#include <stats.h>
Definition at line 173 of file stats.h.
◆ DistributionStat() [1/2]
| operations_research::DistributionStat::DistributionStat |
( |
const std::string & |
name | ) |
|
|
explicit |
◆ DistributionStat() [2/2]
| operations_research::DistributionStat::DistributionStat |
( |
const std::string & |
name, |
|
|
StatsGroup * |
group |
|
) |
| |
◆ ~DistributionStat()
| operations_research::DistributionStat::~DistributionStat |
( |
| ) |
|
|
inlineoverride |
◆ Reset()
| void operations_research::DistributionStat::Reset |
( |
| ) |
|
|
overridevirtual |
◆ WorthPrinting()
| bool operations_research::DistributionStat::WorthPrinting |
( |
| ) |
const |
|
inlineoverridevirtual |
◆ ValueAsString()
| std::string operations_research::DistributionStat::ValueAsString |
( |
| ) |
const |
|
overridepure virtual |
◆ Sum()
| double operations_research::DistributionStat::Sum |
( |
| ) |
const |
|
inlineoverridevirtual |
◆ Max()
| double operations_research::DistributionStat::Max |
( |
| ) |
const |
|
inline |
◆ Min()
| double operations_research::DistributionStat::Min |
( |
| ) |
const |
|
inline |
◆ Num()
| int64 operations_research::DistributionStat::Num |
( |
| ) |
const |
|
inline |
◆ Average()
| double operations_research::DistributionStat::Average |
( |
| ) |
const |
◆ StdDeviation()
| double operations_research::DistributionStat::StdDeviation |
( |
| ) |
const |
◆ AddToDistribution()
| void operations_research::DistributionStat::AddToDistribution |
( |
double |
value | ) |
|
|
protected |
◆ sum_
| double operations_research::DistributionStat::sum_ |
|
protected |
◆ average_
| double operations_research::DistributionStat::average_ |
|
protected |
◆ sum_squares_from_average_
| double operations_research::DistributionStat::sum_squares_from_average_ |
|
protected |
◆ min_
| double operations_research::DistributionStat::min_ |
|
protected |
◆ max_
| double operations_research::DistributionStat::max_ |
|
protected |
◆ num_
| int64 operations_research::DistributionStat::num_ |
|
protected |
The documentation for this class was generated from the following file:


Gets the address of this peer on the network.
Binds the given port to accept remote peer connections on. Data channels passed on this callback passed in an 'open' state ready for immediate use.
Connects to a remote endpoint and returns a Peer and RTCDataChannel. This function handles connection negotiate with the remote peer as well as handling network timeouts and remote port reject. The data channel returned from this function is given in an 'open' state ready for use.
Sets up the peer connections for localhost. localhost:0 is for outbound connections, localhost:1 is for inbound. Therefore when connections are created on localhost, they are always connecting to the localhost:1 connection.
Disposes of this object.
Forwards a signalling message over to a remote host. This function tries to optimize here by detecting forwards on localhost. These are intercepted before making to the signalling hub.
Gets or creates a peer to the remote endpoint.
Gets all peers managed by this driver.
Receives an incoming data channel from a remote peer. This function will tests that this peer is listening on the given port, and if so, emits to that ports listener, otherwise, the socket is sent a rejection signal and closed.
Unbinds the given port preventing further connections to be received on this port. This function does not close existing connections on the port, so callers will need to explicitly terminate all active connections manually.
Generated using TypeDoc
A webrtc peer connection and negotiation layer. This type is intended to handle the details of peers, peer signalling, port binding and client loopback. This type is used by RTC consumers to interact with peer connections without dealing with the details of ICE.


15% OFF
iWatch
Buy at 1450.00
Using Credit
Card
LAVA B500
$ 265.00
Smasung S500
$
459.00
Clothing
$ 265.00
Wash.Machine
$
254.00
15% OFF
GiftCard
Thank you for spending with us, You have received Gift Card.
LAVA
B500
$
265.00
Smasung
S500
$ 459.00
Clothing
$
65.00
Wash.Machine
$
254.00
Popular
-
Clothing
ZIVACA SK10
On Sale
80.00
-
Mobiles
LAVAA 3005
Best Exchange
250.00
-
Electronics
Samsung CT30
20% OFF
355.00


jPlayer Flat Audio Theme
This is a preview of the jPlayer Flat Audio Theme.
The theme is also available in a single-file variant.
More on Github
Update Required
To play the media you will need to either update your browser to a recent version or update your
Flash plugin.


{% extends "desktop/base.html" %}
{% set title = _('Your Spark dashboard') %}
{% set body_id = 'dashboard' %}
{% set scripts = ('desktop', 'raphael', 'dashboard', 'geolocation') %}
{% block content %}
{% include 'desktop/menus/dashboard.html' %}
{% include 'desktop/sections/userinfo.html' %}
{% include 'desktop/sections/yourspark.html' %}
{% include 'desktop/sections/yourbadges.html' %}
{% include 'desktop/sections/challenges.html' %}
{% include 'desktop/sections/share.html' %}
{% include 'desktop/sections/globalspark.html' %}
{% include 'desktop/sections/faq.html' %}
{% include 'desktop/sections/about.html' %}
{% include 'desktop/includes/footer.html' %}


FLIRTING WITH DISASTER (1996) A Film Review by Ted Prigge Copyright 1997 Ted Prigge
Writer/Director: David O. Russel Starring: Ben Stiller, Patricia Arquette, Tea Leoni, Mary Tyler Moore, George Segal, Alan Alda, Lily Tomlin, Josh Brolin, Richard Jenkins
David O. Russel's debut film, "Spanking the Monkey" (no jokes about the title, guys, it's old), devastated my emotionally, and I'm still not over it. It was the most intense character study I've ever seen and depressed me beyond belief. His sophomore film, however, made me laugh so hard that I'm still not over the physical damage I did to my gut while watching this. Okay, I'm exaggerating, but this film is a screwball film that just gets funnier and funnier as it goes on, and ends on an even funnier note.
The seemingly standard screwball plot deals with a grown man (Ben Stiller) searching for his real parents, since he was adopted. His parents (Mary Tyler Moore and George Segal, who were so funny together, that they were forced to appear on several episodes of co-star Tea Leoni's sitcom, "The Naked Truth") are outraged when he announces this, and introduces them to his slim, slightly neurotic adoption agency helper or whatever she is (Tea). The thing that caused him to bring this up is the birth of their son (his wife is Patricia Arquette, by the way), and is inability to name him for that anal reason.
So he embarks on a trek with his wife and Tea to find his parents and rejoin them, but finds out that the agency screwed up and sends them to the wrong people twice before winding them up with his real parents (Alan Alda and Lily Tomlin). What's great about this is that everyone you meet is nothing like they first seem. They run into Patricia's old male pal from high school (Josh Brolin) who's a U.S. Marshall, and turns out to be married to his male partner who suffers from hysterically high amounts of hypertension (wonderfully and memorably played by Richard Jenkins). And, of course, his real parents turn out to be drug addicts who brew LSD in their basement but are still tight about their "non-smoking household."
There's also a lot of partner swapping, as Brolin and Arquette begin to go at it, but in Brolin's fetish way (wait till you find out what his favorite part of the female body is, which spurns one of the funniest scenes in 90s cinema). And Tea and Ben go at it, although neither is really sure if they should.
Then there's the direction and writing by Russel, who certainly has a knack for breaking taboos (like incest and masturbation in "Spanking the Monkey" - title doesn't say it all), shocks the audience and causes them to laugh hysterically, a great feat if you've seen his first film since he drained all emotions from his audience till they were silently depressed for months afterwards.  This film isn't flirting with disaster, much less crashing into it.
But Russel holds it all together, and by the ending where a hundred things are going on, and you can't decide which one is funnier, he still manages to hold a tight grasp on things, and even ends on a note of semi-sentimentalism, which isn't even cringe-inducing. And, of course, he shows some more shocking moments during the end credits, where we get to see all the end couples in bed in their numerous ways, and all with that lovely prop: the baby.
This film is a lovely companion piece to "Spanking the Monkey": brings you down from your depression, by showing you some of the same taboos but in a different sense. So, if you ever go ahead and rent "Monkey," make sure you couple it with this one.
MY RATING (out of 4): ***1/2
Homepage at: http://www.geocities.com/Hollywood/Hills/8335/
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


The 1980s opened with a tragic note when John Lennon was shot to death by a fan named Mark Chapman just as the former was coming back into the public eye with a new solo album. Lennon’s death triggered a global outpouring of grief. Speaking of genres, the 1980s introduced (or re-introduced) many of them such as the resurgence of heavy metal, the advent of new wave, hip-hop, rap music, hair metal, and pop, all of which influenced music in the present. The 1980s also reflected the beginning of an era of great gap when it comes to income. As many pop stars were becoming affluent during the 1980s, they wanted to prove to the world that they could be generous and have a serious intention by tackling certain causes. As a result, rock and artists contributed to the world by participating in charity concerts and recordings. These include Band Aid, We Are the World, as well as Live Aid and Farm Aid concerts.
Pop stars and their music changed in the 1980s with the help of MTV and a greater focus on image. A new breed of mega-stars emerged, becoming iconic mascots for the genre and defining the decade through fashion, talent and persona. Some of the superstars to emerge were Madonna, Michael Jackson, Whitney Houston and Prince. They experienced a level of fame and success not seen since Elvis Presley and the Beatles. These stars influenced fashion through their music videos, giving fans a first-hand glimpse into emerging trends. Their songs set the gold standard for what pop music should be, and through constant reinvention they were able to navigate the pop culture world and keep themselves relevant.
Born: Michael Joseph Jackson on August 29, 1958 in Gary, Indiana
Died: June 25, 2009 in Los Angeles, California
Known as the “King of Pop”, he was slowly coming into his own until he became a dominant figure in the 1980s. Jackson’s music videos, notably for “Beat It,” “Billie Jean” and “Thriller,” helped break down racial barriers and revolutionize the medium into an art form and promotional tool.
Born: Madonna Louise Ciccone on August 16, 1958 in Bay City, Michigan
Starting from a humble background, Madonna rose to become one of the one of the best-known musical figures in the 1980s. Her raunchy image, pleasure-celebrating dance music and bizarre music videos gave feminism a much-needed reshaping throughout the decade. She broke sexual boundaries and made eroticism one of the critical important elements of pop music, and challenging religious and social conventions.
Born: Prince Roger Nelson on June 7, 1958 in Minneapolis, Minnesota
Died: April 21, 2016 in Chanhassen, MN
For over three decades, Prince has been known for his innovative, eclectic work, not to mention his flamboyant stage presence and a wide vocal range. Often referred to also as the “Artist Formerly Known as Prince,” the multi-instrumentalist artist found huge fame through his eponymous effort in 1979. Thanks to his eclectic blending of funk, R&B, soul, hip-hop, disco, jazz and pop plus his sexually-laced lyrics, Prince continued his success through his later records and received several awards throughout his career.
Formed: 1970 in London, England
Queen is British rock band who reached the peak of their career in the 1970s and the 1980s. The group, who was then fronted by the charismatic late singer Freddy Mercury in their heyday, is well known for its sports anthems and classic rock songs, especially the hits “We Are the Champions” and the epic opera-rock “Bohemian Rhapsody” whose promotional video became one of the earliest successful music videos.
Formed: 1985 in Los Angeles, California
Guns N' Roses brought raw, ugly rock & roll crashing back into the charts.  They were ugly, misogynistic, and violent; they were also funny, vulnerable, and occasionally sensitive, as their breakthrough hit, "Sweet Child O' Mine," showed.


