Intention/State (Generalization Node)
Not Required Intention (Class)
Required Intention (Class)


{% extends "global/Page.html" %} {% load otree %} {% block title %} Results {% endblock %} {% block content %}
| Your price | {{ player.price }} |
|---|---|
| Lowest price | {{ group.winning_price }} |
| Was your product sold? | {% if player.is_winner %} Yes {% else %} No {% endif %} |
| Your payoff | {{ player.payoff }} |


My bank is Swedish ICA-banken (or “ICA banken”, as they would have it - it’s a Swedish grammar vs. marketing thing).
They’re a fairly modern bank – even have an iPhone version.
They do not offer a RSS feed of account activity, though. I really wanted this: account activity in your feed reader means you can easily keep on top of where your money goes, when you get your salary and when you get paid for that eBay item.
I suggested to the bank that they add it, but they didn’t want to, so I made it myself.
(The account numbers and balances in the screenshot are fake.)
I realize it will only be of use to customers of ICA-banken, but I thought I’d still share it for those few, and as inspirations for others. It should be fairly easy to adapt to any bank that offers read access without a hardware token or similar.
For your own privacy (since you shouldn’t give your password to strangers), I don’t offer a hosted version, but if you know your way around CGI scripts, set it up yourself: http://github.com/henrik/atomica
It’s actually an Atom feed, not RSS, but any modern feed reader won’t care.
Alas, I believe Google Reader still doesn’t support HTTP authentication in feeds. Most desktop readers do, as does the online Bloglines (and it doesn’t share authenticated feeds publicly, of course).
Also see my ICA-banken autologin Greasemonkey script.


Jahirul Islam Bhuiyan
Some common features of shopping cart have been developed.
AngularJS is used to develop this small application.
To ensure quality of this product, we have written unit testing code in Jasmine and run with Karma


This Bible contradiction is from the Skeptic's Annotated Bible.
Verses
God does not repent.
Numbers 23:19 View context
God [is] not a man, that he should lie; neither the son of man, that he should repent: hath he said, and shall he not do [it]? or hath he spoken, and shall he not make it good?
1 Samuel 15:29 View context
And also the Strength of Israel will not lie nor repent: for he [is] not a man, that he should repent.
Ezekiel 24:14 View context
I the LORD have spoken [it]: it shall come to pass, and I will do [it]; I will not go back, neither will I spare, neither will I repent; according to thy ways, and according to thy doings, shall they judge thee, saith the Lord GOD.
Malachi 3:6 View context
For I [am] the LORD, I change not; therefore ye sons of Jacob are not consumed.
James 1:17 View context
Every good gift and every perfect gift is from above, and cometh down from the Father of lights, with whom is no variableness, neither shadow of turning.
God repents.
Genesis 6:6 View context
And it repented the LORD that he had made man on the earth, and it grieved him at his heart.
Exodus 32:14 View context
And the LORD repented of the evil which he thought to do unto his people.
Deuteronomy 32:36 View context
For the LORD shall judge his people, and repent himself for his servants, when he seeth that [their] power is gone, and [there is] none shut up, or left.
1 Samuel 15:11 View context
It repenteth me that I have set up Saul [to be] king: for he is turned back from following me, and hath not performed my commandments. And it grieved Samuel; and he cried unto the LORD all night.
2 Samuel 24:16 View context
And when the angel stretched out his hand upon Jerusalem to destroy it, the LORD repented him of the evil, and said to the angel that destroyed the people, It is enough: stay now thine hand. And the angel of the LORD was by the threshingplace of Araunah the Jebusite.
1 Chronicles 21:15 View context
And God sent an angel unto Jerusalem to destroy it: and as he was destroying, the LORD beheld, and he repented him of the evil, and said to the angel that destroyed, It is enough, stay now thine hand. And the angel of the LORD stood by the threshingfloor of Ornan the Jebusite.
Isaiah 38:1-5 View context
In those days was Hezekiah sick unto death. And Isaiah the prophet the son of Amoz came unto him, and said unto him, Thus saith the LORD, Set thine house in order: for thou shalt die, and not live.
Then Hezekiah turned his face toward the wall, and prayed unto the LORD,
And said, Remember now, O LORD, I beseech thee, how I have walked before thee in truth and with a perfect heart, and have done [that which is] good in thy sight. And Hezekiah wept sore.
Then came the word of the LORD to Isaiah, saying,
Go, and say to Hezekiah, Thus saith the LORD, the God of David thy father, I have heard thy prayer, I have seen thy tears: behold, I will add unto thy days fifteen years.
Jeremiah 15:6 View context
Thou hast forsaken me, saith the LORD, thou art gone backward: therefore will I stretch out my hand against thee, and destroy thee; I am weary with repenting.
Amos 7:3 View context
The LORD repented for this: It shall not be, saith the LORD.
Jonah 3:10 View context
And God saw their works, that they turned from their evil way; and God repented of the evil, that he had said that he would do unto them; and he did [it] not.


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Recording can be replayed by authorised students. A smart way for your students to review course or for absent students to catch up and keep on track!
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Grant webcam & microphone access for participants, allow/disallow whiteboard control, sharing documents & presentations, and screen sharing.
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Approval ups investor confidence in IBC process
IBC’s aim is time-bound resolution: RP
by Special CorrespondentThe Supreme Court’s decision in the Essar Steel case sets a precedent for other cases under the Insolvency and Bankruptcy Code (IBC).
While striking down the NCLAT order, the court approved ArcelorMittal’s resolution plan submitted on October 23, 2018, and upheld the overriding status of financial creditors vis-à-vis the operational creditors.
“Challenges faced during the resolution process included managing various stakeholder, improving operations and litigations in different forums,” Satish Kumar Gupta, the resolution professional for Essar Steel, told The Hindu. “Essar Steel achieved its highest ever production and EBITDA during the CIRP. Approval of plan enhances confidence of stakeholders and investors in the IBC process.”
Mrutyunjay Mahapatra, MD & CEO of Syndicate Bank, said “The decision will help in time-bound resolution of other NCLT cases, which is the aim of the IBC. Financial creditors were awaiting the judgment; now, the rules are clear. Operational creditors can claim rights in case of liquidation.”


I remember receiving a letter from the American publisher Harper Collins that said that: "reading The Alchemist was like getting up at dawn and seeing the sun rise while the rest of the world still slept." I went outside, looked up at the sky, and thought to myself: "So, the book is going to be published in English!" At the time, I was struggling to establish myself as a writer and to follow my path despite all the voices telling me it was impossible. 笔记：
And little by little, my dream was becoming reality. Ten, a hundred, a thousand, a million copies sold in America. One day, a Brazilian journalist phoned to say that President Clinton had been photographed reading the book. Some time later, when I was in Turkey, I opened the magazine Vanity Fair and there was Julia Roberts declaring that she adored the book. Walking alone down a street in Miami, I heard a girl telling her mother: "You must read The Alchemist!" 笔记：
The book has been translated into fifty-six languages, has sold more than twenty million copies, and people are beginning to ask: What's the secret behind such a huge success? 笔记：
The only honest response is: I don't know. All I know is that, like Santiago the shepherd boy, we all need to be aware of our personal calling. What is a personal calling? It is God's blessing, it is the path that God chose for you here on Earth. Whenever we do something that fills us with enthusiasm, we are following our legend. However, we don't all have the courage to confront our own dream. 笔记：
Why?
There are four obstacles. First: we are told from childhood onward that everything we want to do is impossible. We grow up with this idea, and as the years accumulate, so too do the layers of prejudice, fear, and guilt. There comes a time when our personal calling is so deeply buried in our soul as to be invisible. But it's still there. 笔记：
If we have the courage to disinter dream, we are then faced by the second obstacle: love. We know what we want to do, but are afraid of hurting those around us by abandoning everything in order to pursue our dream. We do not realize that love is just a further impetus, not something that will prevent us going forward. We do not realize that those who genuinely wish us well want us to be happy and are prepared to accompany us on that journey. 笔记：
Once we have accepted that love is a stimulus, we come up against the third obstacle: fear of the defeats we will meet on the path. We who fight for our dream, suffer far more when it doesn't work out, because we cannot fall back on the old excuse: "Oh, well, I didn't really want it anyway." We do want it and know that we have staked everything on it and that the path of the personal calling is no easier than any other path, except that our whole heart is in this journey. Then, we warriors of light must be prepared to have patience in difficult times and to know that the Universe is conspiring in our favor, even though we may not understand how. 笔记：
I ask myself: are defeats necessary? 笔记：
Well, necessary or not, they happen. When we first begin fighting for our dream, we have no experience and make many mistakes. The secret of life, though, is to fall seven times and to get up eight times. 笔记：
So, why is it so important to live our personal calling if we are only going to suffer more than other people? 笔记：
Because, once we have overcome the defeats—and we always do—we are filled by a greater sense of euphoria and confidence. In the silence of our hearts, we know that we are proving ourselves worthy of the miracle of life. Each day, each hour, is part of the good fight. We start to live with enthusiasm and pleasure. Intense, unexpected suffering passes more quickly than suffering that is apparently bearable; the latter goes on for years and, without our noticing, eats away at our soul, until, one day, we are no longer able to free ourselves from the bitterness and it stays with us for the rest of our lives. 笔记：
Having disinterred our dream, having used the power of love to nurture it and spent many years living with the scars, we suddenly notice that what we always wanted is there, waiting for us, perhaps the very next day. Then comes the fourth obstacle: the fear of realizing the dream for which we fought all our lives. 笔记：
Oscar Wilde said: "Each man kills the thing he loves." And it's true. The mere possibility of getting what we want fills the soul of the ordinary person with guilt. We look around at all those who have failed to get what they want and feel that we do not deserve to get what we want either. We forget about all the obstacles we overcame, all the suffering we endured, all the things we had to give up in order to get this far.  笔记：
This is the most dangerous of the obstacles because it has a kind of saintly aura about it: renouncing joy and conquest. But if you believe yourself worthy of the thing you fought so hard to get, then you become an instrument of God, you help the Soul of the World, and you understand why you are here. 笔记：
Paulo Coelho
Rio de Janeiro
November 2002
Translated by Margaret Jull Costa


