Public Key Infrastructure (PKI) is a method to validate the authenticity of an otherwise unknown entity across untrusted networks. PKI works by establishing a chain of trust, rather than trusting each individual host or entity explicitly. In order for a certificate presented by a remote entity to be trusted, that certificate must present a complete chain of certificates that can be validated using the root certificate of a Certificate Authority (CA) that is trusted by the local machine.
Establishing trust with a CA involves validating things like company address, ownership, contact information, etc., and ensuring that the CA has followed best practices, such as undergoing periodic security audits by independent investigators and maintaining an always available certificate revocation list. This is well outside the scope of BLFS (as it is for most Linux distributions). The certificate store provided here is taken from the Mozilla Foundation, who have established very strict inclusion policies described here.
This package is known to build and work properly using an LFS-8.2 platform.
Download (HTTP): https://github.com/djlucas/make-ca/archive/v0.7/make-ca-0.7.tar.gz
Download size: 36 KB
Download MD5 Sum: 4f180b9bf3b11f29d6a79e6022aeae23
Estimated disk space required: 6.6 MB (with all runtime deps)
Estimated build time: 0.3 SBU (with all runtime deps)
Java-9.0.4 or OpenJDK-9.0.4, NSS-3.35, and p11-kit-0.23.9
User Notes: http://wiki.linuxfromscratch.org/blfs/wiki/make-ca
The make-ca script will download
and process the certificates included in the certdata.txt
file for use in multiple certificate
stores (if the associated applications are present on the system).
Additionally, any local certificates stored in /etc/ssl/local
will be imported to the
certificate stores. Certificates in this directory should be stored
as PEM encoded OpenSSL trusted
certificates.
To create an OpenSSL trusted
certificate from a regular PEM encoded file, you need to add trust
arguments to the openssl command, and create a new
certificate. There are three trust types that are recognized by the
make-ca script, SSL/TLS, S/Mime,
and code signing. For example, using the CAcert roots, if you want to trust
both for all three roles, the following commands will create
appropriate OpenSSL trusted certificates (run as the root
user):
install -vdm755 /etc/ssl/local && wget http://www.cacert.org/certs/root.crt && wget http://www.cacert.org/certs/class3.crt && openssl x509 -in root.crt -text -fingerprint -setalias "CAcert Class 1 root" \ -addtrust serverAuth -addtrust emailProtection -addtrust codeSigning \ > /etc/ssl/local/CAcert_Class_1_root.pem && openssl x509 -in class3.crt -text -fingerprint -setalias "CAcert Class 3 root" \ -addtrust serverAuth -addtrust emailProtection -addtrust codeSigning \ > /etc/ssl/local/CAcert_Class_3_root.pem
If one of the three trust arguments is omitted, the certificate is
neither trusted, nor rejected for that role. Clients that use
OpenSSL or NSS encountering this certificate will present
a warning to the user. Clients using GnuTLS without p11-kit support are not aware of trusted
certificates. To include this CA into the ca-bundle.crt (used for
GnuTLS), it must have serverAuth
trust. Additionally, to explicitly
disallow a certificate for a particular use, replace the -addtrust
flag with the -addreject
flag.
To install the various certificate stores, first install the
make-ca script into the correct
location. As the root
user:
make install
As the root
user, download and
update the certificate stores with the following command:
If running the script a second time with the same version of
certdata.txt
, for instance, to add
additional stores as the requisite software is installed, add the
-f
switch to the command
line. If packaging, run make-ca
--help to see all available command line options.
/usr/sbin/make-ca -g
You should periodically update the store with the above command
either manually, or via a systemd timer. A timer is installed
at /etc/systemd/system/update-pki.timer
that, if
enabled, will check for updates weekly.
The default certdata.txt
file
provided by make-ca is obtained from the mozilla-release branch,
and is modified to provide a Mercurial revision. This will be the
correct version for most systems. There are, however, several other
variants of the file available for use that might be preferred for
one reason or another, including the files shipped with Mozilla
products in this book. RedHat and OpenSUSE, for instance, use the
version included in NSS-3.35. Additional upstream downloads are
available at the links below.
Mozilla Release (the version provided by BLFS): https://hg.mozilla.org/releases/mozilla-release/raw-file/default/security/nss/lib/ckfw/builtins/certdata.txt
NSS (this is the latest available version): https://hg.mozilla.org/projects/nss/raw-file/tip/lib/ckfw/builtins/certdata.txt
Mozilla Central: https://hg.mozilla.org/mozilla-central/raw-file/default/security/nss/lib/ckfw/builtins/certdata.txt
Mozilla Beta: https://hg.mozilla.org/releases/mozilla-beta/raw-file/default/security/nss/lib/ckfw/builtins/certdata.txt
Mozilla Aurora: https://hg.mozilla.org/releases/mozilla-aurora/raw-file/default/security/nss/lib/ckfw/builtins/certdata.txt
Last updated on 2018-02-28 08:11:20 -0800


This potion is from sub/_header partial
This is the sub layout
Page 1
This is a global value, which is available to all pages
Page Body content


Suppose the N on the left is written in regular 12-point font. Find a matrix \(A\) that will transform the N into the letter on the right, which is written in italics with 16-point font. Work with someone sitting nearby (if you want) and write out your solution and approach. What assumptions do you notice yourself/your group making? What questions do you have?
in-context


Statistics
pg_stat_database
bgwriter
pg_stat_replication
pg_settings
pg_controldata
Load Test
Simple
Monitor
Database Size
Working...


