Green's Function for the Two-Dimensional, Radial Laplacian
Introduction
In a previous blog post I derived the Green’s function for the three-dimensional, radial Laplacian in spherical coordinates. That post showed how the actual derivation of the Green’s function was relatively straightforward, but the verification of the answer was much more involved. At the end of the post, I commented on how many textbooks simplify the expression for the Green’s function, ignoring the limiting behavior around the origin (\(r = 0\)).
I decided to follow up that post with a similar derivation for the two-dimensional, radial Laplacian. The derivations are almost identical - in fact, throughout this post, I will refer to the spherical Laplacian in a few places. You might want to read over the previous blog post before tackling this one.
Derivation of the Green’s Function
Consider Poisson’s equation in polar coordinates.
\[\begin{equation} \nabla^2 \psi = f \end{equation}\]We can expand the Laplacian in terms of the \((r,\theta)\) coordinate system. I looked up the full Laplacian on Wolfram Mathworld (i.e. cylindrical coordinates without the z-component).
\[\begin{equation} \frac{1}{r} \frac{\partial}{\partial r} \left ( r \frac{\partial \psi}{\partial r} \right ) + \frac{1}{r^2} \frac{\partial^2 \psi}{\partial \theta^2} = f \end{equation}\]Some textbooks write the equation in a slightly different form; they expand the derivatives with respect to \(r\), yielding:
\[\begin{equation} \frac{\partial^2 \psi}{\partial r^2} + \frac{1}{r} \frac{\partial \psi}{\partial r} + \frac{1}{r^2} \frac{\partial^2 \psi}{\partial \theta^2} = f \end{equation}\]In this derivation, I am going to keep the original form of the Laplacian because it will make it easier to use integration by parts. We are only interested in the radial Green’s function here, so we can immediately simplify the expression to include only radial terms.
\[\begin{equation} \frac{1}{r} \frac{\partial}{\partial r} \left ( r \frac{\partial \psi}{\partial r} \right ) = f \end{equation}\]We are looking for a Green’s function \(G\) that satisfies:
\[\begin{equation} \nabla^2 G = \frac{1}{r} \frac{d}{dr} \left ( r \frac{dG}{dr} \right ) = \delta(r) \end{equation}\]Let’s point something out right off the bat. In the previous blog post, I set the Green’s function equal to \(4\pi \delta(r)\) wheras here, I set it equal to \(\delta(r)\) without the constant. Why is that?
It’s because physicists love to mix all sorts of conventions and confuse people :P
Traditionally, mathematicians use \(\delta(r)\) in all cases. However, it is convenient to use \(4\pi\delta(r)\) for the derivation of the three-dimensional Green’s function for the Laplacian in spherical coordinates for a number of reasons. The final ouput is simple (no constants aside from a negative sign), the constant describes the solid angle of a sphere, and the answer aligns with CGS units in electromagnetism. However, I have not come across any sources where the 2D Green’s function is set to \(2\pi\delta(r)\). Thus, sticking with tradition, I will use \(\delta(r)\).
If this change of notation rubs you the wrong way, you can go back to my previous blog post and re-derive the Green’s function using \(\delta(r)\) without the constant of \(4\pi\). Your answer will (unsurprisingly) be \(G = -1/(4\pi r)\) rather than \(G = -1/r\).
Let’s integrate both sides of the expression above with respect to \(r\). This will eliminate the Dirac delta function in the expression.
\[\begin{equation} \int \frac{1}{r} \frac{d}{dr} \left ( r \frac{dG}{dr} \right ) dr = \int \delta(r) dr \end{equation}\] \[\begin{equation} \int \frac{1}{r} \frac{d}{dr} \left ( r \frac{dG}{dr} \right ) dr = 1 \end{equation}\]Whenever we see derivatives within an integral, there is a chance that the integral might be simplified by integration by parts. It turns out that integration by parts works splendidly in this case.
\[\begin{equation} u = \frac{1}{r} \Rightarrow du = -\frac{1}{r^2} dr \end{equation}\] \[\begin{equation} dv = \frac{d}{dr} \left [ r \frac{dG}{dr} \right ] dr \Rightarrow v = r \frac{dG}{dr} \end{equation}\]The expression becomes:
\[\begin{equation} \left ( \frac{1}{r} \right ) \left ( r \frac{dG}{dr} \right ) - \int \left ( r \frac{dG}{dr} \right ) \left ( -\frac{1}{r^2} dr \right ) = 1 \end{equation}\] \[\begin{equation} \frac{dG}{dr} + \int \frac{1}{r} \frac{dG}{dr} dr = 1 \end{equation}\]Similar to the radial Laplacian in spherical coordinates, we can use integration by parts a second time to simplify the integral in the expression above.
\[\begin{equation} u = \frac{1}{r} \Rightarrow du = -\frac{1}{r^2} dr \end{equation}\] \[\begin{equation} dv = \frac{dG}{dr} dr \Rightarrow v = G \end{equation}\]We expand the expression using integration by parts once again.
\[\begin{equation} \frac{dG}{dr} + \left [ \left (\frac{1}{r} \right ) \left ( G \right ) - \int G \left ( -\frac{1}{r^2} dr\right ) \right ] = 1 \end{equation}\] \[\begin{equation} \frac{dG}{dr} + \frac{G}{r} + \int \frac{G}{r^2} dr = 1 \end{equation}\]It is generally preferable to work with differential equations rather than integral equations. Thus, on each side of the expression above, we can take the derivative with respect to \(r\); this will eliminate the integral in the expression. Remember that \(G\) is a function of \(r\), so we have to use the quotient rule on the \(G/r\) term.
\[\begin{equation} \frac{d^2 G}{dr^2} + \left ( \frac{1}{r} \frac{dG}{dr} - \frac{G}{r^2} \right ) + \frac{G}{r^2} = 0 \end{equation}\] \[\begin{equation} \frac{d^2 G}{dr^2} + \frac{1}{r} \frac{dG}{dr} = 0 \end{equation}\]Similar to the case of the radial, spherical Laplacian, we have simplified the expression for \(G\) into a straightforward, differential equation. I am going to guess and check the solution \(G = A ln \vert r \vert + B\) where \(A\) and \(B\) are some constants.
\[\begin{align} \frac{d^2 G}{dr^2} + \frac{1}{r}\frac{dG}{dr} &=\\ \frac{d^2}{dr^2} \left [ A ln \vert r \vert + B \right ] + \frac{1}{r}\frac{d}{dr} \left [ A ln \vert r \vert + B \right ] &=\\ -\frac{A}{r^2} + \frac{1}{r} \left ( \frac{A}{r} \right ) &=\\ -\frac{A}{r^2} + \frac{A}{r^2} &= 0 \end{align}\]Thus, we see that the solution \(G = A ln \vert r \vert + B\) solves the differential equation. Notice how \(B\) is simply an additive constant in the expression. We usually set this constant equal to zero in order to obtain the fundamental solution of the differential equation. Thus, we will use the function \(G = A ln \vert r \vert\) for the remainder of this post.
Checking the Solution
Like the derivation in the previous blog post, we need to check that our solution makes sense. And like the previous blog post, we run into a small problem.
\[\begin{align} \nabla^2 G &= \frac{1}{r} \frac{d}{dr} \left [ r \frac{d}{dr} \left ( A ln \vert r \vert \right ) \right ]\\ &= \frac{1}{r} \frac{d}{dr} \left [ r \left ( \frac{A}{r} \right ) \right ]\\ &= \frac{1}{r} \frac{d}{dr} \left [ A \right ]\\ &= 0 \end{align}\]Zero is not our expected output - we were expecting a Dirac delta function. The reason that we are not getting the expected output is that the domain of the solution does not include the origin \(r = 0\) (we divided by \(r\) throughout the derivation). We need to analyze the solution in the limiting case of \(r \rightarrow 0\). The strategy is identical to the previous blog post.
Define a function \(\Phi_\epsilon\) where:
\[\begin{equation} \Phi_\epsilon = A ln \vert r + \epsilon \vert \end{equation}\]As \(\epsilon\) approaches zero, \(\Phi_\epsilon\) approaches the Green’s function \(G\). Let’s plug the expression \(\Phi_\epsilon\) into the Laplacian and simplify.
\[\begin{align} \nabla^2 \Phi_\epsilon &= \frac{1}{r} \frac{d}{dr} \left [ r \frac{d}{dr} \left ( A ln \vert r + \epsilon \vert \right ) \right ]\\ &= \frac{1}{r} \frac{d}{dr} \left [ r \left ( \frac{A}{r+\epsilon} \right ) \right ]\\ &= \frac{1}{r} \frac{d}{dr} \left [ \frac{A r}{r+\epsilon} \right ]\\ &= \frac{1}{r} \left [ \frac{A}{r+\epsilon} - \frac{Ar}{(r+\epsilon)^2}\right ]\\ &= \frac{1}{r} \left [ \frac{A(r + \epsilon)}{(r+\epsilon)^2} - \frac{Ar}{(r+\epsilon)^2}\right ]\\ &= \frac{1}{r} \left [ \frac{Ar + A\epsilon - Ar}{(r+\epsilon)^2} \right ]\\ &= \frac{1}{r} \left [ \frac{A\epsilon}{(r+\epsilon)^2} \right ]\\ &= \frac{A\epsilon}{r(r+\epsilon)^2} \end{align}\]Remember that by the definition of a Green’s function, the Laplacian of \(G\) (or more correctly, the Laplacian of the limiting case of \(\Phi_\epsilon\)), will yield \(\delta(r)\). If that is true, I should be able to integrate \(\nabla^2 \Phi_\epsilon\) over all space and get one. Let’s try doing just that:
\[\begin{align} \int \nabla^2 \Phi_\epsilon dA &= \int_0^R \int_0^{2\pi} \frac{A\epsilon}{r(r+\epsilon)^2} r dr d\theta\\ &= 2\pi \int_0^R \frac{A\epsilon}{r(r+\epsilon)^2} r dr\\ &= 2\pi A\epsilon \int_0^R \frac{1}{(r+\epsilon)^2} dr\\ &= 2\pi A\epsilon \left [ - \frac{1}{r+\epsilon} \right ]_0^R\\ &= - 2\pi A\epsilon \left [ \frac{1}{R+\epsilon} - \frac{1}{\epsilon} \right ]\\ &= - 2\pi A\epsilon \left [ -\frac{R}{\epsilon(R+\epsilon)} \right ]\\ &= \frac{2\pi A\epsilon R}{\epsilon(R+\epsilon)}\\ &= \frac{2\pi A R}{R+\epsilon} \end{align}\]If we are going to integrate over all space, we need to take the limit of this expression as \(R \rightarrow \infty\). Once again, we turn to L’Hopital’s rule.
\[\begin{align} \lim_{R \rightarrow \infty} \int \nabla^2 \Phi_\epsilon dA &= \lim_{R \rightarrow \infty} \frac{2\pi A R}{R+\epsilon}\\ &= \lim_{R \rightarrow \infty} 2\pi A\\ &= 2 \pi A \end{align}\]When \(A = 1/(2\pi)\), the Laplacian of \(\Phi_\epsilon\) satisfies the condition that the integral must equal one. Finally, let’s verify that the Laplacian of \(\Phi_\epsilon\) is actually a Dirac delta function. We will define one final function, \(f_\epsilon(r)\):
\[\begin{equation} f_\epsilon (r) = \frac{1}{2 \pi A} \nabla^2 \Phi_\epsilon (r) = \frac{1}{2\pi A} \frac{A\epsilon}{r(r+\epsilon)^2} = \frac{1}{2\pi} \frac{\epsilon}{r(r+\epsilon)^2} \end{equation}\]What is the value of this function in the limit of \(\epsilon \rightarrow 0\)? If \(r\) is non-zero, the limit is very simple:
\[\begin{equation} \lim_{\epsilon \rightarrow 0} f_\epsilon (r) = \lim_{\epsilon \rightarrow 0} \frac{1}{2\pi} \frac{0}{r^3} = 0 \end{equation}\]However, if \(r\) is equal to zero, we need to use L’Hopital’s rule to simplify the expression.
\[\begin{equation} \lim_{\epsilon \rightarrow 0} f_\epsilon (r) = \lim_{\epsilon \rightarrow 0} \frac{1}{2\pi} \frac{1}{2r(r+\epsilon)} = \frac{1}{2\pi} \frac{1}{2r(r)} = \frac{1}{ 4 \pi r^2} \end{equation}\]This becomes infinitely large when \(r = 0\).
The Final Solution
We can now tie everything together in a similar method as the previous post. In the limit of \(\epsilon \rightarrow 0\), the function \(f_\epsilon(r)\) is infinitely large at the origin and zero everywhere else. Thus, \(f_\epsilon(r)\) is a Dirac delta function \(\delta(r)\).
The function \(f_\epsilon(r)\) is equal to the Laplacian of \(\Phi_\epsilon\) (remember that the constant \((2 \pi A)^{-1}\) is equal to one since \(A=(2\pi)^{-1}\)). This means that in the limit as \(\epsilon \rightarrow 0\), the function \(\nabla^2\Phi_\epsilon\) is equal to a Dirac delta function.
Finally, the limiting case of \(\Phi_\epsilon\) as \(\epsilon \rightarrow 0\) is equal to the Green’s function \(G = A ln \vert r \vert = (2\pi)^{-1} ln \vert r \vert\). Thus, the Laplacian of the Green’s function is a Dirac delta function. Just what we needed.
Until next time!