HOCUS POCUS A film review by Steve Rhodes Copyright 1997 Steve Rhodes
RATING (0 TO ****): *
Welcome to Salem, and being the late 1600s, its time for witches. Taking center stage as our three conjurers are Bette Midler, Sarah Jessica Parker, and Kathy Najimy, playing the three hags known as Winifred, Sarah, and Mary. HOCUS POCUS was Disney's 1993 ode to Halloween, and one of Disney's lamest comedies.
Lifelessly directed by Kenny Ortega, it starts with the three crazy witches in old Salem. They have kidnapped a little girl of about six so they can kill her, thereby draining out her youth and making themselves younger. When her brother, Thackery Binx, finds his sister dead, he tries to get out of the witches' house, but Winifred turns him into a black cat (voice by Jason Marsden) and dooms the feline to live forever.
After that "promising" beginning, the show skips 300 hundred years forward to the present when it is, of course, almost Halloween. Teenage Max (Omri Katz), his 8-year-old sister Dani (Thora Birch) and their parents have just moved to Salem from LA. Salem now has some classic juvenile delinquents like Ice (Larry Bagny III) who steal Max's shoes so he hates the place, that is until he meets Allison (Vinessa Shaw), the local rich girl.
The town is obsessed with the legend of the three witches, and on Halloween, Max, Dani, and Allison go to the witches' home and light the forbidden candle. Like most teenagers, Max ignores all warnings, including the one that explains that if a virgin lights the candle at the right time, the three witches will return.
Well, they do come back to life, but for all the laughs they get they should have stayed firmly in the grave. The script by Neil Cuthbert, Mick Garris, and David Kirschner never finds its footing. Sometimes it tries to be a BEETLEJUICE clone, and other times it thinks it is a romantic comedy. It never has any convictions about its direction and stays constantly adrift.
The best that can be said about the acting by the witches is that it is, well, bizarre. And rarely funny. For some reason, Midler gets most of the dialog and the screen time. As for the other two, maybe their background roles are an advantage so that most people will not realize they were ever associated with this picture.
What do the witches do when they make their grand appearance before the town? Making like The Supremes, they jump right in and sing and dance their hearts out on stage. Too bad, they couldn't have conjured up a little imagination and at least a few token laughs.
HOCUS POCUS runs 1:36.  The show should be acceptable for kids around 8 and up. My son Jeffrey, age 8, thought the show was "good" but complained that he thought "the language was inappropriate." I do not recommend this bland comedy, and I give it just a single *.
**** = A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show. Don't waste your money. 0 = Totally and painfully unbearable picture.
REVIEW WRITTEN ON: June 29, 1997
Opinions expressed are mine and not meant to reflect my employer's.
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J. Cole Cole2018.jpg Cole performing in 2017 Born Jermaine Lamarr Cole[1] January 28, 1985 (age 34) Frankfurt, Hesse, West Germany Residence Raleigh, North Carolina, U.S.[2] Other names Blaza Therapist Kill Edward[3] Alma mater St. John's University Occupation Rapper singer songwriter record producer Years active 2007–present Home town Fayetteville, North Carolina, U.S. Spouse(s) Melissa Heholt (m. 2015) Children 1 Awards List of awards and nominations Musical career Genres Hip hop Instruments Vocals keyboards piano guitar bass guitar sampler Labels Dreamville Roc Nation Interscope Columbia ByStorm Associated acts Ari Lennox Bas Cozz EarthGang Elite Jay-Z Jeremih J.I.D Kendrick Lamar Miguel Omen Trae tha Truth Wale Website dreamville.com Jermaine Lamarr Cole (born January 28, 1985), known professionally as J. Cole, is an American rapper, singer, songwriter and record producer.[4][5] Born on a military base in Germany but raised in Fayetteville, North Carolina,[6] Cole initially gained recognition as a rapper following the release of his debut mixtape, The Come Up, in early 2007. Intent on further pursuing a solo career as a rapper, he went on to release two additional mixtapes, The Warm Up and Friday Night Lights after signing to Jay-Z's Roc Nation imprint in 2009.
J. Cole Cole2018.jpg Cole performing in 2017 Born Jermaine Lamarr Cole[1] January 28, 1985 (age 34) Frankfurt, Hesse, West Germany Residence Raleigh, North Carolina, U.S.[2] Other names Blaza Therapist Kill Edward[3] Alma mater St. John's University Occupation Rapper singer songwriter record producer Years active 2007–present Home town Fayetteville, North Carolina, U.S. Spouse(s) Melissa Heholt (m. 2015) Children 1 Awards List of awards and nominations Musical career Genres Hip hop Instruments Vocals keyboards piano guitar bass guitar sampler Labels Dreamville Roc Nation Interscope Columbia ByStorm Associated acts Ari Lennox Bas Cozz EarthGang Elite Jay-Z Jeremih J.I.D Kendrick Lamar Miguel Omen Trae tha Truth Wale Website dreamville.com Jermaine Lamarr Cole (born January 28, 1985), known professionally as J. Cole, is an American rapper, singer, songwriter and record producer.[4][5] Born on a military base in Germany but raised in Fayetteville, North Carolina,[6] Cole initially gained recognition as a rapper following the release of his debut mixtape, The Come Up, in early 2007. Intent on further pursuing a solo career as a rapper, he went on to release two additional mixtapes, The Warm Up and Friday Night Lights after signing to Jay-Z's Roc Nation imprint in 2009.
i live in memphis tn
clyde.bledsoe@yahoo.com


Simply adjusting the layout of your work environment (height of your chair, position of your monitor, etc.) can greatly improve your work environment and reduce the risk of RSI and related injuries. Please see the ergonomic guidelines for arranging a computer workstation from Cornell University.
The following items are available to borrow (for free) for up to one month from the GSC RSI Lending Library. If you find that the device you borrowed is helpful, you should ask your advisor to purchase it for you. The approximate cost of each device is listed in the table. To borrow any of these devices, please contact Jiajia Li (jiajiali@gatech) to arrange a pickup time. Devices are located in Lab 1201 in the Klaus building, and borrowers are responsible for picking up and returning them.
To request a device please fill out this form to be added to the waiting list. If the device is available, you will be able to pick it up within a day or two. If the device is checked out, you'll be added to the waiting list and you'll have first priority when the device is returned. Overdue items will be recalled immediately if there is interest from a new borrower.