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Please check out my other sites and feel free to contact me!
- Email<EMAIL_ADDRESS>- Check out my LinkedIn profile
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This Explainer accompanies the drafts of the W3C Accessibility Guidelines (WCAG) 3.0.
This is a first draft of the Explainer. It is not normative (informative) and is not expected to become a W3C Recommendation. It provides background on W3C Accessibility Guidelines (WCAG) 3.0.
W3C Accessibility Guidelines (WCAG) 3.0 is a successor to Web Content Accessibility Guidelines 2.2 [[WCAG22]] and previous versions, but does not deprecate WCAG 2.X. It will also incorporate content from and partially extend User Agent Accessibility Guidelines 2.0 [[UAAG20]] and Authoring Tool Accessibility Guidelines 2.0 [[ATAG20]]. These earlier versions provided a flexible model that kept them relevant for over 10 years. However, changing technology and changing needs of people with disabilities have led to the need for a new model to address content accessibility more comprehensively and flexibly. WCAG 3.0 originally had a project name of "Silver", so the original groups working on it and much of the early design work carries that project name.
One of the goals of W3C Accessibility Guidelines (WCAG) 3.0 is that it will be written using plain language as much as possible so that people who are not technical can still understand it, and so WCAG 3.0 can be more easily translated into other languages. When it is published, WCAG 3.0 will have many ways for making the web and other digital content (like video or mobile apps) more accessible to people with disabilities.
This Explainer includes background information on the development of WCAG 3.0, its goals and research. It also provides additional explanation of structure and differences from the current WCAG 2 guidelines to make it easier for people to understand.
The Silver Task Force of the Accessibility Guidelines Working Group and the W3C Silver Community group have partnered to produce the needs, requirements, and structure for the new accessibility guidance. To date, the group has:
The Silver Community Group and their research partners conducted a year of research which included a literature review as well as interviews, surveys, and self-reporting with people with disabilities, content developers, quality assurance professionals, tool developers, designers and policy makers.
The results are available in The Research Summary Slide Deck. One recurring theme was positive perceptions about the popularity and quality of the guidance in WCAG 2.0. Most of the opportunities identified in the research were changes in the structure and presentation of accessibility guidance to:
The goal of WCAG 3.0 is to provide information that can be used to improve the accessibility of products on a variety of platforms. WCAG 3.0 uses a model that allows it to address more disability needs than WCAG 2.X, as well as address publishing requirements and emerging technologies such as web XR (augmented, virtual and mixed reality) and voice input. It will also provide non-normative (informative) information about the ways web technologies need to work with authoring tools, user agents, and assistive technologies. The WCAG 3.0 model is designed to support better coverage across disabilities and be easier to maintain, so that the new model will be more enduring over time as technologies evolve.
For further introduction to WCAG 3, see the WCAG 3 Introduction.
W3C strives to be as inclusive as possible, and has actively sought participation and input from a broad range of stakeholder groups. We recognize, however, that there is always room for improvement in practices to support inclusion and representation. As you evaluate this document, please consider whether there are ways the Working Group can better support your review, feedback, or inclusion within the process of creating this standard. We welcome feedback on this question as part of your comments.
These goals come from the Silver Requirements Design Principles. The creation process for the guidelines should:
The goals are based on the Silver research, the results from the Silver Design Sprint, and input from the Silver Community Group and Task Force.
The following sections describe the decision process behind some of the more difficult or controversial topics.
Some of these sections are in this document. You can find others in links within the sections.
Figure 1 shows the core structure of WCAG 3.0. WCAG 3.0 has three levels of content with associated documentation. Guidelines form the top level. Each guideline contains multiple outcomes, with associated critical errors and outcomes scoring. Each outcome contains multiple methods, with an associated description and examples, tests, and test scoring.
Guidelines provide a high-level, plain-language version of the content for managers, policy makers, individuals who are new to accessibility, and other individuals who need to understand the concepts but not dive into the technical details. They provide an easy-to-understand way of organizing and presenting the outcomes so that non-experts can learn about and understand the concepts. Each guideline includes a unique, descriptive name along with a high-level plain-language summary. Guidelines address functional needs on specific topics, such as contrast, forms, readability, and more. Guidelines group related outcomes and are technology-independent.
Example: Use sections, headings, and sub-headings to organize your content.
Each guideline contains multiple outcomes. Outcomes result from practices that reduce or eliminate barriers that people with disabilities experience. Outcomes form the basis of a flexible and expansive architecture for accessibility guidelines that closely relates to the needs of people with disabilities. Outcomes are designed for use by developers, testers, and other technical experts.
Outcomes are written as testable criteria and include information on how to score the outcome in an optional Conformance Claim. Within a guideline, outcomes have an AND relationship. All relevant outcomes must be addressed but not all outcomes will apply to all technologies and situations. When an outcome does not apply, it is marked NA in the scoring.
Example: Convey hierarchy with semantic structure
Outcomes include the related critical errors that can occur and how to identify them. Not all outcomes have critical errors. Any critical errors will result in the lowest score for the outcome.
Evaluating processes requires counting critical errors that occur within the process and associated views. Critical errors are:
Each outcome is rated on a scale of 0 to 4. The rating model is designed to be flexible in order to allow more functional needs of people with disabilities to be included in the guidelines.
Each outcome defines the rating criteria used for that outcome. The rating criteria are designed to be technology agnostic but tie to the available methods so that method level scoring can be rolled up when possible or the tester can make an informed judgment call about the outcome rating.
Each outcome has one or more methods. There are three types of methods:
When technology specific methods are provided, the outcomes will also include one or more fallback methods.
The methods include detailed information on how to meet the outcome, code samples, working examples, resources, as well as information about testing and scoring the method.
Example: Semantic headings (HTML)
While WCAG 3 Methods have some similarity with WCAG 2 Techniques, they are not the same and are not interchangeable.
Each method includes a detailed technical description of the method with instructions on how the method works that do not depend on examples. If there are dependencies between methods, these are also listed here. Dependencies between methods will be a rare situation.
Each method also includes working code samples and detailed examples.
Tests provide ways to check that methods and techniques have been followed. Tests include step-by-step instructions on evaluating the method based on the technology being used. Tests may vary by technology as needed.
Tests specify the unit being tested and the approach to scoring for that test.
Each method includes information on how to score individual instances of the test. The testing results for methods inform the rating of the related outcome.
Some of these sections are in this document. You can find others in links within the sections.
The core structure has inter-relationships with supporting documents and the scoring process. Functional needs inform both outcomes and functional categories. The tests within methods are used to inform the scores for each outcome. Then outcome scores are aggregated to create scores by functional category and an overall score. These then result in a bronze rating. Silver and gold ratings build on the bronze rating to demonstrate improved accessibility. General information about guidelines is available in How To documents.
The How-To content provides explanatory material for each guideline that applies across technologies. This guidance explains how to apply the concepts presented in the guidelines for non-technical readers. This plain language resource includes information on getting started, who the guideline helps and how, as well information for project managers, designers and developers.
The example of a How-To for Structured Content provides basic information organized by tabs to help people get started with accessibility for structured content, plan for implementing accessible structured content across a project, design accessible structured content, and basics for developers new to accessibility of structured content. It also includes information on examples, the outcomes for meeting the guideline, and resources.
The development of WCAG 3 guidelines starts with functional needs. A functional need is a statement that describes a specific gap in one’s ability, or a specific mismatch between ability and the designed environment or context. Functional needs are applied to specific topics (for example: contrast, forms, readability, and more) to identify the barriers experienced by people with disabilities. The barriers in these topics inform the outcomes, which state the conditions to test whether the functional needs have been met. Functional needs are documented in the how-tos, supplementary material accompanying the guidelines.
Example: Use without vision.
The work of cataloging functional needs is still in process and will continue after the First Public Working Draft. Those interested can see more information in the draft Functional Needs.
Functional categories of disabilities group the functional needs of users with disabilities. Functional categories are used when reporting test results in the optional conformance claim.
Functional categories are similar to functional performance criteria in Section 508 [[508-criteria]] and functional performance statements in en 301 549 [[en-301-549]]. The current list of functional categories is:
The list of functional categories is a draft. Creating meaningful groupings is still a work in progress and currently evolving along with the work on cataloging functional needs. This work will continue after the First Public Working Draft. Those interested can see more information in the document DRAFT Functional Needs.
WCAG 3 has an optional scoring system that can better inform organizations on the quality of their accessibility effort. The optional conformance levels provide a way for organizations to report their conformance in simple manner. The bronze level is based on the score in each functional category and the overall score. Silver and gold levels require conforming at the bronze level plus additional improved usability for people with disabilities.
This first draft focuses on bronze level. Future drafts will have more information on silver and gold levels. Bronze level will be similar to WCAG 2 AA, while silver and gold will include more usability-type testing. This is still under development. WCAG 2.X AAA success criteria are generally included in WCAG 3. The design of the scoring model awards more points for implementing the outcomes that come from WCAG 2.X AAA.
The Silver Community Group partnered with academic and corporate researchers to address a list of specific questions related to improving accessibility standards. Details of the research questions, projects, and the results are on the Silver Research Archive wiki page.
The Silver Research themes were organized into Problem Statements in three areas: Usability, Conformance, and Maintenance.
(quoted from Silver Research Problem Statements)
People generally liked the advice of WCAG, but commented about the content:
The Problem Statements were presented to 27 industry leaders representing different stakeholder groups, including:
These industry leaders held a two-day, guided design sprint to recommend solutions which are summarized in the Design Sprint Report Suggestions section.


Visualizing per capita and total CO2 emissions (metric tons) as it relates to different demographic factors.
Click into the layers on the right hand corner to view emissions related to a country's income level or emissions related to overall population.
Visualizing total per capita CO2 emissions based on income designations.
Click into each year selection to view how CO2 emissions have changed between 2006-2016. Select the three dots on the right hand corner to download the image or the source data.
Visualizing Google search trends related to climate change and the environment from 2004 through 2016.
Select the drop-down list below to view the trend for each search term.


Cookbook
INDIAN ACCENT RESTAURANT COOKBOOK
The Indian Accent Restaurant Cookbook, based on the restaurant's path-breaking contemporary Indian menu
designed by award-winning chef Manish Mehrotra, showcases a unique amalgamation of the freshest local produce
and home-style nostalgic tastes using unusual ingredients from across the world. With photographs by Rohit Chawla,
one of India's top food photographers, the Cookbook has a selection of Indian
Accent's best inventive Indian recipes that will excite the adventurous and also satisfy traditional taste buds.
The Indian Accent Cookbook is available for purchase at the restaurant.
For any queries related to the Cookbook, please email us at mukta.kapoor@oldworldhospitality.com


Home
Home
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Contact
BMI Dashboard<style> div:hover { transform: rotate(360deg); transition: all 1s ease-out; } </style>
BMI Dashboard
Clear
Calculate
Weight
lbs
kg
gm
oz
Height
cm
in
m
ft
Health Index
Body Mass Index...
Calorie In...
Calorie Out...
Comment...


This is a panel example
Cat
mammal carnivorous
The domestic cat is a small, typically furry, carnivorous mammal. They are often called house cats when kept as indoor pets or simply cats when there is no need to distinguish them from other felids and felines.


The Material Design Lite (MDL) typography component is a comprehensive approach to standardizing the use of typefaces in applications and page displays. MDL typography elements are intended to replace the myriad fonts used by developers (which vary significantly in appearance) and provide a robust, uniform library of text styles from which developers can choose.
The "Roboto" typeface is the standard for MDL display; it can easily be integrated into a web page using the CSS3 @font-face
rule. However, Roboto is most simply accessed and included using a single standard HTML <link>
element, which can be obtained at this Google fonts page.
Because of the many possible variations in font display characteristics in HTML and CSS, MDL typography aims to provide simple and intuitive styles that use the Roboto font and produce visually attractive and internally consistent text results. See the typography component's Material Design specifications page for details.
1. Code any element (

,

,
, etc.) that can contain text, including whatever content is appropriate.

This is a standard paragraph.

2. Add one or more MDL classes, separated by spaces, to the element using the class
attribute.

This is a standard paragraph.