Sneak Peak of Forgotten Identity
PROLOGUE
Beginning of the Journey
Arielle
I gasped as I stumbled over Alana’s purple sleeping bag that hadn’t been taken to the van yet. Little sisters were such a pain sometimes. Alana was almost twelve years old and more than capable of taking her own things out.
“Alana, you’re not leaving the house unless your hair is brushed.” I heard Mom scold my sister in the other room and smiled to myself.
I heaved the two sleeping bags through the front door and managed to reach the gold minivan without dropping them or the book I kept tucked under my arm.
“How’s my princess this morning?” Dad asked, reaching for the sleeping bags. He had a way with packing the van so that everything fit, likely acquired from his teen years of playing tetris.
“I’d be better if I didn’t have to wear this hideous sweater.” I said as innocently as possible, to avoid cringing. The salmon-colored sweater could have won me the ugly-sweater award over the holidays, but it was summer break, and I was overall disgusted. I was bringing my hoodie to wear over top, so the sweater wouldn’t stand out like the terrible mix between mustard-yellow and peachy-orange.
“Aunt Linda just wanted to see you in it. You don’t have to wear it the whole time. It was thoughtful of her to give it to you for your birthday last year. And you look great in it. Why haven’t you tried it on sooner?” Dad asked as he appraised it encouragingly.
“Alana would have liked it, Dad. I’m seventeen, not six.” Though I knew she was eleven.
Dad pulled me in for a hug, “It’ll be okay, Arielle. We’ll be back home before you know it. We only get together with the cousins once a year; we’ll all make it through this.”
He lowered his voice to a whisper after letting me go, “What do you think about a daddy-daughter date after we get back, before your senior year starts?”
My smile could hardly contain my excitement. Last year, Dad had taken Jack out for his father-son outing and they went to a baseball game and dinner. He had promised to do something special with me when I entered my senior year of high school. I was hoping to see a broadway musical.
A thought flew through my mind, and my smile faltered.
“No sisters, right?” I tried to keep the pleading tone from my voice. Lately, Alana had been trying to do everything I did, and it would be a letdown if she tagged along.
“She’ll get her turn. This is your big year.
I snorted. “Not everyone can change the world, Dad. I’m just glad to finally get out of high school after next year.”
He shrugged. “You never know. One day you could become the President of the United States.”
Facepalming, yet laughing, I shook my head. “I’m more likely to be a magical princess. I’m going to see if Mom needs any more help before we have to go.”
“Sounds like a plan. Hey, if you see Jack, tell him that if he’s going to bring that guitar of his, he better bring it out right away.”
“I will.” I replied.
Walking back into the house, I tripped over Jack’s duffel bag and almost landed on a soccer ball. “Jack!” I huffed exasperatedly.
“Yeah, I know. I’m getting it.” My eighteen-year-old brother replied distractedly.
He offered me a hand, though he was struggling with two paper bags full of snacks. After helping me off the floor, he slung his guitar strap over his shoulder then grabbed the duffel bag and the ball. Barely squeezing through the door, he glanced back at me and twitched his eyebrows up and down victoriously.
Mom was sitting on the couch, tugging a brush through the knots in Alana’s hair.
I felt bad for her. Unfortunately, I knew how she felt. I had also gone through the stage where I didn’t like brushing my own hair and didn’t care much about personal hygiene in general.
Leaning against the counter, I opened my book. I tapped my nose with my bookmark and ate the words as fast as my eyes would allow. Magical lands swirled through my mind where a princess decided she didn’t want to be a damsel in distress. I smiled in anticipation. Even though I had read the book over a dozen times since my eighth birthday when I received it, it had remained my go-to book.
Alana stomped down the hall with a dutch braid in her hair.
I peeked over my book at Mom as she started transferring food from the counter to a cooler. She glanced over at me and tilted her head to one side with disapproval.
“Shoes, yes. Book, no.”
I slipped the bookmark into the pages. “How about both?” I asked, hopeful.
“You can't always escape into another world whenever it's convenient for you. You need to face your problems. It'll help you grow." Mom's advice was repetitive of a problem I had been inflicted with for years, according to her.
Though I didn’t agree with her sentiments, I obeyed after recalling how terrible campfire smell could taint a book. I regretfully put my favorite book on the couch.
I returned to the counter separating the kitchen from the living room, eyeing my mother. “Do I have to play games with the cousins this year? Why can't I hangout with the adults instead? Like Jack.”
“You haven't graduated yet, Arielle. You should enjoy the time you have here. When you grow up, everything is different; you'll find yourself wishing you could still play games with the kids.”
“But Mom, I'm terrible at hide and seek. Everyone seems to know where I am.”
Mom packed the fruit into the cooler. “Why don’t you suggest hide-and-seek freeze-tag then?”
I pulled a face of disgust. “The last time we played it, I had to stay where I was tagged for almost an hour before Jack could find and unfreeze me.”
“Who managed to get into track this year?” Mom asked.
Barely, I thought to myself.
“You're not as young as you were before. And it's just a game with your cousins. If you've been spotted, you can easily outrun them. Have a little faith in yourself, sweetheart.”
Dad returned to the house at that moment, announcing that we were set to go.
As much as it pained me, I left my book on the couch and retrieved my running shoes.
I clutched my necklace to my heart and sighed. I couldn’t wait to come home.


Design first. Then win.
{{ partial "header.html" . }}
{{ partial "v1/navigation.html" . }}Design first. Then win.
Goa relies on code generation to alleviate the need for reflection or repetitive
coding.
The goagen tool generates various artifacts
including code, documentation, clients and even custom outputs via
plugins. The end result is application code that is
clean and terse.
The goa design language is flexible and stays out of the way – you decide how your API works. The design is the Single Source Of Truth from which both behavior and docs are derived. The goa design language being a Go DSL is easy to customize and the resulting designs are simple to share.
Request handlers get handed over a endpoint specific context object that exposes both the request state through convenient fields and the response state through methods that write the response back.
The API Development Life Cycle
Creating a service with goa starts with the design. The goa DSL lets you describe the global properties, types and endpoints that make up the service API. The apidsl package docs provides a quick reference to all the DSL functions.
Once the design of the API is in place goagen generates the corresponding data structures, validation code and handlers. Handlers are defined as interface methods. Implementing the service is thus as simple as implementing the generated interfaces.
The best part about the goa DSL is that the engine is completely decoupled. Plugins can implement custom DSLs to extend the concepts described in the design. Plugins can also generate arbitrary outputs.
Getting Started
1 Implement a simple goa service with the Getting Started Guide.
2 Learn more about the goa DSL.
3 Consult the examples and the goa-cellar service.
4 Join the slack channel (sign up here).
Learn more


First page Back Continue Last page Overview Image
WASM
- How WASM virtual machine runs code
- Execution behavior is defined in terms of an abstract machine that models the program state. It includes a stack, which records operand values and control constructs, and an abstract store containing global state.
- For each instruction, there is a rule that specifies the effect of its execution on the program state.
- https://webassembly.github.io/spec/core/exec/conventions.html
5.


Oracles¶
Grover’s Search is a well known quantum algorithm for searching through unstructured collections of records for particular targets with quadratic speedups.
Given a set \(X\) of \(N\) elements \(X=\{x_1,x_2,\ldots,x_N\}\) and a boolean function \(f : X \rightarrow \{0,1\}\), the goal on an unstructured-search problem is to find an element \(x^* \in X\) such that \(f(x^*)=1\). Unstructured search is often alternatively formulated as a database search problem, in which, given a database, the goal is to find in it an item that meets some specification. The search is called unstructured because there are no guarantees as to how the database is ordered. On a sorted database, for instance, one could perform binary search to find an element in \(\mathcal{O}(\log N)\) worst-case time. Instead, in an unstructured-search problem, there is no prior knowledge about the contents of the database. With classical circuits, there is no alternative but to perform a linear number of queries to find the target element. Conversely, Grover’s Search algorithm allows to solve the unstructured-search problem on a quantum computer in \(\mathcal{O}(\sqrt{N})\) queries.
All that is needed for carrying out a search is an oracle from Aqua’s oracles library for specifying the search criterion, which basically indicates a hit or miss for any given record. More formally, an oracle \(O_f\) is an object implementing a boolean function \(f\) as specified above. Given an input \(x \in X\), \(O_f\) returns \(f(x)\). The details of how \(O_f\) works are unimportant; Grover’s search algorithm treats an oracle as a black box.
Extending the Oracle Library
Consistent with its unique design, Aqua has a modular and
extensible architecture. Algorithms and their supporting objects, such as oracles for Grover’s Search Algorithm,
are pluggable modules in Aqua.
New oracles are typically installed in the qiskit_aqua/utils/oracles
folder and derive from
the Oracle
class. Aqua also allows for
Dynamically Discovered Components: new oracles can register themselves
as Aqua extensions and be dynamically discovered at run time independent of their
location in the file system.
This is done in order to encourage researchers and
developers interested in
Contributing to Aqua to extend the Aqua framework with their novel research contributions.
See also
Section :ref:`aqua-extending provides more details on how to extend Aqua with new components.
Currently, Aqua provides the SATisfiability (SAT) oracle implementation, which takes as input an SAT problem specified as a formula in `Conjunctive Normal Form (CNF) <https://en.wikipedia.org/wiki/Conjunctive_normal_form>__ and searches for solutions to that problem. Essentially, a CNF is a conjunction of one or more clauses, where a clause is a disjunction of one or more literals:
cnf : str
The Aqua SAT oracle implementation expects a CNF to be a str
value assigned to
the cnf
parameter. The value must be encoded in
DIMACS CNF
format.
Once it receives a CNF as an input, the SAT oracle constructs the corresponding quantum search circuit
for Grover’s Search Algorithm to operate upon.
The following is an example of a CNF expressed in DIMACS CNF format:
c This is an example DIMACS 3-sat file with 3 satisfying solutions: 1 -2 3, -1 -2 -3, 1 2 -3.
p cnf 3 5
-1 -2 -3 0
1 -2 3 0
1 2 -3 0
1 -2 -3 0
-1 2 3 0
The first line, following the c
character, is a comment.
The second line specifies that the CNF is over three boolean variables — let us call them
\(x_1, x_2, x_3\), and contains five clauses. The five clauses, listed afterwards,
are implicitly joined by the logical
AND
operator, \(\land\), while the variables in each clause, represented by their indices,
are implicitly disjoined by
the logical OR
operator, \(lor\). The \(-\) symbol preceding a boolean variable index
corresponds to the logical NOT
operator, \(lnot\). Character 0
marks the end
of each clause. Essentially, the code above corresponds to the following CNF:
\((\lnot x_1 \lor \lnot x_2 \lor \lnot x_3) \land (x_1 \lor \lnot x_2 \lor x_3) \land
(x_1 \lor x_2 \lor \lnot x_3) \land (x_1 \lor \lnot x_2 \lor \lnot x_3) \land (\lnot x_1 \lor x_2 \lor x_3)\).
Examples showing how to use the Grover algorithm in conjunction with the SAT oracles to search
for solutions to SAT problems are available in the optimization
folder of the
Aqua Tutorials GitHub repository.
Declarative Name
When referring to the SAT oracle declaratively inside Aqua, its code name
, by which Aqua dynamically discovers and loads it,
is SAT
.