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Front page <$Projecttitle>
Authors:
S.A.Loughran
Word count: <$wc>
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Main content
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Introduction Introduction
When HP Lovecraft wrote his books about forbidden knowledge which would reduce the reader to insanity, of "Elder Gods" to whom all of humanity were a passing inconvenience, most people assumed that he was making up a fantasy world.
In fact he was documenting Kerberos.
What is remarkable is that he did this fifty years before kerberos was developed. This makes him less of an author, instead: a prophet.
What he wrote was true: there are some things humanity was not meant to know. Mos...
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Foundational Concepts # Foundational Concepts
What is the problem that Hadoop security is trying to address?
Apache Hadoop is "an OS for data". A Hadoop cluster can rapidly become the largest stores of data in an organisation. That data can explicitly include sensitive information: financial, personal, business, and can often implicitly contain data which needs to be sensitive about the privacy of individuals (for example, log data of web accesses alone). Much of this data is protected by laws of different countries...
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The Limits of Hadoop Security # The Limits of Hadoop Security
What are the limits of Hadoop security? Even with Kerberos enabled, what vulnerabilities exist?
## Unpatched and 0-day holes in the layers underneath.
The underlying OS in a Hadoop cluster may have known or 0-day security holes, allowing a malicious (YARN?) application to gain root access to a host in the cluster. Once this is done it would have direct access to blocks stored by the datanode, and to secrets held in the various processes, including keytabs in the l...
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Hadoop IPC Security # Hadoop IPC Security
## Adding a new IPC interface to a Hadoop Service/Application
This is "fiddly". It's not impossible, it just involves effort. In its favour: it's a lot easier than SPNEGO.
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SPNEGO # SPNEGO
SPNEGO is the acronym of the protocol by which HTTP clients can authenticate with a web site using Kerberos. This allows the client to identify and authenticate itself to a web site or a web service.
SPNEGO is supported by
* the standard browsers, to different levels of pain of use
* `curl` on the command line
* `java.net.URL` in Java7+
The final point is key: it can be used programmatically in Java, so used by REST client applications to authenticate with a remote Web Service.
### CAUT...
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ZOOKEEPER and SASL # ZOOKEEPER and SASL
Apache Zookeeper uses SASL to authenticate callers.
Other than SASL, its access control is all based around secrets which are shared between client and server, and sent over the (unencrypted) channel. This means they cannot be relied upon to securely identify callers.
## Enabling SASL in ZK
SASL is enabled in ZK by setting a system property. While adequate for a server, it's less than convenient when using ZK in an application as it means something very important: you cann...
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Acknowledgements Acknowledgements
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References References
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public class DefaultNetworkDelegate extends java.lang.Object implements NetworkDelegate
| Constructor and Description |
|---|
DefaultNetworkDelegate() |
| Modifier and Type | Method and Description |
|---|---|
boolean |
onAuthRequired(AuthRequiredParams params)
This method is invoked when a request receives an authentication challenge and is
unable to respond using cached credentials.
|
void |
onBeforeRedirect(BeforeRedirectParams params)
This method is invoked when a server-initiated redirect is about to occur.
|
void |
onBeforeSendHeaders(BeforeSendHeadersParams params)
This method is invoked when a request is about to occur and the initial headers have been prepared.
|
void |
onBeforeSendProxyHeaders(BeforeSendProxyHeadersParams params)
The similar to
NetworkDelegate.onBeforeSendHeaders(BeforeSendHeadersParams) method. |
void |
onBeforeURLRequest(BeforeURLRequestParams params)
This method is invoked when a request is about to occur.
|
boolean |
onCanGetCookies(java.lang.String url,
java.util.List<Cookie> cookies)
This method is invoked when Chromium engine decides whether
cookies can be sent back to the web server. |
boolean |
onCanSetCookies(java.lang.String url,
java.util.List<Cookie> cookies)
This method is invoked when Chromium engine decides whether
cookies can be saved for the url
or not. |
void |
onCompleted(RequestCompletedParams params)
This method is invoked when a request has been processed successfully or failed.
|
void |
onDataReceived(DataReceivedParams params)
This method is invoked each time when a part of the response body is received.
|
void |
onDestroyed(RequestParams params)
This method is invoked when a request is being destroyed.
|
void |
onHeadersReceived(HeadersReceivedParams params)
This method is invoked each time that an HTTP(S) response header is received.
|
void |
onPACScriptError(PACScriptErrorParams params)
This method is invoked when Chromium proxy resolver failed to parse PAC script file to extract proxy settings.
|
void |
onResponseStarted(ResponseStartedParams params)
This method is invoked when the first byte of the response body is received.
|
void |
onSendHeaders(SendHeadersParams params)
This method is invoked right before the HTTP headers are sent to the network.
|
public void onBeforeURLRequest(BeforeURLRequestParams params)
NetworkDelegate
onBeforeURLRequest
in interface NetworkDelegate
params
- provides information about request URL and HTTP method ("GET", "POST", etc.). To override the
target URL use the RequestParams.setURL(String)
method.public void onBeforeRedirect(BeforeRedirectParams params)
NetworkDelegate
onBeforeRedirect
in interface NetworkDelegate
params
- provides information about the current URL, new URL, HTTP method ("GET", "POST", etc.)
and HTTP response code (e.g., 200, 404, and so on).public void onBeforeSendHeaders(BeforeSendHeadersParams params)
NetworkDelegate
Note that one URL request can be split into several HTTP requests (for example to fetch individual byte ranges from a large file) or can be handled by the network stack without communicating with the network. For this reason, the event does not provide the final HTTP headers that are sent to the network. For example, all headers that are related to caching are invisible.
The following headers are currently not provided to the onBeforeSendHeaders event.
onBeforeSendHeaders
in interface NetworkDelegate
params
- provides information about request URL, HTTP method ("GET", "POST", etc.) and HTTP request headers.public void onSendHeaders(SendHeadersParams params)
NetworkDelegate
onSendHeaders
in interface NetworkDelegate
params
- provides information about request URL, HTTP method ("GET", "POST", etc.) and HTTP request headers.
HTTP headers overriding has no effect.public void onHeadersReceived(HeadersReceivedParams params)
NetworkDelegate
This method is invoked synchronously. URL request will be blocked while this method is executing. If this method throws an exception, the loading process will not be affected.
onHeadersReceived
in interface NetworkDelegate
params
- provides information about request URL, HTTP method ("GET", "POST", etc.) and HTTP request headers.public void onResponseStarted(ResponseStartedParams params)
NetworkDelegate
This method is invoked synchronously. URL request will be blocked while this method is executing. If this method throws an exception, the loading process will not be affected.
onResponseStarted
in interface NetworkDelegate
params
- provides information about request URL, HTTP method ("GET", "POST", etc.) and HTTP response code.public void onDataReceived(DataReceivedParams params)
NetworkDelegate
NetworkDelegate.onCompleted(RequestCompletedParams)
method will be fired. This event is informational.
Note that Mime-Type
and Charset
, provided by DataReceivedParams
, are taken from response headers
and may be overridden by NetworkDelegate.onHeadersReceived(HeadersReceivedParams)
method.
onDataReceived
in interface NetworkDelegate
params
- provides information about request URL, HTTP method ("GET", "POST", etc.), Mime-Type, and response data.public void onCompleted(RequestCompletedParams params)
NetworkDelegate
RequestCompletedParams.getStatus()
method. If HTTP request status is
RequestStatus.FAILED
, you can get information about network error using the
RequestCompletedParams.getErrorCode()
method.onCompleted
in interface NetworkDelegate
params
- provides information about request URL, HTTP method ("GET", "POST", etc.), request status,
response code and network error code.public void onDestroyed(RequestParams params)
NetworkDelegate
onDestroyed
in interface NetworkDelegate
params
- provides information about request.public boolean onAuthRequired(AuthRequiredParams params)
NetworkDelegate
FYI: to test "basic" or "digest" authentication you can use http://test.webdav.org/
onAuthRequired
in interface NetworkDelegate
params
- the authentication challenge information such as authentication scheme,
URL etc. Use AuthRequiredParams.setUsername(String)
and
AuthRequiredParams.setPassword(String)
to provide authentication
credentials.true
when authentication must be canceled.public boolean onCanSetCookies(java.lang.String url, java.util.List<Cookie> cookies)
NetworkDelegate
cookies
can be saved for the url
or not. Return true
to allow engine to save the cookies. If you return false
, the cookies will not
be saved and will not be available in CookieStorage
.
If this method throws an exception, then default behavior will be applied - the method returns true
.
onCanSetCookies
in interface NetworkDelegate
url
- a string representation of the URL associated with the cookies
.cookies
- a list of cookies to apply.true
to allow saving cookies.public boolean onCanGetCookies(java.lang.String url, java.util.List<Cookie> cookies)
NetworkDelegate
cookies
can be sent back to the web server.
Return true
to allow cookies to be sent to the web server.
If this method throws an exception, then default behavior will be applied - the method returns true
.
onCanGetCookies
in interface NetworkDelegate
url
- a string representation of the URL associated with the cookies
.cookies
- a list of cookies to send.true
to allow sending cookies.public void onBeforeSendProxyHeaders(BeforeSendProxyHeadersParams params)
NetworkDelegate
NetworkDelegate.onBeforeSendHeaders(BeforeSendHeadersParams)
method. Fires when proxy connection is used,
after onBeforeSendHeaders
method is invoked. Provides information about proxy
connection, and also allows adding, modifying, and deleting HTTP request headers.onBeforeSendProxyHeaders
in interface NetworkDelegate
public void onPACScriptError(PACScriptErrorParams params)
NetworkDelegate
onPACScriptError
in interface NetworkDelegate
params
- details about PAC script error such as line number and error message.


