This is a complete rewrite of Piranha CMS in order to achieve a more simple, flexible and future proof architecture. The framework is database & authentication agnostic with simple provider interfaces that makes sure that it can be adapted to different architectures.
Piranha CMS uses two different licenses. The core libraries are released under the LGPL license which is a weak copyleft license intended for software libraries.
"Weak copyleft" licenses are generally used for the creation of software libraries, to allow other software ' to link to the library, and then be redistributed without the legal requirement for the work to be distributed under the library's copyleft license. Only changes to the weak-copylefted software itself become subject to the copyleft provisions of such a license, not changes to the software that links to it.
Source: http://en.wikipedia.org/wiki/Copyleft#Strong_and_weak_copyleft.
Everything else is released under the MIT license granting you permission to do pretty much anything you want.
The reason for choosing this license is simple. I wrote this software intending that it should be free of charge and available for everyone. I did not write it so that the source code could be modified and used to create commercial proprietary products.
This version doesn't in any way have the same set of features as the currently released version of Piranha CMS. In order to get the community involved I wanted to release the source code as soon as possible to get as many contributors as possible.
You can find the roadmap under Milestones in this repository.
Open Source is based on contributions. If you want to get involved, just fork the repository and get started! If you want to contribute more, team members are more than welcome!


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Interface IInboxForwarderControllerApi
Represents a collection of functions to interact with the API endpoints
Inherited Members
Namespace: mailslurp.Api
Assembly: mailslurp.dll
Syntax
public interface IInboxForwarderControllerApi : IInboxForwarderControllerApiSync, IInboxForwarderControllerApiAsync, IApiAccessor


Russia's Putin warns Bolivia is on the brink of chaos
BRASILIA (Reuters) - Russian President Vladimir Putin said on Thursday that Bolivia was on the brink of chaos and there was a power vacuum after Evo Morales resigned as president under pressure on Sunday.
Speaking to reporters in Brasilia at a BRICS summit, Putin said he hoped that whoever comes to power in Bolivia would continue to cooperate with Moscow.
“A situation has arisen in which there is no authority at all,” Putin said. “The country is on the verge of chaos.”
“Everything changes quickly in Latin America. Let’s hope that common sense will prevail.”
Moscow has commercial interests in Bolivia where Russia’s state nuclear agency is building a nuclear center. Morales visited Moscow for talks with Putin as recently as June, pointing to Bolivian gas and lithium as areas for cooperation.
Earlier on Thursday, Russian Deputy Foreign Minister Sergei Ryabkov said Moscow was ready to work with Bolivia’s interim leader, but stressed that she had come to power without having a full quorum in parliament.
Jeanine Anez, the Bolivian Senate’s vice-president, stepped in as interim leader on Tuesday after Morales resigned in what Russia has compared to an orchestrated coup.
Russia’s Foreign Ministry this week accused Bolivia’s opposition of unleashing violence that prevented Morales from completing his mandate.


All of the projects are completed and each has ReaMe landing page for more information!
⤋Chief Data Analyst and Data Engineer with industry experience and fluent on Python, SQL, MongoDB, JavaScript, R, Machine Learning, NLP, Zeppelin, AWS-S3, Heroku, Flask, Apache Spark, Tableau, SQL, PHP and more.
Team player, goal oriented, multi-tasking and focused, productive and collected under pressure.
PortfolioPlease send an email for communication!


Wiki Formatting Guidelines
Table of Contents
Overview
This guide explains how to format the pages you contribute to Titanium's Documentation & Guides in this Wiki, so that they are consistent with existing content. In it, you will learn:
-
which wiki system we use and where to get help about it
-
how to use macros to format content
-
how to write macro markup, and which are our favored macro markup codes
-
how to add a Table Of Contents (toc) to your pages
-
how to structure your pages with headings so that they will be properly reflected in the table of contents
Confluence Wiki System and where to get help
This site runs on the Confluence Wiki System If you require further information after reading this guide about how to use it, then the Official User Guide is recommended.
Wiki macros
Confluence macros are used to format text and to add dynamic and advanced content, such as images, links, information panels and code (among many others), See Working with Macros for a good introduction on how to use them.
Inserting macros using macro wizards
Above the wiki text editors appear various toolbar buttons that open macro wizards. Of all of them, the ones that you are likely to use repeatedly are:
In order, these open the following macro wizards:
-
insert links, including those for local and remote locations. Note that links to local pages that are subsequently renamed will be automatically updated
-
insert and attach images
-
utilize any other Confluence macro available
Inserting macros using markup
Instead of using the macro wizards, the equivalent macro codes can be typed directly into the _Wiki Markup_ editor, which can speed up your writing enormously. Here is a summary of the macro codes we use most:
*bold* : bold
_italic_ : italic
{{my code}} : monospaced, good for inline code, variables and methods
h1. : not used
h2. : main headings
h3. : first-level subheadings
h4. : second-level subheadings
h5. : third-level subheadings
* : bulleted point
** : indented bulleted point
# : numbered point
## : indented numbered point
#* : indented bulleted point within a numbered point
|| head1 || head2 || : column headings
| colA1 | colA2 | : table cells
| colB1 | colB2 | : table cells
[Alternative text|#My Heading] : link to an anchor "#My Heading" (that has been automatically generated from the heading "My Heading")
within the same page. The link text will be "Alternative Text".
