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Form Widget Submit Test
Tests dojo.stopEvent() etc. calls inside dijit.form.Form onSubmit and onReset callbacks.
This form shouldn't submit, nor reset
one
two
three
Submit
Reset
This form shouldn't submit, nor reset
one
two
three
Submit
Reset
This form
should
submit and reset
one
two
three
Submit
Reset
This form
should
submit and reset
one
two
three
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Submitted value:


App\Events
This class defines the names of all the events dispatched in the Symfony Demo application. It's not mandatory to create a class like this, but it's considered a good practice.
- Author: Oleg Voronkovich<EMAIL_ADDRESS>Synopsis
class Events
{
- // constants
- const COMMENT_CREATED = 'comment.created';
Constants
| Name | Value |
|---|---|
| COMMENT_CREATED | 'comment.created' |
History
-
2019-01-14T18:46:33+00:00 (commit #e020244)
Author: Jose Antonio Martinez Iglesias (jositoyoyo@jose-antonio-martinez) / Commiter: Jose Antonio Martinez Iglesias (jositoyoyo@jose-antonio-martinez)
Primer commit


Example #3 - PDO Request
Introduction
This plugin demonstrates how to retrieve information using the Patient Data Object (PDO).
The PDO is the standard way in which i2b2 encapsulates all patient data.
All plugins that need to access patient data must construct PDO Requests and parse the returned PDO Response.
The PDO Request takes several input options, including a list of patients, groups of concepts, the list of items to be returned.
The PDO Response, dependeing on the input options, might return details about the patients, a list of observations corresponding to the selected concepts, or information about the events during which the observations occurred.
Instructions
Navigate to the "Specify Data" tab. Then, drag and drop a Patient Set and a Concept (Ontology Term) onto the input boxes. You may optionally select which types of information you want returned. Finally, click the "View Results" tab to view the PDO Response.
About Us
This plugin was created by Nick Benik and Griffin Weber, MD, PhD.
Terms of Use
This example plugin is distributed with the i2b2 web client framework and may be used free of charge.


fibonacci-static
Click and drag mouse to draw.
draw-curve
Click to start curve. Click again to stop current curve and start new one.
spiral-looper
Click and hold to draw spiral. Release mouse to stop.
fibonacci-square
Click and hold to start drawing. Release mouse to stop.
draw-spiral
Click to start curve. Click again to stop current curve and start new one.
fibonacci-counter
Click to start counter. Click again to stop current count and start new one.


I agree to the terms and conditions and confirm that I am not a citizen of the USA
TERMS AND CONDITIONS
For users acquiring the Ccoin Tokens
Ccoin smart contract is a software deployed and working on the decentralized distributed Ethereum blockchain. Ccoin tokens are partart of the software and ensure its interaction with the Network. By using smart contract, including its tokens you expressly acknowledge and represent that you have carefully reviewed and accepted this agreement between you as a User and ccore.io.
Ccoin token smart contract address will be published in due time prior to Ccoin token distribution.
Ccoin token carry no rights, express or implied, other than those set out herein.
Ccoin tokens are designed to be exchangeable on cryptographic token exchanges. Ccoin gives no warranties that Ccoin tokens will be exchangeable on such exchanges, but undertakes on a best effort basis to do everything that is reasonable possible and within the powers of Ccoin to enable exchange of Ccoin tokens on as many exchanges as possible.
Variations
We may revise these terms of use at any time by amending this page. You are expected to check this page from time to time to take notice of any changes we make, as they are binding on you.
Liability
The material displayed on this Site is provided without any guarantees, conditions or warranties as to its accuracy. To the extent permitted by law, we, other members of our group and third parties connected to us hereby expressly exclude: All conditions, warranties and other terms which might otherwise be implied by law. Any liability for any direct, indirect or consequential loss or damage incurred by any user in connection with the Site or in connection with the use, inability to use, or results or the use of this Site, any websites linked to it and any materials posted on it, including, without limitation any liability for:
Loss of income or revenue;
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Loss of data; Loss of goodwill;
Wasted management or office time;
and for any other loss or damage of any kind.
Ccoin token structure and pertaining holders rights
Ccoin smart contract is a software deployed and working on the decentralized distributed Ethereum blockchain. Ccoin tokens are partart of the software and ensure its interaction with the Network. By using smart contract, including its tokens you expressly acknowledge and represent that you have carefully reviewed and accepted this agreement between you as a User and ccore.io.
Ccoin token smart contract address will be published in due time prior to Ccoin token distribution.
Ccoin token carry no rights, express or implied, other than those set out herein.
Ccoin tokens are designed to be exchangeable on cryptographic token exchanges. Ccoin gives no warranties that Ccoin tokens will be exchangeable on such exchanges, but undertakes on a best effort basis to do everything that is reasonable possible and within the powers of Ccoin to enable exchange of Ccoin tokens on as many exchanges as possible.
Information about you and your visits to our site
We process information about you in accordance with our Privacy Policy. By using this Site, you consent to such processing and you warrant that all data provided by you is accurate.
Risks
You understand that Digital Assets, Ccoin token, blockchain technology, Ethereum, Ether and other associated and related technologies are new and relatively untested and outside of Ccoin's exclusive control and any adverse changes in market forces or the technology impacting Ccoin's performance under this Agreement shall absolve Ccoin from responsibility over any delayed or unachieved milestones. You also acknowledge that you have been warned of the following risks, associated with the Website, the Digital Assets, the Ccoin tokens, the Platform and other relevant technologies mentioned herein, and that you absolve Ccoin from any and all responsibility on any damages occurring in light of the risks listed below.
Warranty Given By User
ALL PARTICIPANTS AND USERS HEREBY EXPRESSLY AFFIRM THAT THEY ARE:
a) NOT an individual who is a resident of the United States of America, its territories or possessions, any state of the United States of America or the District of Columbia (the "USA");
b) NOT a corporation, partnership or other legal entity formed under the laws of the USA;
c) NOT an agency, branch or office located in the USA of a corporation, partnership or other legal entity that was formed under laws other than those of the USA;
d) NOT a trust of which any trustee is described in (a), (b) or (c) above;
e) NOT a legal entity the shares of which are not publicly traded on a securities exchange, and (ii) more than 45% of the shares of which are owned by or for the benefit of an individual or entity described in (a), (b), (c) or (d) above;
f) NOT a member of any branch of the military of the USA; and
g) NOT an agent or a fiduciary acting on behalf or for the benefit of an individual or entity described in (a), (b), (c), (d), (e) or j(f) above.
THE USER(S)' DECISION TO SUBSCRIBE TO Ccoin TOKENS WAS:
a) NOT based, at least in part, on information received or communications exchanged while the user, or the person providing the information or with whom the communication was exchanged, was within the USA;
b) NOT made inside the USA; and
c) NOT communicated to Ccoin from a source within the USA.
THE USER(S)' PURCHASE OF Ccoin TOKENS WAS:
(a) made on his/her own account as principal;
(b) NOT made in anticipation of a further distribution of the Ccoin Tokens to others; and
(c) NOT preceded, and will not be followed within 2 days from the Closing Time, by any effort to create or condition a market for the Ccoin Tokens in the USA.
I, as the User, have read and understood the above representations as well as the full Terms & Conditions of this Agreement.
I agree to the terms and conditions and confirm that I am not a citizen of the USA
Send ETH to the crowdsale address below.
IMPORTANT
DO NOT send funds from exchanges like Coinbase, Poloniex etc. You have to send ETH funds from your personal Ethereum wallets like MyEtherWallet, Metamask, Parity, Mist or Ledger (hardware wallet)
Set Gas Limit to 250 000 (during high-load network)
Set the gas price at 50 GWEI (during high-load network)
Ccoin tokens will be sent to the wallet from which the ETH arrived
0xCFe66A7339bd08469bB2Fc6ab4CAED4C022Fc6ac