{% extends "base.html" %} {% block title%}About{% endblock %} {% block content%}
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EasyJSON
A simple JSON library for PHP
EasyJSON is a simple JSON library for PHP. It allows easy conversion and serialization of PHP objects and arrays to JSON format.
Supported PHP versions: 7.0+
Contents
Guide
Download and import
To begin, download EasyJSON:
Download
Place the EasyJSON folder in the root folder of your code and use the following code to import it in your PHP scripts:
require_once("EasyJSON\EasyJSON.php");
For simplicity, you can use PHP aliasing for JsonObject:
use EasyJSON\JsonObject as JsonObject;
Creating a custom class
A custom class can be converted to JSON format if it extends the JsonObject class. Therefore, all of the classes that are going to be converted to JSON format need to extend this class. The following example shows how to create an Address class. The class has four properties, road, number, state and country, along with a constructor and methods for setting and getting these properties.
use EasyJSON\JsonObject as JsonObject; class Address extends JsonObject { private $road; private $number; private $state; private $country; public function __construct($road, $number, $state, $country) { $this->road = $road; $this->number = $number; $this->state = $state; $this->country = $country; } public function getRoad() { return $this->road; } public function setRoad($road) { $this->road = $road; } public function getNumber() { return $this->number; } public function setNumber($number) { $this->number = $number; } public function getState() { return $this->state; } public function setState($state) { $this->state = $state; } public function getCountry() { return $this->country; } public function setCountry($country) { $this->country = $country; } }
If your custom class is declared in a separate file import it using:
require_once("Address.php");
You can instantiate an object of a custom class using:
$address = new Address("myRoad", 10, "myState", "myCountry");
Serialize/Encode to JSON text
You can use the toJSON() method to serialize/encode an object into its JSON text representation:
echo $address->toJson();
This will print: {"road":"myRoad","number":10,"state":"myState","country":"myCountry"}
Nesting objects
In some cases, you will need to create a custom object inside another object. To show an example, we will use a Person class, which will include the properties firstName, lastName, address and friends where the property address will be an object of class Address:
use EasyJSON\JsonObject as JsonObject; class Person extends JsonObject { private $firstName; private $lastName; private $address; //This property should contain an object of type Address. private $friends; public function __construct($firstName, $lastName, $address) { $this->firstName = $firstName; $this->lastName = $lastName; $this->address = $address; $this->friends = array(); } public function getFirstName() { return $this->firstName; } public function setFirstName($firstName) { $this->firstName = $firstName; } public function getLastName() { return $this->lastName; } public function setLastName($lastName) { $this->lastName = $lastName; } public function getAddress() { return $this->address; } public function setAddress($address) { $this->address = $address; } public function getFriends() { return $this->friends; } public function addFriend($friend) { array_push($this->friends, $friend); } }
Now, let us create a Person object that contains the address we have created before:
require_once("Person.php"); $person = new Person("John", "Doe", $address); echo $person->toJson();
This should print: {"firstName":"John","lastName":"Doe","address":{"road":"myRoad","number":10,"state":"myState","country":"myCountry"}}
Working with arrays
You can include arrays in your custom classes like in the Person class:
... private $firstName; private $lastName; private $address; //This property should contain an object of type Address. private $friends; public function __construct($firstName, $lastName, $address) { $this->firstName = $firstName; $this->lastName = $lastName; $this->address = $address; $this->friends = array(); } ... public function getFriends() { return $this->friends; } public function addFriend($friend) { array_push($this->friends, $friend); } ...
Let us create a second person, and assign it as a friend of the first person we have created:
$person2 = new Person("Jane", "Jones", $address); $person->addFriend($person2); echo $person->toJson();
This should print: {"firstName":"John","lastName":"Doe","address":{"road":"myRoad", "number":10,"state":"myState","country":"myCountry"},"friends":[{"firstName":"Jane","lastName":"Jones", "address":{"road":"myRoad","number":10,"state":"myState","country":"myCountry"}}]}
Let's add another person as friend to the first person:
$person3 = new Person("George", "Michaels", $address); $person->addFriend($person3); echo $person->toJson();
This should print: {"firstName":"John","lastName":"Doe","address":{"road":"myRoad", "number":10,"state":"myState","country":"myCountry"},"friends":[{"firstName":"Jane","lastName":"Jones", "address":{"road":"myRoad","number":10,"state":"myState","country":"myCountry"}},{"firstName":"George", "lastName":"Michaels","address":{"road":"myRoad","number":10,"state":"myState","country":"myCountry"}}]}
Full example
Please see the complete example here.
License
EasyJSON is released under the Apache 2.0 license.
Source code
You can find the source code at the project's repository here.
Bug reporting
Please report bugs here.


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xdg-screensaver - command line tool for controlling the screensaver
xdg-screensaver suspend WindowID
xdg-screensaver resume WindowID
xdg-screensaver {activate | lock | reset | status}
xdg-screensaver {--help | --manual | --version}
xdg-screensaver provides commands to control the screensaver.
xdg-screensaver is for use inside a desktop session only. It is not recommended to use xdg-screensaver as root.
suspend WindowID
Suspends the screensaver and monitor power management. WindowID must be the X Window ID of an existing window of the calling application. The window must remain in existence for the duration of the suspension.
WindowID can be represented as either a decimal number or as a hexadecimal number consisting of the prefix 0x followed by one or more hexadecimal digits.
The screensaver can be suspended in relation to multiple windows at the same time. In that case screensaver operation is only restored once the screensaver has been resumed in relation to each of the windows
resume WindowID
Resume the screensaver and monitor power management after being suspended. WindowID must be the same X Window ID that was passed to a previous call of xdg-screensaver suspend
activate
Turns the screensaver on immediately. This may result in the screen getting locked, depending on existing system policies.
lock
Lock the screen immediately.
reset
Turns the screensaver off immediately. If the screen was locked the user may be asked to authenticate first.
status
Prints enabled to stdout if the screensaver is enabled to turn on after a period of inactivity and prints disabled if the screensaver is not enabled.
--help
Show command synopsis.
--manual
Show this manual page.
--version
Show the xdg-utils version information.
An exit code of 0 indicates success while a non-zero exit code indicates failure. The following failure codes can be returned:
1
Error in command line syntax.
3
A required tool could not be found.
4
The action failed.
xdg-screensaver suspend 0x1c00007
Causes the screensaver to be disabled till xdg-screensaver resume 0x1c00007 is called. 0x1c00007 must be the X Window ID of an existing window.
Bryce Harrington
Author.
Copyright © 2006


<
Next version of Ox>
<
Previous version of Ox>
Ox 6: new features and fixes
New features and fixed problems in version 6.3
New features and fixed problems in version 6.21
New features and fixed problems in version 6.2
New features and fixed problems in version 6.1
New features and enhancements in version 6.0
Fixed problems in version 6.0
The Ox version number is kept in line with the OxMetrics front-end version.
Fixed problems in version 6.3
- Fixed: When running Ox code in OxMetrics: call to SaveDrawWindow could crash
under Linux and OSX.
- Fixed: reading of csv with one column and no label treats first
number as label: now read as unlabelled.
- Fixed: reading "%C" format using sscan/fscan did not always work correctly.
- Fixed: xlsx: empty cell (i.e. specified cell without content) would be read as zero.
- Fixed: static virtual and virtual static now flagged as error.
- Improved: DrawTitle(i, ""); now removes the existing title.
Fixed problems in version 6.21
- Fixed: problem using for(;;) when it is the first statement
in a function (i.e. there are only declarations without assignments before it).
- Fixed: A scan format using * to suppress assignment of the read
variable did not work for matrix or token types.
- Fixed: problem using public static variables in base class,
which are accessed via an object of a derived class.
class Ca
{
public:
static decl sm_a;
static Set_a(const a);
}
Ca::Set_a(const a) { sm_a = a; }
class Cb : Ca { }
The first two approaches did not work for a derived class when using static variables in the base class:
- Public access through an object did not work:
decl obj = new Cb();
obj.sm_a = 10;
- Printing an object directly or using "%v" did not work:
println(obj, "%v", obj);
- Access through an object using a `getter' function worked fine:
obj.Set_a(10);
- Access using the class directly worked fine:
Cb::sm_a = 10;
- Access using the class and a static `getter' function worked fine:
Cb::Set_a(10);
Note that 4 and 5 are more efficient than 1 and 3, because the variable can be resolved
at compile time.
New features and fixed problems in version 6.2
- New: Added hyper_2F1(a, b, c, z) to compute the Gauss Hypergeometric
function 2F1 with real parameters a, b, c and real argument z.
- Improved: exit now exits with the specified return code (in a console)
- Improved: polygamma now allows negative arguments
- Improved: xlsx: allow reading of strings created through a formula
- Improved: xlsm can be read as xlsx
- Fixed: Save graph as PDF: hats on symbols showed next to the symbol; large ellipses were squeezed in the middle.
- Fixed: xlsx: column labelling error when > 26 columns. Reading
file written by OxMetrics works, but there are gaps. Reading file written
in Excel will result in skipped columns.
- Fixed: There was a bug in some quantile functions that could lead to return of wrong value
in some rare cases. This could affect quantiles of F, Beta and Inverse Gaussian.
- Fixed: Chrome/Safari/Opera frame loading fixed (was entering infinite
reload loop). Improved default browser detection under Windows.
Improved Chrome/Safari jumping to help item.
New features and fixed problems in version 6.1
- New: Added read and write support for Excel xlsx files.
Added read (113,114) and write (114) support for Stata 11 .dta files.
- New: Added PDF as new save format for graphics.
- Changed: Now using thinner symbols on very thick lines in plots.
- Fixed: PostScript BWG did not obey BWG line types
- Fixed: dev/.../Makefile files were missing from the installation.
- Fixed: SetTextWindow could appear to be delayed relative
to the output, so output from the previous window could show in the
new one.
- Fixed: This wouldn't work from OxRun (from draw4.ox):
ShowDrawWindow(); // show this concoction
SaveDrawWindow("draw4.gwg");
SaveDrawWindow("draw4.eps");
The second graph would not be created, and would create an empty draw4 window.
New features and enhancements in version 6.0
-
- Added QQ_N_SE for DrawQQ: pointwise asymptotic Std.Error bands
on normal QQ-plots.
- Recession shading line style (style constant is ST_SHADING;
shading is on when the variable has value 1, off otherwise).
- oxdraw.h: defining ST_
- Introduced oxo version (separate from Ox version), current
version is 5 (unchanged from Ox 5 to Ox 6). When the oxo version changes, .oxo
files must be recompiled.
Fixed problems in version 6.0:
- OxPack: fixed potential issue in "OxPackSpecialDialog"("OP_VARIABLE",...
- Repeatedly running an Ox file that saves a graph could
result in multiple instances of the same graphics files being open in
OxMetrics (asking for a reload every time it changes).
- The following code would leak memory:
fn()
{
decl logdet = rann(100000, 100);
invertsym(2 * unit(2), &logdet);
}
Because invertsym wouldn't free before assigning. This applies to a few
library functions that return an integer or double through an argument
(and was only likely if a variable was reused).
- PcFiml class lacked GetResVar() (virtual from Modelbase)
- DrawAdjust doesn't work for DrawDensity because the title
is drawn after the density.
- MaxSQP(F): didn't return MAX_MAXIT if max reached;
rounding errors on Hi/Low bounds could push parameters outside bounds by a tiny bit.
Ox version 6.30.
©
JA Doornik
This file last changed .


