Library: Processor
Overview
Processing Data Source and Operators
- desc: Processing Data Source
Constructors
A Processor is a special DataSource that can apply an Operator
to the DataSource values and thus return a different one.
parameters
| dataSource | ||
| operator | ||
| params |
Functions
This is the operator used when you want to draw the cumulative sum
of a time series and not, for example, their daily values.
parameters
| data | ||
| params |
This is the operator that is used to 'smooth' a given time series
by taking the average value of a moving window centered around
each value. The size of the moving window is influenced by the 'size'
parameters in the params map.
parameters
| data | ||
| params |
Objects


Work Expriences
Front-end developer
Independent-Freelance
July 2018 - present
Provide various front-end related services.
Ceo
Saleminejad Trd Co.
2003-2017
Highlights
- Purchased large positions in sugar and rice.
- 2005-Awarded as the Company of the year by Bushehr Province Department of Ports and Mnitime Organization.
- 2006-Awarded as the Company of the year by Bushehr Province Department of Ports and Mnitime Organization.
- 2007-Awarded as the Company of the year by Bushehr Province Department of Ports and Mnitime Organization.
STR Construction
Sakhreh Bushehr
2005-2013
Civil Engineer
- Supervise 12 project employees, including in-house, external contractors, and sub contractors
- Perform drafting according to specification, ensured compliance with all project QA procedures and requirements
- Work closely with process engineers for follow up and evaluation, and presented reports on trail material according to designated schedules
Education
Epicodus (not finished yet)
Fullstack Web Developement
Courses
- Git, GitHub
- HTML
- CSS
South Seattle College
English as a Second Language, ABE Program 2017-2018
Courses
- Passed ESL 060
- Passed Eng 097
- Passed Eng 098
Azad University, Bushehr, Iran
Bachelor of science, 1998-2003
Major in Civil Engineering
My Projects
Hello World
HTML
Here is my first project for Epicodus to say hello to world
Goodbye
HTML
Every hello needs a goodbye. Don't you think?
Cookie Recipe
HTML
A single webpage that help you to make delicious cookies
My First Webpage
HTML
Here is my first webpage
Resort Website
HTML, CSS
It is my first Multy pages project. I used CSS for the first time there as well to create a webpage for a resort company
Cupcake Shop
HTML, CSS
After I made the cookies, I tought to myslef that it is not bad idea to have a cupcake shop.
Pet Website
HTML, CSS
A single webpage about pets.
Boring Lecture
HTML, CSS
I knw that it is so boring, but I think that boring things can have a webpage as well.
My Resume
HTML, CSS
Here is my resume so far...
My Favorite Band
HTML, CSS
Tis small work for a tribute to Pink Floyd, the best music band ever.
Blogging Website
HTML, CSS
It is a blogging page about the history of football clubs. (I still couldn't name it succer!)

Best Packages for Vacation
HTML, CSS, Bootstrap
I used Bootstrap library for the first time in this project to create a website contains best packages to spend vacation in Paris.
Wikipedia
HTML, CSS, Bootstrap
Well, It is not the Wikipedia webpage, but I tried to make something like this to improve my skills in using Bootstrap articles.


You've heard of a border right? It's that line, picture or series of dots around your writing!
Just like this!
It's pretty simple from there, a margin is all the space outside a border and a padding is the space inside.
Well this feels a bit basic right? That's cause it is!
But how is this useful?
It allows you to play with space around things to create an impact.
And here's where we get to play around and have some fun
So here we create more space using both the padding and margin. Can you see how the change could be used?
And in a different wayAll the code for these examples was short and easy and the numbers for padding and margin can be played around with super simply, I reccomend trying it. It's fun to see how much of a difference just changing one number can be!


now, Ursula von der Leyen is the Führerin of der European Commission - that is a clear signal about holding large amounts of Euros(edited)
meatspoon20-Jul-19 04:03 PM
Yeah, Europe is cucked and fucked.
siu - Chainmakers20-Jul-19 04:08 PM
Not mexico, puerto rico
LocoMB20-Jul-19 04:08 PM
vdLs successor is even better- I will spare you all graphic detail.

Hollowman900020-Jul-19 04:36 PM
Bullets ride walls and the ground and concealment != cover
In anticipation to the release of Chainswap, our desktop DEX dapp, we publish a detailed review of the security measures we applied to make Chainswap more secure. https://t.co/L7Hw8mwzeQ
Come help us add more assets to @coinbase! For all my followers who want to see their fav asset added, this is the moment you can help with a retweet! :) https://t.co/6C8nr58cuR
Retweets
929
Likes
1785
Cryptoon20-Jul-19 05:02 PM
Guys
I have been away on holiday for the past week, I look at my blockfolio and 35% is gone
I was told to ask for a refund to the ceo of crypto sir hollowman
Where can I find him thx?
siu - Chainmakers20-Jul-19 05:06 PM
awesome! thanks!
Hollowman900020-Jul-19 05:06 PM
@Cryptoon you didn’t submit a support ticket
1
siu - Chainmakers20-Jul-19 05:07 PM
fixed
Markus20-Jul-19 05:13 PM
lets go KMD dump more
where are dumpers
weak bears
actionslacks20-Jul-19 05:15 PM
faketoshi is giga pumping bsv now
Bernz - Selling LABS20-Jul-19 05:17 PM
Still looking to trade my LABS for K64 1:1, open to trading LABS for other ecosystem projects as well, DM or tag if interested.
Hollowman900020-Jul-19 05:18 PM
Just set some low buys
If k64 blows yet another set date you’ll see some dumping
Komodore64 is a Dutch video game company creating the next level entertainment experience for everyone. We lead the mass adoption of blockchain games by introducing K64 Virtual Console.
they also have a discord
Bernz - Selling LABS20-Jul-19 05:23 PM
@Hollowman9000 I have no KMD atm, just LABS, hence the 1:1 offer
and labs isnt currently valued/literally 0 liquidity so I feel if someone wants to dump they may consider another strong ecosystem project(edited)
CHMEX20-Jul-19 05:25 PM
how many LABS do you sell?
Bernz - Selling LABS20-Jul-19 05:25 PM
up to 5k maybe more depending on the ffer
I dont wanna sell but am looking to expand my holdings of other ecosystem projects
only 1m in circulation atm I believe so you could get a good stack to start taking advantage of staking /pos64staker(edited)
CHMEX20-Jul-19 05:27 PM
about 1m atm
Markus20-Jul-19 05:29 PM
kmd playing with fire atm....drop below 11k and uptrend is broken
are there people who make a living off this TA trading? ( honest question)
so it works more than 50% of the time
nice
actionslacks20-Jul-19 05:38 PM
revolutionary working software being shipped = bearish
LocoMB20-Jul-19 05:45 PM
lol!
I'll read up on it
actionslacks20-Jul-19 05:50 PM
it's really not worth it, ex nxt dude's erc20 shitcoin, evolves into neet wrecking psy op coin.
cuz oracles
Hollowman900020-Jul-19 06:02 PM
lawl
Fucking neets
LocoMB20-Jul-19 06:08 PM
oh ofc I saw that on CMC
hahahaha ... unicorn farts:
'Hard cap: US$32 million (ICO contributors own 35% of total token supply if hard cap is reached)'
so they put the valuation of this whitepaper at just below $100million ..
KomodoWorld20-Jul-19 06:18 PM
I can't find any news about Chainlink, what happened?
LocoMB20-Jul-19 06:24 PM
ICo was two years ago and one of those ICo mania launches that are either total scams or totally inept