Toggle navigation
BigNet
Data
(current)
Apps
Action
Another action
Something else here
Separated link
One more separated link
Search
Connexion
Action
Another action
Something else here
Separated link
MachineName
Users
alainlavoie
BigData.Photos
bigd
Action On directory
Another action
Something else here
Separated link
1
2
Folder
File
Task
Name
Owner
Last Modified
File size
{{file.filename}}
{{file.Owner}}
{{file.lastModification}}
{{file.fileSize}}
asdf
Action
Another action
Something else here
Separated link


Personal loans up to $40,000
Persional Loans
Small Business Loans
Auto Refinancing
Check your rate. It won't impact your credit score.
Respond to mail offer


"x" "1" "EDER,E, WEINFURTNER,E AND EDER MMG, GENOTOXICITY OF HALOGENATEDPROPENALS, ENVIRONMENTALLY RELEVANT OXYGEN CONTAINING SHORT CHAIN HALOCARBONS,ORGANOHALOGEN COMPD. 21(DIOXIN '94):239-242, 1994"


You need to enable JavaScript to run this app.
Song
DISTANCE
0000
STEPS
0000
SPEED
0000
DURATION
0000
favorite_border
START


|
json-c
0.12.1
|
Data Structures | |
| struct | json_object_iter |
Macros | |
| #define | THIS_FUNCTION_IS_DEPRECATED(func) func |
| #define | JSON_OBJECT_DEF_HASH_ENTRIES 16 |
| #define | JSON_C_TO_STRING_PLAIN 0 |
| #define | JSON_C_TO_STRING_SPACED (1<<0) |
| #define | JSON_C_TO_STRING_PRETTY (1<<1) |
| #define | JSON_C_TO_STRING_NOZERO (1<<2) |
| #define | FALSE ((json_bool)0) |
| #define | TRUE ((json_bool)1) |
| #define | json_object_object_foreach(obj, key, val) |
| #define | json_object_object_foreachC(obj, iter) for(iter.entry = json_object_get_object(obj)->head; (iter.entry ? (iter.key = (char*)iter.entry->k, iter.val = (struct json_object*)iter.entry->v, iter.entry) : 0); iter.entry = iter.entry->next) |
Typedefs | |
| typedef int | json_bool |
| typedef struct printbuf | printbuf |
| typedef struct lh_table | lh_table |
| typedef struct array_list | array_list |
| typedef struct json_object | json_object |
| typedef struct json_object_iter | json_object_iter |
| typedef struct json_tokener | json_tokener |
| typedef void( | json_object_delete_fn) (struct json_object *jso, void *userdata) |
| typedef int( | json_object_to_json_string_fn) (struct json_object *jso, struct printbuf *pb, int level, int flags) |
| typedef enum json_type | json_type |
Enumerations | |
| enum | json_type { json_type_null, json_type_boolean, json_type_double, json_type_int, json_type_object, json_type_array, json_type_string } |
Variables | |
| const char * | json_number_chars |
| const char * | json_hex_chars |
| json_object_delete_fn | json_object_free_userdata |
| json_object_to_json_string_fn | json_object_userdata_to_json_string |
| #define FALSE ((json_bool)0) |
| #define JSON_C_TO_STRING_NOZERO (1<<2) |
A flag to drop trailing zero for float values
| #define JSON_C_TO_STRING_PLAIN 0 |
A flag for the json_object_to_json_string_ext() and json_object_to_file_ext() functions which causes the output to have no extra whitespace or formatting applied.
| #define JSON_C_TO_STRING_PRETTY (1<<1) |
A flag for the json_object_to_json_string_ext() and json_object_to_file_ext() functions which causes the output to be formatted.
See the "Two Space Tab" option at http://jsonformatter.curiousconcept.com/ for an example of the format.
| #define JSON_C_TO_STRING_SPACED (1<<0) |
A flag for the json_object_to_json_string_ext() and json_object_to_file_ext() functions which causes the output to have minimal whitespace inserted to make things slightly more readable.
| #define JSON_OBJECT_DEF_HASH_ENTRIES 16 |
| #define json_object_object_foreach | ( | obj, | |
| key, | |||
| val | |||
| ) |
Iterate through all keys and values of an object.
Adding keys to the object while iterating is NOT allowed.
Deleting an existing key, or replacing an existing key with a new value IS allowed.
| obj | the json_object instance |
| key | the local name for the char* key variable defined in the body |
| val | the local name for the json_object* object variable defined in the body |
| #define json_object_object_foreachC | ( | obj, | |
| iter | |||
| ) | for(iter.entry = json_object_get_object(obj)->head; (iter.entry ? (iter.key = (char*)iter.entry->k, iter.val = (struct json_object*)iter.entry->v, iter.entry) : 0); iter.entry = iter.entry->next) |
Iterate through all keys and values of an object (ANSI C Safe)
| obj | the json_object instance |
| iter | the object iterator |
| #define THIS_FUNCTION_IS_DEPRECATED | ( | func | ) | func |
| #define TRUE ((json_bool)1) |
| typedef struct array_list array_list |
| typedef int json_bool |
| typedef struct json_object json_object |
| typedef void( json_object_delete_fn) (struct json_object *jso, void *userdata) |
Type of custom user delete functions. See json_object_set_serializer.
| typedef struct json_object_iter json_object_iter |
| typedef int( json_object_to_json_string_fn) (struct json_object *jso, struct printbuf *pb, int level, int flags) |
Type of a custom serialization function. See json_object_set_serializer.
| typedef struct json_tokener json_tokener |
| enum json_type |
| int json_object_array_add | ( | struct json_object * | obj, |
| struct json_object * | val | ||
| ) |
Add an element to the end of a json_object of type json_type_array
The reference count will not be incremented. This is to make adding fields to objects in code more compact. If you want to retain a reference to an added object you must wrap the passed object with json_object_get
| obj | the json_object instance |
| val | the json_object to be added |
| struct json_object* json_object_array_get_idx | ( | struct json_object * | obj, |
| int | idx | ||
| ) |
Get the element at specificed index of the array (a json_object of type json_type_array)
| obj | the json_object instance |
| idx | the index to get the element at |
| int json_object_array_length | ( | struct json_object * | obj | ) |
Get the length of a json_object of type json_type_array
| obj | the json_object instance |
| int json_object_array_put_idx | ( | struct json_object * | obj, |
| int | idx, | ||
| struct json_object * | val | ||
| ) |
Insert or replace an element at a specified index in an array (a json_object of type json_type_array)
The reference count will not be incremented. This is to make adding fields to objects in code more compact. If you want to retain a reference to an added object you must wrap the passed object with json_object_get
The reference count of a replaced object will be decremented.
The array size will be automatically be expanded to the size of the index if the index is larger than the current size.
| obj | the json_object instance |
| idx | the index to insert the element at |
| val | the json_object to be added |
| void json_object_array_sort | ( | struct json_object * | jso, |
| int(*)(const void *, const void *) | sort_fn | ||
| ) |
Sorts the elements of jso of type json_type_array
Pointers to the json_object pointers will be passed as the two arguments to
| obj | the json_object instance |
| sort_fn | a sorting function |
| struct json_object* json_object_get | ( | struct json_object * | obj | ) |
Increment the reference count of json_object, thereby grabbing shared ownership of obj.
| obj | the json_object instance |
| struct array_list* json_object_get_array | ( | struct json_object * | obj | ) |
Get the arraylist of a json_object of type json_type_array
| obj | the json_object instance |
| json_bool json_object_get_boolean | ( | struct json_object * | obj | ) |
Get the json_bool value of a json_object
The type is coerced to a json_bool if the passed object is not a json_bool. integer and double objects will return FALSE if there value is zero or TRUE otherwise. If the passed object is a string it will return TRUE if it has a non zero length. If any other object type is passed TRUE will be returned if the object is not NULL.
| obj | the json_object instance |
| double json_object_get_double | ( | struct json_object * | obj | ) |
Get the double floating point value of a json_object
The type is coerced to a double if the passed object is not a double. integer objects will return their double conversion. Strings will be parsed as a double. If no conversion exists then 0.0 is returned and errno is set to EINVAL. null is equivalent to 0 (no error values set)
If the value is too big to fit in a double, then the value is set to the closest infinity with errno set to ERANGE. If strings cannot be converted to their double value, then EINVAL is set & NaN is returned.
Arrays of length 0 are interpreted as 0 (with no error flags set). Arrays of length 1 are effectively cast to the equivalent object and converted using the above rules. All other arrays set the error to EINVAL & return NaN.
NOTE: Set errno to 0 directly before a call to this function to determine whether or not conversion was successful (it does not clear the value for you).
| obj | the json_object instance |
| int32_t json_object_get_int | ( | struct json_object * | obj | ) |
Get the int value of a json_object
The type is coerced to a int if the passed object is not a int. double objects will return their integer conversion. Strings will be parsed as an integer. If no conversion exists then 0 is returned and errno is set to EINVAL. null is equivalent to 0 (no error values set)
Note that integers are stored internally as 64-bit values. If the value of too big or too small to fit into 32-bit, INT32_MAX or INT32_MIN are returned, respectively.
| obj | the json_object instance |
| int64_t json_object_get_int64 | ( | struct json_object * | obj | ) |
Get the int value of a json_object
The type is coerced to a int64 if the passed object is not a int64. double objects will return their int64 conversion. Strings will be parsed as an int64. If no conversion exists then 0 is returned.
NOTE: Set errno to 0 directly before a call to this function to determine whether or not conversion was successful (it does not clear the value for you).
| obj | the json_object instance |
| struct lh_table* json_object_get_object | ( | struct json_object * | obj | ) |
Get the hashtable of a json_object of type json_type_object
| obj | the json_object instance |
| const char* json_object_get_string | ( | struct json_object * | obj | ) |
Get the string value of a json_object
If the passed object is not of type json_type_string then the JSON representation of the object is returned.
The returned string memory is managed by the json_object and will be freed when the reference count of the json_object drops to zero.
| obj | the json_object instance |
| int json_object_get_string_len | ( | struct json_object * | obj | ) |
Get the string length of a json_object
If the passed object is not of type json_type_string then zero will be returned.
| obj | the json_object instance |
| enum json_type json_object_get_type | ( | struct json_object * | obj | ) |
Get the type of the json_object. See also json_type_to_name() to turn this into a string suitable, for instance, for logging.
| obj | the json_object instance |
| int json_object_is_type | ( | struct json_object * | obj, |
| enum json_type | type | ||
| ) |
Check if the json_object is of a given type
| obj | the json_object instance |
| type | one of: json_type_null (i.e. obj == NULL), json_type_boolean, json_type_double, json_type_int, json_type_object, json_type_array, json_type_string, |
| struct json_object* json_object_new_array | ( | void | ) |
Create a new empty json_object of type json_type_array
| struct json_object* json_object_new_boolean | ( | json_bool | b | ) |
Create a new empty json_object of type json_type_boolean
| b | a json_bool TRUE or FALSE (0 or 1) |
| struct json_object* json_object_new_double | ( | double | d | ) |
Create a new empty json_object of type json_type_double
| d | the double |
| struct json_object* json_object_new_double_s | ( | double | d, |
| const char * | ds | ||
| ) |
Create a new json_object of type json_type_double, using the exact serialized representation of the value.
This allows for numbers that would otherwise get displayed inefficiently (e.g. 12.3 => "12.300000000000001") to be serialized with the more convenient form.
Note: this is used by json_tokener_parse_ex() to allow for an exact re-serialization of a parsed object.
An equivalent sequence of calls is:
| d | the numeric value of the double. |
| ds | the string representation of the double. This will be copied. |
| struct json_object* json_object_new_int | ( | int32_t | i | ) |
Create a new empty json_object of type json_type_int Note that values are stored as 64-bit values internally. To ensure the full range is maintained, use json_object_new_int64 instead.
| i | the integer |
| struct json_object* json_object_new_int64 | ( | int64_t | i | ) |
Create a new empty json_object of type json_type_int
| i | the integer |
| struct json_object* json_object_new_object | ( | void | ) |
Create a new empty object with a reference count of 1. The caller of this object initially has sole ownership. Remember, when using json_object_object_add or json_object_array_put_idx, ownership will transfer to the object/array. Call json_object_get if you want to maintain shared ownership or also add this object as a child of multiple objects or arrays. Any ownerships you acquired but did not transfer must be released through json_object_put.
| struct json_object* json_object_new_string | ( | const char * | s | ) |
Create a new empty json_object of type json_type_string
A copy of the string is made and the memory is managed by the json_object
| s | the string |
| struct json_object* json_object_new_string_len | ( | const char * | s, |
| int | len | ||
| ) |
| void json_object_object_add | ( | struct json_object * | obj, |
| const char * | key, | ||
| struct json_object * | val | ||
| ) |
Add an object field to a json_object of type json_type_object
The reference count will not be incremented. This is to make adding fields to objects in code more compact. If you want to retain a reference to an added object, independent of the lifetime of obj, you must wrap the passed object with json_object_get.
Upon calling this, the ownership of val transfers to obj. Thus you must make sure that you do in fact have ownership over this object. For instance, json_object_new_object will give you ownership until you transfer it, whereas json_object_object_get does not.
| obj | the json_object instance |
| key | the object field name (a private copy will be duplicated) |
| val | a json_object or NULL member to associate with the given field |
| void json_object_object_del | ( | struct json_object * | obj, |
| const char * | key | ||
| ) |
Delete the given json_object field
The reference count will be decremented for the deleted object. If there are no more owners of the value represented by this key, then the value is freed. Otherwise, the reference to the value will remain in memory.
| obj | the json_object instance |
| key | the object field name |
| json_bool json_object_object_get_ex | ( | struct json_object * | obj, |
| const char * | key, | ||
| struct json_object ** | value | ||
| ) |
Get the json_object associated with a given object field.
This returns true if the key is found, false in all other cases (including if obj isn't a json_type_object).
No reference counts will be changed. There is no need to manually adjust reference counts through the json_object_put/json_object_get methods unless you need to have the child (value) reference maintain a different lifetime than the owning parent (obj). Ownership of value is retained by obj.
| obj | the json_object instance |
| key | the object field name |
| value | a pointer where to store a reference to the json_object associated with the given field name. |
It is safe to pass a NULL value.
| int json_object_object_length | ( | struct json_object * | obj | ) |
Get the size of an object in terms of the number of fields it has.
| obj | the json_object whose length to return |
| int json_object_put | ( | struct json_object * | obj | ) |
Decrement the reference count of json_object and free if it reaches zero. You must have ownership of obj prior to doing this or you will cause an imbalance in the reference count.
| obj | the json_object instance |
| void json_object_set_serializer | ( | json_object * | jso, |
| json_object_to_json_string_fn | to_string_func, | ||
| void * | userdata, | ||
| json_object_delete_fn * | user_delete | ||
| ) |
Set a custom serialization function to be used when this particular object is converted to a string by json_object_to_json_string.
If a custom serializer is already set on this object, any existing user_delete function is called before the new one is set.
If to_string_func is NULL, the other parameters are ignored and the default behaviour is reset.
The userdata parameter is optional and may be passed as NULL. If provided, it is passed to to_string_func as-is. This parameter may be NULL even if user_delete is non-NULL.
The user_delete parameter is optional and may be passed as NULL, even if the userdata parameter is non-NULL. It will be called just before the json_object is deleted, after it's reference count goes to zero (see json_object_put()). If this is not provided, it is up to the caller to free the userdata at an appropriate time. (i.e. after the json_object is deleted)
| jso | the object to customize |
| to_string_func | the custom serialization function |
| userdata | an optional opaque cookie |
| user_delete | an optional function from freeing userdata |
| const char* json_object_to_json_string | ( | struct json_object * | obj | ) |
Stringify object to json format. Equivalent to json_object_to_json_string_ext(obj, JSON_C_TO_STRING_SPACED)
| obj | the json_object instance |
| const char* json_object_to_json_string_ext | ( | struct json_object * | obj, |
| int | flags | ||
| ) |
Stringify object to json format
| obj | the json_object instance |
| flags | formatting options, see JSON_C_TO_STRING_PRETTY and other constants |
| THIS_FUNCTION_IS_DEPRECATED | ( | extern struct json_object * | json_object_object_getstruct json_object *obj, const char *key | ) |
Get the json_object associate with a given object field
No reference counts will be changed. There is no need to manually adjust reference counts through the json_object_put/json_object_get methods unless you need to have the child (value) reference maintain a different lifetime than the owning parent (obj). Ownership of the returned value is retained by obj (do not do json_object_put unless you have done a json_object_get). If you delete the value from obj (json_object_object_del) and wish to access the returned reference afterwards, make sure you have first gotten shared ownership through json_object_get (& don't forget to do a json_object_put or transfer ownership to prevent a memory leak).
| obj | the json_object instance |
| key | the object field name |
| const char* json_hex_chars |
| const char* json_number_chars |
| json_object_delete_fn json_object_free_userdata |
Simply call free on the userdata pointer. Can be used with json_object_set_serializer().
| jso | unused |
| userdata | the pointer that is passed to free(). |
| json_object_to_json_string_fn json_object_userdata_to_json_string |
Copy the jso->_userdata string over to pb as-is. Can be used with json_object_set_serializer().
| jso | The object whose _userdata is used. |
| pb | The destination buffer. |
| level | Ignored. |
| flags | Ignored. |