[title#anchor] : link to an heading "anchor" of the page title within the same space
[dev:title] : link the page named "title" in the "dev" space
[alias|dev:title] : display the text "alias" for the link (works for any of the above)
{link-window} : link to a resource that takes the user off-site
eg. {link-window:http://www.atlassian.com/software/confluence/}Confluence Wiki{link-window}
{info} : panel for displaying additional information
{note} : panel for displaying information that should be noted
{tip} : panel for displaying a good tip
{warning} : panel for displaying a warning
{code:lang=JavaScript} : monospaced code block, with JavaScript syntax highlighting.
Also, the "XML", "HTML" and "SQL" parameters are available, or use "none" to disable highlighting
A reference to all markup available is available in the Notation Guide.
Tips for formatting a guide
Keep it simple and consistent
When you first create or modify a document, the plethora of available formatting options may seem overwhelming, especially when writing directly in raw Wiki Markup. However, if you tried to pack every single format into a document, it would no doubt look very messy which will spoil the flow for the reader. Our existing documents only contain a small subset of the formats on offer, which not only makes them clearer but also gives the advantage of making the syntax much easier to remember. With this in mind, keep your pages simple and consistent.
Give it a Table Of Contents and a Summary
A Table Of Contents (toc) and Overview makes a guide much more accessible and easy to navigate. Thus, the following codeblock should be added at the top of every guide.
*Table of Contents*
{toc:style=circle|minLevel=2|maxLevel=5}
h2. Overview
This guide explains...
In this guide you will learn:
* how to 1...
* how to 2...
* how to 3...
Structure your guide using headings h2 to h5
Giving your documents a logical structure in the form of section headings makes them easier to follow. This is done using the h2 to h5 heading macro codes, which translate to their respective HTML tags. These headings are automatically used to update the Table Of Contents, which provides an essential navigation tool for the reader.
As an HTML h1 tag is already used for the page title, headings within the document should range from h2 to h5. Macro code h6 is reserved for the Chapters heading, so that it does not appear in the Table of Contents.
Hence, the following headings should be used:
h2. : This is heading 2, used for the top-level section headings
h3. : This is heading 3, used for first sub-section headings
h4. : This is heading 4, used for second sub-section headings
h5. : This is heading 5, used for third sub-section headings
Emphasize important information using panels
The info, note, tip and warning panels are great for bringing the user's attention to something outside the main flow of the text.
A tangental point, related to the main text, that the reader may find useful
A related point that should be noted or emphasized
A relevant suggestion that may make life easier for the user
A related issue or gotcha that the user should be aware about
Use the code macro for syntax highlighting
Surrounding your code with a {code} macro block escapes all of the content, meaning that it will not interfere with the rest of the page. Furthermore, you can enable syntax highlighting by specifying the language, using the argument {code:lang=JavaScript}, which makes it much easier to read:
var window = Titanium.UI.createWindow();
window.open();
In addition to JavaScript, the XML, HTML and SQL values are also available. If the language you wish to display is not supported, use the code macro without any arguments, or disable syntax highlighting altogether using code:lang=none.
Ensure your code is valid
Validating your Javascript code using JSLint will help ensure that your code runs correctly on the reader's system. JSON validators such as JSONLint and the JSON Formatter and Validator are also useful for avoiding errors and confirming that remote webservices provide well-formed responses.
Avoiding the Javascript arrays of objects in a code block bug
Be aware that there is a bug in the {code} macro that causes other marcos, for example insert URL, to break when Javascript variables are declared across multiple lines. This issue is particularly evident with arrays of objects. Hence, try to declare variables on a single line to avoid it, as follows:
var myArray = [ { name:'Name 1', address:'1 Main St'}, {name:'Name 2', address:'2 Main St'}, {name:'Name 3', address:'3 Main St'}, {name:'Name 4', address:'4 Main St' } ];


It’s not a shame If you can’t write your own songs- Akwaboah tells colleague artistes
by MyNewsGHAkwaboah has told his colleagues that they should not be worried if they cannot write their own songs.
According to him, there is a reason why there are songwriters so they should not be ashamed.
Akwaboah who was speaking on YFM in an interview “there is nothing wrong with you not being able to write a song”.
According to him he did not know he could write until he wrote a song for Becca
“I didn’t do it for the money initially but now, I know the business part of music.”
Source:MyNewsGh.com/Ayeh Offei-Akoto/2019


Welcome to the documentation for the collection of scripts developed by members of The Barton Group at The University of Dundee to process and analyse the data from a 48-replicate RNA-seq experiment conducted specifically to test the underlying assumptions and performance of popular RNA-seq Differential Gene Expression (DGE) tools. The results of the original analysis are presented in the following publications:
The aim of the study was to use real, rather than simulated, data to characterize the underlying character of RNA-seq data and to determine which, if any, tools were most appropriate for measuring differential gene expression (DGE) from RNA-seq data. A full description of the experiment is given in Schurch et. al. (2015).The scripts in this collection are written in a wide variety of languages (due to the collaborative nature of the project) including perl, python and R. For further assistance with these scripts or the documentation please contact one of the project authors:


Write your own formatter¶
As well as creating your own lexer, writing a new formatter for Pygments is easy and straightforward.