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| TOC |
|
This specification extends the OAuth signature to include integrity checks on HTTP request bodies with content types other than application/x-www-form-urlencoded.
1.
Notation and Conventions
2.
Introduction
3.
The oauth_body_hash Parameter
3.1.
Hash Algorithm
3.2.
Calculating the oauth_body_hash Parameter
4.
Additions to Request Signing
4.1.
When to Include the Body Hash
4.2.
Adding oauth_body_hash to Requests
5.
Verifying Requests
5.1.
When to Verify the Hash
5.2.
Verifying the Hash
6.
Examples
6.1.
Example PUT Request
6.2.
Example GET Request
7.
Security Considerations
7.1.
Only trust what is signed
7.2.
Deprecation of SHA-1
Appendix A.
Obtaining the HTTP Entity Body
Appendix B.
Unkeyed vs Keyed Hash Algorithms
Appendix C.
Preventing Removal of Request
Bodies
8.
References
§
Author's Address
| TOC |
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in [RFC2119] (Bradner, B., “Key words for use in RFCs to Indicate Requirement Levels,” .).
Unless otherwise noted, this specification is written as a direct continuation of [OAuth Core 1.0] (OAuth Core Workgroup, “OAuth Core 1.0,” .), inheriting the definitions and guidelines set by it.
| TOC |
The OAuth Core specification [OAuth Core 1.0] (OAuth Core Workgroup, “OAuth Core 1.0,” .) provides body integrity checking only for application/x-www-form-urlencoded request bodies. Other types of request bodies are left unsigned. An eavesdropper or man-in-the-middle who captures a signed request URL may be able to forward or replay that URL with a different HTTP request body. Nonce checking and the use of https can mitigate this risk, but may not be available in some environments. Even when nonce checking and https are used, signing the request body provides an additional layer of defense.
This specification describes a method to provide an integrity check on non-form-encoded request bodies. The normal OAuth signature base string is used by adding an additional parameter with the hash of the request body. An unkeyed hash is used for the reasons described in Unkeyed vs Keyed Hash Algorithms (Unkeyed vs Keyed Hash Algorithms).
This extension is forward compatible: Service Providers that have not implemented this extension can verify requests sent by Consumers that have implemented this extension. If the Service Provider implements this specification the integrity of the body is guaranteed. If the Service Provider does not check body signatures, the remainder of the request will still validate using the OAuth Core signature algorithm.
This specification is only useful when cryptographic signatures are used. The OAuth PLAINTEXT signature algorithm does not provide integrity checks for any portion of the request and is not supported by this specification.
| TOC |
OAuth Consumers and Service Providers calculate the oauth_body_hash according to the following rules:
| TOC |
The body hash algorithm is determined by the OAuth signature method used.
New OAuth signature method specifications SHOULD specify the hash algorithm used to generate the body hash.
| TOC |
The value of the oauth_body_hash parameter is obtained as follows:
| TOC |
OAuth Consumers implementing this specification continue to sign requests in the manner described by OAuth Core. They also include the oauth_body_hash parameter according to the rules described in this section.
| TOC |
Not all requests should contain the oauth_body_hash parameter.
OAuth Consumers SHOULD NOT include an oauth_body_hash parameter on OAuth request token and access token requests. Some OAuth Service Providers have implemented request token and access token endpoints that reject requests that include unknown parameters. Sending an oauth_body_hash parameter to such endpoints will cause protocol failures. The oauth_body_hash parameter does not provide additional security for OAuth request and access token requests since all of the protocol parameters are signed by the OAuth Core signature mechanism. Omitting the parameter improves interoperability without reducing security.
OAuth Consumers MUST NOT include an oauth_body_hash parameter on requests with form-encoded request bodies. The presence or absence of the oauth_body_hash parameter is used to indicate to Service Providers how they should check the integrity of the request body. If no oauth_body_hash parameter is present, that indicates that the request body is form-encoded and signed using the OAuth Core signature algorithm. If the oauth_body_hash parameter is present, the body is signed according to this extension. Including an oauth_body_hash on form-encoded requests would make it impossible for Service Providers to determine which body signing mechanism was used for the request. This ambiguity would, in turn, allow the attack described in Preventing Removal of Request Bodies (Preventing Removal of Request Bodies).
OAuth Consumers SHOULD include the oauth_body_hash parameter on all other requests.
| TOC |
OAuth Consumers use the following procedure to add oauth_body_hash to requests:
| TOC |
Service Providers verify the integrity of request bodies by verifying the OAuth signature as described in [OAuth Core 1.0] (OAuth Core Workgroup, “OAuth Core 1.0,” .) and also verifying the value of the oauth_body_hash parameter.
| TOC |
Service Providers SHOULD decide whether the oauth_body_hash parameter is necessary according to the rules described in When to Include the Body Hash (When to Include the Body Hash).
If the request must not have an oauth_body_hash parameter, Service Providers MUST verify that no oauth_body_hash parameter is present. In particular, any requests with a form-encoded content-type and an oauth_body_hash parameter MUST be rejected because of of the attack described in Preventing Removal of Request Bodies (Preventing Removal of Request Bodies).
If the request should have an oauth_body_hash parameter but does not contain one, the request was sent by a Consumer that does not support this extension. The integrity of the request body cannot be checked using this specification. Service Providers MAY accept such requests for interoperability, or they MAY reject such requests in favor of security.
| TOC |
If the Service Provider determines body hash verification is necessary, the Service Provider calculates the expected body hash for the request as described in The oauth_body_hash Parameter (The oauth_body_hash Parameter).
The Service Provider then compares the expected body hash with the value sent by the Consumer in the oauth_body_hash parameter. If the values match, the body is intact and the request can proceed.
If the values do not match, the request MUST be rejected.
Rather than comparing text values, Service Providers MAY Base64 decode the oauth_body_hash parameter and perform the comparison on the octets of the hash. This reduces the risk of minor differences in URL encoding or Base64 encoding causing spurious integrity check failures.
| TOC |
| TOC |
Sample HTTP request:
PUT /resource HTTP/1.1 Host: www.example.com Content-Type: text/plain Content-Length: 12 Hello World!
Base64 encoded SHA-1 hash of the body:
Lve95gjOVATpfV8EL5X4nxwjKHE=
Signature Base String (with some line breaks added for readability):
PUT&http%3A%2F%2Fwww.example.com%2Fresource&oauth_body_hash%3D Lve95gjOVATpfV8EL5X4nxwjKHE%253D%26oauth_consumer_key%3Dconsum er%26oauth_nonce%3D10369470270925%26oauth_signature_method%3DH MAC-SHA1%26oauth_timestamp%3D1236874236%26oauth_token%3Dtoken% 26oauth_version%3D1.0
Signed request with body hash (with some line breaks added for readability):
PUT /resource HTTP/1.1 Host: www.example.com Authorization: OAuth realm="http%3A%2F%2Fwww.example.com", oauth_body_hash="Lve95gjOVATpfV8EL5X4nxwjKHE%3D", oauth_token="token", oauth_consumer_key="consumer", oauth_signature_method="HMAC-SHA1", oauth_timestamp="1236874155", oauth_nonce="10288510250934", oauth_version="1.0", oauth_signature="08bUFF%2Fjmp59mWB7cSgCYBUpJ0U%3D" Content-Type: text/plain Content-Length: 12 Hello World!
| TOC |
Sample HTTP request:
GET /resource HTTP/1.1 Host: www.example.com
Base64 encoded SHA-1 hash of the (non-existent) body:
2jmj7l5rSw0yVb/vlWAYkK/YBwk=
Signature Base String (with some line breaks added for readability):
GET&http%3A%2F%2Fwww.example.com%2Fresource&oauth_body_hash%3D 2jmj7l5rSw0yVb%252FvlWAYkK%252FYBwk%253D%26oauth_consumer_key%3Dconsum er%26oauth_nonce%3D8628868109991%26oauth_signature_method%3DHMAC-SHA1% 26oauth_timestamp%3D1238395022%26oauth_token%3Dtoken%26oauth_version%3 D1.0
Signed request with body hash (with some line breaks added for readability):
GET /resource HTTP/1.1 Host: www.example.com Authorization: OAuth realm="http%3A%2F%2Fwww.example.com", oauth_body_hash="2jmj7l5rSw0yVb/vlWAYkK/YBwk%3D", oauth_token="token", oauth_consumer_key="consumer", oauth_signature_method="HMAC-SHA1", oauth_timestamp="1236874155", oauth_nonce="10288510250934", oauth_version="1.0", oauth_signature="08bUFF%2Fjmp59mWB7cSgCYBUpJ0U%3D"
| TOC |
| TOC |
Many factors besides the bytes of the request body can influence the interpretation of the body of the HTTP request. For example, a content-type or content-encoding header can change the way a server handles an HTTP request. This specification does not include an integrity check on the HTTP request headers. OAuth deployments whose security could be impacted by an attacker who tampers with HTTP request headers should use other mechanisms (such as HTTPS) to protect the confidentiality and integrity of the entire HTTP request.
| TOC |
The NIST Computer Security Division has recommended that applications stop using SHA-1 for digital signatures (Dang, Q., “Special Publication 800-107, Recommendation for Applications Using Approved Hash Algorithms,” .) [NIST 800‑107]. As of the time of this writing, all of the cryptographic signature schemes defined for OAuth are based on SHA-1. OAuth signature methods based on stronger hash functions need to be developed, and those signature methods will need to specify algorithms for calculating the oauth_body_hash as well.
| TOC |
Not all programming platforms provide an easy mechanism to obtain the raw octets of the HTTP entity body. Reading the entity body as raw octets may have side effects, such as inhibiting automatic character set conversion. Transfer-encodings such as gzip also complicate implementation. On the other hand, reading the entity body as text may perform lossy conversions that prevent recovery of the original octet stream in some situtations. Character set conversions are not always one-to-one mappings, so solutions that rely on converting text back to the original octet stream are likely to fail in environments with multibyte characters.
All of these factors, and others, can make it difficult to drop in a "verify-the-signature" filtering layer prior to other request processing. The verification layer must consider the assumptions of downstream processing code on the state of the request body.
Implementers of this specification should be aware of these difficulties and consider the best way to address them in their programming frameworks.
| TOC |
This specification deliberately uses an unkeyed hash algorithm (SHA-1) to provide an integrity check on the body instead of a keyed hash algorithm such as HMAC-SHA1. This decision was made because signing arbitrary octet streams is poor cryptographic hygiene. It can lead to unexpected problems with cryptographic protocols.
For example, consider a proxy that uses OAuth to add authentication information to requests sent by an untrusted third-party. If the proxy signs arbitrary octet streams, the third-party can use the proxy as an oracle to forge authentication messages.
Including the result of an unkeyed hash in the normal signature base string allows the proxy to add an integrity check on the original message without creating a signing oracle.
| TOC |
This specification requires that Consumers not send the oauth_body_hash parameter on requests with form-encoded bodies, and requires that Service Providers reject requests that have form-encoded bodies and an oauth_body_hash parameter. These restrictions are necessary in order to prevent a MITM from removing non-form-encoded request bodies. The attack would work as follows:
The impact of this attack is probably minimal. The attacker can remove the request body, but cannot replace it with their own. Stil, the goal of this specification is guaranteeing body integrity when both Consumers and Service Providers use the oauth_body_hash parameter. Out of an excess of caution, this specification requires that Service Providers reject request that have both a form-encoded request body and an oauth_body_hash parameter.
An alternate solution, requiring that Service Providers check the oauth_body_hash parameter even on form-encoded request bodies, was rejected due to implementation challenges. Some web development frameworks block access to the raw entity body for form-encoded requests.
| TOC |
| [NIST 800-107] | Dang, Q., “Special Publication 800-107, Recommendation for Applications Using Approved Hash Algorithms.” |
| [OAuth Core 1.0] | OAuth Core Workgroup, “OAuth Core 1.0.” |
| [RFC2045] | Freed, N. and N. Borenstein, “Multipurpose Internet Mail Extensions (MIME) Part One: Format of Internet Message Bodies,” RFC 2045. |
| [RFC2119] | Bradner, B., “Key words for use in RFCs to Indicate Requirement Levels,” RFC 2119. |
| [RFC2616] | Fielding, R., Gettys, J., Mogul, J., Frystyk, H., Masinter, L., Leach, P., and T. Berners-Lee, “Hypertext Transfer Protocol -- HTTP/1.1,” RFC 2616. |
| [RFC3174] | Eastlake, 3rd, D. and P. Jones, “US Secure Hash Algorithm 1 (SHA1),” RFC 3174. |
| TOC |
| Brian Eaton | |
| Google, Inc | |
| Email: |<EMAIL_ADDRESS>|