QStackedWidget Class
The QStackedWidget class provides a stack of widgets where only one widget is visible at a time. More...
| Header: | #include <QStackedWidget> |
| qmake: | QT += widgets |
| Inherits: | QFrame |
Properties
- count : const int
- currentIndex : int
- 6 properties inherited from QFrame
- 59 properties inherited from QWidget
- 1 property inherited from QObject
Public Functions
| QStackedWidget(QWidget *parent = Q_NULLPTR) | |
| ~QStackedWidget() | |
| int | addWidget(QWidget *widget) |
| int | count() const |
| int | currentIndex() const |
| QWidget * | currentWidget() const |
| int | indexOf(QWidget *widget) const |
| int | insertWidget(int index, QWidget *widget) |
| void | removeWidget(QWidget *widget) |
| QWidget * | widget(int index) const |
- 14 public functions inherited from QFrame
- 214 public functions inherited from QWidget
- 32 public functions inherited from QObject
- 14 public functions inherited from QPaintDevice
Public Slots
| void | setCurrentIndex(int index) |
| void | setCurrentWidget(QWidget *widget) |
Signals
| void | currentChanged(int index) |
| void | widgetRemoved(int index) |
Reimplemented Protected Functions
| virtual bool | event(QEvent *e) |
- 4 protected functions inherited from QFrame
- 35 protected functions inherited from QWidget
- 9 protected functions inherited from QObject
- 1 protected function inherited from QPaintDevice
Additional Inherited Members
- 1 public variable inherited from QObject
- 5 static public members inherited from QWidget
- 10 static public members inherited from QObject
- 4 protected functions inherited from QFrame
- 35 protected functions inherited from QWidget
- 9 protected functions inherited from QObject
- 1 protected function inherited from QPaintDevice
- 1 protected slot inherited from QWidget
- 2 protected variables inherited from QObject
- 1 protected type inherited from QPaintDevice
Detailed Description
The QStackedWidget class provides a stack of widgets where only one widget is visible at a time.
QStackedWidget can be used to create a user interface similar to the one provided by QTabWidget. It is a convenience layout widget built on top of the QStackedLayout class.
Like QStackedLayout, QStackedWidget can be constructed and populated with a number of child widgets ("pages"):
QWidget *firstPageWidget = new QWidget; QWidget *secondPageWidget = new QWidget; QWidget *thirdPageWidget = new QWidget; QStackedWidget *stackedWidget = new QStackedWidget; stackedWidget->addWidget(firstPageWidget); stackedWidget->addWidget(secondPageWidget); stackedWidget->addWidget(thirdPageWidget); QVBoxLayout *layout = new QVBoxLayout; layout->addWidget(stackedWidget); setLayout(layout);
QStackedWidget provides no intrinsic means for the user to switch page. This is typically done through a QComboBox or a QListWidget that stores the titles of the QStackedWidget's pages. For example:
QComboBox *pageComboBox = new QComboBox; pageComboBox->addItem(tr("Page 1")); pageComboBox->addItem(tr("Page 2")); pageComboBox->addItem(tr("Page 3")); connect(pageComboBox, SIGNAL(activated(int)), stackedWidget, SLOT(setCurrentIndex(int)));
When populating a stacked widget, the widgets are added to an internal list. The indexOf() function returns the index of a widget in that list. The widgets can either be added to the end of the list using the addWidget() function, or inserted at a given index using the insertWidget() function. The removeWidget() function removes a widget from the stacked widget. The number of widgets contained in the stacked widget can be obtained using the count() function.
The widget() function returns the widget at a given index position. The index of the widget that is shown on screen is given by currentIndex() and can be changed using setCurrentIndex(). In a similar manner, the currently shown widget can be retrieved using the currentWidget() function, and altered using the setCurrentWidget() function.
Whenever the current widget in the stacked widget changes or a widget is removed from the stacked widget, the currentChanged() and widgetRemoved() signals are emitted respectively.
See also QStackedLayout, QTabWidget, and Config Dialog Example.
Property Documentation
count : const int
This property holds the number of widgets contained by this stacked widget
By default, this property contains a value of 0.
Access functions:
| int | count() const |
See also currentIndex() and widget().
currentIndex : int
This property holds the index position of the widget that is visible
The current index is -1 if there is no current widget.
By default, this property contains a value of -1 because the stack is initially empty.
Access functions:
| int | currentIndex() const |
| void | setCurrentIndex(int index) |
Notifier signal:
| void | currentChanged(int index) |
See also currentWidget() and indexOf().
Member Function Documentation
QStackedWidget::QStackedWidget(QWidget *parent = Q_NULLPTR)
Constructs a QStackedWidget with the given parent.
See also addWidget() and insertWidget().
QStackedWidget::~QStackedWidget()
Destroys this stacked widget, and frees any allocated resources.
int QStackedWidget::addWidget(QWidget *widget)
Appends the given widget to the QStackedWidget and returns the index position. Ownership of widget is passed on to the QStackedWidget.
If the QStackedWidget is empty before this function is called, widget becomes the current widget.
See also insertWidget(), removeWidget(), and setCurrentWidget().
[signal]
void QStackedWidget::currentChanged(int index)
This signal is emitted whenever the current widget changes.
The parameter holds the index of the new current widget, or -1 if there isn't a new one (for example, if there are no widgets in the QStackedWidget).
Note: Notifier signal for property currentIndex.
See also currentWidget() and setCurrentWidget().
QWidget *QStackedWidget::currentWidget() const
Returns the current widget, or 0 if there are no child widgets.
See also currentIndex() and setCurrentWidget().
[virtual protected]
bool QStackedWidget::event(QEvent *e)
Reimplemented from QObject::event().
int QStackedWidget::indexOf(QWidget *widget) const
Returns the index of the given widget, or -1 if the given widget is not a child of the QStackedWidget.
See also currentIndex() and widget().
int QStackedWidget::insertWidget(int index, QWidget *widget)
Inserts the given widget at the given index in the QStackedWidget. Ownership of widget is passed on to the QStackedWidget. If index is out of range, the widget is appended (in which case it is the actual index of the widget that is returned).
If the QStackedWidget was empty before this function is called, the given widget becomes the current widget.
Inserting a new widget at an index less than or equal to the current index will increment the current index, but keep the current widget.
See also addWidget(), removeWidget(), and setCurrentWidget().
void QStackedWidget::removeWidget(QWidget *widget)
Removes widget from the QStackedWidget. i.e., widget is not deleted but simply removed from the stacked layout, causing it to be hidden.
Note: Parent object and parent widget of widget will remain the QStackedWidget. If the application wants to reuse the removed widget, then it is recommended to re-parent it.
See also addWidget(), insertWidget(), and currentWidget().
[slot]
void QStackedWidget::setCurrentWidget(QWidget *widget)
Sets the current widget to be the specified widget. The new current widget must already be contained in this stacked widget.
See also currentWidget() and setCurrentIndex().
QWidget *QStackedWidget::widget(int index) const
Returns the widget at the given index, or 0 if there is no such widget.
See also currentWidget() and indexOf().
[signal]
void QStackedWidget::widgetRemoved(int index)
This signal is emitted whenever a widget is removed. The widget's index is passed as parameter.
See also removeWidget().


FG to ban single use of plastic materials in 2024
by Cornelius Essen, AbujaFollowing its plans to ban the single-use of plastic materials, the Federal Government has advised that a moratorium of 2024 be given to formulating policy guidelines on its implementation and management.
In addition, there is the need to ensure that states adopt and implement provisions of the National Health Care Waste Management Policy and its guidelines so as to prevent healthcare waste challenges.
These were contained in a communiqué of the 13th National Council on Environment (NCE), which also noted that the release of excess water in dams across the country causes excessive flood disasters for coastal communities in Nigeria.
It, therefore, urged all relevant agencies to effectively manage and monitor the release of water to curb the adverse effects, adding that Warning Systems (FEWS) has been providing predictions in no fewer than 3,023 locations.
The communiqué further stressed the need to promote de-silting and dredging of rivers to improve on their flood carrying capacity and ameliorate perennial flooding along the riverine communities.
“The Ecological Funds Office (EFO) should support the Ministry of Environment to fund some major ecological remediation projects to collaborate with states on modalities towards the establishment of Renewable Energy Facilities,” it said.
On 2019 National Forest Policy Documents, it said the document would be forwarded to the Federal Executive Council (FEC) for approval to provide a guide for Sustainable Forest Management in the country.