A formatter is a class that is initialized with some keyword arguments (the formatter options) and that must provides a format() method. Additionally a formatter should provide a get_style_defs() method that returns the style definitions from the style in a form usable for the formatter’s output format.
Quickstart¶
The most basic formatter shipped with Pygments is the NullFormatter. It just sends the value of a token to the output stream:
from pygments.formatter import Formatter
class NullFormatter(Formatter):
def format(self, tokensource, outfile):
for ttype, value in tokensource:
outfile.write(value)
As you can see, the format() method is passed two parameters: tokensource
and outfile. The first is an iterable of (token_type, value)
tuples,
the latter a file like object with a write() method.
Because the formatter is that basic it doesn’t overwrite the get_style_defs() method.
Styles¶
Styles aren’t instantiated but their metaclass provides some class functions so that you can access the style definitions easily.
Styles are iterable and yield tuples in the form (ttype, d)
where ttype
is a token and d is a dict with the following keys:
'color'
- Hexadecimal color value (eg:
'ff0000'
for red) or None if not defined. 'bold'
- True if the value should be bold
'italic'
- True if the value should be italic
'underline'
- True if the value should be underlined
'bgcolor'
- Hexadecimal color value for the background (eg:
'eeeeeee'
for light gray) or None if not defined. 'border'
- Hexadecimal color value for the border (eg:
'0000aa'
for a dark blue) or None for no border.
Additional keys might appear in the future, formatters should ignore all keys they don’t support.
HTML 3.2 Formatter¶
For an more complex example, let’s implement a HTML 3.2 Formatter. We don’t
use CSS but inline markup (
,
, etc). Because this isn’t good
style this formatter isn’t in the standard library ;-)
from pygments.formatter import Formatter
class OldHtmlFormatter(Formatter):
def __init__(self, **options):
Formatter.__init__(self, **options)
# create a dict of (start, end) tuples that wrap the
# value of a token so that we can use it in the format
# method later
self.styles = {}
# we iterate over the `_styles` attribute of a style item
# that contains the parsed style values.
for token, style in self.style:
start = end = ''
# a style item is a tuple in the following form:
# colors are readily specified in hex: 'RRGGBB'
if style['color']:
start += '' % style['color']
end = '' + end
if style['bold']:
start += ''
end = '' + end
if style['italic']:
start += ''
end = '' + end
if style['underline']:
start += ''
end = '' + end
self.styles[token] = (start, end)
def format(self, tokensource, outfile):
# lastval is a string we use for caching
# because it's possible that an lexer yields a number
# of consecutive tokens with the same token type.
# to minimize the size of the generated html markup we
# try to join the values of same-type tokens here
lastval = ''
lasttype = None
# wrap the whole output with

outfile.write('
')
for ttype, value in tokensource:
# if the token type doesn't exist in the stylemap
# we try it with the parent of the token type
# eg: parent of Token.Literal.String.Double is
# Token.Literal.String
while ttype not in self.styles:
ttype = ttype.parent
if ttype == lasttype:
# the current token type is the same of the last
# iteration. cache it
lastval += value
else:
# not the same token as last iteration, but we
# have some data in the buffer. wrap it with the
# defined style and write it to the output file
if lastval:
stylebegin, styleend = self.styles[lasttype]
outfile.write(stylebegin + lastval + styleend)
# set lastval/lasttype to current values
lastval = value
lasttype = ttype
# if something is left in the buffer, write it to the
# output file, then close the opened
 tag
if lastval:
stylebegin, styleend = self.styles[lasttype]
outfile.write(stylebegin + lastval + styleend)
outfile.write('
\n')
The comments should explain it. Again, this formatter doesn’t override the get_style_defs() method. If we would have used CSS classes instead of inline HTML markup, we would need to generate the CSS first. For that purpose the get_style_defs() method exists:
Generating Style Definitions¶
Some formatters like the LatexFormatter and the HtmlFormatter don’t
output inline markup but reference either macros or css classes. Because
the definitions of those are not part of the output, the get_style_defs()
method exists. It is passed one parameter (if it’s used and how it’s used
is up to the formatter) and has to return a string or None
.


This is where I would write my paragraph(s).