The typography component is ready for use.
A "headline" paragraph.

Regular 24px

A "title" paragraph.

Medium 20px

A "caption" span.
Regular 12px
A "button" span.
Medium (All Caps) 14px
A "display 1" table cell.
Regular 34px
A "body-1" paragraph, also uppercased.

This is a standard paragraph, but uppercased.

Note: Because the Roboto font is intended to apply to the entire page, standard "unclassed" HTML elements (e.g., heading levels, divs, paragraphs, spans, tables, etc. with no
class
attribute) and text modifiers (e.g., strong, em, small, etc.) will use Roboto, while also retaining their inherent and/or inherited characteristics.Also note that MDL typography provides some automatic adjustments based on its display environment. For example, the
body-1
style renders at 14px on a mobile device, but 13px on a desktop. You need not do anything to activate these self-modifiers; they are built into the MDL styles.
The MDL CSS classes specify the style to use. The table below lists the available classes and their effects.
| MDL class | Effect | Remarks |
|---|---|---|
mdl-typography--body-1 |
Regular 14px (Device), Regular 13px (Desktop) | Optional |
mdl-typography--body-1-force-preferred-font |
Regular 14px (Device), Regular 13px (Desktop) | Optional |
mdl-typography--body-2 |
Medium 14px (Device), Medium 13px (Desktop) | Optional |
mdl-typography--body-2 |
mdl-typography-body-2 | Optional |
mdl-typography--body-2-color-contrast |
Body with color contrast | Optional |
mdl-typography--body-2-force-preferred-font |
Medium 14px (Device), Medium 13px (Desktop) | Optional |
mdl-typography--button |
Medium (All Caps) 14px | Optional |
mdl-typography--caption |
Regular 12px | Optional |
mdl-typography--caption-color-contrast |
Caption with color contrast | Optional |
mdl-typography--display-1 |
Regular 34px | Optional |
mdl-typography--display-1-color-contrast |
Display with color contrast | Optional |
mdl-typography--display-2 |
Regular 45px | Optional |
mdl-typography--display-3 |
Regular 56px | Optional |
mdl-typography--display-4 |
Light 112px | Optional |
mdl-typography--headline |
Regular 24px | Optional |
mdl-typography--menu |
Medium 14px (Device), Medium 13px (Desktop) | Optional |
mdl-typography--subhead |
Regular 16px (Device), Regular 15px (Desktop) | Optional |
mdl-typography--subhead-color-contrast |
Subhead with color contrast | Optional |
mdl-typography--table-striped |
Striped table | Optional |
mdl-typography--text-capitalize |
Capitalized text | Optional |
mdl-typography--text-center |
Center aligned text | Optional |
mdl-typography--text-justify |
Justified text | Optional |
mdl-typography--text-left |
Left aligned text | Optional |
mdl-typography--text-lowercase |
Lowercased text | Optional |
mdl-typography--text-nowrap |
No wrap text | Optional |
mdl-typography--text-right |
Right aligned text | Optional |
mdl-typography--text-uppercase |
Uppercased text | Optional |
mdl-typography--title |
Medium 20px | Optional |
mdl-typography--title-color-contrast |
Title with color contrast | Optional |


My name is Viktor Kolev. I'm a student from Sofia and I sell cars.  I would be happy if you want to read more about me, my interests and some of my thoughts in my twitter account and eventually get in touch with me.
Partnerships with these key stakeholders are important to the success of Vozilo sales company, its members and sustainability as a whole.


The "Check Availability" and "Refresh Total" buttons are included in case the page does not update automatically.
To pick the number of children and adults, drag their sliders across. You must have a minimum of 1 adult. Each adult ticket costs $35, and each child ticket costs $25.
Number of Children
Number of Adults
Package Type
Black Licorice (+ $0)
Toffee (+ $15)
Holy Fudge (+ $30)
Optional Add-Ons
Unlimited Snack Bar Access (+ $5 Per Person)
WiFi Access (+ $5)
Birthday Special (+ $50)


Just a few more things before you publish:
Add a category: How would you categorize your exploration?
{{ option.text }}
Verify the language: Is your exploration written in this language
{{value.description}}
Add tags to help learners discover your exploration.
{{ tags }}
cancel
= 10" class="oppia-exploration-tags-error-message">Can only contain 10 tags max


Beyoncé 7-year-old daughter, Blue Ivy, wins songwriting award
by Eileen ReslenThe apple doesn’t fall far from the tree.
Jay-Z and Beyoncé‘s 7-year-old daughter, Blue Ivy Carter, was awarded the Ashford & Simpson Songwriter’s Award at the 2019 Soul Train Awards on Sunday for her contribution to the tune “Brown Skin Girl.”
JANET JACKSON CONCERT GOERS WALK OUT OF ANOTHER SHOW DUE TO AUDIO ISSUES
The song was released in July as part of “The Lion King: The Gift” soundtrack. Blue Ivy’s vocals are also featured at the beginning and end of the track.
JENNIFER LOPEZ SAYS SHE DID 'HUSTLERS' MOVIE 'FOR FREE': 'I BANK ON MYSELF'
Beyoncé, Jay-Z, St. Jhn and other co-writers shared the Ashford & Simpson Songwriter’s Award win with the young girl.
CLICK HERE TO GET THE FOX NEWS APP
Beyoncé is currently involved in a trademark battle over her daughter’s name. The superstar singer claimed in court documents that her child is “cultural icon,” so this latest honor may help her case.


There was an error processing your application.
Please contact the treasurer:
Click here to try again
treasurer@menloparktm.org


Current Profession:
Current Bank Account:
Days in the trail:
Miles Traveled:
Current Weather:
Current Health:
Current Pace:
Current Terrain:
# of Party Members:
Change Pace: 1. for Steady, 2. for Strenuous, 3. for Grueling, 4. for Resting
Main Menu (delete)
Play Game (spacebar)


H.O.D has focused on the need of steel fabricators and thus have developed a coordination practice that allow us to deliver very high quality drawings and erection plans that eliminates on-site erection issues and queries.
H.O.D reliable and experienced team of project managers is able to lead many construction projects with various levels of complexity. They plan, coordinate and adapt methods in order to meet deadlines and objectives
H.O.D every single member is from engineering background that provides a base of understanding complex and sophisticated structural and architectural design.
H.O.D every single member is from engineering background that provides a base of understanding complex and sophisticated structural and architectural design.
With a well experienced team, fully potential in every aspects,we are committed to provide highest quality detailing service and produce fabrication shop and erection drawings in accordance to AISC & OSHA and provide the drawings in .dwg, .dxf, .pdf and various different formats.
We hold expertise in anchor bolts, main steel as well as miscellaneous steel. Our in-house professional detailing and modeling staff uses latest version of Tekla steel detailing software, in which a true-BIM 3D model of the building serves as the basis for generation of all of the individual member drawings, erection views, and CNC instructions for shop fabrication equipment.
In life or at the workplace, we ensure our values match our quality of services. Our ethics are the ground rules that help the company move forward and the people that make our success a possibility to improve too. Overall, we adhere to customer satisfaction being our primary value.


{{> masthead-compact}}
De-compact the masthead
{{#markdown}}
This pattern works by tweaking the standard `.masthead-inner`.
To enabele we add the responsive `.columns` classes and `.compact-for-data` is added to `header.masthead`. We can also add `.compact-disabled` to dynamically disable the responsive nature.
Some guidance:
- Only use this pattern on data orient pages. So don't use it on the landing page or about page.
- We don't recommend using the `data-sticky-container` on the masthead, after all the focus is meant to be on the data.
- You may want to add `.colapse` to `.masthead-inner.row` to remove margins on the child columns.
- Don't use the sticky property for the global header
In v1.2 we've [already shaved 10px off the black bar](https://github.com/ebiwd/EBI-Framework/issues/21), but the need remains for a yet-thinner `div#masthead` on inside pages that are search-result or data focused. In all it's 56% thinner than the current look.
{{/markdown}}


Review: PATCH ADAMS
Starring: Robin Williams as Patch Adams, Monica Potter as Carin Daniel London as Truman, Philip Seymour Hoffman as Mitch Bob Gunton as Dean Walcott, and Peter Coyote and Michael Jeter
Directed by: Tom Shadyac
Review by: Joy Wyse, the SILVER Screen Critic
There really is a Hunter `Patch' Adams, a doctor who has the Gesundheit Institute in West Virginia where he treats people for free. In order to raise funds to continue his work, he wrote a book about his life, which has now become a movie. He was very insistent that he be portrayed for what he isa loving caring and very eccentric doctor. He couldn't have had anyone portray him better than Robin Williams.
The story is delightful from beginning to end. The first scenes, set in a mental hospital are explosive. What might have been a deep brooding scene becomes hysterical as young Patch pokes fun at a catatonic patient. The following scenes with Michael Jeter are even funnier.
It is not all fun and games, however, as we follow Patch through his years at Medical school. Rules are not for him. Everything seems too slow, too impersonal. While touring the hospital he is dismayed that people are referred to by their bed number, or their illness rather than by a name. He truly cares about people and they know it. Impossible patients become nicer just by knowing him. Sometimes they get better. Sometimes they don't.
In school he is attracted to another student, Carin, but she is not responsive to Patch and his poor study habits. She dreams of being a doctor and her education is all that is important.
This is definitely a MUST SEE movie. It ‘s one of the best that I've seen in years, and it's wholesome. It makes you feel so good. It definitely should be nominated for Best Picture, and Robin Williams for Best Actor and I hope that they win. I give it a strong A+.
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
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Just a Degree or Two Shy of True North Message in a Bottle
By Ross Anthony
No, it's not exactly like "Sleepless in Seattle." In fact, the only part that's similar is the first 20 minutes when Theresa finds the message in a bottle, it gets printed in the news and the public responds. By the way, the letter from Costner riddled in cliché (though, this might well be realistic -- he's a boatman, not a poet) wasn't very intriguing. So, if you happen to be reading this review on your way to the showing, relax ... arrive late. The first 20 minute chunk is the weakest part of the film. While I'm at it, I could have missed the last 20 as well.
Now the middle, that's pretty good. It's a delicate, fragile, gently paced love story that moves along with a subtle energy created by the abrasion of hesitation against anticipation. (Whew, get through that sentence?) In short, it's simply sweet to watch these mid-life folks experiencing that "first love" kind of awkwardness.
Kevin Costner and Paul Newman are ultimately believable as father and son. They seem so natural as family, I have to wonder if they really are. Kevin performs splendidly as a co-star in a movie that really isn't about his character (for a change). Though I have to say, the film was rather lifeless until he appeared on the screen, and then it seemed, all the other actors were revitalized.
"I'm going to go back to the big city and you're going to forget about me..."
"Yeah, every day."
Starring: Robin Wright Penn, Kevin Costner and Paul Newman. Directed by: Luis Mandoki Produced by: Denise Di Novi, Jim Wilson, Kevin Costner at Warner Brothers. Rated PG-13
Grade..........................B
-- Copyright © 1999 Ross Anthony, currently based in Los Angeles, has scripted and shot documentaries, music videos, and shorts in 35 countries across North America, Europe, Africa and Asia. For more reviews visit: http://RossAnthony.com
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
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Simple Directions Sample
This sample shows how to calculate simple directions between two points using the Azure Maps REST Directions API and render it on a map.


Preparation time
1-2 hours
Cooking time
10 to 30 mins
Serves
Makes 8
Dietary
Impress with this traditional French pastry made up of two choux buns filled with pastry cream, topped with chocolate ganache and decorated with a whipped cream ‘collar’.
Equipment and preparation: You will need a piping bag with a 1.5cm/ ¾in plain nozzle, a small star nozzle and a long thin nozzle (or you could use a jam syringe) and a skewer.
Preheat the oven to 220C/425F/Gas 7. Line a baking tray with baking parchment and draw onto it eight circles 5cm/2in wide and another eight circles 2.5cm/1in wide. Put the butter in a heavy-based saucepan with 150ml/5fl oz of water and heat over a medium heat until the butter melts. Bring the mixture to the boil and then immediately remove from the heat.
Quickly tip in the flour. Stir vigorously with a wooden spoon until the mixture forms a soft ball. Return to the heat and cook over a low heat for 3-5 minutes, stirring constantly.
Remove from the heat and leave to cool slightly. Gradually add the eggs, beating well between each addition to form a smooth, shiny paste. Spoon the mixture into a piping bag fitted with a 1.5cm/ ½in plain nozzle.
Pipe round discs onto the baking tray in the marked circles and, using a damp finger, smooth over the top of each disc. Bake in the centre of the oven for 10 minutes. Reduce the oven temperature to 190C/375F/Gas 5 and cook for a further 10-15 minutes. Remove the choux buns from the oven and pierce each bun with a skewer to allow the steam to escape. Return to the oven for 4-5 minutes to dry out. Remove from the oven and leave to cool on a wire rack.
For the crème pâtissière filling, pour the milk and vanilla seeds into a heavy-based pan and bring gradually to the boil. Remove from the heat and leave to cool for 30 seconds. Meanwhile, in a medium bowl, whisk together the egg yolks and caster sugar until pale, then whisk in the cornflour and plain flour. Pour the vanilla-infused milk onto the eggs, whisking continuously, then pour back into the pan.
Bring back to the boil, whisking continuously over a medium heat and cook for one minute. Pour the crème pâtissière into a bowl. Cover the surface with cling film to prevent a skin from forming and leave to cool. Transfer to the fridge to chill.
For the chocolate ganache icing, bring the cream to the boil in a small pan. Remove from the heat. Add the chocolate and stir until melted and shiny. Transfer to a bowl and leave to cool. Transfer the fridge to chill until the ganache has thickened to a spreadable consistency.
To assemble the religieuse, spoon the cold crème pâtissière into a piping bag fitted with a long thin nozzle (or alternatively you can use a jam syringe). Fill the choux buns with the crème pâtissière.
Dip the filled buns into the chocolate ganache to coat half-way up the sides. Sit the small buns on top of the larger buns.
For the collars, whip the cream in a mixing bowl until soft peaks form when the whisk is removed from the bowl. Spoon the cream into a piping bag fitted with a small star nozzle. Pipe lines of cream around the join where the small bun sits on top of the large bun to form a collar.


{%extends "main/base.html"%} {% load static %} {% block content %}
Rearrange the given words to make a meaningful sentence.
The learners are provided with the bunch of words, they have to rearrange them to form a meaningful sentence. From this game learners can understand sanskrit grammar in better way. They will learn how sentence construction in sanskrit language works and therefore will be able to learn the language easily
Play and learn a lot. Good luck!


ACCURACY
IS MY BASELINE.
CROSSING BORDERS
IS MY FIRST STEP.
THINKING OUTSIDE THE
MEANS
I AM JUST GETTING
STARTED


Vitalpointz offers a comprehensive solution to address most digital certificate requirements in an IoT environment. By default, Vitalpointz uses a multi-layered PKI across “Operation Services & Tenant Platforms”. This empowers Vitalpointz IoT platform to maximize tenant level authorization & controls while simplifying rest of the certificate management process. In addition to that Vitalpointz IoT platform also has support for Enterprise CA that ensure the chain-of-trust remains within the domain of an enterprise.
Which Certificate Root will be trusted by IoT devices in Vitalpointz IoT platform is established during the installation wizard and remain unchanged throughout the life of the platform. The standard Vitalpointz IoT platform installation wizard provides two ways to bring up the Platform CA (L2 Intermediate) namely VPZ_CA & BYO_CA.
This is a suitable for most users & doesn’t need the users to have any knowledge on PKI or Digital certificate. User just need to choose “option 1” on prompt “Would you prefer...."
Vitalpointz PKI to manage Device Certificate in this platform?”. Upon selecting that, the installation will continue with no further question. A CSR is generated in the background and got it signed through a Vitalpointz L1 intermediate available at VMIST service of that Geolocation.
This option is for Enterprises with own “Enterprise Root CA”. Upon choosing option 2, Platform installation wizard generates a CSR with the data given during the installation wizard.
The CSR is printed on the console itself. The generated CSR is a PEM encoded Certificate Signing Request. User is required to copy the contents into a .pem file and sign with the enterprise root key. Meanwhile the installation wizard remains open or exit temporally.
If exited, it can be resumed from the same place later on with same “install” command. While signing, it’s important to keep in mind that the Signing Request is for an intermediate certificate which will sign device certificate going further. This should be signed for appropriate lifetime and depth.
Once the CSR is signed, the root & signed-certificate/certificate-chain must be imported to the platform. User need to copy the PEM encoded content of root certificate & paste in the console.
Subsequently the certificate chain (single cert or more than one) need to paste and save. The wizard will do little verification on validity of the certificate and installation will start.
New Policy tab is introduced in this build. Policies are created using 'create new policy' menu.
Once created, they can be viewed as cards. Polices are managed using menu available in every card.
See here for detailed documentation.
Once a container is deployed, Internet access for the container can be disabled or enabled back again by clicking a button. This is required to deploy internal only service in a secure manner.
A new service called 'broadcaster service' is introduced in this release.
Generally braodcasting messages to devices involve following steps
1) write a function in NodeRED or Workloads that generate messages to be broadcaseted
2)Wire the message to Broadcast Service.
3) The broadcaster service tries to parse the message received into JSON object. If Parsing fails, the message is sent to ALL devices and ALL Fog Nodes.
3.1.) if the JSON is parsed successfully and it looks for a key called 'broadcast'. If the key is set to'device' the service sends the message only to the devices connected to the platform.
3.2.) If the key is set to'fognode' the service sends the message only to the FogNodes connected to the platform.
See here for detailed documentation.
2 Core CPU
4GB RAM
80 GB Storage
4 Core CPU
8GB RAM
160 GB Storage
Attach a Block storage of size 100GB (min) to have enhanced data protection and enhanced IOPS budget.
10 Device licenses per every user is Free. Additional licenses can be added at no extra cost.
Digital Ocean’s marketplace
Mar 11, 2019
Message I/O:100 messages per second using MQTT over TLS on 4Core,8GB RAM Droplet
50 messages per second using MQTT over TLS on 2Core,4GB RAM Droplet.
Device On-Boarding: 24devices per minute
vitalpointz is a software maker that specializes on developing and offering IOT platform softwares & services. IOT Devices and sensors can be registered on the IOT Platform and on-boarded securely. IOT devices can send or receive data securely, application can be built, Over-the Air software updates can be rolled out to the devices at scale. Vitalpointz IOT Platform also provides various interface methods to transfer the data to external third-party tools and platforms, if so desired. Vitalpointz IOT Platform also bundles various device agents.
For more information about our product please check our product documentation here.
If you have any enquires, reach out to us via email : info@vitalpointz.net


Data Structures | |
| struct | estrella_usb_request_t |
Functions | |
| int | estrella_usb_find_devices (dll_list_t *devices) |
| int | estrella_usb_init (estrella_session_t *session, estrella_dev_t *device) |
| int | estrella_usb_close (estrella_session_t *session) |
| int | estrella_usb_rate (estrella_session_t *session, int rate, estr_xtrate_t xtrate) |
| int | estrella_usb_scan_init (estrella_session_t *session) |
| int | estrella_usb_scan_result (estrella_session_t *session, float *buffer) |
Implements USB device communications
| int estrella_usb_find_devices | ( | dll_list_t * | devices | ) |
Find USB devices
If necessary firmware upload and reenumeration is being performed transparently.
TODO: I have a bit of a bad feeling about pushing this firmware to every cypress chip around. Other manufacturers are eventually using the same IC and bad things will happen if we throw a wrong firmware at it. Don't know if we could work with serial number or something.
So maybe it would be a better idea to provide a simple EPP2000 firmware loading tool. The user could then decide on his own to load firmware to /proc/bus/usb/foo/bar if he's sure it's a EPP2000 device.
Anyway, since the USB LPT adapter cable is the only cypress device on my USB bus I'll stick with the automatic firmware uploading for now.
| devices | An initialized dll_list_t which is to be populated with found devices |
ESTRERR Device discovery failed
| int estrella_usb_init | ( | estrella_session_t * | session, | |
| estrella_dev_t * | device | |||
| ) |
Initialize a usb connected device
| session | Pointer to a session which is to be bound to the supplied usb device | |
| dev | Device to be used in this session |
ESTRINV A supplie dinput argument is invalid
ESTRERR Device initialization failed
| int estrella_usb_close | ( | estrella_session_t * | session | ) |
Close a usb device session
This basically just detaches from libusb. Which is important because it frees the device for use in another session
| session | Session to detach the usb device from |
| int estrella_usb_rate | ( | estrella_session_t * | session, | |
| int | rate, | |||
| estr_xtrate_t | xtrate | |||
| ) |
Set rate and xtrate
| session | Session for which to set these parameters | |
| rate | Detector integration time | |
| xtrate | x timing resolution |
ESTRINV A supplie dinput argument is invalid
ESTRERR Failed to set rate
| int estrella_usb_scan_init | ( | estrella_session_t * | session | ) |
Start scanning
Needs to be called before trying to acquire scan results using estrella_usb_scan_result()
| session | Session |
ESTRINV A supplied input argument is invalid
ESTRTIMEOUT Scan timed out
ESTRERR Scan failed
| int estrella_usb_scan_result | ( | estrella_session_t * | session, | |
| float * | buffer | |||
| ) |
Request results of a scan
| session | Session | |
| buffer | result buffer, array of float, 2051 elements wide |
ESTRINV A supplied input argument is invalid
ESTRTIMEOUT Scan timed out
ESTRERR Scan failed


Anyone who thinks he/she can work in and with community, feels happy to be a part of a community is always welcome in the community!
Mozilla Gujarat holds 1 or 2 monthly meetups!
You can contribute to the community by volunteering in the events held by Mozilla Gujarat or you can contribute to various Mozilla projects like Common Voice, Pontoon, Bug Hunting, contributing to Mozilla Codebase, Support Mozilla etc...For that, you can click on the “Get Started” button in the Navbar.
You can sign-up for the newsletter or you can join us on our Slack Channel for constant community updates. You can do that by clicking on that “Join Us” button in the Home Section of our page.
You can checkout the Community Guidelines.
We hope we have solved your queries, if we have missed something then you can surely reach out to us, we will love to hear it from your side! You can contact us at info@mozguj.com


{% extends "base.html" %} {% block content %}
Your life as a scientific researcher should be a adventure into the understanding of nature. But if you are like most, intense pressure to produce more results for the publications. Squeezing the life out of you.
This squeeze, and overwhelming stress you feel in the lab. Biohack is here to help you. We are helping researchers like you. We can not make you free from your stress and pushing for results, but we can make your life little easier.
We do this because science conducted in joy is better for you, it’s better for science and it’s better for the world you serve as a scientist.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Possimus aut mollitia eum ipsum fugiat odio officiis odit.
Lorem ipsum dolor sit amet, conipsum fugiat odio officiis odit.
Lorem ipsum dolor sit amet, conipsum fugiat odio officiis odit.
Single-board computer with wireless LAN and Bluetooth connectivity


Upgrade Guide
Upgrading from 2.5.x -> 3.0.x
In an effort to keep chart creation terse, the chart constructor has been extended. Charts now set the DataTable with the second parameter, and options if needed with the third.
Chart Constructor
The constructor now takes two more arguments, the DataTable and optional configuration options.
2.5.x method
{% highlight php startinline %}
DataTable();
$lava->LineChart('StockPrices')
->setOptions(array(
'title' => 'Github Stock Price',
'datatable' => $data
));
{% endhighlight %}
3.0.x method
{% highlight php startinline %}
DataTable();
$lava->LineChart('StockPrices', $data, [
'title' => 'Github Stock Price'
]);
{% endhighlight %}
Config Objects
Following the effort to reduce typing for the developer, ConfigObjects are no longer required to be instantiated manually. Just pass in the same config array you would have passed to the constructor, as a value to the key. Internally, a ConfigObject will be created and options will be checked/verified/assigned and applied to the chart, same as before.
2.5.x method
{% highlight php startinline %}
DataTable();
$lava->LineChart('StockPrices')->setOptions(array(
'datatable' => $data,
'titleTextStyle' => $lava->TextStyle(array(
'fontName' => 'Arial',
'fontColor' => 'blue'
)),
'legend' => $lava->Legend(array(
'position' => 'top'
))
));
{% endhighlight %}
3.0.x method
{% highlight php startinline %}
DataTable();
$lava->LineChart('StockPrices', $data, [
'titleTextStyle' => [
'fontName' => 'Arial',
'fontColor' => 'blue'
],
'legend' => [
'position' => 'top'
]
]);
{% endhighlight %}


Statistical inference is the process of deducing properties of an underlying distribution by analysis of data.
One of the main goals of statistics is to estimate unknown parameters. To approximate these parameters, we choose an estimator, which is simply any function of randomly sampled observations. To illustrate this idea, we will estimate the value of \( \pi \) by uniformly dropping samples on a square containing an inscribed circle. We define the estimator \( \hat{\pi} \) below, where \( m \) is the number of samples within our circle and \( n \) is the total number of samples dropped. It can be shown that this estimator has the desirable property of being unbiased.
| \(\hat{\pi} = 4\dfrac{m}{n}\) |
\( m= \) 0.00 \( n= \) 0.00 |
\( \hat{\pi}= \) |
In contrast to point estimators, confidence intervals estimate a parameter by specifying a range of possible values. Such an interval is associated with a confidence level, which is the probability that the procedure used to generate the interval will produce an interval containing the true parameter.
Choose a probability distribution to sample from.
Choose a sample size \((n)\) and confidence level \((1-\alpha)\).
Start sampling to generate confidence intervals.
Bootstrapping is a technique that relies on uniform sampling with replacement from a random sample. It can be used...(still under construction)
Choose a probability distribution to sample from.
Choose a sample size \((n)\) and sample from your chosen distribution.
Resample to generate the emperical distribution.


