Preparation time
less than 30 mins
Cooking time
no cooking required
Serves
Serves 4
Mix the sugar, salt and lemon peel together in a small bowl.
Lay the salmon in a shallow dish and sprinkle the marinade over.
Leave to marinate for one hour and then rinse off under cold running water.
Divide the fish into four portions.
Put the olive oil in a large frying pan and heat to 45C/113F using a kitchen thermometer to check. If you don't have a thermometer, place the pan onto the heat, then dip a spoon in after 30 seconds. Feel the spoon to check the heat of the oil – it needs to be just warm. Keep the oil on the heat and keep checking every 30 seconds until the oil feels warm. Add the salmon to the pan, turn off the heat and leave the salmon for about 15-20 minutes.
Set aside to cool, then transfer to a plate and leave in the fridge until ready to serve.
For the mustard sauce, mix all ingredients together in a small bowl and chill until required.
For the cucumber salad, peel the cucumber and slice it into 1cm/½in cubes.
Mix the cucumber with the vinegar, salt, olive oil and mustard in a bowl and set aside to marinate.
Add the dill just before serving.
For the rye croûtons, drizzle the bread slices with olive oil and sprinkle with salt.
Heat a frying pan and fry the rye bread until browned all over. Remove from the heat and transfer to a plate to cool slightly before breaking up into rustic croûtons. Sprinkle with the chopped dill.
Sprinkle the chopped dill over the salmon and serve it with the rye croûtons, mustard sauce, cucumber salad and mixed micro leaves to garnish.


To make this documentation even better, we'd love to receive your feedback and suggestions for improvement!


AWS::SSM::MaintenanceWindow
The AWS::SSM::MaintenanceWindow
resource represents general information about a
Maintenance Window for AWS Systems Manager. Maintenance Windows let you define a schedule
for when to
perform potentially disruptive actions on your instances—such as patching an operating
system (OS), updating drivers, or installing software. Each Maintenance Window has
a schedule, a
duration, a set of registered targets, and a set of registered tasks. For more information,
see
Systems Manager Maintenance
Windows in the AWS Systems Manager User Guide and
CreateMaintenanceWindow in the AWS Systems Manager API Reference.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "Type" : "AWS::SSM::MaintenanceWindow", "Properties" : { "Name" :
String
, "Description" :String
, "AllowUnassociatedTargets" :Boolean
, "Schedule" :String
, "Duration" :Integer
, "Cutoff" :Integer
, "StartDate" :String
,, "EndDate" :String
,, "ScheduleTimezone" :String
} }
YAML
Type: "AWS::SSM::MaintenanceWindow" Properties: Name:
String
Description:String
AllowUnassociatedTargets:Boolean
Schedule:String
Duration:Integer
Cutoff:Integer
StartDate:String
EndDate:String
ScheduleTimezone:String
Properties
Name
-
The name of the Maintenance Window.
Required: Yes
Type: String
Update requires: No interruption
Description
-
A description of the Maintenance Window.
Required: No
Type: String
Update requires: No interruption
AllowUnassociatedTargets
-
Enables a Maintenance Window task to execute on managed instances, even if you haven't registered those instances as targets. If this is enabled, then you must specify the unregistered instances (by instance ID) when you register a task with the Maintenance Window.
Required: Yes
Type: Boolean
Update requires: No interruption
Schedule
-
The schedule of the Maintenance Window in the form of a cron or rate expression.
Required: Yes
Type: String
Update requires: No interruption
Duration
-
The duration of the Maintenance Window in hours.
Required: Yes
Type: Integer
Update requires: No interruption
Cutoff
-
The number of hours before the end of the Maintenance Window that Systems Manager stops scheduling new tasks for execution.
Required: Yes
Type: Integer
Update requires: No interruption
StartDate
-
The date and time, in ISO-8601 Extended format, for when you want the Maintenance Window to become active. StartDate allows you to delay activation of the Maintenance Window until the specified future date.
Required: No
Type: String
Update requires: No interruption
EndDate
-
The date and time, in ISO-8601 Extended format, for when you want the Maintenance Window to become inactive. EndDate allows you to set a date and time in the future when the Maintenance Window will no longer run.
Required: No
Type: String
Update requires: No interruption
ScheduleTimezone
-
The time zone that the scheduled Maintenance Window executions are based on, in Internet Assigned Numbers Authority (IANA) format. For example: "America/Los_Angeles", "etc/UTC", or "Asia/Seoul". For more information, see the Time Zone Database on the IANA website.
Required: No
Type: String
Update requires: No interruption
Return Values
Ref
When you pass the logical ID of an AWS::SSM::MaintenanceWindow
resource to
the intrinsic Ref
function, the function returns the maintenance window ID,
such as mw-abcde1234567890yz
.
For more information about using the Ref
function, see Ref.
See Also
-
CreateMaintenanceWindow in the AWS Systems Manager API Reference


When the user clicks on a documents of type link, a new tab is opened taking the user to the URL specified below.
When the user clicks on a Markdown document, the text is retrieved, formatted, and displayed below the list of documents.
When the user clicks on a Text document, the text is retrieved and displayed below the list of documents.


Home
Products
Products
Printers, Scanners & Copier
Spare Parts & Accessories
Toner & Ink
More Items
More Items
3 Printers & Filament
Paper
About
About us


This project uses the P5JS library for graphics and the interactive components you see here. Its open source and can be viewed at https://github.com/andrewevans0102/halloween-javascript. The pumpkin was orignally based on a prcessing sketch here . Contact me on Twitter at @AndrewEvans0102


WebAssembly has a text format and a binary format. This demo converts from the text format to the binary format.
Enter WebAssembly text in the textarea on the left. The right side will either show an error, or will show a log with a description of the generated binary file.


Describes layout and relationships for "artist" database table, containing artist information from Rate Your Music.
If group is still active/solo performer is alive
Primary Key
nullable
Generated using TypeDoc
Describes layout and relationships for "artist" database table, containing artist information from Rate Your Music.


Creetown Gala organisers appeal for new committee members to save century-old festival
Chairman Robert C Ross has warned the event could disappear if more helpers don't come forward
by Stephen NorrisCreetown Gala is in the last chance saloon, the committee behind the event has warned.
The blunt message from chairman Robert C Ross comes days before the gala’s AGM in the Waverley Hall at 7pm on Tuesday.
Mr Ross is appealing for more people to help run the week-long community celebration. And he fears that if his plea fails the century-old festival could disappear forever.
He said: “Hopefully we will get a good turnout. We really need a good committee of half a dozen. I would appeal to anyone interested to come along.
“Ideally we will get some younger people involved.
“If there’s no committee made on the night I don’t know what’s going to happen.
"We can only keep our fingers crossed – nobody wants to see Creetown Gala folding.”


present here just for browser client to have a place to navigate to on opening a tab in the current domain


The 'list-style-type' property allows you to control the shape or style of a bullet point. It can only be used on 'ol', 'ul', and 'li' elements and can be set eaual to
Images can be used in place of bullet points in unordered lists with the 'list-style-image: url()' property.
All of the previous properties can be listed in shorthand with the 'list-style' property
Many of the previously used properties from boxes can be applied to table elements in order to make them more readable. Its suggested to give cells padding, distinguish headings by making them bolder or underlining them, aligning numerals to the right, shading alternate rows, and more
| Author | Title | Reserve Price | Current Bid |
|---|---|---|---|
| E.E. Cummings | Tulips & Chimneys | $2,000.00 | $2,642.50 |
| Charles d'Orleans | Poemes | $5,866.00 | |
| T.S. Eliot | Poems 1909 - 1925 | $1,250.00 | $8,499.35 |
| Sylvia Plath | The Colossus | $1031.72 |
Just like tables, text inputs can also be modified. Properties like 'font-size', 'color', 'background-color', 'border','border-radius', and 'background-image' can all be used to make text input more user friendly. the same properties can also be used to make submit buttons, fieldsets, and legends better looking.
Elements can be specified to have different cursors with the 'cursor' property. All the paragraphs in the document have a crosshair cursor and every where else on the page is specified to have a nyancat cursor.


Previously Rong’s post and Ben’s post show that (noisy) gradient descent can converge to local minimum of a non-convex function, and in (large) polynomial time (Ge et al.’15). This post describes a simple framework that can sometimes be used to design/analyse algorithms that can quickly reach an approximate global optimum of the nonconvex function. The framework —which was used to analyse alternating minimization algorithms for sparse coding in our COLT’15 paper with Ge and Moitra—generalizes many other sufficient conditions for convergence (usually gradient-based) that were formulated in recent papers.
Measuring progress: a simple Lyapunov function
Let $f$ be the function being optimized and suppose the algorithm produces a sequence of candidate solutions $z_1,\dots,z_k,\dots,$ via some update rule
This can be seen as a dynamical system (see Nisheeth’s and Ben’s posts related to dynamical systems). Our goal is to show that this sequence converges to (or gets close to) a target point $z^* $, which is a global optimum of $f$. Of course, the algorithm doesn’t know $z^*$.
To design a framework for proving convergence it helps to indulge in daydreaming/wishful thinking: what property would we like the updates to have, to simplify our job?
A natural idea is to define a Lyapunov function $V(z)$ and show that: (i) $V(z_k)$ decreases to $0$ (at a certain speed) as $k\rightarrow \infty$; (ii) when $V(z)$ is close to $0$, then $z$ is close to $z^* $. (Aside: One can imagine more complicated ways of proving convergence, e.g., show $V(z_k)$ ultimately goes to $0$ even though it doesn’t decrease in every step. Nesterov’s acceleration method uses such a progress measure.)
Consider possibly the most trivial Lyapunov function, the (squared) distance to the target point, $V(z) = |z-z^*|^2$. This is also used in the standard convergence proof for convex functions, since moving in the opposite direction to the gradient can be shown to reduce this measure $V()$.
Even when the function is nonconvex, there always exist update directions that reduce this $V()$ (though finding them may not be easy). Simple algebraic manipulation shows that when the learning rate $\eta$ is small enough, then for $V(z_{k+1}) \le V(z_k)$, it is necessary and sufficient to have $\langle g_k, z_k-z^* \rangle \ge 0$.
As illustrated in the figure on the left, $z^* - z_k$ is the ideal direction that we desire to move to, and $-g_k$ is the direction that we actually move to. To establish convergence, it suffices to verify that the direction of movement is positively correlated with the desired direction.
To get quantitative bounds on running time, we need to ensure that $V(z_k)$ not only decreases, but does so rapidly. The next condition formalizes this: intuitively speaking it says that $-g_k$ and $z^*-z_k$ make an angle strictly less than 90 degrees.
Correlation Condition: The direction $g_k$ is $(\alpha,\beta,\epsilon_k)$-correlated with $ z^* $ if
This may look familiar to experts in convex optimization: as a special case if we make the update direction $g_k$ stand for the (negative) gradient, then the condition yields familiar notions such as strong convexity and smoothness. But the condition allows $g_k$ to not be the gradient, and in addition, allows the error term $\epsilon_k$, which is necessary in some applications to accommodate non-convexity and/or statistical error.
If the algorithm can at each step find such update directions, then the familiar convergence proof of convex optimization can be modified to show rapid convergence here as well, except the convergence is approximate, to some point in the neighborhood of $z^*$.
Theorem: Suppose $g_k$ satisfies the Correlation Condition above for every $k$, then with learning rate $\eta \le 2\beta$, we have
Comparison with related conditions
As mentioned, the “wishful thinking” approach has been used to identify other conditions under which specific nonconvex optimizations can be carried out to near-optimality: (JNS’13, Hardt’14, BWY’14, CLS’15, AGMM’15, SL’15, CC’15, ZWL’15). All of these can be seen as some weakening of convexity (with the exception of the analysis for matrix completion in Hardt’14 which views the updates as noisy power method).
Our condition appears to contain most if not all of these as special cases.
Often the update direction $g_k$ in these papers is related to the gradient. For example using the gradient instead of $g_k$ in our correlation condition turns it into the “regularity condition” proposed by CLS’15 for analyzing Wirtinger flow algorithm for phase retrieval. The gradient stability condition in BWY’14 is also a special case, where $g_k$ is required to be close enough to $\nabla h(z_k)$ for some convex $h$ such that $z^* $ is the optimum of $h$. Then since $\nabla h(z_k)$ has angle < 90 degrees with $z_k-z^*$ (which follows from convexity of $h$), it implies that $g_k$ also does.
The advantage of our framework is that it encourages one to think of algorithms where $g_k$ is not the gradient. Thus applying the framework doesn’t require understanding the behavior of the gradient on the entire landscape of the objective function; instead, one needs to understand the update direction (which is under the algorithm designer’s control) at the sequence of points actually encountered while running the algorithm.
This slight change of perspective may be powerful.
Application to Sparse Coding
A particularly useful situation for applying the framework above is where the objective function has two sets of arguments and it is feasible to optimize one set after fixing the other –leading to the familiar alternating minimization heuristic. Such algorithms are a good example of how one may try to do local-improvement without explicitly following the (full) gradient. As mentioned, our framework was used to analyse such alternating minimization for sparse coding.
In sparse coding, we are given a set of examples $Y = [y_1,\dots, y_N]\in \mathbb{R}^{d\times N}$, and are asked to find an over-complete basis $A = [a_1,\dots,a_m]$ (where “overcomplete” refers to the setting $m > d$) so that each example $y_j$ can be expressed as a sparse linear combination of $a_i$’s. Therefore, the natural optimization problem with squared loss is that
Here both the objective and the constraint set are not convex. One could consider using $\ell_1$ regularization as a surrogate for sparsity, but the trouble will be that the regularization is neither smooth or strongly convex, and the standard techniques for dealing with $\ell_1$ penalty term in convex optimization cannot be easily applied due to non-convexity.
The standard alternating minimization algorithm (a close variant of the one proposed by Olshausen and Field 1997 as a neurally plausible explanation for V1, the human primary visual cortex) is as follows:
Here update for $X$ is the projection pursuit algorithm in sparse recovery (see Elad’10 for background), which is supposed to give an approximation of the best fit for $X$ given the current $A$.
Sometimes alternating minimization algorithms need careful initialization, but in practice here it suffices to initialize $A_0$ using a random sample of datapoints $y_i$’s.
However, it remains an open problem to analyse convergence using such random initialization; our analysis uses a special starting point $A_0$ found using spectral methods.
Applying our framework
At first glance, the mysterious aspect of our framework was how the algorithm can find an update direction correlating with $z_k -z^* $, without knowing $z^* $? In context of sparse coding, this comes about as follows: if we assume a probabilistic generative model for the observed data (namely, it was generated using some ground-truth sparse coding) then the alternating minimization automatically comes up with such update directions!
Specifically, we will assume that the data points $y_i$’s are generated using some ground truth dictionary $A^* $ using some ground truth $X^* $ whose columns are iid draws from some suitable distribution. (One needs to assume some conditions on $A^* , X^* $, which are not important in the sketch below.) Note that the entries within each column of $X^* $ are not mutually independent, otherwise the problem would be Independent Component Analysis.
In line with our framework, we consider the Lyapunov function $V(A) = |A-A^* |_F^2$. Here the Frobenius norm $|\cdot|_F$ is also the Euclidean norm of the vectorized version of the matrix. Then our framework implies that to show quick convergence it suffices to verify the following (for some $\alpha,\beta > 0$) for the update direction $G_k$:
In AGMM’15 we showed that under certain assumption on the true dictionary $A^* $ and the true coefficient $X^* $, the above inequality is indeed true with small $\epsilon_k$ and some constant $\alpha,\beta > 0$. The proof is a bit technical but reasonable — the partial gradient $\frac{\partial f}{\partial A}$ has a simple form and therefore $G_k$ has a closed form in $A_k$ and $Y$. Therefore, it boils down to plugging in the form of $G_k$ into the equation above and simplifying it appropriately. (One also needs the fact that the starting $A_0$ obtained using spectral methods is somewhat close to $A^* $.)
We hope others will use our framework to analyse other nonconvex problems!
(Aside: We hope that readers will leave comments if they know of other frameworks for proving convergence that are not subcases of the above framework.)


Webpack Boilerplate
Use for HTML, CSS, and JavaScript Projects
Build with Lodash, Sass, and ES6 Modules


LCU-Starter-App is an Angular Application built and customized by the lcu-cli - a implementation of the Angular CLI by Fathym.
This starter application provides the baseline library and application structure giving developers the freedom to rapidly create data-driven applications. It is the first step in Fathym's best practice workflow to build custom Low-Code Units (LCUs) tailored to your business requirements.
Read through our Documentation to get started on building your very own Low-Code Unit™!


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Sshhhh, the Istio service mesh is still under wraps. Don't tell anyone!
Come to GlueCon on May 24th to learn all about Istio!


The Solar Swiftem is designed to be a fun and unique way to teach children aged 11-13 how to use the language Swift in order to build their own apps for iPhone and iPad.
We feel that there are not enough tutorials out there that allow children to make their own applications for iPhone and iPad. Therefore, we have decided to make a series of tutorial videos which guide you through the steps needed to make an app which you can download straight onto your phone or tablet. We will start by taking you through a series of Planets teaching you the basic programming concepts, before showing you how you can put all of this knowledge together in order to make your app.
We are a team of four members - Matt Policane, Nadia Mahgerefteh, Jay Jeyaruben and Stars Momodu. We are all first year Computer Science students at University College London and are passionate about getting children to start coding from a younger age as it is more and more important these days.


-
Better Homes and Gardens
by Kay Gabriel on July 24, 2017
i. Scene or Posture
we are the bitches of Avenue X
most of us are dead anyways or drove home
there were Reward Miles involved
butted lines at concert, that kind of thing
weavers of failed delivery sexts, fishers of drive
c’mere and founder on the shoals kind of thing
a suspenseful clutch of talent, who knew?
mature would be ignore it
go home at noon like 4:50
sleep it off at the altar of the not totally unfortunate looking
any wad that gums it up
it’s yours for blowing, like
have you ever been punk?
it goes like this:ii.  Was it grace waiting all night at a keyboard
for an unmentionable chord, was it kinder to be 40?
From her perch reciting: Homer calls it
atrugetoio the sea, unyielding
a barren downy bed, a nymph’s mucosal hug
Oh, baby girl. Your princess, etc. Find another row to hoe another.iii. les neiges de J/O, New Jersey
Wake up in the 90’s like you crashed
the walking tour of the decade’s tallest
girlfriends and their driveways
& broke up the band
the names are still kinda special
they’re all burnout
vegetarians or you get the idea
bam!
they’re hot and you’re naked
Everyone looks good here
you could be a +1
-
Altar and Mermaid, No. 13
by Christine Stoddard on July 20, 2017
-
Peut être
by Savannah Hicks on July 20, 2017
My boy wears grease that
smells like cinnamon in his hair.
It lingers on the pillows
and I don’t want to forget that.There aren’t any squash in the garden but
the blooms sure look pretty
like springtime tender
even in the eleventh month.When there is rose
lemonade at the market
and when there are curbsides
bathed in sunlight,
maybe.


libs: - d3 - domtree
The backbone of an HTML document is tags.
According to the Document Object Model (DOM), every HTML tag is an object. Nested tags are “children” of the enclosing one. The text inside a tag is an object as well.
All these objects are accessible using JavaScript, and we can use them to modify the page.
For example, document.body
is the object representing the
tag.
Running this code will make the
red for 3 seconds:
```js run document.body.style.background = ‘red’; // make the background red
setTimeout(() => document.body.style.background = ’’, 3000); // return back ```
Here we used style.background
to change the background color of document.body
, but there are many other properties, such as:
innerHTML
– HTML contents of the node.offsetWidth
– the node width (in pixels)Soon we’ll learn more ways to manipulate the DOM, but first we need to know about its structure.
Let’s start with the following simple document:
html run no-beautify <!DOCTYPE HTML>   <title>About elk</title>   The truth about elk.
The DOM represents HTML as a tree structure of tags. Here’s how it looks:
On the picture above, you can click on element nodes and their children will open/collapse.
Every tree node is an object.
Tags are element nodes (or just elements) and form the tree structure:
is at the root, then
and
are its children, etc.
The text inside elements forms text nodes, labelled as #text
. A text node contains only a string. It may not have children and is always a leaf of the tree.
For instance, the <title>
tag has the text "About elk"
.
Please note the special characters in text nodes:
↵
(in JavaScript known as \n
)␣
Spaces and newlines are totally valid characters, like letters and digits. They form text nodes and become a part of the DOM. So, for instance, in the example above the
tag contains some spaces before <title>
, and that text becomes a #text
node (it contains a newline and some spaces only).
There are only two top-level exclusions: 1. Spaces and newlines before
are ignored for historical reasons. 2. If we put something after
, then that is automatically moved inside the body
, at the end, as the HTML spec requires that all content must be inside
. So there can’t be any spaces after
.
In other cases everything’s straightforward – if there are spaces (just like any character) in the document, then they become text nodes in the DOM, and if we remove them, then there won’t be any.
Here are no space-only text nodes:
html no-beautify <!DOCTYPE HTML> <title>About elk</title>The truth about elk.
```smart header=“Spaces at string start/end and space-only text nodes are usually hidden in tools” Browser tools (to be covered soon) that work with DOM usually do not show spaces at the start/end of the text and empty text nodes (line-breaks) between tags.
Developer tools save screen space this way.
On further DOM pictures we’ll sometimes omit them when they are irrelevant. Such spaces usually do not affect how the document is displayed. ```
If the browser encounters malformed HTML, it automatically corrects it when making the DOM.
For instance, the top tag is always
. Even if it doesn’t exist in the document, it will exist in the DOM, because the browser will create it. The same goes for
.
As an example, if the HTML file is the single word "Hello"
, the browser will wrap it into
and
, and add the required
, and the DOM will be:
While generating the DOM, browsers automatically process errors in the document, close tags and so on.
A document with unclosed tags:
html no-beautify
Hello
Mom
and
Dad
…will become a normal DOM as the browser reads tags and restores the missing parts:
warn header="Tables always have
" An interesting "special case" is tables. By DOM specification they must have
tag, but HTML text may omit it. Then the browser creates
` in the DOM automatically.
For the HTML:
html no-beautify

1

You see? The

appeared out of nowhere. We should keep this in mind while working with tables to avoid surprises. ````
There are some other node types besides elements and text nodes.
For example, comments:
<!DOCTYPE HTML>

The truth about elk.

An elk is a smart

*!*

*/!*

...and cunning animal!

We can see here a new tree node type – comment node, labeled as #comment
, between two text nodes.
We may think – why is a comment added to the DOM? It doesn’t affect the visual representation in any way. But there’s a rule – if something’s in HTML, then it also must be in the DOM tree.
Everything in HTML, even comments, becomes a part of the DOM.
Even the <!DOCTYPE...>
directive at the very beginning of HTML is also a DOM node. It’s in the DOM tree right before
. Few people know about that. We are not going to touch that node, we even don’t draw it on diagrams, but it’s there.
The document
object that represents the whole document is, formally, a DOM node as well.
There are 12 node types. In practice we usually work with 4 of them:
document
– the “entry point” into DOM.To see the DOM structure in real-time, try Live DOM Viewer. Just type in the document, and it will show up as a DOM at an instant.
Another way to explore the DOM is to use the browser developer tools. Actually, that’s what we use when developing.
To do so, open the web page elk.html, turn on the browser developer tools and switch to the Elements tab.
It should look like this:
You can see the DOM, click on elements, see their details and so on.
Please note that the DOM structure in developer tools is simplified. Text nodes are shown just as text. And there are no “blank” (space only) text nodes at all. That’s fine, because most of the time we are interested in element nodes.
Clicking the button in the left-upper corner allows us to choose a node from the webpage using a mouse (or other pointer devices) and “inspect” it (scroll to it in the Elements tab). This works great when we have a huge HTML page (and corresponding huge DOM) and would like to see the place of a particular element in it.
Another way to do it would be just right-clicking on a webpage and selecting “Inspect” in the context menu.
At the right part of the tools there are the following subtabs: - Styles – we can see CSS applied to the current element rule by rule, including built-in rules (gray). Almost everything can be edited in-place, including the dimensions/margins/paddings of the box below. - Computed – to see CSS applied to the element by property: for each property we can see a rule that gives it (including CSS inheritance and such). - Event Listeners – to see event listeners attached to DOM elements (we’ll cover them in the next part of the tutorial). - …and so on.
The best way to study them is to click around. Most values are editable in-place.
As we work the DOM, we also may want to apply JavaScript to it. Like: get a node and run some code to modify it, to see the result. Here are few tips to travel between the Elements tab and the console.
For the start:

in the Elements tab.key:Esc
– it will open console right below the Elements tab.Now the last selected element is available as $0
, the previously selected is $1
etc.
We can run commands on them. For instance, $0.style.background = 'red'
makes the selected list item red, like this:
That’s how to get a node from Elements in Console.
There’s also a road back. If there’s a variable referencing a DOM node, then we can use the command inspect(node)
in Console to see it in the Elements pane.
Or we can just output the DOM node in the console and explore “in-place”, like document.body
below:
That’s for debugging purposes of course. From the next chapter on we’ll access and modify DOM using JavaScript.
The browser developer tools are a great help in development: we can explore the DOM, try things and see what goes wrong.
An HTML/XML document is represented inside the browser as the DOM tree.
We can use developer tools to inspect DOM and modify it manually.
Here we covered the basics, the most used and important actions to start with. There’s an extensive documentation about Chrome Developer Tools at https://developers.google.com/web/tools/chrome-devtools. The best way to learn the tools is to click here and there, read menus: most options are obvious. Later, when you know them in general, read the docs and pick up the rest.
DOM nodes have properties and methods that allow us to travel between them, modify them, move around the page, and more. We’ll get down to them in the next chapters.


The Cubes
This website allows you to mess around with these rotating cubes and make them move.Made with Three.js and Tweakpane
Play around with the options in the top right for some cool results


Understanding audiences
They instinctively understand audiences…
They simply understand high level audiences. They get how senior people think, how they react, and how they engage. This means they can devise creative solutions that are perfectly targeted to get the right results.


Situated on the souther shore of the 25 mile wide entrance to the Solway Firth, Whitehaven is one of the more accessible ports of refuge in NW England. It affords a safe entry in most weathers.
On entering the outer harbour, the marina is entered through the lock straight ahead.
Harbour Master
Tel:+44(0)1946 692435
Last updated April 2016.


Pet Me!
Want to adopt a pet or need to rehome a dog or cat?
Here we can help!
Add New Pet
Add
Find a new friend from here:
Buddies with a new home:


Cool, now I need a little bit of information
Tell me your name
How long does the game need to be?
5 min
10 min
15 min
Create game


Lemoneda
Lemoneda is an anonymous social network for high school students. After a very successful run of CraneShout.com (a similar site especially for Cranbrook Kingswood students), I've lead the same team to expand out services to nearby schools. On Lemoneda, students can freely share their thoughts, ideas, confessions, discuss topics, and get advice.
Segment
Bored during summer break, I've decided to make a game. To get into iOS and Android development, I wanted to try developing something for mobile. The result is Segment - a near perfect clone of the IGF Winner Perfection. The entire game was programmed within a week, and I've learned a lot about mobile development through the process.
moon.chase.star
moon.chase.star was the game I've developed after the lessons I've learned from Round & Round. Although I've never finished Round & Round, I took a lot of the gameplay concepts and simplified the overall game, from a full-blown 3D game to a simple 2D platformer, flashy graphics to a black and white tone, and so on. I've been able to complete the game within three months, and was successfully published through Desura.
CheckUp
CheckUp is a intelligent building management platform I've participated in during the internship at Popcorn5 Inc. The service aims to simplify the process of building inspection and maintenance, while providing useful analytical insights, leading to efficient decisions on building evaluation. I've been assigned to frontend development team, where I worked on building their administration backend with AngularJS.
Round & Round
Round & Round was my first attempt at creating a video game. Having just learned C++, I purchased a copy of Leadwerks and started working on a ball-rolling puzzle game. Although it was over-ambitious for my first attempt, I've learned various lessons through the process of developing the video game - from various programming techniques and know-hows to project management, goal settings, and work scheduling.


Translating Jim’s Matlab code.
Adapted for Octave.
R version.
Document review:
Chapter 04_Sanchirico_Final.pdf
SanchiricoOptimalSpace_JEEM.pdf (Sanchirico & Wilen, 2005)
Optimal_Rebuilding_AJAE2010.pdf, Optimal_Rebuilding_Supp_Material.pdf (Sanchirico et. al. 2010)
Sanchirico_editsembedded.pdf: Book Chapter 1: Economically Optimal Management of a Metapopulation
Reviewing Bett’s Practical Methods for Optimal Control using Nonlinear Programming. (( Practical Methods for Optimal Control and Estimation Using Nonlinear Programming, Second Edition (Advances in Design and Control) John T. Betts (2009) Society for Industrial & Applied Mathematics p. 448))
Basics
Newton’s Method:
in solving roots (constraint), Jacobian. (secant methods)
in solving (unconstrained) optimization, Hessian
Equality-constrained Optimization:
Lagrangian multipliers -> optimization. Hessian of Lagrangian, gives KTT system:
\[ \begin{pmatrix} H_L & G^T \\ G & 0 \end{pmatrix} = \pmatrix{ - p \\ \bar \lambda} = \pmatrix{ g\\ c } \]
Newton’s. Estimating Jacobian/Hessian by Quasi-Newton (Secant) approach. e.g. BFGS update.
Inequality-Constrained Optimization:
define Active set \(\mathcal A\) of constraints. if \(c_i(x) \geq 0\) then active when \(\lambda_i^* \geq 0\), e.g. active for \(i \in \mathcal{A}\). If in the active set, can treat as equality, otherwise constraint is removed from Lagrangian.
Quadratic Programming:
If we have
quadratic objective \(F(x) = g^T x + \frac{1}{2} x^T H x\), \(H\) positive-definite. (\(H = 0\) becomes a LP problem).
linear constraints \(Ax = a, Bx \geq b\)
An active set algorithm:
Newton-minimize the active set Lagrangian (as equalities).
Take the largest step in direction \(p\) that doesn’t violate the inactive set. (step size \(\alpha < 1\) in \(\bar x = x + \alpha p\)
If the step is restricted by inactive set, add to active set and repeat.
Globalization strategies
Merit function (just use F? use quadratic penalty?) decides if method is “working”
Line-search method: what to do when step doesn’t improve merit function.
Trust-region methods
Filters
Nonlinear Programming
minimize objective \(F(x)\) subject to \(m\) constraints \(c_L \leq c(x) \leq c_U\) and the simple bounds \(x_L \leq x \leq x_U\) .
Make quadratic from Taylor approximation to Lagrangian and solve this.
Introduce merit function
What can go wrong
Infeasible constraints
Rank-deficient constraints
Constraint redundancy (confuses the active set definition)
Discontinuities
Scaling
Scale variables appropriately, same range, magnitude, etc. Typically automated in a good algorithm.
Large, Sparse, NLP
(This is a direct approach. Indirect methods reformulate as a boundary value problem by the Hamiltonian and solve that instead (via shooting, etc).
Finite-Horizon Optimal Control Problems
On to collocation solutions to boundary value problems. Switching to:
Judd, K. L. (1998). Numerical Methods in Economics. The MIT Press. Retrieved from https://www.amazon.com/Numerical-Methods-Economics-Kenneth-Judd/dp/0262100711
\[\max_u \int_O^T e^{\rho t} \pi(x,u,t) dt + W(x(T)) \]
s.t. \(\dot x = f(x,u,t)\)
\(x(0) = x_0\)
Where we have:
\(n\) state variables \(x \in R^n\),
\(m\) controls \(u \in R^m\),
a discount rate \(\rho\),
a rate of payoff \(\pi(x,u,t) : R^n \times R^m \times R \to R\), (a.k.a. the utility function)
\(W(x(T))\), a value of the terminal state, (or otherwise this is 0, and we have terminal condition \(x(T) = x^T\)
and \(f\) the law of motion (biology).
We can define the current-value Hamiltonian:
\[ H(x, u, \lambda, t) = \pi(x,u,t) + \lambda^T f(x,u,t) \]
where \(\lambda \in R^n\) are shadow prices for \(x\), subject to the costate equations:
\[ \dot \lambda = \rho \lambda - (\partial_x \pi + \lambda^T \partial_x f ) \]
(e.g. the costate equation is $ = -_x H $. Why? Proof?)
and then the maximum principle implies that we get the optimal control (time-dependent values for parameters) by:
\[ u(t) \in \arg \max_u H(x,u, \lambda, t) \]
If \(H\) is \(C^2\) and concave in \(u\), there’s a unique solution \(U(x,\lambda,t)\), given by first-order condition
\(0 = \partial_u H(x, U(x,\lambda,t), \lambda, t)\)
which satisfies the costate equation, the law of motion, and the boundary value problem.
References
Sanchirico J and Wilen J (2005). “Optimal Spatial Management of Renewable Resources: Matching Policy Scope to Ecosystem Scale.” Journal of Environmental Economics And Management, 50. ISSN 00950696, https://dx.doi.org/10.1016/j.jeem.2004.11.001.
Sanchirico J, Wilen J and Coleman C (2010). “Optimal Rebuilding of A Metapopulation.” American Journal of Agricultural Economics, 92. ISSN 0002-9092, https://dx.doi.org/10.1093/ajae/aaq045.


InProgress
) and returns an InProgressBuilder
for
that transaction.InProgress
) and returns an EntityBuilder
for the
entity with `entid` for that transaction.InProgress
) and returns an EntityBuilder
for a new
entity with `tempId` for that transaction.


Below are interactive maps showing the occupational employment statistics of geoscientists as of May 2018. "Geoscientists" here refers to mineralogists, crystallographers, paleontologists, stratigraphers, geophysicists, oceanographers, climatologists, geodesists, and seismologists.However, geographers and hydrologists are not among the list.
According to these data, Texas, California, Colorado, Pennsylvania and Oklahoma are states with highest employment level of geoscientists, while Alaska and Wyoming also have high concentrations of jobs related to geosciences. Louisiana and Hawaii are also among top paying states for geoscience-related jobs


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In order for slaves to sync correctly, a different client workspace needs to be used for each. This box configures the client name that is used for the slaves. Be sure to read the important notes for the client name field in the configuration above.
Supported tokens are:
The recommended default value is "${basename}-${hash}" (without quotes).
When set to the default ${basename} is used, and this also enables polling to occur on the master
This allows polling to occur without the last slave to be online


Model Arrow defines an arrow that is dynamically visualized at the defined location (see variables below).
The variables under heading Parameters below are declared as (time varying) input variables. If the default equation is not appropriate, a corresponding modifier equation has to be provided in the model where an Arrow instance is used, e.g., in the form
Visualizers.Advanced.Arrow arrow(diameter = sin(time));
Variable color is an Integer vector with 3 elements, {r, g, b}, and specifies the color of the shape. {r,g,b} are the "red", "green" and "blue" color parts. Note, r g, b are given in the range 0 .. 255. The predefined type MultiBody.Types.Color contains a menu definition of the colors used in the MultiBody library (will be replaced by a color editor).


13 December 1996
Disease Outbreak Reported
Rwanda. A total of 106 cases and 10 deaths have been reported since 16 November in Runda transit camp, 20 kms from Kigali. WHO is supporting the Ministry of Health in follow up and close monitoring of diarrhoeal diseases at commune level, particularly among recent returnees.
Zaire. A total of 1133 cases and 23 deaths have occurred in Goma Hospital since 16 November and the local WHO epidemiologist reports that the number of cases has now stabilized.


| ID | Group | Statistic |
|---|---|---|
| Operating System | Microsoft Windows | 116 (75.3) |
| Operating System | macOS | 31 (20.1) |
| Operating System | Chrome OS | 7 (4.5) |
| Operating System version | Windows 8.1 | 55 (35.7) |
| Operating System version | Windows 10 | 54 (35.1) |
| Operating System version | Mac OS X 10.9.5 | 15 (9.7) |
| Operating System version | Mac OS X 10.11.6 | 12 (7.8) |
| Operating System version | Windows 7 | 7 (4.5) |
| Operating System version | Chrome OS 10032.86 | 4 (2.6) |
| Operating System version | Mac OS X 10.12.3 | 3 (1.9) |
| Operating System version | Chrome OS 10032.75 | 2 (1.3) |
| Operating System version | Mac OS X 10.12.5 | 1 (0.7) |
| Operating System version | Chrome OS 10176.68 | 1 (0.7) |
| Browser brand | Chrome | 154 (100.0) |
| Browser version | 63 | 64 (41.6) |
| Browser version | 61 | 30 (19.5) |
| Browser version | 64 | 27 (17.5) |
| Browser version | 62 | 24 (15.6) |
| Browser version | 59 | 9 (5.8) |
| GPU type | integrated | 139 (90.3) |
| GPU type | dedicated | 15 (9.7) |
| GPU model | Intel HD Graphics 4600 | 64 (41.6) |
| GPU model | Intel HD Graphics 620 | 23 (14.9) |
| GPU model | NVIDIA GeForce GTX 780M | 15 (9.7) |
| GPU model | Intel HD Graphics 6000 | 12 (7.8) |
| GPU model | Intel HD Graphics 5500 | 12 (7.8) |
| GPU model | Intel HD Graphics 520 | 9 (5.8) |
| GPU model | Intel HD Graphics | 7 (4.5) |
| GPU model | Intel Haswell Mobile | 7 (4.5) |
| GPU model | Intel Iris Graphics 6100 | 3 (1.9) |
| GPU model | Intel HD Graphics 4000 | 1 (0.7) |
| GPU model | Intel HD Graphics 530 | 1 (0.7) |
| devicePixelRatio | 1.00 | 119 (77.3) |
| devicePixelRatio | 1.25 | 21 (13.6) |
| devicePixelRatio | 1.50 | 9 (5.8) |
| devicePixelRatio | 2.00 | 3 (1.9) |
| devicePixelRatio | 2.50 | 2 (1.3) |
| Display resolution | 1920x1080 | 55 (35.7) |
| Display resolution | 1366x768 | 28 (18.2) |
| Display resolution | 1536x864 | 23 (14.9) |
| Display resolution | 1440x900 | 19 (12.3) |
| Display resolution | 2560x1440 | 15 (9.7) |
| Display resolution | 1280x720 | 9 (5.8) |
| Display resolution | 1280x800 | 4 (2.6) |
| Display resolution | 1280x1024 | 1 (0.7) |
| Webcam message | Success | 154 (100.0) |
| Webcam brand | C922 | 55 (35.7) |
| Webcam brand | FaceTime | 31 (20.1) |
| Webcam brand | HD | 28 (18.2) |
| Webcam brand | EasyCamera | 21 (13.6) |
| Webcam brand | TOSHIBA | 9 (5.8) |
| Webcam brand | Integrated | 8 (5.2) |
| Webcam brand | HP | 2 (1.3) |
| Webcam resolution | 0x0 | 7 (4.5) |
| Webcam resolution | 1280x720 | 4 (2.6) |


Chicago Teachers Union March - 5/23/12
The Chicago Teachers Union held a rally and march on May 23, 2012. I have included my tweets and photos along with a small subset of tweets and pictures from others. Search hashtag #cturally or @ctulocal1 on Twitter, Flickr, etc for much more coverage of the event.
-
RT @WBEZeducation : Teachers are told that the strength of CTU is the only thing in way of Emanuel's reforms. #cturally
-
#cturally happening east of Michigan at Congress. http:// via.me/-1c51tw4 w4
-
How much does putting on a rally like this cost? @CTULocal1 #cturally
-
@shua123 @CTULocal1 less than nato!
-
".. something happened to us... " @CTULocal1 speaking about things happening to them. #cturally
-
"the union makes us strong. " Do @CTULocal1 members not feel strong as individuals? If not, why not? #cturally
-
RT @CatalystChicago : 5:42 march start, singing ramn emanuel isn't listening.
-
Outside crowd waiting for inside crowd to join them. http:// via.me/-1c5n00c 0c
-
Wish @CTULocal1 left a path open on the sidewalk for pedestrians. #cturally http:// via.me/-1c5p6va va
-
. @MartinLRitter now leading the crowd in chants... While standing on center median. #cturally http:// via.me/-1c5zgey ey
-
Teachers don't teach hatred in school. Why does @CTULocal1 accept it? RT @WBEZeducation : Los of hate for Stand for Children at #cturally
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@CTULocal1 missing the rally for summer school training because I care for our kids. #cturally
-
Definite success for @CTULocal1 leadership in getting the crowd. #cturally
-
Hmm, not negotiating then? RT @PoliticalEditor : Lewis gets image union wanted. "Why are we here?" Teachers chant: "Strike. Strike! Strike!"
-
. @CTULocal1 now "negotiating" by chanting "Rahm Emanuel has to go" #cturally (someone correct me if I heard it wrong)
-
Yes - Her sign says "All we want for our kids is what the MAYOR has for his!" #cturally #rahm #teachers http://www. chicagotribune.com/news/local/bre aking/chi-thousands-of-teachers-rally-in-chicago-20120523,0,1314979.story … ibune.com/news/local/breaking/chi-thousands-of-teachers-rally-in-chicago-20120523,0,1314979.story
-
People have been slowly peeling off as the March makes it past @ChiPubSchools hq #cturally
-
See @cbschicago & @abc7chicago trucks over here.
-
RT @CatalystChicago : At mercantile exchange marchers join some occupy people. Jazz band is playing.
-
#cturally march ends at Wabash & Jackson where 2 lines of yellow school buses wait to take back @CTULocal1 members.
-
@shua123 @CTULocal1 was really proud today!!
-
My pictures from today's @CTULocal1 #cturally and march- http:// goo.gl/Pq3y3 and Video- h http:// goo.gl/HjXIb C hChiPubSchools
-
Check out news stories from yesterday's historic rally and march on the CTU blog! http:// fb.me/1nP5zlCo3 o3


Fork me on GitHub
imagehover.css v1.1
A Scaleable & Light Image Hover CSS Library
Imagehover.css is a lovingly crafted CSS library allowing you to easily implement scaleable image hover effects. Choose from over 40 hover effect classes from a CSS library weighing in at a minified size of only 19KB .
The Mark-Up
Once you have included the imagehover.css. Place the following markup in to your HTML document. Edit the URL to your image and add your hover content. Then simply set the imagehover.css class of your choice to the containing figure element. In the example below this has been set to 'imghvr-fade'. A full list of hover effects and their classes can be found below.

// Hover Content

Further information on usage can be found here - https://github.com/ciar4n/imagehover.css
The Classes
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
Hello World
Life is too important to be taken seriously!
License
Imagehover.css is open source, and made available under the MIT License . Distribute, use as-is, or modify to your liking in personal and commercial projects. Please retain the original readme and license files.


| Opcode* | Instruction | Op/En | 64-Bit Mode | Compat/Leg Mode | Description |
|---|---|---|---|---|---|
| 9E | SAHF | NP | Invalid* | Valid | Loads SF, ZF, AF, PF, and CF from AH into EFLAGS register. |
NOTES: * Valid in specific steppings. See Description section.
| Op/En | Operand 1 | Operand 2 | Operand 3 | Operand 4 |
| NP | NA | NA | NA | NA |
Loads the SF, ZF, AF, PF, and CF flags of the EFLAGS register with values from the corresponding bits in the AH register (bits 7, 6, 4, 2, and 0, respectively). Bits 1, 3, and 5 of register AH are ignored; the corresponding reserved bits (1, 3, and 5) in the EFLAGS register remain as shown in the “Operation” section below.
This instruction executes as described above in compatibility mode and legacy mode. It is valid in 64-bit mode only if CPUID.80000001H:ECX.LAHF-SAHF[bit 0] = 1.
IF IA-64 Mode THEN IF CPUID.80000001H.ECX[0] = 1; THEN RFLAGS(SF:ZF:0:AF:0:PF:1:CF) ← AH; ELSE #UD; FI ELSE EFLAGS(SF:ZF:0:AF:0:PF:1:CF) ← AH; FI;
The SF, ZF, AF, PF, and CF flags are loaded with values from the AH register. Bits 1, 3, and 5 of the EFLAGS register are unaffected, with the values remaining 1, 0, and 0, respectively.
None.
None.
None.
None.
| #UD |
If CPUID.80000001H.ECX[0] = 0. If the LOCK prefix is used. |


{% extends "base.html" %} {% block basecontent %}
Time: {{ event.start_at|date:"H:i" }} - {{ event.ended_at|date:"H:i" }}
Date: {{ event.start_at|date:"d M Y" }}
Venue: {{ event.venue|default:"(none)" }}


---
order: 21
title: Adeptus Mechanicus – Knight World
name: House Lakar Knight World Defense Force
forces:
- knight-world
- imperial-navy
using_the_army_list:
|
House Lakar Knight World Defense Force formations come in three types: Knight Households, Support Households and Support Levy. Each Knight Household you include in the army allows you to field one Support Household and one Support Levy.
House Lakar Knight World Defense Force armies may be supported by Imperial Navy aircraft. A maximum of up to a fourth of the points available to the army may be spent on these formations.
The army list includes the following information:
Formation
: The name of the formation.
Units
: The core units that make up the formation.
Extras
: A formation may include any of the extra units listed in the Extras
column. You may include any number of extra units in a formation unless it is specifically noted otherwise. All of the core and extra units in a formation count as being part of one formation. The different units may not move off on their own.
Cost
: The points value of the formation.
special_rules_text:
|
The _Fortified Positions_ rule applies to House Lakar Knight World Defense Force armies (see [_Fortified Positions_](#fortified-positions)).
special_rules:
- bravery
- fortified-positions
---
House Lakar Knight World Defense Force armies have a strategy rating of 2. All formations have an initiative rating of 2+ but Knight Household and Support Household formations receive modifiers (see Bravery).
Knight Households
| Formation |
Units |
Extras |
Cost |
| Knight Household |
Three Knight Paladins |
- Add up to three Knight Paladins for +90 points each
- Replace any number of Knight Paladins with an equal number of Knight Errants for +10 points each
- Add one Seneschal character for +25 points or one Baron per army for +200 points
|
300 points |
Support Households
| (Up to one support household may be fielded per knight household.) |
| Formation |
Units |
Extras |
Cost |
| Custodian Household |
Any three of the following units: Knight Castellan, Knight Crusader |
- Add one Knight Castellan or Knight Crusader for +115 points
- Add one Seneschal character for +25 points
|
375 points |
| Lancer Household |
Three Knight Lancers |
- Add up to three Knight Lancers for +90 points each
- Add one Seneschal character for +25 points or one Baron per army for +200 points
|
300 points |
| Warden Household |
Three Wardens |
- Add up to three Wardens for +85 points each
- Add one Seneschal character for +25 points
|
275 points |
Support Levy
| (Up to one support levy may be fielded per knight household.) |
| Formation |
Units |
Extras |
Cost |
| AA Gun Battery |
Three AA Guns and three Gun Transporters |
Replace three Gun Transporters with three Gun Emplacements for free |
125 points |
| Howitzer Battery |
Three Howitzers and three Gun Transporters |
Replace three Gun Transporters with three Gun Emplacements for free |
175 points |
| Infantry Platoon |
One Levy Command and eight Infantry Levy |
- Add up to four Infantry Levy for +25 points for two
- Add up to three of any of the following units for +25 points each: Rapier, Thudd Gun
- Add up to two Snipers for +25 points each
- Add one Aspirant character for +25 points
- Add up to 52cm of Trench and 52cm of Razor Wire for +50 points
|
175 points |
| Rough Rider Platoon |
Six Rough Riders |
Add one Aspirant character for +25 points |
150 points |
Imperial Navy Aircraft
| (Up to a fourth of the points available may be spent on these formations.) |
| Formation |
Units |
Cost |
| Marauder Squadron |
Two Marauder Bombers |
250 points |
| Thunderbolt Squadron |
Two Thunderbolt Fighters |
150 points |


Gaussian unit is very useful in electrodynamics. Back to two equations used in SI unit system to define some standard units,
where we have the two constants defined as \(k_e = \frac{1}{4\pi \epsilon_0}\) and \(k_m = \frac{\mu_0}{4\pi}\).
The idea of Gaussian unit is as simple as setting \(k_e=1\) and \(k_m=1/c^2\). The consequences are, however,
These two equalities are the most useful ones to help us switch between SI and Gaussian.
A lot of vector analysis equations will be deployed in this subject. The way to quickly prove a vector or tensor relation is to write down the component form, mess with the orders and use some specific relations.
One of the most useful symbol involved is Levi Civita symbol, which has a relation with the Kronecker delta,
As an example, we consider the case \(i=l\), the determinant reduces to
This relation is useful in many situations.
Gaussian integral is
To calculate higher orders we can use parity and derivitives.
\(x^{2n +1}\) are odd function thus
For those \(x^{2n}\) we can use this derivative trick,
There are many ways to understand the pressure produced by light. In classical electrodynamics, we have the momentum current density, electromagnetic stress tensor, surface current density and quantum as the tools.
These are three different levels of the phenomenon.
Momentum current density is
Pressure is force per unit area or momentum change per unit time per unit area. Momentum change, meanwhile, is momentum current density times volume.
To carry out in the language of math, the volume in time \(\Delta t\) and on area \(a\) is given by \(c \delta t a\), where c is the speed of light. Here we used c because we are basically considering the process in vacuum.
Pressure is given by
The next step is to plug in the momentu current density and calculate the difference. Here we calculate an example.
Suppose we have our incident wave normal to the surface of perfect reflection. The wave has
Finally the radiation pressure becomes
On the surface of metal, electromagnetic waves could induce surface current which in return interacts with the magnetic component in the electromagnetic wave thus producing radiation pressure.
Surface current induced is calculated using
in which \(\vec B_2=0\) since it is the magnetic field inside the good conductor.
The force is given by
The average of magnetic field is the key point here. The reason behind this 1/2 factor is that infact only half of the magnetic field outside of the conductor is the original part while the other half is induced by the surface current density however the \(\vec B_1\) includes all the magnetic field outside.
The pressure is
Due to conservation law, we have
which says the energy stress tensor integrated over a close surface on the interface of metal is the change in the momentum of mechanical part and electromagnetic part in total.
By using the monochromatic wave expression we can find the pressure.
© 2017, Lei Ma. | Created with Sphinx and . | On GitHub | Neutrino Notebook Statistical Mechanics Notebook | Index | Page Source


You requested that the password for your Interview scheduler account be reset. Please click the link below to reset your password:
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-- Questions? Comments? Email annapoorani@qxf2.com


Sylvanian Families Pete Little Bear Twins
UK Biography Information
Twin Babies Freddy & Halley Petite's favourite toy is the mobile of the planets hanging over their cot, the first present from their father Patrick.
UK Biography Information
Twin Babies Freddy & Halley Petite's favourite toy is the mobile of the planets hanging over their cot, the first present from their father Patrick.


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A friend of mine just sent me the link: HTML 5 Readiness.
Check it out - it shows browsers support for HTML5.
As always Internet Explorer is far behind. Chrome is doing very, very well.
And one more link (not really related) for myself as a note: visual time zone representation.


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Step 1 of 1
Provide a Name to identify your Scenario
Optionally, you may add a Description
If you have a shapefile of your scenario, add it here:
If you do not have a shapefile, please add closures/reopenings to your proposal from the 'Drawings' section of this tool.
submit


I am a PhD student at Criteo AI Labs and LTCI lab at TélécomParisTech in Paris, France. My research namely focus on derivative free optimization and learning from bandit feedback. Recently, I have focused mostly on structural bandits.
Recent activity
- (25/12/2021) I am moving my personal website here. I will no longer maintain this one.
- (11/10/2021) I defended my PhD thesis, called "Variance-Sensitive Confidence Intervals for Parametric and Offline Bandits". You can find the manuscript here and the slides here.
- (01/04/2021) Our paper "Instance-Wise Minimax-Optimal Algorithms for Logistic Bandits" was accepted for oral presentation at AISTATS. Check out the slides here.
- (22/12/2020) Two papers accepted at AISTATS21: "Instance-Wise Minimax-Optimal Algorithms for Logistic Bandits" and "Self-Concordant Analysis of Generalized Linear Bandits with Forgetting".
- (22/12/2020) One paper accepted at ALT21: "Optimal Regret Bounds for Generalized Linear Bandits under Parameter Drift".
- (27/10/2020) New preprint "Instance-Wise Minimax-Optimal Algorithms for Logistic Bandits". Check it out here!
- (17/09/2020) We will present some recent work on distributional robustness for learning offline contextual bandits at the REVEAL workshop of RecSys'20. Check it out here!
- (01/06/2020) Our paper "Improved Optimistic Algorithms for Logistic Bandits" got accepted at ICML'20.
- (27/02/2020) New preprint "Improved Optimistic Algorithms for Logistic Bandits", presenting a new non-linear analysis of logistic bandits. Check out the paper here.
- (09/02/2020) The slides for our oral presentation at AAAI'20 for our work on Counterfactual Risk Minimization are now available here.
- (10/11/2019) Our paper "Distributionally Robust Counterfactual Risk Minimization" got accepted for oral presentation at AAAI'20. Check out the paper here.


--- layout: post title: How To Set Up the code-server Cloud IDE Platform on Ubuntu 18.04 [Quickstart] network: digitalocean date: January 02, 2020 at 09:21PM url: https://www.digitalocean.com/community/tutorials/how-to-set-up-the-code-server-cloud-ide-platform-on-ubuntu-18-04-quickstart image: https://assets.digitalocean.com/articles/code-server-1804/step2a.png tags: docker feedtitle: DigitalOcean Community Tutorials feedurl: https://www.digitalocean.com/community/tutorials author: DigitalOcean ---
code-server is Microsoft Visual Studio Code running on a remote server and accessible directly from your browser. This means that you can use various devices, running different operating systems, and always have a consistent development environment on hand.
In this tutorial, you will set up the code-server cloud IDE platform on your Ubuntu 18.04 machine and expose it at your domain, secured with Let’s Encrypt. For a more detailed version of this tutorial, please refer to How To Set Up the code-server Cloud IDE Platform on Ubuntu 18.04.
A server running Ubuntu 18.04 with at least 2GB of RAM, root access, and a sudo, non-root account. You can set this up by following the Initial Server Setup Guide for Ubuntu 18.04.
Nginx installed on your server. For a guide on how to do this, complete Steps 1 to 4 of How To Install Nginx on Ubuntu 18.04.
A fully registered domain name to host code-server, pointed to your server. This tutorial will use code-server.your-domain
throughout. You can purchase a domain name on Namecheap, get one for free on Freenom, or use the domain registrar of your choice.
Both of the following DNS records set up for your server. You can follow this introduction to DigitalOcean DNS for details on how to add them.
your-domain
pointing to your server’s public IP address.www.your-domain
pointing to your server’s public IP address.Create the directory to store all data for code-server:
- mkdir ~/code-server
Navigate to it:
- cd ~/code-server
Visit the Github releases page of code-server and pick the latest Linux build. Download it using:
- wget https://github.com/cdr/code-server/releases/download/2.1692-vsc1.39.2/code-server2.1692-vsc1.39.2-linux-x86_64.tar.gz
Unpack the archive:
- tar -xzvf code-server2.1692-vsc1.39.2-linux-x86_64.tar.gz
Navigate to the directory containing the code-server executable:
- cd code-server2.1692-vsc1.39.2-linux-x86_64
To access the code-server executable across your system, copy it with:
- sudo cp code-server /usr/local/bin
Create a folder for code-server to store user data:
- sudo mkdir /var/lib/code-server
Create a systemd
service, code-server.service
, in the /lib/systemd/system
directory:
- sudo nano /lib/systemd/system/code-server.service
Add the following lines:
[Unit]
Description=code-server
After=nginx.service
[Service]
Type=simple
Environment=PASSWORD=your_password
ExecStart=/usr/local/bin/code-server --host <IP_ADDRESS> --user-data-dir /var/lib/code-server --auth password
Restart=always
[Install]
WantedBy=multi-user.target
--host <IP_ADDRESS>
binds it to localhost
.--user-data-dir /var/lib/code-server
sets its user data directory.--auth password
specifies that it should authenticate visitors with a password.Remember to replace your_password
with your desired password.
Save and close the file.
Start the code-server service:
- sudo systemctl start code-server
Check that it’s started correctly:
- sudo systemctl status code-server
You’ll see output similar to:
Output● code-server.service - code-server
Loaded: loaded (/lib/systemd/system/code-server.service; disabled; vendor preset: enabled)
Active: active (running) since Mon 2019-12-09 20:07:28 UTC; 4s ago
Main PID: 5216 (code-server)
Tasks: 23 (limit: 2362)
CGroup: /system.slice/code-server.service
├─5216 /usr/local/bin/code-server --host <IP_ADDRESS> --user-data-dir /var/lib/code-server --auth password
└─5240 /usr/local/bin/code-server --host <IP_ADDRESS> --user-data-dir /var/lib/code-server --auth password
...
Enable the code-server service to start automatically after a server reboot:
- sudo systemctl enable code-server
Now you will configure Nginx as a reverse proxy for code-server.
Create code-server.conf
to store the configuration for exposing code-server at your domain:
- sudo nano /etc/nginx/sites-available/code-server.conf
Add the following lines to set up your server block with the necessary directives:
server {
listen 80;
listen [::]:80;
server_name code-server.your_domain;
location / {
proxy_pass http://localhost:8080/;
proxy_set_header Upgrade $http_upgrade;
proxy_set_header Connection upgrade;
proxy_set_header Accept-Encoding gzip;
}
}
Replace code-server.your_domain
with your desired domain, then save and close the file.
To make this site configuration active, create a symlink of it:
- sudo ln -s /etc/nginx/sites-available/code-server.conf /etc/nginx/sites-enabled/code-server.conf
Test the validity of the configuration:
- sudo nginx -t
You’ll see the following output:
Outputnginx: the configuration file /etc/nginx/nginx.conf syntax is ok
nginx: configuration file /etc/nginx/nginx.conf test is successful
For the configuration to take effect, restart Nginx:
- sudo systemctl restart nginx
Now you’ll secure your domain using a Let’s Encrypt TLS certificate.
Add the Certbot package repository to your server:
- sudo add-apt-repository ppa:certbot/certbot
Install Certbot and its Nginx plugin:
- sudo apt install python-certbot-nginx
Configure ufw
to accept encrypted traffic:
- sudo ufw allow https
The output will be:
OutputRule added
Rule added (v6)
Reload it for the configuration to take effect:
- sudo ufw reload
The output will show:
OutputFirewall reloaded
Navigate to your code-server domain.
Enter your code-server password. You’ll see the interface exposed at your domain.
To secure it, install a Let’s Encrypt TLS certificate using Certbot.
Request a certificate for your domain with:
- sudo certbot --nginx -d code-server.your_domain
Provide an email address for urgent notices, accept the EFF’s Terms of Service, and decide whether to redirect all HTTP traffic to HTTPS.
The output will be similar to this:
OutputIMPORTANT NOTES:
- Congratulations! Your certificate and chain have been saved at:
/etc/letsencrypt/live/code-server.your_domain/fullchain.pem
Your key file has been saved at:
/etc/letsencrypt/live/code-server.your_domain/privkey.pem
Your cert will expire on ... To obtain a new or tweaked
version of this certificate in the future, simply run certbot again
with the "certonly" option. To non-interactively renew *all* of
your certificates, run "certbot renew"
...
Certbot has successfully generated TLS certificates and applied them to the Nginx configuration for your domain.
You now have code-server, a versatile cloud IDE, installed on your Ubuntu 18.04 server, exposed at your domain and secured using Let’s Encrypt certificates. For further information, see the Visual Studio Code documentation for additional features and detailed instructions on other components of code-server.


SETFONT
Section: International Support (8)Updated: 11 Feb 2001
Index Return to Main Contents
NAME
setfont - load EGA/VGA console screen fontSYNOPSIS
setfont [-O font+umap.orig] [-o font.orig] [-om cmap.orig] [-ou umap.orig] [-N] [font.new ...] [-m cmap] [-u umap] [-C console] [-hH] [-v] [-V]DESCRIPTION
The setfont command reads a font from the file font.new and loads it into the EGA/VGA character generator, and optionally outputs the previous font. It can also load various mapping tables and output the previous versions.If no args are given (or only the option -N for some number N), then a default (8xN) font is loaded (see below). One may give several small fonts, all containing a Unicode table, and setfont will combine them and load the union. Typical use:
- setfont
- Load a default font.
- setfont drdos8x16
- Load a given font (here the 448-glyph drdos font).
- setfont cybercafe -u cybercafe
- Load a given font that does not have a Unicode map and provide one explicitly.
- setfont LatArCyrHeb-19 -m 8859-2
- Load a given font (here a 512-glyph font combining several character sets) and indicate that one's local character set is ISO 8859-2.
Note: if a font has more than 256 glyphs, only 8 out of 16 colors can be used simultaneously. It can make console perception worse (loss of intensity and even some colors).
FONT FORMATS
The standard Linux font format is the PSF font. It has a header describing font properties like character size, followed by the glyph bitmaps, optionally followed by a Unicode mapping table giving the Unicode value for each glyph. Several other (obsolete) font formats are recognized. If the input file has code page format (probably with suffix .cp), containing three fonts with sizes e.g. 8x8, 8x14 and 8x16, then one of the options -8 or -14 or -16 must be used to select one. Raw font files are binary files of size 256*N bytes, containing bit images for each of 256 characters, one byte per scan line, and N bytes per character (0 < N <= 32). Most fonts have a width of 8 bits, but with the framebuffer device (fb) other widths can be used.FONT HEIGHT
The program setfont has no built-in knowledge of VGA video modes, but just asks the kernel to load the character ROM of the video card with certain bitmaps. However, since Linux 1.3.1 the kernel knows enough about EGA/VGA video modes to select a different line distance. The default character height will be the number N inferred from the font or specified by option. However, the user can specify a different character height H using the -h option.CONSOLE MAPS
Several mappings are involved in the path from user program output to console display. If the console is in utf8 mode (see unicode_start(1)) then the kernel expects that user program output is coded as UTF-8 (see utf-8(7)), and converts that to Unicode (ucs2). Otherwise, a translation table is used from the 8-bit program output to 16-bit Unicode values. Such a translation table is called a Unicode console map. There are four of them: three built into the kernel, the fourth settable using the -m option of setfont. An escape sequence chooses between these four tables; after loading a cmap, setfont will output the escape sequence Esc ( K that makes it the active translation.Suitable arguments for the -m option are for example 8859-1, 8859-2, ..., 8859-15, cp437, ..., cp1250.
Given the Unicode value of the symbol to be displayed, the kernel finds the right glyph in the font using the Unicode mapping info of the font and displays it.
Old fonts do not have Unicode mapping info, and in order to handle them there are direct-to-font maps (also loaded using -m) that give a correspondence between user bytes and font positions. The most common correspondence is the one given in the file trivial (where user byte values are used directly as font positions). Other correspondences are sometimes preferable since the PC video hardware expects line drawing characters in certain font positions.
Giving a -m none argument inhibits the loading and activation of a mapping table. The previous console map can be saved to a file using the -om file option. These options of setfont render mapscrn(8) obsolete. (However, it may be useful to read that man page.)
UNICODE FONT MAPS
The correspondence between the glyphs in the font and Unicode values is described by a Unicode mapping table. Many fonts have a Unicode mapping table included in the font file, and an explicit table can be indicated using the -u option. The program setfont will load such a Unicode mapping table, unless a -u none argument is given. The previous Unicode mapping table will be saved as part of the saved font file when the -O option is used. It can be saved to a separate file using the -ou file option. These options of setfont render loadunimap(8) obsolete.The Unicode mapping table should assign some glyph to the `missing character' value U+fffd, otherwise missing characters are not translated, giving a usually very confusing result.
Usually no mapping table is needed, and a Unicode mapping table is already contained in the font (sometimes this is indicated by the .psfu extension), so that most users need not worry about the precise meaning and functioning of these mapping tables.
One may add a Unicode mapping table to a psf font using psfaddtable(1).
OPTIONS
- -h H
- Override font height.
- -m file
- Load console map or Unicode console map from file.
- -o file
- Save previous font in file.
- -O file
- Save previous font and Unicode map in file.
- -om file
- Store console map in file.
- -ou file
- Save previous Unicode map in file.
- -u file
- Load Unicode table describing the font from file.
- -C console
- Set the font for the indicated console. (May require root permissions.)
- -v
- Be verbose.
- -V
-
Print version and exit.
NOTE
PC video hardware allows one to use the "intensity" bit either to indicate brightness, or to address 512 (instead of 256) glyphs in the font. So, if the font has more than 256 glyphs, the console will be reduced to 8 (instead of 16) colors.FILES
/lib/kbd/consolefonts is the default font directory. /lib/kbd/unimaps is the default directory for Unicode maps. /lib/kbd/consoletrans is the default directory for screen mappings. The default font is a file default (or default8xN if the -N option was given for some number N) perhaps with suitable extension (like .psf).SEE ALSO
psfaddtable(1), unicode_start(1), loadunimap(8), utf-8(7), mapscrn(8)
Index
- NAME
- SYNOPSIS
- DESCRIPTION
- FONT FORMATS
- FONT HEIGHT
- CONSOLE MAPS
- UNICODE FONT MAPS
- OPTIONS
- NOTE
- FILES
- SEE ALSO
This document was created by man2html, using the manual pages.
Time: 05:34:30 GMT, December 24, 2015


class Gem::Commands::OwnerCommand
Public Class Methods
new()
click to toggle source
Calls superclass method
Gem::Command.new
# File lib/rubygems/commands/owner_command.rb, line 28 def initialize super 'owner', 'Manage gem owners of a gem on the push server' add_proxy_option add_key_option defaults.merge! :add => [], :remove => [] add_option '-a', '--add EMAIL', 'Add an owner' do |value, options| options[:add] << value end add_option '-r', '--remove EMAIL', 'Remove an owner' do |value, options| options[:remove] << value end add_option '-h', '--host HOST', 'Use another gemcutter-compatible host' do |value, options| options[:host] = value end end
Public Instance Methods
add_owners(name, owners)
click to toggle source
# File lib/rubygems/commands/owner_command.rb, line 73 def add_owners name, owners manage_owners :post, name, owners end
execute()
click to toggle source
# File lib/rubygems/commands/owner_command.rb, line 47 def execute @host = options[:host] sign_in name = get_one_gem_name add_owners name, options[:add] remove_owners name, options[:remove] show_owners name end
manage_owners(method, name, owners)
click to toggle source
# File lib/rubygems/commands/owner_command.rb, line 81 def manage_owners method, name, owners owners.each do |owner| begin response = rubygems_api_request method, "api/v1/gems/#{name}/owners" do |request| request.set_form_data 'email' => owner request.add_field "Authorization", api_key end action = method == :delete ? "Removing" : "Adding" with_response response, "#{action} #{owner}" rescue # ignore end end end
remove_owners(name, owners)
click to toggle source
# File lib/rubygems/commands/owner_command.rb, line 77 def remove_owners name, owners manage_owners :delete, name, owners end
show_owners(name)
click to toggle source
# File lib/rubygems/commands/owner_command.rb, line 58 def show_owners name response = rubygems_api_request :get, "api/v1/gems/#{name}/owners.yaml" do |request| request.add_field "Authorization", api_key end with_response response do |resp| owners = YAML.load resp.body say "Owners for gem: #{name}" owners.each do |owner| say "- #{owner['email'] || owner['handle'] || owner['id']}" end end end


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Sever - Pulling the Strings
When the Database is up and running you can now launch the server. The server will handle all the requests done by the client for a safe connection between database-client.
When the server is running it is directly available to serve the clients requests. The client is solely communicating with the Server but if the server loses the connection with the database the
server can still serve the messaging system, but is unable to allow more users to connect during the time the database is offline.
Also, there is no reconnect function attached to the server, if the server loses the connection with the database, it will continue being lost until a restart has taken place (this is something that can and should be updated in the future).
Client - Hello Connection!
As mentioned before, the client communicates with the server only. The client can send requests to the server and the server in turn will decide what to make of those requests.
This is to preserve a healthy connection between user and a database. A user should never have any access to a database by his own for security purposes.
Website
The website can handle a couple of requests, anything the Database holds, the website can acquire. The website handles the registration and grants the user the option to download the client.
This image shows what the different systems can access. Notice that the user (Client) can in no way access the database except for the exception that there's a vulnerability somewhere.
An example of a vulnerability would be to perform an SQL Injection towards the server. In this case though I've engineered the application to stay secure from such attacks.


|
Dynatrace OneAgent SDK for C/C++
<IP_ADDRESS>
|
Functions | |
| void | onesdk_tracer_start (onesdk_tracer_handle_t tracer_handle) |
| Starts a tracer. More... | |
| void | onesdk_tracer_end (onesdk_tracer_handle_t tracer_handle) |
| Ends and releases a tracer. More... | |
| void | onesdk_tracer_error (onesdk_tracer_handle_t tracer_handle, onesdk_string_t error_class, onesdk_string_t error_message) |
| Sets error information for a tracer. More... | |
| onesdk_size_t | onesdk_tracer_get_outgoing_dynatrace_string_tag (onesdk_tracer_handle_t tracer_handle, char *buffer, onesdk_size_t buffer_size, onesdk_size_t *required_buffer_size) |
| Retrieves the string representation of the tag from an "outgoing taggable" tracer. More... | |
| onesdk_size_t | onesdk_tracer_get_outgoing_dynatrace_byte_tag (onesdk_tracer_handle_t tracer_handle, unsigned char *buffer, onesdk_size_t buffer_size, onesdk_size_t *required_buffer_size) |
| Retrieves the binary representation of the tag from an "outgoing taggable" tracer. More... | |
| void | onesdk_tracer_set_incoming_dynatrace_string_tag (onesdk_tracer_handle_t tracer_handle, onesdk_string_t string_tag) |
| Sets the tag of an "incoming taggable" tracer using the string representation. More... | |
| void | onesdk_tracer_set_incoming_dynatrace_byte_tag (onesdk_tracer_handle_t tracer_handle, unsigned char const *byte_tag, onesdk_size_t byte_tag_size) |
| Sets the tag of an "incoming taggable" tracer using the binary representation. More... | |
Tracers are the objects used to capture information about "operations" (e.g. remote calls or database requests) that your application performs.
Tracers are created by different factory functions, depending on the type of the tracer, and destroyed/released by onesdk_tracer_end.
Tracers are automatically linked to other active tracers on the same thread. To link to an operation that's running in another thread, processes or on another system you have to use the tagging or in-process linking functions.
For further information, see the high level SDK documentation at https://github.com/Dynatrace/OneAgent-SDK/#tracers
| void onesdk_tracer_end | ( | onesdk_tracer_handle_t | tracer_handle | ) |
Ends and releases a tracer.
| tracer_handle | A valid tracer handle. |
This function releases the specified tracer. Allocated resources are freed and the handle is invalidated.
An application should call onesdk_tracer_start exactly once for each tracer that it has created.
If the tracer has been started, the time measurement will be stopped and its exit fields will be captured before releasing the tracer.
|
inline |
Sets error information for a tracer.
| tracer_handle | A valid tracer handle. |
| error_class | [optional] Pointer to a string denoting the error class/type/category. |
| error_message | [optional] Pointer to a string with the error message. |
An application should call this function to notify a tracer that the traced operations has failed.
| onesdk_size_t onesdk_tracer_get_outgoing_dynatrace_byte_tag | ( | onesdk_tracer_handle_t | tracer_handle, |
| unsigned char * | buffer, | ||
| onesdk_size_t | buffer_size, | ||
| onesdk_size_t * | required_buffer_size | ||
| ) |
Retrieves the binary representation of the tag from an "outgoing taggable" tracer.
| tracer_handle | A valid tracer handle. | |
| [out] | buffer | [optional] Pointer to a buffer into which the binary representation shall be copied. |
| buffer_size | Size of the buffer pointed to by buffer in bytes. Must be zero if buffer is NULL . | |
| [out] | required_buffer_size | [optional] Pointer to a onesdk_size_t variable where the required buffer size will be stored. |
buffer
.An application can call this function to retrieve the binary representation of the outgoing tag for a tracer. The tracer handle must refer to an "outgoing taggable" tracer that has already been started.
If required_buffer_size
is not NULL
, the number of bytes required to store the binary representation is stored in *required_buffer_size
.
If buffer
is not NULL
and buffer_size
is big enough, this function will copy the binary representation into the provided buffer.
| onesdk_size_t onesdk_tracer_get_outgoing_dynatrace_string_tag | ( | onesdk_tracer_handle_t | tracer_handle, |
| char * | buffer, | ||
| onesdk_size_t | buffer_size, | ||
| onesdk_size_t * | required_buffer_size | ||
| ) |
Retrieves the string representation of the tag from an "outgoing taggable" tracer.
| tracer_handle | A valid tracer handle. | |
| [out] | buffer | [optional] Pointer to a buffer into which the string representation shall be copied. |
| buffer_size | Size of the buffer pointed to by buffer in bytes. Must be zero if buffer is NULL . | |
| [out] | required_buffer_size | [optional] Pointer to a onesdk_size_t variable where the required buffer size will be stored. |
buffer
, not including the terminating null character.An application can call this function to retrieve the string representation of the outgoing tag for a tracer. The tracer handle must refer to an "outgoing taggable" tracer that has already been started.
If required_buffer_size
is not NULL
, the number of bytes required to store the string representation is stored in *required_buffer_size
.
If buffer
is not NULL
and buffer_size
is big enough, this function will copy the string representation into the provided buffer.
This function will always make sure that, if the application provides a non-NULL
buffer
with a buffer_size
>= 1, buffer
will always be null-terminated. I.e. if the string representation cannot be stored because buffer_size
is too small, a null character will be written into buffer
[0].
The string copied into buffer
uses ASCII encoding.
| void onesdk_tracer_set_incoming_dynatrace_byte_tag | ( | onesdk_tracer_handle_t | tracer_handle, |
| unsigned char const * | byte_tag, | ||
| onesdk_size_t | byte_tag_size | ||
| ) |
Sets the tag of an "incoming taggable" tracer using the binary representation.
| tracer_handle | A valid tracer handle. |
| byte_tag | Pointer to an array that holds the binary representation of the incoming tag. |
| byte_tag_size | Size of the binary representation of the incoming tag. |
An application can call this function to set the incoming tag of an "incoming taggable" tracer using the binary representation. The tracer handle must refer to an "incoming taggable" tracer that has not been started yet.
If byte_tag_size
is zero, the incoming tag will be reset (cleared).
|
inline |
Sets the tag of an "incoming taggable" tracer using the string representation.
| tracer_handle | A valid tracer handle. |
| string_tag | The string representation of the incoming tag. |
An application can call this function to set the incoming tag of an "incoming taggable" tracer using the string representation. The tracer handle must refer to an "incoming taggable" tracer that has not been started yet.
If string_tag
is a "null string" or an empty string, the incoming tag will be reset (cleared).
| void onesdk_tracer_start | ( | onesdk_tracer_handle_t | tracer_handle | ) |
Starts a tracer.
| tracer_handle | A valid tracer handle. |
Starts the specified tracer. This will capture all entry fields of the tracer and start the time measurement.


The 12th IAPR International Conference On Biometrics
4-7 June | Crete, Greece
The 12th IAPR International Conference on Biometrics (ICB 2019), sponsored by IAPR (Technical Committee on Biometrics – TC4, International Association for Pattern Recognition), is the premier forum for the presentation of new advances and research results in the fields of biometrics. ICB, formed in 2006 by merging AVBPA (Audio- and Video-based Person Authentication), ICBA (International Conference on Biometric Authentication) and other biometric workshops, has established itself as a leading international conference in biometrics. The conference will have a broad scope and invites papers that advance biometric technologies, sensor design, feature extraction and matching algorithms, analysis of security and privacy, and evaluation of social impact of biometrics technology. Topics of interest include all areas of current Biometrics research and applications. In the year 2019, we are proud to present this event in the Land of Gods - Greece!
| Upload your slides for spotlight presentations here. | May 30th, 2019 |
| Paper Submission | January 3rd, 2019 |
| Decision to authors | March 8th, 2019 |
| Tutorial proposals due | March 20th, 2019 |
| Final camera-ready papers due | April 15th, 2019 |
| Main conference | June 5th-7th, 2019 |
| Tutorials | June 4th, 2019 |
| Tutorial on New Trends in Convolutional Neural Networks for Biometric Applications is cancelled. | June 4th, 2019 |
| Welcome message from ICB 2019 General Chairs. (PDF) | June 2nd, 2019 |
| The proceedings can be downloaded here | June 2nd, 2019 |
| Call for doctoral consortium participants announced. (PDF) | May 15th, 2019 |
| The oral/poster presentation instructions are available here. | May 12th, 2019 |
| The list of orals and posters is available here. | April 14th, 2019 |
| Camera-ready Submission Instructions are posted here. | Mar 27th, 2019 |
| The list of accepted papers announced. | Mar 14th, 2019 |
| Call for nominations:
The 2019 IAPR Young Biometrics
Investigator Award. Associated forms: Nomination; Endorsement. More details here. |
Mar 4th, 2019 |
| Paper submission deadline extended to Jan 3rd, 2019. No further extensions will be provided. |
Dec 8th, 2018 |
| Call for Special Sessions announced. (PDF) | Oct 28th, 2018 |
| Call for Competitions announced. (PDF) | Sep 27th, 2018 |
| Call for Tutorials announced. (PDF) | Sep 27th, 2018 |
| Call for Sponsors announced. (PDF) | May 29th, 2018 |
| Call for Papers announced. (PDF) | May 29th, 2018 |
| The website for ICB2019 is up. | Apr 1st, 2018 |


“What does a political race have to do with personal branding and my goal of getting a job or investor funding?” you may ask. Whether competing in politics, in the job market or against other entrepreneurs, you need to stand out and prove that you are the best choice—just like a political candidate.
For professionals, a strong personal brand is the key to influence, opportunities and advancement. For recent graduates, personal brands can be the difference between getting a job and ending up in the circular file. For entrepreneurs, a personal brand that inspires confidence can be the edge that propels investors to fund you.
Yet many people haven’t a clue as to what personal branding is or what to do to achieve a brand. Many think that personal branding is merely cosmetic. There’s a saying that goes, “You can put lipstick on a pig, but it’s still a pig.” This is true of personal branding. You can put on a new suit, but if you lack substance or content, people will see the makeover for what it is—shallow and lacking real proof of change.
My concern is that “personal branding” only works if there is valued content. Example, when Steve Jobs left [Apple] he was often compared to Adam Osborne and Nolan Bushnell—people who blew it. His credibility was zero as far as personal computing was concerned even after he rejoined Apple in 1998. People only sat up and took notice when the iMac (the multi-colored editions) took off and Apple returned to growth and profitability.
Profitability and growth are the two best marketing programs a company or its leader can use to gain leadership. You may recall that I used to quote Tevye from Fiddler on the Roof. “If I were a rich man, I would sit in the temple and lecture to the wise man all day long and it wouldn’t matter if you know or not, when you’re rich, they think you know.”
I can’t agree with him more. When you have the goods, it’s a lot easier to brand yourself and to get recognized. But having the goods isn’t all. You need to position what you have to your best competitive advantage.
What if you are just starting out, or if you are weak on evidence that sets you apart? Mia is an example of how you can build your evidence from scratch. Hers may not be the model for everyone, but it does demonstrate how far you can go with strong aptitude and hard work. Mia got her college degree in theater and had thought she wanted to be an actress. However, after taking a career aptitude test, she decided she was better suited to a career in web design and development. Luckily for her, new web programming standards meant that her learning curve was not that much steeper than that for experienced developers.
Mia self-studied with the latest web programming books and spent six months writing sample programs with the help of an experienced mentor. When she felt ready, she priced her services right and got a contracting job in web development with a small professional services firm. As she worked to build her portfolio, she positioned herself on LinkedIn as a front-end web developer with strong consumer understanding (from her retail jobs and acting) and artistic sensibility (evidenced by her theater design and art background). Her LinkedIn profile attracted job recruiters and she landed a full-time job with a mobile web software start-up doing customer-facing web development—the cool interactive stuff you see on mobile screens. Even if you have little to work with, you can dramatically reinvent your brand the way Mia did with hard work, smart positioning and a little help from some friends.
We’ve touched on the concept of personal branding, but let’s make sure we are on the same page in how we define it. Think of personal branding as both what you create (your personal brand) and the act of creating it.
A personal brand is your image and reputation.
Whether you like it or not, you already have a personal brand. The world perceives you in a particular way and puts you in certain categories. From an external imaging standpoint, what you wear, your personality, and your gestures and presence guide how people perceive you. But, more importantly, your unique knowledge and experience (e.g., mobile technology licensing or change management) is the foundation of your brand value.
For instance, perhaps you need to reinvent your brand from:
Personal branding is the act of developing the strategy and actions to guide your brand.
What should you be saying and doing to represent your brand the way you want?
You may hope for a three-tiered masterpiece but end up with an inedible concoction. With a good strategy and action plan, you can create a personal brand that makes the world want to hire, promote or fund you.


G# Framework Installation
1. Unzip the G#Framework zip-file.
2. Run the G#Installer.vi in the installation zip-file.
3. Press Install button.
4. Restart LabVIEW.
5. Done!
Files will be installed in the following places:
<LabVIEW>/examples/AddQ
· Examples
<LabVIEW>/help/_AddQ
· Online help
<LabVIEW>/menus/Categories/AddQ_G#
· G# function palette menu.
<LabVIEW>/project/errors
· G# error code definitions
<LabVIEW>/resource/Framework/Provides/AddQ
· G# IDE (Integrated Development Environmen). LabVIEW project integration and new menus G# IDE will integrate in project environment.
<LabVIEW>/vi.lib/addons/_AddQ
· G# - G#Object, G#Interface, G#Debugger and G#Templates
The only files that is needed when executing a LabVIEW G# application is the VIs in <LabVIEW>/vi.lib/addons/_AddQ. Make sure these are always installed (this is also called G# runtime).
1. Run the G#Installer.vi in the installation zip-file.
2. Press Uninstall button.
3. Restart LabVIEW.
4. Done!


Hi everyone i'm tsneem al-amarat i'm an architect. in the future i'm hoping to have my own bussiness that i enjoy it.
Education & Work experience
- i've graduated from BAU in june 2019.
- until now i don't have any job experience except the training during university in Buthaina Al-tarawneh architectural office.
Top 10 favourites football club
- Barcelona
- Mnchester United
- Totenham
- Manchester City
- PSG
- Bayern munich
- Juventus
- Inter Milan
- Ajax Amesterdam
- Broussia Dortmund


Titanium.App.fireEvent
fire a cross-context application event. listeners in any Javascript context can receive these events if they have added themselves as a listener with the event name. NOTE: you can only pass JSON serializable data in the data payload of the event object since the data must be transportable between contexts.
Arguments
| Name |
Type |
Description |
| name |
string |
name of the event |
| event |
object |
event object |
| name |
string |
the event name |
| data |
object |
optional data payload for the event. NOTE: you can only pass JSON serializable data since the data must be transportable between contexts. |
Return Type
void