Diff Speed Test
Text Version 1:
This is a '''list of newspapers published by [[Journal Register Company]]'''. The company owns daily and weekly newspapers, other print media properties and newspaper-affiliated local Websites in the [[U.S.]] states of [[Connecticut]], [[Michigan]], [[New York]], [[Ohio]] and [[Pennsylvania]], organized in six geographic "clusters":<ref>[http://www.journalregister.com/newspapers.html Journal Register Company: Our Newspapers], accessed February 10, 2008.</ref> == Capital-Saratoga == Three dailies, associated weeklies and [[pennysaver]]s in greater [[Albany, New York]]; also [http://www.capitalcentral.com capitalcentral.com] and [http://www.jobsinnewyork.com JobsInNewYork.com]. * ''The Oneida Daily Dispatch'' {{WS|oneidadispatch.com}} of [[Oneida, New York]] * ''[[The Record (Troy)|The Record]]'' {{WS|troyrecord.com}} of [[Troy, New York]] * ''[[The Saratogian]]'' {{WS|saratogian.com}} of [[Saratoga Springs, New York]] * Weeklies: ** ''Community News'' {{WS|cnweekly.com}} weekly of [[Clifton Park, New York]] ** ''Rome Observer'' of [[Rome, New York]] ** ''Life & Times of Utica'' of [[Utica, New York]] == Connecticut == Five dailies, associated weeklies and [[pennysaver]]s in the state of [[Connecticut]]; also [http://www.ctcentral.com CTcentral.com], [http://www.ctcarsandtrucks.com CTCarsAndTrucks.com] and [http://www.jobsinct.com JobsInCT.com]. * ''The Middletown Press'' {{WS|middletownpress.com}} of [[Middletown, Connecticut|Middletown]] * ''[[New Haven Register]]'' {{WS|newhavenregister.com}} of [[New Haven, Connecticut|New Haven]] * ''The Register Citizen'' {{WS|registercitizen.com}} of [[Torrington, Connecticut|Torrington]] * [[New Haven Register#Competitors|Elm City Newspapers]] {{WS|ctcentral.com}} ** ''The Advertiser'' of [[East Haven, Connecticut|East Haven]] ** ''Hamden Chronicle'' of [[Hamden, Connecticut|Hamden]] ** ''Milford Weekly'' of [[Milford, Connecticut|Milford]] ** ''The Orange Bulletin'' of [[Orange, Connecticut|Orange]] ** ''The Post'' of [[North Haven, Connecticut|North Haven]] ** ''Shelton Weekly'' of [[Shelton, Connecticut|Shelton]] ** ''The Stratford Bard'' of [[Stratford, Connecticut|Stratford]] ** ''Wallingford Voice'' of [[Wallingford, Connecticut|Wallingford]] ** ''West Haven News'' of [[West Haven, Connecticut|West Haven]] * Housatonic Publications ** ''The New Milford Times'' {{WS|newmilfordtimes.com}} of [[New Milford, Connecticut|New Milford]] ** ''The Brookfield Journal'' of [[Brookfield, Connecticut|Brookfield]] ** ''The Kent Good Times Dispatch'' of [[Kent, Connecticut|Kent]] ** ''The Bethel Beacon'' of [[Bethel, Connecticut|Bethel]] ** ''The Litchfield Enquirer'' of [[Litchfield, Connecticut|Litchfield]] ** ''Litchfield County Times'' of [[Litchfield, Connecticut|Litchfield]] * Imprint Newspapers {{WS|imprintnewspapers.com}} ** ''West Hartford News'' of [[West Hartford, Connecticut|West Hartford]] ** ''Windsor Journal'' of [[Windsor, Connecticut|Windsor]] ** ''Windsor Locks Journal'' of [[Windsor Locks, Connecticut|Windsor Locks]] ** ''Avon Post'' of [[Avon, Connecticut|Avon]] ** ''Farmington Post'' of [[Farmington, Connecticut|Farmington]] ** ''Simsbury Post'' of [[Simsbury, Connecticut|Simsbury]] ** ''Tri-Town Post'' of [[Burlington, Connecticut|Burlington]], [[Canton, Connecticut|Canton]] and [[Harwinton, Connecticut|Harwinton]] * Minuteman Publications ** ''[[Fairfield Minuteman]]'' of [[Fairfield, Connecticut|Fairfield]] ** ''The Westport Minuteman'' {{WS|westportminuteman.com}} of [[Westport, Connecticut|Westport]] * Shoreline Newspapers weeklies: ** ''Branford Review'' of [[Branford, Connecticut|Branford]] ** ''Clinton Recorder'' of [[Clinton, Connecticut|Clinton]] ** ''The Dolphin'' of [[Naval Submarine Base New London]] in [[New London, Connecticut|New London]] ** ''Main Street News'' {{WS|ctmainstreetnews.com}} of [[Essex, Connecticut|Essex]] ** ''Pictorial Gazette'' of [[Old Saybrook, Connecticut|Old Saybrook]] ** ''Regional Express'' of [[Colchester, Connecticut|Colchester]] ** ''Regional Standard'' of [[Colchester, Connecticut|Colchester]] ** ''Shoreline Times'' {{WS|shorelinetimes.com}} of [[Guilford, Connecticut|Guilford]] ** ''Shore