koppel & kyk in dalaland
pixels on perspective
UNDEREXPOSED PROJECT
CCA @ UCT
a collection of captions, dedicated to the minds who believe they are able to art direct their lives into happiness
are you that bra?
hat'bra
by Hugh Mosno
that bra that watches you sleep from outside the realm of your possibilities
that bra that is most dangerous... needing nothing from no one
that bra that tries to paint the world like its a poes place
that bra that thought he was the best she ever had
that bra that died inside the body of a living soul
that bra that’s always bets
that bra that’s sitting in a jail cell for possession of herb
that bra that dunno when to stop, hou his bek or say sorry
that bra that thought he was gonna live his lie forever
that bra that never met his father, lost his father, is a father
that bra that lost belief, in what he was led to believe
that bra that couldn’t leap & got leapt behind
that bra that ended up with his childhood sweetheart
that bra that pretends not to know what he feels in his soul
the bra that suiped himself to death off donations from the public
that bra that uses his thoughts to create love
that bra that keeps trying to relive that one weekend
that bra that thinks he can save the world with his salary
that bra that was diagnosed with a false sense of entitlement
that bra who’s taanie outlived him
that bra that koppel credit so he can play with
that bra that tried to figure out, what he was figured in
that bra that has a muslim name but lives like a fake christian
that bra that couldn’t give love, where credit was due
that bra that can’t make sense of anything without a price tag
that bra that put aweh & hopa into the mouths of humans across the planet
that bra that thinks democracy can exist inside of social inequality
that bra that’s never ever needed a résumé
that bra that wrote the writing on the wall
that bra that’s min ge'spin
that bra that don’t still have to worry about where his motjie is
that bra that you never ever heard about, but did koppel for you
that bra that could only throw back as far as thursday
that bra that couldn’t be satisfied just being alive
that bra that cries when he’s alone, and smiles when he’s not
that bra that can’t forgive anyone, not even himself evens
that bra that played his part
play your part
give a fuck


1 Chronicles 3:24
And the sons of Elioenai were, Hodaiah, and Eliashib, and Pelaiah, and Akkub, and Johanan, and Dalaiah, and Anani, seven.


Toggle navigation
Link 1
Link 2
Link 3
Link 4
Link 5
Politics
Trump arrives in Japan eager
for flattery and pomp
Top Stories
Inside Trrump's Air Force One: 'It's like being held captive
Ex-GOP congressman calls for impeachment, says Trump an 'illegitimate president'
Trump’s Citizenship and Immigration Services director out
Federal judge blocks Trump from using Defense funds for parts of border wall.


from math import pi
import numpy as np
from hn2016_falwa import basis
[docs]class BarotropicField(object):
"""
An object that deals with barotropic (2D) wind and/or PV fields
Parameters
----------
xlon : np.array
Longitude array in degree with dimension = nlon.
ylat : np.array
Latitude array in degree with dimension = nlat.
area : np.ndarray
Differential area at each lon-lat grid points with dimension (nlat,nlon). If 'area=None': it will be initiated as area of uniform grid (in degree) on a spherical surface. Dimension = [nlat, nlon]
dphi : np.array
Differential length element along the lat grid with dimension = nlat.
pv_field : np.ndarray
Absolute vorticity field with dimension [nlat x nlon]. If 'pv_field=None': pv_field is expected to be computed with u,v,t field.
Example
---------
>>> barofield1 = BarotropicField(xlon, ylat, pv_field=abs_vorticity)
"""
def __init__(self, xlon, ylat, pv_field, area=None, dphi=None,
n_partitions=None, planet_radius=6.378e+6):
"""
Create a BarotropicField object.
Parameters
----------
xlon : np.array
Longitude array in degree with dimension = nlon.
ylat : np.array
Latitude array in degree with dimension = nlat.
area : np.ndarray
Differential area at each lon-lat grid points with dimension (nlat,nlon). If 'area=None': it will be initiated as area of uniform grid (in degree) on a spherical surface. Dimension = [nlat, nlon]
dphi : np.array
Differential length element along the lat grid with dimension = nlat.
pv_field : np.ndarray
Absolute vorticity field with dimension = [nlat, nlon].
If none, pv_field is expected to be computed with u,v,t field.
"""
self.xlon = xlon
self.ylat = ylat
self.clat = np.abs(np.cos(np.deg2rad(ylat)))
self.nlon = xlon.size
self.nlat = ylat.size
self.planet_radius = planet_radius
if dphi is None:
self.dphi = pi/(self.nlat-1) * np.ones((self.nlat))
else:
self.dphi = dphi
if area is None:
self.area = 2. * pi * planet_radius ** 2 * \
(np.cos(ylat[:, np.newaxis] * pi/180.) * self.dphi[:, np.newaxis])\
/ float(self.nlon)*np.ones((self.nlat, self.nlon))
else:
self.area = area
self.pv_field = pv_field
if n_partitions is None:
self.n_partitions = self.nlat
else:
self.n_partitions = n_partitions
# Quantities that are computed with the methods below
self._eqvlat = None
self._lwa = None
def _compute_eqvlat(self):
"""
Private function. Compute equivalent latitude if it has not been computed yet.
"""
self.eqvlat, _ = basis.eqvlat(
self.ylat, self.pv_field, self.area, self.n_partitions,
planet_radius=self.planet_radius
)
return self.eqvlat
def _compute_lwa(self):
"""
Private function. Compute equivalent latitude if it has not been computed yet.
"""
eqvlat = self.equivalent_latitudes
if self._lwa is None:
self._lwa, dummy = basis.lwa(
self.nlon, self.nlat, self.pv_field, eqvlat,
self.planet_radius * self.clat * self.dphi
)
return self.lwa
@property
def equivalent_latitudes(self):
"""
Return the computd quivalent latitude with the *pv_field* stored in the object.
Return
----------
An numpy array with dimension (nlat) of equivalent latitude array.
Example
----------
>>> barofield1 = BarotropicField(xlon, ylat, pv_field=abs_vorticity)
>>> eqv_lat = barofield1.equivalent_latitudes
"""
if self._eqvlat is None:
return self._compute_eqvlat()
return self._eqvlat
@property
def lwa(self):
"""
Compute the finite-amplitude local wave activity based on the *equivalent_latitudes* and the *pv_field* stored in the object.
Return
----------
An 2-D numpy array with dimension [nlat,nlon] of local wave activity values.
Example
----------
>>> barofield1 = BarotropicField(xlon, ylat, pv_field=abs_vorticity)
>>> lwa = barofield1.lwa
"""
if self._lwa is None:
return self._compute_lwa()
return self._lwa