[gecode-users] LDSB : symmetries on value tuples and depending symmetries
Chris Mears
chris at cmears.id.au
Fri Apr 26 03:00:31 CEST 2013
On Tue, 23 Apr 2013 10:55:08 +0200
Martin Mann <mmann at informatik.uni-freiburg.de> wrote:
> I have a symmetry function "s" that can generate for each solution
> "a" the set of symmetric assignments on X1 and on X2 (independently).
> The problem is defined in a way that all symmetries from X1 are
> theoretically combineable with symmetric assignments on X2.
>
> Thus I would like to do something like that:
>
> - for each assignment a1 on X1
> + find assignment a2 on X2
> + ensure during remaining search implication
> if(a1) --> [X2 not s(a2)] for all symmetries of a2
> + ensure during remaining search
> [X1 not s(a1)] for all symmetries of a1
> + continue search
Hi Martin,
I'm not sure I understand exactly what you are trying to do. Say you
have a model like this:
class TwoPhase : public Script {
protected:
IntVarArray x;
IntVarArray y;
public:
TwoPhase(const Options&)
: x(*this,2,1,2), y(*this,3,1,3) {
Symmetries sx;
sx << ValueSymmetry(IntArgs(2,1,2));
Symmetries sy;
sy << ValueSymmetry(IntArgs(3,1,2,3));
branch(*this, x, INT_VAR_NONE(), INT_VAL_MIN(), sx);
branch(*this, y, INT_VAR_NONE(), INT_VAL_MIN(), sy);
}
// ...
 If
this is not what you are looking for, could you please explain a bit
more?
Cheers,
Chris
More information about the users
mailing list


--- layout: default --- {% assign author = site.data.people[page.author] %}
{{ author.info }}
BY {{ post.author | capitalize }} {{ post.date | date: " %b %e %Y" }}


Branding Your Identity
(community presence > experience)
Career Boost
With John Sonmez
@jsonmez
Get out there and make a name for yourself
Thanks!


Anatomical Fiducials (AFIDS)
Geetika Gupta, Kayla Ferko, Greydon Gilmore
Brainhack 2019
Introduction
- Image alignment is crucial step in many neuroimaging studies
- Within/between study participants/patients
- Subject to template registration
- Fiducials represent anatomical feature by 3D Cartesian coordinate (x, y, z)
- This protocol aims to increase accuracy/reliability of image registration
Anatomical Fiducials (AFIDS)
- The 32 fiducials selected are:
- Identifiable across datasets
- Distributed about the brain
- Fiducials placed on any image you want to register
- Euclidean distances between fiducial points of merged objects provide more sensitive registration accuracy metric
K-means clustering point clouds
Tutorial session
All resources for this session can be found in this repository
The Mattermost channel can found here
Tutorial session
Today we will walk you through placement of all 32 points on an MRI template.
- Open Slicer and import image data
- Brightness and contrast
- Views: axial (red), sagittal (yellow), coronal (green)
- Crosshairs
- Right mouse button: zoom in/out
- Middle mouse button: pan image
Create markups lists
ACPC_[VolumeID]_[Contrast]_[Rater]_[YYYYMMDD]
Fid32_[VolumeID]_[Contrast]_[Rater]_[YYYYMMDD]
midline
- [VolumeID] = template name
- [Contrast] = T1
- [Rater] = your initials
- [YYYYMMDD] = year month and date
Anterior Commisure
[midline]
- Place at the center of the commissure
- Name: 1
- Description: AC
- Abbreviation: AC
Posterior Commisure
[midline]
- Place at the center of the commissure
- Name: 2
- Description: PC
- Abbreviation: PC
Infracollicular sulcus
[midline]
- Name: 3
- Description: infracollicular sulcus
- Abbreviation: ICS
Pontomesencephalic junction [midline]
- Name: 4
- Description: PMJ
- Abbreviation: PMJ
Superior interpeduncular fossa
[midline]
- Name: 5
- Description: superior interpeduncular fossa
- Abbreviation: SIPF
Right superior lateral mesencephalic sulcus
- Name: 6
- Description: R superior LMS
- Abbreviation: RSLMS
Left superior lateral mesencephalic sulcus
- Name: 7
- Description: L superior LMS
- Abbreviation: LSLMS
Right inferior lateral mesencephalic sulcus
- Name: 8
- Description: R inferior LMS
- Abbreviation: RILMS
Left inferior lateral mesencephalic sulcus
- Name: 9
- Description: L inferior LMS
- Abbreviation: LILMS
Culmen
[midline]
- Name: 10
- Description: culmen
- Abbreviation: CUL
Intermammillary sulcus
[midline]
- Name: 11
- Description: intermammillary sulcus
- Abbreviation: IMS
Right mammillary body
- Name: 12
- Description: R MB
- Abbreviation: RMB
Left mamillary body
- Name: 13
- Description: L MB
- Abbreviation: LMB
Pineal gland
[midline]
- Name: 14
- Description: pineal gland
- Abbreviation: PG
Right lateral aspect of frontal horn at AC
- Name: 15
- Description: R LV at AC
- Abbreviation: RLVAC
Left lateral aspect of frontal horn at AC
- Name: 16
- Description: L LV at AC
- Abbreviation: LLVAC
Right lateral aspect of frontal horn on at PC
- Name: 17
- Description: R LV at PC
- Abbreviation: RLVPC
Left lateral aspect of frontal horn at PC
- Name: 18
- Description: L LV at PC
- Abbreviation: LLVPC
Genu of corpus callosum
[midline]
- Name: 19
- Description: genu of CC
- Abbreviation: GENU
Splenium of the corpus callosum
[midline]
- Name: 20
- Description: splenium of CC
- Abbreviation: SPLE
Right anterolateral temporal horn
- Name: 21
- Description: R AL temporal horn
- Abbreviation: RALTH
Left anterolateral temporal horn
- Name: 22
- Description: L AL temporal horn
- Abbreviation: LALTH
Right superior AM temporal horn
Rhoton's right uncal recess
- Name: 23
- Description: R superior AM temporal horn
- Abbreviation: RSAMTH
Left superior AM temporal horn
Rhoton's left uncal recess
- Name: 24
- Description: L superior AM temporal horn
- Abbreviation: LSAMTH
Right inferior AM temporal horn
- Name: 25
- Description: R inferior AM temporal horn
- Abbreviation: RIAMTH
L inferior AM temporal horn
- Name: 26
- Description: L inferior AM temporal horn
- Abbreviation: LIAMTH
Right indusium griseum origin
- Name: 27
- Description: R indusium griseum origin
- Abbreviation: RIGO
Left indusium griseum origin
- Name: 28
- Description: L indusium griseum origin
- Abbreviation: LIGO
Right ventral occipital horn
- Name: 29
- Description: R ventral occipital horn
- Abbreviation: RVOH
Left ventral occipital horn
- Name: 30
- Description: L ventral occipital horn
- Abbreviation: LVOH
Right olfactory sulcal fundus
- Name: 31
- Description: R olfactory sulcal fundus
- Abbreviation: ROSF
Left olfactory sulcal fundus
- Name: 32
- Description: L olfactory sulcal fundus
- Abbreviation: LOSF


--- layout: page title: About header-img: "img/about-bg.png" ---
Child of God. Husband to Katrina, Father to Kristina, Alexis,and Evan. PopPop to Greyson.  In awe of all that I have been blessed with and humbled by the gift I have been given.