The sagemaker R package provides a simplified interface to the AWS Sagemaker API by:
data.frame
s and tibbles
Check out the Get started guide for examples!
Compare the AWS Sagemaker API vs. the sagemaker R package.
The R package hides the details for later, so you can get started ASAP.
Get Sagemaker endpoint predictions with no string parsing or REST API management. Directly use predict
on the Sagemaker model to get predictions that conform to the tidymodel standard.
model <- sagemaker_hyperparameter_tuner(xgb, s3_split(train, validation))
pred <- predict(model, new_data)
Even download and load Sagemaker trained models into your R session:
local_model <- sagemaker_load_model(model)
local_pred <- predict(local_model, new_data)
Easily get tuning and training stats with sagemaker_training_job_logs
and sagemaker_tuning_job_logs
.
You can install sagemaker from GitHub with:
# install.packages("devtools")
devtools::install_github("tmastny/sagemaker")
You will also need boto3
, sagemaker
, and awscli
python packages. If you don’t have them, or aren’t sure, install with:
sagemaker::sagemaker_install()
Next, you’ll need an AWS account. This is a complicated process and unfortunately I don’t have a good guide to share. Please reach out if you find one and I’ll post it here!
Once you have the account and user setup you’ll want to save your account access keys. This is a good guide to follow.
Lastly, you need a AWS Sagemaker Execution Role. The easiest way is to create a AWS Sagemaker Notebook Instance. Try this guide to get the notebook running. Once the notebook is deployed, inside the instance run:
Once you have that role, run this command locally to save it with your local AWS config:
sagemaker::sagemaker_save_execution_role(
"arn:aws:iam::[account_number]:role/service-role/[SageMakerExecutionRole]"
)


Are you sure? You will not be able to undo this action.
Copy your save data here. Paste it into the Import modal or into this text editor to continue working on it later.
Copy your sketch's code here.
Then, paste it into a new program.
Paste your sketch data here.
CAUTION: If you restart,
you'll lose your sketch!
Drag your mouse over the canvas to draw. Having issues with the webpage size? Go here to use this sketchpad without the text editor. Go here to use this sketchpad with the text editor.
Pick the brush's hue and saturation with the rainbow color wheel. To change the brightness, use the brightness selector to the right. To change the opacity of the color, drag the opacity slider or input a number into the text box.
Pick the size of your brush using the size slider or inputting a number into the text box. The brush size can be anywhere between 1 and 200. You can see the brush's current color and size by hovering your mouse over the canvas.
If you would like to undo a stroke, click . If you would like to redraw that undone stroke, click . You may also undo by pressing Z or redo by pressing R on your keyboard. Please note that the maximum number of strokes you can undo at once is 70. If you would like to change this, change the value of the variable named undoCap.
To choose a color directly from the canvas, click the button. Then, use the eyedropper to select a color from the canvas. Keep in mind that the opacity of the brush color would be 100%, but the brush size will stay the same. If you entered the eyedropper mode in error, just click the button again to cancel.
If you would like to clear the entire canvas, just click the button, and select it again to confirm. Please note: you will not be able to undo this action.
See an example of an animated
sketch
here or a still sketch here.
If you're clever, perhaps you can find
out a way to do
stop motion animation.
First, click to open the modal.
Indicate whether you would like your sketch animated with the checkbox.
Click to copy your sketch code to the clipboard.
Open a new program and paste.
You should now see your sketch, either fully complete or being drawn on the canvas.
Enjoy! To find out how to edit your sketch later, check out the "Save Data" tab. If you would like to copy/download the image on the PJS canvas, right-click to open the context menu.
You can use your sketch's save data to work on it later. Here's how:
from the sketchpad: Click , then select it again to copy your save data to the clipboard.
from a sketch in PJS: Locate the variable named saveData. The long string is your sketch's save data.
There are two ways to paste in your save data in order to edit your sketch. Note that anything already present on the canvas will be replaced with the newly "imported" sketch.
To paste it via the sketchpad itself: click , paste your sketch data into the text box, and select . Please note: if you restart this program, your sketch will be lost.
You can also paste the save code into the text editor of this program. Locate the variable named saveData and replace the empty string with your save data.


patients hospital participants nurses (#). care staff IPC patient study traditional wards nurse control treatment {border-style TB-IPC health px;} related risk #ffffff;} HIV lack healers healthcare African internal reported tuberculosis Int South contextual measures medicine professional training yes, TB. patients, stigma transmission ward working Nurses clinical concerns influences policy work Dis Health TB-routine data emergency isolation potential role why? Tuberc care. conditions infection yes ... Africa Influences Lung appropriate don't family high including knowledge medical need nosocomial practices provision surgical • experiences findings personal prevention px; research time wider {font-family Infection Tuberculosis adherence auxiliary behaviour collab: facilities font-size general included local people protective support uptake used Control access admitted communication cultural did double; expressed factors guidelines influencing level. members/carers patients. poor rooms sampling settings themes trauma treatment, use Cape Explain. TB-routine, Traditional afraid approximately associated barriers border-color border-width come community concerning context cross-cultural diagnosed duty education experienced impact importance late majority management medicine, members opinion order overload owing patients' phenomenological qualitative routine solid; study, understanding worried {font-style {font-weight "... (Table Dimitrova Edginton International National TB, TB-patients Town, analysis applied bold coloured comprehensive confirmed cough courier; critical different em; equipped explained explore exposure felt given hospital, identify implementation infected infectious influence interconnected interview key know limited line major masks number nurses' nurses. nursing obstetric overarching paediatric participants, participants. pediatric perceived period possible presented prevent properly providers pt;} rapid reduce referring responses reveal standards strong suspected symptoms system, taken tertiary thematic transmission-based transmission. treatment. years


One of the cool advantages of using Ruby as a newbie programmer is that it contains a bunch of collections to help you sort and search data. Of these, arrays and hashes are probably the most popular: I’m going to outline the two of them in this blog post. Arrays are ordered, integer-indexed collections of any object. Array indexing starts at 0, and increases from left to right. Or one can work right to left with a negative index, with -1 indicating the last element in the array, and growing more negative as we work our way to the front. Being that today is Sunday, here is an array example for you football fans. I’ve created a new array in the IRB screen that lists the best NFL franchises in terms of number of Super Bowl rings.
BestNFLFranchises = ["Steelers", "Cowboys", "49ers", "Packers", "Giants", “Patriots”]
irb(main):004:0> BestNFLFranchises[0] => "Steelers"
irb(main):005:0> BestNFLFranchises[-6] => “Steelers"
As you can see, the greatest franchise (without a doubt, the Steelers) can be referenced with the 0 index, left to right, or -6 going the other way, both denoting the first item on the list.
Let’s move on to hashes.  Indexing isn’t based on an integer value, but rather on the order in which the keys are typed in. Continuing with our Super Bowls example, we can list the key of team name and assign a corresponding value that ties to the number of rings, like so:
BestNFLFranchises= {"Steelers"=> 6, "Cowboys"=>5, "49ers"=>5 , "Packers"=> 4, "Giants" => 4, "Patriots"=> 3}
We can then call upon a certain franchise by name and the program should spit out the corresponding value, like so:
irb(main):002:0> BestNFLFranchises["Steelers"] => 6
Now both arrays and hashes have a slew of useful methods that can be called upon to sort and search and otherwise manipulate data (Ruby-Doc is a great source for finding this information). The main difference seems to be in the way they are indexed. Arrays are limited to integer indexes as noted above, whereas hashes can use any data object as a key (aka index).