|
|
5
to the variable x
. The assignment operation always takes place from right to left, and never the other way around:
|
|
x
the value contained in variable y
. The value of x
at the moment this statement is executed is lost and replaced by the value of y
.y
to x
at the moment of the assignment operation. Therefore, if y
changes at a later moment, it will not affect the new value taken by x
.
|
|
a:4 b:7 |
a
and b
(4 and 7, respectively). Notice how a
was not affected by the final modification of b
, even though we declared a = b
earlier.
|
|
y
is assigned the result of adding 2 and the value of another assignment expression (which has itself a value of 5). It is roughly equivalent to:
|
|
y
.
|
|
x
, y
and z
; always from right-to-left.| operator | description |
|---|---|
+ | addition |
- | subtraction |
* | multiplication |
/ | division |
% | modulo |
%
), gives the remainder of a division of two values. For example:
|
|
x
containing the value 2, since dividing 11 by 3 results in 3, with a remainder of 2.| expression | equivalent to... |
|---|---|
y += x; | y = y + x; |
x -= 5; | x = x - 5; |
x /= y; | x = x / y; |
price *= units + 1; | price = price * (units+1); |
|
|
5 |
++
) and the decrease operator (--
) increase or reduce by one the value stored in a variable. They are equivalent to +=1
and to -=1
, respectively. Thus:
|
|
x
.++x
) or after it (x++
). Although in simple expressions like x++
or ++x
, both have exactly the same meaning; in other expressions in which the result of the increment or decrement operation is evaluated, they may have an important difference in their meaning: In the case that the increase operator is used as a prefix (++x
) of the value, the expression evaluates to the final value of x
, once it is already increased. On the other hand, in case that it is used as a suffix (x++
), the value is also increased, but the expression evaluates to the value that x had before being increased. Notice the difference:| Example 1 | Example 2 |
|---|---|
x = 3; |
x = 3; |
y
is the value of x
after being increased. While in Example 2, it is the value x
had before being increased.| operator | description |
|---|---|
== | Equal to |
!= | Not equal to |
< | Less than |
> | Greater than |
<= | Less than or equal to |
>= | Greater than or equal to |
|
|
a=2
, b=3
and c=6
, then:
|
|
=
, with one equal sign) is not the same as the equality comparison operator (operator ==
, with two equal signs); the first one (=
) assigns the value on the right-hand to the variable on its left, while the other (==
) compares whether the values on both sides of the operator are equal. Therefore, in the last expression ((b=2) == a
), we first assigned the value 2
to b
and then we compared it to a
(that also stores the value 2), yielding true
.!
is the C++ operator for the Boolean operation NOT. It has only one operand, to its right, and inverts it, producing false
if its operand is true
, and true
if its operand is false
. Basically, it returns the opposite Boolean value of evaluating its operand. For example:
|
|
&&
and ||
are used when evaluating two expressions to obtain a single relational result. The operator &&
corresponds to the Boolean logical operation AND, which yields true
if both its operands are true
, and false
otherwise. The following panel shows the result of operator &&
evaluating the expression a&&b
:| && OPERATOR (and) | ||
|---|---|---|
a | b | a && b |
true | true | true |
true | false | false |
false | true | false |
false | false | false |
||
corresponds to the Boolean logical operation OR, which yields true
if either of its operands is true
, thus being false only when both operands are false. Here are the possible results of a||b
:| || OPERATOR (or) | ||
|---|---|---|
a | b | a || b |
true | true | true |
true | false | true |
false | true | true |
false | false | false |
|
|
(5==5)||(3>6)
), C++ evaluates first whether 5==5
is true
, and if so, it never checks whether 3>6
is true
or not. This is known as short-circuit evaluation, and works like this for these operators:| operator | short-circuit |
|---|---|
&& | if the left-hand side expression is false , the combined result is false (the right-hand side expression is never evaluated). |
|| | if the left-hand side expression is true , the combined result is true (the right-hand side expression is never evaluated). |
|
|
i
by one, but only if the condition on the left of &&
is true
, because otherwise, the condition on the right-hand side (++i<n
) is never evaluated.true
, and a different one if the expression evaluates as false
. Its syntax is:condition ? result1 : result2
condition
is true
, the entire expression evaluates to result1
, and otherwise to result2
.
|
|
|
|
7 |
a
was 2, and b
was 7, so the expression being evaluated (a>b
) was not true
, thus the first value specified after the question mark was discarded in favor of the second value (the one after the colon) which was b
(with a value of 7).,
) is used to separate two or more expressions that are included where only one expression is expected. When the set of expressions has to be evaluated for a value, only the right-most expression is considered.
|
|
b
, and then assign b+2
to variable a
. So, at the end, variable a
would contain the value 5 while variable b
would contain value 3.| operator | asm equivalent | description |
|---|---|---|
& | AND | Bitwise AND |
| | OR | Bitwise inclusive OR |
^ | XOR | Bitwise exclusive OR |
~ | NOT | Unary complement (bit inversion) |
<< | SHL | Shift bits left |
>> | SHR | Shift bits right |
|
|
3.14
to an integer value (3
); the remainder is lost. Here, the typecasting operator was (int)
. Another way to do the same thing in C++ is to use the functional notation preceding the expression to be converted by the type and enclosing the expression between parentheses:
|
|
|
|
x
is assigned the value 1
, because char
is a type with a size of one byte.sizeof
is a compile-time constant, so it is always determined before program execution.
|
|
x
, because the %
operator has a higher precedence than the +
operator, and is always evaluated before. Parts of the expressions can be enclosed in parenthesis to override this precedence order, or to make explicitly clear the intended effect. Notice the difference:
|
|
| Level | Precedence group | Operator | Description | Grouping |
|---|---|---|---|---|
| 1 | Scope | :: | scope qualifier | Left-to-right |
| 2 | Postfix (unary) | ++ -- | postfix increment / decrement | Left-to-right |
() | functional forms | |||
[] | subscript | |||
. -> | member access | |||
| 3 | Prefix (unary) | ++ -- | prefix increment / decrement | Right-to-left |
~ ! | bitwise NOT / logical NOT | |||
+ - | unary prefix | |||
& * | reference / dereference | |||
new delete | allocation / deallocation | |||
sizeof | parameter pack | |||
(type) | C-style type-casting | |||
| 4 | Pointer-to-member | .* ->* | access pointer | Left-to-right |
| 5 | Arithmetic: scaling | * / % | multiply, divide, modulo | Left-to-right |
| 6 | Arithmetic: addition | + - | addition, subtraction | Left-to-right |
| 7 | Bitwise shift | << >> | shift left, shift right | Left-to-right |
| 8 | Relational | < > <= >= | comparison operators | Left-to-right |
| 9 | Equality | == != | equality / inequality | Left-to-right |
| 10 | And | & | bitwise AND | Left-to-right |
| 11 | Exclusive or | ^ | bitwise XOR | Left-to-right |
| 12 | Inclusive or | | | bitwise OR | Left-to-right |
| 13 | Conjunction | && | logical AND | Left-to-right |
| 14 | Disjunction | || | logical OR | Left-to-right |
| 15 | Assignment-level expressions | = *= /= %= += -= | assignment / compound assignment | Right-to-left |
?: | conditional operator | |||
| 16 | Sequencing | , | comma separator | Left-to-right |
| Previous: Constants | Index | Next: Basic Input/Output |


HackISU is a 36 hour programming competition focused on the technology and computer/software industries. Over 250 students come to HackISU to learn new things and build cool projects for an entire weekend. The event is free, and inclusive to students of all programming abilities.
If you are interested in sponsoring, you can send an email to<EMAIL_ADDRESS>HackISU is 100% funded by sponsors. Our sponsors help us to provide meals for hundreds of students during the event, as well as buying swag/prizes for the best hacks. They also allow us to provide monetary reimbursement for students traveling from other schools to Ames to attend our hackathon. Sponsors can help students learn by giving tech talks during the event, and also participate as mentors for hackers.
T-shirts, stickers, water bottles, mugs, or external battery packs that typically have some branding and advertising on them.
A prize given away by the sponsor for reasons of which they define (best use of their api, most innovative in _______ sector, best entrepreneurial hack, etc)
Yes, unless you would like us to handle that for you.
Having a booth means that hackers will see that you’re there! They’ll know where you are if they want to ask you any questions during the hackathon. The booth also serves as your home-base during the event for any recruiters/mentors participating.
There’s no set schedule for when recruiters or mentors have to be at their booth. We highly recommend having someone there when the event begins on Friday evening as well as Saturday afternoon. Having a presence on Friday evening is important because that is when students are not busy hacking yet, so they will have time to talk with you about your company, any prizes you’re offering, and ask you about job/internship opportunities. They are also starting to form their project ideas - they’ll want to talk with you about how to win your prize! Saturday afternoon is when hackers will be busy hacking...
We will have a general swag table where we will put any swag/recruiting materials you’d like to give us.
Mentors are the lifeline for hackers. Most people are working with topics or tools that they’ve never touched before, so mentors can help with sticky situations, and keep teams moving to create amazing projects. Mentors are also your most direct interaction with event attendees. They’re great opportunities to talk about your sponsor prize, event, or API. We’ve heard countless stories of people getting help right as they’re about to quit, and are then helped by a timely mentor who makes a real positive impression in the hacker’s weekend. Those are the moments that stick around after HackISU is over.
We’re happy to have as many mentors as you’d like to bring along. The more the merrier. It’s great to have a variety of mentors with skillsets in everything from embedded systems to mobile to web development.
Nope! Mentors can spend as much or as little time as they’d like at the event, but prime time for mentors is Friday from 8pm - midnight as people are exploring their project ideas and Saturday from 10am - midnight as hackers are starting to get into the gritty details of their projects.
Events at HackISU are fun ways for hackers to take a break from staring at their project and enjoy a lighthearted game or activity. Examples of fun events are cup stacking, handing out caffeinated goodies, technical challenges or brain teasers, and any kind of career help. This is a great opportunity to access hackers in a situation where they’re not preoccupied with the bug they’re trying to fix.
Lightning talks are short (~15 minutes), technical presentations geared to provide hackers with an intro into a useful tool, framework or API. These are a great way to take some tool you love to use, and give students some information about how they can use it for their hacks. Lightning talks are also great places to show of your API and create some buzz around your company prize.
Tech talks are mid-length (~30 minutes) presentation that are best used to go over some programming concept, API, or tool. Talking about open source contribution, how to build usable libraries, or some quick ways to dabble in machine learning are some examples of tech talk topics. The longer time allows for an in-depth look at whatever you’re showcasing, but it should still be something that an attendee could use at the event or explore more on their own after HackISU.


