--- layout: default title: Affordable dental Implant in Hackensack NJ | Cute Smile Dr Samina Kathawala Hackensack NJ<PHONE_NUMBER> description: What are Dental Implants? Do you need an Implant? Afforadble Implant.We serve Hackensack NJ Lodi NJ Hasbrouck Heights NJ River Edge NJ Teaneck NJ Maywood NJ Paramus NJ Carlstadt NJ East Rutherford NJ South Hackensack NJ Wood Ridge NJ Wood-ridge NJ. ---
ADDRESS - 52 Summit Ave, Hackensack NJ
Think of your tooth as a tree. Just like trees, your teeth also has roots and these roots cling on to the jaw bone, just like tree roots cling on to the soil. When you replace your tooth with an implant, you have to first provide the root that can hold on to the jaw. The implant serves as the root. Its a titaium screw that is embedded into your jaw bone. An implant is usually placed surgically into your bone and over time its assimilates into your bone via a process called osseointegration. Read more about osseointegration on wikipedia After it assimilates, you will feel as if the implant was a natural tooth and you can eat whatever you like.
Implants are best suited to replace missing teeth. If you teeth were pulled or due to some medical condition if they were removed then you have few options. You can either replace them with a denture, a bridge or an implant. Implant usually costs more intially, but it pays back in every day comfort and unlike dentures you dont have to worry about taking them out every night and clean them etc..
Once an implant is placed, the next step is to put an abutment. Abutments are the retainer on which an artifical tooth (abutment supported crown), will be placed. The abutment supported crown is custom fabricated for you and it will feel and act in every sense as a natural tooth.
The implant team usually includes and implantologist who places the implant (the posts) into the patients mouth, and a general dentist who designs and fits the abutment and crown.Our office is fully equipped to place the implant, design and fit the abutment and crown.
Once an implant is placed, the next step is to put an abutment. Abutments are the retainer on which an artifical tooth, which we call abutment supported crown, will be placed. The abutment supported crown is custom fabricated for you and it will feel and act in every sense as a natural tooth.
On your first appointment, an X-ray will be taken to determine if you have enough jaw bone to hold the titanium posts (implant).
In some instances, if there is not sufficient bone than bone grafting may be required. Read more about bone grafting here Once this is one and implant has been successfully placed, the next step is to carefully take impression of your mouth and surrounding teeth. This is required to custom fabricate the abutment and the crown.
In our opinion its not. Whats more important is your health as oppose to age. If you are healthy enough to have your tooth extracted, then you are probably healthy enough to receive dental implants. Certain chronic diseases may contraindicate dental implant treatment. The dentist will determine if you are a candidate for dental implants after a careful evaluation of your dental and health history.
Dental implant-supported replacement teeth look, feel and function like natural teeth. This means that you can eat and drink whatever you choose. But most importantly, dental implants improve quality of life in a very concrete way. People who have felt embarrassed and worried because of their tooth problems are often overwhelmed by what new permanent teeth can do for their self-esteem.
Most people find dental implant surgery very easy to tolerate. Any post-operative discomfort can usually be managed with over-the-counter anti-inflammatory medication such as ibuprofen or OTC pain-relievers. Ice can also be helpful.
At the outset, implants are more expensive than other tooth-replacement methods such as dentures or bridgework. But they also last many years longer and in fact should never need replacement. So they offer the best, most cost-effective option when viewed as a long-term investment in your health, comfort and well-being.
They require exactly the same care as natural teeth: daily brushing and flossing, along with regular dental checkups and professional cleanings. Although implant teeth will never decay, the gum tissues around them can become inflamed or infected in the absence of good oral hygiene. Properly cared-for dental implants should last a lifetime.
Strictly speaking, implants can not be rejected because they contain no living cells or genetically coded material. The titanium of which they are made is completely biocompatible, and allergies are extremely rare. But an implant can fail to integrate with the jawbone if an infection develops in the absence of good oral hygiene, or if it is subjected to biting forces too soon. However, this is rare but does happen once in a while; do note that implants regularly achieve success rates in excess of 90%.
Check out this Mayo Clinic article for more info on -
For appointment's please call {% if site.contact.phone %} {{ site.contact.phone }} {% endif %}