“If you need something done, Greg is the man to ask.”
- Matthew Murphy, Former Principal, Earl L. Vandermeulen High School
“Greg is exceptional. I have worked with many college students over my twenty year career, and Greg truly stands out.”
- Sara Klein, Assistant Vice President for Student Affairs, Stevens Institute of Technology
“A leader that senior level administrators rely on as much as they do a professional with years of experience.”
- Kristie Damell, Associate Dean of Students and Title IX Coordinator, Stevens Institute of Technology
Inspired by Greg Klesaris' passion for large production shows at a young age, came the Stevens Annual Holiday Tree Lighting. Participation grew from 2014 with 150 attendees, and 10,000 lights to 1,200 attendees and 160,000 in 2017. The event is now the most significant tradition on the Stevens campus. To make the event “the most wonderful time of the year”, Greg and his team have gathered the support of Facilities, Campus Police, University Events, Stevens Dining, and the Office of Student Affairs to make this event a true spectacular. The event has superseded the quality of many nearby landmark venues of the holiday season, a goal of any creator.
The Entertainment Committee is the largest student-run organization at Stevens Institute of Technology. Greg Klesaris has been President of the Entertainment Committee since March 2014, running over 230 campus-wide events to date. The Entertainment Committee operates with a budget of more than $500,000 each year and a staff of about 20 students to coordinate the 60 award-winning campus-wide events for groups of up to 1,300 people. The Entertainment Committee runs both on and off campus events like the Annual Holiday Tree Lighting, campus-wide concerts, the Harvest Moon Fall Festival, and subsidizes tickets to Broadway shows, music concerts, and NY/NJ sporting events.
The Annual Holiday Tree Lighting is a campus tradition that was started by Greg Klesaris in 2014 that brings over 1,200 students together each holiday season. Greg coordinates and is responsible for the entire campus lighting of over 160,000 lights with support from students, Facilities, Campus Police, University Events, Stevens Dining, the Office of Student Affairs, and the Tree Lighting Division of the Entertainment Committee.
The Annual Harvest Moon Fall Festival is the perfect way for students, faculty and staff to start off their fall season! The festival includes fall foods, pumpkins, arts and crafts, and plenty of other autumn activities. The event was successful in bringing over 1,000 members of the Stevens Community together. Originally introduced in 2014, Greg Klesaris thought it would be best to develop the concepts of the event further before reintroducing it to the Stevens Community in 2017, when it was named a “Campus Tradition” by the Assistant Vice President for Student Affairs.
Midnight Breakfast is an semi-annual tradition celebration at Stevens Institute of Technology during finals week. The Entertainment Committee with support from Stevens Dining and the Office of Residence Life transform the main dining hall into a breakfast-for-dinner relaxing event at midnight. Students can enjoy massages, karaoke, food, and many other activities to relax. The event went through a major overhaul after the Stevens administration decided that Greg Klesaris and the Entertainment Committee should handle the planning, logistics, and running of the event.
The Campus Life Committee is the only student-run campus capital improvement organization at Stevens Institute of Technology. With a semesterly budget allotment, the Campus Life Committee improves the lives of all student, faculty, and staff at Stevens. Some of these improvements include projects such as replacing all existing water fountains with eco-friendly bottle filling stations, creating and maintaining the outdoor beach volleyball court, and purchasing and maintaining the campus outdoor furniture and decor. Greg Klesaris was the President of the Campus Life Committee from April 2014 through April 2017.
Over 20 Eco-Friendly Water Bottle Filling Stations have been installed throughout the campus at Stevens Institute of Technology under the combined effort of the Campus Life Committee and the Division of Facilities. These filling stations have saved over 1,000,000 bottles since they were installed a few years ago. Greg Klesaris installed these same fountains in his high school, and was perfect to takeover the project at Stevens. The fountains were installed over multiple phases, including residence halls, academics buildings, and more.
Located in the 4th densest city in the United States, Stevens is fortunate to have over 55 acres of property on the Hudson River with almost half the area being green space. It is very important to have outdoor furniture available to community members to be able to enjoy the green space. Over the last few years Greg Klesaris and the Campus Life Committee have brought over 75 Adirondack chairs, picnic tables and other furniture to campus handling everything from purchasing and accounting to delivery and installation.
The Campus Life Committee installed the Stevens Beach Volleyball Court with the assistance of the Office of Student Life and the Division of Facilities, by contracting the work to outside vendors. After the initial installation, the Campus Life Committee continues to budget the maintenance work of the court including deliveries, equipment upgrades, lawn upgrades and more. The court allows students a space on campus to relax and unwind from their difficult academic course loads.
It has been a tradition for almost 35 years for Stevens students, faculty, staff, and alumni to be the man-power behind Macy’s Studios in piloting and inflating the Macy’s Thanksgiving Day Parade balloons. Stevens Community members take both classroom and field training to ensure that they are ready to pilot the million dollar balloons down the streets of Manhattan. After spending 20 hours on Thanksgiving Eve inflating the balloons, Stevens Community members wake up at 4am on Thanksgiving Day to prepare their vehicle teams for the balloon’s flight! Greg Klesaris was the Assistant Anchor Vehicle Manager on the “Hello Kitty” float for this past year’s Macy’s Thanksgiving Day Parade, making sure the balloon stayed perfectly within the bounds of the NYC streets.
Over 800 nervous First-Year Students move into their residence halls in the middle of August at Stevens. This day takes coordination from almost every department. Stevens is located in the 4th densest city in the United States, Hoboken, meaning that they must be conscious of how events affect the community. During Move-In Day more than 1,000 cars, buses, and trucks drive through the entrance of campus. It is imperative that the flow of traffic through the entrance stays steady and does not bottleneck. For the last 3 years, Greg Klesaris has been in charge of the operation of the entrance and first residence hall to make sure that traffic flows smoothly and that students moving into the first residence hall unload efficiently.
Greg Klesaris graduated with a Naval Engineering degree in May of 2017, and is currently finishing his Masters of Ocean Engineering. Throughout this process he works part time for Ocean Alexander in Merritt Island, Florida as a Project Manager and Sea Trial Engineer ensuring the $4 million dollar yachts are up to the high-standards of the customers. This job includes running sea trials on the nearly complete yachts at the manufacturer, as well as completing model tests at the Davidson Lab Towing Tank at Stevens Institute of Technology. The importance of Sea Trials is often overlooked, but Greg makes sure to put the boat through its paces before it is released to the customer.


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Creating the project
- Created project in my Github repository
- Cloned to local folder git clone https://github.com/zebslc/angular5mat.git
- ran ng new matseed --dry-run
- Removed the --dry-run
- Ran ng s to test it works
- Ran ng test to test that unit tests work
- Ran ng e2e to test that end to end tests work
- Ran ng lint to test that there are no code standard issues
- Ran npm update -g to update all the packages before starting
- Ran ng s to test it works
- Ran ng test to test that unit tests work
- Renamed all the .css with .scss and updated in the app.component and angular-cli.json "styleExt": "scss" so we use SASS instead of css. This then matches what material will use
- Added a web config file so the static pages are shown and altered assets within angular-cli.json to include it after favicon.ico
- Ran ng s to test it works
- Checked in first stage
Set up azure website as test host
- In Azure create new resource -> Web App then fill in name and details (https://portal.azure.com/#create/hub)
- Create a new project in visual studio online so you can set up a build https:/[your_company]].visualstudio.com/_projects
- When on the getting started page choose Build code then Setup Build from an external repository (unless you have used vs git instead of github)
- Choose GitHub and type a connection name then authorise (token the easiest)
Set up basic build (CI)
- Choose the repository and continue
- Choose empty process
- Add npm custom with install --force
- Add npm custom for Build the app with run-script build
- Add Azure App Service Deploy (set description, service name (choose from list don't type) and authorise)
- Tick additional deployment options -> publish with web deploy, remove additional files & set package or folder to $(System.DefaultWorkingDirectory)/dist
- Click save, add a comment about this being the first test save and queue to test this part works
- Click the build number to check the build process gets this far without error
- If that works, click Triggers and toggle Enable Continuous Integration & pull request validation
- Return to the application, make a change and check it in to see it building and deploying
Set up testing (CT)
- Added Puppetter, Headless chrome etc...
- Created a new test script with npm run-script ct which you replace the npm run-script test on the CI build step. Gives interactive local dev using ng test but the one off build we need for CI
- Configured Karma and Protractor to create coverage reports and use "Cobertura" which is a standard xml format for reporting in builds
- In the online build process configured steps for e2e and test/coverage with reporting so that the results appear on the summary
- The coverage report also includes tolerance percentage levels for acceptable coverage levels (can type npm run cover to see it)
-
- Add a new step Publish code coverage results and set the summary file to **/cobertura-coverage.xml with a report director of **/coverage/
- Add another step Publish Test Results and set teh test result files to **/e2e-results-junit.xml which searches for the junit.xml file containing e2e results
Deploying to an external site (CD)
- Initially this was set to Azure App Service Deploy in order to make sure the site could deploy correctly.
- Now going to set up two deployment actions
- To an initial azure test site in order to ensure that the site works as expected
-
- Open Visual Studio Online and edit the build
- Add a new build step Publish Build Artifacts then set the path and artifact name to dist
- Click on the releases tab and create a new release definition
- Add a new artifact and point it to the results of the build setting the trigger to continuous deployment
- Add a new environment called Testing and within it's agent add Deploy Azure App Service pointing to the test site
- The live site running on a non-azure static webhost
-
- Create a new release environment called Live and a new agent phase containing an FTP upload tool
- Within the FTP upload tool click Manage FTP Service Endpoint
- Create a new generic service endpoint with the username, password and default of the live server
- Choose the new endpoint in the FTP Service Endpoint list
- Set the remote directory and clear any existing contents
- Save and test
Adding Material
- So far this has just been about configuring the infrastructure of the site
- Now we need to add in the material parts and adjust the tests
- Font awesome (needs to be added as an include in the .angular-cli file
- @angular/cdk, @angular/flex-layout, @angular/material, font-awesome, hammerjs, web-animations-js
- HammerJS for touch control (needs to be imported into main.ts too),
- Update styles.scss to include a reference to a material template
- Add link to Material icons onto index.html
Adding Routes
- We are ready to add sample routing for this seed project
- Added in the routing module and set up a new page
- Moved this help guide to an initial new location of the home component page
- Ran ng test and discovered that the test need to include the same modules as the pages
- Fix the broken tests to add the missing
- Refactor this help guide so each page is a route
- Create a route to a page that uses a service to get data & tests
- Route for pictures ng g module --routing pics --dry-run lets us create a new area with a folder src/app/pics/
- Add tracing=true
- Create an interceptor so that the data is populated by the routing before the page starts & add tests
Adding and optimising images
- Add some static images to our assets folder and then optimise them using the build process for display on mobile devices
Extra bits
- Progressive web app (https://moduscreate.com/blog/creating-progressive-web-apps-using-angular/)
- Logins and security (https://auth0.com/)
- Optimising CSS (purify - might need to eject cli https://github.com/purifycss/purifycss )
Useful tools
Useful links
- Azure CI/CD with angular https://blogs.msdn.microsoft.com/wael-kdouh/2017/09/11/deploying-your-angular-application-to-azure-using-visual-studio-team-services-vsts/
- Setting up a build server https://docs.microsoft.com/en-us/vsts/build-release/actions/agents/v2-windows


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|
"THE LAST OF THE WICOCOMICO"
|

ADVANCED BOOK ORDERS ARE NOW BEING ACCEPTED:
FORWARD ADVANCE BOOK ORDER REQUEST TO:
<EMAIL_ADDRESS>  with name and shipping address.
"TAPTICO" LAST OF THE WICOMICO" will be available in October, and will be published on demand. This book will most likely be the last concerning Taptico and the Wicomico UNLESS FURTHER INFORMATION IS FOUND ! I hope to take a research trip soon. However at this time, the book will have everything that has been found in my 25 years of researching Tapp and Taptico connection. It will consist of the Wicomico Tribe and Native American Tapp genealogy from their inception...1608 to 1850.
This book will have copies of documents that will specifically state that William Tapp is the King of the Wicomico, copies of Christian Bourne Tapp's mark, this was found in a valuable document section in a library and was donated to the library in the late 1920's, however who donated the document was not revealed. Several pages of exact volumes and pages of Will's, Deeds and other documents in VA concerning the Tapps.
The book will have a very extensive section on Moses Tapp and supporting documents, this section alone will help those that are researching this family...a large chapter on the English Tapps, this section will help clear up the information that is currently spread thru out the Tapp genealogy. There will also be some very interesting stories about the Tapps. Several family Sections of the "Tapp Family Book" by Liles, Fulcher, Tapp will be cleared up... some folks will be disappointed but at least we will clear up several family trees.
The book will be about 300 pages plus 2-3 CDs... cost $33.00 ( shipping included). Contact me at<EMAIL_ADDRESS>for ordering and details.


Coming Soon
This website will dedicated for the group Infinite. Coming soon.
Updates
picture © korea.net


Repository
https://github.com/holgern/steemrewarding
steemrewarding.com is a feature-rich automatic voting tool. It can be used to create voting rules at https://steemrewarding.com, when posting authority was given to the @rewarding account. I created a discord server for all topics regarding steemrewarding.com: discord invitation.
New features
Upvoting already paid-out posts
The delayed vote tab can now also be used to upvote already paid-out posts. When a paid-out post is given, a comment is replied with 100% benficiaries set to the author and upvoted.
There are three ways to do this:
- Go to https://steemrewarding.com/delayed_vote and enter the authorperm
- replace steemit by steemrewarding: e.g.: https://steemrewarding.com/steempeak/@steempeak/keychain-integration-now-live-on-steempeak-com
- Write a comment as:
The created comment has 100% beneficiaries set to the author. In 7 days, the author of the already paid out post will receive the author rewards of the upvoted comment.
Assuring that a command is only parsed once
New checks have been added for assuring that each command is only parsed once. The timestamp of the last parsed commend last_command
is stored in a json file at the end of the script. When the json file would be deleted, all rewarding commands would be parsed again.
In order to prevent this, a command inside a comment must be not older than 3 hours:
1 | # Skip not processed commands that are older than 3 hours |
A second check is implemented that checks of the comment that contains the comment was already upvoted by @rewarding:
1 | already_voted = False |
As a comment containing a rewarding command is alsways upvoted, checking for upvotes from rewarding will also prevent that accidentially a command is parsed twice.
Improved rules/trail rules table and copying of rules possible
It is now possible to add the author and change if comments or posts ( main_post
flag) should be upvoted.
After pressing the button in the rule editing from:
1 | rule_dict = rule_dict_from_form(name, form) |
It is checked of the author and/or the main_post flag was changed. If this is the case, a new rule is created. When copy_rule is not set, the old rule is deleted.
The vote rule table has been improved. Links for edit/copy/delete a rule are now on the left side:
When I press the edit link:
All changes at the author field will create a new rule and the old rule will be deleted.
When I press the copy link:
All changes at the author field will create a new rule with the same parameters. The old rule stays unchanged.
Maximum vote delay parameter added
A new parameter was added for vote rules:
It is now possible to limit the validity of a rule which is vote power based. A post/comment is then upvoted when min_vp
is smaller than the vote power and when the delay is below of maximum_vote_delay_min
.
min_vp, vote_sbd and vote_when_vp_reached added to delayed vote
It is now possible to queue vote-power based votes. The following setting will queue a vote which is later upvted when a vote power of 90% is reached.
Commits
Add creating of of comments with beneficiaries to flask app
- commit 5cd3292
fix permlink of comment for upvoting
- commit e8363fd
Copy item added to vote rules and trail vote rules
- commit ead68fc
- table layout improved
- description added to edit and delete rule/trail rule
- copying a rule/trail rule is possible
- form field for deleting a rule / trail rule is shorted
Add more form fields for delayed vote and add max vote delay
- commit 047fb78
- show account information at start page
- More form fields for delayed vote
- maximum vote delay added as form field
Add checks for command parsing that will prevent that a comment is parsed twice
- commit 6c0f481
add rewarding of paid-out post (older than 7days post)
- commit fdc6921
- when a already paid-out post should be upvoted, a comment
with beneficiaries is upvoted instead. - add short notice to dalayed vote tab
add more help text to forms and improve scripts
- commit 8305093
- prevent negative vote weight
- add pool_recycle to database connector
- add hours, minutes and days to command parsing
- sorting rules by author
- improve app check in post
- add unit tests for command parsing
- add try/except for loading post/comment from authorperm
GitHub Account
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aria2 version:
Web-Client status:
To download the latest version of the project head on to
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Or you can open the latest version in browser through http://ziahamza.github.com/webui-aria2


150 Indians deported from US for illegal entry, flouting visa norms return
The special aircraft carrying them landed at the T3 terminal of the Delhi airport at 6 am.
by PTINew Delhi: Around 150 Indians deported from the US, for either violating their visa norms or illegally entering America, landed at the Delhi airport on Wednesday morning, an official said here.
The special aircraft carrying them landed at the T3 terminal of the Delhi airport at 6 am, the official said. The aircraft reached India via Bangladesh.
All the approximately 150 Indians are at the terminal and paper work with the immigration department is under way, the airport official said, adding they should start coming out of the airport "one by one" after 11 am.
These Indians have either violated their visa norms or were illegal immigrants, the official said.
On October 18, more than 300 Indians, including one woman, were deported by Mexican immigration authorities for illegally entering the country to sneak into the US.
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Bolt
Like this pen to see the magic!...
Just kidding, it won't happen anything but I'll be really happy If you do so.
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A treemap is a space-filling visualization of hierarchical
structures. This package offers great flexibility to draw treemaps.
| Version: |
2.4-2 |
| Depends: |
R (≥ 2.10) |
| Imports: |
colorspace, data.table (≥ 1.8.8), ggplot2, grid, gridBase, igraph, methods, RColorBrewer, shiny (≥ 0.12.0) |
| Suggests: |
knitr |
| Published: |
2017-01-04 |
| Author: |
Martijn Tennekes [aut, cre],
Peter Ellis [ctb] |
| Maintainer: |
Martijn Tennekes <mtennekes at gmail.com> |
| License: |
GPL-3 |
| NeedsCompilation: |
no |
| Materials: |
NEWS |
| In views: |
OfficialStatistics |
| CRAN checks: |
treemap results |


Portfolio
Memory Maker
Memory Maker is a full-stack web application created with the MVC paradigm. Memory Maker uses node.js with an express.js server, a mySQL database, a sequelize ORM, and handlebars.js as a view engine. The app features an interactive UI and responsive design.
ReadMoreTV
Web app that allows users to search for a TV show and return book recommendations. Uses TVMaze and Google Books APIs, along with jQuery to dynamicall generate search results and relevant data for the user.
Burger App
Full-stack MVC app that uses node, handlebars, express, mySQL, and object-relational mapping.
Work Day Schedule
Web app that allows user to input activities for each hour of the day and save them to local storage so their tasks persists beyond page refresh. Uses moment.js and jQuery to dynamically generate date, time, and DOM elements for intuitive UI/UX.
Note Taker
Note Taker is a full-stack app that uses JavaScript, node.js, and Express.js to create a data-persistent note-taking platform. JavaScript contains AJAX requests to Express server using GET, POST, and DELETE methods; Express server contains corresponding routes that take in user inputted data, save it to a JSON file, and display or delete it depending on user interaction.
JavaScript Code Quiz
Timed, multiple-choice JavaScript code quiz. Uses vanilla JavaScript DOM manipulation.


Some quick example text to build on the card title and make up the bulk of the card's content.
NEW RESTAURANT
EDIT RESTAURANT


Files CCore/inc/PacketSet.h CCore/src/PacketSet.cpp
PacketSet is a key class of the packet infra-structure. This class is a logical small pool of packets with a packet processing control and packet cancellation features. This class is used by packet originators.
inline constexpr unsigned DefaultMaxPackets = 50 ; template <PODType POD> class PacketSet : public Funchor_nocopy { .... public: using ExtTop = PacketSetExt::ExtTop ; // constructors explicit PacketSet(ulen max_packets=DefaultMaxPackets); explicit PacketSet(TextLabel name,ulen max_packets=DefaultMaxPackets); ~PacketSet();
The constructor argument name is used to name internal synchronization objects.
The argument max_packet is the packet limit. You cannot have more than max_packet active packets from this packet set ("external" packets are not counted).
PacketSet destructor performs the cancel_and_wait() operation. It also waits until all "external" packets are completed.
// own list Packet<POD> try_get(); Packet<POD> get(); // may return 0 Packet<POD> get(TimeScope time_scope); Packet<POD> get(MSec timeout); Packet<POD> try_get_short(); Packet<POD> get_short(); // never return 0 Packet<POD> get_short(TimeScope time_scope); Packet<POD> get_short(MSec timeout);
Packet get methods. They have the same semantic, as the correspondent packet pool methods. Packets are taken from the default packet pool. The packet set limits the number of active packets by the max_packet. All taken packets are remembered in the internal packet list, so it is possible cancel them or wait for completion.
void cancel_and_wait(); bool wait(TimeScope time_scope); bool wait(MSec timeout);
cancel_and_wait() cancels all active packets and then waits indefinitely until they are completed ("external" packets are not included).
wait() waits until all active packets are completed ("external" packets are not included) or up to timeout expired. The return value is true, if the first case happens. If the timeout expires, then wait() performs the cancel_and_wait() operation.
// external list Packet<POD> try_get(ExtTop &ext_list); Packet<POD> get(ExtTop &ext_list); // may return 0 Packet<POD> get(ExtTop &ext_list,TimeScope time_scope); Packet<POD> get(ExtTop &ext_list,MSec timeout); Packet<POD> try_get_short(ExtTop &ext_list); Packet<POD> get_short(ExtTop &ext_list); // never return 0 Packet<POD> get_short(ExtTop &ext_list,TimeScope time_scope); Packet<POD> get_short(ExtTop &ext_list,MSec timeout);
Packet get method with an external packet list. You may use an additional external packet list, represented by an object of type PacketSet::ExtTop, when getting a packet from the packet set. You may use this list further to cancel all packets from this list.
void cancel(ExtTop &ext_list); class Cancel : NoCopy { PacketSet<POD> &pset; ExtTop cancel_list; public: explicit Cancel(PacketSet<POD> &pset_) : pset(pset_) {} void build(ExtTop &ext_list) { pset.buildCancel(ext_list,cancel_list); } void cancel() { DoCancel(cancel_list); } };
cancel(ExtTop &ext_list) cancels all packets from the given external list.
Using the inner class Cancel, you can cancel packets from the given external list or several such lists in two phase. The method build() cancels packets from the given external list and collects them into the working list. Then the method cancel() calls cancel functions of collected packets.
// external packets Packet<POD> enlist(Packet<POD> packet); Packet<POD> enlist(ExtTop &ext_list,Packet<POD> packet); };
"External" packets may be included in cancellation operations of the packet set. The method enlist() is to do this. You may specify an external packet list also. "External" packets are not included in waiting operations. Only the PacketSet destructor waits for their completion.


Input to LaTeX is plain text (ascii) which includes both the text of the document and also formatting commands. It is possible to split the input into several files using:
Space characters separate words. Two space characters in a row are equivalent to a single space character. The end of line is also equivalent to a space character. (However, a percent sign, %, can end a line without generating a space character.) Generally, space characters at the beginning of a line are ignored.
An empty or blank line between two lines of text defines a new paragraph. Two blank lines are equivalent to one.
The following ten characters are Special LaTeX Characters:
$ & % # _ { } ~ ^ \
If entered directly in the input they cause LaTeX to do something special. You can get the following seven of them into your document by simply preceding them with a backslash (\):
$ & % # _ { }
To get the other three ( ~ ^ \ ) in your output requires more work.
Commands take one of two forms
The second case is case-sensitive; \Gamma is different from \gamma. These commands are terminated by a nonletter, i.e., a blank, a number, a punctuation mark or special character.
Commands may have mandatory arguments, which are input in braces ({}). They may also have optional arguments, which are input in square brackets ([]).
For commands which produce text a trailing blank may be interpreted as the end of the command, which does not automatically create a space, so you may have to do something to create an interword space after this text.
LaTeX input normally begins with a \documentstyle command. (In LaTeX2e this is replaced with a \documentclass command.)
The beginning of the document text follows a \begin{document} command.
Input between the \documentstyle and \begin{document} is called the preamble and typically contains new command definitions, information for the title, declarations which affect things like Typefaces, etc.
The document text (and generally also the LaTeX input) is terminated by a \end{document} command.
It is possible to obtain some of the input from external files, i.e., those which are not the main file input to the LaTeX program.
See also
Back to the Table of Contents


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Introduction
ToolKit-JS is a small front end framework, it has an array of neat features, from components through to it's own implementation of AJAX, you can find ToolKit here.
Why use ToolKit?
This is a simple question, and it deserves a simple answer, unlike a lot of modern front end technologies, ToolKit is simple, it's lightweight and relatively fast.
Targeting DOM Elements
To target DOM elements, you can use the following methods:
ToolKit.Utils.$one('#idName'); // get a single element
ToolKit.Utils.$all('.className'); // get an array of elements
Service
If you wish to make use of AJAX calls, you can simply do so via using ToolKit's Service method.
Query
If you want to query an array of objects, you can simply use ToolKit-JS to do this, via using the Query method, the main purpose of this is to implement a more 'minimal' implementation of OQS(Object Query Script). This can be used as a load balancing tool, or possibly a disaster recovery implementation for when you're having one of those bad server days!


{% extends 'base.html' %} {% block pagecontent %}
Sorry, the admins of this server instance have disabled user sign-ups or an email server has not yet been configured.


The following example defines the constraint X+Y=T as an FD predicate in terms of three indexicals. Each indexical is a rule responsible for removing values detected as incompatible from one particular constraint argument. Indexicals are not Prolog goals; thus, the example does not express a conjunction. However, an indexical may make the store contradictory, in which case backtracking is triggered:
plus(X,Y,T) +: X in min(T) - max(Y) .. max(T) - min(Y), Y in min(T) - max(X) .. max(T) - min(X), T in min(X) + min(Y) .. max(X) + max(Y).
The above definition contains a single clause used for constraint solving. The first indexical wakes up whenever the bounds of S(T) or S(Y) are updated, and removes from D(X,S) any values that are not compatible with the new bounds of T and Y. Note that in the event of “holes” in the domains of T or Y, D(X,S) may contain some values that are incompatible with X+Y=T but go undetected. Like most built-in arithmetic constraints, the above definition maintains bound-consistency, which is significantly cheaper to maintain than arc-consistency and suffices in most cases. The constraint could for example be used as follows:
| ?- X in 1..5, Y in 2..8, plus(X,Y,T). X in 1..5, Y in 2..8, T in 3..13
Thus, when an FD predicate is called, the `+:' clause is activated.
The definition of a user constraint has to specify what domain constraints should be added to the constraint store when the constraint is posted. Therefore the FD predicate contains a set of indexicals, each representing a domain constraint to be added to the constraint store. The actual domain constraint depends on the constraint store itself. For example, the third indexical in the above FD predicate prescribes the domain constraint `T :: 3..13' if the store contains `X :: 1..5, Y :: 2..8'. As the domain of some variables gets smaller, the indexical may enforce a new, stricter constraint on some other variables. Therefore such an indexical (called a propagating indexical) can be viewed as an agent reacting to the changes in the store by enforcing further changes in the store.
In general there are three stages in the lifetime of a propagating indexical. When it is posted it may not be evaluated immediately (e.g. has to wait until some variables are ground before being able to modify the store). Until the preconditions for the evaluation are satisfied, the agent does not enforce any constraints. When the indexical becomes evaluable the resulting domain constraint is added to the store. The agent then waits and reacts to changes in the domains of variables occurring in the indexical by re-evaluating it and adding the new, stricter constraint to the store. Eventually the computation reaches a phase when no further refinement of the store can result in a more precise constraint (the indexical is entailed by the store), and then the agent can cease to exist.
A necessary condition for the FD predicate to be correctly defined is the following: for any store mapping each variable to a singleton domain the execution of the indexicals should succeed without contradiction exactly when the predicate is intended to be true.
There can be several alternative definitions for the same user
constraint with different strengths in propagation. For example, the
definition of plusd
below encodes the same X+Y=T
constraint as the plus
predicate above, but maintaining
arc-consistency:
plusd(X,Y,T) +: X in dom(T) - dom(Y), Y in dom(T) - dom(X), T in dom(X) + dom(Y). | ?- X in {1}\/{3}, Y in {10}\/{20}, plusd(X, Y, T). X in{1}\/{3}, Y in{10}\/{20}, T in{11}\/{13}\/{21}\/{23}
This costs more in terms of execution time, but gives more precise
results. For singleton domains plus
and plusd
behave in
the same way.
In our design, general indexicals can only appear in the context of FD predicate definitions. The rationale for this restriction is the need for general indexicals to be able to suspend and resume, and this ability is only provided by the FD predicate mechanism.
If the program merely posts a constraint, it suffices for the definition to contain a single clause for solving the constraint. If a constraint is reified or occurs in a propositional formula, the definition must contain four clauses for solving and checking entailment of the constraint and its negation. The role of each clause is reflected in the “neck” operator. The following table summarizes the different forms of indexical clauses corresponding to a constraint C. In all cases, Head should be a compound term with all arguments being distinct variables:
+:
Indexicals.
-:
Indexicals.
+?
Indexical.
-?
Indexical.
When a constraint is reified, the solver spawns two reactive agents corresponding to detecting entailment and disentailment. Eventually, one of them will succeed in this and consequently will bind B to 0 or 1. A third agent is spawned, waiting for B to become assigned, at which time the constraint (or its negation) is posted. In the mean time, the constraint may have been detected as (dis)entailed, in which case the third agent is dismissed. The waiting is implemented by means of the coroutining facilities of SICStus Prolog.
As an example of a constraint with all methods defined, consider the following library constraint defining a disequation between two domain variables:
'x\\=y'(X,Y) +: X in \{Y}, Y in \{X}. 'x\\=y'(X,Y) -: X in dom(Y), Y in dom(X). 'x\\=y'(X,Y) +? X in \dom(Y). 'x\\=y'(X,Y) -? X in {Y}.
The following sections provide more precise coding rules and operational
details for indexicals. X in R
denotes an indexical
corresponding to a constraint C. S denotes the current store.