Basic Concepts
We introduce and define the most basic concepts of Prolog.
Terms
In Prolog, all data—including
Prolog programs—are represented by
Prolog terms.
Programs
A Prolog program is a set of predicates.
Predicates define relations between their
arguments. Logically, a Prolog program states what holds.
There are a few conventions
for writing Prolog programs, and
different ways of reading them.
Predicates
Each predicate has a name, and zero or
more arguments. The predicate name is a
Prolog atom. Each argument is an arbitrary
Prolog term.
A predicate with name Pred and N arguments is
denoted by Pred/N, which is called
a predicate indicator. N is called
the arity of the predicate.
| Video: |
|
A predicate is defined by a collection of clauses.
A clause is either a rule or a fact. The
clauses that constitute a predicate denote
logical alternatives: If any clause is true, then
the whole predicate is true.
| Video: |
|
Rules
A Prolog rule has the form:
Head :- Body.
The notation of the head of a rule depends on the number of
arguments:
- If the predicate has zero
arguments, then the head consists only of the predicate name.
- If a predicate called Name has a positive
number N of arguments, then the head is written
as:
Name(Arg1, Arg2, ..., ArgN).
The body of each rule is a Prolog goal.
A goal is a Prolog term that denotes a predicate and its arguments.
A rule is called recursive if one of its goals refers to
the predicate that the rule is defining.
Facts
A fact is written as:
Head.
This is equivalent to the rule:
Head :- true.
Logically, this means that the rule always holds,
because the built-in
predicate true/0 is always true.
Toplevel
The Prolog toplevel is the main way in which we run
Prolog programs.
| Video: |
|
We invoke a Prolog predicate by posting a query on the
toplevel. A query is an arbitrary Prolog goal. In a
query, variables are existentially quantified. We can thus
read a query as: "Are there any cases for which the given
predicate holds?"
| Video: |
|
In response to a query, the toplevel reports an answer.
The answer is a Prolog goal that is
declaratively equivalent to the query.
Every predicate has an associated most general query, which
means that all arguments are fresh variables.
Note that a goal can succeed more than once. Depending on
your Prolog implementation, you either press SPACE
or ";" to see alternatives.
Running Prolog code
Running a Prolog program can be regarded as a special case
of resolution, which is an algorithm that is rooted in
formal logic. Logically, when Prolog answers a query, it
tries to find a resolution refutation of the negated
query and the set of clauses that constitute the program. When a
refutation is found, it means that the query is a
logical consequence of the program.
An important step in this process is syntactic unification
of terms. Unification is a generalization of pattern
matching. When a clause head is chosen for unification with a
Prolog goal, then unification applies to the arguments
of both.
For this reason, there is no distinction between input and
output arguments of pure predicates, and
Prolog predicates can often be used in several directions.
If multiple clause heads unify with a goal, then alternatives are
tried on backtracking.
Informally, you can think of Prolog's default execution strategy,
which is called depth-first search with chronological
backtracking, as a generalization
of function calls that are available in other
languages. The main differences are that: (1) multiple
clauses can match and (2) unification works in both
directions.
A Prolog program can be interpreted with different
execution strategies that can be flexibly
selected. SLG resolution
is an alternative execution strategy that is available in an
increasing number of Prolog systems. The ability to use
different execution strategies while keeping the program unchanged
is a major attraction of Prolog.
To find mistakes in Prolog programs,
it is typically not necessary to trace the actual execution
steps. Instead, declarative
debugging techniques can be applied to narrow down
mistakes by logical reasoning.
Built-ins
Some predicates are already predefined when you start your
Prolog system. These are
called built-in predicates or
simply built-ins.
For example, the built-in (=)/2 is true iff its
arguments unify. The built-in true/0 is
always true, and the built-in false/0 is
always false.
Many built-ins are only available for convenience, and you
could easily define them yourself by the mechanisms explained
above. For example, if they were not already defined, you could
define the mentioned predicates as:
T = T.
true.
false :- a = b.
However, not all built-ins can be defined in this way.
In addition to (=)/2, true/0
and false/0, the most important built-ins you need to
know to write useful and pure Prolog programs are:
- dif/2 is true iff its arguments are different terms
- integer constraints let you reason about arithmetic expressions
- (',')/2 denotes conjunction: (A,B) is true iff both A and B are true
- (';')/2 denotes disjunction: (A;B) is true iff either A or B or both are true.
Example: Collatz conjecture
We illustrate all these concepts by means of an example:
Take any positive integer N. To get the next integer,
do the following:
- If N is even, divide it by 2.
- If N is odd, multiply it by 3 and add 1,
obtaining 3×N + 1.
Repeat this indefinitely to obtain the hailstone
sequence N0, N1, N2, ...
The Collatz
conjecture is that the integer 1 appears in
this sequence for all positive initial integers.
We can model the hailstone sequence as follows, using the
built-in integer
constraint (#=)/2 to denote equality
of two integer expressions:
hailstone(N, N).
hailstone(N0, N) :-
N0 #= 2*N1,
hailstone(N1, N).
hailstone(N0, N) :-
N0 #= 2*_ + 1,
N1 #= 3*N0 + 1,
hailstone(N1, N).
The predicate hailstone/2 is defined by
three clauses: one fact and two rules. It
defines a relation between two arguments. The first
argument represents the current element of the sequence. The
second argument is used to report solutions. After a query
is posted and an answer is reported by the toplevel,
the alternatives are tried on backtracking:
?- hailstone(3, N).
N = 3
; N = 10
; N = 5
; N = 16
; N = 8
; N = 4
; N = 2
; N = 1
; N = 4
; N = 2
; N = 1
; ... .
This program illustrates that a sequence of actions can be modeled
as a relation between successive states.
See Thinking in States for more examples.
As is characteristic for pure relations, the predicate can be used
in all directions. For example, we can post the most
general query:
?- hailstone(X, Y).
X = Y
; clpz:(2*Y#=X)
; clpz:(2*Y#=_A), clpz:(2*_A#=X)
; clpz:(2*_A#=X), clpz:(2*Y#=_B), clpz:(2*_B#=_A)
; ... .
When studying a Prolog predicate, try the most general query to see
what answers look like in general.
We can implement hailstone/2 more efficiently
with if_/3.
| Video: |
|
More about Prolog
Main page


|
, ,
Tel:
Fax:
HST #:
TICO #:
|
|
| Departure Place | Arrival Place | ||
|---|---|---|---|
| Departurecity-2 | Sep 30, 2011 | Arrivalcity-2 |
| Travellers Name | Travel Document Type | Travel Document Number | Date Of Birth |
|---|---|---|---|
| Mr Customerfirstname-1 Customerlastname-1 | Customertraveldocumenttype-1 | CUSTOMERTRAVELDOCUMENTNUMBER-1 |
| Description | Price | Tax | Qty | Total | Cancel Before Departure |
Change Before Departure |
Change After Departure |
Booking # | Booking Date |
|---|---|---|---|---|---|---|---|---|---|
| Item-3 | |||||||||
| $300.00 | $150.00 | -3 | -$1,350.00 | BOOKINGNUMBER-3 | Sep 15, 2011 |
| this is a long note-5 |
| Payment Date | Payment Amount | Payment Type |
|---|---|---|
| Sep 20, 2011 | $400.00 | CreditCard |
|
This contract permits price increases. No price increases are permitted after the customer has paid in full. If the price increase is more that 7%, except increases resulting from an increase in retail sales tax or federal goods and services tax, the customer has the right to cancel the contract and obtain a full refund. Living standards and practices at the destination and standards and conditions there with respect to the provision of utilities, services and accommodation may differ from those found in Canada. Documentation Requirements: Please, check documentation requirements for the country (countries) that you are traveling to. If unsure, please consult your travel agent or appropriate consulate. |
|
| NOTE: Entry to another country even if the required information and travel documents are complete may be denied. Agent is not responsible for Clients' travel documents |


This is not a proposal to modify the Lua core, but a design proposal for an API which extends the Lua core. This API is meant to provide a more complete programming environment for stand-alone Lua programs on today's popular operating systems (Windows, MacOSX and POSIX platforms).
There are [implementations for POSIX and Windows] hosted on LuaForge. These are highly usable implementations, but should be considered only for testing purposes while the API is still being standardized.
Note that all these functions return the standard (nil,"error message") on failure and that, unless otherwise specified, they return (true) on success.
require "ex"
os.getenv(name)
os.setenv(name, value)
os.setenv(name, nil)
os.environ()
os.chdir(pathname)
os.mkdir(pathname)
os.remove(pathname)
pathname = os.currentdir()
for entry in os.dir(pathname) do ; end
entry = os.dirent(pathname) entry = os.dirent(file)
Both the iterator function returned by os.dir() and the os.dirent() function return an 'entry' table. This table contains at least the following fields:
Implementations may add other fields or even methods.
file:lock(mode, offset, length) io.lock(file, mode, offset, length)
file:unlock(offset, length) io.unlock(file, offset, length)
Note that both file:lock() and file:unlock() extend the metatable for Lua file objects.
rd, wr = io.pipe()
os.sleep(seconds) os.sleep(interval, unit)
os.sleep(3.8) -- sleep for 3.8 seconds local microseconds = 1e6 os.sleep(3800000, microseconds) -- sleep for 3800000 Ás local ticks = 100 os.sleep(380, ticks) -- sleep for 380 ticks
proc = os.spawn(filename) proc = os.spawn{filename, [args-opts]} proc = os.spawn{command=filename, [args-opts]}
exitcode = proc:wait()
All functions are also available under the ex namespace:
ex.getenv(name) ex.setenv(name, value) ex.environ() ex.chdir(pathname) ex.mkdir(pathname) ex.currentdir() ex.dir(pathname) ex.dirent(pathname) ex.lock(file, mode, offset, length) ex.unlock(file, offset, length) ex.pipe() ex.sleep(interval, [unit]) ex.spawn(...) ex.wait(proc)
Note that ex.getenv is here mostly for parallelism, but also because under Windows, using the SetEnvironmentVariable?() API requires overriding the standard os.getenv implementation which uses getenv() to use GetEnvironmentVariable?() instead.
require "ex" -- run the echo command proc = os.spawn"/bin/echo" proc = os.spawn{"/bin/echo", "hello", "world"} proc = os.spawn{command="/bin/echo", "hello", "world"} -- run the id command vars = { LANG="fr_FR" } proc = os.spawn{"/bin/id", "-un", env=vars} proc = os.spawn{command="/bin/id", "-un", env=vars) -- Useless use of cat local rd, wr = assert(io.pipe()) local proc = assert(os.spawn("/bin/cat", {stdin=rd})) rd:close() wr:write("Hello world\n") wr:close() proc:wait() -- Run a program with a modified environment local env = os.environ() env.LUA_PATH = "/usr/share/lib/lua/?.lua" env.LUA_CPATH = "/usr/share/lib/lua/?.so" local proc = assert(os.spawn("lua", {args = {"-e", 'print"Hello world\n"'}, env=env })) proc:wait() -- popen2() function popen2(...) local in_rd, in_wr = io.pipe() local out_rd, out_wr = io.pipe() local proc, err = os.spawn{stdin = in_rd, stdout = out_wr, ...} in_rd:close(); out_wr:close() if not proc then in_wr:close(); out_rd:close() return proc, err end return proc, out_rd, in_wr end -- usage: local p, i, o = assert(popen2("wc", "-w")) o:write("Hello world"); o:close() print(i:read"*l"); i:close() p:wait()