|
ReactPhysics3D
0.6.0
Physics engine library
|
This class represents the contact solver that is used to solve rigid bodies contacts. More...
#include <ContactSolver.h>
Public Member Functions | |
| ContactSolver (const std::map< RigidBody *, uint > &mapBodyToVelocityIndex) | |
| Constructor. | |
| virtual | ~ContactSolver () |
| Destructor. | |
| void | initializeForIsland (decimal dt, Island *island) |
| Initialize the constraint solver for a given island. | |
| void | setSplitVelocitiesArrays (Vector3 *splitLinearVelocities, Vector3 *splitAngularVelocities) |
| Set the split velocities arrays. | |
| void | setConstrainedVelocitiesArrays (Vector3 *constrainedLinearVelocities, Vector3 *constrainedAngularVelocities) |
| Set the constrained velocities arrays. | |
| void | warmStart () |
| Warm start the solver. More... | |
| void | storeImpulses () |
| Store the computed impulses to use them to warm start the solver at the next iteration. | |
| void | solve () |
| Solve the contacts. | |
| bool | isSplitImpulseActive () const |
| Return true if the split impulses position correction technique is used for contacts. | |
| void | setIsSplitImpulseActive (bool isActive) |
| Activate or Deactivate the split impulses for contacts. | |
| void | setIsSolveFrictionAtContactManifoldCenterActive (bool isActive) |
| Activate or deactivate the solving of friction constraints at the center of the contact manifold instead of solving them at each contact point. | |
| void | cleanup () |
| Clean up the constraint solver. | |
This class represents the contact solver that is used to solve rigid bodies contacts.
The constraint solver is based on the "Sequential Impulse" technique described by Erin Catto in his GDC slides (http://code.google.com/p/box2d/downloads/list).
A constraint between two bodies is represented by a function C(x) which is equal to zero when the constraint is satisfied. The condition C(x)=0 describes a valid position and the condition dC(x)/dt=0 describes a valid velocity. We have dC(x)/dt = Jv + b = 0 where J is the Jacobian matrix of the constraint, v is a vector that contains the velocity of both bodies and b is the constraint bias. We are looking for a force F_c that will act on the bodies to keep the constraint satisfied. Note that from the virtual work principle, we have F_c = J^t * lambda where J^t is the transpose of the Jacobian matrix and lambda is a Lagrange multiplier. Therefore, finding the force F_c is equivalent to finding the Lagrange multiplier lambda.
An impulse P = F * dt where F is a force and dt is the timestep. We can apply impulses a body to change its velocity. The idea of the Sequential Impulse technique is to apply impulses to bodies of each constraints in order to keep the constraint satisfied.
— Step 1 —
First, we integrate the applied force F_a acting of each rigid body (like gravity, ...) and we obtain some new velocities v2' that tends to violate the constraints.
v2' = v1 + dt * M^-1 * F_a
where M is a matrix that contains mass and inertia tensor information.
— Step 2 —
During the second step, we iterate over all the constraints for a certain number of iterations and for each constraint we compute the impulse to apply to the bodies needed so that the new velocity of the bodies satisfy Jv + b = 0. From the Newton law, we know that M * deltaV = P_c where M is the mass of the body, deltaV is the difference of velocity and P_c is the constraint impulse to apply to the body. Therefore, we have v2 = v2' + M^-1 * P_c. For each constraint, we can compute the Lagrange multiplier lambda using : lambda = -m_c (Jv2' + b) where m_c = 1 / (J * M^-1 * J^t). Now that we have the Lagrange multiplier lambda, we can compute the impulse P_c = J^t * lambda * dt to apply to the bodies to satisfy the constraint.
— Step 3 —
In the third step, we integrate the new position x2 of the bodies using the new velocities v2 computed in the second step with : x2 = x1 + dt * v2.
Note that in the following code (as it is also explained in the slides from Erin Catto), the value lambda is not only the lagrange multiplier but is the multiplication of the Lagrange multiplier with the timestep dt. Therefore, in the following code, when we use lambda, we mean (lambda * dt).
We are using the accumulated impulse technique that is also described in the slides from Erin Catto.
We are also using warm starting. The idea is to warm start the solver at the beginning of each step by applying the last impulstes for the constraints that we already existing at the previous step. This allows the iterative solver to converge faster towards the solution.
For contact constraints, we are also using split impulses so that the position correction that uses Baumgarte stabilization does not change the momentum of the bodies.
There are two ways to apply the friction constraints. Either the friction constraints are applied at each contact point or they are applied only at the center of the contact manifold between two bodies. If we solve the friction constraints at each contact point, we need two constraints (two tangential friction directions) and if we solve the friction constraints at the center of the contact manifold, we need two constraints for tangential friction but also another twist friction constraint to prevent spin of the body around the contact manifold center.
| void ContactSolver::warmStart | ( | ) |
Warm start the solver.
For each constraint, we apply the previous impulse (from the previous step) at the beginning.
With this technique, we will converge faster towards the solution of the linear system


Causes
Climate change has many causes varying from humans to natural causes. Some major causes of climate change include:
- The burning of fossil fuels
- Deforestation
- Agriculture
- The greenhouse effect
Here is a short video that explains the greenhouse effect.
A simple video showing how the greenhouse effect works. Credit: climatecentral on YouTube. URL: https://www.youtube.com/watch?v=NvPqSGUIXtg
The greenhouse effect is the process by which the Earth slowly heats up. There are five major gases that contribute to the greenhouse effect. These are:
- Water vapour: This is the most plentiful out of the greenhouse gases. As the Earth’s atmosphere warms up, the amount of water vapour increases and so does the probability of precipitation. It acts as a feedback system.
- Carbon dioxide: Carbon dioxide is a minor part of the atmosphere. It is released into the atmosphere via natural procedures such as respiration and natural disasters. There is also human activity involved such as deforestation, livestock agriculture and the burning of fossil fuels. Humans have surged the atmospheric CO2 concentration by more than 45% since the Industrial Revolution commenced.
- Methane: A gas produced by both natural and human processes. Some of these processes include landfills, agriculture and rice cultivation. By examining the molecular makeup of methane, it is observed that it is a much more active greenhouse gas but there is a much lower concentration of methane in the atmosphere.
- Nitrous oxide: Nitrous oxide is a strong greenhouse gas which is mainly produced during soil cultivation, fossil fuel burning and biomass burning.
- Chlorofluorocarbons: These are synthetic compounds (man-made) that are released into the atmosphere because they enable the destruction of the ozone layer. They are also flagged as greenhouse gases.


Please follow this link to the week 4 exercise.
Please follow this link to the week 5 exercise.
Please follow this link to the week 6 exercise.


Vehicle fire on I-75 in Bonita Springs
by WFTX Digital TeamLEE COUNTY, Fla. — Florida Highway Patrol confirms there is a vehicle fire causing traffic on I-75 just before the Bonita Beach exit. According to Florida Highway Patrol, center and right south bound lanes on I-75 just before the Bonita Beach exit are blocked.
Florida Highway Patrol says troopers and EMS are on scene.


{% extends "layout-side-nav.html" %} {% import "_vars-sheer-layouts.html" as vars with context %} {# Meta blocks #} {% block demo_title -%} Layouts {%- endblock %} {% block title -%} Layouts {%- endblock %} {% block desc -%} A section showcasing the different layout templates available. {%- endblock %} {# Content blocks #} {% block content_main %}
Use the navigation to the left to find the different layout templates available. Use the link below to view a page which shows the different content blocks that you can override.
View the Content blocks page {% endblock %}


Liters Per Person Per Day
Please select a Country, then a location.
Not all loacations have data for multiple months.
Uganda
Ghana
Iraq
Bangladesh