View East'' of [[Madison, Connecticut|Madison]] ** ''Shore View West'' of [[Guilford, Connecticut|Guilford]] * Other weeklies: ** ''Registro'' {{WS|registroct.com}} of [[New Haven, Connecticut|New Haven]] ** ''Thomaston Express'' {{WS|thomastownexpress.com}} of [[Thomaston, Connecticut|Thomaston]] ** ''Foothills Traders'' {{WS|foothillstrader.com}} of Torrington, Bristol, Canton == Michigan == Four dailies, associated weeklies and [[pennysaver]]s in the state of [[Michigan]]; also [http://www.micentralhomes.com MIcentralhomes.com] and [http://www.micentralautos.com MIcentralautos.com] * ''[[Oakland Press]]'' {{WS|theoaklandpress.com}} of [[Oakland, Michigan|Oakland]] * ''Daily Tribune'' {{WS|dailytribune.com}} of [[Royal Oak, Michigan|Royal Oak]] * ''Macomb Daily'' {{WS|macombdaily.com}} of [[Mt. Clemens, Michigan|Mt. Clemens]] * ''[[Morning Sun]]'' {{WS|themorningsun.com}} of [[Mount Pleasant, Michigan|Mount Pleasant]] * Heritage Newspapers {{WS|heritage.com}} ** ''Belleville View'' ** ''Ile Camera'' ** ''Monroe Guardian'' ** ''Ypsilanti Courier'' ** ''News-Herald'' ** ''Press & Guide'' ** ''Chelsea Standard & Dexter Leader'' ** ''Manchester Enterprise'' ** ''Milan News-Leader'' ** ''Saline Reporter'' * Independent Newspapers {{WS|sourcenewspapers.com}} ** ''Advisor'' ** ''Source'' * Morning Star {{WS|morningstarpublishing.com}} ** ''Alma Reminder'' ** ''Alpena Star'' ** ''Antrim County News'' ** ''Carson City Reminder'' ** ''The Leader & Kalkaskian'' ** ''Ogemaw/Oscoda County Star'' ** ''Petoskey/Charlevoix Star'' ** ''Presque Isle Star'' ** ''Preview Community Weekly'' ** ''Roscommon County Star'' ** ''St. Johns Reminder'' ** ''Straits Area Star'' ** ''The (Edmore) Advertiser'' * Voice Newspapers {{WS|voicenews.com}} ** ''Armada Times'' ** ''Bay Voice'' ** ''Blue Water Voice'' ** ''Downriver Voice'' ** ''Macomb Township Voice'' ** ''North Macomb Voice'' ** ''Weekend Voice'' ** ''Suburban Lifestyles'' {{WS|suburbanlifestyles.com}} == Mid-Hudson == One daily, associated magazines in the [[Hudson River Valley]] of [[New York]]; also [http://www.midhudsoncentral.com MidHudsonCentral.com] and [http://www.jobsinnewyork.com JobsInNewYork.com]. * ''[[Daily Freeman]]'' {{WS|dailyfreeman.com}} of [[Kingston, New York]] == Ohio == Two dailies, associated magazines and three shared Websites, all in the state of [[Ohio]]: [http://www.allaroundcleveland.com AllAroundCleveland.com], [http://www.allaroundclevelandcars.com AllAroundClevelandCars.com] and [http://www.allaroundclevelandjobs.com AllAroundClevelandJobs.com]. * ''[[The News-Herald (Ohio)|The News-Herald]]'' {{WS|news-herald.com}} of [[Willoughby, Ohio|Willoughby]] * ''[[The Morning Journal]]'' {{WS|morningjournal.com}} of [[Lorain, Ohio|Lorain]] == Philadelphia area == Seven dailies and associated weeklies and magazines in [[Pennsylvania]] and [[New Jersey]], and associated Websites: [http://www.allaroundphilly.com AllAroundPhilly.com], [http://www.jobsinnj.com JobsInNJ.com], [http://www.jobsinpa.com JobsInPA.com], and [http://www.phillycarsearch.com PhillyCarSearch.com]. * ''The Daily Local'' {{WS|dailylocal.com}} of [[West Chester, Pennsylvania|West Chester]] * ''[[Delaware County Daily and Sunday Times]] {{WS|delcotimes.com}} of Primos * ''[[The Mercury (Pennsylvania)|The Mercury]]'' {{WS|pottstownmercury.com}} of [[Pottstown, Pennsylvania|Pottstown]] * ''The Phoenix'' {{WS|phoenixvillenews.com}} of [[Phoenixville, Pennsylvania|Phoenixville]] * ''[[The Reporter (Lansdale)|The Reporter]]'' {{WS|thereporteronline.com}} of [[Lansdale, Pennsylvania|Lansdale]] * ''The Times Herald'' {{WS|timesherald.com}} of [[Norristown, Pennsylvania|Norristown]] * ''[[The Trentonian]]'' {{WS|trentonian.com}} of [[Trenton, New Jersey]] * Weeklies ** ''El Latino Expreso'' of [[Trenton, New Jersey]] ** ''La Voz'' of [[Norristown, Pennsylvania]] ** ''The Village News'' of [[Downingtown, Pennsylvania]] ** ''The Times Record'' of [[Kennett Square, Pennsylvania]] ** ''The Tri-County Record'' {{WS|tricountyrecord.com}} of [[Morgantown, Pennsylvania]] ** ''News of Delaware County'' {{WS|newsofdelawarecounty.com}}of [[Havertown, Pennsylvania]] ** ''Main Line Times'' {{WS|mainlinetimes.com}}of [[Ardmore, Pennsylvania]] ** ''Penny Pincher'' of [[Pottstown, Pennsylvania]] ** ''Town Talk'' {{WS|towntalknews.com}} of [[Ridley, Pennsylvania]] * Chesapeake Publishing {{WS|pa8newsgroup.com}} ** ''Solanco Sun Ledger'' of [[Quarryville, Pennsylvania]] ** ''Columbia Ledger'' of [[Columbia, Pennsylvania]] ** ''Coatesville Ledger'' of [[Downingtown, Pennsylvania]] ** ''Parkesburg Post Ledger'' of [[Quarryville, Pennsylvania]] ** ''Downingtown Ledger'' of [[Downingtown, Pennsylvania]] ** ''The Kennett Paper'' of [[Kennett Square, Pennsylvania]] ** ''Avon Grove Sun'' of [[West Grove, Pennsylvania]] ** ''Oxford Tribune'' of [[Oxford, Pennsylvania]] ** ''Elizabethtown Chronicle'' of [[Elizabethtown, Pennsylvania]] ** ''Donegal Ledger'' of [[Donegal, Pennsylvania]] ** ''Chadds Ford Post'' of [[Chadds Ford, Pennsylvania]] ** ''The Central Record'' of [[Medford, New Jersey]] ** ''Maple Shade Progress'' of [[Maple Shade, New Jersey]] * Intercounty Newspapers {{WS|buckslocalnews.com}} ** ''The Review'' of Roxborough, Pennsylvania ** ''The Recorder'' of [[Conshohocken, Pennsylvania]] ** ''The Leader'' of [[Mount Airy, Pennsylvania|Mount Airy]] and West Oak Lake, Pennsylvania ** ''The Pennington Post'' of [[Pennington, New Jersey]] ** ''The Bristol Pilot'' of [[Bristol, Pennsylvania]] ** ''Yardley News'' of [[Yardley, Pennsylvania]] ** ''New Hope Gazette'' of [[New Hope, Pennsylvania]] ** ''Doylestown Patriot'' of [[Doylestown, Pennsylvania]] ** ''Newtown Advance'' of [[Newtown, Pennsylvania]] ** ''The Plain Dealer'' of [[Williamstown, New Jersey]] ** ''News Report'' of [[Sewell, New Jersey]] ** ''Record Breeze'' of [[Berlin, New Jersey]] ** ''Newsweekly'' of [[Moorestown, New Jersey]] ** ''Haddon Herald'' of [[Haddonfield, New Jersey]] ** ''New Egypt Press'' of [[New Egypt, New Jersey]] ** ''Community News'' of [[Pemberton, New Jersey]] ** ''Plymouth Meeting Journal'' of [[Plymouth Meeting, Pennsylvania]] ** ''Lafayette Hill Journal'' of [[Lafayette Hill, Pennsylvania]] * Montgomery Newspapers {{WS|montgomerynews.com}} ** ''Ambler Gazette'' of [[Ambler, Pennsylvania]] ** ''Central Bucks Life'' of [[Bucks County, Pennsylvania]] ** ''The Colonial'' of [[Plymouth Meeting, Pennsylvania]] ** ''Glenside News'' of [[Glenside, Pennsylvania]] ** ''The Globe'' of [[Lower Moreland Township, Pennsylvania]] ** ''Main Line Life'' of [[Ardmore, Pennsylvania]] ** ''Montgomery Life'' of [[Fort Washington, Pennsylvania]] ** ''North Penn Life'' of [[Lansdale, Pennsylvania]] ** ''Perkasie News Herald'' of [[Perkasie, Pennsylvania]] ** ''Public Spirit'' of [[Hatboro, Pennsylvania]] ** ''Souderton Independent'' of [[Souderton, Pennsylvania]] ** ''Springfield Sun'' of [[Springfield, Pennsylvania]] ** ''Spring-Ford Reporter'' of [[Royersford, Pennsylvania]] ** ''Times Chronicle'' of [[Jenkintown, Pennsylvania]] ** ''Valley Item'' of [[Perkiomenville, Pennsylvania]] ** ''Willow Grove Guide'' of [[Willow Grove, Pennsylvania]] * News Gleaner Publications (closed December 2008) {{WS|newsgleaner.com}} ** ''Life Newspapers'' of [[Philadelphia, Pennsylvania]] * Suburban Publications ** ''The Suburban & Wayne Times'' {{WS|waynesuburban.com}} of [[Wayne, Pennsylvania]] ** ''The Suburban Advertiser'' of [[Exton, Pennsylvania]] ** ''The King of Prussia Courier'' of [[King of Prussia, Pennsylvania]] * Press Newspapers {{WS|countypressonline.com}} ** ''County Press'' of [[Newtown Square, Pennsylvania]] ** ''Garnet Valley Press'' of [[Glen Mills, Pennsylvania]] ** ''Haverford Press'' of [[Newtown Square, Pennsylvania]] (closed January 2009) ** ''Hometown Press'' of [[Glen Mills, Pennsylvania]] (closed January 2009) ** ''Media Press'' of [[Newtown Square, Pennsylvania]] (closed January 2009) ** ''Springfield Press'' of [[Springfield, Pennsylvania]] * Berks-Mont Newspapers {{WS|berksmontnews.com}} ** ''The Boyertown Area Times'' of [[Boyertown, Pennsylvania]] ** ''The Kutztown Area Patriot'' of [[Kutztown, Pennsylvania]] ** ''The Hamburg Area Item'' of [[Hamburg, Pennsylvania]] ** ''The Southern Berks News'' of [[Exeter Township, Berks County, Pennsylvania]] ** ''The Free Press'' of [[Quakertown, Pennsylvania]] ** ''The Saucon News'' of [[Quakertown, Pennsylvania]] ** ''Westside Weekly'' of [[Reading, Pennsylvania]] * Magazines ** ''Bucks Co. Town & Country Living'' ** ''Chester Co. Town & Country Living'' ** ''Montomgery Co. Town & Country Living'' ** ''Garden State Town & Country Living'' ** ''Montgomery Homes'' ** ''Philadelphia Golfer'' ** ''Parents Express'' ** ''Art Matters'' {{JRC}} ==References== <references /> [[Category:Journal Register publications|*]]