ZBPORN - the best free porn tube!
 Watch porn right now at ZB Porn. Updating twice a day.
Navigation
Log in
Sign up
Videos
Most popular
Top rated
Last added
Longest
Albums
Most popular
Top rated
Last added
Models
Categories
Orientation
Straight
Gays
Shemale
Our network
Sexvid.xxx
Pornid.xxx
HDtube.porn
Change theme


+++
title = "C&C Remastered for Vortex"
linkTitle = "C&C Remastered for Vortex"
+++
{{< blocks/cover title="C&C Remastered Collection Support for Vortex" image_anchor="top" height="full" color="red" >}}
}}">
Documentation
GitHub
Nexus Mods
Adds support for Red Alert and Tiberian Dawn mods to the Vortex mod manager. Fully open-source.
{{< blocks/link-down color="info" >}}
{{< /blocks/cover >}}
{{% blocks/lead color="primary" %}}
This is a simple extension to add Command and Conquer Remastered Collection support to the Vortex mod manager. With this extension you can install, remove and manage your Command and Conquer mods and Red Alert mods using Vortex, perfect for players already familiar with Vortex.
**This project is unofficial!** We have no association with Nexus Mods nor with EA/Petroglyph and is only a community project.
{{% /blocks/lead %}}
{{< blocks/section color="dark" >}}
{{% blocks/feature icon="fa-tools" title="Full Vortex integration" %}}
Manage your C&C Remastered mods the same way you manage any other Vortex-supported game.
{{% /blocks/feature %}}
{{% blocks/feature icon="fab fa-github" title="Contributions welcome!" url="https://github.com/agc93/vortex-cncremastered" %}}
The extension is fully open-source and open to community contributions and fixes!
{{% /blocks/feature %}}
{{% blocks/feature icon="fas fa-cloud-download-alt" title="Supports Most Mods" %}}
You should be able to install almost any mod for either Red Alert or Command and Conquer automatically.
{{% /blocks/feature %}}
{{< /blocks/section >}}


{% extends '_base.html' %} {% load static %} {% block title %}Home page{% endblock title %} {% block content %}
Goku throughout his life journey has aquired abilites that make him an insanely unique warrior.


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| AnnotatedElement | Represents an annotated element of the program currently running in this VM. |
| GenericArrayType | GenericArrayType represents an array type whose component type is either a parameterized type or a type variable. |
| GenericDeclaration | A common interface for all entities that declare type variables. |
| InvocationHandler | InvocationHandler is the interface implemented by
the invocation handler of a proxy instance. |
| Member | Member is an interface that reflects identifying information about a single member (a field or a method) or a constructor. |
| ParameterizedType | ParameterizedType represents a parameterized type such as Collection<String>. |
| Type | Type is the common superinterface for all types in the Java programming language. |
| TypeVariable<D extends GenericDeclaration> | TypeVariable is the common superinterface for type variables of kinds. |
| WildcardType | WildcardType represents a wildcard type expression, such as ?, ? extends Number, or ? super Integer. |
| Class Summary | |
|---|---|
| AccessibleObject | The AccessibleObject class is the base class for Field, Method and Constructor objects. |
| Array | The Array class provides static methods to dynamically create and
access Java arrays. |
| Constructor<T> | Constructor provides information about, and access to, a single
constructor for a class. |
| Field | A Field provides information about, and dynamic access to, a
single field of a class or an interface. |
| Method | A Method provides information about, and access to, a single method
on a class or interface. |
| Modifier | The Modifier class provides static methods and
constants to decode class and member access modifiers. |
| Proxy | Proxy provides static methods for creating dynamic proxy
classes and instances, and it is also the superclass of all
dynamic proxy classes created by those methods. |
| ReflectPermission | The Permission class for reflective operations. |
| Exception Summary | |
|---|---|
| InvocationTargetException | InvocationTargetException is a checked exception that wraps an exception thrown by an invoked method or constructor. |
| MalformedParameterizedTypeException | Thrown when a semantically malformed parameterized type is encountered by a reflective method that needs to instantiate it. |
| UndeclaredThrowableException | Thrown by a method invocation on a proxy instance if its invocation
handler's invoke method throws a
checked exception (a Throwable that is not assignable
to RuntimeException or Error ) that
is not assignable to any of the exception types declared in the
throws clause of the method that was invoked on the
proxy instance and dispatched to the invocation handler. |
| Error Summary | |
|---|---|
| GenericSignatureFormatError | Thrown when a syntactically malformed signature attribute is encountered by a reflective method that needs to interpret the generic signature information for a type, method or constructor. |
Provides classes and interfaces for obtaining reflective information about classes and objects. Reflection allows programmatic access to information about the fields, methods and constructors of loaded classes, and the use reflected fields, methods, and constructors to operate on their underlying counterparts on objects, within security restrictions.
AccessibleObject
allows supression of access checks if
the necessary ReflectPermission
is available.
Arrays
provides static methods to dynamically create and
access arrays.
Classes in this package, along with java.lang.Class
accommodate applications such as debuggers, interpreters, object
inspectors, class browsers, and services such as Object Serialization
and JavaBeans that need access to either the public members of a
target object (based on its runtime class) or the members declared by
a given class.
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


Diff filter for angular.js.  See example below.
Diff will use ng-model from textarea. So feel free to play with it to see Diff results.


Juli Briskman, cyclist who flipped off Trump motorcade, wins Virginia
by Victor MortonThe Northern Virginia woman who won 15 minutes of fame in 2017 fall by flipping the bird at President Trump’s motorcade is now a political office-holder herself.
Juli Briskman, a Democrat, defeated Republican incumbent Suzanne Volpe for the Algonkian District seat on the Loudoun County Board of Supervisors.
With only one of 12 precincts still outstanding Tuesday night, Ms. Briskman held an 8-percentage-point lead over Ms. Volpe, a gap of almost 1,000 votes, according to the Virginia Department of Elections.
Her victory was part of a broader Democratic win in Virginia, as the party took control of both houses of the state legislature for the first time in two decades.
Ms. Briskman’s first brush with fame came in October 2017 when the presidential motorcade passed her on her bicycle in Sterling, prompting her to raise her left arm and then raise the middle finger some more.
The gesture was captured by the White House pool reporter and quickly made Ms. Briskman, who posted the image to her Facebook page and took credit as the unknown cyclist, an Internet celebrity.
Herndon-based Akima, a government contractor where she had worked as a marketing executive for six months, fired her saying the photo barred its Internet-use policy. She sued the next year, but a judge tossed the lawsuit.
Sign up for Daily Newsletters
Copyright © 2019 The Washington Times, LLC. Click here for reprint permission.
Please read our comment policy before commenting.


Next:
psb_geaxpby General
Up:
userhtml
Previous:
Heap data structure
Contents
Computational routines
Subsections
psb_geaxpby -- General Dense Matrix Sum
psb_gedot -- Dot Product
psb_gedots -- Generalized Dot Product
psb_normi -- Infinity-Norm of Vector
psb_geamaxs -- Generalized Infinity Norm
psb_norm1 -- 1-Norm of Vector
psb_geasums -- Generalized 1-Norm of Vector
psb_norm2 -- 2-Norm of Vector
psb_genrm2s -- Generalized 2-Norm of Vector
psb_norm1 -- 1-Norm of Sparse Matrix
psb_normi -- Infinity Norm of Sparse Matrix
psb_spmm -- Sparse Matrix by Dense Matrix Product
psb_spsm -- Triangular System Solve


--- # this is an empty front matter --- {% include header.html %}
Authorisation is a bit of a thorny issue. On the most part authorisation in ClearPress is dealt with in a view's authorised method. To authorise all read and write actions for a view one could write:
{% highlight perl %} sub authorised { return 1; } {% endhighlight %}Obviously this is way too simple for most applications. For many, the level of authorisation needed is simply based on who the user is, if they're logged in, or at most on which usergroup the user is. $requestor usually holds the user object of the logged in user, or a 'fake' public user, otherwise (faked for the simplicity of making calls on a user object).
{% highlight perl %} sub authorised { my $self = shift; my $util = $self->util; my $requestor = $util->requestor; if(!$requestor->id_user) { ######### # automatically disallow anyone not logged in # return; } if($requestor->username() eq<EMAIL_ADDRESS>{ ######### # Allow<EMAIL_ADDRESS>access to everything # return 1; } if($requestor->is_member_of('admin', 'superusers')) { ######### # Allow all members of 'admin' and 'superusers' usergroups access to # everything # return 1; } my $action = $self->action; if($action eq 'read') { ######### # Allow all logged in members read access to this view. # REST actions = list, read, edit, add) # return 1; } ######### # Disallow all other access # return; } {% endhighlight %}As the authorised method is invoked for every view it's possible to implement default access restrictions in an app::view superclass and then override the method in a derived class and call up to SUPER::authorised where necessary.
From here, authorisation can become much more complex. For example if a user is only authorised for a component in a complex page, the authorisation for that component needs to be placed in the template for the page like so:
{% include footer.html %}


The Database
Communicates With
The database is somewhere in the middle of the server and the website.
When a new user is registered (s)he is instantly added to the database. When the user later tries to login to the server using the client chat application, the application will send a request to the server asking
to query the database for the account information concerning the user, to which the server replies with only a small amount of the data to client (username and id).
Connectivity
The connection between the database and the Server is maintained by a JDBC Driver, the website uses PHP to connect to the database.


1
The students decided to make a card for their teacher themselves.
2
I enjoyed myself at the movie.
3
Dad himself cook dinner for all of us.
4
The little girl dressed up by herself for the school play.
5
The principal told the boys, “You must behave yourselves.”
6
The computer rebooted by itself.
7
My sister and I ourselves baked mom’s birthday cake.
8
Mom told me, “You will have to take care of yourself at the camp.
9
The trees swayed by themselves in wind.
10
The cat licked itself clean.