A special place designed specifically to endure the whole power that is to be unleashed
from the warriors! The fights will be broadcasted worldwidely. The rules are simple and yet, quite
exciting:
- Cell fights against all of the Z Warriors. If he wins, we all die.
- The only way to save not only the Earth, but the whole Galaxy, is by defeating cell to his last
living piece.


ClearWorld [entities][,brushes][,textures]
Parameters:
| None. |
Description:
| Clears a world of all entities, brushes and/or textures. This is useful for when a game level may have finished and you wish to free everything up in preparation for loading new entities/brushes/textures without having to free every entity/brush/texture individually. See also: FreeEntity, FreeBrush, FreeTexture. |
| None. |


getFluxZ Calculates the Z scores between two sets of random flux distributions. solutionsA random solutions for the reference condition (as generated by randomSampling) solutionsB random solutions for the test condition (as generated by randomSampling) Z a vector with Z-scores that tells you for each reaction how likely it is for its flux to have increased (positive sign) or decreased (negative sign) in the second condition with respect to the first. Usage: Z=getFluxZ(solutionsA, solutionsB) Rasmus Agren, 2014-01-08
0001 function Z=getFluxZ(solutionsA, solutionsB) 0002 % getFluxZ 0003 % Calculates the Z scores between two sets of random flux distributions. 0004 % 0005 % solutionsA random solutions for the reference condition (as 0006 % generated by randomSampling) 0007 % solutionsB random solutions for the test condition (as generated 0008 % by randomSampling) 0009 % 0010 % Z a vector with Z-scores that tells you for each reaction 0011 % how likely it is for its flux to have increased (positive sign) 0012 % or decreased (negative sign) in the second condition with 0013 % respect to the first. 0014 % 0015 % Usage: Z=getFluxZ(solutionsA, solutionsB) 0016 % 0017 % Rasmus Agren, 2014-01-08 0018 % 0019 0020 nRxns=size(solutionsA,1); 0021 0022 %Check that the number of reactions is the same in both cases 0023 if nRxns~=size(solutionsB,1) 0024 EM='The number of reactions must be the same in solutionsA as in solutionsB'; 0025 dispEM(EM); 0026 end 0027 0028 Z=zeros(nRxns,1); 0029 0030 %Calculate the mean and standard deviation for the two cases 0031 mA=mean(solutionsA,2); 0032 mB=mean(solutionsB,2); 0033 0034 %This can lead to OUT OF MEMORY, so do it in segments of 500 reactions 0035 varA=zeros(size(solutionsA,1),1); 0036 for i=1:500:size(solutionsA,1) 0037 varA(i:min(i+499,size(solutionsA,1)))=var(solutionsA(i:min(i+499,size(solutionsA,1)),:),0,2); 0038 end 0039 varB=zeros(size(solutionsB,1),1); 0040 for i=1:500:size(solutionsB,1) 0041 varB(i:min(i+499,size(solutionsB,1)))=var(solutionsB(i:min(i+499,size(solutionsB,1)),:),0,2); 0042 end 0043 0044 %If the mean of both solutions are the same then the Z-score is zero 0045 toCheck=mA~=mB; 0046 0047 %If the variance is zero in both cases, then put a very large or very small 0048 %Z-score for the corresponding reactions 0049 I=find(varA==0 & varB==0 & toCheck==true); 0050 toCheck(I)=false; 0051 J=mA(I)>mB(I); 0052 Z(I(J))=100; 0053 Z(I(~J))=-100; 0054 toCheck=find(toCheck); 0055 0056 for i=1:numel(toCheck) 0057 Z(toCheck(i))=(mB(toCheck(i))-mA(toCheck(i)))/sqrt(varA(toCheck(i))+varB(toCheck(i))); 0058 end 0059 0060 %Shrink very large values 0061 Z=min(Z,100); 0062 Z=max(Z,-100); 0063 end


COUNTRY LIFE A film review by James Berardinelli Copyright 1995 James Berardinelli
RATING (0 TO 10): 8.0
Australia, 1994 U.S. Availability: 8/95 (limited) Running Length: 1:43 MPAA Classification: PG-13 (Mature themes) Theatrical Aspect Ratio: 1.85:1
Cast: Sam Neill, Greta Scacchi, John Hargreaves, Kerry Fox, Michael Blakemore Director: Michael Blakemore Producer: Robin Dalton Screenplay: Michael Blakemore based on Chekhov's UNCLE VANYA Cinematography: Stephen Windon Music: Peter Best U.S. Distributor: Miramax Films
What happens when you take Anton Chekhov's classic UNCLE VANYA, change the principles' names, and re-locate the setting to a sheep farm in Australia? The result might be something called UNCLE JACK, but, presumably because that title lacks a certain ring, writer/director Michael Blakemore has chosen to name this newest re-interpretation COUNTRY LIFE. Like-yet-unlike VANYA ON 42ND STREET, this version of the story gives a modern slant to the Russian play.
At its core, COUNTRY LIFE is about lost opportunities and milking the most from one's lot in life. Thrown in for good measure are themes of unrequited love, pacifism, and contrasts of city and country lifestyles. If there was ever any doubt about the ageless quality of Chekhov's story, this transplant, which shifts not only country but time (it's 1919), should dispel such notions. It wouldn't have taken much more imagination to bring it into the modern world.
COUNTRY LIFE opens with the return home of celebrated author Alexander Voysey (Michael Blakemore) from a long sojourn in England, where he amassed a reputation while living off his portion of the proceeds from an Australian sheep farm. That farm is run by his brother-in-law Jack (John Hargreaves) and daughter Sally (Kerry Fox). Alexander arrives down under with his young second wife, Deborah (Greta Scacchi), who is immediately attracted to the local doctor, Dr. Askey (Sam Neill).
It doesn't take long before Jack discovers that Alexander is actually an intellectual fraud -- a self-centered, lecherous old man whose achievements are dubious at best. Jack's response is unallayed bitterness: he has slaved away on the farm to support a parasite. His whole life, sacrificed for someone he thought to be great, has been wasted. He responds to this knowledge by getting drunker than usual and railing against fate and Alexander.
Sally, on the other hand, is quite content. She enjoys working on the farm alongside her uncle, and nurses a secret affection for Dr. Askey. She is plain, and harbors no hope that he might ever reciprocate her feelings, so she takes pains to hide them -- until Deborah offers to bring her case before the doctor. The unfortunate result confirms Sally's opinion that this risk might not the best course. It's odd that Deborah, whose single goal in life is to be cocooned in safety, is the catalyst for such a gamble.
COUNTRY LIFE, like VANYA, ripples with repressed and unleashed emotions. There's also a fair amount of humor, and these breaks of levity keep the film from sinking into lugubriousness. None of the characters or their stories are short-changed and, by the end, there is a satisfying sense of closure, even though no relationship has turned out as it might in a Hollywood script.
The most striking member of the cast is Kerry Fox (THE LAST DAYS OF CHEZ NOUS, SHALLOW GRAVE), who brings pathos, resignation, and good cheer to Sally. Greta Scacchi is adequate as Deborah, but somehow doesn't seem the sort to stir the passions of three men. Sam Neill uses his consummate skill to flesh out Dr. Askey. But John Hargreaves' overwrought Jack suffers greatly in comparison to Wallace Shawn's fresh- to-the-memory portrayal of the same man (in VANYA ON 42ND STREET).
Taken as a whole, COUNTRY LIFE is effective, if not groundbreaking. Like something from Merchant-Ivory, it moves slowly, allowing the characters opportunity to breathe. As either an introduction to UNCLE VANYA or a new take on the story, Michael Blakemore's production works, reaffirming that creativity can raise a phoenix from the ashes of a great classic.
- James Berardinelli<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