Introducing Beeswax
The Beeswax application enables you to perform queries on Apache Hive, a data warehousing system designed to work with Hadoop. You can create Hive tables, load data, run and manage Hive queries, and download the results in a Microsoft Office Excel worksheet file or a comma-separated values file.
Contents
Beeswax and Hive Installation and Configuration
Beeswax is installed and configured as part of Hue.
Beeswax assumes an existing Hive installation. The Hue installation instructions include the configuration necessary for Beeswax to access Hive. You can view the current Hive configuration from from the Settings tab in the Beeswax application.
By default, a Beeswax user can see the saved queries for all users – both his/her own queries and those of other Beeswax users. If this behavior is not desirable, there is a configuration option you can change in the /etc/hue/hue.ini file under the [beeswax] section to restrict viewing saved queries to only the query owner and Hue administrators. To change this setting, find and uncomment the share_saved_queries property and set it to false.
Starting Beeswax
To start the Beeswax application, click the Beeswax icon ( ) in the navigation bar at the top of the Hue browser page.
The first time you run Beeswax, the "Welcome to Beeswax for Hive" page appears, and prompts you to install the sample tables or import your own tables.
Once some tables have been created — either from installing the samples or importing your own data — clicking the Beeswax tab will bring you directly into the Query Editor.
The tabs in the Beeswax navigation bar allow you to navigate to the main functional areas of Beeswax.
Installing the Beeswax Samples
You can install two sample Beeswax tables to use as examples.
- In the Welcome to Beeswax window, click Install Samples
- Confirm that you want to install these samples.
Once you have installed the sample data, you will no longer see either the Import Data and Install Samples buttons when you run Beeswax.
Importing your own Data
If you want to import your own data instead of installing the Sample tables:
- In the Welcome to Beeswax window, click the Import Data button.
This takes you to the Create a new table manually page.
- Follow the prompts in this wizard to specify your table. For more details see Creating Tables.
| Note If the Welcome to Beeswax page with the Import Data button no longer appears, you can still import your own data by clicking the Tables tab, and creating a new table. |
Working with Queries
The Query Editor view lets you create queries in Hive's Query Language (HQL), which is similar to Structured Query Language (SQL). You can name and save your queries to use later. When you submit a query, the Beeswax Server uses Hive to run the queries. You can either wait for the query to complete, or return later to find the queries in the Beeswax History view. You can also request receive an email message after the query is completed.
Creating and Running Queries
| Note To run a Query, you must be logged in to Hue as a user that also has a Unix user account on the remote server. |
To create and run a query:
- In the Beeswax Hive Query window, type the query.
For example, to select all data from the sample_08 table, you would type:
SELECT * FROM sample_08 WHERE salary > 100000
- In the box to the left of the Query field, you can override the default Hive and Hadoop settings, specify file resources and user-defined functions, and enable users to enter parameters at run-time, and request email notification when the job is complete. See Advanced Query Settings below for details on using these settings.
- To save your query and advanced settings to use again later, click Save As, enter a name and description, and then click OK. To save changes to an existing query, click Save.
- If you want to view the execution plan for the query, click Explain. For more information, see http://wiki.apache.org/hadoop/Hive/LanguageManual/Explain.
- To run the query, click Execute.
The Beeswax Query Results window appears with the results of your query.
- Do any of the following to download or save the query results:
- Click Download as CSV to download the results in a comma-separated values file suitable for use in other applications.
- Click Download as XLS to download the results in a Microsoft Office Excel worksheet file.
- Click Save to save the results in a table or HDFS file.
To save the results in a new table, select to a new table, enter a name, and then click Save.
To save the results in an HDFS file, select to HDFS directory, enter a path in Results Location and then click Save.
- Under MR Jobs, you can view any Map/Reduce jobs that the query started.
- To view a log of the query execution, click Log at the top of the results display. You can use the information in this tab to debug your query.
- To view the query that generated these results, click Query at the top of the results display.
- To return to the query in the Query Editor, click Unsaved Query.
Advanced Query Settings
The section to the left of the Query field lets you specify the following options:
| Option |
Description |
| Hive Settings |
Use Hive Settings to override the Hive and Hadoop default settings. Click Add to configure a new setting.
» For Key, enter a Hive or Hadoop configuration variable name.
» For Value, enter the value you want to use for the variable.
For example, to override the directory where structured hive query logs are created, you would enter hive.querylog.location for Key, and a path for Value.
Click Add again to add another new setting.
To view the default settings, click the Settings tab at the top of the page.
For information about Hive configuration variables, see: http://wiki.apache.org/hadoop/Hive/AdminManual/Configuration. For information about Hadoop configuration variables, see: http://hadoop.apache.org/common/docs/current/mapred-default.html |
| File Resources |
Use File Resources to make locally accessible files available at query execution time on the entire Hadoop cluster. Hive uses Hadoop's Distributed Cache to distribute the added files to all machines in the cluster at query execution time.
Click Add to configure a new setting.
From the Type drop-down menu, choose one of the following:
jar — Adds the resources to the Java classpath. This is required in order to reference objects such as user defined functions.
archive — Automatically unarchives resources when distributing them.
file — Adds resources to the distributed cache. Typically, this might be a transform script (or similar) to be executed.
For Path, enter the path to the file. You can also click Choose a File to browse and select the file.
Note: It is not necessary to specify files used in a transform script if the files are available in the same path on all machines in the Hadoop cluster. |
| User-defined Functions |
You can use user-defined functions in a query. Specify the function name for Name, and specify the class name for Class name.
Click Add to configure a new setting.
You must specify a JAR file for the user-defined functions in File Resources. To include a user-defined function in a query, add a $ (dollar sign) before the function name in the query. For example, if MyTable is a user-defined function name in the query, you would type: SELECT * $MyTable |
| Parameterization |
To display a dialog box for you or other users to enter parameter values when a query is executed, check Parameterization. This is enabled by default. |
| Email Notification |
To receive an email message after a query completes, check Email Notification. The email is sent to the email address specified in the logged-in user's profile. |
Viewing Query History
Beeswax enables you to view the history of queries that you have previously run. Results for these queries are available for one week or until Hue is restarted.
To view query history:
- In the Beeswax window, click History.
Beeswax displays a list of your saved and unsaved queries in the Beeswax Query History window.
- To display the queries for all users, click Show everyone's queries. To display your queries only, click Show my queries.
- To display the automatically generated actions that Beeswax performed on a user's behalf, click Show auto actions. To display user queries again, click Show user queries.
Viewing, Editing, or Deleting Saved Queries
You can view a list of saved queries of all users by clicking Saved Queries in the Beeswax window. You can copy any user's query, but you can only edit, delete, and view the history of your own queries.
To edit a saved query:
- In the Beeswax window, click Saved Queries.
Beeswax displays the Beeswax Queries window.
- Click the Options button next to the query and choose Edit from the context menu.
Beeswax displays the query in the Beeswax Query Editor window.
- Change the query and then click Save. You can also click Save As, enter a new name, and click OK to save a copy of the query.
To delete a saved query:
- In the Beeswax window, click Saved Queries.
Beeswax displays the Beeswax Queries window.
- Click the Options button next to the query and choose Delete from the context menu.
- Click Yes to confirm the deletion.
To copy a saved query:
- In the Beeswax window, click Saved Queries.
Beeswax displays the Beeswax Queries window.
- Click the Options button next to the query and choose Clone from the context menu.
Beeswax displays the query in the Beeswax Query Editor window.
- Change the query as necessary and then click Save. You can also click Save As, enter a new name, and click Ok to save a copy of the query.
To copy a query in the Beeswax Query History window:
- In the Beeswax window, click History.
Beeswax displays the Beeswax Query History window.
- To display the queries for all users, click everyone's.
Beeswax displays the queries for all users in the Beeswax Query History window.
- Click the Clone link next to the query you want to copy.
Beeswax displays a copy of the query in the Beeswax Query Editor window.
- Change the query, if necessary, and then click Save As, enter a new name, and click OK to save the query.
Working with Tables
When working with Hive tables, you can use Beeswax to:
Creating Tables
Although you can create tables by executing the appropriate HQL DDL query commands, it is easier to create a table using the Beeswax table creation wizard.
There are two ways to create a table: from a file, or manually.
If you create a table from a file, the format of the data in the file will determine some of the properties of the table, such as the record and file formats. The data from the file you specify is imported automatically upon table creation.
When you create a file manually, you specify all the properties of the table, and then execute the resulting query to actually create the table. You then import data into the table as an additional step.
*To create a table from a file:*
- In the Beeswax window, click Tables.
- In the Beeswax Action pane, click Create a new table from file.
The table creation wizard starts.
- Follow the instructions in the wizard to create the table.
The basic steps are:
- Choose your input file. The input file you specify must exist.
Note that you can choose to have Beeswax create the table definition only based on the import file you select, without actually importing data from that file.
- Specify the column delimiter.
- Define your columns, providing a name and selecting the type.
- Click Create Table to create the table.
Beeswax displays the new table's metadata on the right side of the Beeswax Table Metadata window.
At this point, you can view the metadata or a Sample of the data in the table.
From the Actions pane you can import new data into the table, browse the table, drop it, or go to the FileBrowser to see the location of the data.
To create a table manually:
- In the Beeswax window, click Tables.
- In the Beeswax Action pane, click Create a new table manually.
The table creation wizard starts.
- Follow the instructions in the wizard to create the table.
The basic steps are:
- Name your table.
- Choose the record format.
- Configure record serialization by specifying delimiters for columns, collections, and map keys.
- Choose the file format.
- Specify the location for your table's data.
- Define your columns, providing a name and selecting the type.
- Add partitions, if appropriate.
- Click Create Table to construct a query to create the table.
The new query is displayed in the Hive Query window.
- Click Execute to run the query and create the table.
Browsing Tables
To browse the data in a table:
- In the Beeswax Table List window, click the Browse Data button next to the table you want to browse.
Beeswax displays the table's data in the Query Results window.
To browse the metadata in a table:
- In the Beeswax Table List window, click the table name.
Beeswax displays the table's metadata under a Columns tab.
You can view the actual data in the table by selecting the Sample tab.
Importing Data into Tables
When importing data, you can choose to append or overwrite the table's data with data from a file.
To import data into a table:
- In the Beeswax Table List window, double-click the table name.
Beeswax displays the Beeswax Table Metadata window.
- From the Actions panel, click Import Data.
- For Path, enter the path to the file that contains the data you want to import.
- Check Overwrite existing data to replace the data in the selected table with the imported data. Leave this unchecked to append to the table.
- Click Submit to start importing the data.
Dropping Tables
To drop a table:
- In the Beeswax Table List window, double-click the table name.
Beeswax displays the Beeswax Table Metadata window.
- From the Actions panel, click Drop Table.
- Click Yes to confirm the deletion.
Viewing a Table's Location
To view a table's location:
- In the Beeswax Table List window, double-click the table name.
Beeswax displays the Beeswax Table Metadata window.
- Click View File Location.
Beeswax lists the selected table in its directory in the File Browser window.