MISSION STATEMENT
Our mission is to take the ancient battlefield art of Japanese Jiu-Jitsu and transform it into Self Defense for modern times, so that our students — men, women and children — can walk the streets with confidence. This mission will be accomplished with dedication, respect and humility.
Latest Announcements:
To view past news & announcements, click here
WELCOME TO GREATER TORONTO JIU-JITSU!
Founded by Shihan Neil Dalgarno in 1990, Greater Toronto Jiu-Jitsu has become the leading center for Japanese Jiu-Jitsu and Self Defense in the GTA. Neil began his training in the 1980’s under the legendary Tom Sharkey, a former Special Forces U.S. Ranger. After grading for Shodan in 1990, Neil began teaching in the GTA, most notably at the Toronto Police College. Neil, who holds a 6th Dan in Japanese Jiu-Jitsu, also has an honours degree in Kinesiology and a Bachelor degree in Education. Neil is an Ontario Certified Teacher and Fitness Professional. With numerous National Coaching Certifications, Neil has coached athletes who have become National team members and Olympic medalists.
Shihan Neil, along with head instructors, Renshi Tony Richardson 5th Dan and Renshi O’Neil Anderson 5th Dan, have produced some of the country’s finest young martial artists. As well as producing a number of Jiu-Jitsu champions, Greater Toronto Jiu-Jitsu can even boast that Carlos Newton, a former UFC Champion, is one of its Black Belt graduates!
Our training facilities are world class! Greater Toronto Jiu-Jitsu classes are held at the Centre for Martial Arts, in Richmond Hill, Ontario. Our shared facility boasts, four dojos (training halls), spacious change-rooms with showers and a welcoming reception area.
Greater Toronto Jiu-Jitsu is affiliated with the Canadian Japanese Jiu-Jitsu Alliance (CJJA) and the World Kobudo Federation (WFK). All new black belts are graded under the CJJA. The WKF, regularly hosts National and International seminars, designed to bring together the best martial artists from around the globe.
Curriculum
Having over 30 years of teaching experience in Toronto schools, Shihan Neil incorporates sound pedagogy at every level of Jiu-Jitsu instruction. Also, having special education qualifications, allows him to better serve students of different abilities and challenges.
Greater Toronto Jiu-Jitsu offers separate classes for beginner, intermediate and advance children. After the age of 16, students, regardless of ability are encouraged to attend adult classes. Accommodations are often made to better serve the individual needs of students and parents.
Our Japanese Jiu-Jitsu program allows students to progress through the traditional Japanese grading system. Students begin as white belts and as they gain competency at various belt levels (yellow, orange, green, blue and brown), will after four to five years, earn their Black Belts! All classes emphasize fitness, fun, confidence building and discipline. Adult classes focus on MMA skills and self defense. MMA skills include components of boxing, Muay Thai, judo and BJJ. Our self defense syllabus is similar to police and military programs worldwide.
Self Defense and Personal Safety Training
Thousands of high school students, professionals and members of the general public, have benefitted over the years from our Self Defense and Personal Safety Seminars.
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This is a raw genotype text (.txt) file from a direct-to-consumer (DTC) genetic test. This application currently only supports files from 23andMe, AncestryDNA, and MyHeritage.
All uploaded files will be automatically deleted after 24 hours. However, clicking End Session (the red button located in the top right corner) will automatically delete all files and session data right away.
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{% endif %}This option shows the nonsynonymous SNPs currently in COMET'S database. This does not require any file input. The database was created by analyzing SNPs in raw genotype files from 23andMe, AncestryDNA, and MyHeritage.


Invalidation Data
Instructions
- Generate RSA Keypairs, and make the public key available, as explained in the Generate RSA keys section of the documentation
- Paste the AMP Cache Url that is desired to be flushed.
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Delhi has a rich history that is known for its colonial grandeur and timeless Mughal architecture.
Delhi has a rich history that is known for its colonial grandeur and timeless Mughal architecture.
Delhi has a rich history that is known for its colonial grandeur and timeless Mughal architecture.