First Gen Pokemon Chart
Image
Name
Type
Evolves Into
Bulbasaur
Grass/Poison
Ivysaur
Charmander
Fire
Charmeleon
Squirtle
Water
Wartortle
Jigglypuff
Normal/Fairy
Wigglytuff


This past spring, some Ohio University students found themselves in unplanned long-distance relationships, The Post previously reported.
Sidney Engelman, a freshman studying early childhood education, was one of them.
Before quarantine, Engelman graduated high school and started to take a gap year — then suddenly, all her plans to travel and work were not only changed, but totally cancelled. She had only been dating her girlfriend for a week when the COVID-19 shut-downs started. It was hard not seeing her.
“She was my first girlfriend and it felt like it wasn’t even real?” Engelman said in a message. “Because she lives 30 minutes away, I can’t drive, and now we weren’t allowed to leave our homes?”
Much like Engelman, Lily Janson’s relationship experienced an unplanned long-distance endeavour. Janson, a freshman studying early childhood education, went a while without seeing her boyfriend. It was hard, too, she said in a message.
“Then we started seeing each other again,” Janson said in a message. “Then his sister got corona, and we had to quarantine from each other again and it just feels like a never-ending cycle. We do not want our parents to get sick.”
Janson and her boyfriend have been dating for a year and a half. Staying home so much has almost made them closer and it’s fun, she added. But they’ve both had to cope with the effects of the pandemic.
“We both have lost parts of our schooling that we are upset about and he has helped me so much from losing my senior year,” Janson said in a message. “He’s been my rock. And we have been understanding more about each other and dealing with our problems and helped our communication. I love being with him."
The dating landscape is evolving during the pandemic — dating apps with it. In January, Bumble added a video chat feature. Tinder CEO Elie Seidman said in an interview with Forbes.com that daily messaging activity among the app’s American users has risen by 10% to 15%.
Yang Chen, a senior studying finance and marketing, said that describing his love life is hard right now. He’s single and usually only met people in class, student orgs, events and parties.
Nevertheless, he’s still trying to meet potential partners — even though right now, it’s just virtually.
“Regardless of safety, probably meeting people online is the primary choice and then meet (in real life),” Chen said in a message.
But Chen feels differently about meeting new people than before the pandemic. Safety comes first.
“When (I) meet friends, I feel much safer than meeting strangers,” Chen said in a message.
However, for Hannah Campbell, a freshman studying journalism, meeting new people is somewhat more comfortable during the pandemic.
“You’re able to actually talk to a person more, prior to being able to go out,” Campbell said.
Campbell has been sort of playing the dating field, she explained. This year has been different; lots of outdoor dates or going on drives. She’s mostly meeting up with people she knows already and keeps in touch with on Snapchat.
“I’ve been able to go out on a few dates,” Campbell said. “It's still hard because of social distancing and not everything being open. It’s really hard to go on a typical restaurant date.”
Engelman and her girlfriend have done lots of online dates, like watching Netflix and Facetiming. With restrictions lifted, the couple has been able to see each other more, but still haven’t gone on a traditional date.
“(Five) months in and I’m just wondering how long until I get to get all dressed up and take her out without worrying I’m gonna spread the virus or contract it.”—Sidney Engelman, a freshman studying early childhood education
“(Five) months in and I’m just wondering how long until I get to get all dressed up and take her out without worrying I’m gonna spread the virus or contract it,” Engelman said.
She also finds the summer between high school and freshman year of college to be a difficult time. She thinks the pandemic on top of freshman year will make incoming students less likely to seek relationships.
“I couldn't imagine that a lot of people want to date the first year of college to begin with, let alone during a pandemic.”


This package uses a probabilistic method to calculate niche regions and pairwise niche overlap using multidimensional niche indicator data (e.g., stable isotopes, environmental variables, etc.). The niche region is defined as the joint probability density function of the multidimensional niche indicators at a user-defined probability alpha (e.g., 95%). Uncertainty is accounted for in a Bayesian framework, and the method can be extended to three or more indicator dimensions. It provides directional estimates of niche overlap, accounts for species-specific distributions in multivariate niche space, and produces unique and consistent bivariate projections of the multivariate niche region. A forthcoming article by Swanson et al. (Ecology, 2014) provides a detailed description of the methodology. See the package vignette for a worked example using fish stable isotope data.
| Version: | 1.0 |
| Depends: | R (≥ 1.9.0), mvtnorm |
| Suggests: | knitr |
| Published: | 2014-07-25 |
| Author: | Martin Lysy [aut, cre], Ashley D. Stasko [aut, ctb], Heidi K. Swanson [aut, ctb] |
| Maintainer: | Martin Lysy <mlysy at uwaterloo.ca> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | nicheROVER results |
| Reference manual: | nicheROVER.pdf |
| Vignettes: |
An Ecologist's Guide to nicheROVER |
| Package source: | nicheROVER_1.0.tar.gz |
| Windows binaries: | r-devel: nicheROVER_1.0.zip, r-release: nicheROVER_1.0.zip, r-oldrel: nicheROVER_1.0.zip |
| OS X binaries: | r-release: nicheROVER_1.0.tgz, r-oldrel: nicheROVER_1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=nicheROVER to link to this page.


{%- extends "_template.html" %} {%- import "bootstrap/wtf.html" as wtf %} {% block site %}
When you request a seat, your name, gender, and contact information from your profile will be shared with the driver. You can update this information on your profile page.


DMA mapping primitives for processors without an MMU. More...
#include <physmem.h>
#include <types.h>
Go to the source code of this file.
Data Structures | |
| union | dma_addr_t |
| A physical/virtual address pair used for DMA. More... | |
Functions | |
| static dma_addr_t | dma_addr_failure (void) |
| Return an address indicating failure. | |
| static bool | dma_addr_is_failed (dma_addr_t addr) |
| Test if a DMA address addr indicates failure. | |
| static void | dma_sync_for_device (dma_addr_t addr, size_t size, enum dma_direction direction) |
| Synchronize a DMA buffer before transfer. | |
| static void | dma_sync_for_cpu (dma_addr_t addr, size_t size, enum dma_direction direction) |
| Synchronize a DMA buffer after transfer. | |
| static dma_addr_t | dma_map_single (const void *vaddr, size_t size, enum dma_direction direction) |
| Map a single contiguous buffer for DMA transfer. | |
| static void | dma_unmap_single (dma_addr_t addr, size_t size, enum dma_direction direction) |
| Unmap a single contiguous buffer after a DMA transfer. |
DMA mapping primitives for processors without an MMU.
Copyright (C) 2009 Atmel Corporation. All rights reserved.
Definition in file dma_nommu.h.


%-- Created by IntelliJ IDEA. User: sixf Date: 2015/7/18 Time: 15:48 To change this template use File | Settings | File Templates. --%> <%@ page contentType="text/html;charset=UTF-8" language="java" %>


{% extends "base.html" %} {% block page.title %}Account activation complete{% endblock %} {% block page.body %}
Congratulations, your account has been activated.


Merchant Name :{{merchant.merchantName}}
Merchant brNumber :{{merchant.brNumber}}
Merchant phone Number :{{merchant.phoneNumber}}
Merchant Address :{{merchant.address}}
Merchant Account Number :{{merchant.merchantAccountNumber}}
Merchant Email :{{merchant.merchantEmail}}


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Eurofighter upgrades announced by industry partners 13 Nov 2019, 10:47 by Michael Tyrrell Share This Article Tweet ShareShareShare Subscribe to our FREE Newsletter Author


WITNESS LIST Home Health & Assisted Living Facilities(Int) Committee January 27, 1998-9:30A HOME HEALTH/ASSISTED LIVING FAC. On: Anderson, M.D., Lee S. (Tarrant Co.Medical Soc.), Fort Worth Benson, Johnnie (Colonial Southwest, Inc), Fort Worth Brown, Mary Ann (Self), Fort Worth Bryant, John (Self), Fort Worth Cheong, Pat (Area Agcy. on Aging), Fort Worth Cole, Allan (Self), Fort Worth Collins, Sue (Health Cor), Colleyville Colton, Colleen (Senior Citizen Services), Fort Worth Cox, Rosemary (Self), Fort Worth Cutrona, Anthony K. (Self), Houston Diano, III, Albert L. (Self, Disabled Texan), Fort Worth Fairchild, Ph.D.,Thomas (Univ.No.Tx.Health S.C.), Fort Worth Finkelman, Lois (Dallas City Council), Dallas Gadbury, Dan (CLASS Participant), Haltom City Germann, Al (Greenbriar at Denison), Denison Gold, Marc (Tx.Dept. Human Services), Austin Green, Debra A. (Tx. Dept. Human Svcs.), Austin Griffin, Randy (Legacy Living Centers), Plano Griffith, David L. (Client of Home Health), Fort Worth Hampton, Sandralyn (Osteopathic Med. Center), Fort Worth Harper, Chris (Tx. Dept. Human Svcs.), Austin Harris, Lauralee (Mental Health Assn.), Fort Worth Helmer, Donna Grzann (Elderly), Fort Worth Hines, Jerry (Disability Svcs. SW), Fort Worth Hodson, Debbie (Tx. Dept. of Health), Arlington Hogstel, Mildred (Self), Fort Worth Humbercon, Gary (Centratex, Inc.), Brady Jann, Bill (Self), Fort Worth Kirsch, Ph.D., Barbara (Nat'l Mental HealthInst), Euless Kissinger, Martha E. (LWV of Tarrant County), Forth Worth Large, Jerry (Consumer), Fort Worth Laurents, Debi (Living at Home/Block NP), Fort Worth Maxey, Kathy (Tx. Assoc.for Home Care), Austin McCalmont, Beverly (Tx. Dept.Prot.Reg.Svcs.), Fort Worth Nagy, Florence (Self), Fort Worth Patterson, Vickie (O T Practitioners), Duncanville Perry, David Ivan (Self), Dallas Prather, Monica (UCP of Tarrant County), Fort Worth Price, Thomas (Self), Fort Worth Ramsay, Hilda T. (AARP and Self), Sherman Reynolds, Cindy (Clients in need), Forth Worth Rice, Bob (Centratex, Inc.), Brady Rich, Michael G. (Grandparents), Arlington Rich, Sid (Tx.Assn. Res.Care Comm), Austin Roane, Jim (Disabled Community), Fort Worth Seawell, Brenda (Disability Svcs. SW), Fort Worth Stout, LaTonne (Deaf, Inc.), Fort Worth Teeters, Mary (Meals on Wheels, Inc.), Fort Worth Thompson, Linda (Self), Watauga Thompson, Terry (Long Term Care Ombudsmn), Fort Worth Torres, Cathy J. (Westchester Health Sys.), Fort Worth Tripp, Emily (Visiting Nurse Assn. Tx), Dallas Vogel, Carlela K. (Resource Connection), Fort Worth Waddle-Bradford, Linda (Alzheimer's Cente), Fort Worth Wadsworth, Steve (Centratex, Inc.), Brady Wayland, Velma (Sister), Fort Worth Wilke, Bruce (Self), Dallas Williams, Michael (Tx. Dept. Human Svcs.), Fort Worth Young, Mary Alice (Self), Fort Worth Registering, but not testifying: On: Allen, Nickie (Windsor House), Weatherford Ammons, Ronald G. (Wise Co.Home Health,Inc), Bridgeport Atchison, Sharon (Chappell H H Consulting), Arlington Bazzle, S. Wayne (Health Cor Holdings,Inc), Dallas Beaty, Mrs. Evelyn (AARP), Fort Worth Bradford, Elsie (Super Citizen Group), Fort Worth Brooks, Doris L. (Volunteer Guardian Prog), Fort Worth Chappell, RN, DeDe (Chappell H H Consulting), Arlington Collier, Jim (Self), Azle Edwards, Vernon V. (Community Volunteer), Fort Worth Eubank, Troy (Tarrant Co.MHMR), Fort Worth Faulkner, Clara (Randolph Institute Org.), Fort Worth Grumke, Charles (Kathy Grumke), Granbury Jezek, Geraldine K. (Self), Fort Worth Leija, Kathy (TORCH Health Care), Lewisville Martin, Roxann (Private Nurses -CCP), Azle Miller, Kathleen (Self as medicare RN), Granbury Morris, Jr., Jerry B. (Self -private provider), Fort Worth Randle, Mazie (AARP Chapter 5129), Fort Worth Reher, Beverly (Apex Home Health Care), Fort Worth Serrato, Miriam (Metroplex Assoc.RCH), Arlington Siter, Les (Harris Meth. Health Sys), Fort Worth Staples-Wherry, Lisa (Ariel Nursing Svc.,Inc.), Fort Worth Van Trump, Jean (Self), Fort Worth Vance, Joseph (National Guest Homes), Nashville Vasek, Heather (Tx.Assn.for Home Care), Austin Written materials submitted: On: Allanach, Lynda (LWV of Tarrant County), Fort Worth Anderson, Wesley (AARP Chapter 14), Fort Worth Evans, David (The Covenant Group), Fort Worth Gaspar, Harold (Self), Dallas Gerard, Chris (HCA of Tarrant County), Fort Worth Jones, Ph.D, Sarah P. (United Way/Tarrant Co.), Fort Worth Orcott, Polly (Self), Dallas Phelan, Jane (Self), Dallas Ramirez, Irene (Self), Dallas Roberts, Glenda (Self), Dallas Stevens, Bill (Self), Dallas