op1n is best described as a start-up think tank, taking fresh ideas and using the power of media and branding to push the envelope past what is possible. Initially formed by two media companies, the future of op1n is bright with potential from any number of markets. Never being satisfied and striving for further perfection is in our blood and our hearts. We crave new information from all outlets to allow us to stay on the pulse of what's next.
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A UnitInertia matrix is a unit-mass inertia matrix; you can convert it to an Inertia by multiplying it by the actual body mass.
More...
|
| | UnitInertia_ () |
| | Default is a NaN-ed out mess to avoid accidents, even in Release mode. More...
|
| |
| | UnitInertia_ (const RealP &moment) |
| | Create a principal unit inertia matrix with identical diagonal elements. More...
|
| |
| | UnitInertia_ (const Vec3P &moments, const Vec3P &products=Vec3P(0)) |
| | Create a unit inertia matrix from a vector of the moments of inertia (the inertia matrix diagonal) and optionally a vector of the products of inertia (the off-diagonals). More...
|
| |
| | UnitInertia_ (const RealP &xx, const RealP &yy, const RealP &zz) |
| | Create a principal unit inertia matrix (only non-zero on diagonal). More...
|
| |
| | UnitInertia_ (const RealP &xx, const RealP &yy, const RealP &zz, const RealP &xy, const RealP &xz, const RealP &yz) |
| | This is a general unit inertia matrix.  More...
|
| |
| | UnitInertia_ (const Mat33P &m) |
| | Construct a UnitInertia from a 3x3 symmetric matrix. More...
|
| |
| | UnitInertia_ (const Inertia_< P > &inertia) |
| | Construct a UnitInertia matrix from an Inertia matrix. More...
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| |
| UnitInertia_ & | setUnitInertia (const RealP &xx, const RealP &yy, const RealP &zz) |
| | Set a UnitInertia matrix to have only principal moments (that is, it will be diagonal). More...
|
| |
| UnitInertia_ & | setUnitInertia (const Vec3P &moments, const Vec3P &products=Vec3P(0)) |
| | Set principal moments and optionally off-diagonal terms. More...
|
| |
| UnitInertia_ & | setUnitInertia (const RealP &xx, const RealP &yy, const RealP &zz, const RealP &xy, const RealP &xz, const RealP &yz) |
| | Set this UnitInertia to a general matrix. More...
|
| |
| UnitInertia_ | shiftToCentroid (const Vec3P &CF) const |
| | Assuming that this unit inertia matrix is currently taken about some (implicit) frame F's origin OF, produce a new unit inertia matrix which is the same as this one except measured about the body's centroid CF. More...
|
| |
| UnitInertia_ & | shiftToCentroidInPlace (const Vec3P &CF) |
| | Assuming that this unit inertia matrix is currently taken about some (implicit) frame F's origin OF, modify it so that it is instead taken about the body's centroid CF. More...
|
| |
| UnitInertia_ | shiftFromCentroid (const Vec3P &p) const |
| | Assuming that the current UnitInertia G is a central inertia (that is, it is inertia about the body centroid CF), create a new object that is the same as this one except shifted to some other point p measured from the centroid. More...
|
| |
| UnitInertia_ & | shiftFromCentroidInPlace (const Vec3P &p) |
| | Assuming that the current UnitInertia G is a central inertia (that is, it is inertia about the body centroid CF), shift it in place to some other point p measured from the centroid. More...
|
| |
| UnitInertia_ | reexpress (const Rotation_< P > &R_FB) const |
| | Return a new unit inertia matrix like this one but re-expressed in another frame (leaving the origin point unchanged). More...
|
| |
| UnitInertia_ | reexpress (const InverseRotation_< P > &R_FB) const |
| | Rexpress using an inverse rotation to avoid having to convert it. More...
|
| |
| UnitInertia_ & | reexpressInPlace (const Rotation_< P > &R_FB) |
| | Re-express this unit inertia matrix in another frame, changing the object in place; see reexpress() if you want to leave this object unmolested and get a new one instead. More...
|
| |
| UnitInertia_ & | reexpressInPlace (const InverseRotation_< P > &R_FB) |
| | Rexpress using an inverse rotation to avoid having to convert it. More...
|
| |
| | operator const SymMat33P & () const |
| | This is an implicit conversion to const SymMat33. More...
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| |
| const Inertia_< P > & | asUnitInertia () const |
| | Recast this UnitInertia matrix as a unit inertia matrix. More...
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| |
| UnitInertia_ & | setFromUnitInertia (const Inertia_< P > &inertia) |
| | Set from a unit inertia matrix. More...
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| |
| | Inertia_ () |
| | Default is a NaN-ed out mess to avoid accidents, even in Release mode. More...
|
| |
| | Inertia_ (const P &moment) |
| | Create a principal inertia matrix with identical diagonal elements, like a sphere where moment=2/5 m r^2, or a cube where moment=1/6 m s^2, with m the total mass, r the sphere's radius and s the length of a side of the cube. More...
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| |
| | Inertia_ (const Vec< 3, P > &p, const P &mass) |
| | Create an Inertia matrix for a point mass at a given location, measured from the origin OF of the implicit frame F, and expressed in F. More...
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| |
| | Inertia_ (const Vec< 3, P > &moments, const Vec< 3, P > &products=Vec< 3, P >(0)) |
| | Create an inertia matrix from a vector of the moments of inertia (the inertia matrix diagonal) and optionally a vector of the products of inertia (the off-diagonals).   More...
|
| |
| | Inertia_ (const SymMat< 3, P > &inertia) |
| | Construct an Inertia from a symmetric 3x3 matrix. More...
|
| |
| | Inertia_ (const Mat< 3, 3, P > &m) |
| | Construct an Inertia matrix from a 3x3 symmetric matrix. More...
|
| |
| Inertia_ & | setInertia (const P &xx, const P &yy, const P &zz) |
| | Set an inertia matrix to have only principal moments (that is, it will be diagonal). More...
|
| |
| Inertia_ & | setInertia (const Vec< 3, P > &moments, const Vec< 3, P > &products=Vec< 3, P >(0)) |
| | Set principal moments and optionally off-diagonal terms.  More...
|
| |
| Inertia_ & | operator+= (const Inertia_ &inertia) |
| | Add in another inertia matrix. More...
|
| |
| Inertia_ & | operator-= (const Inertia_ &inertia) |
| | Subtract off another inertia matrix. More...
|
| |
| Inertia_ & | operator*= (const P &s) |
| | Multiply this inertia matrix by a scalar. Cost is 6 flops. More...
|
| |
| Inertia_ & | operator/= (const P &s) |
| | Divide this inertia matrix by a scalar. More...
|
| |
| Inertia_ | shiftToMassCenter (const Vec< 3, P > &CF, const P &mass) const |
| | Assume that the current inertia is about the F frame's origin OF, and expressed in F. More...
|
| |
| Inertia_ & | shiftToMassCenterInPlace (const Vec< 3, P > &CF, const P &mass) |
| | Assume that the current inertia is about the F frame's origin OF, and expressed in F. More...
|
| |
| Inertia_ | shiftFromMassCenter (const Vec< 3, P > &p, const P &mass) const |
| | Assuming that the current inertia I is a central inertia (that is, it is inertia about the body center of mass CF), shift it to some other point p measured from the center of mass. More...
|
| |
| Inertia_ & | shiftFromMassCenterInPlace (const Vec< 3, P > &p, const P &mass) |
| | Assuming that the current inertia I is a central inertia (that is, it is inertia about the body center of mass CF), shift it to some other point p measured from the center of mass. More...
|
| |
| Inertia_ | reexpress (const Rotation_< P > &R_FB) const |
| | Return a new inertia matrix like this one but re-expressed in another frame (leaving the origin point unchanged). More...
|
| |
| Inertia_ | reexpress (const InverseRotation_< P > &R_FB) const |
| | Rexpress using an inverse rotation to avoid having to convert it. More...
|
| |
| Inertia_ & | reexpressInPlace (const Rotation_< P > &R_FB) |
| | Re-express this inertia matrix in another frame, changing the object in place; see reexpress() if you want to leave this object unmolested and get a new one instead. More...
|
| |
| Inertia_ & | reexpressInPlace (const InverseRotation_< P > &R_FB) |
| | Rexpress in place using an inverse rotation to avoid having to convert it. More...
|
| |
| P | trace () const |
| |
| | operator const SymMat< 3, P > & () const |
| | This is an implicit conversion to a const SymMat33. More...
|
| |
| const SymMat< 3, P > & | asSymMat33 () const |
| | Obtain a reference to the underlying symmetric matrix type. More...
|
| |
| Mat< 3, 3, P > | toMat33 () const |
| | Expand the internal packed representation into a full 3x3 symmetric matrix with all elements set. More...
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| |
| const Vec< 3, P > & | getMoments () const |
| | Obtain the inertia moments (diagonal of the Inertia matrix) as a Vec3 ordered xx, yy, zz. More...
|
| |
| const Vec< 3, P > & | getProducts () const |
| | Obtain the inertia products (off-diagonals of the Inertia matrix) as a Vec3 with elements ordered xy, xz, yz. More...
|
| |
| bool | isNaN () const |
| |
| bool | isInf () const |
| |
| bool | isFinite () const |
| |
| bool | isNumericallyEqual (const Inertia_< P > &other) const |
| | Compare this inertia matrix with another one and return true if they are close to within a default numerical tolerance. More...
|
| |
| bool | isNumericallyEqual (const Inertia_< P > &other, double tol) const |
| | Compare this inertia matrix with another one and return true if they are close to within a specified numerical tolerance. More...
|
| |
|
| static bool | isValidUnitInertiaMatrix (const SymMat33P &m) |
| | Test some conditions that must hold for a valid UnitInertia matrix. More...
|
| |
|
These are UnitInertia matrix factories for some common 3D solids.
Each defines its own frame aligned (when possible) with principal moments. Each has unit mass and its center of mass located at the origin (usually). Use this with shiftFromCentroid() to move it somewhere else, and with reexpress() to express the UnitInertia matrix in another frame.
|
| static UnitInertia_ | pointMassAtOrigin () |
| | Create a UnitInertia matrix for a point located at the origin – that is, an all-zero matrix. More...
|
| |
| static UnitInertia_ | pointMassAt (const Vec3P &p) |
| | Create a UnitInertia matrix for a point of unit mass located at a given location measured from origin OF and expressed in F (where F is the implicit frame of this UnitInertia matrix). More...
|
| |
| static UnitInertia_ | sphere (const RealP &r) |
| | Create a UnitInertia matrix for a unit mass sphere of radius r centered at the origin. More...
|
| |
| static UnitInertia_ | cylinderAlongZ (const RealP &r, const RealP &hz) |
| | Unit-mass cylinder aligned along z axis; use radius and half-length. More...
|
| |
| static UnitInertia_ | cylinderAlongY (const RealP &r, const RealP &hy) |
| | Unit-mass cylinder aligned along y axis; use radius and half-length. More...
|
| |
| static UnitInertia_ | cylinderAlongX (const RealP &r, const RealP &hx) |
| | Unit-mass cylinder aligned along x axis; use radius and half-length. More...
|
| |
| static UnitInertia_ | brick (const RealP &hx, const RealP &hy, const RealP &hz) |
| | Unit-mass brick given by half-lengths in each direction. More...
|
| |
| static UnitInertia_ | brick (const Vec3P &halfLengths) |
| | Alternate interface to brick() that takes a Vec3 for the half lengths. More...
|
| |
| static UnitInertia_ | ellipsoid (const RealP &hx, const RealP &hy, const RealP &hz) |
| | Unit-mass ellipsoid given by half-lengths in each direction. More...
|
| |
| static UnitInertia_ | ellipsoid (const Vec3P &halfLengths) |
| | Alternate interface to ellipsoid() that takes a Vec3 for the half lengths. More...
|
| |
| static bool | isValidInertiaMatrix (const SymMat< 3, P > &m) |
| | Test some conditions that must hold for a valid Inertia matrix. More...
|
| |
| static Inertia_ | pointMassAtOrigin () |
| | Create an Inertia matrix for a point located at the origin – that is, an all-zero matrix. More...
|
| |
| static Inertia_ | pointMassAt (const Vec< 3, P > &p, const P &m) |
| | Create an Inertia matrix for a point of a given mass, located at a given location measured from the origin of the implicit F frame. More...
|
| |
| static Inertia_ | sphere (const P &r) |
| | Create a UnitInertia matrix for a unit mass sphere of radius r centered at the origin. More...
|
| |
| static Inertia_ | cylinderAlongZ (const P &r, const P &hz) |
| | Unit-mass cylinder aligned along z axis; use radius and half-length. More...
|
| |
| static Inertia_ | cylinderAlongY (const P &r, const P &hy) |
| | Unit-mass cylinder aligned along y axis; use radius and half-length. More...
|
| |
| static Inertia_ | cylinderAlongX (const P &r, const P &hx) |
| | Unit-mass cylinder aligned along x axis; use radius and half-length. More...
|
| |
| static Inertia_ | brick (const P &hx, const P &hy, const P &hz) |
| | Unit-mass brick given by half-lengths in each direction. More...
|
| |
| static Inertia_ | brick (const Vec< 3, P > &halfLengths) |
| | Alternate interface to brick() that takes a Vec3 for the half lengths. More...
|
| |
| static Inertia_ | ellipsoid (const P &hx, const P &hy, const P &hz) |
| | Unit-mass ellipsoid given by half-lengths in each direction. More...
|
| |
| static Inertia_ | ellipsoid (const Vec< 3, P > &halfLengths) |
| | Alternate interface to ellipsoid() that takes a Vec3 for the half lengths. More...
|
| |
|
| const UnitInertia_< P > & | getAsUnitInertia () const |
| |
| UnitInertia_< P > & | updAsUnitInertia () |
| |
| void | errChk (const char *methodName) const |
| |
| SymMat< 3, P > | I_OF_F |
| |
| template<class P > |
| Inertia_< P > | operator+ (const Inertia_< P > &l, const Inertia_< P > &r) |
| | Add two compatible inertia matrices, meaning they must be taken about the same point and expressed in the same frame. More...
|
| |
| template<class P > |
| Inertia_< P > | operator- (const Inertia_< P > &l, const Inertia_< P > &r) |
| | Subtract from one inertia matrix another one which is compatible, meaning that both must be taken about the same point and expressed in the same frame. More...
|
| |
| template<class P > |
| Inertia_< P > | operator* (const Inertia_< P > &i, const P &r) |
| | Multiply an inertia matrix by a scalar. More...
|
| |
| template<class P > |
| Inertia_< P > | operator* (const P &r, const Inertia_< P > &i) |
| | Multiply an inertia matrix by a scalar. More...
|
| |
| template<class P > |
| Inertia_< P > | operator* (const Inertia_< P > &i, int r) |
| | Multiply an inertia matrix by a scalar given as an int. More...
|
| |
| template<class P > |
| Inertia_< P > | operator* (int r, const Inertia_< P > &i) |
| | Multiply an inertia matrix by a scalar given as an int. More...
|
| |
| template<class P > |
| Inertia_< P > | operator/ (const Inertia_< P > &i, const P &r) |
| | Divide an inertia matrix by a scalar. More...
|
| |
| template<class P > |
| Inertia_< P > | operator/ (const Inertia_< P > &i, int r) |
| | Divide an inertia matrix by a scalar provided as an int. More...
|
| |
| template<class P > |
| Vec< 3, P > | operator* (const Inertia_< P > &I, const Vec< 3, P > &w) |
| | Multiply an inertia matrix I on the right by a vector w giving the vector result I*w. More...
|
| |
| template<class P > |
| bool | operator== (const Inertia_< P > &i1, const Inertia_< P > &i2) |
| | Compare two inertia matrices for exact (bitwise) equality. More...
|
| |
| template<class P > |
| std::ostream & | operator<< (std::ostream &o, const Inertia_< P > &inertia) |
| | Output a human-readable representation of an inertia matrix to the indicated stream. More...
|
| |
template<class P>
class SimTK::UnitInertia_< P >
A UnitInertia matrix is a unit-mass inertia matrix; you can convert it to an Inertia by multiplying it by the actual body mass.
Functionality is limited here to those few operations which ensure unit mass; most operations on a UnitInertia matrix result in a general Inertia instead. You can use a UnitInertia object wherever an Inertia is expected but not vice versa.
When constructing a UnitInertia matrix, note that we cannot verify that it actually has unit mass because every legal Inertia matrix can be viewed as the UnitInertia matrix for some differently-scaled object.
Unit inertia matrices are sometimes called "gyration" matrices; we will often represent them with the symbol "G" to avoid confusion with general inertia matrices for which the symbol "I" (or sometimes "J") is used.
Abbreviations
Typedefs exist for the most common invocations of UnitInertia_<P>:


{% extends "base.html" %} {% block content %} {% include '_header.html' %}
Welcome to the Video Games API
Video Games API seeks to bring a variety of great resources about the Game Universe
Explore a wealth of data about games, platforms, game creators, genres and game screenshots
The idea of the Video Games API project is to provide a service that provides concise data about the Game Universe and a simple way to interact with the data and integrate it into your application.
The data is available in JSON format and is exposed through a REST implementation that allows you to collect the data programmatically using any programming language.
We are using technologies like Django and Django REST framework to offer you quality and cool features like Pagination, Search Filter and a JSON Schema for our understanding of the attributes of the resources
To develop this project I was inspired by my favorite API's: PokeAPI and SWAPI, created by software engineer Paul Hallett
The project is completely open-source and you can contribute to this project in several ways and I will be very grateful to you:
{ "count": 10, "next": "http://<IP_ADDRESS>:8000/api/genres/?page=2", "previous": null, "results": [ { "id": "3779efa4-860a-49a7-8e07-416d26e26330", "name": "Battle Royale" }, { "id": "40f8c069-4c10-4ea8-9592-3ea6fd0c72e7", "name": "Rhythm games" }, { "id": "61df466f-cf70-40d8-b1d3-72331bea9b55", "name": "Metroidvania" }, { "id": "89d3c6f0-9a50-4275-80bf-06c60777e354", "name": "Shooter games" }, { "id": "9f60e5b6-32a1-4bf9-94c1-f339aebaad76", "name": "Platform games" }, { "id": "b723354e-6158-4cb8-93f1-8bd28bf7184f", "name": "Stealth game" }, { "id": "c6879c13-57f8-4b86-832f-96bd9019c66a", "name": "Survival horror" }, { "id": "f3651849-f33e-40d3-8a11-567496a629f8", "name": "Fighting games" } ] }


Here are the 2020 Democratic presidential candidates who have qualified for the November debate
by Grace PanettaReuters
- Ten candidates have qualified for the fifth Democratic primary debate on November 20, which will be hosted by MSNBC and the Washington Post in Atlanta, Georgia.
- Candidates needed both 165,000 individual donors and to earn either 3% in four DNC-approved national polls or 5% in two approved early-state polls, leaving some candidates off the stage.
- Former Rep. Beto O'Rourke dropped out of the race on November 1 after failing to qualify for the November debate and former HUD Secretary Julian Castro attained zero polls, meaning he'll also miss the stage.
- Visit Business Insider's homepage for more stories.
Ten candidates have qualified for the fifth Democratic primary debate on November 20, which will be hosted by MSNBC and the Washington Post in Atlanta, Georgia.
In order to qualify for the November debate, candidates needed both 165,000 individual donors and to earn either 3% in four DNC-approved national polls or 5% in two approved early-state polls from Iowa, New Hampshire, South Carolina, or Nevada.
Polls released between September 13 and November 13 — the week before the debate — counted towards qualification.
So far, ten candidates have met both requirements, according to Politico's Democratic primary poll tracker.
But the stricter polling requirements leave some mid-tier candidates who easily qualified for the September and October debates at risk of being left off the stage.
Former Rep. Beto O'Rourke dropped out of the race on November 1 after failing to qualify for the November debate and former HUD Secretary Julian Castro attained zero polls, meaning he'll also miss the stage. Castro recently threatened to drop out of the race altogether if he doesn't raise $800,000 by Halloween.
Sen. Kamala Harris
Associated Press
Read more about Kamala Harris' campaign.
Sen. Amy Klobuchar
Associated Press
Read more about Amy Klobuchar's campaign.
Andrew Yang
Reuters
Read more about Andrew Yang's campaign.
Sen. Cory Booker
Associated Press
Read more about Cory Booker's campaign.
Tom Steyer
AP Photo/Charlie Neibergall
Read more about Tom Steyer's campaign.
Mayor Pete Buttigieg
Associated Press
Read more about Pete Buttigieg's campaign.
Sen. Kamala Harris
John Locher/AP Images
Read more about Kamala Harris' campaign.
Sen. Bernie Sanders
Brian Snyder/Reuters
Read more about Bernie Sanders' campaign.
Sen. Elizabeth Warren
Getty Images/Scott Olsen
Read more about Elizabeth Warren's campaign.
Former Vice President Joe Biden
Reuters
Read more about Joe Biden's campaign.
Read more:
The Democratic elite is panicked about Joe Biden, but he's far more popular with voters than donors


Motion Interchange Patterns for Action Recognition in Unconstrained
Videos
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The Weizmann Institute of Science |
Tel-Aviv University |
The Open University of Israel |
Tel-Aviv University |
Abstract: Action Recognition in
videos is an active research field that is fueled by an acute need, spanning
several application domains. Still, existing systems fall short of the
applications' needs in real-world scenarios, where the quality of the video is
less than optimal and the viewpoint is uncontrolled and often not static. In
this paper, we consider the key elements of motion encoding and focus on
capturing local changes in motion directions. In addition, we decouple image
edges from motion edges using a suppression mechanism, and compensate for global
camera motion by using an especially fitted registration scheme. Combined with a
standard bag-of-words technique, our methods achieves state-of-the-art
performance in the most recent and challenging benchmarks.
Reference: O. Kliper-Gross, Y.
Gurovich, T. Hassner, and L. Wolf, Motion Interchange Patterns for Action
Recognition in Unconstrained Videos, European Conference on Computer Vision
(ECCV), Firenze, Italy, Oct 2012
Click here for the PDF (Note: draft version)
Click here for PDF slides
(light version, ~2.5Mb)
Click here for PPTX slides (zip includes
videos, ~86.5Mb)
Click here for the BibTex
Related projects:
The Action
Similarity Labeling Challenge (ASLAN)
Supplementary video
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(a) |
(b) |
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The Motion Interchange Patterns (MIP) representation. (a) Our encoding is based on comparing two SSD scores computed between three patches from three consecutive frames.
Relative to the location of the patch in the current frame, the location of the patch in the previous (next) frame
is said to be in direction i (j); The angle between directions i and j is denoted alpha. (b) Illustrating the different
motion patterns captured by different i and j values. Blue arrows represent motion
from a patch in position i in the
previous frame; red for the motion to the patch j in the next frame. Shaded diagonal strips indicate same alpha values.
|
Results
Below are some results of the MIP
representation, applied to recent Action Recognition benchmarks. For additional results and more details, please see the paper.
Table 1. Comparison to previous results on the
ASLAN benchmark. The average accuracy and standard error on the ASLAN benchmark is given for a list of methods (see text for details). All HOG, HOF, and HNF results are taken from
[Kliper-Gross et al. 11, Kliper-Gross et al. 12].
| System | No CSML |
With CSML |
| | Accuracy | AUC |
Accuracy | AUC |
| LTP [Yeffet & Wolf 09] | 55.45 +- 0.6% |
57.2 | 58.50 +- 0.7% |
62.4 |
| HOG [Laptev et al. 08] | 58.55 +- 0.8% |
61.59 | 60.15 +- 0.6% |
64.2 |
| HOF [Laptev et al. 08] | 56.82 +- 0.6% |
58.56 | 58.62 +- 1.0% |
61.8 |
| HNF [Laptev et al. 08] | 58.67 +- 0.9% |
62.16 | 57.20 +- 0.8% |
60.5 |
| MIP single channel alpha=0 | 58.27 +- 0.6% |
61.7 | 61.52 +- 0.8% |
66.5 |
| MIP single best channel alpha=1 | 61.45 +- 0.8% |
66.1 | 63.55 +- 0.8% |
69.0 |
| MIP w/o suppression | 61.67 +- 0.9% |
66.4 | 63.17 +- 1.1% |
68.4 |
| MIP w/o motion compensation | 62.27 +- 0.8% |
66.4 | 63.57 +- 1.0% |
69.5 |
| MIP w/o both | 60.43 +- 1.0% | 64.8 |
63.08 +- 0.9% | 68.2 |
| MIP on stabilized clips | 59.73 +- 0.77% |
62.9 | 62.30 +- 0.77% |
66.4 |
| MIP | 62.23 +- 0.8% | 67.5 |
64.62 +- 0.8% | 70.4 |
| HOG+HOF+HNF | 60.88 +- 0.8% | 65.3 |
63.12 +- 0.9% | 68.0 |
| HOG+HOF+HNF with OSSML [Kliper-Gross et al. 11] | 62.52 +- 0.8% |
66.6 | 64.25 +- 0.7% |
69.1 |
| MIP+HOG+HOF+HNF | 64.27 +- 1.0% |
69.2 | 65.45 +- 0.8%
| 71.92 |
Table 2. Comparison to previous results on the HMDB51 database. Since our method
contains a motion compensation component, we tested our method on the more challenging unstabilized videos. Our method significantly
outperforms the best results obtained by previous work.
| System | Original clips |
Stabilized clips |
| HOG/HOF [Laptev et al. 08] | 20.44% |
21.96% |
| C2 [Jhuang et al. 07] | 22.83% |
23.18% |
| Action Bank [Sadanand & Corso 12] | 26.90% |
N/A |
| MIP | 29.17% |
N/A |
Table 3. Comparison to previous results on the UCF50 database. Our method significantly outperforms all reported methods.
| System | splits | LOgO |
| HOG/HOF [Laptev et al. 08] | 47.9% |
N/A |
| Action Bank [Sadanand & Corso 12] | 57.9% |
N/A |
| MIP | 68.51% |
72.68% |
MATLAB code for computing the Motion Interchange Patterns (MIP) video descriptor is now available for
download
here. Please see the
ReadMe.txt
for information on how to install and run the code.
If you use this code in your own work, please cite our
paper.
Copyright and disclaimer:
Copyright 2012, Orit Kliper-Gross, Yaron Gurovich, Tal Hassner, and Lior Wolf
The SOFTWARE ("MIPcode") is provided "as is", without any guarantee made as to
its suitability or fitness for any particular use. It may contain bugs, so use
of this tool is at your own risk. We take no responsibility for any damage that
may unintentionally be caused through its use.
Last update 27th of
Dec., 2012
|


Some notes after working with SHOW BINLOG EVENTS and SHOW RELAYLOG EVENTS statements; there are a few gotchas and some interesting facts. My reflections also follow.
I'm calling these commands from orchestrator when working with Pseudo-GTID (which I do alot). I prefer to work with agent-free design, where a single, remote service can do everything: examine replication status, scan binary logs for information, and recover broken topologies via gluing together servers that were not previously directly associated.
Alas, documentation is short on these commands, and some stuff I learned the hard way.
Basically, SHOW BINLOG/RELAYLOG EVENTS commands are a poor man's replacement to mysqlbinlog, only you can issue them on MySQL protocol, and you do not have to have the binary/relay log files locally on your host.
Fun fact
The binary logs are called so because they are compressed. You are familiar with the binlog position you see on SHOW MASTER STATUS or SHOW SLAVE STATUS. You are familiar with the binlog position as you see it when you execute "mysqlbinlog mybinlog.001234". The position of a new entry equals to the file size of the binary log at that time. If:
$ ls -l master/data/mysql-bin.015901 -rw-rw---- 1 user user 401408 Jul 18 02:44 master/data/mysql-bin.015901
Then the next entry will be at position 401408, as this is the file size in bytes.
And so when MySQL writes an entry to the binary log, it (of course) knows the entry's position in the binary log, but then also immediately knows the position of the next entry.
We'll revisit this fact later.
Output of SHOW BINLOG/RELAYLOG EVENTS
The output of both statement depends on the binlog_format. In Statement Based Replication it may look like:
$gt; SHOW BINLOG EVENTS IN 'mysql-bin.015903' LIMIT 40,20; +------------------+------+------------+-----------+-------------+---------------------------------------------------------------------------------------------------------------------+ | Log_name | Pos | Event_type | Server_id | End_log_pos | Info | +------------------+------+------------+-----------+-------------+---------------------------------------------------------------------------------------------------------------------+ | mysql-bin.015903 | 3650 | Gtid | 1 | 3698 | SET @@SESSION.GTID_NEXT= '230ea8ea-81e3-11e4-972a-e25ec4bd140a:790000' | | mysql-bin.015903 | 3698 | Query | 1 | 3785 | BEGIN | | mysql-bin.015903 | 3785 | User var | 1 | 3832 | @`id`=7 | | mysql-bin.015903 | 3832 | Query | 1 | 3969 | use `test`; replace into test.t (id, i, t) values (@id, @id, now()) | | mysql-bin.015903 | 3969 | Xid | 1 | 4000 | COMMIT /* xid=967 */ | | mysql-bin.015903 | 4000 | Gtid | 1 | 4048 | SET @@SESSION.GTID_NEXT= '230ea8ea-81e3-11e4-972a-e25ec4bd140a:790001' | | mysql-bin.015903 | 4048 | Query | 1 | 4135 | BEGIN | | mysql-bin.015903 | 4135 | User var | 1 | 4182 | @`id`=9 | | mysql-bin.015903 | 4182 | Query | 1 | 4319 | use `test`; replace into test.t (id, i, t) values (@id, @id, now()) | | mysql-bin.015903 | 4319 | Xid | 1 | 4350 | COMMIT /* xid=969 */ | | mysql-bin.015903 | 4350 | Gtid | 1 | 4398 | SET @@SESSION.GTID_NEXT= '230ea8ea-81e3-11e4-972a-e25ec4bd140a:790002' | | mysql-bin.015903 | 4398 | Query | 1 | 4576 | use `meta`; drop view if exists `meta`.`_pseudo_gtid_hint__asc(55B50F9C:00000000000000D4:C96BF9F7)` | | mysql-bin.015903 | 4576 | Gtid | 1 | 4624 | SET @@SESSION.GTID_NEXT= '230ea8ea-81e3-11e4-972a-e25ec4bd140a:790003' | | mysql-bin.015903 | 4624 | Query | 1 | 4711 | BEGIN | | mysql-bin.015903 | 4711 | User var | 1 | 4758 | @`id`=6 | | mysql-bin.015903 | 4758 | Query | 1 | 4895 | use `test`; replace into test.t (id, i, t) values (@id, @id, now()) | | mysql-bin.015903 | 4895 | Xid | 1 | 4926 | COMMIT /* xid=971 */ | | mysql-bin.015903 | 4926 | Gtid | 1 | 4974 | SET @@SESSION.GTID_NEXT= '230ea8ea-81e3-11e4-972a-e25ec4bd140a:790004' | | mysql-bin.015903 | 4974 | Query | 1 | 5077 | BEGIN | | mysql-bin.015903 | 5077 | User var | 1 | 5133 | @`hostname`=_utf8 0x736E6F6163682D616D7339 COLLATE utf8_general_ci | +------------------+------+------------+-----------+-------------+---------------------------------------------------------------------------------------------------------------------+
The first thing to note is that there's far less data in this output as compared to mysqlbinlog's. For example, you can't see the TIMESTAMP at which the queries were issued. You can't see additional metadata like RAND() seed. Thus far it is documented.
You do know the binlog file name, position, end-position (which is the position of the next entry), originating server_id.
However with Row Based Replication things are even less informative:
$gt; SHOW BINLOG EVENTS IN 'mysql-bin.015902' LIMIT 20,20; +------------------+------+-------------+-----------+-------------+------------------------------------------------------------------------+ | Log_name | Pos | Event_type | Server_id | End_log_pos | Info | +------------------+------+-------------+-----------+-------------+------------------------------------------------------------------------+ | mysql-bin.015902 | 1365 | Query | 1 | 1453 | BEGIN | | mysql-bin.015902 | 1453 | Table_map | 1 | 1535 | table_id: 71 (meta.pseudo_gtid_status) | | mysql-bin.015902 | 1535 | Update_rows | 1 | 1829 | table_id: 71 flags: STMT_END_F | | mysql-bin.015902 | 1829 | Xid | 1 | 1860 | COMMIT /* xid=26 */ | | mysql-bin.015902 | 1860 | Gtid | 1 | 1908 | SET @@SESSION.GTID_NEXT= '230ea8ea-81e3-11e4-972a-e25ec4bd140a:789767' | | mysql-bin.015902 | 1908 | Query | 1 | 1988 | BEGIN | | mysql-bin.015902 | 1988 | Table_map | 1 | 2035 | table_id: 70 (test.t) | | mysql-bin.015902 | 2035 | Update_rows | 1 | 2129 | table_id: 70 flags: STMT_END_F | | mysql-bin.015902 | 2129 | Xid | 1 | 2160 | COMMIT /* xid=29 */ | | mysql-bin.015902 | 2160 | Gtid | 1 | 2208 | SET @@SESSION.GTID_NEXT= '230ea8ea-81e3-11e4-972a-e25ec4bd140a:789768' | | mysql-bin.015902 | 2208 | Query | 1 | 2288 | BEGIN | | mysql-bin.015902 | 2288 | Table_map | 1 | 2335 | table_id: 70 (test.t) | | mysql-bin.015902 | 2335 | Update_rows | 1 | 2429 | table_id: 70 flags: STMT_END_F | | mysql-bin.015902 | 2429 | Xid | 1 | 2460 | COMMIT /* xid=32 */ | | mysql-bin.015902 | 2460 | Gtid | 1 | 2508 | SET @@SESSION.GTID_NEXT= '230ea8ea-81e3-11e4-972a-e25ec4bd140a:789769' | | mysql-bin.015902 | 2508 | Query | 1 | 2588 | BEGIN | | mysql-bin.015902 | 2588 | Table_map | 1 | 2635 | table_id: 70 (test.t) | | mysql-bin.015902 | 2635 | Update_rows | 1 | 2729 | table_id: 70 flags: STMT_END_F | | mysql-bin.015902 | 2729 | Xid | 1 | 2760 | COMMIT /* xid=34 */ | | mysql-bin.015902 | 2760 | Gtid | 1 | 2808 | SET @@SESSION.GTID_NEXT= '230ea8ea-81e3-11e4-972a-e25ec4bd140a:789770' | +------------------+------+-------------+-----------+-------------+------------------------------------------------------------------------+
What's this? We don't get the statement anymore. I mean, sure, this is RBR, but there's no more info! All we knows is there was an Update_rows on test.t; that also only after we've crossed two different entries, one mapping a test.t to 70, the other telling us an UPDATE operation was made on 70.
This is the reason why Pseudo GTID injection is made via DDL.
With RBR we also get some excessive information. The table_id mentioned above is true for this server; but on a slave the table would have a different id. The SHOW output would look different. Likewise, the commit number as in "COMMIT /* xid=32 */" changes from server to server. There are also other entries which may look different; character encoding changes shape. Really weird stuff.
The output of SHOW RELAYLOG EVENTS is very similar, except for the following:
- Obviously we're parsing and outputting relay logs
- Pos column relates to the position in the relay log where the entry starts (makes sense)
- End_log_pos column relates to the next binlog position of the master's binary log that correlates to this query. Read that again. There is no telling what the end-log-pos is for the relay log entry. We'll revisit that shortly.
Locking issues
Unfortunately, issuing a SHOW BINLOG EVENTS completely locks down the binary logs on the server.
Yes. This means you cannot write to the binary logs while issuing the SHOW statement. And that means you cannot write, everything piles up and your server is under complete lock down.
Before you throw your hands up in the air and move on to read something that can cheer you up, note that things are not completely bad. We are able at Booking.com to scan 24 hours worth of binary logs (i.e. dozens of hundreds of binary logs) on business-critical MySQL masters without making an impact. How?
SHOW...LIMIT offset, row_count vs SHOW...FROM pos LIMIT row_count
Of course the solution is to do many small steps instead of few giant steps. Reading all of a binary log's entries is suicidal to your application & database. The SHOW BINLOG/RELAYLOG EVENTS statements support a LIMIT clause.
As per previous example, you may:
SHOW BINLOG EVENTS IN 'mysql-bin.015903' LIMIT 40,20;
This skips 40 entries (offset), then reads 20 (row_count).
However much like non-indexed table scan, to skip the first 40 entries you must nonetheless iterate them. Since we don't know exactly where in the binlog the 41st entry begins, we need to unpack the binary log from start and find it out the full-scan way.
Don't iterate a binary log's entries via LIMIT 0,1000; LIMIT 1000,1000; LIMIT 2000,1000; ... This is O(n²)
In contrast, you may:
SHOW BINLOG EVENTS IN 'mysql-bin.015903' FROM 3650 LIMIT 20;
Remember that an entry's position is the binlog file size at the time before the entry was written? To execute the above MySQL merely seeks the binlog file 3650 bytes ahead. No scan required.
You must provide with a valid position value. If I just guess my way:
> SHOW BINLOG EVENTS IN 'mysql-bin.015903' FROM 3651 LIMIT 20; ERROR 1220 (HY000): Error when executing command SHOW BINLOG EVENTS: Wrong offset or I/O error
And so you must have prior knowledge about positions. This is fine if you're scanning a binary log: you simply read the End_log_pos of the last entry you've just read and memorize it. Thus, to scan a binary log, you can:
> SHOW BINLOG EVENTS IN 'mysql-bin.015903' LIMIT 20; > SHOW BINLOG EVENTS IN 'mysql-bin.015903' FROM 1499 LIMIT 20; > SHOW BINLOG EVENTS IN 'mysql-bin.015903' FROM 3651 LIMIT 20;
But it's more difficult to do this for relay logs: remember that the End_log_pos in SHOW RELAYLOG EVENTS relates to the next position in the master's binary log. So you need to resort to an off-by-one or something. However the good news is that reading relay logs does not block writes on your server.
Locking thoughts
As per my comments in the bug report, I don't see why SHOW BINLOG EVENTS should always lock writes:
- If we're scanning an old binary log (not the one being written to) then obviously we should not be blocking writes.
- If we're scanning the current binlog, but are known to end with a statement that is already written (i.e. not trying to scan past the current writing position) then we should not be blocking writes.
- OK to block writes when trying to read past current position.
- OK to block on a FLUSH MASTER LOGS, PURGE MASTER LOGS
Why is the output so limited?
I'm actually unsure why the output of these commands is so limited as compared to the mysqlbinlog output. A replicating slave talks to the master over MySQL protocol; the slave does get all the data right. It does get event metadata (timestamp, random seed, session variable). It does get complete statement/row data. What I'm saying is that this functionality is already built in; it could be very easily added to the SHOW commands.
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|
HaHa
|
Files | |
| file | hal_atomic.h [code] |
| Critical sections related functionality declaration. | |
| file | hal_gpio.h [code] |
| Port. | |
| file | hal_init.h [code] |
| HAL initialization related functionality declaration. | |
| file | hal_io.h [code] |
| I/O related functionality declaration. | |
| file | hal_usart_async.h [code] |
| USART related functionality declaration. | |
| file | hal_usart_sync.h [code] |
| USART related functionality declaration. | |
| file | hpl_core.h [code] |
| CPU core related functionality declaration. | |
| file | hpl_ext_irq.h [code] |
| External IRQ related functionality declaration. | |
| file | hpl_gpio.h [code] |
| Port related functionality declaration. | |
| file | hpl_init.h [code] |
| Init related functionality declaration. | |
| file | hpl_irq.h [code] |
| IRQ related functionality declaration. | |
| file | hpl_missing_features.h [code] |
| Family-dependent missing features expected by HAL. | |
| file | hpl_usart.h [code] |
| USART related functionality declaration. | |
| file | hpl_usart_async.h [code] |
| USART related functionality declaration. | |
| file | hpl_usart_sync.h [code] |
| USART related functionality declaration. | |


7
1 This is what the Lord Yahweh showed me. Look, he formed a locust swarm when the spring crop began to come up, and, look, it was the late crop after the king's harvest.
2 When they finished eating the vegetation of the land, then I said, "Lord Yahweh, please forgive; how will Jacob survive? For he is so small."
3 Yahweh relented concerning this. "It will not happen," he said.
4 This is what the Lord Yahweh showed me: Look, the Lord Yahweh called on fire to judge. It dried the vast, deep water under the earth and would have devoured the land, also.
5 But I said, "Lord Yahweh, please stop; how will Jacob survive? For he is so small."
6 Yahweh relented concerning this, "This also will not happen," said the Lord Yahweh.
7 This is what he showed me: Look, the Lord stood beside a wall, with a plumb line in his hand.
8 Yahweh said to me, "Amos, what do you see?" I said, "A plumb line." Then the Lord said, "Look, I will put a plumb line among my people Israel. I will spare them no longer.
9 The high places of Isaac will be destroyed,
the sanctuaries of Israel will be ruined,
and I will rise against the house of Jeroboam with the sword."
10 Then Amaziah, the priest of Bethel, sent a message to Jeroboam, king of Israel: "Amos has conspired against you in the middle of the house of Israel. The land cannot bear all his words.
11 For this is what Amos said:
'Jeroboam will die by the sword,
and Israel will surely go into exile away from his land.'"
12 Amaziah said to Amos, "Seer, go, run back to the land of Judah, and there eat bread and prophesy.
13 But do not prophesy anymore here at Bethel, for it is the king's sanctuary and a royal house."
14 Then Amos said to Amaziah, "I am not a prophet nor a prophet's son. I am a herdsman, and I take care of sycamore fig trees.
15 But Yahweh took me from tending the flock and said to me, 'Go, prophesy to my people Israel.'
16 Now hear the word of Yahweh.


With no external dependencies and support for 335 languages; all languages spoken by more than one million speakers. 'Franc' is a port of the 'JavaScript' project of the same name, see <https://github.com/wooorm/franc>.
| Version: | 1.1.1 |
| Imports: | jsonlite |
| Suggests: | testthat |
| Published: | 2015-11-12 |
| Author: | Gabor Csardi, Titus Wormer, Maciej Ceglowski, Jacob R. Rideout, and Kent S. Johnson |
| Maintainer: | Gabor Csardi <gcsardi at mango-solutions.com> |
| BugReports: | https://github.com/mangothecat/franc/issues |
| License: | MIT + file LICENSE |
| URL: | https://github.com/mangothecat/franc |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | franc results |
| Reference manual: | franc.pdf |
| Package source: | franc_1.1.1.tar.gz |
| Windows binaries: | r-devel: franc_1.1.1.zip, r-release: franc_1.1.1.zip, r-oldrel: franc_1.1.1.zip |
| OS X binaries: | r-release: franc_1.1.1.tgz, r-oldrel: franc_1.1.1.tgz |
Please use the canonical form https://CRAN.R-project.org/package=franc to link to this page.


5 references to SuspendJobCompleted
System.Management.Automation (5)
engine\remoting\client\Job2.cs (5)
319
handler =
SuspendJobCompleted
;
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job.
SuspendJobCompleted
+= eventHandler;
1467
job.
SuspendJobCompleted
-= eventHandler;
1518
childJob.
SuspendJobCompleted
-= eventHandler;
1531
job.
SuspendJobCompleted
+= eventHandler;


GitLaw
Title: A bill to improve efforts to combat marine debris, and for other purposes.
Sponsor: Sullivan, Dan, R, AL
Text version 1
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116th CONGRESS 1st Session S. 1982 IN THE SENATE OF THE UNITED STATES June 26, 2019 Mr. Sullivan (for himself, Mr. Whitehouse, Mr. Menendez, Ms. Murkowski, Mr. Portman, Mr. Booker, Mr. Murphy, Mr. Carper, and Ms. Collins) introduced the following bill; which was read twice and referred to the Committee on Commerce, Science, and Transportation A BILL To improve efforts to combat marine debris, and for other purposes. 1.Short title; table of contents (a)Short title This Act may be cited as the Save Our Seas 2.0 Act or the SOS 2.0 Act. (b)Table of contents The table of contents for this Act is as follows: Sec. 1. Short title; table of contents. Sec. 2. Definitions. Sec. 3. Sense of Congress. TITLE I—Enhancing the domestic marine debris response Subtitle A—Marine Debris Response Trust Fund Sec. 101. Marine Debris Response Trust Fund. Subtitle B—Marine Debris Foundation Sec. 111. Establishment and purposes of Foundation. Sec. 112. Board of Directors of the Foundation. Sec. 113. Rights and obligations of the Foundation. Sec. 114. Administrative services and support. Sec. 115. Volunteer status. Sec. 116. Report requirements; petition of attorney general for equitable relief. Sec. 117. United States release from liability. Sec. 118. Authorization of appropriations. Subtitle C—Genius Prize for Save Our Seas Innovations Sec. 121. Definitions. Sec. 122. Genius prize for Save Our Seas Innovations. Sec. 123. Save Our Seas Innovation Steering Committee. Sec. 124. Agreement with the Marine Debris Foundation. Sec. 125. Judges. Sec. 126. Report to Congress. Sec. 127. Authorization of appropriations. Sec. 128. Termination of authority. Subtitle D—Other measures relating to combating marine debris Sec. 131. Prioritization of marine debris in existing innovation and entrepreneurship programs. Sec. 132. Expansion of derelict vessel recycling. Sec. 133. Incentive for fishermen to collect and dispose of plastic found at sea. Sec. 134. Amendments to Marine Debris Program. Sec. 135. Marine debris on National Forest System land. Subtitle E—Studies and reports Sec. 141. Report on opportunities for innovative uses of plastic waste. Sec. 142. Report on microfiber pollution. Sec. 143. Study on United States plastic pollution data. Sec. 144. Report on minimizing the creation of new plastic waste. Sec. 145. Study on mass balance methodologies to certify circular polymers. TITLE II—Enhanced global engagement to combat marine debris Sec. 201. Statement of policy on international cooperation to combat marine debris. Sec. 202. Prioritization of efforts and assistance to combat marine debris and improve plastic waste management. Sec. 203. United States leadership in international fora. Sec. 204. Enhancing international outreach and partnership of United States agencies involved in marine debris activities. Sec. 205. Negotiation of new international agreements. Sec. 206. Consideration of marine debris in negotiating international agreements. TITLE III—Improving domestic infrastructure to prevent marine debris Sec. 301. Definitions. Sec. 302. Strategy for improving waste management, recycling, and water management. Sec. 303. Waste management State revolving funds. Sec. 304. Grant programs. Sec. 305. Study on repurposing plastic waste in infrastructure. Sec. 306. Study on options to advance technologies for converting plastic waste to chemicals, feedstocks, and other products. Sec. 307. Study on effects of microplastics in food supplies and sources of drinking water. Sec. 308. Report on eliminating barriers to increase the collection of recyclable materials. Sec. 309. Report on economic incentives to spur development of new end-use markets for recycled plastics. 2.Definitions In this Act: (1)Circular economy The term circular economy means an economy that uses a systems-focused approach and involves industrial processes and economic activities that— (A)are restorative or regenerative by design; (B)enable resources used in such processes and activities to maintain their highest values for as long as possible; and (C)aim for the elimination of waste through the superior design of materials, products, and systems (including business models). (2)EPA Administrator The term EPA Administrator means the Administrator of the Environmental Protection Agency. (3)Indian Tribe The term Indian Tribe has the meaning given the term Indian tribe in section 4 of the Indian Self-Determination and Education Assistance Act (25 U.S.C. 5304). (4)Marine debris The term marine debris has the meaning given that term in section 7 of the Marine Debris Act (33 U.S.C. 1956). (5)Marine debris event The term marine debris event means an event or related events that affects or may imminently affect the United States involving— (A)marine debris caused by a natural event, including a tsunami, flood, landslide, hurricane, or other natural source; (B)distinct, nonrecurring marine debris, including derelict vessel groundings and container spills, that have immediate or long-term impacts on habitats with high ecological, economic, or human-use values; or (C)marine debris caused by an intentional or grossly negligent act or acts that causes substantial economic or environmental harm. (6)Non-Federal funds The term non-Federal funds means funds provided by— (A)a State; (B)an Indian Tribe; (C)a territory of the United States; (D)one or more units of local governments or Tribal organizations (as defined in section 4 of the Indian Self-Determination and Education Assistance Act (25 U.S.C. 5304)); (E)a private for-profit entity; (F)a nonprofit organization; or (G)a private individual. (7)Nonprofit organization The term nonprofit organization means an organization that is described in section 501(c) of the Internal Revenue Code of 1986 and exempt from tax under section 501(a) of such Code. (8)State The term State means— (A)a State; (B)an Indian Tribe; (C)the District of Columbia; and (D)a territory or possession of the United States. (9)Under Secretary The term Under Secretary means the Under Secretary of Commerce for Oceans and Atmosphere and Administrator of the National Oceanic and Atmospheric Administration. (10)Waste management The term waste management means the systems, operation, supervision, and aftercare of processes and equipment used for waste— (A)collection; (B)transport; (C)recovery; (D)reuse; (E)recycling; and (F)safe disposal of waste when recovery, reuse, or recycling are not otherwise available. 3.Sense of Congress It is the sense of Congress that— (1)eliminating plastic waste from the oceans requires a multi-faceted approach, including waste reduction and prevention, reuse and recycling, and innovation; (2)both domestic and international efforts are required to make progress in combating marine debris; (3)efforts by States, communities, and corporations to minimize the use of single-use plastic products have been successful in raising awareness of the marine debris issue; and (4)while we make progress toward a more sustainable future, we must recognize that there is significant amount of plastic waste that has already been created that must be prevented from entering the oceans through recycling, reuse, repurposing, and other innovative means.
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116th CONGRESS 2d Session S. 1982 AN ACT To improve efforts to combat marine debris, and for other purposes. 1.Short title; table of contents (a)Short title This Act may be cited as the Save Our Seas 2.0 Act. (b)Table of contents The table of contents of this Act is as follows: Sec. 1. Short title; table of contents. Sec. 2. Definitions. TITLE I—Combating Marine Debris Subtitle A—Marine Debris Foundation Sec. 111. Establishment and purposes of Foundation. Sec. 112. Board of Directors of the Foundation. Sec. 113. Rights and obligations of the Foundation. Sec. 114. Administrative services and support. Sec. 115. Volunteer status. Sec. 116. Report requirements; petition of attorney general for equitable relief. Sec. 117. United States release from liability. Sec. 118. Authorization of appropriations. Sec. 119. Termination of authority. Subtitle B—Genius Prize for Save Our Seas Innovations Sec. 121. Definitions. Sec. 122. Genius prize for Save Our Seas Innovations. Sec. 123. Agreement with the marine debris foundation. Sec. 124. Judges. Sec. 125. Report to Congress. Sec. 126. Authorization of appropriations. Sec. 127. Termination of authority. Subtitle C—Other measures relating to combating marine debris Sec. 131. Prioritization of marine debris in existing innovation and entrepreneurship programs. Sec. 132. Expansion of derelict vessel recycling. Sec. 133. Incentive for fishermen to collect and dispose of plastic found at sea. Sec. 134. Amendments to Marine Debris Program. Sec. 135. Marine debris on National Forest System land. Subtitle D—Studies and reports Sec. 141. Report on opportunities for innovative uses of plastic waste. Sec. 142. Report on microfiber pollution. Sec. 143. Study on United States plastic pollution data. Sec. 144. Study on mass balance methodologies to certify circular polymers. Sec. 145. Report on sources and impacts of derelict fishing gear. TITLE II—Enhanced Global Engagement to Combat Marine Debris Sec. 201. Statement of policy on international cooperation to combat marine debris. Sec. 202. Prioritization of efforts and assistance to combat marine debris and improve plastic waste management. Sec. 203. United States leadership in international fora. Sec. 204. Enhancing international outreach and partnership of United States agencies involved in marine debris activities. Sec. 205. Negotiation of new international agreements. Sec. 206. Consideration of marine debris in negotiating international agreements. TITLE III—Improving Domestic Infrastructure to Prevent Marine Debris Sec. 301. Strategy for improving post-consumer materials management and water management. Sec. 302. Sense of the Senate for issues to be included in strategy for post-consumer materials management and water management. Sec. 303. Grant programs. Sec. 304. Study on repurposing plastic waste in infrastructure. Sec. 305. Study on effects of microplastics in food supplies and sources of drinking water. Sec. 306. Report on eliminating barriers to increase the collection of recyclable materials. Sec. 307. Report on economic incentives to spur development of new end-use markets for recycled plastics. Sec. 308. Report on minimizing the creation of new plastic waste. 2.Definitions In this Act: (1)Circular economy The term circular economy means an economy that uses a systems-focused approach and involves industrial processes and economic activities that— (A)are restorative or regenerative by design; (B)enable resources used in such processes and activities to maintain their highest values for as long as possible; and (C)aim for the elimination of waste through the superior design of materials, products, and systems (including business models). (2)EPA Administrator The term EPA Administrator means the Administrator of the Environmental Protection Agency. (3)Indian Tribe The term Indian Tribe has the meaning given the term Indian tribe in section 4 of the Indian Self-Determination and Education Assistance Act (25 U.S.C. 5304), without regard to capitalization. (4)Interagency Marine Debris Coordinating Committee The term Interagency Marine Debris Coordinating Committee means the Interagency Marine Debris Coordinating Committee established under section 5 of the Marine Debris Act (33 U.S.C. 1954). (5)Marine debris The term marine debris has the meaning given that term in section 7 of the Marine Debris Act (33 U.S.C. 1956). (6)Marine debris event The term marine debris event means an event or related events that affects or may imminently affect the United States involving— (A)marine debris caused by a natural event, including a tsunami, flood, landslide, hurricane, or other natural source; (B)distinct, nonrecurring marine debris, including derelict vessel groundings and container spills, that have immediate or long-term impacts on habitats with high ecological, economic, or human-use values; or (C)marine debris caused by an intentional or grossly negligent act or acts that causes substantial economic or environmental harm. (7)Non-Federal funds The term non-Federal funds means funds provided by— (A)a State; (B)an Indian Tribe; (C)a territory of the United States; (D)one or more units of local governments or Tribal organizations (as defined in section 4 of the Indian Self-Determination and Education Assistance Act (25 U.S.C. 5304)); (E)a foreign government; (F)a private for-profit entity; (G)a nonprofit organization; or (H)a private individual. (8)Nonprofit organization The term nonprofit organization means an organization that is described in section 501(c) of the Internal Revenue Code of 1986 and exempt from tax under section 501(a) of such Code. (9)Post-consumer materials management The term post-consumer materials management means the systems, operation, supervision, and long-term management of processes and equipment used for post-use material (including packaging, goods, products, and other materials), including— (A)collection; (B)transport; (C)safe disposal of waste that cannot be recovered, reused, recycled, repaired, or refurbished; and (D)systems and processes related to post-use materials that can be recovered, reused, recycled, repaired, or refurbished. (10)State The term State means— (A)a State; (B)an Indian Tribe; (C)the District of Columbia; (D)a territory or possession of the United States; or (E)any political subdivision of an entity described in subparagraphs (A) through (D). (11)Under Secretary The term Under Secretary means the Under Secretary of Commerce for Oceans and Atmosphere and Administrator of the National Oceanic and Atmospheric Administration.
Bill ID
Diff timeout:
seconds
A timeout of '0' allows for unlimited computation.
Post-diff cleanup:
Semantic Cleanup
Increase human readability by factoring out commonalities which are likely to be coincidental.
Efficiency Cleanup
, edit cost:
Increase computational efficiency by factoring out short commonalities which are not worth the overhead. The larger the edit cost, the more agressive the cleanup.
No Cleanup
Raw output.


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Pasadena: Cedar Waxwing Downy Woodpecker Hairy Woodpecker European Starling Gray Jay Scrub Jay Northern Mockingbird Costa's Hummingbird Ruby Throated Hummingbird Band Tailed Pigeon
Huntington garden (Pasadena):
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Palomar mountain: Stellar Jay Tufted Titmouse Ruby Crowned Kinglet Sharp Shinned Hawk Yellow Shafted Flicker Dark Eyed Junco California Quail White Breasted Nuthatch Spotted Towhee Acorn Woodpecker California Thrasher Mountain Chickadee Lazuli Bunting Western Bluebird
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Catalina island: Great Cormorant White Pelican Great Blackbacked Gull
Malibu:
Channel Islands (Santa Cruz):
Elsewhere: |


This package specifies API for interacting with the p2 provisioning engine. The engine is a naive service that blindly performs a set of requested changes to a provisioned system. No attempt is made to resolve dependencies or determine whether the resulting system is valid or consistent. It is assumed that the engine client has crafted a valid provisioning plan for the engine to perform, typically by using a planner service.
@since 2.0


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V8 API Reference Guide for io.js v10.1.0
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#include <v8.h>
Public Member Functions | |
| V8_DEPRECATE_SOON ("Use EnableWebAssemblyTrapHandler", static bool RegisterDefaultSignalHandler()) | |
Static Public Member Functions | |
| static void | SetNativesDataBlob (StartupData *startup_blob) |
| static void | SetSnapshotDataBlob (StartupData *startup_blob) |
| static StartupData | CreateSnapshotDataBlob (const char *embedded_source=NULL) |
| static StartupData | WarmUpSnapshotDataBlob (StartupData cold_startup_blob, const char *warmup_source) |
| static void | SetDcheckErrorHandler (DcheckErrorCallback that) |
| static void | SetFlagsFromString (const char *str, int length) |
| static void | SetFlagsFromCommandLine (int *argc, char **argv, bool remove_flags) |
| static const char * | GetVersion () |
| static bool | Initialize () |
| static void | SetEntropySource (EntropySource source) |
| static void | SetReturnAddressLocationResolver (ReturnAddressLocationResolver return_address_resolver) |
| static bool | Dispose () |
| static bool | InitializeICUDefaultLocation (const char *exec_path, const char *icu_data_file=nullptr) |
| static void | InitializeExternalStartupData (const char *directory_path) |
| static void | InitializeExternalStartupData (const char *natives_blob, const char *snapshot_blob) |
| static void | InitializePlatform (Platform *platform) |
| static void | ShutdownPlatform () |
Container class for static utility functions.
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static |
Bootstrap an isolate and a context from scratch to create a startup snapshot. Include the side-effects of running the optional script. Returns { NULL, 0 } on failure. The caller acquires ownership of the data array in the return value.
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static |
Releases any resources used by v8 and stops any utility threads that may be running. Note that disposing v8 is permanent, it cannot be reinitialized.
It should generally not be necessary to dispose v8 before exiting a process, this should happen automatically. It is only necessary to use if the process needs the resources taken up by v8.
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static |
Get the version string.
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static |
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static |
Initialize the external startup data. The embedder only needs to invoke this method when external startup data was enabled in a build.
If V8 was compiled with the startup data in an external file, then V8 needs to be given those external files during startup. There are three ways to do this:
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static |
Initialize the ICU library bundled with V8. The embedder should only invoke this method when using the bundled ICU. If V8 was compiled with the ICU data in an external file and when the default location of that file should be used, a path to the executable must be provided. Returns true on success.
The default is a file called icudtl.dat side-by-side with the executable.
Optionally, the location of the data file can be provided to override the default.
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static |
Sets the v8::Platform to use. This should be invoked before V8 is initialized.
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static |
Set the callback to invoke in case of Dcheck failures.
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static |
Allows the host application to provide a callback which can be used as a source of entropy for random number generators.
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static |
Sets V8 flags from the command line.
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static |
Sets V8 flags from a string.
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static |
Hand startup data to V8, in case the embedder has chosen to build V8 with external startup data.
Note:
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static |
Allows the host application to provide a callback that allows v8 to cooperate with a profiler that rewrites return addresses on stack.
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static |
Clears all references to the v8::Platform. This should be invoked after V8 was disposed.
| v8::V8::V8_DEPRECATE_SOON | ( | "Use EnableWebAssemblyTrapHandler" | , |
| static bool | RegisterDefaultSignalHandler() | ||
| ) |
Enable the default signal handler rather than using one provided by the embedder.
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static |
Bootstrap an isolate and a context from the cold startup blob, run the warm-up script to trigger code compilation. The side effects are then discarded. The resulting startup snapshot will include compiled code. Returns { NULL, 0 } on failure. The caller acquires ownership of the data array in the return value. The argument startup blob is untouched.


Fits an positions an image appropriately inside its container while preserving its aspect ratio. - Use `object-fit: contain` to fit the entire image within the container while preserving its aspect ratio. - Use `object-fit: cover` to fill the container with the image while preserving its aspect ratio. - Use `object-position: center` to position the image at the center of the container.


See: Description
| Interface | Description |
|---|---|
| Component |
A marker interface that represents something used as a discrete part of a larger system.
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| DestructableComponent |
A component which can be destroyed and its resources reclaimed.
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| IdentifiableComponent |
A
Component whose identifier can be set. |
| IdentifiedComponent |
A
Component which has an identifier. |
| InitializableComponent |
A
Component which needs to be initialized prior to any "real" use. |
| UnmodifiableComponent |
A marker interface for components that may be put in to an unmodifiable state and, if a modification is attempted
afterwards, throws
UnmodifiableComponentException . |
| Class | Description |
|---|---|
| AbstractIdentifiableInitializableComponent |
An
AbstractIdentifiedInitializableComponent with a public setter. |
| AbstractIdentifiedInitializableComponent |
Simple implementation of
InitializableComponent and IdentifiedComponent . |
| AbstractInitializableComponent |
Base class for things that implement
DestructableComponent and InitializableComponent . |
| ComponentSupport |
Support class for working with
Component objects. |
| Exception | Description |
|---|---|
| ComponentInitializationException |
Exception thrown if there is a problem initializing a component.
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| DestroyedComponentException |
Exception thrown if a component has been destroyed and an attempt was made to use it.
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| UninitializedComponentException |
Exception thrown if a component has not been initialized and needs to be in order to perform the operation.
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| UnmodifiableComponentException |
Exception thrown if a component is in an unmodifiable state and a modification is attempted.
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Copyright © 1999–2015. All rights reserved.


Bolivian Senator Jeanine Áñez declares herself interim president
by EuronewsBolivia's opposition leader declared herself the country's interim president on Tuesday.
Senator Jeanine Áñez was sworn into the post as the South American country scrambles to restore order after weeks of protests.
Former president Evo Morales resigned after the military asked him to step down. He has said he was forced out in a coup d'état.
Morales has since arrived in Mexico where he was granted political asylum.
Protests broke out in Bolivia after a disputed October 20 election in which Morales, who had been in power for almost 14 years, was reelected.
The Organisation of American States (OAS) said it found "clear manipulations" of the voting system calling into question Morales' slim victory over centrist rival Carlos Mesa.
Áñez said she would "return democracy to the country".
"I will work in this short time because Bolivians deserve to live in freedom, they deserve to live in democracy. Never again will the vote be robbed," the senator said.


An output that can be vary from 0 to 5 volts. This type of output is generic and can be used for many purposes when interacting with other devices.


{% extends "dashboard/base.html" %}
{% load i18n %}
{% block subtitle %}{% trans "Keep here your drafts: contributions you don't want to publish (yet)." %}{% endblock %}
{% block dashboard %}
{% include "items/feed_display/_content_list.html" with contents=object_list display="list" options="parents" %}
{% endblock %}


Follow these steps to enroll in Learning Center courses:
- Log in to the Algorithm Lab.
- In the left navigation bar, click .
- On the Available Courses page, click the course in which you want to enroll.
- Click Enroll.
The Learning Center environment displays.


Box.com only provides authentication from apps which are using HTTPS. See Box.com API documentation
Initiate box client


Game pitch: "Dash through the five zones of the Kingdom of Quick as the heir to the Dashing
Throne while jumping through obstacles, taking down enemies, building your
character with unique items, and defeating evil bosses to reclaim the throne from the
evil king Kiltie, even if you have to try a thousand times."
My partner Benjamin Moder and I created a platformer game in the Unity engine. I was the project lead and the programmer for the game and my partner did the art for the game. The most unique aspect of the game was the procedurally generated levels, ensuring that no two runs of the game were identical. The game at the initial competition release featured 3 monster types, and endless run mode, and an endless arena mode.


Win-Loss-Draw for Season
Performance
Manchester City was a mediocre team till 2002 and they played premier league regularly from 2003. Since then the team’s story goes from a newly promoted team to 3 premier league titles in the last 15 years. The team has gone through a lot of changes during this time. Man City has seen 4 different owners during this period and it has seen a total spending of $1.4 billion dollars in transfers which is the highest spending till date for any team. Man City has truly changed the dynamics of the game. Goals Scored, Games Won And Points Achieved Have All Trended Sharply Upward Over The Last Decade, Reaching Record-breaking Levels In 2018.
The 2002–03 season was Manchester City Football Club's first season back playing in the Premier League again after having been relegated from it at the end of the 2000–01 season. It was an emotional farewell to Maine Road as City’s home for 80 years stages its last football match. The club make the move to the impressive, 48,000 capacity, City of Manchester Stadium.


--- layout: projectpages title: "" author: "partha" categories: vis_progress_avgactivity caption: Average Percentage of Activities visited in different Modules tags: [Modules, percentage of activities visited] image: feature : visuals_ss.png ---
These visuals indicate average percentage of activities visited by students in different modules. Summing up of numbers along y-axis dont make any sense. Both logged-in and buddy users are considered for calculations.


in a 2d plan, we only need x and y to locate something
in this class I have added a few helper stuff that we may find handy later
well as we all know, if we passed 4th grade, this is how you get a distance between two points
in chess, we have 8 possible directions we could move
if we are at location and want to get what is the rotation to antoher , then we do this
this may seem silly at first, but if we alter the clone (move it), the origin remain the same, wich is helpful
read the js file Point.js for more
a rectangle is a 2d shape with 4 vertices, enough to contain our sprite image, and a good blueprint for our entity class
I will be using the center as Point, and drawing will actually begin from top
But I found it more logical to instead of having the x,y of something as top, we have x,y of center
a very strong use of this class is ability to use one image (sprite) as 8
we only have a sigle direction for tank in our sheet, but we can rotate it to have 8 possible other images rotate across the diagonal cause some cropping but I'll think about something later
check rest of rectange methods in code
Entity is an extension of Rectange
a container is the scene where this entity will exist, the name is a placeholder for now to identify the entity later
an entity can have several images like tanks that have 2, and iterate between them when needed
in our game, we have life for an entity, if this reach 0 we will destroy it the armor will reduce damage to life, as game logic dicates
a bullet will cause this to happen, or maybe a mine, who knows..
I wanted this to be like a possiblity to make wall repairs or fix tanks
as mentioned before we have several images per entity and we iterate
the draw will draw the image sutable for the direction and current image


Security
How do I customise the security?
Authentication
Pebble uses the Acegi Security Framework for Spring, which is a very flexible security implementation that provides a way to configure almost every aspect of the security infrastructure.
User information is stored underneath the Pebble data directory, in a sub-directory called realm
. In here there is
one file per user, with the filename convention of {username}.properties
. Each file contains a series of name=value
pairs that correspond to the information stored about each user. The out-of-the-box Acegi configuration uses an SHA encoded
password with the username used as the salt, although this is configurable. An example file (the default username.properties
)
is as follows.
name=Default User password=1d26806da123dd76cdc52fc3daa9ad6777522935 roles=ROLE_BLOG_OWNER,ROLE_BLOG_PUBLISHER,ROLE_BLOG_CONTRIBUTOR,ROLE_BLOG_ADMIN website=http://www.domain.com<EMAIL_ADDRESS>The full set of possible roles is as follows.
- ROLE_BLOG_ADMIN : can administer the Pebble application.
- ROLE_BLOG_OWNER : can configure and customize how the blog works, looks, etc.
- ROLE_BLOG_PUBLISHER : can publish/unpublish blog entries.
- ROLE_BLOG_CONTRIBUTOR : can contribute blog entries and static pages, manage comments, etc.
Adding new users
To add more users, login to Pebble with a user in the ROLE_BLOG_ADMIN role and click the Add user link.
Using another realm
Pebble is distributed with a bespoke security realm implementation that stores user information in the file system, next to the blog data. It is, however, possible to change this and configure Pebble to use another realm implementation, such as one that stores user information in a relational database or LDAP.
In addition to configuring Acegi's authenticationManager
bean, you'll additionally need to
provide an implementation of, and configure the pebbleSecurityRealm
bean. This needs to
implement the net.sourceforge.pebble.security.SecurityRealm
interface, which specifies the various
CRUD operations on the underlying security realm that are required so that user information can be updated
through Pebble's web UI.
Usage of https
From version 2.4 on, pebble honors the setting of a secureUrl (in pebble.properties). If you want to make sure, your password is transmitted only through https and you want to stay in https mode, set this value to an url starting with https:// - pebble will use it for all actions that require login as well as for all urls once you're logged in.


Call for Posters and Demos
K-CAP 2009 will hold combined poster and demonstration sessions. The Poster/Demo Session is an opportunity for presenting late-breaking results, ongoing research projects, and speculative or innovative work in progress. Posters and demos are intended to provide authors and participants with the ability to connect with each other and to engage in discussions about the work. Technical posters, reports on knowledge capture software systems, descriptions of completed work, and work in progress are all welcome. Demonstrations are intended to showcase innovative knowledge capture related implementations and technologies.
A detailed list of suggested topics can be found in the call for papers. Posters and demos are intended to convey a scientific result or work in progress and are not intended as advertisements for software packages.
At least one of the Poster/Demo authors must be a registered participant at the conference, and attend the Poster/Demo Session to present the work. The abstracts for all accepted posters and demos will be published on the conference web site. They will not be included in the formal proceedings.
Important dates
All deadlines are on 11:59PM Hawaii time.
| Poster and demo submissions: | June 15, 2009 |
| Author notifications: | July 5, 2009 |
Poster Submission Guidelines
Poster papers must be submitted electronically through the EasyChair submissions website.
Microsoft Word users please prepare your paper using the K-CAP Microsoft Word template. LaTeX users please use the K-CAP class file, sigproc-KCAPsample.tex example template file (please follow the instructions contained within when submitting), sigproc.bib example bibtex file used by sigproc-KCAPsample.tex, and example pdf of sigproc-KCAPsample.tex.
Papers must be no more than 2 unnumbered "US-letter" size pages (including references) using a 10-point Times Roman font for the main body text. All material on each page should fit within a rectangle of 18x23.5 cm (7"x9.25"), centered on the page, beginning 1.9 cm (.75") from the top of the page and ending with 2.54 cm (1") from the bottom. The right and left margins should be 1.9 cm (.75"). The text should be in two 8.45 cm (3.33") columns with a .83 cm (.33") gutter. Specific instructions for titles, headings, graphics and tables appear in the template files.
Papers that violate the guidelines may be rejected without review.


Own Under Night In-Birth Exe:Late[st]? You'll Get a Free Upgrade Next Year
by Ian WalkerPlayers who own Under Night In-Birth Exe:Late[st] will be able to upgrade to Under Night In-Birth Exe:Late[cl-r] for free when the game lands on PlayStation 4 next year. The announcement mentions that there will still be some DLC charges involved, but the balance changes won’t require any additional purchases.


Link to the code: Click here Link to the Report: Click here
Problem Statement:→ Consider a crane that moves along an one-dimensional track. It behaves as a friction-less cart with mass M actuated by an external force F that constitutes the input of the system. There are two loads suspended from cables attached to the crane. The loads have mass m1 and m2, and the lengths of the cables are l1 and l2, respectively. The following figure depicts the crane and associated variables used throughout this project.
Design Procedure: The following steps were followed: → Obtain the equations of motion for the system and the corresponding nonlinear state-space representation. → Obtain the linearized system around the equilibrium point specified by $ x = 0 $ and $ \theta_{1} = \theta_{2} = 0 $. Write the state-space representation of the linearized system. → Obtain conditions on $ M $, $ m_{1} $, $ m_{2} $, $ l_{1} $, $ l_{2} $ for which the linearized system is controllable. → Choose $ M = 1000Kg $, $ m_{1} = m_{2} = 100Kg $, $ l_{1} = 20m $ and $ l_{2} = 10m $. Check that the system is controllable and obtain an LQR controller. Simulate the resulting response to initial conditions when the controller is applied to the linearized system and also to the original nonlinear system. Adjust the parameters of the LQR cost until you obtain a suitable response. Use Lyapunov’s indirect method to certify stability (locally or globally) of the closed-loop system. → Suppose that you can select the following output vectors: $ x(t), (\theta_{1}(t), \theta_{2}(t)), (x(t), \theta_{2}(t)) or(x(t), \theta_{1}(t), \theta_{2}(t)). Determine for which output vectors the linearized system is observable. → Obtain your "best" Luenberger observer for each one of the output vectors for which the system is observable and simulate its response to initial conditions and unit step input. The simulation should be done for the observer applied to both the linearized system and the original nonlinear system. → Design an output feedback controller for your choice of the "smallest" output vector. Use the LQG method and apply the resulting output feedback controller to the original nonlinear system.
Pruthvi Sanghavi, No Rights Reserved 😉


-The Web
-HTML: the main document type of the web
-URLs: How you refer to docs on the web
-HTTP: The protocol that unites the web, that the web runs on.
-Hyperlinks: links betweeen pages
-Web Applications
On web development
Another solid source
-Text content
-Markups: how the content looks or is arranged
-References to other documents
-Links to other pages
br(break) tag: just ends the line
p(paragraph) tag: makes an invisible box
The difference is between both is in rendering only text or another block.
Inline: a, span, em, br, img, strong
Block: div, p, form
Just contain their content, and there's a way to attach styles to them for how they display. Class is CSS which is a separate language for styles and looks of documents and texts.
Pablo Ferrer González
Udacity, Intro to Programming Nanodegree


Marcus Fraser admits Ross County run "isn't the best"
Marcus Fraser is craving an overdue win as Ross County return to action after the international break.
The Staggies are without a win in seven games, although four draws have helped them to sixth place in the Ladbrokes Premiership table.
Ahead of the visit to bottom side St Mirren, the 25-year-old County captain told the Highland club's official YouTube channel that the players are in good shape as the domestic season resumes.
He said: "It's been good. The weather has been a bit cold so we have been inside.
"The sessions have been short and sharp and we have had plenty of small games in to the legs so the boys have enjoyed it.
"The run of results isn't the best we have had so we just know we can do better.
"But there is a group of determined boys in there who know that, they are honest with themselves so everyone knows they can do better.
"You can see that in training sessions and hopefully we can take that into the game."
Fraser scored a last-gasp winner when St Mirren visited Dingwall in September.
However, this time the former Celtic player is simply hoping to get the three points against the Buddies.
He said: "Obviously it is good to chip in with goals, especially in the last minute to get three points. That was brilliant.
"But to be honest I don't care who gets on the scoresheet as long as we hopefully win on the day. If we can do that it will be a great three points.
"Every game against teams around you in the league is so important.
"We know that going down there is going to be a tough test. But we know that we want the three points and if we turn up and play well then I think that is possible."
body check tags ::


The project consists of two parts: - Android application - Desktop daemon Android application: The main activity, the activity for adding a new desktop data, the activity for editing a selected desktop data: The desktop daemon controls the sound volume, receives and sends commands to the Android application. Installation: IMPORTANT: The port number 7 used by Echo Protocol should be opened in your firewall. The port and the protocol are used by the Android application for checking the desktop's IP is reachable. - Without building from source: 1.Unpack the downloaded archive 2.Copy the libraries *.so from the local lib directory to the directory /usr/lib (at 64-bit platforms sometimes used /lib64) 3.Run the daemon: - Go to the local directory build - For connecting by Wifi, run the daemon with the parameter wifi and the port number, e.g. ./vol_daemon wifi 5000 For connecting by BlueTooth, run the daemon with the parameter bt, e.g. ./vol_daemon bt To stop the daemon, run the script stop.sh To change the port for connecting by Wifi, stop the daemon and start it with another port or use the GUI program 4.Install the Android application For connecting by Wifi from the application: - Click 'Add new' and add your controlled desktop by its IP and the used port number(see 3.) For connecting by Bluetooth from the application(the desktop and used Android device should be paired by Bluetooth before): - Select your desktop name from the drop list of desktops in the Application - With building from source: see the INSTALL file in the downloaded archive Controlling the desktop daemon by GUI program: The program should be run in the same directory with the daemon program Connected IP is the IP of the connected Android device. Port is the port number for connecting daemon and the Android device. IMPORTANT: For Wifi connection: the used port should be opened in your firewall For Bluetooth connection: the desktop and the Android device should be paired by Bluetooth Source code documentation: - Android application - Desktop daemon
Tested on distributions: - Ubuntu - Fedora - Debian


--- layout: post title: "Save a file you edited in vim without the needed permissions" header-img: "img/vim-permissions/vim-e212.png" permalink: /article/save-file-you-edited-vim-without-needed-permissions/ permalink-disqus: /article/save-file-you-edited-vim-without-needed-permissions author: "Sean Hamlin" categories: - tutorial tags: - linux - vim - permissions - sudo ---
If you have been working on linux for any amount of time, you would at some time experienced the error:
E212: Can't open file for writing
This means essentially you forgot to include the sudo command before opening the file in question.
There have been a number of solutions to this problem, you can choose the solution that works for you.
This is probably what you do now
:q! sudo !!
You have to re-create all changes that you did prior to remembering that you needed to open the file with sudo. Obviously this is less than ideal. It does however teach you a lesson ;)
This solution is one level better than the above solution, but still is not optimal as it involves a temporary file
:w /tmp/hosts.temp :q! sudo mv /tmp/hosts.temp /etc/hosts
This is the top rated solution on www.commandlinefu.com and involves using tee and sudo:
:w !sudo tee %
This solution does have the advantage that it avoids the temporary file in solution 2, it does however force you to remember a command that is quite complex. Fortunately, there is a solution. First edit your .vimrc file
vim ~/.vimrc
Append on the end of the file
ca w!! w !sudo tee "%"
Now the next time you edit a file without the correct priviledges, you can simply
:w!!
Hope this little tutorial helps you out, if you have any other ideas that can help, please leave a comment below
Cheers


| 2 adjustments | Adjustments not to be made | Past treatment |
| The carrying amount of goodwill in the opening IFRS statement of financial position shall be its carrying amount under previous GAAP at the date of transition to IFRS, after these two adjustments. Click the bullet points to find out more. |
|
|
No other adjustments shall be made to the carrying amount of goodwill at the date of transition to IFRS:
For example, the first-time adopter shall not restate the carrying amount of goodwill to:
- exclude in-process research and development acquired in that business combination (unless the related intangible asset would qualify for recognition under IAS 38 in the separate statement of financial position of the acquiree)
- adjust previous amortisation of goodwill
- reverse adjustments to goodwill that IFRS 3 would not permit, but were made under previous GAAP because of adjustments to assets and liabilities between the date of the business combination and the date of transition to IFRS
If the first-time adopter recognised goodwill under previous GAAP as a deduction from equity:
- It shall not recognise that goodwill in its opening IFRS statement of financial position. Furthermore, it shall not transfer that goodwill to the statement of comprehensive income if it disposes of the subsidiary or if the investment in the subsidiary becomes impaired
- Adjustments resulting from the subsequent resolution of a contingency affecting the purchase consideration shall be recognised in retained earnings


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I am an intellectually curious and analytically minded Data Scientist. I have always had a knack for numbers, having majored in math and physics at Hamilton College in 2014. Upon graduation, I moved to Boston to work in actuarial consulting, where I got a taste of large scale data manipulation and statistical modeling. Now I am freshly graduated from General Assembly's full-time Data Science Immersive bootcamp, where I developed my technical expertise and honed my programming skills. I hope to continue my Data Science journey at a forward thinking, technology driven company where I can draw meaningful data conclusions and craft innovation business solutions.
Completed 12 week full-time career accelerator bootcamp in programming, statistics, and data science
Identified and classified pictures of cars using image recognition neural networks running on a virtual machine.
Determined effects of weather on mosquito populations to predict West Nile virus presence and inform pest control strategy
Used natural language processing and web scraping to classify posts and isolate common vocabulary characteristics of online communities on Reddit
Evaluated and modified actuarial risk models to assess effectiveness of assumptions, identify financial and demographic trends, and inform key business decisions of clients
Reconciled client retirement plan participant data to compare actual versus expected outcomes and ensure correctness for future calculations and records
Calculated and verified retirement plan benefits so clients could provide retirees with the compensation they are entitled to
Ensured that calculations and deliverables were prepared in compliance with government regulations, legal contracts, and accounting standards while minimizing expenses for the client
Mentored new hires and interns in Mercer’s buddy program
Tutored Hamilton students in Math, Physics and Economics at Quantitative & Symbolic Reasoning Center in group office hours and private sessions
Completed requirements for an Economics minor. Graduated in 3.5 years
Analyzed, modeled, and visualized nuclear physics experiment data in National Institute of Standards & Technology (NIST) summer research project


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