This function executes a large set of SQL statements against the database in OMOP CDM format to extract the data needed to perform the analysis.
getDbCohortMethodData(connectionDetails, cdmDatabaseSchema, oracleTempSchema = cdmDatabaseSchema, targetId, comparatorId, outcomeIds, studyStartDate = "", studyEndDate = "", exposureDatabaseSchema = cdmDatabaseSchema, exposureTable = "drug_era", outcomeDatabaseSchema = cdmDatabaseSchema, outcomeTable = "condition_occurrence", cdmVersion = "5", excludeDrugsFromCovariates = TRUE, firstExposureOnly = FALSE, removeDuplicateSubjects = FALSE, restrictToCommonPeriod = FALSE, washoutPeriod = 0, maxCohortSize = 0, covariateSettings)
| connectionDetails | An R object of type |
|---|---|
| cdmDatabaseSchema | The name of the database schema that contains the OMOP CDM instance. Requires read permissions to this database. On SQL Server, this should specifiy both the database and the schema, so for example 'cdm_instance.dbo'. |
| oracleTempSchema | For Oracle only: the name of the database schema where you want all temporary tables to be managed. Requires create/insert permissions to this database. |
| targetId | A unique identifier to define the target cohort. If exposureTable = DRUG_ERA, targetId is a CONCEPT_ID and all descendant concepts within that CONCEPT_ID will be used to define the cohort. If exposureTable <> DRUG_ERA, targetId is used to select the cohort_concept_id in the cohort-like table. |
| comparatorId | A unique identifier to define the comparator cohort. If exposureTable = DRUG_ERA, comparatorId is a CONCEPT_ID and all descendant concepts within that CONCEPT_ID will be used to define the cohort. If exposureTable <> DRUG_ERA, comparatorId is used to select the cohort_concept_id in the cohort-like table. |
| outcomeIds | A list of cohort_definition_ids used to define outcomes. |
| studyStartDate | A calendar date specifying the minimum date that a cohort index date can appear. Date format is 'yyyymmdd'. |
| studyEndDate | A calendar date specifying the maximum date that a cohort index date can appear. Date format is 'yyyymmdd'. Important: the study end data is also used to truncate risk windows, meaning no outcomes beyond the study end date will be considered. |
| exposureDatabaseSchema | The name of the database schema that is the location where the exposure data used to define the exposure cohorts is available. If exposureTable = DRUG_ERA, exposureDatabaseSchema is not used by assumed to be cdmSchema. Requires read permissions to this database. |
| exposureTable | The tablename that contains the exposure cohorts. If exposureTable <> DRUG_ERA, then expectation is exposureTable has format of COHORT table: cohort_concept_id, SUBJECT_ID, COHORT_START_DATE, COHORT_END_DATE. |
| outcomeDatabaseSchema | The name of the database schema that is the location where the data used to define the outcome cohorts is available. If exposureTable = CONDITION_ERA, exposureDatabaseSchema is not used by assumed to be cdmSchema. Requires read permissions to this database. |
| outcomeTable | The tablename that contains the outcome cohorts. If outcomeTable <> CONDITION_OCCURRENCE, then expectation is outcomeTable has format of COHORT table: COHORT_DEFINITION_ID, SUBJECT_ID, COHORT_START_DATE, COHORT_END_DATE. |
| cdmVersion | Define the OMOP CDM version used: currently support "4" and "5". |
| excludeDrugsFromCovariates | Should the target and comparator drugs (and their descendant concepts) be excluded from the covariates? Note that this will work if the drugs are actualy drug concept IDs (and not cohort IDs). |
| firstExposureOnly | Should only the first exposure per subject be included? Note
that this is typically done in the |
| removeDuplicateSubjects | Remove subjects that are in both the target and comparator
cohort? See details for allowed values.N ote that this is typically done in the
|
| restrictToCommonPeriod | Restrict the analysis to the period when both treatments are observed? |
| washoutPeriod | The mininum required continuous observation time prior to index
date for a person to be included in the cohort. Note that this
is typically done in the |
| maxCohortSize | If either the target or the comparator cohort is larger than
this number it will be sampled to this size. |
| covariateSettings | An object of type |
Returns an object of type cohortMethodData
, containing information on the cohorts, their
outcomes, and baseline covariates. Information about multiple outcomes can be captured at once for
efficiency reasons. This object is a list with the following components:
A data frame listing the outcomes per person, including the time to event, and the outcome id. Outcomes are not yet filtered based on risk window, since this is done at a later stage.
A data frame listing the persons in each cohort, listing their exposure status as well as the time to the end of the observation period and time to the end of the cohort (usually the end of the exposure era).
An ffdf object listing the baseline covariates per person in the two cohorts. This is done using a sparse representation: covariates with a value of 0 are omitted to save space.
An ffdf object describing the covariates that have been extracted.
A list of objects with information on how the cohortMethodData object was constructed.
The generic print()
and summary()
functions have been implemented for this object.
Based on the arguments, the treatment and comparator cohorts are retrieved, as well as outcomes
occurring in exposed subjects. The treatment and comparator cohorts can be identified using the
drug_era table, or through user-defined cohorts in a cohort table either inside the CDM instance or
in a separate schema. Similarly, outcomes are identified using the condition_era table or through
user-defined cohorts in a cohort table either inside the CDM instance or in a separate schema.
Covariates are automatically extracted from the appropriate tables within the CDM. Important: The
target and comparator drug must not be included in the covariates, including any descendant
concepts. If the targetId
and comparatorId
arguments represent real concept IDs, you
can set the excludeDrugsFromCovariates
argument to TRUE and automatically the drugs and
their descendants will be excluded from the covariates. However, if the targetId
and
comparatorId
arguments do not represent concept IDs, you will need to manually add the drugs
and descendants to the excludedCovariateConceptIds
of the covariateSettings
argument.
The removeduplicateSubjects
argument can have one of the following values:
Do not remove subjects that appear in both target and comparator cohort
When a subjects appear in both target and comparator cohort, only keep whichever cohort is first in time.
Remove subjects that appear in both target and comparator cohort completely from the analysis."


Socioemotional selectivity theory posits the existence of a motivational positivity bias in aging, leading to a facilitated engagement …
Apr 4, 2018 — Apr 5, 2020
Glasgow, Scotland
Bourgin, J., Morand, A., Cronenberger, L., Hajjam, N., Sauvée, M., Moreaud, O., Silvert, L., Hot, P.


FOCUS Leaguers,
Sign-up for Cycle 2016-03 is now open. This cycle will be 3 weeks instead of 4 because HSP grass fields will be closed for maintenance at the end of May through early June.
We are working on finding another site for the days HSP is closed but we may just have to wait until they reopen. We'll update you when we have more info. Feel free to send us potential alternative sites if you know of any by using the contact us page.
--
Asif Mohammed


AlGraphr
clear
all_inclusive
Move to draw
touch_app
Click|Space to capture
Colors
R
G
B
Auto-capture
Freq
Save as PNG
Clear
by @rxlabz
equalizer


Professor Stephen Hawking had the knack to make books on challenging scientific topics and make the readers fall for his perception about the universe.
My Brief History recounts Stephen Hawking’s improbable journey, from his post-war London boyhood to his years of international acclaim and celebrity. Illustrated with rarely seen photographs, this concise, witty and candid account introduces readers to the inquisitive schoolboy whose classmates nicknamed him ‘Einstein’; the jokester who once placed a bet with a colleague over the existence of a black hole; and the young husband and father striving to gain a foothold in the world of academia.
When and how did the universe begin? Why are we here? What is the nature of reality? Is the apparent ‘grand design’ of our universe evidence for a benevolent creator who set things in motion? Or does science offer another explanation? In The Grand Design, the most recent scientific thinking about the mysteries of the universe is presented in language marked by both brilliance and simplicity.
Was there a beginning of time? Could time run backwards? Is the universe infinite or does it have boundaries? These are just some of the questions considered in an internationally acclaimed masterpiece by one of the world's greatest thinkers. It begins by reviewing the great theories of the cosmos from Newton to Einstein, before delving into the secrets which still lie at the heart of space and time, from the Big Bang to black holes, via spiral galaxies and strong theory.
Although “briefer,” this book is much more than a mere explanation of Hawking’s earlier work. A Briefer History of Time both clarifies and expands on the great subjects of the original, and records the latest developments in the field—from string theory to the search for a unified theory of all the forces of physics. Thirty-seven full-color illustrations enhance the text and make A Briefer History of Time an exhilarating and must-have addition in its own right to the great literature of science and ideas.
“It is said that fact is sometimes stranger than fiction, and nowhere is that more true than in the case of black holes. Black holes are stranger than anything dreamed up by science fiction writers.” In 2016 Professor Stephen Hawking delivered the BBC Reith Lectures on a subject that has fascinated him for decades – black holes. In these flagship lectures the legendary physicist argues that if we could only understand black holes and how they challenge the very nature of space and time, we could unlock the secrets of the universe.
In Stephen and Lucy Hawking's latest book for children, "George and the Blue Moon", George and Annie, set out to solve a mystery set on one of the cosmic waterworlds of space. Is there life under the icy crust? Where did those robots come from and who is controlling them? Meanwhile, our two young heroes win places on a Mars training programme which has a dangerous and unexpected twist. Suddenly, the best friends find themselves fighting for survival in what feels like the Hunger Games set on the red planet. Packed with space facts and essays from leading scientists, it is our most unpredictable thriller so far!
Stephen and Lucy Hawking's fourth book about the adventures of George and Annie. Just as thrilling a book as all the ones before it, George and the Unbreakable Code also delves deeper and covers topics and ideas that the intended readers might not normally think about. Overall, a brilliant book as always brought from the fabulous Hawking duo.
The third book in the series, with a full colour set of photographs, illustrating the wonder of the cosmos, George and the Big Bang, follows George’s adventures in the universe.
The second in the series of children's books written by Stephen and Lucy Hawking. George and Annie, the middle-school cosmologists, return in this sequel to George's Secret Key to the Universe.
The first in a series of children's books that melds cosmology and adventure, co-authored by Professor Hawking and his daughter Lucy. George's best friend Annie needs help. Her scientist father, Eric, is working on a space project - and it's all going wrong. A robot has landed on Mars, but is behaving very oddly. And now Annie has discovered something weird on her dad's super-computer...
In 200 highly illustrated pages, Hawking is pushing the frontiers of popular physics beyond relativity and quantum theory, past superstring theory and imaginary time, into a dizzying new world of M-theory and branes.
In his first collection of essays and other pieces - on subjects that range from warmly personal to the wholly scientific- Stephen Hawking is revealed variously as the scientist, the man, the concerned world citizen, and - as always - the rigorous and imaginative thinker.
On the Shoulders of Giants tells a compelling story, using original papers from Einstein, Copernicus, Galilei, Kepler and Newton. Theoretical physicist Stephen Hawking explains how these works changed the course of science, ushering astronomy and physics out of the Middle Ages and into the modern world.
A textbook for Physicists, this 1973 book explores two predictions of Einstein's General Theory of Relativity: first, that the ultimate destiny of many massive stars is to undergo gravitational collapse and to disappear from view, leaving behind a 'black hole' in space; and secondly, that there will exist singularities in space-time itself.
God Created The Integersis Stephen Hawking's personal choice of the greatest mathematical works in history. The book includes landmark discoveries spanning 2500 years and representing the work of mathematicians such as Euclid, Georg Cantor, Kurt Godel, Augustin Cauchy, Bernard Riemann and Alan Turing. You can order your copy