$state
(service in module dotjem.routing
)
You can define states through $stateProvider's API.
To transition to another state, use goto
...
lookup
to get that object).If the state has an associated route, that route will be activated and the location with change it the address bar of the browser. It is also important that all parameters are defined for such route, however if the previous state defines any of those, they won't need to be redefined.
e.g. say the following states are defined:
$stateProvider .state('home', { route: '/home/:homeParam' }) .state('home.child', { route: '/child/:childParam' })
To activate the home
state, a call to goto must include the :homeParam
e.g:
$state.goto('home', { homeParam: 'goHome' } );
To activate the home.child
state, a call to goto must include the :homeParam
and the :childParam
e.g:
$state.goto('home.child', { homeParam: 'goHome', childParam: 'goChild' } );
To activate the home.child
state when currently in the home
state, a call to goto must include the the :childParam
and can optionally include the :homeParam
e.g:
$state.goto('home.child', { childParam: 'goChild' } ); $state.goto('home.child', { homeParam: 'goHome', childParam: 'goChild' } );
We can leave out the home param as that is already defined in the current set of params, that also means we can goto home from child without specifying any params, but if we wish to change it we must specify it, the following example will demonstrate a full flow:
$state.goto('home', { homeParam: 1 } ); // - location set to: '/home/1' $state.goto('home.child', { childParam: 1 } ); // - location set to: '/home/1/child/1' $state.goto('home'); // - location set to: '/home/1' $state.goto('home.child', { homeParam: 2, childParam: 2 } ); // - location set to: '/home/2/child/2' $state.goto('home.child', { childParam: 4 } ); // - location set to: '/home/2/child/4' $state.goto('home.child', { homeParam: 4 } ); // - location set to: '/home/4/child/4'
state – {State|string} –
Current state.
params – {Object} –
Current state.
Checks if the current state matches the provided state.
state(optional) – {State|string=} –
A State or name to check against the current state.
basePath(optional) – {Boolean=} –
If true (default) the basePath is used when generating the url, otherwas not.
{boolean}
– true if the stats mathces, otherwise false.
Checks if the current state matches the provided state.
basePath(optional) – {Boolean=} –
If true (default) the basePath is used when generating the url, otherwas not.
{boolean}
– true if the stats mathces, otherwise false.
To lookup a state, use lookup
...
Path is inspired by XPath and supports a subset of that syntax.
.
: current state..
: parent state/
: path separator[]
: index selector, errors on overflow$node()
: sibling selector, can overflow
Using these selectors, the following are examples of paths:
state
: Selects state
from the current node./state
: Selects state
from the root../state
: Selects state
from the current node../state/child
: Selects child
under state
from the current node.../state
: Selects state
under the parent of the current state.[0]
: Selects the first child of the current state.[-1]
: Selects the last child of the current state../state/[-1]
: Selects the last child under state
under current state.$node(1)
: Selects the next sibling of the current state.$node(-1)
: Selects the previous sibling of the current state.
Note: When using $node()
, it allows for overflow. this means if you are at the last child of a state and selects $node(1)
, it will select the first child instead.
Finally it is also possible to select states by their full name, however as state
would also be a valid relative selector, full name selection is only used when the name contains a .
, this means that if you wish to select the states directly under root by name you will have to use either the syntax above or it's full name with root included:
root.state
: Selects state
under root./state
: Selects state
under root.
Errors will be thrown in cases where the path isn't valid.
The root state it self can't be selected. (The root state is implicitly defined by the system, when defining .state('home', {...});
, the state home
isn't a root state, it is instead a child of root.
path – {string} –
Path expression to the state that can either be relative to the current state or from the root (/).
To force reload a state, use reload
...
.reload()
to reload only the current leaf state..reload(true)
to reload all active states from the root state to the current leaf..reload('state.full.name')
to reload all states from state.full.name
and down to the current leaf.
state.full.name.to.here
and .reload()
is called then all views etc. will be reloaded for the leaf state here
.
.reload(true)
called, views etc. will be reloaded for all the states state
, full
, name
, to
, here
.
.reload('state.full.name')
is called, views etc. will be reloaded for the states name
, to
, here
.state(optional) – {State|string|boolean=} –
Name or State in the current hierachy or true/false
To build a url for a particular state, use url
...
If the state defined either by state, or current state does not have an route associated with it, it will throw an error.
state(optional) – {State|string=} –
A state to generate an URL for
params(optional) – {Object=} –
A set of parameters to use when generating the url
basePath(optional) – {Boolean=} –
If true (default) the basePath is used when generating the url, otherwas not.
Reference to the current state loaded.
Broadcasted if any of the resolve promises are rejected.
angularEvent – {Object} –
Synthetic event object.
next – {State} –
Future state.
current – {State} –
Current state.
rejection – {Object} –
Rejection of the promise. Usually the error of the failed promise.
Broadcasted before a route change. At this point the route services starts resolving all of the dependencies needed for the route change to occurs.
angularEvent – {Object} –
Synthetic event object.
next – {State} –
Future state.
current – {State} –
Current state.
Broadcasted after a route dependencies are resolved.
angularEvent – {Object} –
Synthetic event object.
next – {State} –
Future state.
current – {State} –
Current state.


Please paste complete decompiled
level
lua code here and press "render":
Level editor page revived and tweaked by Apache Thunder. Original version created by forcer.


{% extends 'admin/base.html' %} {% block branding %}
Upload a csv file with user dataset to create new users.
Upload a csv file with membership dataset to create new memberships.
Make sure you csv have 'league_name', 'username', 'permissions'.
Upload a csv file with league dataset to create new leagues.
Make sure you csv have 'league_name'.
{% endblock %}


A plugin is responsible for generating web pages. They may uses various services to do this as well as it’s configuration (defined within /config.ts
). There are a few plugins built into StaticGenie;
This is at the heart of StaticGenie. It’s a simple model -> view setup and hence, creates a basic page.
Create your page within /data/standardpage
and name your file with the .md
extension e.g. /data/standardpage/about.md
. This page will contain all the data for the specific page.
The .md
file is broken down into 2 halves. The HEAD section which uses yaml syntax & the BODY part (everything below =====) which uses markdown syntax.
The first part of the file looks like this:
###########################################
# HEAD
###########################################
config:
layout: standardpage
file: /about/index.html
page:
key: value
The config:
section is used by the plugin and not made available to the themes layouts
The page:
section is passed directly to the theme layout where the theme can render the bespoke data specifically when building that page
The BODY section looks like this:
###########################################
# BODY
###########################################
=====
# Heading here...
Everything below the =====
will be rendered as markdown and made available to the theme layout via the key page.content
. If you try to define a page.content
key within the HEAD section of the page it will error. Since page.content
is reserved for use by the BODY of the page.
Page /data/standardpage/about.md
###########################################
# HEAD
###########################################
config:
layout: standardpage
file: /about.html
page:
###########################################
# BODY
###########################################
=====
# About
About text here...
Run StaticGenie docker-compose run --service-ports sg npm start
and load up http://<IP_ADDRESS>:8080/about.html
. The generated website will be in /www
.
Check the Roadmap for more information on the development of this plugin.
In the event you want something more elaborate. Such as pulling data from a 3rd party resource and building pages based on such data. Read more about creating a plugin


s= 6.906e-10 ± 2.84e-12 (pb)
Graph
Cross-Section
Error
Events (K)
Unwgt
Luminosity
/Users/dpappadopulo/Projects/~Physics/madminer/examples/example4_systematics_DY/data/mg_processes/DY_sys/SubProcesses/P1_qq_ll
6.906e-10
2.84e-12
22.949
1331.0
0
s= 6.906e-10 ± 2.84e-12 (pb)
Graph
Cross-Section
Error
Events (K)
Unwgt
Luminosity
G1
5.184e-10
2.36e-12
15.933
947.0
1.83e+12
G2
1.722e-10
1.58e-12
7.016
384.0
2.23e+12


Complement and Good Day. I work in CBN Nigeria in remittance department, I saw a file in respect of your fund that has been abandoned amount in question $ 12.500.000.00 Million USD.  I suggest that I can assist you in processing this fund installmentally, what I need from you is acceptance for me to go ahead and the end of the day 10% will be given to me If it is ok by you, I will advice you to get back to me so that I will give you more details. and I will need your telephone number for further communication. Be rest assured that everything is alright. Thanks, Mr.Ify Alamu


Update Authorization:
Update authorized email
Email: {{auth.email}}
(updated email an account is authorized to create)
Change your mind?
Go back


I have a width of 200px and a height of 100px. I can be resized horizontally.
I have an inline-size of 200px and a block-size of 100px. I can be resized in the inline direction.
.box { writing-mode: horizontal-tb; } .physical { width: 200px; height: 100px; resize: horizontal; } .logical { inline-size: 200px; block-size: 100px; resize: inline; }
I have a width of 200px and a height of 100px. I can be resized horizontally.
I have an inline-size of 200px and a block-size of 100px. I can be resized in the inline direction.