Luke the Developer
The world needs software that is modern yet stable, balanced skillfully between innovation and standards. The applications built at this intersection are naturally useful, accessible and delightful.
As a seasoned software engineer, I have worked at all layers of the stack building things that are maintainable and long-lasting with a focus on performance and privacy - from serverless payments platforms to state-of-the-art React apps, blockchain networks to viral marketing websites, open source tools and a pineapple delivery system. I've worked for early-stage startups, international corporations, prominent charities and infamous advertising agencies.
With the rise of cloud computing and serverless, there are loads of tantalising opportunties to realise the amibitions we've had for a while, particularly around the delivery and resiliency of software. I'm keen to explore the concept of a more data-driven, "contract-first" approach to software development, as well as how we can bridge the gap between our local and remote environments..
One of the best things about our industry is the vibrant communities that spring up around different technologies and practices. The thrill of sharing knowledge and discussing ideas about shipping software will never grow old for me. Most recently I gave a talk at Serverless London about how we are using serverless at Cancer Research UK. It was also awesome to be able to talk at WEBdeLDN in London and the Ethereum Community Conference in Paris
( ^_^)
👇 Below are some of the things I’ve proudly worked on over the years. My CV has a more structured timeline.
Cancer Research UK - Beating cancer together
I lead delivery of a greenfield payments platform to process Cancer Research UK's online donations, including the Stand Up To Cancer TV campaigns on Channel 4. Provided technical leadership on architecture, implementation and operation in response to critical demand from the charity to migrate processing of 1000s of daily transactions from an unreliable and expensive legacy system to a resilient, scalable and cost-effective platform.
In the first few months, the plaform realised a 94% reduction in operational costs, scaling without incident to process over £1m of donations with a 30% increase in conversion.
The payments platform is cloud native on AWS and fully serverless, with an event-driven architecture that leverages Lambda (Node.js/TypeScript), Step Functions, Amplify, AppSync, API Gateway, EventBridge, SQS, Kinesis Firehose, Glue and Athena.
I established a rapid yet sustainable agile workflow to continually deliver new features and optimisations, combining the modern practices of infrastructure-as-code, continuous delivery, GitOps and fully automated, self-mutating deployment pipelines with tools such as the AWS CDK, AWS CodePipeline and GitHub Actions. I also pioneered a focus on automated observability, based on Grafana, AWS CloudWatch, X-Ray, SNS and AWS Chatbot/Slack.
JAAK - Rebuilding copyright for the Internet
I headed up development of the JAAK platform, providing content infrastructure to innovative music platforms and independent artists, with features including user authentication, content delivery and payments.
Worked across the entire stack to build scalable APIs in Go and performant React applications that aggregated rights data and assets for millions of musical works and recordings.
Also lead research projects around programmatic licensing on the Ethereum blockchain, modelling decentralised identity and reputation in an open network and developing a rules engine for verifiable claims using JSON Schema and Lua.
Unlease - The peer-to-peer rental revolution
I lead product development of Unlease's flagship web application for a UK-wide peer-to-peer rental community. Consistently shipped regular feature updates to 1000s of users, such as KYC, live text and video chat and the best date-picker ever seen.
I also built a bunch of internal tools, including an account management dashboard, automated sitemap generator and pineapple delivery logistics system for a promotional campaign where Londoners could send each other pineapples.
Tread - Making analytics simple, powerful and private
It seemed about time to bring analytics into the modern age of dev tools. So I started Tread: a software behaviour analytics platform with a focus on privacy and simplicity.
The alpha version features instant install (two lines of code), automatic event tracking and a zero configuration dashboard.
Eventually, Tread will make state-of-the-art BI tools accessible to every developer so they can use analytics data to power their design decisions.
Kit Pics - Swipe your way through every Premier League kit
I was listening to an episode of That Peter Crouch podcast when they came out with the phrase "kit pics". I had a thought: imagine a site where you could like or dislike all home and away football kits from every Premier League season, from 1992 to 2018.
I built an early version and showed a few people. They immediately became absorbed in swiping through the kits, going through feelings of nostalgia and horror.
With the prospect of app developer fame, I made a few optimisations and added a stats page, showing favourite teams, years and kits. Now waiting for it to go viral.
Meerkat Movies - Compare the Market
Collaborated with Compare the Market's animation studio to produce a web version of a TV ad celebrating the launch of Meerkat Movies.
Built a custom, timeline-based animation engine, based on PixiJS to support a seamless experience across desktop and mobile devices. Simples.
Rubber Tracks - Converse
Worked closely with an in-house designer and the Converse team to build this on-going campaign site showcasing emerging London bands and their stories. Each band's story could be read by following their Street View-powered journey around London and listening to a selection of tracks.
The site also included an explorable map of promotional events and multiple social network feeds.
An early (~2015) component-driven web application, built with Ractive.js, a pre-cursor to React.js.
Analytics Hub - Land Rover
Shipped a realtime social analytics dashboard to allow Land Rover to monitor their ad campaign impact with aggregated insights, generated from data across multiple platforms.
The dashboard was powered by a Node.js server that collected and stored social data and streamed it to a server-rendered UI, complete with interactive charts and exportable reports.


Warning: Your OTS Keys are running low.
You only have {{otsKeysRemaining}} OTS Keys remaining. When you have used all of these, you will no longer be able to send QRL or Tokens from this wallet.
It is strongly suggested that you create a new wallet, and move all your QRL and Tokens to it to ensure you do not lose access to your funds.


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Coronation Street SPOILERS: Geoff and Yasmeen return to Weatherfield with bombshell news TONIGHT!
Geoff has been controlling Yasmeen!
by Charlotte RodriguesGeoff and Yasmeen will be returning to the cobbles but they'll be bringing BIG news with them, in tonight's Coronation Street (December 9 2019).
Corrie fans know that Geoff has been controlling and emotionally abusing Yasmeen for months and now it seems he'll have even more of a hold on her now they're married.
The couple arrive back from their trip to Las Vegas and Geoff gleefully announces to their family that he's married Yasmeen.
As Yasmeen tells her granddaughter Alya that the wedding was a spur of the moment thing, Tim suggests they have another ceremony now that they're home.
But Geoff's abuse doesn't stop there and he later badmouths Alya to Yasmeen.
After consulting the hidden CCTV camera earlier, Geoff tells his new wife that Alya misused the house while they were away and that she only disapproves of their marriage because she's concerned about her inheritance.
Over the course of this year, viewers have seen Geoff's abuse continuously get worse.
Read More: Coronation Street's Julia Goulding announces birth of first child
When Alya and Ryan had some friends round the house, Geoff took the opportunity to make them look bad by stealing Yasmeen's precious belongings and blaming their friends.

Read More: Coronation Street boss defends controversial shooting storyline
As he sold the items, including the frame Kal's photo was in, he ripped up the picture of Yasmeen's son.
He then proceeded to set up a hidden CCTV camera in Yasmeen's house and let her believe that he was very ill.
Coronation Street airs on Mondays, Wednesdays and Fridays at 7.30pm and 8.30pm on ITV.
How long do you think it will be before Geoff's true colours are revealed? Leave us a comment on our Facebook page @EntertainmentDailyFix and let us know what you think!


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| 2 | 482 | 10.16% | 96 | 19.75% | 1395 | / |
| 3 | 142 | 2.99% | 101 | 20.78% | 219 | /PIRCSnotes.html |
| 4 | 61 | 1.29% | 0 | 0.00% | 1582 | /people/flory/Projects/biomet_project.htm |
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| 8 | 51 | 1.07% | 17 | 3.50% | 70 | /people/Helin/ |
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| 13 | 36 | 0.76% | 1 | 0.21% | 144 | /mission.html |
| 14 | 28 | 0.59% | 3 | 0.62% | 40 | /mesowkshop.html |
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| 17 | 26 | 0.55% | 4 | 0.82% | 145 | /pubs.html |
| 18 | 25 | 0.53% | 1 | 0.21% | 359 | /stlouis.html |
| 19 | 25 | 0.53% | 2 | 0.41% | 46 | /people/flory/MM5/links.htm |
| 20 | 24 | 0.51% | 2 | 0.41% | 8 | /people/flory/MM5/directions.htm |
| 21 | 24 | 0.51% | 1 | 0.21% | 452 | /workshop2.html |
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| 10 | 1 | 0.02% | 0 | 0.00% | 2 | /ees/links.html |
| 9 | 1 | 0.02% | 0 | 0.00% | 2 | /chris/pcp_me.html |
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| 6 | 1 | 0.02% | 0 | 0.00% | 5 | http://www.pircs.iastate.edu/people/flory/Personal/resume.htm |
| 5 | 1 | 0.02% | 0 | 0.00% | 3 | /atmos/plots/plots_orig.html |
| 4 | 1 | 0.02% | 0 | 0.00% | 5 | /people/Gutowski/CLASP/Paper1/Fig.16c.Flh.GIF |
| 3 | 1 | 0.02% | 0 | 0.00% | 1 | /people/Gutowski/Africa/Durban.98.7/Figure1.html |
| 2 | 1 | 0.02% | 0 | 0.00% | 4 | /people/Gutowski/CLASP/Paper1/Fig.16c.Runoff.GIF |
| 1 | 1 | 0.02% | 0 | 0.00% | 2 | /abstracts/ |
|


Warehouse Keeper Walderal: In running a warehouse, I sometimes stumble across other people's secrets...completely by accident, you know. A few days ago, for example, a nobleman whose name I cannot reveal deposited a cute little rag doll! It was fairly well made, I suppose, but certainly not even worth the deposit fee. What do you think it means? Ha ha...