IndProp19Inductively Defined Propositions
Set Warnings "-notation-overridden,-parsing".
From Coq Require Import ssreflect ssrbool ssrfun.
Require Import PeanoNat. (* for basic properties of nat functions! *)
Import Nat.
From Coq Require Import ssreflect ssrbool ssrfun.
Require Import PeanoNat. (* for basic properties of nat functions! *)
Import Nat.
Inductively Defined Propositions
- Rule ev_0: The number 0 is even.
- Rule ev_SS: If n is even, then S (S n) is even.
| (ev_0) | |
| ev 0 |
| ev n | (ev_SS) |
| ev (S (S n)) |
------ (ev_0)
ev 0
------ (ev_SS)
ev 2
------ (ev_SS)
ev 4
Why call this a "tree" (rather than a "stack", for example)?
Because, in general, inference rules can have multiple premises.
We will see examples of this below.
ev 0
------ (ev_SS)
ev 2
------ (ev_SS)
ev 4
Inductive ev : nat → Prop :=
| ev_0 : ev 0
| ev_SS : ∀n : nat, ev n → ev (S (S n)).
| ev_0 : ev 0
| ev_SS : ∀n : nat, ev n → ev (S (S n)).
This definition is different in one crucial respect from
previous uses of Inductive: its result is not a Type, but
rather a function from nat to Prop — that is, a property of
numbers. Note that we've already seen other inductive definitions
that result in functions, such as list, whose type is Type →
Type. What is new here is that, because the nat argument of
ev appears unnamed, to the right of the colon, it is allowed
to take different values in the types of different constructors:
0 in the type of ev_0 and S (S n) in the type of ev_SS.
In contrast, the definition of list names the X parameter
globally, to the left of the colon, forcing the result of
nil and cons to be the same (list X).
Had we tried to bring
nat to the left in defining ev, we would have seen an error:
Fail Inductive wrong_ev (n : nat) : Prop :=
| wrong_ev_0 : wrong_ev 0
| wrong_ev_SS : ∀n, wrong_ev n → wrong_ev (S (S n)).
(* ===> Error: A parameter of an inductive type n is not
allowed to be used as a bound variable in the type
of its constructor. *)
| wrong_ev_0 : wrong_ev 0
| wrong_ev_SS : ∀n, wrong_ev n → wrong_ev (S (S n)).
(* ===> Error: A parameter of an inductive type n is not
allowed to be used as a bound variable in the type
of its constructor. *)
("Parameter" here is Coq jargon for an argument on the left of the
colon in an Inductive definition; "index" is used to refer to
arguments on the right of the colon.)
We can think of the definition of ev as defining a Coq property
ev : nat → Prop, together with theorems ev_0 : ev 0 and
ev_SS : ∀ n, ev n → ev (S (S n)). Such "constructor
theorems" have the same status as proven theorems. In particular,
we can use Coq's apply tactic with the rule names to prove ev
for particular numbers...
Theorem ev_4 : ev 4.
Proof. apply ev_SS. apply ev_SS. apply ev_0. Qed.
Proof. apply ev_SS. apply ev_SS. apply ev_0. Qed.
... or we can use function application syntax:
Theorem ev_4' : ev 4.
Proof. apply (ev_SS 2 (ev_SS 0 ev_0)). Qed.
Proof. apply (ev_SS 2 (ev_SS 0 ev_0)). Qed.
We can also prove theorems that have hypotheses involving ev.
Theorem ev_plus4 : ∀n, ev n → ev (4 + n).
Proof.
move ⇒ n Hn.
apply ev_SS. apply ev_SS. apply Hn.
Qed.
Proof.
move ⇒ n Hn.
apply ev_SS. apply ev_SS. apply Hn.
Qed.
Using Evidence in Proofs
- E is ev_0 (and n is O), or
- E is ev_SS n' E' (and n is S (S n'), where E' is evidence for ev n').
Theorem even_minus2: ∀n,
even n = true → even (pred (pred n)) = true.
Proof.
by move ⇒ [ | [ | n' ] ].
Qed.
even n = true → even (pred (pred n)) = true.
Proof.
by move ⇒ [ | [ | n' ] ].
Qed.
We can state the same claim in terms of ev, but this quickly
leads us to an obstacle: Since ev is defined inductively —
rather than as a function — Coq doesn't know how to simplify a
goal involving ev n after case analysis on n...
Theorem ev_minus2: ∀n,
ev n → ev (pred (pred n)).
Proof.
move ⇒ [ | [ | n' ] ].
- (* n = 0 *) move ⇒ ?; by apply ev_0.
- (* n = 1 *) move ⇒ ?; by apply ev_0.
- (* n = n' + 2 *) move ⇒ /= ?. (* what now though? *)
Abort.
ev n → ev (pred (pred n)).
Proof.
move ⇒ [ | [ | n' ] ].
- (* n = 0 *) move ⇒ ?; by apply ev_0.
- (* n = 1 *) move ⇒ ?; by apply ev_0.
- (* n = n' + 2 *) move ⇒ /= ?. (* what now though? *)
Abort.
The solution is to perform case analysis on the evidence that ev n
directly. By the definition of ev, there are two cases to consider:
Here is how it's done formally:
- If that evidence is of the form ev_0, we know that n = 0. Therefore,
it suffices to show that ev (predn (predn 0)) holds. By the definition
of predn, this is equivalent to showing that ev 0 holds, which
directly follows from ev_0.
- Otherwise, that evidence must have the form ev_SS n' E', where n = S (S n') and E' is evidence for ev n'. We must then show that ev (predn (predn (S (S n')))) holds, which, after simplification, follows directly from E'.
Theorem ev_minus2 : ∀n,
ev n → ev (pred (pred n)).
Proof.
move ⇒ n [| n' E'].
- (* E = ev_0 *) by apply ev_0.
- (* E = ev_SS n' E' *) by apply E'. Qed.
ev n → ev (pred (pred n)).
Proof.
move ⇒ n [| n' E'].
- (* E = ev_0 *) by apply ev_0.
- (* E = ev_SS n' E' *) by apply E'. Qed.
There are, however, more problematic instances. Here's one:
Theorem evSS_ev : ∀n,
ev (S (S n)) → ev n.
Proof.
move ⇒ n [ | n' E'].
(* E = ev_0. *)
(* We must prove that n is even from no assumptions! *)
Abort.
ev (S (S n)) → ev n.
Proof.
move ⇒ n [ | n' E'].
(* E = ev_0. *)
(* We must prove that n is even from no assumptions! *)
Abort.
What happened, exactly? Destructing the evidence has the effect of
replacing all occurrences of the property argument by the values that
correspond to each constructor. This is enough in the case of ev_minus2'
because that argument, n, is mentioned directly in the final goal.
However, it doesn't help in the case of evSS_ev since the term that gets
replaced, i.e., (S (S n)) is not mentioned anywhere.
In standard Ltac, the tactic used in such cases is inversion, which can
detect
- (1) that the first case does not apply, and
- (2) that the n' that appears on the ev_SS case must be the same as n.
Theorem evSS_ev : ∀n,
ev (S (S n)) → ev n.
Proof.
move ⇒ n E.
inversion E as [| n' E'].
(* We are in the E = ev_SS n' E' case now. *)
apply E'.
Qed.
ev (S (S n)) → ev n.
Proof.
move ⇒ n E.
inversion E as [| n' E'].
(* We are in the E = ev_SS n' E' case now. *)
apply E'.
Qed.
But, as stated on several previous occasions, ssreflect avoids the use of
inversion by design. In fact, we have arrived at a point where a more
systematic discussion of principles underlying ssreflect is necessary...
Full Syntax of Case Distinction
Theorem evSS_ev' : ∀n,
ev (S (S n)) → ev n.
Proof.
move ⇒ n E.
- Recall that inversion on E pulled new equations out of the hat by inspecting the assumption and applying some heuristics.
- In ssreflect, we would like to do that in a more coordinated way.
- We want to do case distinction on the constructors of E, instantiating them with S (S n) as their parameter.
- This can be done using the case: ... / ... variant of the case tactic.
- Note that for example case E' : (S n) / E results in error: "the given pattern matches the term (S n) while the inferred pattern (S (S n)) doesn't"
Fail case E' : (S n) / E.
But it works with a matching pattern:
case E' : (S (S n)) / E.
We could write case E' : (S (S n)) / E ⇒ [|n' en'] to give names to things.
We could also let ssreflect infer the obvious pattern by using underscore.
The case tactic now creates a subgoal for the constructor ev_0,
trying to match its parameter (the constant 0) with the supplied pattern
S (S n). We used the equation generation feature to give the name E' to
this equation, which is obviously discriminable:
- by [].
The second case creates a subgoal for ev_SS. It matches the
parameter of the conclusioin of the constructor (ev S (S n)) with our
supplied pattern and introduces its premises into the context. Of course,
it chooses a new name for the natural number n; this is done anonymously
here, but we could write case E' : (S (S n)) / E ⇒ [|n'] to give it a name,
if we wanted to reuse it later in the proof. This is not necessary here,
we can just perform case distinction on E' to strip the constructors off
the two numbers and rewrite with the resulting equation to solve the goal.
- by case: E' ⇒ → .
Qed.
Qed.
By using this methodology, we can also apply the principle of explosion to
"obviously contradictory" hypotheses involving inductive properties. For
example:
Theorem one_not_even : ¬ev 1.
Proof.
by case E : _ /. Qed.
Proof.
by case E : _ /. Qed.
Prove the following results using case: ... / ....
Theorem SSSSev__even : ∀n,
ev (S (S (S (S n)))) → ev n.
Proof.
(* WORKED IN CLASS *)
move⇒ n.
case E :_ / ⇒ [|n' H] //.
(*case E : (S (S (S (S n)))) / => |n' H //.*)
case: _/H E ⇒ [|? ?] //.
by case⇒ →. Qed.
ev (S (S (S (S n)))) → ev n.
Proof.
(* WORKED IN CLASS *)
move⇒ n.
case E :_ / ⇒ [|n' H] //.
(*case E : (S (S (S (S n)))) / => |n' H //.*)
case: _/H E ⇒ [|? ?] //.
by case⇒ →. Qed.
An even simpler theorem:
Theorem even5_nonsense :
ev 5 → 2 + 2 = 9.
Proof.
case E1: _ / ⇒ [| n Hn] //.
case E2: _ / Hn ⇒ [|n' Hn'] //; rewrite E2 in E1.
(* WORKED IN CLASS *)
- discriminate.
- case E3: _ / Hn' ⇒ [|n'' Hn'']; rewrite E3 in E1.
+ discriminate.
+ by case n.
Qed.
ev 5 → 2 + 2 = 9.
Proof.
case E1: _ / ⇒ [| n Hn] //.
case E2: _ / Hn ⇒ [|n' Hn'] //; rewrite E2 in E1.
(* WORKED IN CLASS *)
- discriminate.
- case E3: _ / Hn' ⇒ [|n'' Hn'']; rewrite E3 in E1.
+ discriminate.
+ by case n.
Qed.
This look repetive. Let us smoothen this up a bit:
Theorem even5_nonsense' :
ev 5 → 2 + 2 = 9.
Proof.
(*case E1: 5 / => | n Hn //.
case E2: _ / Hn => |n' Hn' *)
case E1: _ / ⇒ [| n Hn] //.
case: E1 Hn ⇒ <-. (* Automating further: *)
(* WORKED IN CLASS *)
case E1: _ / ⇒ [| n' Hn] //.
case: E1 Hn ⇒ <-.
case E1: _ / ⇒ [| n'' Hn] //.
Qed.
ev 5 → 2 + 2 = 9.
Proof.
(*case E1: 5 / => | n Hn //.
case E2: _ / Hn => |n' Hn' *)
case E1: _ / ⇒ [| n Hn] //.
case: E1 Hn ⇒ <-. (* Automating further: *)
(* WORKED IN CLASS *)
case E1: _ / ⇒ [| n' Hn] //.
case: E1 Hn ⇒ <-.
case E1: _ / ⇒ [| n'' Hn] //.
Qed.
But this looks repetitive too. If we don't insist on naming the number and use the do tactical, we can finally reach perfection ...
Here we go!
Theorem even5_nonsense'' :
ev 5 → 2 + 2 = 9.
Proof.
do 3!(case E1: _ / ⇒ [| ? Hn] //;
case: E1 Hn ⇒ <-).
Qed.
ev 5 → 2 + 2 = 9.
Proof.
do 3!(case E1: _ / ⇒ [| ? Hn] //;
case: E1 Hn ⇒ <-).
Qed.
Import Nat.
(* /HIDEFROMHTML *)
Before we go on, we need to prove some intermediate facts about
evenness.
Theorem even_S : ∀n : nat, even (S n) = ~~ (even n).
Proof.
elim⇒ /= [|n IH].
- by [].
- by rewrite IH; case: (even n).
Qed.
Proof.
elim⇒ /= [|n IH].
- by [].
- by rewrite IH; case: (even n).
Qed.
The next fact states that we can represent any natural number in terms
of the double function.
Theorem even_double_conv : ∀n, ∃k, n = if even n then double k else (S (double k)).
Proof.
Proof.
Hint: using the lemma above and destructing compound expressions might help.
Also, standard library lemmas about adding successor...
(* WORKED IN CLASS *)
elim⇒ [|n [n' Heq]]; first by ∃0.
rewrite even_S.
case : (even n) Heq ⇒ /= →; [by ∃n' | ∃(S n')].
by rewrite /double -add_succ_r -add_succ_l.
Qed.
Theorem ev_double : ∀n,
ev (double n).
Proof.
(* WORKED IN CLASS *)
elim⇒ [| n' Hn]; first by apply ev_0.
rewrite /double [(S n') + (S n')]add_succ_r add_succ_l. apply ev_SS. apply Hn. Qed.
elim⇒ [|n [n' Heq]]; first by ∃0.
rewrite even_S.
case : (even n) Heq ⇒ /= →; [by ∃n' | ∃(S n')].
by rewrite /double -add_succ_r -add_succ_l.
Qed.
Theorem ev_double : ∀n,
ev (double n).
Proof.
(* WORKED IN CLASS *)
elim⇒ [| n' Hn]; first by apply ev_0.
rewrite /double [(S n') + (S n')]add_succ_r add_succ_l. apply ev_SS. apply Hn. Qed.
We have already witnessed that there is an obvious distinction between
boolean values and elements of Prop. Logical connectives in Prop are
types, giving information about the structure of their proofs. bool is a
datatype, logical connectives are just functions, defined by their truth
tables. Proofs about propositions in bool, as we have seen, are often simple
applications of case:
Lemma b_or_not_b : ∀b : bool, b || ~~b = true.
Proof. by case. Qed.
Proof. by case. Qed.
Thus, Prop and bool are complementary: Prop allows robust natural
deduction, bool allows brute-force evaluation.
Coq automatically coerces booleans into propositions using the coercion
mechanism:
(* Coercion is_true (b : bool) := b = true. *)
Check is_true. (* => Bool -> Prop *)
Check is_true. (* => Bool -> Prop *)
Coercions require some care... they can lead to some serious confusions with output and pretty printing!
Print reflect.
(* ==>
Inductive reflect (P : Prop) : bool -> Set :=
ReflectT : P -> reflect P true
| ReflectF : ~ P -> reflect P false *)
(* ==>
Inductive reflect (P : Prop) : bool -> Set :=
ReflectT : P -> reflect P true
| ReflectF : ~ P -> reflect P false *)
The statement (reflect P b) asserts that (is_true b) and P are logically
equivalent propositions.
Let us look at the most simple evidence for reflect:
Check idP.
Lemma idP' : ∀b : bool, reflect b b.
Proof. by case; [left | right]. Qed.
Lemma idP' : ∀b : bool, reflect b b.
Proof. by case; [left | right]. Qed.
Notice that the first b in reflect b b is actually the proposition
is_true b!
This is actually part of the ssreflect libraries, together with another
important candidate:
Check iffP.
Lemma iffP' : ∀(P Q : Prop) (b : bool),
reflect P b → (P → Q) → (Q → P) → reflect Q b.
Proof.
move⇒ P Q b. case; move⇒ p PQ QP.
by left; apply (PQ p).
by right; move⇒ q; have F := QP q.
Qed.
Lemma iffP' : ∀(P Q : Prop) (b : bool),
reflect P b → (P → Q) → (Q → P) → reflect Q b.
Proof.
move⇒ P Q b. case; move⇒ p PQ QP.
by left; apply (PQ p).
by right; move⇒ q; have F := QP q.
Qed.
In other words, we can relate two propositions with the same boolean if we
give a biimplication between the propositions.
Now we can state our first so-called reflection view, a lemma witnessing
the equivalence between a proposition and a boolean:
Lemma evenP : ∀n : nat, reflect (∃k, n = double k) (even n).
Proof.
move⇒ n.
apply: (iffP idP).
- move⇒ H.
case: (even_double_conv n) ⇒ [k Hk].
by rewrite Hk H; ∃k.
- move⇒ [k Hk]. rewrite {}Hk.
elim: k ⇒ [|k IHk] ⇒ //.
by rewrite /double [(S k) + _]add_succ_r add_succ_l; apply: IHk.
Qed.
Proof.
move⇒ n.
apply: (iffP idP).
- move⇒ H.
case: (even_double_conv n) ⇒ [k Hk].
by rewrite Hk H; ∃k.
- move⇒ [k Hk]. rewrite {}Hk.
elim: k ⇒ [|k IHk] ⇒ //.
by rewrite /double [(S k) + _]add_succ_r add_succ_l; apply: IHk.
Qed.
We will learn how to use it efficiently now.
Induction on Evidence
Lemma ev_even : ∀n,
ev n → ∃k, n = double k.
Proof.
move⇒ n E.
ev n → ∃k, n = double k.
Proof.
move⇒ n E.
We are now supposed to provide a witness of a Prop for which we have
just defined a reflection view. Thus, we can use ssreflect's syntax
apply/... to interpret the goal as a boolean proposition:
apply/evenP.
We could try to proceed by case analysis or induction on n. But
since ev is mentioned in a premise, this strategy would probably lead to a
dead end, as in the previous section. Thus, it seems better to first try
case on the evidence for ev. Indeed, the first case can be solved
trivially.
case H: _ / E ⇒ [|n' E'] ⇒ //.
Unfortunately, the second case is harder. We need to show even
(S (S n')), but the only available assumption is E', which states that ev n'
holds. Since this isn't directly useful, it seems that we are stuck and that
performing case analysis on E was a waste of time.
If we look more closely at our second goal, however, we can see that
something interesting happened: By performing case analysis on E, we were
able to reduce the original result to an similar one that involves a
different piece of evidence for ev: E'. More formally, we can finish
our proof by showing that [ even n' ] which is the same as
the original statement, but with n' instead of n. Indeed, it is not
difficult to convince Coq that this intermediate result suffices.
move ⇒ /=.
If this looks familiar, it is no coincidence: We've encountered
similar problems in the Induction chapter, when trying to use
case analysis to prove results that required induction. And once
again the solution is... induction!
This time, however, it's induction on evidence.
by elim E'.
Any idea why it was possible to finish the job so quickly?
Qed.
Lemma ev_even' : ∀n,
ev n → ∃k, n = double k.
Proof.
move⇒ n E.
apply/evenP.
elim: E ⇒ [|n' E' IH]; first by [].
Lemma ev_even' : ∀n,
ev n → ∃k, n = double k.
Proof.
move⇒ n E.
apply/evenP.
elim: E ⇒ [|n' E' IH]; first by [].
Here, we can see that Coq produced an IH that corresponds to E',
the single recursive occurrence of ev in its own definition. Since E'
mentions n', the induction hypothesis talks about n', as opposed to n
or some other number.
by [].
Qed.
Qed.
As we will see later, induction on evidence is a
recurring technique when studying the semantics of programming
languages, where many properties of interest are defined
inductively.
The equivalence between the second and third definitions of evenness now
follows. In other words, we can easily add a reflection view for ev n as
well.
Lemma evP : ∀n : nat, reflect (ev n) (even n).
Proof.
move⇒n.
apply/(iffP idP).
- move/evenP.
move⇒ [k Hk].
rewrite Hk.
by apply ev_double.
- move⇒ ?.
apply/evenP.
by apply: ev_even.
Qed.
Proof.
move⇒n.
apply/(iffP idP).
- move/evenP.
move⇒ [k Hk].
rewrite Hk.
by apply ev_double.
- move⇒ ?.
apply/evenP.
by apply: ev_even.
Qed.
Theorem ev_even_iff : ∀n,
ev n ↔ ∃k, n = double k.
Proof.
(* FILL IN HERE *) Admitted.
☐
ev n ↔ ∃k, n = double k.
Proof.
(* FILL IN HERE *) Admitted.
Theorem ev_sum : ∀n m, ev n → ev m → ev (n + m).
Proof.
(* FILL IN HERE *) Admitted.
☐
Proof.
(* FILL IN HERE *) Admitted.
(* Sun Jul 14 22:07:54 MSK 2019 *)


Before Change
return self.field
else:
field_name = getattr(self.field, "source", None)
if field_name:
source = getattr(instance, field_name)
else:
image_fields = [getattr(instance, f.attname) for f in
instance.__class__._meta.fields if
isinstance(f, ImageField)]
if len(image_fields) == 0:
raise Exception("%s does not define any ImageFields, so your"
" %s ImageSpecField has no image to act on." %
(instance.__class__.__name__, self.attname))
elif len(image_fields) > 1:
raise Exception("%s defines multiple ImageFields, but you"
" have not specified a source for your %s"
" ImageSpecField." % (instance.__class__.__name__,
self.attname))
else:
source = image_fields[0]
spec = self.field.get_spec(source=source)
file = ImageCacheFile(spec)
instance.__dict__[self.attname] = file
return file
After Change
if instance is None:
return self.field
else:
source = getattr(instance, self.source_field_name)
spec = self.field.get_spec(source=source)
file = ImageCacheFile(spec)
instance.__dict__[self.attname] = file
return file


Dear {{name}},
Your password for your account at {{appTitle}} has expired and needs to be reset.
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(Introduced in OCaml 4.02)
|
The above specification, inside a signature, only matches a module definition equal to module-path. Conversely, a type-level module alias can be matched by itself, or by any supertype of the type of the module it references.
There are several restrictions on module-path:
Such specifications are also inferred. Namely, when P is a path satisfying the above constraints,
has type
Type-level module aliases are used when checking module path equalities. That is, in a context where module name N is known to be an alias for P, not only these two module paths check as equal, but F(N) and F(P) are also recognized as equal. In the default compilation mode, this is the only difference with the previous approach of module aliases having just the same module type as the module they reference.
When the compiler flag -no-alias-deps is enabled, type-level module aliases are also exploited to avoid introducing dependencies between compilation units. Namely, a module alias referring to a module inside another compilation unit does not introduce a link-time dependency on that compilation unit, as long as it is not dereferenced; it still introduces a compile-time dependency if the interface needs to be read, i.e. if the module is a submodule of the compilation unit, or if some type components are referred to. Additionally, accessing a module alias introduces a link-time dependency on the compilation unit containing the module referenced by the alias, rather than the compilation unit containing the alias. Note that these differences in link-time behavior may be incompatible with the previous behavior, as some compilation units might not be extracted from libraries, and their side-effects ignored.
These weakened dependencies make possible to use module aliases in place of the -pack mechanism. Suppose that you have a library Mylib composed of modules A and B. Using -pack, one would issue the command line
ocamlc -pack a.cmo b.cmo -o mylib.cmo
and as a result obtain a Mylib compilation unit, containing physically A and B as submodules, and with no dependencies on their respective compilation units. Here is a concrete example of a possible alternative approach:
module A = Mylib__A module B = Mylib__B
ocamlc -c -no-alias-deps Mylib.ml ocamlc -c -no-alias-deps -open Mylib Mylib__*.mli Mylib__*.ml
ocamlc -a Mylib*.cmo -o Mylib.cma
This approach lets you access A and B directly inside the library, and as Mylib.A and Mylib.B from outside. It also has the advantage that Mylib is no longer monolithic: if you use Mylib.A, only Mylib__A will be linked in, not Mylib__B.
Note the use of double underscores in Mylib__A and Mylib__B. These were chosen on purpose; the compiler uses the following heuristic when printing paths: given a path Lib__fooBar, if Lib.FooBar exists and is an alias for Lib__fooBar, then the compiler will always display Lib.FooBar instead of Lib__fooBar. This way the long Mylib__ names stay hidden and all the user sees is the nicer dot names. This is how the OCaml standard library is compiled.


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|
flippy
a c++20 package for dynamically triangulated membrane simulations.
|
| ▼ flippy | |
| ▼ utilities | |
| utils.hpp | This file contains helper functions that are used throughout flippy, but are not specific to any given class |
| CurvatureMinimizationUpdater.hpp | This file contains the MonteCarloUpdater class template. Together with Triangulation.hpp, this file contains flippy's most important high-level interfaces |
| custom_concepts.hpp | This file contains the concepts that are costomly defined for the flippy class templates |
| flippy.hpp | This header file exists for convenience. Including this header will automatically include all parts of flippy in the project |
| MonteCarloUpdater.hpp | This file contains the MonteCarloUpdater class template. Together with Triangulation.hpp, this file contains flippy's most important high-level interfaces |
| Nodes.hpp | This file contains the fp::Node and fp::Nodes classes, data structures that represent a single node of the triangulation and the collection of all nodes of the triangulation, respectively |
| Triangulation.hpp | This file contains the fp::Triangulation class and several related helper classes. This is the core of flippy |
| Triangulator.hpp | This file contains internal implementation details and is not part of the stable public api. The classes and methods implemented here are responsible for creating the intitial triangulations |
| vec3.hpp | Header file containing the definition and implementation a 3 dimensional vector class, with useful mathematical operations like cross and dot products as member methods |


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these are full separators
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pickover_puzzle1_cp
Puzzle from Pickover
https://twitter.com/pickover/status/1504602497280786435
:
What number should replaced the question mark? 3 9 8 44 32 75 8 4 7 2 7 ?
exs.pl
bk.pl
bias.pl
Back to my
Popper
page.


---
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title: Lean Prover Zulip Chat Archive
permalink: 113488general/34070recursoroflistisnone.html
---
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<META HTTP-EQUIV="Content-Type" CONTENT="text/html; charset=iso-8859-1">
<META NAME="Generator" CONTENT="MS Exchange Server version 6.5.7653.12">
<TITLE>RE: RE: [gecode-users] newbie's question about distribution</TITLE>

Hi,

sorry (Christian) for the "puzzle", I'll try to explain

from the ground up.

I used Oz for a while and so I supposed the same strategy

was valid for Gecode:

- declare variables

- post constraints

- distribute

- search the solution(s)

Now I make heavy use of Jython as main language of development

with the advantages of beautiful (personally) sintax as in Python

and an easy link to the world of Java.

So probably the right question would be :

"is the glue code from Gecode to Jython correct ?"

Let me investigate further and translate in Jython some basic

puzzle like "money" and then repost the question (if necessary).

Thanks,

Adriano


Laís Tomaz
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GETFACL
Section: Access Control Lists (1)Updated: ACL File Utilities
Index Return to Main Contents
NAME
getfacl - get file access control listsSYNOPSIS
getfacl [-aceEsRLPtpndvh] file ...
getfacl [-aceEsRLPtpndvh] -
DESCRIPTION
For each file, getfacl displays the file name, owner, the group, and the Access Control List (ACL). If a directory has a default ACL, getfacl also displays the default ACL. Non-directories cannot have default ACLs.If getfacl is used on a file system that does not support ACLs, getfacl displays the access permissions defined by the traditional file mode permission bits.
The output format of getfacl is as follows:
-
1: # file: somedir/ 2: # owner: lisa 3: # group: staff 4: # flags: -s- 5: user::rwx 6: user:joe:rwx #effective:r-x 7: group::rwx #effective:r-x 8: group:cool:r-x 9: mask::r-x 10: other::r-x 11: default:user::rwx 12: default:user:joe:rwx #effective:r-x 13: default:group::r-x 14: default:mask::r-x 15: default:other::---
Lines 1--3 indicate the file name, owner, and owning group.
Line 4 indicates the setuid (s), setgid (s), and sticky (t) bits: either the letter representing the bit, or else a dash (-). This line is included if any of those bits is set and left out otherwise, so it will not be shown for most files. (See CONFORMANCE TO POSIX 1003.1e DRAFT STANDARD~17 below.)
Lines 5, 7 and 10 correspond to the user, group and other fields of the file mode permission bits. These three are called the base ACL entries. Lines 6 and 8 are named user and named group entries. Line 9 is the effective rights mask. This entry limits the effective rights granted to all groups and to named users. (The file owner and others permissions are not affected by the effective rights mask; all other entries are.) Lines 11--15 display the default ACL associated with this directory. Directories may have a default ACL. Regular files never have a default ACL.
The default behavior for getfacl is to display both the ACL and the default ACL, and to include an effective rights comment for lines where the rights of the entry differ from the effective rights.
If output is to a terminal, the effective rights comment is aligned to column 40. Otherwise, a single tab character separates the ACL entry and the effective rights comment.
The ACL listings of multiple files are separated by blank lines. The output of getfacl can also be used as input to setfacl.
PERMISSIONS
Process with search access to a file (i.e., processes with read access to the containing directory of a file) are also granted read access to the file's ACLs. This is analogous to the permissions required for accessing the file mode.OPTIONS
- -a, --access
- Display the file access control list.
- -d, --default
- Display the default access control list.
- -c, --omit-header
- Do not display the comment header (the first three lines of each file's output).
- -e, --all-effective
- Print all effective rights comments, even if identical to the rights defined by the ACL entry.
- -E, --no-effective
- Do not print effective rights comments.
- -s, --skip-base
- Skip files that only have the base ACL entries (owner, group, others).
- -R, --recursive
- List the ACLs of all files and directories recursively.
- -L, --logical
- Logical walk, follow symbolic links to directories. The default behavior is to follow symbolic link arguments, and skip symbolic links encountered in subdirectories. Only effective in combination with -R.
- -P, --physical
- Physical walk, do not follow symbolic links to directories. This also skips symbolic link arguments. Only effective in combination with -R.
- -t, --tabular
- Use an alternative tabular output format. The ACL and the default ACL are displayed side by side. Permissions that are ineffective due to the ACL mask entry are displayed capitalized. The entry tag names for the ACL_USER_OBJ and ACL_GROUP_OBJ entries are also displayed in capital letters, which helps in spotting those entries.
- -p, --absolute-names
- Do not strip leading slash characters (`/'). The default behavior is to strip leading slash characters.
- -n, --numeric
- List numeric user and group IDs
- -v, --version
- Print the version of getfacl and exit.
- -h, --help
- Print help explaining the command line options.
- --
- End of command line options. All remaining parameters are interpreted as file names, even if they start with a dash character.
- -
-
If the file name parameter is a single dash character, getfacl reads a list of files from standard input.
CONFORMANCE TO POSIX 1003.1e DRAFT STANDARD 17
If the environment variable POSIXLY_CORRECT is defined, the default behavior of getfacl changes in the following ways: Unless otherwise specified, only the ACL is printed. The default ACL is only printed if the -d option is given. If no command line parameter is given, getfacl behaves as if it was invoked as ``getfacl -''. No flags comments indicating the setuid, setgit, and sticky bits are generated.AUTHOR
Andreas Gruenbacher<EMAIL_ADDRESS>send your bug reports and comments to the above address.
SEE ALSO
setfacl(1), acl(5)
Index
This document was created by man2html, using the manual pages.
Time: 05:29:03 GMT, December 24, 2015


WQMY
ladies only - YouTube
Oct 14, 2008 . My Favorite Year (Final scenes)by otkwsFeatured 38,872; 0:24. Watch Later Peter O'Toole being a complete badass Iby navpass 43,012 views .
http://www.youtube.com/watch?v=W7z-M92N4L8
| foreclosure infomation appraisers and inspectors/chemical fertilizers must a gardener take/ judging method for gymnastics |
|
|---|---|
| knights of the rising sun jefferson | Williamsport |
| Branding | MyNetworkTV peter o'toole my favorite year |
| river crest insurance stuart fl | name klaus en lin: 29 (la graciosa lanzarote photos) & discounted cheap domestic airfare-DT 45.3 (UHF) |
| women's ncaa basketball standings | see article |
| Owner | New Age Media, LLC Amazon.com: My Favorite Year: Peter O'Toole, Mark Linn-Baker ... |
| First air date | December 30, 1988 |
| chadder day by day summary | MYNetworkTV |
| evolution of man laptop | WOLF-TV, lincoln high school in tallahassee fl |
| what's my budda made of | WILF (1988-2006) |
| Former channel number(s) | Peter O'Toole in My Favorite Year - Video Dailymotion |
| nuclear fission to make energy | cat litter dust free (1988-1998) rcbs no 14 rotor / study guide infidel hirsi ali (1998-2006) |
| ssi and living wage | 50 dermatology of lexington llc 420 kW (WOLF-DT3) |
| paula deen ultimate coffee cake | 243 m 488 m (WOLF-DT3) |
| simple network two computers | 52075 73375 (WOLF-DT3) |
| Transmitter coordinates | nema electrical safety rating to to increase wireless headphone range (WOLF-DT3) |
My Favorite Year (multi subs) [1982] Peter O'Toole (download torrent ...
Feb 8, 2011 . http://bayimg.com/mAdEnaAdl My Favorite Year (1982) http://www.imdb.com/title/ tt0084370/ AUDIO TRACK 1 ORIGINAL SOUNDTRACK .
http://thepiratebay.se/torrent/6159663/
My Favorite Year (1982) - IMDb
With Peter O'Toole, Mark Linn-Baker, Jessica Harper, Joseph Bologna. A dissolute matinee . Videos. My Favorite Year -- In 1954, the era of live TV, a hapless .
http://www.imdb.com/title/tt0084370/
Contents |
[extended stay america jessup maryland] History
Public Interview with Peter O'Toole - Scott's Movie Comments
My Favorite Year was at another theatre a half-mile away and was one of several . The next thing we heard was the disembodied voice of Peter O'Toole .
http://www.scottsmovies.com/misc08g.html
My Favorite Year trailer
My Favorite Year - (Original Trailer). A flamboyant star throws a TV comedy show into chaos in My Favorite Year (1982) starring Peter O'Toole. TCMDb Logo .
http://www.tcm.com/mediaroom/video/32119/My-Favorite-Year-Original-Trailer-.html
Richard Benjamin on Peter O'Toole, celebrity treasure hunts, and ...
Nov 15, 2012 . It was really fortunate that it came my way. AVC: What was it like directing Peter O 'Toole in My Favorite Year? RB: [Laughs.] In the beginning, I .
http://www.avclub.com/articles/richard-benjamin-on-peter-otoole-celebrity-treasur,88775/
My Favorite Year - Rotten Tomatoes
Audience Reviews for My Favorite Year. View All. Absolutely charming. Peter O' Toole gives a fantastic performance as an Errol Flynn facsimile named Alan .
http://www.rottentomatoes.com/m/my_favorite_year/
My Favorite Year (Final scenes) - YouTube
Dec 2, 2007 . in playlist My Favorite Year (1982) . I like this movie so much, my favorite of all of Peter O'Toole's, he is so likeable and phony but sees through .
http://www.youtube.com/watch?v=j3UzqqHuB3U
'FAVORITE YEAR' WITH PETER O'TOOLE - NYTimes.com
Oct 1, 1982 . At the start of ''My Favorite Year,'' which opens today at Loews Tower East and other theaters, Peter O'Toole is playing the Errol Flynn-like Alan .
http://www.nytimes.com/1982/10/01/movies/favorite-year-with-peter-o-toole.html
Peter O'Toole Quotes - BrainyQuote
Quotations by Peter O'Toole, Irish Actor, Born August 2, 1932. . I loved doing My Favorite Year, which was great fun, and The Ruling Class, which I made with .
http://www.brainyquote.com/quotes/authors/p/peter_otoole.html
My Favorite Year - Wikipedia, the free encyclopedia
For the musical based on the film, see My Favorite Year (musical). . tells of the summer he met his idol, swashbuckling actor Alan Swann (Peter O'Toole). In the .
http://en.wikipedia.org/wiki/My_Favorite_Year
my favorite year | Tumblr
Damn you! I'm not an actor, I'm a movie star! - Alan Swann (Peter O'Toole), My Favorite Year. #peter o'toole · Next page ?. © Tumblr, Inc. Help · About .
http://www.tumblr.com/tagged/my%20favorite%20year
His favorite year: Peter O'Toole on vanity, romance and the Oscars ...
Feb 8, 2007 . Popped out of bed and tripped over a pair of shoes, busted my hip. . His favorite year: Peter O'Toole on vanity, romance and the Oscars .
http://www.seattlepi.com/ae/movies/article/His-favorite-year-Peter-O-Toole-on-vanity-1227757.php
[forms of phosphorus stormwater] Digital channels
| Channel | Name | large maps of michigan | arsic west herat fsb | Programming |
|---|---|---|---|---|
| 53.1 | peter o'toole my favorite year DT | campaign david vitter aegis higher ground | good boy the movie ebay | Main peter o'toole my favorite year programming / MyNetworkTV |
| 53.2 | WOLF DT | analysis of wrong turn at lungfish | france units for middle school students | Simulcast of saint row online game |
| 53.3 | WSWB DT | 480i | 4:3 | Simulcast of prosecuor of texas llc |
My Favorite Year Trailer, Reviews and Schedule for ... - TV Guide.com
My Favorite Year Trailer, Reviews, Schedule, Photos and My Favorite Year Cast . boozing, onetime Hollywood swashbuckler Alan Swann (Peter O'Toole), who .
http://movies.tvguide.com/my-favorite-year/107016
[clyde high school clyde texas] References
[naman's catering mobile al] External links
- 11hp agway lawn mower
- electric specialty vehicles for disablities
- joanne alleyn npr radio
- mdc kendall environmental center organic gardening
- chirurgie paupi res paris
- text adventure game word list
|
|


Preparation time
over 2 hours
Cooking time
30 mins to 1 hour
Serves
Makes about 24 squares
Dietary
Banana chips, caramel, shortbread and flakes of sea salt. Try resisting that (and if you can’t find hard banana chips for this recipe, you can use the chewier ones instead.)
Preheat the oven to 180C/fan 160C/350F/Gas 4 and lightly grease a 20x33cm/8x13in square-cornered Swiss roll tin.
Place all the ingredients for the shortbread in a food processor and pulse to form a smooth dough.
Press the mixture firmly into the base of the tin, to create a flat surface and clean edge. Prick all over with a fork and bake for 20-30 minutes, or until lightly golden-brown and firm.
For the topping, grind the hard banana chips in a food processor to a coarse powder. Set aside.
To make the caramel, place the butter, sugar, syrup and condensed milk into a saucepan and stir over a low heat until the butter has melted, stirring all the time. Boil the mixture gently for 10 minutes, stirring all the time until deep golden-brown and thickened, stirring in the mashed banana a few minutes before the end.
Remove from the heat and allow to cool slightly before stirring through the banana chips and reserved banana powder. Pour over the baked shortbread base and sprinkle over the sea salt flakes. Allow to cool slightly while preparing the chocolate topping.
Melt the chocolate in a bowl set over a pan of simmering water (do not allow the bottom of the bowl to touch the water). Pour the chocolate over the banana salted caramel layer and leave to set in the fridge.
Cut into bars with a very sharp, heavy knife and stack up on a serving plate. Decorate with gold leaf-covered hard and chewy banana chips if you like.


Microsoft reveals Rare’s next game at X019, Everwild
Not much has been revealed about the game so far
by Patrick O'RourkeDuring Microsoft’s packed X019 live stream, the company revealed a slew of new titles, including first-party developer Rare’s next title, Everwild.
Everwild is a colourful-looking adventure game set in a greenery-filled world, and also Rare’s first game since the release of Sea of Thieves.
Little was revealed about the title’s gameplay or plot. It’s also unclear when it’s set to release.


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DFA Minimization
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+++ draft = false date = "2006-08-06T19:37:16-03:00" title = "Getting a list of catalog indexes and metadata" tags = ["cookbook", "Plone"] created = "2006-08-06T19:34:13-03:00" modified = "2006-08-06T19:37:16-03:00" permaLink = "http://play.pixelblaster.ro/blog/archive/2006/08/06/getting-a-list-of-catalog-indexes-and-metadata" author = "Tiberiu Ichim" aliases = [ "/blog/archive/2006/08/06/getting-a-list-of-catalog-indexes-and-metadata" ] +++
I recently had a need to get a list of the indexes from the portal_catalog.
While the metadata has an API method to get it, using something along:
pc = getToolByName(self, 'portal_catalog')
metadatas = pc.enumerateColumns()
I couldn't find the equivalent API method to get the Indexes. After digging through the DTML files used by ZCatalog, I came up with the following method:
pc = getToolByName(self, 'portal_catalog')
indexes = pc.Indexes.objectIds()


Ode Reference
Introduction
What is Ode?
Ode is a concatenative/functional programming language in the tradition of Forth and Joy. Most of the ideas here are not new, but my implementation is. My implementation is done in pure JavaScript.Names and Numbers
Create a new name, 'add', to add two numbers:
add = +
Reference
These operations are available when the Ode Shell is first loaded.Number Operations
Is item a number: number?Math Operations
Add: +Subtract: -
Multiply: *
Divide: /
Comparison Operations
Equal: eqLess than: <
Greater than: >
Less than or equal: <=
Greater than or equal: >=
Greater than or equal: >=
Greater than or equal: >=
Control
If Then Else.
Note that the if clause is not guaranteed to leave the stack in its
original state.
Syntax: IF_BLOCK THEN_BLOCK ELSE_BLOCK ifte
Example: 10 dup [number?] [dup *] [drop 99] ifte . => 100
Stack Manipulation
Rotate the top three elements: rotSwap the top two elements: swap
Duplicate: dup
Duplicate an element by position: dup#
Drop: drop
Drop an element by position: drop#
Block Manipulation
Execute a block: applyIs item a block?: block?
Create a block out of the top element: block
Create a block out of the top X elements: block#
Concatenate the top two blocks into a single block: cat
Empty?.
Is the block empty?
Syntax: BLOCK empty?
Example: [A B] empty? => 0 (on stack)
Cons.
Prepends the second top-most element to the beginning of the block on the
top of the stack.
Syntax: ITEM BLOCK cons
Example: [A] [B] cons => [[A] B] (on stack)
Uncons.
The reverse of "cons". Separates the first item from the block on top
of the stack.
Syntax: BLOCK uncons
Example: [[A] B] uncons => [A] [B] (on stack)
Stack.
Copies the entire stack and puts the copy in a block on top of the stack.
Example:
1 2 3 stack . => [1 2 3]
Unstack.
Replaces the stack with the contents of a block.
Example:
[1 2 3] unstack . => 3
length
Replaces the stack with the contents of a block.
Example:
[x y z] length . => 3
Functional Programming
Map.
Create a new list by executing a block on each element of an existing
list. Map prevents the block from interfering with the stack by creating
a temporary stack to store the results in. This example doubles the value
of every number in the list, then prints the result.
Syntax: LIST BLOCK map
Example: [1 2 3 4] [dup *] map .
Fold.
Fold prevents the block from interfering with the stack by creating
a temporary stack to store the results in. This example adds together
every number in the list, then prints the result:
Syntax: LIST INITIAL_VALUE BLOCK fold
Example: [1 2 3 4 5] 0 [+] fold .
Tail Recursion
Self.
Can only be used within a definition. Calls the definition again in a way that
prevents the stack from growing. This should be the last last thing called in
a definition, because things that occur after it will not be executed.
Example:
range = dup [0 >] [dup 1 - self] [] ifte
5 range => 5 4 3 2 1 0 (on stack)
Advanced
Executes a block in its own stack and puts the resulting stack in a block: $evalGets type information about object: $type
Gets definition of name: $def
Def.
Creates a new definition. The top block on the stack should contain the name
of the definition to create, and the next block should contain the body of the
definition.
Example:
[dup +] [double] def
5 double . => 10
Undef.
Removes an existing definition. The top block on the stack should contain the name
of the definition to remove.
Example:
+ = 7; [+] undef
1 2 + . => 3
newstack
Empties the stack.
Example:
1 2 3 newstack => (empty stack)
throw-error
Throws an error, terminating execution.
Example:
throw-error => (Error occurs.)
Combinators
Fundamental Combinators
-
Swap the top element on stack. This is a pre-defined core operation.
[B] [A] swap => [A] [B]
-
Duplicate the top element on stack. This is a pre-defined core operation.
[A] dup => [A] [A]
-
Remove the top element on stack. This is a pre-defined core operation.
[A] drop => NOTHING
-
Concatenate the top two blocks into a single block. This is a pre-defined core operation.
[B] [A] cat => [B A]
-
Concatenate two blocks, leaving the first one, '[B]', as a block.
Definition: cons = swap 1 block# swap cat
Example: [B] [A] cons => [[B] A]
-
Create a block out of the top element.
Definition: unit = 1 block#
Example: [A] unit => [[A]]
-
Execute a block.
Definition: i = apply
Example: [42] i => 42
-
Execute a block.
Definition: dip = swap 1 block# cat apply
Example 1: [B] [A] dip => A [B]
Example 2: [1 2 3] [4 5 6] dip => 4 5 6 [1 2 3]
Further Reading
-
The Theory of Concatenative Combinators by Brent Kerby
A comprehensive study of combinatory logic -
What Is Special About Combinators in Joy by Debashish Ghosh
-
Combinators for Fun and Profit by Debashish Ghosh
Functional Programming in Ode
Using Fold
Many basic functions on arrays of numbers can be expressed simply using a fold:
Sum
Definition: sum = 0 [+] fold
Example: [1 2 3 4 5] sum . => 15
Product
Definition: product = 1 [*] fold
Example: [1 2 3 4 5] product . => 120
More generally, fold can be used to create a number of interesting functions on arrays:
Length
Definition: length = 0 [drop 1 +] fold
Example: [4 8 15 16 23 42] length . => 6
Reverse
Definition: reverse = [] [block swap cat] fold
Example: [1 2 3 4] reverse . => [4 3 2 1]
Map
Definition: myMap = [] swap [block cat] cat fold
Example: [1 2 3 4] [2 *] myMap . => [2 4 6 8]
Filter
Definition: filter = [] swap [dup] swap block cat [[block cat] [drop] ifte] cat fold
Example: [1 [2] 3 [4 5]] [number?] filter . => [1 3]
Further Reading
Technical Information
Compatibility
Ode uses features of HTML 5, which means it will only work on newer browsers (as of Spring 2011). I have tested the current version of Ode on the following browsers:- Firefox 4
- Chrome 10
- Internet Explorer 9


Buy!
This is what the soundtrack sounds like:
1. Overworld Day
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2. Eerie
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3. Overworld Night
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|
Scenario Editor Plugin
1.1
|
Rviz side handler library source file for scenario_editor_plugin package. Show/Remove markers. More...
Functions | |
| void | read_csv (const std::string filename, std::vector< std::vector< std::string >> &out_list) |
| read_csv Read filename and save to out_list More... | |
Rviz side handler library source file for scenario_editor_plugin package. Show/Remove markers.
| void read_csv | ( | const std::string | filename, |
| std::vector< std::vector< std::string >> & | out_list | ||
| ) |
read_csv Read filename and save to out_list
| filename | CSV file name |
| out_list | For return. List data. |


Meaning
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Ipsam animi in praesentium illum, esse mollitia maxime nisi vitae debitis dolore magni adipisci quasi nostrum sit. Quidem voluptatibus molestias dolorem ad!
Word Root
I am a very simple card. I am good at containing small bits of information. I am convenient because I require little markup to use effectively. I am similar to what is called a panel in other frameworks.
-
arrow_drop_downSynonymsLorem ipsum dolor sit amet.
-
arrow_drop_downAntonymsLorem ipsum dolor sit amet.
Inshortsmore_vert
click me
closeCard Title
Here is some more information about this product that is only revealed once clicked on.
Memory Hook
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Explicabo illum, saepe quis minus, laudantium ex, odit ipsam tempora dolor odio asperiores dicta! Ipsa culpa illo necessitatibus laborum dolor sequi maiores.


HTML elements
basically, telling the computer what to do. seemed too much effort - i might as well draw/write on paper - but i wouldn't want to write and draw 1 million copies (so there are somethings that are better done by computers and some by humans still)
and elements have tags indicating where they start and end, like brackets but with the bracket signs replaces by "more than " or "less than" symbols."
inline vs block elements
HTML elements can be either inline or block.
Block elements put an "invisible box" (otherwise everything is treated as a single white space by HTML) around the content within the block tag.


WITNESS LIST Oversight of Electric Utility Restructuring Committee November 2, 2001 - 9:00A Closed Security Briefing ON: Beal, Joseph J. General Manager (Lower Colorado River Authority), Austin, TX Cottle, William T. Chairman, President & CEO (STP Nuclear Operating Company), Wadsworth, TX Greene, Mike President TXU Transmission (TXU Electric), Dallas, TX Houston, John VP, Transmission & Substation Operations (Reliant Energy), Houston, TX Jones, Sam R. (Electric Reliability Council of Texas (ERCOT)), Austin, TX McCall, Mike Vice President (TXU), Austin, TX Schaeffer, Stephen (Reliant Energy), Houston, TX Sheppard, James J. Nuclear Engineer (Reliant Energy, STP Nuclear Operating Co.), Lake Jackson, TX Terry, Charles Senior Vice President (TXU Electric), Glen Rose, TX Transition to a Retail Market Updat ON: Baker, Thomas L. President (TXU Electric & Gas), Dallas, TX Bertin, Suzanne L. Director, Government Affairs (The New Power Company), Austin, TX Bojorquez, William O. Director, Settlements & Customer Service (ERCOT), Taylor, TX Broadrick, Cherie Manager, Customer Registration (ERCOT), Magnolia, TX Durso, Susan K. General Counsel (Public Utility Commission of Texas), Austin, TX Jones, Dan Director, Market Policy (City Public Service), San Antonio, TX Jones, Sam R. (ERCOT), Austin, TX Klein, Rebecca Commissioner (Public Utility Commission of Texas), Austin, TX Lloyd, Brian Director - Costing & Pricing (Public Utility Commission of Texas), Austin, TX Noel, Thomas E. President & CEO (ERCOT), Austin, TX Perlman, Brett Commissioner (Public Utility Commission of Texas), Austin, TX Whyte, Shirley Electronic Data Interchange (Independent Third Party Testing Administrator (ITPTA)), Spring, TX Yzaguirre, Max Chairman (Public Utility Commission of Texas), Austin, TX