The following kinds of information are described with IDL.
The following is a sample of IDL for implementing matrix multiplication. For detailed Ninf-G IDL specifications, see chapter 6, "Ninf-G IDL Specifications".
|
The following is an example of a "callback", that can be described with Ninf-G IDL.
|
The required remote functions and remote methods (those called in the IDL) must be implemented (in C or FORTRAN).
The source code (C) for the mmul() function used in the Ninf-G IDL sample shown above is presented below.
|
Note: Implementing cancel processing
When implementing processing for canceling a session, call grpc_is_canceled_np() in the Ninf-G Executable Library API from within a remote function or remote method and check the return value. Coding for performing session cancel processing if the return value is 1 is needed.
|
% ${NG_DIR}/bin/ng_gen
Executing the above command generates the following.
The makefile generated by the stub generator is used to execute the make command.
% make -f <module_name>.mak
An executable Ninf-G Executable and NRF file is generated.
If you use Information Service MDS4 for information retrieval, copy the
generated NRF file (*.nrf
) to
$GLOBUS_LOCATION/var/gridrpc
on the
gatekeeper node, which was set for Information Service MDS4 server.
Prepared according to the need for a configuration file for adjusting the location of the temporary files generated during filename type argument processing and for the log output.
Write ".ngstubrc" in the user's home directory.
The Ninf-G Executable configuration file is a text file which contains the settings information that is required for operation of Ninf-G Executable.
An example of entries in the Ninf-G Executable configuration file is shown below.
#comment attribute value # comment attribute value # comment attribute value # comment ... |
The following description produces an error.
AttributeValue # No delimiter between attribute and attribute value Attribute Value Attribute Value # Multiple attributes on a line Attribute Value # attribute value extend across more than one line Attribute # No attribute value tmp_dir /tmp tmp_dir /var/tmp # Overlapping of the attribute values of an attribute # that can not have multiple definitions |
The attributes and their attribute value definitions are listed below.
tmp_dir Directory loglevel [0-5] loglevel_ninfgProtocol [0-5] loglevel_ninfgInternal [0-5] log_filePath File name log_suffix Suffix log_nFiles Number of files log_maxFileSize Number of bytes log_overwriteDirectory [true/false] commLog_enable [true/false] commLog_filePath PathFile name commLog_suffix Suffix commLog_nFiles FilesNumber of files commLog_maxFileSize FileSizeNumber of bytes commLog_overwriteDirectory [true/false] save_stdout File name save_stderr File name handling_signals Signals ... continue_on_error [true/false] communication_proxy_log_filePath path of logfile |
The definable attributes and attribute values are listed below.
| Attribute | Attribute value | Default value | Multiple | Explanation |
|---|---|---|---|---|
| tmp_dir | For temporary files | /tmp | No | The directory in which temporary files are placed Directory |
| loglevel | [0-5] | 2 | No | Overall log level |
| loglevel_ninfgProtocol | [0-5] | 2 | No | Error concerning the Ninf-G protocol |
| loglevel_ninfgInternal | [0-5] | 2 | No | Internal Ninf-G error |
| log_filePath | File name | stderr | No | Log file name |
| log_suffix | Suffix | Sequence number | No | Log file suffix |
| log_nFiles | Number of files | 1 | No | Number of log output files |
| log_maxFileSize | Number of bytes | 1M/unlimited | No | Maximum number of bytes for log file |
| log_overwriteDirectory | [true/false] | False | No | Over-write permission for log directory |
| commLog_enable | [true/false] | False | No | Communication log output enabled/disabled |
| commLog_filePath | File name | stderr | No | Communication log file name |
| commLog_suffix | Suffix | Sequence number | No | Communication log file suffix |
| commLog_nFiles | Number of files | 1 | No | Number of files for outputting communication log |
| commLog_maxFileSize | Number of bytes | 1M/unlimited | No | Maximum number of bytes for communication log file |
| commLog_overwriteDirectory | [true/false] | False | No | Over-write communication log directory enabled/disabled Permitted |
| save_stdout | File name | None | No | Save stdout to file |
| save_stderr | File name | None | No | Save stderr to file |
| handling_signals | Signal names/numbers | SIGHUP SIGINT SIGTERM | No | Handling signals |
| continue_on_error | [true/false] | False | No | continue computation if an error occurs |
| communication_proxy_log_filePath | path | None | No | log file path |
The meanings of the log level values are described below.
| Value | Meaning | Explanation |
|---|---|---|
| 0 | Off | Nothing is output. |
| 1 | Fatal | A fatal error is output. |
| 2 | Error | A nonfatal error is output. |
| 3 | Warning | A warning error is output. |
| 4 | Information | Guidance or other such information is output. |
| 5 | Debug | Debugging information is output. |
The directory in which temporal files are placed for passing the filename type arguments to a remote method.
When omitted, if TMPDIR environment variable is defined, it is used; otherwise, "/tmp" is used.
The log level is specified for all log categories by loglevel and for each category individually by loglevel_*.
When the log level for each category has not been specified, the log level for all categories is applied.
When omitted, the value of the NG_LOG_LEVEL environment variable is used.
If the NG_LOG_LEVEL environment variable is not set, 2 (Error) is used as
the default value of loglevel.
The name of the file to which the log is output is specified in the log file name.
The file name may include a path that includes a directory (e.g., "/home/myHome/var/logFile").
The file and directory name can include the following specifiers.
"%t" is replaced with the date as year, month and day, and the time in hours, minutes, seconds and milliseconds ("yyyymmdd-hhmmss-MMM") (e.g., "/ home/myHome/var/logDir%t/logFile" is replaced by "/home/myHome/var/logDir20030101-154801-123/logFile").
"%h" is replaced with the Ninf-G Executable hostname.
"%p" is replaced with the process id of the Ninf-G Executable.
The Ninf-G Executable id number is added to the end of the file name.
When omitted, the log is output to standard error. If the log file name is omitted, the log_suffix, log_nFiles, and log_maxFileSize are ignored.
Note: When the Ninf-G Executable exits abnormally on startup, the executable id is not added and the hostname and process id are added to the end of the file name.
When a log file is specified, this specifies the suffix used when the log file is created.
If a suffix is specified, the generated file name will be from "filename[000].suffix" to "filename[nnn].suffix". If omitted, the generated file name will be from "filename.[000]" to "filename.[nnn]". The number of files minus 1 is "nnn."
The number of digits in "nnn" is the same as the number of digits in number of files minus 1. For example, if the number of files is set to 100, then the number will range from "00" to "99."
This is the number of files created for log output.
0 indicates that an unlimited number of files can be output. A negative value results in an error.
If omitted, the value 1 is used.
This is the maximum number of bytes for the log file. A unit indicator from among "kKmMgG" can be appended to the numerical value to indicate Kilobytes (1024 bytes), Megabytes (1024 Kbytes), or Gigabytes (1024 Mbytes).
If omitted, the value will be unlimited if the number of files is one, or 1 Mbyte if the number of files is two or more.
This establishes overwrite permission for the directory. If the specified directory exists, this specifies whether the creation of log files in that directory is enabled or disabled.
Operation in the case that the directory exists is shown below.
This specifies whether the communication log output function is enabled or disabled. If 'true' is specified, the communication log is output. If not specified, the default value is false.
The name of the file to which the communication log is output is specified in the log file name.
The file name may include a path that includes a directory (e.g., "/home/myHome/var/logFile").
The file and directory name can include the following specifiers.
"%t" is replaced with the date as year, month and day, and the time in hours, minutes, seconds and milliseconds ("yyyymmdd-hhmmss-MMM") (e.g., "/ home/myHome/var/logDir%t/logFile" is replaced by "/home/myHome/var/logDir20030101-154801-123/logFile").
"%h" is replaced with the Ninf-G Executable hostname.
"%p" is replaced with the process id of the Ninf-G Executable.
The Ninf-G Executable id number is added to the end of the file name.
When omitted, the log is output to standard error. If the communication log file name is omitted, the commLog_suffix, commLog_nFiles, and commLog_maxFileSize are ignored.
When the communication log file is specified, this specifies the suffix used when the log file is created.
If a suffix is specified, the generated file name will be from "filename[000].suffix" to "filename[nnn].suffix". If omitted, the generated file name will be from "filename.[000]" to "filename.[nnn]". The number of files minus 1 is "nnn."
The number of digits in "nnn" is the same as the number of digits in the number of files minus 1. For example, if the number of files is set to 100, then the number will range from "00" to "99."
This is the number of files created for communication log output.
0 indicates an unlimited number of files can be output. A negative value results in an error.
If omitted, the value 1 is used.
This specifies the maximum number of bytes for the communication log file. A unit indicator from among "kKmMgG" can be appended to the numerical value to indicate Kilobytes (1024 bytes), Megabytes (1024 Kbytes), or Gigabytes (1024 Mbytes).
If omitted, the value is either unlimited if the number of files is one or 1 Mbyte if the number of files is two or more.
This establishes overwrite permission for the directory. If the specified directory exists, this specifies whether the creation of log files in that directory is enabled or disabled. Operation in the case that the directory exists is shown below.
This specifies the file name to save stdout.
If this attribute is set, stdout is saved to the specified file.
If the given file name for both save_stdout and save_stderr attribute is the same, output is shared to one file in arbitrary order.
The output file is opend by append mode.
If omitted, stdout output is delivered to Ninf-G Client or discarded.
This specifies the file name to save stderr.
If this attribute is set, stderr is saved to the specified file.
If the given file name for both save_stdout and save_stderr attribute is the same, output is shared to one file in arbitrary order.
The output file is opend by append mode.
If omitted, stderr output is delivered to Ninf-G Client or discarded.
This attribute specifies signals which will be caught by Ninf-G Executable.
When the Ninf-G Executable catches the signal, Ninf-G cleans up all temporary files, and exits. This clean up process is performed only for signals which are specified in this attribute.
The signals are specified by either signal name or signal number. Multiple signals can be specified by space-delimited enumeration. The value "none" can be specified if no signals need to be caught.
If omitted, SIGINT, SIGTERM and SIGHUP will be caught by Ninf-G Executable.
This attribute is used to control behaviors of a Ninf-G Executable when a communication error occurs. Such a communication includes explicit one (e.g. data transfer) as well as implicit one (e.g. heartbeating).
If the value is set to 'false', which is the default value, the Ninf-G Executable immediately exits from its execution when a communication error occurs. This enables Ninf-G Executables to release computing resources immediately after the error. It is also useful to avoid Ninf-G Executables remaining as zombie processes when the Ninf-G Client would die.
If the value is set to 'true', a Ninf-G Executable does not exit and continues to run until the callee function or method will be completed. This configuration is valuable if the callee functions and methods record results of the computation as files in the server machines. In this case, it may be worth to continue the execution of the Ninf-G Executable even if a communication error occurs.
If omitted, the value 'false' is used.
Note: Even if the value is set to true, Ninf-G Executables may exit by catching signals from queueing system like SGE or PBS, when the Ninf-G Client was killed by SIGHUP, SIGINT or SIGTERM signal.
Note: In order for Ninf-G Executables to detect an error immediately when the connection to the Ninf-G Client was closed, Ninf-G Executables must be configured as Pthread version.
This specifies the log file name for Remote Communication Proxy.
If omitted, log file is not generated


Facebook is a social networking service headquartered in Menlo Park, California. Its website was launched on February 4, 2004, by Mark Zuckerberg with his Harvard College roommates and fellow students Eduardo, Andrew McCollum, Dustin and Chris Hughes.
The fouders had initially limited the websites membrship to Harvard students, but later expanded it to collges in the Boston area, the Ivy League, and Stanford Univrsity. It graually added support for students at various other universities and later to high-school students.