{% extends "base.html" %} {% block title %}
Medieval catalogues > BENEDICTINES: THE SHORTER CATALOGUES > Thetford > Leland, c. 1536-40
{% endif %}5 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


{{#partial "page"}}
Furnish your home with our exquisite furniture crafted for a specific area in your house: living room, dining room, bedroom, and study room or home office.
We have specific types of cabinets for particular functions. Our stands, dressers, and closets are made from the finest materials.
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From large, heavy-duty appliances to soft, comfy beddings, King’s Great Buys offers ways to make your life incredibly easier while having some spare change left. Now that’s shopping the savings!
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Fissionable nuclides can contain one ore more fission reactions in their ACE data. NDPP must parse through each of these reactions (and the associated delayed neutron precursor data), calculate the outgoing energy spectra, for each energy group at each incoming energy point in the ACE tables (), and then combine these in to a single value of (on a single energy grid). To generate , NDPP is solving the following equations for the prompt, delayed, and total values of :
In the above equations, is the incoming neutron energy, is the reaction channel, is the energy distributions within that channel, and are the lower and upper energy group boundaries for group respectively, is the total delayed neutron emission fraction, and are the microscopic cross-sections of this reaction channel and distribution occuring and the microscopic cross-section for all fission reactions, and is the yield of precursor group .
The details of this process are discussed in the following sections.
To determine if a nuclide is fissionable, NDPP checks for presence of the reaction channel in the ACE data. This channel is the total fission reaction, and must be present for there to be any possibility of generating values of for the nuclide. If the nuclide is fissionable, then the code determines the number of fission reaction channels, outgoing energy distributions, delayed neutron precursor groups, and the number of energy grid points for each.
Then, NDPP progresses through each fission channel (and energy distributions within that channel) and delayed neutron precursor group to obtain values for each of the terms in the equation above. The values of , , , and are calculated by the same means discussed in the OpenMC manual. The calculation of is described in the next section.
Monte Carlo codes must sample single values from probability distribution functions; NDPP, however, must integrate that probability distribution function between upper and lower boundaries. Therefore, the ACE Laws are utilized in different ways than described in the OpenMC manual and will be discussed herein.
All fission reactions are obtained from either ENDF File 5 (Energy Distribution of Secondary Particles) or File 6 (Product Energy-Angle Distributions). The following subsections discuss each of the ACE Laws used to describe fission neutron energy distributions in ENDF/B-7 and how these laws are treated by NDPP.
After the calculation of for each energy group, the values are normalized to 1.0 to account for any inaccuracies introduced by the interpolation schemes.
This representation is essentially a two-dimensional table which provides points of both the probability distribution function , a cumulative distribution function (CDF) , and rules for interpolating between each of the E and E’ data sets. To determine , NDPP must first find the location of the data corresponding to data, and then interpolate on the CDF to find teh CDF at and . The value of is simply the difference between these two values. The interpolation rules are followed as described in the OpenMC Methods Manual.
One representation of the secondary energies for neutrons from fission is the so-called Maxwell spectrum. A probability distribution for the Maxwell spectrum can be written in the form
where is the incoming energy of the neutron and is the so-called nuclear temperature, which is a function of the incoming energy of the neutron. The ACE format contains a list of nuclear temperatures versus incoming energies. The nuclear temperature is interpolated between neighboring incoming energies using a specified interpolation law. Once the temperature is determined, we then can analytically determine the value of with the following relation:
This integral is forced to 0 for values of E’ greater than the restriction energy, .
Evaporation spectra are primarily used in compound nucleus processes where a secondary particle can “evaporate” from the compound nucleus if it has sufficient energy. The probability distribution for an evaporation spectrum can be written in the form
where is the incoming energy of the neutron and is the nuclear temperature, which is a function of the incoming energy of the neutron. The ACE format contains a list of nuclear temperatures versus incoming energies. The nuclear temperature is interpolated between neighboring incoming energies using a specified interpolation law. Once the temperature is determined, we then analytically determine the value of with the following relation:
This integral is forced to 0 for values of E’ greater than the restriction energy, .
The probability distribution for a Watt fission spectrum can be written in the form
where and are parameters for the distribution and are given as tabulated functions of the incoming energy of the neutron. These two parameters are interpolated on the incoming energy grid using a specified interpolation law. Once the parameters have been determined, we then analytically determine the value of with the following relation:
This integral is forced to 0 for values of E’ greater than the restriction energy, .
At this stage, NDPP has a tabular representation of for each incoming energy, , and outgoing energy group, for every fission reaction channel and energy distribution as well as for each of the delayed neutron precursor groups. Each of these tables has values on a completely different set of incoming energies (since the ACE data are on separate energy grids as well) and must be combined on to the same energy grid for the prompt, delayed, and total values of . This unionized energy grid is made by using all of the energy points in the relevant distributions and linearly interpolating between values for points without a data set on the grid. Due to the additional interpolation step, these values are also re-normalized to 1.0. A unioninzed grid exists for each of the prompt, delayed, and total values of .
Since the unionized grids must be searched by the Monte Carlo code during runtime, it is desirable to have the size of the grid be as small as possible. To this end, NDPP provides the user with an option to thin the energy grid such that points which provide an increase accuracy of less than the user-specified tolerance when linear interpolation with neighboring points is used instead of the explicit value are discared from the data.
This feature is not yet implemented.


Develop front end of websites with HTML, CSS, Javascript/JQuery, Bootstrrap, Wordpress, and some PHP. Design graphics, logos, and email newsletters. Manage communication and deadlines with multiple clients and utilize networking and cold calling for client aquisition.
Develop front end of multiple websites, both for in-house companies and outside clients, using MSV, TFS, Atom, and Git with a team of back end .NET developers. Develop front end for state housing counselor portals and HOTB Software Solutions company website. Design graphics, logos, site mock-ups/wireframes, and print materials.


| ^^ Table of Contents ^^ | >> Getting started >> |
BidiChecker is a tool for the automated testing of web pages for errors in support of right-to-left (RTL) languages, also known as bidirectional (bidi) because they routinely include left-to-right items such as numbers and Latin-script words and phrases.
Bidi support for a web page is a common requirement, even for pages in left-to-right scripts. Any page which accepts user input or displays multilingual content is likely to end up handling bidirectional text at some point, as it will eventually encounter data in Arabic, Hebrew or another RTL language. Unfortunately, handling bidirectional text can be tricky and requires special processing at every appearance of potentially bidi data in the UI. (Examples of common bidi UI bugs can be found here.) As a result, bidi text support often regresses when a developer adds a new feature and simply forgets about bidi.
BidiChecker can be used in two ways:
For regression testing, web applications typically use an automated testing framework such as JSUnit for testing against a live browser instance. BidiChecker provides a Javascript API for integration into Javascript tests. The API accepts a page element (by default, the body of the top-level document), runs bidi tests on its contents, and returns a list of bidi errors found, including the type of each error, its location on the page and an estimate of its level of severity.
For exploratory testing, BidiChecker can be run on any page open in a web browser after installing the BidiChecker bookmarklet in the browser's Bookmarks toolbar. When the bookmarklet is run, an interactive error browser will highlight the bidi errors on the displayed page itself, providing an interactive user interface for viewing their details.
Note that BidiChecker does not require any custom "hooks" or modifications to the product under test. New BidiChecker-based tests can be written in addition to the product's existing test suite.
BidiChecker is currently in use at several projects inside Google, as well as the open-source Chromium project.
| ^^ Table of Contents ^^ | >> Getting started >> |


Proposal
The Seal Sat proposal makes use of a constellation of three satellites in Molniya orbits. Named Seal 1, Seal 2 and Seal 3, these satellites allow for constant coverage across Canada's north, extending to Alaska and Greenland. The following video provides a demonstration of the Seal Sat constellation.
These demonstration orbits are achieved by using the following orbital variables in a TLE orbit model:
Due to the inaccuracy of TLE models over time, these variables are only for demonstration purposes. Accurate orbit models and variables would be required to achieve an accurate and long term ground track.
Proposal Aspects
Obstacles
The Molniya orbit is not a perfect solution for satellite coverage of the North. Earth stations will require satellite dishes and antennae capable of acquiring a non-stationary target. The low altitude perigee may present a collision hazard due to space debris, for example the debris caused by the satellite collision in 2009. Furthermore, Russia has made frequent use of the Molniya orbit and all viable options for this orbit may already be occupied by existing spacecraft. Additional research must be accomplished in order to determine its feasibility.
Opportunities
Recent advances in satellite technology enable a multitude of possible capabilities for satellites in this type of orbit. New antenna technology could drastically reduce the need for tracking. Mesh networking technology, and likely more satellites within the constellation, could allow for communications between satellites. Providing an opportunity for failover, greater coverage area or communication between earth stations without the need for a double hop.
The satellite industry is also exploring low cost satellite options. Organizations such as NASA, through their open government PhoneSat and CubeSat initiatives, and the start-up company Skybox are proving that low cost satellites are possible and a competitor to traditional high cost satellite systems. The main focus of these initiatives is the use of "off the shelf" components to complete a satellite solution. For telecommunications satellites it is now possible to pursue satellite solutions which are low cost and short lived. This means that satellites can be launched and replaced in response to bandwidth demand at a much more rapid pace.
Going Forward
The Seal Sat proposal is an achievable and profitable project to pursue. It provides the telecommunications infrastructure which is desperately needed in Canada's north and solves many of the issues alternative land based technologies cannot overcome affordably. It is mature, scalable, wide reaching and multi-functional. Few methods rival the capabilities and affordability of the Molniya orbit for the Arctic.


class Epoll
This class is currently the only method for using multiple sockets in one thread with having the blocking operation moved to epoll waiting so that it can block on multiple sockets at once. Once it has been called, you must release Srt context with Srt.cleanUp when application leaves. |
|
class EpollEvent
This class represents SRT socket and their events. |
|
object Error
This class contains API to manage errors. Once it has been called, you must release Srt context with Srt.cleanUp when application leaves. |
|
data class MsgCtrl
This class represents extra parameters for Socket.send and Socket.recv |
|
class Socket : Closeable
This class represents a SRT socket. To avoid creating an unresponsive UI, don't perform SRT network operations on the main thread. Once it has been called, you must release Srt context with Srt.cleanUp when application leaves. |
|
data class Stats
This class represents SRT statistics |
|
object Time
This class contains time utils. Once it has been called, you must release Srt context with Srt.cleanUp when application leaves. |


{%extends "django_registration/base.html"%} {% load bootstrap4 %} {% block content %}
You can now post photos and rate them
Click Here walk with us


{% extends "common/page_base.html" %} {# common/page_base.html extends layout.html #} {% block content %}
Line Chart Stacked Line Chart Bar Chart Stacked Bar Chart Horizontal Bar Chart Pie Chart Donut Chart Tree Map Radar Chart Upload Excel Sheet


The package uses itself for logging similar to Log4j 1.3. This brings much more flexibility over logging to stdout, stderr like in Log4j 1.2 using logLog. It also enables the program to capture and handle errors raised by the package.
Using this approach introduces the issue of recursion. The following example explains a situation where this happens. Let's say all logger are configured to be additive and only the root logger has an appender set. The appender is a FileAppender. During the logging of an event an I/O error occurs. The FileAppender logs an event by itself using the logger Log4QtFileAppender. The event is passed to the root logger, which calls then the FileAppender. This causes another I/O error, which is logged by the FileAppender.
To avoid an endless loop the appender will drop the event on a recursive invocation. This check is done by AppenderSkeleton in doAppend().
The problem only occurs, if a logger, appender, layout or filter log an event while an event is appended. Neither the logger class nor any of the layout or filter classes log events during appending of an event. Most of the appender classes may log errors during appending. Only the ListAppender and ConsoleAppender are not logging events.
The default configuration uses two ConsoleAppender, one for stderr and one for stdout. No event will be dropped, because no recursive invocations can occur.


| as_factor | Convert input to a factor. |
| as_factor.data.frame | Convert input to a factor. |
| as_factor.haven_labelled | Convert input to a factor. |
| as_factor.labelled | Convert input to a factor. |
| format_tagged_na | "Tagged" missing values |
| is.labelled | Create a labelled vector. |
| is_tagged_na | "Tagged" missing values |
| labelled | Create a labelled vector. |
| labelled_spss | Labelled vectors for SPSS |
| na_tag | "Tagged" missing values |
| print_labels | Print the labels of a labelled vector |
| print_tagged_na | "Tagged" missing values |
| read_dta | Read and write Stata DTA files |
| read_por | Read and write SPSS files |
| read_sas | Read and write SAS files |
| read_sav | Read and write SPSS files |
| read_spss | Read and write SPSS files |
| read_stata | Read and write Stata DTA files |
| read_xpt | Read and write SAS transport files |
| tagged_na | "Tagged" missing values |
| write_dta | Read and write Stata DTA files |
| write_sas | Read and write SAS files |
| write_sav | Read and write SPSS files |
| write_xpt | Read and write SAS transport files |
| zap_empty | Convert empty strings into missing values |
| zap_formats | Remove format attributes |
| zap_label | Zap variable labels |
| zap_labels | Zap value labels |
| zap_missing | Zap special missings to regular R missings |
| zap_widths | Remove display width attributes |


| (A) | ---- no text ---- | |
| 327 | (C) | To þe cheuenteyne chefe . þey chosen her way |
| 328 | (D) | To þe chefteyn chefe they chesyn her way |
| 329 | (E) | ¶ To þe cheuynteyn cheef . thei chosyn her wey |
| (Ex) | ---- no text ---- | |
| 337 | (L) | To þe chef cheuentayn þey chosen here wey |
| 322 | (P) | To þe chefe chiftane þai chosyn þair waye |
| 322 | (U) | ¶ To the chiueteyn chief / chosen thei her wey |
| (V) | ---- no text ---- |


| Home | Libraries | People | FAQ | More |
boost::time_series::piecewise_surface_sample — Calculate a piecewise constant surface by sampling series at steps defined by two ranges representing the sample points for x and y coordinate of the surface.
template<typename Series, typename XPeriods, typename YPeriods, typename Out> ordered_inserter< Out > piecewise_surface_sample(Series const & series, XPeriods const & x_periods, YPeriods const & y_periods, ordered_inserter< Out > out); template<typename Series, typename XPeriods, typename YPeriods> piecewise_constant_series< typename concepts::TimeSeries< Series const >::value_type typename concepts::TimeSeries< Series const >::discretization_type, typename concepts::RandomAccessRange< XPeriods >::value_type > piecewise_surface_sample(Series const & series, XPeriods const & x_periods, YPeriods const & y_periods);
Calculate a piecewise constant surface by sampling series at steps defined by two ranges representing the sample points for x and y coordinate of the surface. The x periods are specified as follows:
[-inf,*boost::begin(x_periods))
[*boost::begin(x_periods),*(boost::begin(x_periods)+1))
[*(boost::begin(x_periods)+1),*(boost::begin(x_periods)+2))
...
[*(boost::end(x_periods)-1),inf)
... and likewise for y periods.
| Parameters: |
|
||||||||
| Requires: |
Series is a model of the TimeSeries concept. The value_type of Series is a model of the TimeSeries concept. XPeriods is a model of the RandomAccessRange concept. YPeriods is a model of the RandomAccessRange concept. Out is a model of the OrderedInserter concept. |
| Copyright © 2006 Eric Niebler |


Project 1
Project includes index.html, experience.html, styles.css, and new profile and background images
Create Forum Post


The below will appear and disappear if the model is not null, and will disappear if the model is null. Or, it should.
Hello {{msg}}
The below will appear and disappear if the conditional value is true or false.
Activated!


The type
attribute defines the type of the
input control.
There are many types, for example text, button, radio, checkbox, and others.
For <button> elements, the type attribute specifies the type of button.
For <input> elements, the type attribute specifies the type of <input> element to display.
For <embed>,
<link>, <object>,


Event based on debugging, coding and simulating using any simulator tool. Rounds Scheme: Round 1 (Elimination Round): Debugging Each team is required to solve the errors in the given code and then explain the objective of the code. Round 2 (Final Round): Simulation The teams have to design a program code and simulate it. The objective of the question program will be provided beforehand (one day before the round 2,after the declaration of the teams selected for the next round). If the program is perfectly simulated, modifications will be given.
1. 30 minutes will be allotted for debugging the code. 2. 10 teams will be selected for the second round. 3. 30 minutes will be provided to perform the modifications in the program.
2
Round 1- 6th March 2017 Round 2- 7th March 2017
Round 1- 2:00 to 3:00 PM Round 2- 12:00 to 1:00 PM
Rs. 50/- per team
Meetali Patel<PHONE_NUMBER>) Keyur Rakholiya<PHONE_NUMBER>)


This site is completely built by You Zhou for the purpose of practicing coding skills.
It is build using Angular, Express, MongoDB and Node.js
Deployed on heroku with mlab backend
Source Code: here
Feel free to play around with it.
You can use username: 'admin' and password: 'admin' to see the complete demo.


Lions are the only cats that live in groups, which are called prides. Prides are family units that may include up to three males, a dozen or so females, and their young. All of a pride's lionesses are related, and female cubs typically stay with the group as they age. Young males eventually leave and establish their own prides by taking over a group headed by another male.
Lions have strong, compact bodies and powerful forelegs, teeth and jaws for pulling down and killing prey. Their coats are yellow-gold, and adult males have shaggy manes that range in color from blond to reddish-brown to black. The length and color of a lion's mane is likely determined by age, genetics and hormones. Young lions have light spotting on their coats that disappears as they grow. Without their coats, lion and tiger bodies are so similar that only experts can tell them apart.
Lions stand between 3.5 and 4 feet (1 and 1.2 meters) tall at the shoulder. Males grow to lengths of 10 feet (3 meters) and have a 2 to 3 foot (60 to 91 centimeter) tail. They weigh from 330 to 550 pounds (150 to 250 kilograms). Slightly smaller, females grow to lengths of 9 feet (2.7 meters) and weigh between 265 and 395 pounds. Lions inhabit a wide range of habitats, from open plains to thick brush and dry thorn forest. Except for a small population of the Indian lion subspecies that remains in the Gir Forest of northwest India, lions now live only in Africa, from the Sahara's southern fringe to northern South Africa. They are absent from equatorial areas dominated by moist tropical forest.
Only male lions boast manes, the impressive fringe of long hair that encircles their heads. Males defend the pride's territory, which may include some 100 square miles of grasslands, scrub, or open woodlands. These intimidating animals mark the area with urine, roar menacingly to warn intruders, and chase off animals that encroach on their turf.
Female lions are the pride's primary hunters. They often work together to prey upon antelopes, zebras, wildebeest, and other large animals of the open grasslands. Many of these animals are faster than lions, so teamwork pays off.
After the hunt, the group effort often degenerates to squabbling over the sharing of the kill, with cubs at the bottom of the pecking order. Young lions do not help to hunt until they are about a year old. Lions will hunt alone if the opportunity presents itself, and they also steal kills from hyenas or wild dogs.
Lions are the world's most social felines. They live in groups of related females, called prides, which may comprise several to as many as 40 individuals, including adults, sub-adults (between the ages of 2 and 4) and cubs, plus one or more resident males. Abundance of prey availability plays a significant role in the size of a lion pride. Pride mates associate in sub-groups within the pride. Females usually stay in their mothers' prides for life, unless food scarcity forces them out. Young males are driven from their prides when they grow large enough to compete with the dominant males (usually between the ages of 2 and 4). They create coalitions, usually with brothers and cousins, and search for a pride to take over. Males entering a new pride will kill all cubs that cannot run from them. Adult males that are fortunate enough to achieve residency within a pride hold tenure for an average of two years, often leaving due to eviction by another coalition of males. In India, female and male lions live apart, joining only to mate.
Males take on most of the defensive duties. However, both males and females mark their territories by roaring — which can be heard up to five miles away — and scent marking with urine. Females raise the cubs and are the primary hunters, although males will sometimes join females during a hunt. Depending on the prey item, several lions may stalk prey from different angles to within 100 feet (30 meters) before attacking the targeted animal. Nomadic males must hunt alone or scavenge from other animals.


Rearming function. Bins the spike_times with less than fireGap delay inbetween Copyright 2016 The Miller Lab, UC Berkeley Author: Kaveh Karbasi
0001 function fireTimes = burstAggregator(spike_times , fireGap) 0002 % Rearming function. Bins the spike_times with less than 0003 % fireGap delay inbetween 0004 % Copyright 2016 The Miller Lab, UC Berkeley 0005 % Author: Kaveh Karbasi 0006 spikesDiff = diff([0 , spike_times]); 0007 spikeIndxes = find(spikesDiff>=fireGap); 0008 fireTimes = spike_times(spikeIndxes); 0009 0010 end


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Reduce clickCounter: this
You said: {{ name }}
clickCounter is greater or equal 4.
clickCounter is less than 4.


--- layout: post title: Mall runner date: 2015-01-05 02:46:54.000000000 -08:00 type: post background: '/img/posts/bg.jpg' parent_id: '0' published: true password: '' status: publish categories: - travel tags: [] meta: _edit_last: '2' _thumbnail_id: '1000' permalink: "/travel/mall-runner/" ---
We went to Springs today and did some running around. This means going in and out a variety of stores with a short wish list that requires frequent travel, a stop at a restaurant, and in this case, a matinee viewing of The Theory of Everything. Now I feel like I need to read at least some of Hawkings book, The Brief History of Time. Maybe if I put it on the "back of the toilet", I'll be forced into it eventually - a trick I like to use for hard to read material. This also means acquiring a hard copy.
There was a funny incident while we were riding back in the dark van and my dad pulled out his phone and started fiddling with it. My mother gave him a stressed warning and sank back into her seat. I glimpsed her out of the corner of my eye, mouth agape and hands to her mouth. I assumed she was maxing out on anxiety over our impeding doom, hurtling down the tiny highway while my father chose to text - something he never does. I was immediately annoyed with yet another incident of my mother's backseat driving and gave her some lip. She leaned forward and informed me she was flossing. It was one of those prime Byron Katie moments, when I had read everything from the closed position of the "I know" mind and acted in total innocence to an entirely imagined stimulus. A good lesson to the inaccuracy of perception and narrow focus that leads to so much unhappiness.
I changed the subject to "Bet on Your Baby", a very popular game show in the Philippines where people do exactly that, put their babies through crazy obstacles and make bets. All the while laughing at that false image in my head of my mother, mouth agape, fingers clutched to her face in horror. The unraveling of an idea into the grace of truth.
Which then asks the question, would it be so horrible for both situations to be true? And why do I feel the need to intercede on my mother's emotions, behaviors, and reactions? Time to focus on my own business and keep out of hers.


{% extends "base.html" %} {% block extra_head %} {% endblock %} {% block content %}
| {{ owner.rank }} | {{ owner.name }} | {{ owner.points }} |
|
10 POINTS FOR CQ IN THE PAST 24 HOURS 5 POINTS FOR CQ IN THE PAST 7 DAYS 2 POINTS FOR CQ IN THE PAST 30 DAYS 1 POINT FOR CQ DONE BEFORE |
Font license {% endblock %}


Class My_tests.
More...
Class My_tests.
This class contains all the unit test related to the methods and funcionality of the class SortingAlgorithms
◆ test_get_performance_data()
| def Testing3.My_tests.test_get_performance_data |
( |
|
self | ) |
|
The function of this method is to test the get_performance_data method.
- Parameters
-
◆ test_heap_sort()
| def Testing3.My_tests.test_heap_sort |
( |
|
self | ) |
|
The function of this method is to test the Heap Sort algorithm.
- Parameters
-
◆ test_merge_sort()
| def Testing3.My_tests.test_merge_sort |
( |
|
self | ) |
|
The function of this method is to test the Merge Sort algorithm.
- Parameters
-
◆ test_quick_sort()
| def Testing3.My_tests.test_quick_sort |
( |
|
self | ) |
|
The function of this method is to test the Quick Sort algorithm.
- Parameters
-
◆ test_set_input_data()
| def Testing3.My_tests.test_set_input_data |
( |
|
self | ) |
|
The function of this method is to get all the measures related to the performance of the sorting algorithms.
- Parameters
-
◆ test_set_output_data()
| def Testing3.My_tests.test_set_output_data |
( |
|
self | ) |
|
The function of this method is to test the outputs.
- Parameters
-
The documentation for this class was generated from the following file:
- C:/Users/Ramses Coraspe/source/repos/Testing3/Testing3/Testing3.py


Open Journals is a collection of open source, open access journals. We currently have four main publications:
All of our journals run on open source software which is available under our GitHub organization profile: https://github.com/openjournals
All of our journals are open access publications with content licensed under a Creative Commons Attribution 4.0 International License. Copyright remains with the submitting authors.
Open Journals and each of its journals are community-organized and volunteer-led, with an editor-in-chief who leads each journal. Open Journals is fiscally sponsored by NumFOCUS, and has a documented governance structure.
If you'd like to get in touch then post an issue on GitHub.


|
MasterScan
Lab_Matlab_control Master Branch
|
Implement analog input scans with mexHID() and the 1208FS USB device.
Note that AInScan1208FS requires MCCFormatReport.m and the mexHID() mex-function for USB communictaion.
AInScan1208FS uses the mexHID() mex function to locate and control the "1208FS" USB device from Measurement Computing. AInScan1208FS uses a subset of features of the 1208FS:
Timing is a key part of interpreting input scan results. For AInScan1208FS, good timing depends on mexHID(), the function that provides USB support, as well as the 1208FS device itself. Here are some general timing considerations for mexHID() and the 1208FS.
mexHID() timing
mexHID() exposes to Matlab the USB and HID functionality of its host operating system (so far only OS X). Thus it allows Matlab to exchange data with USB "Human Interface Devices", including the 1208FS. USB data exchanges are called "transactions", which take place during USB "frames", which are regular chunks of time. So for USB devices, timing considerations have the flavor of "During which frame was that command sent?" and "What time did that frame occur?". mexHID() makes this kind of information available.
In particular, for each transaction that it initiates, mexHID() returns a pre- and post-transaction frame number, each with its own timestamp. The pre-post interval indicates how many frames (usually 2) or seconds it took to carry out a transaction. Large intervals might indicate a problem. The post-transaction timestamps tend to align with the discrete USB frame edges.
For the 1208FS device, each USB frame is 1ms long, and this is the timing precision available for controlling the device and accounting for its interactions with the operating system (but not for its onboard behavior, see below).
As an aside, note that learning when a transaction happened is not the same as controlling when it will happen. Such control is not available from mexHID(), nor is it natural to implement in Matlab. But in many cases, as long as the timing information is accurate, it doesn't matter whether it's "past tense" or "future tense".
1208FS HID and onboard behaviors HID is a protocol for working with some types of USB device. mexHID() can exchange data and commands with the HID front-end of the 1208FS device. These exchanges are limited by 1ms USB frames. The device also has an onboard microcontroller and memory which enable significant behaviors which are beyond the scope of the HID protocol and normal "human interfaces".
AInScan1208FS uses these onboard behaviors to scan analog inputs with deterministic timing: it sets values in the device's memory which control input channel selection and gain, scan frequency, duration, starting, and stopping. Scanned voltage samples are buffered in the device's memory. Since the onboard microprocessor is removed from Matlab and its multitasking host opertating system, AInScan1208FS expects the samples to be taken with deterministic timing. Also, since the internal workings of the device are distinct from its HID interface, it may scan at frequencies which are well beyond the reach of 1ms USB frames. That's why it can support 50kHz sample rates.
Timing reconstruction Once buffered on the device, samples can be transferred to Matlab in batches. Note that the time when each batch of samples was transferred to Matlab is quite distinct from the time when each sample was stored onboard the 1208FS. Thus, AInScan1208FS must reconstruct sample timing after each batch has been transferred, based on channel and scan configuration.
Here are a few considerations for interpreting the sample times that AInScan1208FS reports from getScanWaveform():
Properties and Events | |
| Property | vendorID = 2523 |
| GAIN SETTINGS low precision, big range 0 -> 1x +-20V 1 -> 2x +-10V 2 -> 4x +-5V 3 -> 5x +-4V 4 -> 8x +-2.5V 5 -> 10x +-2V 6 -> 16x +-1.25V 7 -> 20x +-1V high precision, small range. More... | |
| Property | productID = 130 |
| USB product ID for the 1208FS device. | |
| Property | channels = [0 1] |
| differential(0-7) or single-ended(8:15) input channels to scan | |
| Property | gains = [7 7] |
| precision-and-range selection for differential channels | |
| Property | frequency = 1000 |
| input sample frequency (0-50000Hz), same for each channel | |
| Property | nSamples = inf |
| number of samples to gather in a scan, total among all channels | |
| Property | externalTrigger = false |
| whether an external trigger will initiate the first scan | |
| Property | externalRetrigger = false |
| whether an external trigger will initiate multiple scans | |
| Property | queueDepth = 10000 |
| sample bytes the OS can hold between transfers to Matlab | |
| Property | waitTimeout = 0.1 |
| seconds to wait for some new data during waitForData() | |
| Property | clockFrequency = 10e6 |
| clock frequency used by the 1208FS microcontroller | |
| Property | clockMaxPreload = 65535 |
| maximum counter size used by the 1208FS microcontroller | |
| Property | clockMaxPrescale = 8 |
| maximum clock scale exponent used by the 1208FS microcontroller | |
| Property | sampleValueCookies = 3:64 |
| HID element cookies for input sample values. | |
| Property | sampleCountCookies = 65 |
| HID element cookie for input sample counting. | |
| Property | bytesPerSample = 2 |
| number of bytes in an input sample | |
| Property | samplesPerReport = 31 |
| number of samples in an input batch transfer | |
| Property | maxBufferSize = 50000 |
| maximum size of cvtu buffer | |
| Property | cvtu = [] |
| stored waveforms (channel, volts, time, unsigned data) | |
| Property | oldDataSelector |
| logical array indicating the data that has already come in | |
Protected Properties | |
| Property | isAvailable |
| whether the 1208FS was found and configured | |
| Property | isScanning =false |
| whether it is currently scanning | |
| Property | deviceIDs |
| mexHID() device IDs for all the 1208FS sub-devices | |
| Property | primaryID |
| mexHID() device ID for the primary 1208FS device | |
| Property | helperID |
| mexHID() device ID for the 1208FS helper devices | |
| Property | nHelpers |
| number of 1208FS helper devices | |
| Property | scanConfigReport |
| struct of HID report and metadata for device configuration | |
| Property | scanStartReport |
| HID report ID to start analog input scans. | |
| Property | scanStopReport |
| HID report ID to stop analog input scans. | |
| Property | allInputCookies |
| HID element cookies for all input data. | |
| Property | sampleIntMagnitude |
| place values for signed input bytes | |
| Property | sampleUIntMagnitude |
| place values for unsigned input bytes | |
| Property | sampleBytesPerReport |
| array size of input batch transfers | |
| Property | zeroTime |
| USB frame time for the 0th input sample. | |
| Property | transferredData |
| containers.Map of new, unprocessed sample data | |
| Property | baseElementCache |
| Matlab-side cache of raw HID report data. | |
| Property | reportNumbers = zeros(2^8,1) |
| Keep track of each time a particular 8-bit report number happens. | |
Methods | |
| self | AInScan1208FS (properties) |
| Open and configure the 1208FS device with mexHID(). More... | |
| status | close (self) |
| Release the mexHID() devices. More... | |
| timestamp | prepareToScan (self) |
| Configure the 1208FS for a new scan. More... | |
| timestamp | startScan (self) |
| Initiate a prepared scan. More... | |
| timestamp | stopScan (self) |
| Terminate an ongoing scan. More... | |
| c v t u | getScanWaveform (self, waitFlag, getLatestFlag) |
| Process data from a previous scan. More... | |
| gotNewData startTime finishTime | waitForData (self) |
| Wait for new data to arrive, or timeout. More... | |
| preview (self, dur, ax) | |
| Plot waveforms as data arrive. More... | |
Protected Methods | |
| buildHIDReports (self) | |
| Remake the config, start, and stop output reports. | |
| c v t u n | channelsFromCache (self, cache) |
| Reconstruct the samples in a given cache of element byte data. | |
| waveformsFromTransfers (self) | |
| Reconstruct all the samples in all the transferred data. | |
Static Methods | |
| static | mexHIDQueueCallback (context, newData) |
| Transfer buffered sample data and keep track of helper devices. More... | |
| self AInScan1208FS | ( | properties | ) |
Open and configure the 1208FS device with mexHID().
| properties | optional struct of HID device properties for locating a particular 1208FS device |
Initializes mexHID() if necessary and locates the 1208FS deivce using VendorID, ProductID, and any additional properties specified (e.g. SerialNumber). Opens the four sub-devices of the 1208FS and determines which is the primary front-end (primaryID) and which is the analog output scan device (outputID).
| status close | ( | self | ) |
Release the mexHID() devices.
Stops any analog input scan that might be in progress, and releases all four sub-devices of the 1208FS.
Does not attempt to terminate mexHID().
| timestamp prepareToScan | ( | self | ) |
Configure the 1208FS for a new scan.
Configures the 1208FS device to do a new scan with the current values of channels, gains, frequency, nSamples, externalTrigger, and externalRetrigger. Also clears old data from transferredData and baseElementCache.
Once prepared, initiate the scan with startScan() and stop it, if necessary, with stopScan(). Get scan data in a useable form with getScanWaveform().
Returns a positive timestamp for when the "prepare" command was acknowleged by the device, as measured with the host CPU clock. This timestamp corresponds to a USB frame and has 1ms granularity. Returns a negative value if there was an error.
| timestamp startScan | ( | self | ) |
Initiate a prepared scan.
Commands the 1208FS device to initiate a continuous scan with the current values of channels, gains, frequency, nSamples, externalTrigger, and externalRetrigger.
Configire the scan beforehand, with prepareToScan. Stop it, if necessary, with stopScan(). Get scan data in a useable form with getScanWaveform().
If the scan might go on for a long time, call mexHID('check') periodocally during the scan. This may prevent new data from overwriting older data in operating system buffers.
Returns a positive timestamp for when the "start" command was acknowleged by the device, as measured with the host's CPU clock. This timestamp corresponds to a USB frame and has 1ms granularity. The first sample recorded during the scan is interpreted to occur at this same time. Returns a negative value if there was an error.
| timestamp stopScan | ( | self | ) |
Terminate an ongoing scan.
Commands the 1208FS device to terminate any ongoing scan. Get scan data in a useable form with getScanWaveform().
Returns a positive timestamp for when the "stop" command was acknowleged by the device, as measured with the host CPU clock. This timestamp corresponds to a USB frame and has 1ms granularity. Returns a negative value if there was an error.
| c v t u getScanWaveform | ( | self | , |
| waitFlag | , | ||
| getLatestFlag | |||
| ) |
Process data from a previous scan.
Reads buffered data from a previous scan and reconstructs sample byte values and timing for use in Matlab. Reconstruction may be a slow operation.
Returns sampled waveforms in several parallel arrays. The number of elements in each array may be equal to nSamples, if a finite scan was completed. Otherwise, the nubmer of elements depends on how long the scan has been running and the sample frequency, and "garbage" samples may appear near the end of the waveforms.
The iith element of each array contains a different type of information about the iith sample:
The arrays are returned in the order [c, v, t, u]. Arguments: waitFlag ... boolean, whether or not to call waitForData getLatestFlag ... boolean, whether to just return latest data
| gotNewData startTime finishTime waitForData | ( | self | ) |
Wait for new data to arrive, or timeout.
Blocks until new data are transferred from the OS to Matlab, or until waitTimeout elapses. waitForData() does not wait for all available data to be transferred, only for some new data.
Returns up to three outputs. The first output is logical, whether or not any new data arrived. The second is a timestamp from when waitForData() started waiting. The third is a timestamp from when waitForData() finished waiting. The timestamps correspond to USB frame times.
| preview | ( | self | , |
| dur | , | ||
| ax | |||
| ) |
Plot waveforms as data arrive.
| ax | optional axes to plot into |
Plots a live view of data during a scan. If ax is provided, plots data into @ax. Otherwise, opens a new figure and plots into new axes.
The plot contains timestamp and voltage data obtained with getScanWaveform(). Since getScanWaveform() must run each time the plot is updated, preview() might be unsuitable for gathering data in time-sensitive situations.
preview() invokes prepareToScan(), startScan(), and stopScan(). It discards data from any previous scan, but data gathered during the preview() scan will remain afterwards.
If nSamples is finite, preview() attempts to return as soon as nSamples have been transferred to Matlab. Otherwise, preview() blocks while the plot axes and parent figure remin open, or until the figure records a "q" button press.
|
static |
Transfer buffered sample data and keep track of helper devices.
newData is matrix with rows as samples, columns: 1: cookie 2: value 3: timestamp 4: device helper index
| Property vendorID = 2523 |
GAIN SETTINGS low precision, big range 0 -> 1x +-20V 1 -> 2x +-10V 2 -> 4x +-5V 3 -> 5x +-4V 4 -> 8x +-2.5V 5 -> 10x +-2V 6 -> 16x +-1.25V 7 -> 20x +-1V high precision, small range.
To test, use preview method USB vendor ID for the 1208FS device


Collect payment and address information from customers who use Apple Pay, Google Pay, Microsoft Pay, and the Payment Request API.
The Payment Request Button Element gives you a single integration for
Please check all the information regarding
prerequisites in the Stripe Payment Request Button
After that, you can use the built-in component. Here is a complete example:
The component has a couple of Outputs you can subscribe. The ones in the example are the most important ones, but here is a complete list:


{%extends 'all-pics/base.html'%} {% load staticfiles%} {% block content %} {{block.super}}
{{requested_image.image_description}}


{{ object }} {{ object.client }} {{ object.completion_date|date:"F Y" }} {{ object.description }} {% comment %}The below nav assumes that you have more than one project in your database. It will display all the projects, but exclude the current.{% endcomment %} Other projects: {% for project in project_list %}{% if project.id != object.id %}{{ project }}{% endif %}{% endfor %}


Objects
util
oincrement
LineInfo
optimize
SourceMapStratum
org
root
orig
Reader
Writer
ostart
LineInfo
outputStream
FileResource
URLResource
WriteableResource
OwnerType
Lazy


About Me
Dedicated professional with significant experience providing front-line customer service with honesty and integrity while working as an effective team member. Proven track record dealing with people in a respectful and professional manner under stressful situations. Demonstrated ability to manage time and oversee complex projects. Possesses initiative and self motivation required to launch and run successful business. Approaches duties with focus, commitment and diligence.
“I’m a great believer in luck, and I find the harder I work, the more I have of it.”
- Thomas Jefferson


This is the grammar for parsers, without any Python code mixed in. The complete grammar can be found in parsedesc.g in the Yapps distribution.
parser ParserDescription: ignore: "\\s+" ignore: "#.*?\r?\n" token END: "$" # $ means end of string token ATTR: "<<.+?>>" token STMT: "{{.+?}}" token ID: '[a-zA-Z_][a-zA-Z_0-9]*' token STR: '[rR]?\'([^\\n\'\\\\]|\\\\.)*\'|[rR]?"([^\\n"\\\\]|\\\\.)*"' rule Parser: "parser" ID ":" Options Tokens Rules END rule Options: ( "option" ":" STR )* rule Tokens: ( "token" ID ":" STR | "ignore" ":" STR )* rule Rules: ( "rule" ID OptParam ":" ClauseA )* rule ClauseA: ClauseB ( '[|]' ClauseB )* rule ClauseB: ClauseC* rule ClauseC: ClauseD [ '[+]' | '[*]' ] rule ClauseD: STR | ID [ATTR] | STMT | '\\(' ClauseA '\\) | '\\[' ClauseA '\\]'


cypress-ntlm-auth e2e websocket test page
HTTP WebSocket
HTTP WebSocket - stay open
HTTP NTLM WebSocket
HTTPS WebSocket
HTTPS WebSocket - stay open
HTTPS NTLM WebSocket
Websocket over HTTP
Websocket over HTTP with NTLM
Websocket over HTTPS
Websocket over HTTPS with NTLM


Survey Form
Enter Your Name
Enter Your Age
Contact no.:
Date of Birth
Email address:
Password:
Address:
Gender:
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City:
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Click here


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public interface PasswordService
A PasswordService
supports common use cases when using passwords as a credentials mechanism.
PasswordService
is used at two different times during an application's lifecycle:
encryptPassword(Object)
method to create the safer value. For
example:
String submittedPlaintextPassword = ... String encryptedValue = passwordService.encryptPassword(submittedPlaintextPassword); ... userAccount.setPassword(encryptedValue); userAccount.save(); //create or update to your data storeBe sure to save this encrypted password in your data store and never the original/raw submitted password.
PasswordService
, you just
have to configure a PasswordMatcher
on a realm that has password-based accounts. During a login attempt,
shiro will use the PasswordMatcher
and the PasswordService
to automatically compare submitted
passwords.
For example, if using Shiro's INI, here is how you might configure the PasswordMatcher and PasswordService:
[main] ... passwordService = org.apache.shiro.authc.credential.DefaultPasswordService # configure the passwordService to use the settings you desire ... passwordMatcher = org.apache.shiro.authc.credential.PasswordMatcher passwordMatcher.passwordService = $passwordService ... # Finally, set the matcher on a realm that requires password matching for account authentication: myRealm = ... myRealm.credentialsMatcher = $passwordMatcher
DefaultPasswordService
,
PasswordMatcher
| Method Summary | |
|---|---|
String |
encryptPassword(Object plaintextPassword)
Converts the specified plaintext password (usually acquired from your application's 'new user' or 'password reset' workflow) into a formatted string safe for storage. |
boolean |
passwordsMatch(Object submittedPlaintext,
String encrypted)
Returns true if the submittedPlaintext password matches the existing saved password,
false otherwise. |
| Method Detail |
|---|
String encryptPassword(Object plaintextPassword) throws IllegalArgumentException
passwordsMatch(plaintext,encrypted)
method when performing a
password comparison check.
Object
- almost always either a
String or character array representing passwords (character arrays are often a safer way to represent passwords
as they can be cleared/nulled-out after use. Any argument type supported by
ByteSource.Util#isCompatible(Object)
is valid.
For example:
String rawPassword = ... String encryptedValue = passwordService.encryptPassword(rawPassword);or, identically:
char[] rawPasswordChars = ... String encryptedValue = passwordService.encryptPassword(rawPasswordChars);The resulting
encryptedValue
should be stored with the account to be retrieved later during a
login attempt. For example:
String encryptedValue = passwordService.encryptPassword(rawPassword); ... userAccount.setPassword(encryptedValue); userAccount.save(); //create or update to your data store
plaintextPassword
- the raw password as 'byte-backed' object (String, character array, ByteSource
,
etc) usually acquired from your application's 'new user' or 'password reset' workflow.
IllegalArgumentException
- if the argument cannot be easily converted to bytes as defined by
ByteSource.Util#isCompatible(Object)
.ByteSource.Util#isCompatible(Object)
boolean passwordsMatch(Object submittedPlaintext, String encrypted)
true
if the submittedPlaintext
password matches the existing saved
password,
false
otherwise.
submittedPlaintext
argument type can be any 'byte backed' Object
- almost always either a
String or character array representing passwords (character arrays are often a safer way to represent passwords
as they can be cleared/nulled-out after use. Any argument type supported by
ByteSource.Util#isCompatible(Object)
is valid.
For example:
String submittedPassword = ... passwordService.passwordsMatch(submittedPassword, encryptedPassword);or similarly:
char[] submittedPasswordCharacters = ... passwordService.passwordsMatch(submittedPasswordCharacters, encryptedPassword);
submittedPlaintext
- a raw/plaintext password submitted by an end user/Subject.encrypted
- the previously encrypted password known to be associated with an account.
This value is expected to have been previously generated from the
encryptPassword
method (typically
when the account is created or the account's password is reset).
true
if the submittedPlaintext
password matches the existing saved
password,
false
otherwise.ByteSource.Util#isCompatible(Object)
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