This snapshot updates every 5 seconds
BPM: {{bpm}}
Motion Detected: {{motion}}
Debugging: {{debugging}}


When you become a parent, your favorite athlete becomes the child that you’re raising. Yet navigating youth sports can be confusing and frustrating. Parents and caregivers often don’t know what questions to ask of themselves, their child and their sports provider to make sports a great experience.
The Project Play Parent Checklists provide 10 simple questions that parents should ask depending on the child’s age and activity level with sports. Along with accompanying videos and resources, the Project Play Parent Checklists offer a valuable tool – knowledge for parents to feel empowered to ask the right questions as their child’s biggest fan.
The concepts largely come from the Aspen Institute’s seminal report, Sport for All, Play for Life: A Playbook to Get Every Kid in the Game, which developed its framework from 300+ thought leaders. Additional experts and resources were consulted in developing the checklists: Centers for Disease Control and Prevention, American Academy of Pediatrics, Michigan State University’s Institute for the Study of Youth Sports, USA Hockey, U.S. Lacrosse, University of Minnesota, Playworks, President’s Council on Fitness, Sports & Nutrition, SHAPE America, and Whole Child Sports.


Hello, I'm Rafał!
Unlocking the full potential of your business with the power of Machine Learning
Book call
Hire me


Titans
Titans were a primeval race of powerful deities, descendants of Gaia (Earth) and Uranus (Sky), that ruled during the legendary Golden Age. They were immortal giants of incredible strength and were also the first pantheon of Greek gods and goddesses.
In the first generation of twelve Titans, the males were Oceanus, Hyperion, Coeus, Cronus, Crius, and Iapetus and the females—the Titanesses or Titanides—were Mnemosyne, Tethys, Theia, Phoebe, Rhea, and Themis. The second generation of Titans consisted of Hyperion's children Helios, Selene and Eos; Coeus's daughters Leto and Asteria; Iapetus's children Atlas, Prometheus, Epimetheus, and Menoetius; Oceanus' daughter Metis; and Crius' sons Astraeus, Pallas, and Perses.
The Titans were overthrown by a race of younger gods, the Olympians, in the Titanomachy ("War of the Titans"). The Greeks may have borrowed this mytheme from the Ancient Near East.
Olympians
In the ancient Greek religion, the Twelve Olympians are the major deities of the Greek pantheon, commonly considered to be Zeus, Hera, Poseidon, Demeter, Athena, Apollo, Artemis, Ares, Aphrodite, Hephaestus, Hermes and either Hestia, or Dionysus. Hades and Persephone were sometimes included as part of the twelve Olympians (primarily due to the influence of the Eleusinian Mysteries), although in general Hades was excluded, because he resided permanently in the underworld and never visited Mount Olympus. Heracles and Asclepius were sometimes included as well.
Muses
The Muses, in Greek mythology, poetry and literature, are the goddesses of the inspiration of literature, science and the arts. They were considered the source of the knowledge, related orally for centuries in the ancient culture, that was contained in poetic lyrics and myths.
The Muses were both the embodiments and sponsors of performed metrical speech: mousike was just "one of the arts of the Muses". Others included Science, Geography, Mathematics, Philosophy, and especially Art, Drama, and inspiration. Some authors invoke Muses when writing poetry, hymns or epic history. The invocation typically occurs at or near the beginning, and calls for help or inspiration, or simply invites the Muse to sing through the author.


Type
Shallow Sandbar
Dimensions
Length: [[1d316 * 10]]
Width: [[1d316 * 10]]
Diffculty Classes
DC 12 - passive Wisdom (Perception) to notice
DC 20 - Dexterity saving throw to avoid
DC 20 - ship Strength check to get unstuck
Type
Moderate Sandbar
Dimensions
Length: [[1d316 * 10]]
Width: [[1d316 * 10]]
Diffculty Classes
DC 14 - passive Wisdom (Perception) to notice and avoid
DC 15 - Dexterity saving throw zv
DC 15 - ship Strength check to get unstuck
Type
Deep Sandbar
Dimensions
Length: [[1d316 * 10]]
Width: [[1d316 * 10]]
Diffculty Classes
DC 16 - passive Wisdom (Perception) to notice and avoid
DC 10 - Dexterity saving throw to avoid
DC 10 - ship Strength check to get unstuck


In frustrated.
I bought the RFM12pi and tried to follow the wiki page how to upgrade the firmware. The wiki is quite unclear with the "Update" information added.
I have tried multiples times (cleaning up the RPi with a re-install) to get the upgrade to work. No sucess, each time gives me a the output below:
root@raspberrypi:/var/tmp/RFM2Pi/firmware/RF12_Demo_atmega328# avrdude -v -c arduino -p ATMEGA328P -P /dev/ttyAMA0 -b 38400
avrdude-original: Version 5.11.1, compiled on May 23 2012 at 11:08:25
Copyright (c) 2000-2005 Brian Dean, http://www.bdmicro.com/
Copyright (c) 2007-2009 Joerg WunschSystem wide configuration file is "/etc/avrdude.conf"
User configuration file is "/root/.avrduderc"
User configuration file does not exist or is not a regular file, skippingUsing Port : /dev/ttyAMA0
Using Programmer : arduino
Overriding Baud Rate : 38400
avrdude-original: stk500_recv(): programmer is not respondingavrdude-original done. Thank you.
root@raspberrypi:/var/tmp/RFM2Pi/firmware/RF12_Demo_atmega328#
* Getty has been removed from ttyAMA0 in /etc/inittab
* The RFM12pi flashes when power is applied to the RPi, however a minicom session (minicom -b 38400 -D /dev/ttyAMA0) doesn't display a thing!
The unclear info on the wiki page for the RFM1pi, including references to forum discussions and info the git page doesn't make the setup easy for a new user.
If someone could give the step-by-step instruction how to get it working, it would be really appreciated.
Thanks in advance!
Re: RFM12pi
Looks to me like it is not auto resetting for the firmware update. Check the second half of the introduction article here: http://harizanov.com/2013/02/new-rfm2pi-board-in-the-works/
Also you may find it easier to just use the prepared SD card image linked in the RFM2Pi WIKI, give it a try too.
Cheers
Re: RFM12pi
Thanks for you reply.
* The emonSD-13-08-14.img.zip image doesn't seem to include the software needed.
* The link on the wiki, "pre-built emoncms Raspberry Pi SD card image" is a dead link to https://github.com/emoncms/docs/blob/master/raspberrypiimage.md and I couldn't find the file anywhere else.
Once again, the wiki should really need a cleanup by someone that knows the things. :)
Re: RFM12pi
Thanks for letting us know, I've updated the wiki page: http://wiki.openenergymonitor.org/index.php?title=RFM12Pi_V2#Upgrading_RFM12Pi_Firmware_Direct_from_the_Pi
Re: RFM12pi
Did you also edit /boot/cmdline.txt and reboot for the changes to take effect?
If you happen to be using my "IDE friendly version" I have just come to realize the imposed mandatory use of ttyS0 instead of ttyAMA0 by the IDE was also true of the command line version since the modification. I have now edited the script to accept either reference.
You can either update avrdude-rpi via git or just change your command line above to use S0, ie
If it is neither of these it will probably be an issue with the symlinks what does this return ?
I get
lrwxrwxrwx 1 root root 26 Jan 25 15:51 /usr/bin/avrdude -> /usr/bin/avrdude-autoreset
-rwxr-xr-x 2 pi pi 183 Jan 25 17:32 /usr/bin/avrdude-autoreset
-rwxr-xr-x 1 root root 275208 May 23 2012 /usr/bin/avrdude-original
Paul


Apple Reveals 16-Inch MacBook Pro
by Charlotte HenryApple unveiled a new 16” MacBook Pro on Wednesday. Amongst other features, it comes with the largest ever Retina Display on a notebook and a new Magic Keyboard. Apple said that the new device has 80% better performance.
Key Features of 16-Inch Macbook Pro
Other features in the device include:
- Six-speaker sound system
- Longer battery life
- Touch Bar
- Touch ID
- Force Touch trackpad
- Apple T2 Security Chip.
Tom Boger, Apple’s senior director of Mac and iPad Product Marketing, said:
Our pro customers tell us they want their next MacBook Pro to have a larger display, blazing-fast performance, the biggest battery possible, the best notebook keyboard ever, awesome speakers and massive amounts of storage, and the 16-inch MacBook Pro delivers all of that and more. With its brilliant 16-inch Retina display, 8-core processors, next-gen pro graphics, even better thermal design, new Magic Keyboard, six-speaker sound system, 100Wh battery, up to 8TB of storage and 64GB of fast memory, the 16-inch MacBook Pro is the world’s best pro notebook.
The new device is available today. It costs $2,399.


Blob
¶
The result of executing a command on your local system.
Under the hood, a Blob is just a string, but we wrap it this way so Tilt knows the difference between a string meant to convey content and a string indicating, say, a filepath.
To wrap a string as a blob, call
blob(my_str)
ExecAction
¶
Specification for a command to execute that determines resource readiness.
For details, see the
probe()
and
exec_action()
functions.
HTTPGetAction
¶
Specification for a HTTP GET request to perform that determines resource readiness.
For details, see the
probe()
and
http_get_action()
functions.
K8sObjectID
¶
name
¶
The object’s name (e.g., “my-service” )
| Type: | str |
|---|
kind
¶
The object’s kind (e.g., “deployment” )
| Type: | str |
|---|
namespace
¶
The object’s namespace (e.g., “default” )
| Type: | str |
|---|
group
¶
The object’s group (e.g., “apps” )
| Type: | str |
|---|
Link
¶
Specifications for a link associated with a resource in the Web UI.
For details, see the
link()
method.
LiveUpdateStep
¶
A step in the process of performing a LiveUpdate on an image’s container.
For details, see the Live Update documentation .
PortForward
¶
Specifications for setting up and displaying a Kubernetes port-forward.
For details, see the
port_forward()
method.
Probe
¶
Specification for a resource readiness check.
For details, see the
probe()
function.
TCPSocketAction
¶
Specification for a TCP socket connection to perform that determines resource readiness.
For details, see the
probe()
and
tcp_socket_action()
functions.
TriggerMode
¶
A set of constants that describe how Tilt triggers an update for a resource. Possible values are:
TRIGGER_MODE_AUTO
: the default. When Tilt detects a change to files or config files associated with this resource, it triggers an update.
TRIGGER_MODE_MANUAL
: user manually triggers update for dirty resources (i.e. resources with pending changes) via a button in the UI. (Note that the initial build always occurs automatically.)
The default trigger mode for all manifests may be set with the top-level function
trigger_mode()
(if not set, defaults to
TRIGGER_MODE_AUTO
), and per-resource with
k8s_resource()
/
dc_resource()
.
See also: Manual Update Control documentation


Vietnam defender nominated for AFC youth player award - VnExpress International
by VnExpressHau, 20, goes up against Japan’s Hiroki Abe, who plays for Barcelona B, and South Korean Lee Kang-in of Valencia.
Hau has been an excellent performer through 2019.
At Hanoi FC, he was a key player in the V-League campaign for which he received the V-League Youth Player of the Year award. At the national level, he helped take Vietnam to the Asian Cup quarter-final.
Hau joined Dutch club SC Heerenveen in September 2019, becoming the second Vietnamese player to play in Europe after Nguyen Cong Phuong went to Belgium a few months earlier.
In 2018 the award was won by Saudi Arabia’s Turki Al-Ammar.
The award ceremony will be held in Hong Kong on December 12.
Hau and midfielder Nguyen Quang Hai were two Vietnamese picked among five best U21 players at the Asian Cup.


VERY EARLY STAGES!! CURRENTLY WORKING ON MAKING SURE THAT THE DRAW FUNCTIONALITY IS ACTUALLY IMPLEMENTABLE.
when we are sure that the canvas works, we start designing the actual ui
color:
width: