rimple
API.
A reactive state synchronizing library.
PURPOSE
Synchronize the state among ui/component/state. Acts the similar role as:
and with a very simple idea:
UI/Component/State won't be differentiated anymore, they follows/connects/watches
others, forms a following graph where each node is called SLOT. when one node's
followings mutate, it is re-evaluated accordingly, and propogates the mutation
further, just like how interconnected digital circuit components work.
PRECAUTION
a slot could follow any others slots at its will and form a unlimited long mutation path. BUT NOT ANY CYCLE IS ALLOWED IN this following graph.
DON'T MUTATE a slot in onchange handler, unless you make sure there's no deadloop
HOW IT LOOK LIKES
// display a counter and a countdown counter
const $$counter = Slot(0);
// counterEl follows counterSlot
const $$counterEl = Slot(function ([counter]) {
return h('.counter', '' + counter);
}, [$$counter]);
// counterEl follows counterSlot
const $$countdownCount = Slot(0);
const $$countdownCounterEl = Slot(function ([counter]) {
return h('.counter.countdown', '' + counter);
}, [$$countdownCounter]);
const $$view = $$(function (el1, el2) {
return h('.app', [el1, el2]);
}, [$$counterEl, $$countdownCounterEl]);
mount($$view, '.container');
setInterval(function () {
$$counter.inc();
$$countdownCounter.dec();
}, 1000);
here's another codepen.
FEATURES
SIMPLE
rimple just provides one paradigm which is easily understandable.
EXPLICITY
Once you are familiar with this paradigm, you could understand why and how page redraw occurs. With caution, you could even eleminate all the unnecessary re-evaluation.
EFFICIENCY
ripple will find the most effient propogation path in one mutation process, and guarantees:
in one mutaion proccess, a slot will be re-evaluated ONCE only after all of its followings re-evaluated.
To understande this, here's an example:
Let's assume A is mutated, and a mutaion process starts, if we adopt a breadth-first algorithm, the mutation process will be executed in following steps:
- B (because of A's mutation, but this is INCORRECT, since C has the wrong value)
- C (because of A)
- B (because of B's mutation)
but in ripple, step 1 will be SKIPPED, actually ripple adopts a level-by-level algorithm to execute the mutation process
ORTHOGONAL TO OTHER LIBS
since rimple focuses on state synchronizing, it works smoothly with navigo, virtual-dom, snabbdom, even with REACT, but I recommend pure virtual dom implentation personally.
- ENCOURAGE PURE FUNCTION AS EVALUATION FUNCTION
USAGE
$ npm install rimple
then add the following codes to you html files:
<script src="path/to/rimple/dist/rimple.min.js">
Then you could access rimple
by:
console.log(rimple); // output {Slot: ƒ, mutate: ƒ, mutateWith: ƒ, mixin: ƒ}
Or in node environment:
var rimple = require('rimple');
TEST
clone this repository, and run:
- $ npm install
- $ npm test
SAMPLES
cd into the samples directories, and each sample's read README.md


Box
-
class
compas.geometry.
Box
(frame, xsize, ysize, zsize) Bases:
compas.geometry.Shape
A box is defined by a frame and its dimensions along the frame’s x-, y- and z-axes.
The center of the box is positioned at the origin of the coordinate system defined by the frame. The box is axis-aligned to the frame.
A box is a three-dimensional geometric shape with 8 vertices, 12 edges and 6 faces. The edges of a box meet at its vertices at 90 degree angles. The faces of a box are planar. Faces which do not share an edge are parallel.
- Parameters
frame (
compas.geometry.Frame
) – The frame of the box.xsize (float) – The size of the box in the box frame’s x direction.
ysize (float) – The size of the box in the box frame’s y direction.
zsize (float) – The size of the box in the box frame’s z direction.
- Attributes
frame (compas.geometry.Frame) – The local coordinate system of the box.
xsize (float) – The size of the box in the local X direction.
ysize (float) – The size of the box in the local Y direction.
zsize (float) – The size of the box in the local Z direction.
width (read-only) (float) – Alias for
xsize
.depth (read-only) (float) – Alias for
ysize
.height (read-only) (float) – Alias for
zsize
.diagonal (read-only) (tuple of compas.geometry.Point) – The start and end point of the main diagonal of the box.
dimensions (read-only) (list of float) – List of sizes in local coordinate directions.
area (read-only) (float) – The surface area of the box.
volume (read-only) (float) – The volume of the box.
vertices (read-only) (list of list) – The XYZ coordinates of the corners of the box. With respect to the local Z axis, the vertices of the bottom face are listed first in clockwise direction, starting at the bottom left corner. The vertices of the top face are listed in counterclockwise direction.
faces (read-only) (list of list) – The vertices of the faces of the box. The cycle directions of the faces are such that face normals point outwards.
Examples
>>> box = Box(Frame.worldXY(), 1.0, 2.0, 3.0)
Methods
__init__
(frame, xsize, ysize, zsize)Initialize self.
copy
()Makes a copy of this
Box
.from_bounding_box
(bbox)Construct a box from the result of a bounding box calculation.
from_corner_corner_height
(corner1, corner2, …)Construct a box from the opposite corners of its base and its height.
from_data
(data)Construct a box from its data representation.
from_diagonal
(diagonal)Construct a box from its main diagonal.
from_width_height_depth
(width, height, depth)Construct a box from its width, height and depth.
to_data
()Returns the data dictionary that represents the box.
to_vertices_and_faces
(**kwargs)Returns a list of vertices and faces
transform
(transformation)Transform the box.
transformed
(transformation)Returns a transformed copy of the current box.


{% block head_javascript %}{% endblock %}
The Blue Alliance Admin
TBA Admin
Logged in as
{{ user.display_name }}
||
log out
Events
View all
Create
Scrape USFIRST Offseasons
Scrape Spreadsheet Offseasons
Districts
View all
Create
Matches
Edit
Cleanup
Awards
Edit
Media
GameDay
Dashboard
Bulk Import from Instagram
Add YouTube Videos
Teams
View Mods
View all
Users
Lookup
Permissions
View all
Write API Access
Add Authentication
Manage Authentication
Migration
Migration Utils
Memcache
Stats + Flushing
Misc
Debug Panel
Sitevars
Landing Page Config
Task Launcher
Mobile Clients
API Status
Third Party API Keys
TBANS Debug
{% block content %}{% endblock %}


In this section
•
paying for electricity (all boards)
•
saving energy (all boards)
•
payback time and cost efficiency (AQA, Edexcel)
•
choosing appliances (AQA, Edexcel)
•
Paying for electricity
Saving energy
Payback time and cost efficiency (AQA, Edexcel)
Choosing appliances (AQA, Edexcel))
⇒
X.X
th


Minimum price:
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Filter zeros:
Search:
GO
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Difference
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Quantity


Goal: To give you enough tools in one hour to teach yourself how to code.
It will actually take months, even years, to get good at these things. Start small, stay patient and keep pushing yourself to learn new things.
It doesn't really matter what language you learn first. What's important is learning how to think like a developer.
##Easy as pie
Coding is a like writing a recipe. Good developers write code in stages, with each step leading to the final product. They understand why each part is necessary, and exactly what order they must occur in to get the job done right.
##Where to start
+ Do online tutorials. Do them again.
+ Test your new skills with a really small project.
+ Sign up for GitHub and start browsing others' code.
+ Start maneuvering around your computer on the command line, opening/making files.
+ Figure out how to setup a Github repository.
+ Start keeping track of your projects, however small, as you build them by committing your changes to Github.
##Always be GOOGLING
+ [Stack Overflow](http://stackoverflow.com/): Best place to find answers on why your code isn't working. Note the rating system on users' answers/responses. Don't be afraid to post a question.
+ [CSS-Tricks](https://css-tricks.com/): Every tutorial you could possibly want on CSS/Sass. Great [examples](https://css-tricks.com/snippets/html/) of how to properly format HTML, CSS & Javascript.
+ [Codepen](http://codepen.io/): Share and edit open sourced CSS/Sass. Lots of animation examples.
Set up your computer
Assuming you're on a Mac, which is all I'm qualified to teach you on, you'll need a text editor. Recommended: Sublime Text 3 or Atom. Eventually, you will also tell you to download XCode, and once you start using the Terminal, install Homebrew to make it easier to install other things.
###The Basics of a Website
+ **HTML:** The structure of your website
+ **CSS:** The visual styles (CSS ="Cascading style sheet")
+ **Javascript:** The interactive functionality
###Web Frameworks
For large websites, web frameworks do the heavy lifting — like send/receive user requests to a database.
+ Python / [Django](https://www.djangoproject.com/)
+ Ruby / [Ruby on Rails](http://rubyonrails.org/)
FYI: Python and Ruby aren't "web" languages — you can write all kinds of code with these languages. BUT other people have used these languages to build web frameworks that make building dynamic websites much easier.
###Front-end Frameworks
Front-end frameworks are also a great place to find example code, because they're built to be reusable and adaptable.
+ [Bootstrap](http://getbootstrap.com/)
+ [Foundation](http://foundation.zurb.com/)
+ [Bourbon](http://bourbon.io/)
##Let's inspect the DOM
**The DOM:** The HTML parsed by a browser and turned into a website. Here's a [longer explanation](https://css-tricks.com/dom/).
In a Chrome browser, open basic-web-structure-comments.html. Highlight "Hello World!", right-click and choose "Inspect element" to open your browser development tools.
You can also go to "View > Developer > Developer Tools" or use the keyboard shortcut "alt+command+i" (⌥⌘I)
Click on the tab "Elements," if it isn't already selected. Look, it's your HTML! Except, it's a bit different, because this is the DOM. This is how the browser READ your HTML.
##Interact with the DOM
You can interact with ANY website through the DOM. For example, let's change the color of "Hello World!" — Click on the h1 element. To the right, you'll see the styles the brower has already applied. Under element.style {} add the text "color: blue;" and check out your page, now "Hello World!" is blue.
OK, now go to your favorite website, or [this](http://www.theatlantic.com/photo/2015/03/a-visit-to-aoshima-a-cat-island-in-japan/386647/) website, open the browser development tools and look around.
(Here's a [video tutorial](https://www.youtube.com/watch?v=FQKvro1Wz-E) if you're reading this online.)
Do this:
+ Change the color of any element.
+ Find a color block within the styles of an element. Click the square, and look, an eyedropper! Use that eyedropper to select a color on the page and get the hex code.
+ Find an element that changes on hover (like a button). Right-click that element in the dev inspector window, and click "Force Element State" > : hover. Look what happens to the styles.
+ Delete all the elements in the DOM. All of them. JK, delete one or two.
+ Now move things around. Whoa.
###Device testing
Chrome and Firefox both have tools to test what your website will look like on various devices. In Chrome, click the button in the top left of the "Development Tools" window that looks like a tablet. Select the type of device you want to test, and reload.
**The Console:** A place to test the interactive parts of your website by interacting directly with the DOM. [Longer explanation](https://developer.chrome.com/devtools/docs/console).
Click on the tab "Console" in your open Developer Tools window. ("View > Developer > JavaScript Console"). Type the following, then hit enter:
console.log("Hello World");
See how the words are printed out?
##console.log();
A debugging tool that let's you see what your code is doing. Here's a [good explanation](http://stackoverflow.com/questions/4539253/what-is-console-log) of console.log(). It also explains how to access the console in a variety of browsers and web platforms, not just Chrome.
###You should use console.log() **ALL THE TIME**.
Especially when you first start coding, you should use console.log() on nearly every line to double-check that your code is functioning as you expect.
An annoying lil secret: console.log() often breaks Internet Explorer, so delete any console.log() lines before you deploy.
##Google Charts
Google charts has many wonderful [code examples](https://developers.google.com/chart/interactive/docs/gallery/barchart), and step-by-step instructions on how to change up the code to make it work for you.
##Let's code something together
Open [examples/index.html](examples/index.html). We're going to use Google Charts to build a pie chart.
Go [here](https://developers.google.com/chart/interactive/docs/basic_load_libs) and copy/paste that first block of code into index.html
###Don't be afraid of the Terminal!
If you're scared of the big black box, make it pretty. Go to Terminal > Preferences > Profiles and change the color scheme. You can import new color schemes, like [this](http://ethanschoonover.com/solarized).
###Proof the terminal isn't scary
Type the following into your terminal. (If you haven't downloaded XCode, it won't work.)
python
Congrats, you've connected the python library.
Now type (>>> is already there, you don't type that part):
>>> print "Hello world!"
Ok, so what if you pull down an example from GitHub, open the page in your browser and it doesn't work? The project probably needs a server to compile the styles, scripts, and other components.
In your console, type:
python -m SimpleHTTPServer 8000
Now, open your browser to localhost:8000. You'll see your webpage, hosted from a server on your local computer.


Air Quality Inches Towards 'Severe' in Many Parts of Delhi-NCR, Haze Returns
Experts said the situation is likely to worsen in the next 24 hours, while some relief is expected on Saturday.
Accumulated pollutants took the form of a haze, thick enough to draw a veil across the sun, which left people with itchy eyes, headache and breathing problems.
Experts said the situation is likely to worsen in the next 24 hours, while some relief is expected on Saturday.
The overall air quality index (AQI) in the national capital read 366 at 4 pm on Thursday, up from 301 on Wednesday, and the maximum since November 16 (357).
The AQI for Rohini (414), Anand Vihar (422), Nehru Nagar (410), Dwarka Sector 8 (404) and Bawana (407) entered the ‘severe’ zone.
Neighbouring Ghaziabad (415), Greater Noida (402), Noida (402) also recorded ‘severe’ pollution levels, while the AQI in Faridabad (391) bordered the ‘severe’ zone.
An AQI between 201 and 300 is considered ‘poor’, 301-400 ‘very poor’ and 401-500 ‘severe’.
According to the India Meteorological Department (IMD), very low wind speed due to a western disturbance and high humidity due to shallow fog in the morning led to the accumulation of pollutants.
A senior IMD scientist said the air quality is expected to remain ‘severe’ on Thursday and Friday.
An expert at Skymet Weather, a private forecaster, said moderate winds from November 23 would bring some relief but it will be temporary as another western disturbance from November 25 will again cause the wind speed to dip.
“There are chances of good rain on November 25 and 26. If that happens, pollutants will be washed away. Otherwise, long-term relief is expected only after November 28,” he said.
The Centre-run System of Air Quality Forecasting And Research also said that relief is expected only on Saturday with an increase in wind speed, which will disperse pollutants faster.
“Though the farm fire count is relatively high (1,011) as compared to last week, transport-level winds (easterly) are not favourable for plume intrusion,” it said.
Smoke from stubble burning accounted for just 5 per cent of Delhi’s pollution. It is expected to reduce to 4 per cent.
Meanwhile, Delhi recorded a minimum temperature of 12.5 degrees Celsius, normal for this time of year.
The humidity level oscillated between 69 and 89 per cent.
For breaking news and live news updates, like us on Facebook or follow us on Twitter and Instagram. Read more on India Latest News on India.com.
Story Timeline
- 21 Nov 2019 Air Quality in Delhi Improved in Last 3 Years: Prakash Javadekar to Rajya Sabha
- 21 Nov 2019 No Breather For Delhiites, Air Quality Likely to Enter Severe Zone by Friday
- 17 Nov 2019 Delhi-NCR's Air Quality Improves to 'Poor' Category After 5 Days of 'Severe' AQI
Comments - Join the Discussion


Add Healer Remove Healer
Send
Heal Self Heal Caster Heal Attacker Heal Defender Heal All
Add Caster Remove Caster
Weaken Stun Nuke Slow Dot
Add Attacker Remove Attacker
Stab Attack Slash Attack Ranged Attack Charged Attack Close Attack
Add Defender Remove Defender
Taunt Throw Shield Deflect Damage Bash Shield Absorb Damage


Reinforce castle gates:
Strengthens gates and walls. Since it significantly enhances the durability of castle gates and castle walls, it is a good measure against the incursion of enemy troops into the castle.
Reinforce outer castle gate.
Reinforce inner castle gate.
Reinforce castle walls.
Back


Hello #name#, Thank you for confirming your registration with us. For any queries or questions, please send us a mail at<EMAIL_ADDRESS>https://server.in


About
Contact
Computer Engineer
Button That Takes You Down!
Beautiful is what we see, more beautiful is what we know, most beautiful by far is what we don't.
Nicholas Steno
Find Out How I made this Site!
Made with Love
You have to make everything with love these days!


[dscrd-hush] <ComputerGenie - ChickenPool> Sender: computergenie Created: 4/29/2019 12:24:56 PM
The 'Status' you mentioned lists:
`checking Zcash Counterfeiting Vulnerability 2/6/2019 MOD Donnie`
HUSH no longer uses that sprout chain.
It seems the "confusion" is already on your end.
Sender: ModDonnie Created: 4/30/2019 8:07:30 AM
Hi computergenie,
Regarding with this issue, please wait until our wallet department fix HUSH wallet and removed status message.
Thank you for your patience.
Kind regards,
MOD Donnie
Sender: computergenie Created: 5/1/2019 8:47:41 PM
To help ease you along: https://github.com/MyHush/hush3
src/hushd has the script to properly run the new chain.


Updated utils.sh logging so that logger output is tagged in the syslog.
E.g. Alfred Workflow[4905]: SUCCESS: Ran CompareInKaleidoscope.workflow
Alfred Workflow[4905]: SUCCESS: Ran CompareInKaleidoscope.workflow
Diffs can be found here: patch


{% load staticfiles %} {% load activelink %}
It's a blog.
A blogging application I'm working on with Python's Django Framework. You can see the source code here on Github.


Practice hiragana & katakana
For a good hiragana guide
check this one out
(much easier with mnemonics!).
Here's how you use this! From the a-ka-sa-.. row below pick which kana you would like to practice. Then, underneath you can pick which practice you want to run. In Drag & Drop you grab the kana from underneath and drop it on the sounds above. In Random Letters you type the sounds into the empty boxes above the hiragana. The あ/ア switch allows you to switch between hiragana and katakana. Happy practicing!


--- layout: page title: "about" body_id: "about" --- Hi, I'm Brett Bukowski. I'm a software developer and this is a blog. Thanks for stopping by.


WITNESS LIST Agriculture & Livestock Committee February 9, 1999-2:00P Agency overview On: Allen, Ron (Texas State Board of Veterinary Medical Examiners) Avant, Bob (Texas Food and Fibers Commission) Beals, Terry (Texas Animal Health Commission) Combs, Susan (Texas Department of Agriculture) Davis, Mel (State Soil and Water Conservation Board) Mathis, Benny (Structural Pest Control Board)


 You need to be focused and not annoyed when attempting the typing speed test. The best thing you can do to start typing faster is to type more. The more practice you will get under your belt, the faster your typing-fu will be. It’s all about developing muscle memory. Just make sure you are reinforcing the good habits and not ones that will leave your fingers hurting after an intense typing session.
The one that is the most comfortable. The more you type the faster you will get. And to type a lot, you can’t feel uncomfortable. The small bumps on the F and J keys will help your fingers locate the correct position without looking. This setup should give you full range of motion. There are a few alternative layouts that propose a more ergonomic approach to typing. You could also take the big leap and try out the Dvorak keyboard but that’s a whole other story.
The QWERTY keyboard was designed in 1868 by Christopher – the man who invented the first successful typewriter. The order of the keys was decided by listing the most common letter combinations and making sure they are not placed next to each other. This was done to avoid jamming problems that often happened when two neighbouring keys were pressed one after another. The QWERTY keyboard is used to this day and is the most widely spread keyboard type out there.
What is WPM typing test? There are different types of testing. This one is a typing test, where the typing skills are expressed in words per minute. The more you practice typing and the more you test typing speed, the higher the WPM score will be. Some online typing tests and typing test games focus only on WPM typing. The disadvantage of WPM typing test is learning only how to type fast. WPM typing tests do not tell anything on accuracy.
An average professional typist types usually in speed of 45 to 65 WPM. More advanced positions require 65 to 95 (usually the minimum required for dispatch positions and other time-sensitive typing jobs). There are also some advanced typists work that requires speeds above 120 WPM.
Practice typing as much as you can. Type a lot, type tests, practice typing tests. Improve your words per minute typing results and often test your typing speed. Our typing speed test will keep track of all typing tests that you’ve taken in the past, so you will be able to see the improvements over time. You will be able to see how your speed typing has changed. If you can do a 5 minute typing test every day, your typing speed will increase dramatically!


The thing you requested apparently does not exist
Don't try restarting your computer. That won't fix anything.


WebXR Environment Mapper
Status:
Waiting for WebXR session
Total Points:
0
Download Scene
Output Points
Download Points
Import Points
Points Data


Choose a type:
Language
Language Total
Installs
Installs Cumulative
Installs vs Usages
Direct vs Groups installs
Direct vs Groups usages
Use file (legacy)
From date
To date
Usage count
Username
Password
Host
Port
Reset
Draw


SGETMASK
Section: Linux Programmer's Manual (2)
Updated: 2014-02-25
Index
Return to Main Contents
NAME
sgetmask, ssetmask - manipulation of signal mask (obsolete)
SYNOPSIS
long sgetmask(void);
long ssetmask(long newmask);
Note:
There are no glibc wrappers for these system calls; see NOTES.
DESCRIPTION
These system calls are obsolete.
Do not use them;
use
sigprocmask(2)
instead.
sgetmask()
returns the signal mask of the calling process.
ssetmask()
sets the signal mask of the calling process to the value given in
newmask.
The previous signal mask is returned.
The signal masks dealt with by these two system calls
are plain bit masks (unlike the
sigset_t
used by
sigprocmask(2));
use
sigmask(3)
to create and inspect these masks.
RETURN VALUE
sgetmask()
always successfully returns the signal mask.
ssetmask()
always succeeds, and returns the previous signal mask.
ERRORS
These system calls always succeed.
CONFORMING TO
These system calls are Linux-specific.
NOTES
Glibc does not provide wrappers for these obsolete system calls;
in the unlikely event that you want to call them, use
syscall(2).
These system calls are unaware of signal numbers greater than 31
(i.e., real-time signals).
These system calls do not exist on x86-64.
It is not possible to block
SIGSTOP
or
SIGKILL.
SEE ALSO
sigprocmask(2),
signal(7)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- CONFORMING TO
-
- NOTES
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:54:45 GMT, September 18, 2014


--- layout: default title: Page title name: imgUrl: retailOption: amount: period: passengerLimit: hasRadio: hasFreepickupdelivery: hasAC: --- Previous Next {{ page.name }} Most requested vehicle For {{ page.retailOption }} {{ page.amount}} /{{page.period}} Car ID : 533566 Add to favorites Description Passengers {{page.passengerLimit}} AM/FM Stereo, CD {{page.hasRadio}} Pickup/ Delivery {{page.hasFreepickupdelivery}} Air Conditioning {{page.hasAC}} Book Rental First Name * Last Name * Email * Phone * Pickup Details Location Details * Date* Time* Dropoff Details Location Details * Date* Time* Driver Details Picture of Driver's Liscense* Click here or drop files to upload Driver's Liscense ID* Additional notes SEND {{ page.retailOption }} REQUEST For {{ page.retailOption }} {{ page.name }} {{ page.amount }} /{{page.period}}
Car ID : 533566 Add to favorites
{{page.passengerLimit}}
{{page.hasRadio}}
{{page.hasFreepickupdelivery}}
{{page.hasAC}}


--- layout: blog-post title: Getting Started with Backbone.js category: blog tags: [JavaScript, backbone.js] short_url: mig.gs/MDyO description: Getting cozy with Backbone.js Models, Collections, Views, and Routes. ---
{% highlight javascript %} {% endhighlight %}


{% extends "layout.html" %} {% block title %}California Emergency Alerts{% endblock %} {% block head_elements %} {% endblock %} {% block main_content %}
Great, you're all set to receive alerts!
You can make changes to the alerts you'll receive here. By default, you're signed up to receive all alerts.
{% include 'includes/settings.html' %} {% endblock %}


Bounds
class Bounds
a bound object contains methods for creating and manipulating axis-aligned bounding boxes (AABB).
Constructor
Summary
Properties from Bounds
Methods from Bounds
|
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|
reset the bound |
|
| Bounds |
|
| boolean |
|
| boolean |
|
| boolean |
|
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| Polygon |
|
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Public Properties
Public Methods
add(vertices: Array<Vector2d> | Array<Point>, clear: boolean) → {}
add the given vertices to the bounds definition.
addBounds(bounds: Bounds, clear: boolean) → {}
add the given bounds to the bounds definition.
| Name | Type | Attributes | Default | Description |
|---|---|---|---|---|
| bounds | Bounds | |||
| clear | boolean |
<optional> |
false |
either to reset the bounds before adding the new vertices |
addFrame(x0: number, y0: number, x1: number, y1: number, m: Matrix2d) → {}
add the given quad coordinates to this bound definition, multiplied by the given matrix
| Name | Type | Attributes | Description |
|---|---|---|---|
| x0 | number |
left X coordinates of the quad |
|
| y0 | number |
top Y coordinates of the quad |
|
| x1 | number |
right X coordinates of the quad |
|
| y1 | number |
bottom y coordinates of the quad |
|
| m | Matrix2d |
<optional> |
an optional transform to apply to the given frame coordinates |
addPoint(point: Vector2d | Point, m: Matrix2d) → {}
add the given point to the bounds definition.
centerOn(x: number, y: number) → {}
center the bounds position around the given coordinates
| Name | Type | Description |
|---|---|---|
| x | number |
the x coordinate around which to center this bounds |
| y | number |
the y coordinate around which to center this bounds |
contains(x: number | Vector2d, y: number) → {boolean}
Returns true if the bounds contains the given point.
if (bounds.contains(10, 10)) {
// do something
}
// or
if (bounds.contains(myVector2d)) {
// do something
}
| Name | Type | Attributes | Description |
|---|---|---|---|
| x | number | Vector2d |
x coordinate or a vector point to check |
|
| y | number |
<optional> |
y coordinate |
| Type | Description |
|---|---|
| boolean |
True if the bounds contain the point, otherwise false |
isFinite() → {boolean}
determines whether all coordinates of this bounds are finite numbers.
| Type | Description |
|---|---|
| boolean |
false if all coordinates are positive or negative Infinity or NaN; otherwise, true. |
overlaps(bounds: Bounds | Rect) → {boolean}
Returns true if the two bounds intersect.
| Type | Description |
|---|---|
| boolean |
True if the bounds overlap, otherwise false |
setMinMax(minX: number, minY: number, maxX: number, maxY: number) → {}
sets the bounds to the given min and max value
| Name | Type | Description |
|---|---|---|
| minX | number | |
| minY | number | |
| maxX | number | |
| maxY | number |
shift(x: number | Vector2d, y: number) → {}
Shifts the bounds to the given x, y position.
bounds.shift(10, 10);
// or
bounds.shift(myVector2d);
| Name | Type | Attributes | Description |
|---|---|---|---|
| x | number | Vector2d |
x coordinate or a vector point to shift to |
|
| y | number |
<optional> |
toPolygon() → {Polygon}
Returns a polygon whose edges are the same as this bounds.
| Type | Description |
|---|---|
| Polygon |
a new Polygon that represents this bounds. |
translate(x: number | Vector2d, y: number) → {}
Translates the bounds by the given point
bounds.translate(10, 10);
// or
bounds.translate(myVector2d);
| Name | Type | Attributes | Description |
|---|---|---|---|
| x | number | Vector2d |
x coordinate or a vector point to translate by |
|
| y | number |
<optional> |
update(vertices: Array<Vector2d> | Array<Point>) → {}
Updates bounds using the given vertices


Come On InWe're Open
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When a link is submitted, edited, or scanned LinkX will check the site URL and recip URL pages to see if a link to your site is in place. To search for this link, you will need to configure the HTML code that LinkX should search for. The Reciprocal Links function allows you to do just that, and this document covers this topic.
Reciprocal Link Search Type
When you add a reciprocal link you have the option of specifying if it is a regular expression. Regular expressions are more complex than standard searches that simply look for the item as-is, but they add a great amount of flexibility. In LinkX the Perl Compatible Regular Expressions format is used for regular expressions. If you are not familiar with regular expressions, please see the Pattern Syntax portion of the PHP manual for additional information. If you check the Regular Expression box on the reciprocal link add/edit form, the item(s) you enter will be treated as regular expressions and used to match against the HTML code of the site URL and recip URL pages.
If the values you enter are not regular expressions, be sure to leave that box unchecked. This will cause a normal search to occur which will match the item you enter anywhere within the HTML code. For example, if you enter the code "http://www.yoursite.com" as a reciprocal link and someone submits a site with the HTML code "YourSite Name", this will match the "http://www.yoursite.com" reciprocal link since it appears in the HTML code. Note that the search is case-insensitive and will match not only exact HTML code, but also portions of code.
Viewing/Searching Reciprocal Links
To view or search your currently configured reciprocal links, access the Settings > Reciprocal Links function from the control panel menu. This will display a page where you will be able to see the currently configured reciprocal links and search them if you wish.
In the table that displays the reciprocal links items, you will find a couple of functions that you can run on a single reciprocal link. Each of those functions are described below.
| Click this icon to edit the reciprocal link. A window will appear where you will be able to edit all of it's settings. | |
| Click this icon to delete this reciprocal link. |
Adding a Reciprocal Link
To add a new reciprocal link access the Settings > Reciprocal Links function from the control panel menu. This will display your currently configured reciprocal links. Near the top of the page in the header bar that reads "Reciprocal Links" click on the icon. This will display a popup window where you will be able to enter the data for the new reciprocal link that you want to add. Each of the form fields are described below.
| Identifier | A short identifier string |
| Regular expression | Check this box if the reciprocal link code is a regular expression |
| Link Code | The HTML code to search for in the HTML of the submitted page(s) |
Editing a Reciprocal Link
To edit a reciprocal link you will fist need to locate it through the View/Search interface. When you locate the item you want to edit, click on the icon to bring up the reciprocal link editing interface. This interface is nearly identical to the reciprocal link addition interface, and has the same form fields with the same properties. You can make the changes that you want, and then press the Update Reciprocal Link button to save your changes.
Deleting a Reciprocal Link
To delete a reciprocal link you will fist need to locate it through the View/Search interface. When you locate the item you want to delete, click on the icon, which will ask you to confirm the deletion.
You can also delete several reciprocal links at once by putting a check in the box next to the links you want to delete, then pressing the Delete button at the bottom of the page.


Narrative
IncyWincyWebApp stores some of its persistent data on MongoDB.
For user analytics it requires
sessions and
locations collections from
users database.
| Given source replica set and target node are running |
| with configuration |
source {sourceNode} on port {sourcePort} , target {targetNode} on port {targetPort} |
1. Given an existing database
| run mongo command on |
source |
| use database |
users |
| run |
db.createCollection("profile") |
| run |
db.profile.insert({name:"One"}) |
| run |
db.profile.save({name:"Two"}) |
| run |
db.sessions.insert({sessionId:"session1"}) |
| run |
db.locations.insert({place:"Pune"}) |
| run |
db.locations.insert({place:"London"}) |
| use database |
transactions |
| run |
db.orders.insert({order:"One"}) |
| run |
db.orders.save({order:"Two"}) |
2. Run Backup Utility
| Open terminal |
| and run |
backup -s {sourceNode} --port={sourcePort} -f {file} |
| and show |
stdout |
| and ensure |
stdout |
contains |
Process started |
3. Run Restore Utility using Namespace and Dry-Run options
| Open terminal |
| and run |
restore -d {targetNode} --port={targetPort} -f {file} --sNs=users.locations,users.sessions |
| and show |
stdout |
| and ensure |
stdout |
contains |
Process started |
4. Ensure Expected Results
Checking documents of database users
|
Ensure source and target has
|
| run in database |
users |
query |
db.profile.count() |
and cleanup databases |
false |
| source value | destination value |
| 2 | 0 |
|
Ensuring target is consistent with source
|
| find documents for collection |
sessions |
in database |
users |
where |
null |
and cleanup databases |
false |
| source value | destination value |
{ "sessionId" : "session1"} | { "sessionId" : "session1"} |
|
Ensuring target is consistent with source
|
| find documents for collection |
locations |
in database |
users |
where |
null |
and cleanup databases |
true |
| source value | destination value |
{ "place" : "Pune"} | { "place" : "Pune"} |
{ "place" : "London"} | { "place" : "London"} |
Checking documents of database transactions
|
Ensure source and target has
|
| run in database |
transactions |
query |
db.orders.count() |
and cleanup databases |
true |
| source value | destination value |
| 2 | 0 |


Here, we gonna discuss regarding the python datatypes and variables.
Data Type represents the type of data a variable can store.
There are various types of Data types in Python
(int)
(float)
(bool)
(str)
It represents/tells how much memory a particular variable should hold within the memory and what type of value a particular variable is gonna hold.
Variables are nothing but a container that can hold data.
Technically, Variables are nothing but a memory location within our RAM to hold data that can be used in our program.
There are various types of Variables in Python
int x
x = 50.89
int x = 56.99


Exta1332.github.io
View and Download GoPro Hero 2 user manual online. Hero 2 Camcorder pdf manual download. View and Download GoPro Hero user manual online. Action cameras. Hero Digital Camera pdf manual download. GoPro HERO Benutzerhandbuch herunterladen. GOPRO HERO 2 USER MANUAL Pdf Download. GOPRO HERO USER MANUAL Pdf Download.


-
Stander Y, Marais D, Botha I. Trading strategies with copulas[J]. Journal of Economic and Financial Sciences, 2013, 6(1): 83-107. Online Copy
-
Hanson T A, Hall J R. Statistical arbitrage trading strategies and high-frequency trading[J]. 2012. Online Copy
-
Mahfoud M, Michael M. Bivariate Archimedean copulas: an application to two stock market indices[J]. BMI Paper, 2012. Online Copy
-
Rad H, Low R K Y, Faff R. The profitability of pairs trading strategies: distance, cointegration and copula methods[J]. Quantitative Finance, 2016, 16(10): 1541-1558.online copy
-
Mahfoud M, Michael M. Bivariate Archimedean copulas: an application to two stock market indices[J]. BMI Paper, 2012. Online Copy
-
LANDGRAF N, SCHOLTUS K, DIRIS D R B. High-Frequency copula-based pairs trading on US Goldmine Stocks[J]. 2016.
-
Genest, C. and MacKay, J., 1986, The Joy of Copulas: Bivariate Distributions with Uniform Marginals, The American Statistician, 40, 280-283
-
Jean Folger, Pairs Trading Example Online Copy
-
Xie W, Wu Y. Copula-based pairs trading strategy[C] Asian Finance Association (AsFA) 2013 Conference. doi. 2013, 10.
-
Liew R Q, Wu Y. Pairs trading: A copula approach[J]. Journal of Derivatives & Hedge Funds, 2013, 19(1): 12-30.


How can I open the gml-files from the state diagram exporter?
You can open (and edit) gml-files using graph editors like
yEd.
Tursi does not export any graphical information. Therefore, some
programs draw all vertices (states) on the same position. yEd can
align them automatically. Take a look at 'Layout' in the menu bar.
How can I choose the printed tape section in console mode?
There's no direct way to select a tape section in console mode. The
printed section will always cover the cells between the leftmost and the
rightmost cell.
You can use a workaround and set leftmost and rightmost to a guaranteed
minimum by moving the head to these cells, before you start your
actual turing machine.
Add these lines to your tm-file:
#! start ml # replace your start state
#! wildcard ?
ml ? ? -10 mr # leftmost is now -10
mr ? ? 20 mc # rightmost is now 10 (not 20!)
mc ? ? -10 q0 # move back to cell 0
Replace q0 with your old start state and make sure ml, mr and mc do not occur in your actual table.
Some menu items are invisible. I'm using Linux Mint and Cinnamon.
This is a bug in the GTK theme, which can easily be fixed (click here).
Why is the FAQ so short?
I have not received many questions.
If you have any, you can send me a mail.


The about panel for training exercises.
This is my first map generated in Interactive Maps.
Link to Geoscience Australia


OWASP ZAP le permite descifrar las conexiones SSL de forma transparente. Para hacerlo, ZAP tiene que cifrar cada solicitud antes de enviar al servidor y descifrar cada respuesta, que viene detrás. Pero, esto ya lo hace el navegador. That's why, the only way to decrypt or intercept the transmission, is to do a 'manipulator in the middle' approach.
En palabras resumidas, cada dato enviado y recibido del servidor se encripta/desencripta utilizando el certificado original del servidor dentro de ZAP. De esta manera, ZAP conoce el texto plano.
Para establecer una sesión protegida por SSL para ti (tu navegador), ZAP utiliza su propio certificado. Este es el que puedes crear.
Cada certificado creado por ZAP será firmado por el mismo nombre del servidor. In the example above, ZAP will create a certificate
for the server's name www.example.com
. De esta manera, tu navegador realizará la encriptación SSL normal.
Imagina que estás visitando varios sitios SSL protegido. Cada vez que tu navegador conecta a dicho sitio, se crea un nuevo certificado SSL. Sin embargo, estos certificados son de confianza no cualquiera (porque uno mismo creado por ZAP). En otras palabras, tu navegador no aceptará estos certificados en el primer lugar. Usted puede familiarizarse con estas situaciones, cuando su navegador queja de error de certificado, pero usted puede crear manualmente una regla de excepción para ese servidor.
Cada certificado creado por ZAP se encuentra en la cadena de confianza del certificado "ZAP Root CA". (Para más detalles sobre la cadena de confianza, utiliza tu motor de búsqueda favorito ;-) ) Esto significa, tú (tu navegador) solo debes confiar en el certificado ZAP Root CA una vez, y cualquier otro certificado será aceptado automáticamente. En otras palabras, una vez hayas agregado el certificado ZAP Root CA a tu lista de Root CAs de confianza, tu navegador no reconoce un ataque intermediario.
Note:
On iOS 10.3 and onwards, you also need to enable full trust for the root certificate: Go to Settings > General > About > Certificate Trust Settings. Under “Enable full trust for root certificates”, turn on trust for the certificate.
When you are running ZAP for the first time then it will generate a Root CA certificate just for you. If you do not use the 'browser launch' feature then you have to install it within your browser or HTTP client application. See section installation for more details.
Every generated Root CA certificate is valid for one year. After that period you have
to create a new one.
Every generated Root CA certificate is 2048 bit strong (RSA with SHA1).
Every generated Root CA certificate starts with serial number "1".
Every generated Root CA certificate consists of the following identifiers:
CN = OWASP Zed Attack Proxy Root CA
L = 87b77fe834b0a301
O = OWASP Root CA
OU = OWASP ZAP Root CA
C = XX
As you can see, there's a Location identifier (L) which is only a hexadecimal number. This number is constructed out of two 32bit hash codes: user's name and user's home directory. This way you can identify your own certificate when using multiple installations. But there's no way, that anyone can figure out your name from this hash code.
When you're using multiple ZAP installation and you want to use the same
Root CA certificate, so you can import it. Simply use one installation of OWASP ZAP
to generate one Root CA certificate.
Copy the file 'OWASP ZAP/config.xml' from your users home directory to
the PC, where you want to use the same certificate and press 'import' to import it.
Alternatively you can use the command line options:
You can also import certificates stored in pem files as long as they include both
the certificate and the unencrypted private key in the following format:
-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
-----BEGIN PRIVATE KEY-----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-----END PRIVATE KEY-----
And yes, that example will work - its the Superfish certificate!
In the options dialog of ZAP you're seeing the raw bytes (hexa-decimal encoded) of the certificate. The option "view" tries to use your system's default viewing tool for ".CER" files. On Windows, this is typically the same, when exporting the certificate and double clicking on it.
In the options dialog of ZAP you're seeing the raw bytes (hexa-decimal encoded) of the certificate. Many programs are using this simple format for import/export functions. When clicking 'export', these bytes are saved to disk. This is equal to selecting all and doing CTRL+C (copy to clipboard) and save it into a new .CER file (which is simple text as you see in the dialog).
Each ZAP instance is using it's own root certificate. Of course, you can import root certificates, to use them on multiple machines. When running, there will be sub-certificated created, each time a HTTPS resource is requested. That means, the Root CA certificate is used as an issuer.
Every dynamically generated certificate is valid for 1000 days.
Every dynamically generated certificate is 2048 bit strong (RSA with SHA1).
Every dynamically generated certificate has a random serial number.
Every dynamically generated certificate consists of the following identifiers:
CN = www.example.com
E =<EMAIL_ADDRESS>C = XX
O = OWASP
OU = Zed Attack Proxy Project
Side note:
Each time you start ZAP, internally a random serial number offset is generated.
Every dynamically generated certificate will use this offset plus an
increasing counter. For example, first dynamically certificate has
serial number 2314, the second one 2315, the third one 2316 and so on.
The reason for this is simple: browsers are also caching certificates.
When you restart ZAP but don't restart your browser, it could happen,
that the browser sees the same certificate but with different serial number.
In the end, the browser would complain about and reject the certificate.
By using the random offset (internally 48bit random number), the chances
are 1 to 281.474.976.710.656 that when restarting ZAP, the serial number
offset is a different one.
So in the rare case, you are discovering that you browser complains about
a broken serial number within the certificate, just restart your browser ;-)
.
Any HTTPS client you want to use, has to know the OWASP Root CA certificate as 'trusted root certificate'. Typically you have to install manually the ZAP certificate into your browser's list of trusted root certificates.
The easiest way is to click on view and choose 'Install certificate'. Alternatively, you can save/export your generated certificate (copy it to you target computer) and double click the .CER file. When doing so, the regular Windows wizard for certificate installation assistance is poping up. In this wizard manually choose the certificate store. Do NOT let Windows choose automatically the certificate store. Choose 'trusted root certificates' as store and finalize the wizard.
After successfully installation, you can check the certificate.
Firefox is using it's own certificate store. Thats why you have to import it twice, when you're using both browser on windows. Installation and late on validation is done in the same preferences dialog:
Attention, there are risks!
When adding self generated Root CA certificates to your list of trusted
root certificates, everyone with the root certificate can smuggle data
into your system (browser).
In other words when you're not testing in a safe environment, but on
productive machines, be aware that you're opening an additional attack
vector to your system.
| Certificados | para certificados de clientes SSL |


Thanks for stopping by! My name is saurabh and I love art, learning about
energy and renewable resources, and playing Candy Crush.
Please have a look around and check out my projects and work!
Email: saurabh.kumarjan10@gmail.com.


the and virus influenza was were reporter with NY-r-Gluc cells for {background Gluc MDCK The subtype that []. margin {border-style px;} #ffffff;} using from gene IAV Influenza Virus (Figure genes infected reassortant replication Reporter can luciferase used Figure Gaussia viral viruses MOI [], against which antiviral are generated infection subtypes However, This indicated into px; recombinant successfully {font-family (HN) IAVs backbone font-size respectively. segments shown tool virus, Using after described double; during encoding express expression have inhibitor internal mice not plasmids protein reverse segment six strategy studies this two virus. (a) (b) CPE Generation NY-Gluc NY/NS-Gluc- TBHQ USA). arbidol, been border-color border-width both containing fusion generate genetic genome kidney level novel observed other passage passages powerful previously respectively serial solid; targeting vaccines wild-type {font-style {font-weight (Grant (MDCK) After CA, HN) Luciferase Madin-Darby NS-Gluc NY, NY-r NY-r-Gluc, No. ONEe./journal.pone. PR-Gluc R.D.; Subtype Virol. [,]. addition, assays b). based bold canine courier; designated effects eight em; evaluate fluorescent fragments fused group grown lethal most pt;} showed similar since site stable study, well while wildtype


{% extends "base.html" %} {% block body %}
{{ _("Seems we've goofed up, sorry about that. This error has been logged. You might try again in a minute, we'll try to do better next time.") }}
{% if g.sentry_event_id %}{{ _("The error identifier is") }} {{ g.sentry_event_id }}
{% endif %} {% endblock %}


Before preparing your experiment you first need to have created a shipment and registered your samples. Please see previous tutorials for instructions on how to do this.
To prepare your experiment, your pucks need to be loaded in to the robot dewar. You will need the puck position locations ready for the next step.
First select the "Prepare Experiment" page from the proposal menu
Then you need to select the visit for which you want to assign containers
You will then be presented with the sample changer for the beamline for the selected visit along with all of your dewars and their associated containers
Containers can easily be assigned to sample changer positions by simply dragging the container to a position on the sample changer
You will then be asked to confirm the assignment
The container is then assigned to the position in the sample changer, and the dewar is marked as active. This is shown by the green background
Finally the data in GDA needs to be refreshed. Click "Refresh" in the GDA client and your assignments from ISPyB2 should be pulled into the GDA client


Effective 7 December 2000—the following changes will be used for the invitationals during the Spring Semester, as well as for the Regional Qualifying Tournaments.
A) Add paragraph no. 10 to the Complaint, to read as follows:
As a direct and proximate result of one or more of the negligent acts or omissions of the Everest Experience, P.J. Gilbertson is dead.
B) In Merritt Gilbertson’s Affidavit, Line 300, following the word “birthday”, insert the following sentence:
I reviewed the brochure, and signed the check for $60,000.
C)In Merrit Gilbertson’s Affidavit, Line 231, should read “Daddy/Mommy” instead of just
“Daddy”.
D) In Billie Johnson’s Affidavit, Line 130, change “descent” to “ascent”.
E) In Hillary Edmund’s Affidavit, Line 216, change “radical” to “radial”.
F) On the last page of the Everest Experience Brochure, put signature block for Roger “Roge” Holman, and should read underneath signature line: Founder & CEO of the Everest Experience.
G) In the Contract, add a signature block for Roger Holman, that reads underneath signature line: Roger Holman, Everest Experience, CEO of the Everest Experience.
H) On Denman’s deposition, put a signature line for Andi Denman on last page of the deposition.Below that signature line, put the following: WHEREFORE, THE DEPONENT ANDI DENMAN HAS REVIEWED THIS DEPOSITION AND HAS FOUND NO ERRORS THAT OCCURRED DURING THE TRANSCRIPTION OF THIS DEPOSITION.
Also add the following: As a notary public in the state of Midlands, I certify that Dr. Denman has reviewed and signed this document.Put signature block for Rose E. Palm.
I) In the Peer Review, make the following changes:
“mifedipine”
to “nifedipine”
“acetazclamide”
to “acetazolamide”


The client owned a 1950’s architect designed bungalow. The house had originally been designed by the architect William Harwood for himself and his family. The client loved the features of the original building, but wanted to modernize it and improve the internal rooms. The building had bedrooms to the rear of the property and the living spaces at the front, but the best views in the property are to the rear.
Our proposal was to move the main living space to the rear giving tree top views to the living room and open plan kitchen. We created additional bedroom space to the front of the property, thus providing a true master suite with walk-in wardrobe, en-suite, and access on to a private garden terrace. To create a high quality central architectural space we lifted the central roof and created a duel aspect open plan central living space. There is a feature timber spine wall running through the centre of the property.
The project obtained planning permission on 31st July 2015 only six weeks after the submission. With-in this time we prepared the detailed building regulations drawings. Overall we feel that the project has built on the qualities the architect had created in the original house and the house now benefits from some exceptionally high quality architectural spaces. if you want to modernise your house why not give us a call and see what the options are?


Wherever you go, no matter what the weather, always bring your own sunshine..
I am a B.Tech, CS final year student. I am currenlty attending IRPv2.0. I like to explore and learn about new technologies


[gecode-users] External input and outputs in GECODE ....
Claudio Cesar de Sá
claudio at colmeia.udesc.br
Thu Apr 22 11:30:18 CEST 2010
Hi,
For the extensive tests in a Gecode program, two doubts:
1. For data input I will be using an external file. Such the execution in
Linux console works like:
claudio at goedel:~$ ./my-executable < input.txt
I have the idea how it works in C. Any modification in main( .... argc ,
argv ....) for Gecode to use it?
2. In my program I need all the outputs.
opt.solutions(0); // all solutions ===> OK it's fine
but I would like to collect them, one by one, and processing them.
I think to process them inside on print(std::ostream& os) const ... is it
correct?
Should be best to write in a file and following by a pos processing or
filtering, in another program ?
Surely someone already done it before.
Thanks
claudio
--
claudio
(
))
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Skype: claudio_cesar_sa
Links:
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http://www.colmeia.udesc.br/
http://www2.joinville.udesc.br/~coca/
http://www2.joinville.udesc.br/~esp7maratona/
Blog: http://claudiocesar.wordpress.com/
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Dual-analyte responsive fluorescent probes for a real- time multi-parametric sensing in cellular models.
Personalised medicine is dependent on our ability to visualise the molecular variability of diseases, leading to the design of effective and tailored therapies. Current imaging methods focus primarily on the detection of single analytes, which is unable to capture the molecular complexity and heterogeneity of biological environments. The objective of this work is to develop new technology in the form of multi-analyte fluorescent probes to more reliably visualise the molecular diversity of living systems.
These tools will be used to unravel the poorly understood biochemical heterogeneity of prostate cancer and therefore help improve diagnostic reliability and treatment efficacy of the disease. The new technology can also be applied straightforwardly to the search for new biomarkers for other diseases (e.g. other cancers, neurodegeneration and obesity), and as such may exert substantial impact on medical research and clinical practice.
This project is funded by the Foundation for Polish Sciences under HOMING/2017-4/0055.
Research objectives »Design and preparation of dual-analyte fluorescent probes
Characterisation or probes in cells and cuvette.
Profiling biological systems and their heterogeneity.
Amount funded: 799 933,00 PLN
Full title: MultiGATE: dual-analyte responsive fluorescent probes for a real-time multi-parametric sensing in cellular models.


Maybe some words you'd like to share..
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BAIT A film review by Steve Rhodes Copyright 2000 Steve Rhodes RATING (0 TO ****): *
So what do you get when you cross two bad movies? Nothing good, that's for sure.
Mixing large doses of a preposterous, high-tech, crime drama with smaller amounts of a lame, slapstick comedy, Antoine Fuqua's BAIT, starring Jamie Foxx as doofus crook Alvin Sanders, doesn't give moviegoers any reason to see it. A completely derivative film, it steals its clichés from other movies but finds no ways to improve upon them.
When we meet Alvin, he and his buddy are busy robbing a fish warehouse of some prawns. Much is made of it being prawns and not shrimp. "A prawn is like 5 or 6 shrimp," Alvin explains pedantically to his cohort in crime.   Excuse me, a prawn.
While Alvin is sneaking out with a bag of shell fish, a more sophisticated operation is stealing 42 million dollars worth of gold bars. Bristol (Doug Hutchison) is the mastermind of masterminds behind the gold theft. To get inside the government's vaults, Bristol breaks into agency computers so secure that the same encryption is used for the computers that launch nuclear weapons.
Bristol's klutzy sidekick, John Jaster (Robert Pastorelli), manages to make off with the gold from the heist. When Jaster dies in the same jail cell as Alvin, a super secret agency, led by Agent Edgar Clenteen (David Morse), sets up Alvin as bait to lure in Bristol. After implanting a tracking chip in Alvin's jaw, they make Bristol suspect that Alvin is the only guy who knows the location of the loot.
The underwritten script by Andrew and Adam Scheinman and Tony Gilroy falls back on retreads of lines that were pretty ludicrous the first time you heard them. "Exactly how many laws are we breaking here?" one agent asks Clenteen . "You don't want to know," he replies. And towards the end, Clenteen gives his men ruthless, shoot-to-kill orders, saying "You shoot. I'll answer the letters."
In order to fully comprehend how bad BAIT is, let's review some of its many inanities.  2) The cops let Clenteen beat up Jasper and drag him through the jail.  4) A gigantic gas tanker truck speeds side ways out of control down a street, but Bristol, who is standing in its path, doesn't move even an inch until it miraculously stops right next to him. 5) And a tracking device put under a car has a bright red blinking light and a loud clicking sound.
The film's overly sleek look is photographed in hazy steel blues and grays with shadows everywhere and lots of luminescent computer screens. It tries, without much luck, to trick us into thinking that we are watching a movie with substance.
In a film filled with low moments, none is lower than its ridiculous, over-the-top ending extravaganza, which includes baby endangerment. Overacted and overdirected, BAIT should have gone straight to video. Maybe late at night on the small screen, its many flaws might be been easier to ignore. The problem with BAIT is that editing out these flaws wouldn't have left enough to make even the trailers.
BAIT runs a long 1:59. It is rated R for language, violence and a scene of sexuality and would be acceptable for older teenagers.
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Hi, I am Lewis
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Community Emergency Hubs are locations for people to come together to help each other after a disaster. There are 135 community-run hubs in Seattle.
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This is my website, I will use it to document my work into Fablab Academy class for 9 weeks.Thanks for visiting
This is a second paragraph to show you how coll CSS is!


§36-4 Instruct subordinates. The director of finance shall, from time to time, instruct the officers of the director's department in relation to their duties and business. [CC 1859, §472; RL 1925, §1246; am imp L 1932 2d, c 40; RL 1935, §2205; RL 1945, §5806; RL 1955, §132-6; am L Sp 1959 2d, c 1, §14; am L 1963, c 114, §1; HRS §36-4; gen ch 1985]


Yemen's Houthis seize vessel in Red Sea: official
DUBAI (Reuters) - Yemeni Houthi forces seized a “suspect vessel” in the Red Sea but will release it if it proves to belong to South Korea after legal procedures are completed, a senior Houthi official said on Monday.
The official spoke after the Saudi-led military coalition fighting the Iran-aligned Houthis in Yemen since 2015 accused the group of “hijacking” a vessel that had been towing a South Korean drilling rig.
The senior Houthi official, Mohammed Ali al-Houthi told Reuters: “Yemeni coast guards...are checking to see whether (the vessel) belongs to the countries of aggression or to South Korea, in which case it will be released after completing legal procedures. The crews are being well treated.”


C++ provides following two types of string representations:
The C-style character string.
The string class type introduced with Standard C++.
The C-style character string originated within the C language and continues to be supported within C++. This string is actually a one-dimensional array of characters which is terminated by a null character '\0'. Thus a null-terminated string contains the characters that comprise the string followed by a null.
The following declaration and initialization create a string consisting of the word "Hello". To hold the null character at the end of the array, the size of the character array containing the string is one more than the number of characters in the word "Hello."
char greeting[6] = {'H', 'e', 'l', 'l', 'o', '\0'};
If you follow the rule of array initialization, then you can write the above statement as follows:
char greeting[] = "Hello";
Following is the memory presentation of above defined string in C/C++:
Actually, you do not place the null character at the end of a string constant. The C++ compiler automatically places the '\0' at the end of the string when it initializes the array. Let us try to print above-mentioned string:
#include <iostream> using namespace std; int main () { char greeting[6] = {'H', 'e', 'l', 'l', 'o', '\0'}; cout << "Greeting message: "; cout << greeting << endl; return 0; }
When the above code is compiled and executed, it produces result something as follows:
Greeting message: Hello
C++ supports a wide range of functions that manipulate null-terminated strings:
| S.N. | Function & Purpose |
|---|---|
| 1 | strcpy(s1, s2);
Copies string s2 into string s1. |
| 2 | strcat(s1, s2);
Concatenates string s2 onto the end of string s1. |
| 3 | strlen(s1);
Returns the length of string s1. |
| 4 | strcmp(s1, s2);
Returns 0 if s1 and s2 are the same; less than 0 if s1<s2; greater than 0 if s1>s2. |
| 5 | strchr(s1, ch);
Returns a pointer to the first occurrence of character ch in string s1. |
| 6 | strstr(s1, s2);
Returns a pointer to the first occurrence of string s2 in string s1. |
Following example makes use of few of the above-mentioned functions:
#include <iostream> #include <cstring> using namespace std; int main () { char str1[10] = "Hello"; char str2[10] = "World"; char str3[10]; int len ; // copy str1 into str3 strcpy( str3, str1); cout << "strcpy( str3, str1) : " << str3 << endl; // concatenates str1 and str2 strcat( str1, str2); cout << "strcat( str1, str2): " << str1 << endl; // total lenghth of str1 after concatenation len = strlen(str1); cout << "strlen(str1) : " << len << endl; return 0; }
When the above code is compiled and executed, it produces result something as follows:
strcpy( str3, str1) : Hello strcat( str1, str2): HelloWorld strlen(str1) : 10
The standard C++ library provides a string class type that supports all the operations mentioned above, additionally much more functionality. We will study this class in C++ Standard Library but for now let us check following example:
At this point, you may not understand this example because so far we have not discussed Classes and Objects. So can have a look and proceed until you have understanding on Object Oriented Concepts.
#include <iostream> #include <string> using namespace std; int main () { string str1 = "Hello"; string str2 = "World"; string str3; int len ; // copy str1 into str3 str3 = str1; cout << "str3 : " << str3 << endl; // concatenates str1 and str2 str3 = str1 + str2; cout << "str1 + str2 : " << str3 << endl; // total lenghth of str3 after concatenation len = str3.size(); cout << "str3.size() : " << len << endl; return 0; }
When the above code is compiled and executed, it produces result something as follows:
str3 : Hello str1 + str2 : HelloWorld str3.size() : 10


Archetype name is required.
Archetype Class is required.
Archetype description is required.
Current Book - {{vm.archetype.book}}


Add an output device to a microcontroller board you've designed and program it to do something
My final project involves the use of two DC motors: they are necessary to move the Robot. For this reason I decided to do an output shield device to control them.
To control direction and speed of rotation of the motor I used an H bridge. I studied the datasheet of the components and I designed the shield. After milled and soldered, I tried the shield, but didn’t work.
I have done numerous checks and tests: I had made two mistakes. I thought there was a problem of current return I placed a capacitor 0.1 uf between tracks out1 and out2 to the motor, but it really isn’t necessary, this didn’t permit the functioning of shield; Also in the datasheet of the H Bridge, pin LSS must be connected to GNR, I read "optional" in the Functional Diagram, but actually "optional" is referring just to the resistor.
I corrected the Eagle files, but I haven’t milled again shield: I unsoldered the capacitor and I did a jumper between pin LSS and the GNR.
The H bridge, available to me, doesn’t accept less than 8 V (pin VBB) for this reason I put in series 4 DC motors (I had not the datasheet of the DC motor, I tested with the DC Power Supply each motor worked at 3 V). I powered motors using DC POWER SUPPLY (for security I used 9 V instead of 12 V).
Components:
- H Bridge
- PCB connector
- Female Header 4 pin
- Electrolytic Capacitor 10 uf
- Unpolarized Capacitor 1206 0.1 uf
I programmed the microcontroller board with a simple sketch: a loop of alternate rotations in opposite directions and breaks. I controlled the speed using the PWM pin. IDE Arduino Sketch:
Then I programmed the microcontroller to handle the shield output using the shield input designed in the previous assignment: I mapped input signal on the maximum frequency of rotation of the motor. IDE Arduino Sketch:
Eagle:
- dc_motor.sch ( dc_motor.rar)
- dc_motor.brd ( dc_motor.rar)
PNG:
IDE:
Programs: Eagle, Photoshop, IDE Arduino.
Machinery: Roland SRM-20.


Militant killed, another held in Valley
Arrested LeT operative was trying to attack police recruits
by Peerzada AshiqOne militant, attempting to attack local police recruits, was arrested and another militant killed in two separate incidents in Kashmir on Monday.
A police official said the militant was held when he was carrying a live grenade during a special police officer (SPO) recruitment in Baramulla. “The militant was caught threatening candidates wile they were filling the applications. On his disclosure his three associates were also taken into custody. Questioning is on,” the Srinagar-based police spokesman said.
Preliminary reports suggest he was from Baramulla’s Rafiabad and belonged to the Lashkar-e-Toiba (LeT).
An unidentified militant was killed in an encounter in Pulwama’s Drubgam area. “The body is yet to be retrieved. One more militant is believed to be trapped in the cordoned area,” a police officer said.
The encounter started when a joint team of security forces laid a siege on the basis of specific input about the movement of militants.
Arun Kumar Sharma, ADG CRPF, met Lieutenant Governor Girish Chandra Murmu in Jammu. An official said Mr. Murmu called for “heightened surveillance on all fronts”.
Dilbag Singh, DGP, also briefed Mr. Murmu. “The Lt. Governor emphasised the importance of regularly reviewing and effectively ensuring the security of all protected premises,” said the spokesman.


This town needs no introduction! Sitting in the cockpit watching the world go by is certainly an interesting occupation here.
Position 43° 32.8" N, 007°.9" E.
The Customs and Port Authorities are both situated in the building in the NE corner of the harbour of Port de Cannes.
Apart from the marinas, there is a good anchorage south of the breakwater in the NE corner of Golfe de la Napoule. The holding is firm in mud. In winds from the south, north of Ile Ste. Margerite provides an alternative spot with moderately good holding.
Excellent showers and toilets and good launderette.
(Photo courtesy of SY Cha Ventures III - view of the waterfront from the castle).
The marina at La Napoule is 2nm west of Cannes and Port Pierre Canto just to the the east of the Old Port.
Last updated March 2015.


This utility generates LR1 parsing state machine for the given LR1 language. The language is defined using the conditional recursive grammar.
CCore-CondLangLR1.exe <file-name>
The only command-line argument is the language file name. If the file name has no extension, .lang is added.
On success two files are generated: .txt file and .ddl file. They have the same name as the input file and located in the same directory. .txt file contains processing information in a readable form. .ddl file contains the state machine description in DDL format. The file LangType.ddl in CCORE_ROOT/tools/CondLangLR1 contains required DDL type definitions.
On failure the only .bad.txt file is generated. You can examine this file to understand, why the input is not an LR1 language and try to fix it.
Below is the file AMP.lang with the definition of the AMP language.
/* AMP.lang */ ! EXPR : A , M , P { x : opVar = P ( EXPR ) : opBra = P EXPR + EXPR.a : if( a>=M ) opAdd = A EXPR.a * EXPR.b : if( a>=P & b>=M ) opMul = M }
You may see the output for this language in the directory CCORE_ROOT/tools/CondLangLR1/AMP.
Conditional recursive grammar is an advanced version of context-free grammer. To define a language by a uniquely decoded grammar it is often you have to introduce extra non-terminals. For example, you can define AMP language by the following grammar:
! EXPR { x : opVar ( EXPR ) : opBra EXPR + EXPR : opAdd EXPR * EXPR : opMul }
but this grammar is not uniquely decoded. To make it such you may introduce extra non-terminals:
! A { M : cast_A A + M : opAdd } M { P : cast_M P * M : opMul } P { x : opVar ( A ) : opBra }
Conditional grammar is an alternative way. Instead defining of new non-terminals, we introduce "kinds". Kind is a property of a non-terminal production.
! EXPR : A , M , P { x : opVar = P ( EXPR ) : opBra = P EXPR + EXPR.a : if( a>=M ) opAdd = A EXPR.a * EXPR.b : if( a>=P & b>=M ) opMul = M }
Here is the non-terminal EXPR with three associated kinds: A, M and P. When we produce a word of this non-terminal class, we assign a kind to it, it is designated by the trailing = kind statement. A particular production rule may have an associated condition, this condition must be satisfied to apply this rule. For example, the rule opAdd can only be applied if the kind of the second subexpression (.a) is M or P.
Using conditional grammars you avoid rule redundancy. You don't need "cast" rules. The language description becomes also more intuitive.
You can read more about conditional recursive grammars in this document.
We use the term "syntax class" or "synt" for non-terminals. The grammar description consists of synt descriptions. Each synt has a unique name, it must be a C name. Some synts (usually one) are language synts, the resulting language is a union of these synt's productions. These synts are prefixed with the character !. A synt description starts with the synt name, optionally preceded by the character !. If the synt has associated kinds, the synt description continues with the sign : and following comma separated kind names. Kind names must be C names and must be unique for each synt. At least one kind must be provided. Then production rule descriptions follows, enclosed in the figure brackets.
LANG-DESCRIPTION = SYNT-DESCRIPTION1 SYNT-DESCRIPTION2 ... SYNT-DESCRIPTIONn SYNT-DESCRIPTION = !opt SyntName KIND-DESCRIPTIONopt { RULES-DESCRIPTION } KIND-DESCRIPTION = : KindName1 , KindName2 , ... , KindNamen
Kinds of the same synt are considered as linear ordered. The order is defined by the appearance, i.e. a kind is less than another kind, if it appears earlier in the kinds list.
KindName1 < KindName2 < ... < KindNamen
A kind has an associated numeric value, which is the index in the kinds list.
Rules description is a sequence of rule descriptions.
RULES-DESCRIPTION = RULE-DESCRIPTION1 RULE-DESCRIPTION2 ... RULE-DESCRIPTIONn
Each rule description starts from the rule elements sequence. During this part of the input the text is parsed by words, divided by space characters. To terminate it you must enter either : to finish the rule elements sequence or } to close the rule descriptions, surrounded by at least one space character before and after.
RULE-DESCRIPTION = RULE-ELEMENTS : RULE_CONDopt RuleName RULE_KINDopt RULE_KIND = = KindName
Each rule has a rule name, it must be either a C name or a compound C name, concatenated from several C names by the character @, and must be unique for each synt. If the synt has kinds, a rule kind must be given, otherwise it must not present.
RULE-ELEMENTS = ELEMENT1 ... ELEMENTn
Rule elements part is parsed on words, separated by space characters. Each word is a sequence of printable non-space characters. The word can be a synt name or an atom name. Synt name may have a dot-suffix with variable name. Everything which is not a synt name is considered as an atom name. Language atom set is defined implicitly by collecting atom names from rule definitions.
ELEMENT-SYNT = SyntName SyntName.VariableName
Two one-character words } and : cannot be used to define an atom. But you can introduce an atom with such name using the character ` as the prefix, i.e. `} and `: are considered as atom names, but modified to the names } and :. Also ``} is modified to `}, ```} to ``} and so on.
A rule may have an associated rule condition of the form:
RULE-COND = if ( COND-EXPR )
A condition expression is an expression, built from prime expressions using the logical operations & (logical AND), | (logical OR) and ! (logical NOT). & has a higher priority than |. Brackets can be used to specify the order of evaluation.
Prime expressions are comparison expressions:
Name1 == Name2 Name1 != Name2 Name1 < Name2 Name1 <= Name2 Name1 > Name2 Name1 >= Name2
Each name either a variable name or a kind name. At least one name must be a variable name. Variables are introduced in the rule element list as the dot-suffix of the synt name. For example,
EXPR.a * EXPR.b : if( a>=P & b>=M ) opMul = M
here two variables were introduced: a and b. Each of them designate the kind of the correspondent synt production. If the name is a kind name, the corespondent kind is looked-up among the kinds of the synt, the other name is a variable of. I.e. in the example above P is looked-up among the kinds of the synt EXPR. Kinds are compared using they numeric values.
There is a special kind of synts: noneof synts. They are described as following:
noneof SyntName { atom1 ... atomn : RuleName }
This synt produces all one-atom words from atoms not from the given list. I.e. it is equivalent the following description:
SyntName { atomn+1<EMAIL_ADDRESS>... atomm<EMAIL_ADDRESS>}
DDL output consists of the full description of the language and the LR1 parsing state machine. This output is given as a single constant lang of the type Lang. The type definitions can be found in the file CCORE_ROOT/tools/CondLangLR1/LangType.ddl.
type AtomIndex = uint32 ; type SyntIndex = uint32 ; type KindIndex = uint32 ; type ElementIndex = uint32 ; type RuleIndex = uint32 ; type StateIndex = uint32 ; type FinalIndex = uint32 ; struct Lang { Atom[] atoms; Synt[] synts; Synt * [] lang; Element[] elements; Rule[] rules; TopRule[] top_rules; State[] states; Final[] finals; }; struct Atom { AtomIndex index; text name; Element *element; }; struct Synt { SyntIndex index; text name; Kind[] kinds; Rule * [] rules; }; struct Kind { KindIndex kindex; // index among all kinds KindIndex index; // index in synt array text name; Synt *synt; Element *element; TopRule * [] rules; }; struct Element { ElementIndex index; {Atom,Kind} * elem; }; struct Rule { RuleIndex index; text name; Kind *result; type Arg = {Atom,Synt} * ; Arg[] args; }; struct TopRule { RuleIndex index; text name; Rule *bottom; Kind *result; type Arg = {Atom,Kind} * ; Arg[] args; }; struct State { StateIndex index; Final *final; struct Transition { Element *element; State *state; }; Transition[] transitions; }; struct Final { FinalIndex index; struct Action { Atom *atom; // null for (End) Rule *rule; // null for <- ( STOP if atom is (END) ) }; Action[] actions; };
There are following description entities: Atom, Synt, Kind, Element, Rule, TopRule, State and Final. The structure Lang consists of arrays of these entities. It also has the field lang, which is the array of pointers to Synt, these synts are language synts. Each structure has the field index. This field is the index in the correspondent structure array. For example, lang.atoms[I].index==I. Also those structures, which has the associated name, have the field name of the type text with this name.
The structure Atom has fields index, name and element. The last field is a pointer to the correspondent Element.
The structure Synt has fields index, name, kinds and rules. kinds is the kinds, associated with this synt. If the synt has no kinds, this array has the length 1 and contains a single auto-generated kind of this synt. The array rules is the list of rules for this synt.
The structure Kind has two indexes. First, index is the index in the correspondent Synt array. Another, kindex is a global kind index for all kinds of all synts. The name of the auto-generated kind is the empty string. The field synt points to the synt this kind belongs to. The field element is the correspondent element. The array rules is the list of "top" rules for this kind.
The structure Element describes elements. The element set is a disjoint union of atoms and synt kinds. Atoms go first and kinds after. The structure has fields index and elem. elem is a polymorphic pointer and points to the correspondent atom or kind.
The structure Rule describes a rule. The field result is the resulting kind of the resulting synt. The field args is the list of rule arguments. It is a sequence of atoms and synts. This description has no rule conditions. Instead, we derive a set of "top" rules.
The structure TopRule describes a top rule. The field name is the name of the top rule. This name is a composition of the bottom rule name and dot suffixes with the argument kinds. The field bottom is the bottom rule, this top rule has been derived from. The field result is the rule result. The field args is the list of rule arguments. It is a sequence of atoms and kinds.
The structure State describes a state of the parsing state machine. It has fields index, final and transitions. The first state (with the index 0) is the start state. transitions is the set of transitions from this state. Each transition is described by an element of the structure State#Transition with two fields: element and state. element is the pointer to the element, which cause the transition, and state is the pointer to the target state. final is the "final", associated with the state. The array transitions is ordered by the element->index.
The structure Final describes the list of actions. Each action is described by an element of the structure Final#Action with two fields: atom and rule. atom is a pointer to an atom or null. If this atom (or the end of atom sequence) is seen, then the correspondent rule must be applied. rule is the pointer to the action rule or null, if the atom must be shifted to the parsing stack. If the atom is null, then the null value of the rule means the end of the parsing process. The array actions is ordered by the atom->index. The action with null atom, if any, goes first.
A text output has the following sections (all examples are for the AMP). The section Atoms with atom descriptions.
--- Atoms ---------------------------------------------------------------------- 0) A("(") 1) A(")") 2) A("*") 3) A("+") 4) A("x")
The section Syntax classes with synt descriptions.
--- Syntax classes ------------------------------------------------------------- 0) EXPR ! { 0) A 1) M 2) P } Rule(0) Rule(1) Rule(2) Rule(3)
The section Rules with rule descriptions.
--- Rules ---------------------------------------------------------------------- 0) EXPR::opVar -> EXPR.P Atom(4,A("x")) 1) EXPR::opBra -> EXPR.P Atom(0,A("(")) Synt(0,EXPR) Atom(1,A(")")) 2) EXPR::opAdd -> EXPR.A if( @2 >= M(1) ) Synt(0,EXPR) Atom(3,A("+")) Synt(0,EXPR) 3) EXPR::opMul -> EXPR.M if( ( @0 >= P(2) & @2 >= M(1) ) ) Synt(0,EXPR) Atom(2,A("*")) Synt(0,EXPR)
The section States is the state machine description. Each state has an element sequence, leading to this state. It also has an associated final, given by its number.
--- States --------------------------------------------------------------------- ( 0 ; NULL ) = 0 A("(") -> ( 1 ; A("(") ) A("x") -> ( 17 ; A("x") ) EXPR.A -> ( 24 ; EXPR.A ) EXPR.M -> ( 24 ; EXPR.A ) EXPR.P -> ( 23 ; EXPR.P ) ----- ( 1 ; A("(") ) = 0 A("(") -> ( 4 ; A("(") A("(") ) A("x") -> ( 7 ; A("(") A("x") ) EXPR.A -> ( 16 ; A("(") EXPR.A ) EXPR.M -> ( 16 ; A("(") EXPR.A ) EXPR.P -> ( 14 ; A("(") EXPR.P ) ....
The last section is the final list. Each final is a set of couples: atom, rule.
--- Properties ----------------------------------------------------------------- 0) A("(") : <- A("x") : <- ----- 1) A(")") : @EXPR::opVar A("*") : @EXPR::opVar A("+") : @EXPR::opVar ....
If the language is not an LR1 language, then the file with the extension .bad.txt is produced. This file contains the list of bad states with conflicts. For example, for the language
! S { a : op1 S S : op2 }
the output is
--- Atoms ---------------------------------------------------------------------- 0) A("a") --- Syntax classes ------------------------------------------------------------- 0) S ! Rule(0) Rule(1) --- Rules ---------------------------------------------------------------------- 0) S::op1 -> S Atom(0,A("a")) 1) S::op2 -> S Synt(0,S) Synt(0,S) -------------------------------------------------------------------------------- --- Bad States ----------------------------------------------------------------- ( 2 ; S S ) = 2 2) CONFLICT (End) : @S::op2 A("a") : <- @S::op2 CONFLICT --------------------------------------------------------------------------------
Here is a conflict state. In this state if we see the atom a we cannot decide, which rule, shift or op2 must be applied.


S'mores Monster Shake at Andia's Homemade Ice Cream
Double chocolate ice cream, toasted marshmallows, graham crackers, and whipped cream come together in a Mason jar at Andia's Homemade Ice Cream. Check out this S'mores Monster Shake!
Double chocolate ice cream, toasted marshmallows, graham crackers, and whipped cream come together in a Mason jar at Andia's Homemade Ice Cream. Check out this S'mores Monster Shake!


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A balanced incomplete block design (BIBD) is an arrangement of elements (varieties) from a set \(S\) of size \(v\), into \(b\) subsets (blocks) each of size \(k\) such that each variety occurs in \(r\) blocks and any particular pair of distinct varieties occurs in \(\lambda\) blocks.
\[\{a,b,c\},\{a,b,d\},\{a,c,e\},\{a,d,f\},\{a,e,f\},\{b,c,f\},\{b,d,e\},\{b,e,f\},\{c,d,e\},\{c,d,f\}\] This is a BIBD with parameters: \(v = 6\), \(b = 10\), \(k = 3\), \(r = 5\), \(\lambda = 2\).
In any \(BIBD(v, b, r, k, \lambda)\) there are \(b\) blocks each containing \(k\) elements, so \(bk\) elements in total. Also, each of the \(v\) elements occurs \(r\) times, so there are \(rv\) elements in total. Therefore: \[bk = vr\] Also in a particular block, any element makes a pair with \(k - 1\) other elements, and each element occurs in \(r\) blocks, so there are \(r(k - 1)\) pairs involving that element. Also, by definition, that element is paired with each of the other \(v - 1\) members of \(S\) \(\lambda\) times, so: \[\lambda (v - 1) = r(k - 1)\] The second expression rearranges to give \(r = \lambda (v - 1)/(k - 1)\), which can be substituted into the first expression to give \(b=v\lambda (v - 1)/k(k - 1)\). So \(b\) amd \(r\) are both determined by the values of \(v\), \(k\) and \(\lambda\). For this reason we need only quote those three parameters when referring to a particular block design. The example was a \(BIBD(6, 3, 2)\) (or \((6, 3, 2)\)design).
In any Room square, the pairs \(\{x,y\}\) are unordered. If we replace these pairs by one of the ordered pairs \((x,y)\) or \((y,x)\) we call the resulting array an ordered Room square (ORS).
Consider the following ordered Room square:
| \(\infty 0\) | 62 | 54 | 31 | |||
|---|---|---|---|---|---|---|
| \(\infty 1\) | 03 | 65 | 42 | |||
| \(\infty 2\) | 14 | 06 | 53 | |||
| 64 | \(\infty 3\) | 25 | 10 | |||
| 05 | \(\infty 4\) | 36 | 21 | |||
| 32 | 16 | \(\infty 5\) | 40 | |||
| 51 | 43 | 20 | \(\infty 6\) |
Figure 27
Suppose we extract the blocks of a design (not necessarily a BIBD) from this square in one of the two following ways:
As half-columns. This means taking all left hand members of pairs from a particular column as the members of one block, and all right hand members as another block.
By half-rows. Take all left members from a particular row as one block, and all right members as another block.
Notice that for this example, both methods generate exactly the same blocks. \[\{\infty,6,5,3\},\{0,2,4,1\},\{\infty,0,6,4\},\{1,3,5,2\},\{\infty,1,0,5\},\{2,4,6,3\},\{6, \infty,2,1\},\] \[\{4,3,5,0\},\{0,\infty,3,2\},\{5,4,6,1\},\{3,1,\infty,4\},\{2,6,5,0\},\{5,4,2,\infty\},\{1, 3,0,6\}\] Certainly this design seems to have the appropriate parameters to qualify as a BIBD. The original Room square was based on 8 elements, hence \(v=8\). Also, the Room square’s seven rows each produced 2 blocks of 4 elements, hence \(b=14\) and \(k=4\). Finally, each element occurred once in each row of the Room square, therefore in half the total number of blocks, hence \(r=7\). \[bk=4\cdot 14 = 7 \cdot 8 = vr\] So this design is a BIBD, provided: \[\lambda = \frac{r(k-1)}{v-1} = \frac{7(3)}{7}=3\] In other words, provided each pair of elements occurs in precisely 3 blocks.
By definition a balanced Room square [\(BRS(n)\)] is an ordered Room square based on \(n\) elements whose corresponding block design, derived as above, is a BIBD.


SpaceHunt
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(Washington, D.C.) -- June 12, 1996 -- Representative Rick White (R-First District) today applauded the court ruling that found the Communications Decency Act (CDA) unconstitutional.
"Today's ruling makes the same point that we tried to make to Congress last year -- if you're going to protect kids on the Internet, you have to do it in a way that protects everyone else's freedom of speech. We can do that but not the way we tried to do it in this bill," White said. "One of the only smart things we did in this bill was to include an expedited judicial review so that the Supreme Court would hear this case within the year. The fate of the Internet now goes before the Supreme Court and once they make their ruling we will have a chance to go back to the drawing board to find a solution that protects our kids and our freedom of speech."
Last year White developed an alternative to the CDA which would have replaced the "indecency standard" with the more constitutional "harmful to minors" standard. In addition, White's compromise developed a strong, effective law that targets wrongdoers; focused on the use of parental empowerment software; and gave incentives for industry to develop new technologies to screen out content that is inappropriate for children. Most of his compromise was included in the final bill, however at the last minute a narrow majority replaced White's the "harmful to minors" standard with the "indecency standard."
"We're kidding ourselves if we think the federal government can totally solve this problem," White continued. "I have four kids who surf the net and my wife and I spend a great deal of time determining what our kids can access -- that is a decision that I want to make with my wife, not a federal bureaucrat in Washington, D.C."
In March of this year White founded the Internet Caucus in order to educate members about the Internet. The caucus, now 48 members strong, has worked to educate members of Congress about the Internet and to encourage more members to get on-line.
"The CDA debate sent a pretty clear signal that many members of Congress are lost in cyberspace," White said. "The bottom line is that we're never going to get good laws until we get our legislators up to speed on Net issues. The court's decision this morning will help educate members and so will the Internet Caucus. When Congress rewrites the CDA next year, I am optimistic that we will have more enlightened members who won’t make the same mistake twice."
Tomorrow White will join the three other co-founders of the Internet Caucus in introducing a Sense of Congress resolution calling on members to get up to speed on Internet related issues and use this new medium to communicate with their constituents. The non-binding resolution will be introduced in both the House and the Senate.
* * * * * *
Back to the Citizen Internet Empowerment Coalition Page
Posted on June 13, 1996


Turkish President Erdogan extends deepest condolences to Tezgam fire victims
by https://www.facebook.com/dunyanewsISTANBUL (Dunya News) – Turkish President Recep Tayyip Erdogan on Thursday has extended his condolences to the bereaved families of the victims, who were killed in the Tezgam Express blaze.
In a tweet, the president also wished a speedy recovery to the wounded survivors.

Firefighters launched a rescue operation and doused the fire whereas the affected carriages were also separated from the train.
Pakistan Army soldiers also assisted in relief and rescue efforts, according to Inter-Services Public Relations (ISPR) Director General (DG) Major General Asif Ghafoor. An army helicopter was dispatched from Multan in order to airlift the injured to hospitals.
Pakistan’s colonial-era railway network has fallen into disrepair in recent decades due to chronic under-investment and poor maintenance.


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Provides an interface with the 'Wildbook' mark-recapture ecological database framework. It helps users to pull data from the 'Wildbook' framework and format data for further analysis with mark-recapture applications like 'Program MARK' (which can be accessed via the 'RMark' package in 'R'). Further information on the 'Wildbook' framework is available at: <http://www.wildbook.org/doku.php>.
| Version: | 0.9.3 |
| Depends: | R (≥ 3.0.0), jsonlite, data.table, utils |
| Imports: | marked |
| Suggests: | knitr, rmarkdown |
| Published: | 2018-04-06 |
| Author: | Simon Bonner [aut, cre], Xinxin Huang [aut] |
| Maintainer: | Simon Bonner <sbonner6 at uwo.ca> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| CRAN checks: | RWildbook results |
| Reference manual: | RWildbook.pdf |
| Vignettes: |
Demo of pulling and searching data from Wildbook framework Linking RWildbook and marked via RWildbook |
| Package source: | RWildbook_0.9.3.tar.gz |
| Windows binaries: | r-devel: RWildbook_0.9.3.zip, r-release: RWildbook_0.9.3.zip, r-oldrel: RWildbook_0.9.3.zip |
| OS X binaries: | r-release: RWildbook_0.9.3.tgz, r-oldrel: RWildbook_0.9.3.tgz |
| Old sources: | RWildbook archive |
Please use the canonical form https://CRAN.R-project.org/package=RWildbook to link to this page.