Apply OWLRL Reasoning
Apply RDFS Reasoning
Apply SHACL Reasoning
Apply Brick Tag Reasoning
Apply VBIS Reasoning


Nurse held in 20-year-old 'Jane Doe' murder case as victim is identified
by Jack DurschlagAn arrest was made last Tuesday in the 20-year-old Racine, Wis., cold case murder of a cognitively impaired woman who was never reported missing, media reports said Sunday.
PENNSYLVANIA AUTHORITIES HOPING TATOO HELPS ID WOMAN'S BODY FOUND IN WOODS
Nurse Linda La Roche, 64, was detained and charged last Thursday with first-degree intentional homicide and hiding a corpse in the slaying of Peggy Johnson, the New York Daily News reported. Johnson, a homeless woman, was living in La Roche’s Illinois home five years before her body was discovered almost 40 miles away in Wisconsin on July 21, 1999, the report said.
An autopsy revealed Johnson, 23, was malnourished and had been struck in the head shortly before her death, the report said. In addition, Johnson sustained a broken nose and ribs.
Johnson was regarded as a “Jane Doe” for 20 years and was only recently identified, the report said.
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At a Friday news conference, Racine County Sheriff Christopher Schmaling told reporters, “All of us here who have investigated the deaths of individuals during the course of our careers have seen many troubling things,” adding “However, the utter barbaric brutality inflicted on this young woman is something none of us will ever forget,” the report said.


--- layout: personal-default lang: "en" core_page_id: p0012 title: Cool Projects description: keywords: image: image_is_local: false image_alt: permalink: /blog/cool-projects/ blog_page_type: list blog_page_category: cool-projects ---
Now and again I try to design and code up something in the realms of web development. If there's something integral that is worth remembering I have learned or picked up during development, I will try my best to document it here.


Dear friend, As you read this, I don't want you to feel sorry for me, because, I Believe Everyone will die someday. My name is JAIN HAGIS I am a merchant of Oman Nationality but presently residing in London. I have been diagnosed withOesophageal cancer .It has defiled all forms of medical treatment, and Right now I have only about a few months to live, according to medical experts. I have not particularly lived my life so well, as I never really cared for Anyone (not even myself) but my business. Though I am very rich, I was never generous, I was always hostile to people and only focused on my business as that was the only thing I cared for. But now I regret all this as I now know that there is more to life than just wanting to have or make all the money in the world. I believe when God gives me a second chance to come to this world I would live my life a different way from how I have lived it. Now that God has called me, I have willed and given most of my property and assets to my immediate and extended family members as well as a few close friends.  So far, I have distributed money to some charity organizations in the Oman, Algeria and Malaysia. Now that my health has deteriorated so badly, I cannot do this myself anymore. I once asked members of my family to close one of my accounts and distribute the money which I have there to charity organization in Bulgaria and Pakistan, they refused and kept the money to themselves. Hence, I do not trust them anymore, as they seem not to be contended with what I have left for them. The last of my money which no one knows of is the huge cash deposit of Eighteen million united state dollars $18,000,000 that I have with finance/Security Company in europe. I will want you to help me collect this deposit and dispatche it to charity organizations. I have set aside 20% for you and for your time. God be with you. mr. JAIN HAGIS I will not want you to send me an email on this box. I will want you to send me an email on this box<EMAIL_ADDRESS>This is because my brother saw me when I was sending this email to you and I will not want them to know that I am in contact with you. __________________________________________________________________________________ MailMN-Mongol Tumnii Email.


new Tile(x, y, popMean, popDev, taxMean, taxDev)
Creates a new Tile object
Parameters:
| Name | Type | Description |
|---|---|---|
x |
Integer | the x position in the game board |
y |
Integer | the y position in the game board |
popMean |
Float | the population mean of a normal random variable for population |
popDev |
Float | the S.T. deviation of a normal random variable for population |
taxMean |
Float | the population mean of a normal random variable for baseTax |
taxDev |
Float | the S.T. deviation of a normal random variable for baseTax |
Methods
collectTaxes()
Calculates and returns the tax paid per turn. This is calculated by multiplying
basetax by population and a localTaxEff, which is proportional to the inverse
of size. Cities have an added bonus of 20%
isCity()
Determins if the Tiles population is in the 80th percentile. If it is
this tile becomes a city. Which has an added city tax bonus


Auto Mart
Post a car sale
My Orders
My Car Orders
My Ads
My profile
My Ads
My Car Orders
My Orders
Log Out


| Attributes' Summary |
| Type |
a value from AnimationNodeType.
|
| Begin |
a sequnece of values that define the begining of this element
Begin is
|
| Duration |
defines the length of the simple duration.
Duration is
|
| End |
a sequnece of values that define the ending of this element
End is
|
| EndSync |
controls the implicit duration of time containers,
as a function of the children.
The endsync attribute is only valid for
par and excl time container elements, and media elements with timed
children (e.g. animate or area elements).
EndSync is
eiter a short constant from EndSync,
an interface reference to a child XTimeContainer
or void.
|
| RepeatCount |
the number of iterations of the simple duration.
RepeatCount is
|
| RepeatDuration |
the total duration for repeat.
RepeatDuration is
|
| Fill |
the attribute that specify the behaviour how an element
should be extended beyond the active duration by freezing the final
state of the element.
Fill is
a value from AnimationFill.
|
| FillDefault |
the default value for the fill behavior for this element and all
descendents.
FillDefault is
|
| Restart |
defines the restart behaviour of this element.
Restart is
a short value from AnimationRestart.
|
| RestartDefault |
defines the default restart behaviour for this element and all descendents.
|
| Acceleration |
defines the acceleration for this element.
Element time will accelerate from a rate of 0 at the beginning up
to a run rate, over the course of the specified proportion of the
simple duration.
Acceleration is
a value between 0 (no acceleration) and 1 (acceleration until end
of the elements duration).
|
| Decelerate |
defines the deceleration for this element.
Element time will deceleration from a run rate to a rate of 0 at the
ending, over the course of the specified proportion of the
simple duration.
Decelerate is
a value between 0 (no deceleration) and 1 (deceleration from beginning
of the elements duration).
|
| AutoReverse |
defines the auto reverse settings for this element.
AutoRevers is
|
| UserData |
|
| Attributes' Details |
| Type
|
Begin
any Begin;
- Description
- a sequnece of values that define the begining of this element
Begin is
double describes the element begin as an offset in seconds from an implicit syncbase.
The definition of the implicit syncbase depends upon the element's parent time container.
The offset is measured in parent simple time.
- Event describes an event and an optional offset that determine the
element begin. The element begin is defined relative to the time that the event
is raised.
- Timing::INDEFINITE the begin of the element will be determined by an
external event to the element.
- ::sequence<any> a sequence of values described above if more than
one begin value is defined for this element.
- void if no begin behaviour is defined for this element.
- See also
- http://www.w3.org/TR/smil20/smil-timing.html#adef-begin
|
|
Duration
any Duration;
- Description
- defines the length of the simple duration.
Duration is
double specifies the length of the simple duration in seconds.
- Timing::INDEFINITE specifies the simple duration as indefinite.
- Timing::MEDIA specifies the simple duration as the intrinsic media duration. This is only valid for elements that define media.
- void the simple duration for the element is defined to be the implicit duration of the element.
- See also
- http://www.w3.org/TR/smil20/smil-timing.html#adef-dur
|
|
End
any End;
- Description
- a sequnece of values that define the ending of this element
End is
double describes the element end as an offset in seconds from an implicit syncbase.
The definition of the implicit syncbase depends upon the element's parent time container.
The offset is measured in parent simple time.
- Event describes an event and an optional offset that determine the
element end. The element end is defined relative to the time that the event
is raised.
- Timing::INDEFINITE the end of the element will be determined by an
external event to the element.
- ::sequence<any> a sequence of values described above if more than
one begin value is defined for this element.
- void if no end behaviour is defined for this element.
- See also
- http://www.w3.org/TR/smil20/smil-timing.html#adef-end
|
|
EndSync
any EndSync;
- Description
- controls the implicit duration of time containers,
as a function of the children.
The endsync attribute is only valid for
par and excl time container elements, and media elements with timed
children (e.g. animate or area elements).
EndSync is
eiter a short constant from EndSync,
an interface reference to a child XTimeContainer
or void.
- See also
- http://www.w3.org/TR/smil20/smil-timing.html#adef-endsync
|
|
RepeatCount
any RepeatCount;
- Description
- the number of iterations of the simple duration.
RepeatCount is
double
this is a numeric value that specifies the number of iterations.
It can include partial iterations expressed as fraction values.
A fractional value describes a portion of the simple duration.
Values must be greater than 0.
- Timing::INDEFINITE the element is defined to repeat indefinitely
(subject to the constraints of the parent time container).
- void
no repeat count is defined for this element.
- See also
- http://www.w3.org/TR/smil20/smil-timing.html#adef-repeatCount
- See also
- ? (no identifier found)
EndSync
|
|
RepeatDuration
any RepeatDuration;
- Description
- the total duration for repeat.
RepeatDuration is
double
specifies the duration in element active time
to repeat the simple duration in seconds.
- Timing::INDEFINITE the element is defined to repeat indefinitely
(subject to the constraints of the parent time container).
- void
No repeat duration is defined for this element.
- See also
- http://www.w3.org/TR/smil20/smil-timing.html#adef-repeatDur
|
|
| Fill
|
FillDefault
short FillDefault;
- Description
- the default value for the fill behavior for this element and all
descendents.
FillDefault is
- The values AnimationFill::REMOVE, AnimationFill::FREEZE,
AnimationFill::HOLD, AnimationFill::TRANSITION and AnimationFill::AUTO
specify that the element fill behavior is the respective value.
- The value AnimationFill::INHERIT specifies that the value of this attribute
(and of the fill behavior) are inherited from the FillDefault value of the parent
element. If there is no parent element, the value is AnimationFill::AUTO.
- See also
- http://www.w3.org/TR/smil20/smil-timing.html#adef-fillDefault
- See also
- ? (no identifier found)
Fill
|
|
| Restart
|
| RestartDefault
|
Acceleration
double Acceleration;
- Description
- defines the acceleration for this element.
Element time will accelerate from a rate of 0 at the beginning up
to a run rate, over the course of the specified proportion of the
simple duration.
Acceleration is
a value between 0 (no acceleration) and 1 (acceleration until end
of the elements duration).
- See also
- http://www.w3.org/TR/smil20/smil-timemanip.html#adef-accelerate
|
|
Decelerate
double Decelerate;
- Description
- defines the deceleration for this element.
Element time will deceleration from a run rate to a rate of 0 at the
ending, over the course of the specified proportion of the
simple duration.
Decelerate is
a value between 0 (no deceleration) and 1 (deceleration from beginning
of the elements duration).
- See also
- http://www.w3.org/TR/smil20/smil-timemanip.html#adef-decelerate
|
|
| AutoReverse
|
| UserData
|
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.