Hi All,
I have been evaluating which ARMCI_NTEWORK most suitable for a socket-based KNL Cluster; the processor type is KNL 7210 @ 1.30GHz, and each node has 192GB memory, OS is RedHat 7.3.
ARMCI_NETWORK=MPI-PR, OpenIB and ARMCI-MPI+CASPER have been evaluated. All 3 copies of NWChem were compiled using the same set of environmental variable, the script is given the the bottom part of this thread. Intel Compiler v17.0.1 and Intel MPI Version 2017 Update 1 Build 20161016 were used for the compilation.
Initially I would like to evaluate the performance for a TCE:CCSD(T) calculation of a pentacene molecule taken which have been used for NWChem the benchmark (http://nwchemgit.github.io/images/Pentacene_ccsdt.nw), however the SCF timing result for the ARMCI-MPI+Casper is too slow compared with other ARMCI network, so I would like to check if any part of my compilation or runtime variable are not correct before going further to CCSD level:
For MPI-PR
iter energy gnorm gmax time
----- ------------------- --------- --------- --------
1 -841.3354871523 2.54D-03 3.19D-04 49.8
2 -841.3354832032 1.14D-03 1.43D-04 89.9
3 -841.3354832406 1.57D-06 2.64D-07 113.7
Time for solution = 111.5s
For OpenIB
iter energy gnorm gmax time
----- ------------------- --------- --------- --------
1 -841.3354871523 2.54D-03 3.19D-04 53.4
2 -841.3354832032 1.14D-03 1.43D-04 95.9
3 -841.3354832406 1.57D-06 2.64D-07 121.1
Time for solution = 116.4s
For ARMCI-MPI
iter energy gnorm gmax time
----- ------------------- --------- --------- --------
1 -841.3354871523 2.54D-03 3.19D-04 236.9
2 -841.3354832032 1.14D-03 1.43D-04 923.4
3 -841.3354832406 1.58D-06 2.64D-07 1211.7
Time for solution = 1263.4s
Thanks!
Regards,
Dominic
Note:
Here is some additional information for the runtime environment, input, compilation environment and the snapshot of the calculation outputs:
(1) The runtime environment was set by this script environment.sh
module load intel
module load impi/2017_Update_1
WORKDIR=/home/users/astar/ihpc/chiensh/nwtest
export EXE1=/home/users/astar/ihpc/chiensh/nwchem-mpipr/bin/LINUX64/nwchem
export EXE2=/home/users/astar/ihpc/chiensh/nwchem-openib/bin/LINUX64/nwchem
export EXE3=/home/users/astar/ihpc/chiensh/nwchem-armci-mpi/bin/LINUX64/nwchem
export CASPER=/home/users/astar/ihpc/chiensh/local/lib/libcasper.so
ulimit -s unlimited
#export OMP_STACKSIZE=32M
export I_MPI_PIN=1
#export I_MPI_DEBUG=4
unset I_MPI_DEBUG
export KMP_BLOCKTIME=1
#export KMP_AFFINITY=scatter,verbose
export KMP_AFFINITY=scatter
export ARMCI_USE_WIN_ALLOCATE=1
export OMP_NUM_THREADS=60
#export MKL_NUM_THREADS=2
export MKL_DYNAMIC=false
export OMP_NESTED=true
(2) There are some modifications on the tce and scf section and they are shown below
scf
vectors input pentacene.movecs
thresh 1e-4
#semidirect filesize 0 memsize<PHONE_NUMBER>
end
tce
freeze atomic
ccsd(t)
thresh 1e-4
io ga
tilesize 50
attilesize 40
2EORB
2EMET 15
end
set tce:nts T
set tce:tceiop 2048
#set tce:writeint T
set tce:readint T
#set tce:writet T
set tce:readt T
set tce:xmem 1000
task tce energy
(3) Snapshot of the outputs
i. For ARMCI_NETWORK=MPI-PR
> mpirun -perhost 2 -n 40 $EXE1 ccsdt.nw
Job information
---------------
hostname = r1i0n4
program = /home/users/astar/ihpc/chiensh/nwchem-mpipr/bin/LINUX64/nwchem
date = Fri Mar 31 17:38:54 2017
compiled = Fri_Mar_31_15:02:17_2017
source = /home/users/astar/ihpc/chiensh/nwchem-mpipr
nwchem branch = 6.6
nwchem revision = 27746
ga revision = 10594
input = ccsdt.nw
prefix = pentacene.
data base = ./pentacene.db
status = startup
nproc = 20
time left = -1s
Memory information
------------------
heap = 65536000 doubles = 500.0 Mbytes
stack = ********** doubles = 90000.0 Mbytes
global = ********** doubles = 100000.0 Mbytes (distinct from heap & stack)
total = ********** doubles = 190500.0 Mbytes
verify = no
hardfail = no
...
NWChem SCF Module
-----------------
ao basis = "ao basis"
functions = 378
atoms = 36
closed shells = 73
open shells = 0
charge = 0.00
wavefunction = RHF
input vectors = ./pentacene.movecs
output vectors = ./pentacene.movecs
use symmetry = F
symmetry adapt = F
...
----------------------------------------------
Quadratically convergent ROHF
Convergence threshold : 1.000E-04
Maximum no. of iterations : 30
Final Fock-matrix accuracy: 1.000E-07
----------------------------------------------
Integral file = ./pentacene.aoints.00
Record size in doubles = 65536 No. of integs per rec = 32766
Max. records in memory = 3937 Max. records in file = 16943190
No. of bits per label = 16 No. of bits per value = 64
#quartets = 3.409D+07 #integrals = 3.020D+08 #direct = 0.0% #cached =100.0%
File balance: exchanges= 68 moved= 1370 time= 0.2
iter energy gnorm gmax time
----- ------------------- --------- --------- --------
1 -841.3354871523 2.54D-03 3.19D-04 49.8
2 -841.3354832032 1.14D-03 1.43D-04 89.9
3 -841.3354832406 1.57D-06 2.64D-07 113.7
Final RHF results
------------------
Total SCF energy = -841.335483240608
One-electron energy = -4113.018438040344
Two-electron energy = 1774.091366579281
Nuclear repulsion energy = 1497.591588220455
Time for solution = 111.5s
ii.ARMCI_NETWORK=OpenIB
>mpirun -perhost 1 -n 20 $EXE2 ccsdt.nw
Job information
---------------
hostname = r1i0n4
program = /home/users/astar/ihpc/chiensh/nwchem-openib/bin/LINUX64/nwchem
date = Fri Mar 31 16:08:37 2017
compiled = Thu_Mar_30_19:10:59_2017
source = /home/users/astar/ihpc/chiensh/nwchem-openib
nwchem branch = Development
nwchem revision = 27746
ga revision = 10594
input = ccsdt.nw
prefix = pentacene.
data base = ./pentacene.db
status = startup
nproc = 20
time left = -1s
Memory information
------------------
heap = 65535998 doubles = 500.0 Mbytes
stack = ********** doubles = 90000.0 Mbytes
global = ********** doubles = 100000.0 Mbytes (distinct from heap & stack)
total = ********** doubles = 190500.0 Mbytes
verify = no
hardfail = no
...
----------------------------------------------
Quadratically convergent ROHF
Convergence threshold : 1.000E-04
Maximum no. of iterations : 30
Final Fock-matrix accuracy: 1.000E-07
----------------------------------------------
Integral file = ./pentacene.aoints.00
Record size in doubles = 65536 No. of integs per rec = 32766
Max. records in memory = 3937 Max. records in file = 16908036
No. of bits per label = 16 No. of bits per value = 64
#quartets = 3.409D+07 #integrals = 3.020D+08 #direct = 0.0% #cached =100.0%
File balance: exchanges= 77 moved= 1081 time= 0.1
iter energy gnorm gmax time
----- ------------------- --------- --------- --------
1 -841.3354871523 2.54D-03 3.19D-04 53.4
2 -841.3354832032 1.14D-03 1.43D-04 95.9
3 -841.3354832406 1.57D-06 2.64D-07 121.1
Final RHF results
------------------
Total SCF energy = -841.335483240607
One-electron energy = -4113.018438056843
Two-electron energy = 1774.091366595781
Nuclear repulsion energy = 1497.591588220455
Time for solution = 116.4s
iii.ARMCI_NETWORK=ARMCI-MPI
>mpirun -perhost 1 -genv CSP_NG 1 -genv LD_PRELOAD $CASPER -n 40 $EXE3 ccsdt.nw
Job information
---------------
hostname = r1i0n4
program = /home/users/astar/ihpc/chiensh/nwchem-armci-mpi/bin/LINUX64/nwchem
date = Fri Mar 31 15:20:48 2017
compiled = Fri_Mar_31_14:18:43_2017
source = /home/users/astar/ihpc/chiensh/nwchem-armci-mpi
nwchem branch = 6.6
nwchem revision = 27746
ga revision = 10594
input = ccsdt.nw
prefix = pentacene.
data base = ./pentacene.db
status = startup
nproc = 20
time left = -1s
Memory information
------------------
heap = 65535998 doubles = 500.0 Mbytes
stack = ********** doubles = 90000.0 Mbytes
global = ********** doubles = 100000.0 Mbytes (distinct from heap & stack)
total = ********** doubles = 190500.0 Mbytes
verify = no
hardfail = no
...
----------------------------------------------
Quadratically convergent ROHF
Convergence threshold : 1.000E-04
Maximum no. of iterations : 30
Final Fock-matrix accuracy: 1.000E-07
----------------------------------------------
Integral file = ./pentacene.aoints.00
Record size in doubles = 65536 No. of integs per rec = 32766
Max. records in memory = 3937 Max. records in file = 16943273
No. of bits per label = 16 No. of bits per value = 64
#quartets = 3.409D+07 #integrals = 3.020D+08 #direct = 0.0% #cached =100.0%
File balance: exchanges= 67 moved= 1250 time= 0.1
iter energy gnorm gmax time
----- ------------------- --------- --------- --------
1 -841.3354871523 2.54D-03 3.19D-04 236.9
2 -841.3354832032 1.14D-03 1.43D-04 923.4
3 -841.3354832406 1.58D-06 2.64D-07 1211.7
Final RHF results
------------------
Total SCF energy = -841.335483240606
One-electron energy = -4113.018438085244
Two-electron energy = 1774.091366624183
Nuclear repulsion energy = 1497.591588220455
Time for solution = 1263.4s
iv. NWChem were built by the same script build.sh
#export NWCHEM_TOP=/home/users/astar/ihpc/chiensh/nwchem-mpipr
#export NWCHEM_TOP=/home/users/astar/ihpc/chiensh/nwchem-openib
export NWCHEM_TOP=/home/users/astar/ihpc/chiensh/nwchem-armci-mpi
export NWCHEM_TARGET=LINUX64
export ARMCI_NETWORK=ARMCI
export EXTERNAL_ARMCI_PATH=/home/users/astar/ihpc/chiensh/local
export USE_MPI=y
export USE_MPIF=y
export USE_MPIF4=y
export LARGE_FILES=TRUE
export ENABLE_COMPONENT=yes
export USE_OPENMP=y
export LIB_DEFINES=" -DDFLT_TOT_MEM=391422080"
export DISABLE_GAMIRROR=y
export GA_STABLE=ga-5-5
export BLAS_SIZE=8
export BLASOPT=" -Wl,--start-group -L$MKLROOT/lib/intel64 -lmkl_core -lmkl_intel_ilp64 -lmkl_intel_thread -Wl,--end-group -liomp5 -lpthread -lm -ldl -qopenmp "
#export BLASOPT="-L/home/users/app/intel/compilers_and_libraries_2017.1.132/linux/mkl/lib/intel64 -lmkl_avx512 -lmkl_core -lmkl_intel_ilp64 -lmkl_intel_thread -qopenmp -lpthread "
export LAPACK_LIB=$BLASOPT
#export LAPACK_LIB="-L/home/users/app/intel/compilers_and_libraries_2017.1.132/linux/mkl/lib/intel64 -lmkl_avx512 -lmkl_core -lmkl_intel_ilp64 -lmkl_intel_thread -qopenmp -lpthread"
export USE_SCALAPACK=yes
export SCALAPACK_SIZE=8
export SCALAPACK="-L/$MKLROOT/lib/intel64 -lmkl_blacs_intelmpi_ilp64 -lmkl_scalapack_ilp64 "
export SCALAPACK_LIB="$SCALAPACK $BLASOPT"
#export SCALAPACK="-L/home/users/app/intel/compilers_and_libraries_2017.1.132/linux/mkl/lib/intel64 -lmkl_avx512 -lmkl_core -lmkl_intel_ilp64 -lmkl_intel_thread -lmkl_scalapack_ilp64 -lmkl_blacs_intelmpi_ilp64 "
#export SCALAPACK_LIB="$SCALAPACK -qopenmp -lpthread"
#unset SCALAPACK
#unset SCALAPACK_SIZE
#unset SCALAPACK_LIB
#export IB_HOME=/usr
#export IB_INCLUDE=$IB_HOME/include/infiniband
#export IB_LIB=$IB_HOME/lib64
#export IB_LIB_NAME="-libumad -libverbs -lpthread"
export MPI_INCLUDE="-I/home/users/app/intel/compilers_and_libraries_2017.1.132/linux/mpi/intel64/include "
export LIBMPI="-L/home/users/app/intel/compilers_and_libraries_2017.1.132/linux/mpi/intel64/lib -lmpi -lmpifort -lmpi_ilp64 -lpthread"
export USE_PYTHON64=y
export PYTHONVERSION=2.7
export PYTHONHOME=/usr
export PYTHONLIBTYPE=so
export NWCHEM_MODULES="all python"
#export NWCHEM_MODULES="all"
#export NWCHEM_MODULES=smallqm
export CCSDTQ=y
export CCSDTLR=y
export MRCC_METHODS=TRUE
#unset CCSDTQ
#unset CCSDTLR
#unset MRCC_METHODS
export CC=icc
export FC=ifort
export F77=ifort
export F90=ifort
export CXX=icpc
export MPICC=icc
export MPIFC=ifort
export FOPTIMIZE="-O3 -qopenmp -heap-arrays 64 -xMIC-AVX512 -fp-model fast=2 -no-prec-div -funroll-loops -unroll-aggressive "
export COPTIMIZE="-O3 -xMIC-AVX512 -fp-model fast=2 -no-prec-div -funroll-loops "
v. ARMCI-MPI and Casper were build by these configure command
a ARMCI-MPI
../configure MPICC=mpiicc CFLAGS=-L/home/users/astar/ihpc/chiensh/local/lib MPIEXEC=mpirun --enable-explicit-progress --prefix=/home/users/astar/ihpc/chiensh/local
v. CASPER
../configure --prefix=/home/users/astar/ihpc/chiensh/local CC=mpiicc
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