Text Version 2:
This is a '''list of newspapers published by [[Journal Register Company]]'''. The company owns daily and weekly newspapers, other print media properties and newspaper-affiliated local Websites in the [[U.S.]] states of [[Connecticut]], [[Michigan]], [[New York]], [[Ohio]], [[Pennsylvania]] and [[New Jersey]], organized in six geographic "clusters":<ref>[http://www.journalregister.com/publications.html Journal Register Company: Our Publications], accessed April 21, 2010.</ref> == Capital-Saratoga == Three dailies, associated weeklies and [[pennysaver]]s in greater [[Albany, New York]]; also [http://www.capitalcentral.com capitalcentral.com] and [http://www.jobsinnewyork.com JobsInNewYork.com]. * ''The Oneida Daily Dispatch'' {{WS|oneidadispatch.com}} of [[Oneida, New York]] * ''[[The Record (Troy)|The Record]]'' {{WS|troyrecord.com}} of [[Troy, New York]] * ''[[The Saratogian]]'' {{WS|saratogian.com}} of [[Saratoga Springs, New York]] * Weeklies: ** ''Community News'' {{WS|cnweekly.com}} weekly of [[Clifton Park, New York]] ** ''Rome Observer'' {{WS|romeobserver.com}} of [[Rome, New York]] ** ''WG Life '' {{WS|saratogian.com/wglife/}} of [[Wilton, New York]] ** ''Ballston Spa Life '' {{WS|saratogian.com/bspalife}} of [[Ballston Spa, New York]] ** ''Greenbush Life'' {{WS|troyrecord.com/greenbush}} of [[Troy, New York]] ** ''Latham Life'' {{WS|troyrecord.com/latham}} of [[Latham, New York]] ** ''River Life'' {{WS|troyrecord.com/river}} of [[Troy, New York]] == Connecticut == Three dailies, associated weeklies and [[pennysaver]]s in the state of [[Connecticut]]; also [http://www.ctcentral.com CTcentral.com], [http://www.ctcarsandtrucks.com CTCarsAndTrucks.com] and [http://www.jobsinct.com JobsInCT.com]. * ''The Middletown Press'' {{WS|middletownpress.com}} of [[Middletown, Connecticut|Middletown]] * ''[[New Haven Register]]'' {{WS|newhavenregister.com}} of [[New Haven, Connecticut|New Haven]] * ''The Register Citizen'' {{WS|registercitizen.com}} of [[Torrington, Connecticut|Torrington]] * Housatonic Publications ** ''The Housatonic Times'' {{WS|housatonictimes.com}} of [[New Milford, Connecticut|New Milford]] ** ''Litchfield County Times'' {{WS|countytimes.com}} of [[Litchfield, Connecticut|Litchfield]] * Minuteman Publications ** ''[[Fairfield Minuteman]]'' {{WS|fairfieldminuteman.com}}of [[Fairfield, Connecticut|Fairfield]] ** ''The Westport Minuteman'' {{WS|westportminuteman.com}} of [[Westport, Connecticut|Westport]] * Shoreline Newspapers ** ''The Dolphin'' {{WS|dolphin-news.com}} of [[Naval Submarine Base New London]] in [[New London, Connecticut|New London]] ** ''Shoreline Times'' {{WS|shorelinetimes.com}} of [[Guilford, Connecticut|Guilford]] * Foothills Media Group {{WS|foothillsmediagroup.com}} ** ''Thomaston Express'' {{WS|thomastonexpress.com}} of [[Thomaston, Connecticut|Thomaston]] ** ''Good News About Torrington'' {{WS|goodnewsabouttorrington.com}} of [[Torrington, Connecticut|Torrington]] ** ''Granby News'' {{WS|foothillsmediagroup.com/granby}} of [[Granby, Connecticut|Granby]] ** ''Canton News'' {{WS|foothillsmediagroup.com/canton}} of [[Canton, Connecticut|Canton]] ** ''Avon News'' {{WS|foothillsmediagroup.com/avon}} of [[Avon, Connecticut|Avon]] ** ''Simsbury News'' {{WS|foothillsmediagroup.com/simsbury}} of [[Simsbury, Connecticut|Simsbury]] ** ''Litchfield News'' {{WS|foothillsmediagroup.com/litchfield}} of [[Litchfield, Connecticut|Litchfield]] ** ''Foothills Trader'' {{WS|foothillstrader.com}} of Torrington, Bristol, Canton * Other weeklies ** ''The Milford-Orange Bulletin'' {{WS|ctbulletin.com}} of [[Orange, Connecticut|Orange]] ** ''The Post-Chronicle'' {{WS|ctpostchronicle.com}} of [[North Haven, Connecticut|North Haven]] ** ''West Hartford News'' {{WS|westhartfordnews.com}} of [[West Hartford, Connecticut|West Hartford]] * Magazines ** ''The Connecticut Bride'' {{WS|connecticutmag.com}} ** ''Connecticut Magazine'' {{WS|theconnecticutbride.com}} ** ''Passport Magazine'' {{WS|passport-mag.com}} == Michigan == Four dailies, associated weeklies and [[pennysaver]]s in the state of [[Michigan]]; also [http://www.micentralhomes.com MIcentralhomes.com] and [http://www.micentralautos.com MIcentralautos.com] * ''[[Oakland Press]]'' {{WS|theoaklandpress.com}} of [[Oakland, Michigan|Oakland]] * ''Daily Tribune'' {{WS|dailytribune.com}} of [[Royal Oak, Michigan|Royal Oak]] * ''Macomb Daily'' {{WS|macombdaily.com}} of [[Mt. Clemens, Michigan|Mt. Clemens]] * ''[[Morning Sun]]'' {{WS|themorningsun.com}} of [[Mount Pleasant, Michigan|Mount Pleasant]] * Heritage Newspapers {{WS|heritage.com}} ** ''Belleville View'' {{WS|bellevilleview.com}} ** ''Ile Camera'' {{WS|thenewsherald.com/ile_camera}} ** ''Monroe Guardian'' {{WS|monreguardian.com}} ** ''Ypsilanti Courier'' {{WS|ypsilanticourier.com}} ** ''News-Herald'' {{WS|thenewsherald.com}} ** ''Press & Guide'' {{WS|pressandguide.com}} ** ''Chelsea Standard & Dexter Leader'' {{WS|chelseastandard.com}} ** ''Manchester Enterprise'' {{WS|manchesterguardian.com}} ** ''Milan News-Leader'' {{WS|milannews.com}} ** ''Saline Reporter'' {{WS|salinereporter.com}} * Independent Newspapers ** ''Advisor'' {{WS|sourcenewspapers.com}} ** ''Source'' {{WS|sourcenewspapers.com}} * Morning Star {{WS|morningstarpublishing.com}} ** ''The Leader & Kalkaskian'' {{WS|leaderandkalkaskian.com}} ** ''Grand Traverse Insider'' {{WS|grandtraverseinsider.com}} ** ''Alma Reminder'' ** ''Alpena Star'' ** ''Ogemaw/Oscoda County Star'' ** ''Presque Isle Star'' ** ''St. Johns Reminder'' * Voice Newspapers {{WS|voicenews.com}} ** ''Armada Times'' ** ''Bay Voice'' ** ''Blue Water Voice'' ** ''Downriver Voice'' ** ''Macomb Township Voice'' ** ''North Macomb Voice'' ** ''Weekend Voice'' == Mid-Hudson == One daily, associated magazines in the [[Hudson River Valley]] of [[New York]]; also [http://www.midhudsoncentral.com MidHudsonCentral.com] and [http://www.jobsinnewyork.com JobsInNewYork.com]. * ''[[Daily Freeman]]'' {{WS|dailyfreeman.com}} of [[Kingston, New York]] * ''Las Noticias'' {{WS|lasnoticiasny.com}} of [[Kingston, New York]] == Ohio == Two dailies, associated magazines and three shared Websites, all in the state of [[Ohio]]: [http://www.allaroundcleveland.com AllAroundCleveland.com], [http://www.allaroundclevelandcars.com AllAroundClevelandCars.com] and [http://www.allaroundclevelandjobs.com AllAroundClevelandJobs.com]. * ''[[The News-Herald (Ohio)|The News-Herald]]'' {{WS|news-herald.com}} of [[Willoughby, Ohio|Willoughby]] * ''[[The Morning Journal]]'' {{WS|morningjournal.com}} of [[Lorain, Ohio|Lorain]] * ''El Latino Expreso'' {{WS|lorainlatino.com}} of [[Lorain, Ohio|Lorain]] == Philadelphia area == Seven dailies and associated weeklies and magazines in [[Pennsylvania]] and [[New Jersey]], and associated Websites: [http://www.allaroundphilly.com AllAroundPhilly.com], [http://www.jobsinnj.com JobsInNJ.com], [http://www.jobsinpa.com JobsInPA.com], and [http://www.phillycarsearch.com PhillyCarSearch.com]. * ''[[The Daily Local News]]'' {{WS|dailylocal.com}} of [[West Chester, Pennsylvania|West Chester]] * ''[[Delaware County Daily and Sunday Times]] {{WS|delcotimes.com}} of Primos [[Upper Darby Township, Pennsylvania]] * ''[[The Mercury (Pennsylvania)|The Mercury]]'' {{WS|pottstownmercury.com}} of [[Pottstown, Pennsylvania|Pottstown]] * ''[[The Reporter (Lansdale)|The Reporter]]'' {{WS|thereporteronline.com}} of [[Lansdale, Pennsylvania|Lansdale]] * ''The Times Herald'' {{WS|timesherald.com}} of [[Norristown, Pennsylvania|Norristown]] * ''[[The Trentonian]]'' {{WS|trentonian.com}} of [[Trenton, New Jersey]] * Weeklies * ''The Phoenix'' {{WS|phoenixvillenews.com}} of [[Phoenixville, Pennsylvania]] ** ''El Latino Expreso'' {{WS|njexpreso.com}} of [[Trenton, New Jersey]] ** ''La Voz'' {{WS|lavozpa.com}} of [[Norristown, Pennsylvania]] ** ''The Tri County Record'' {{WS|tricountyrecord.com}} of [[Morgantown, Pennsylvania]] ** ''Penny Pincher'' {{WS|pennypincherpa.com}}of [[Pottstown, Pennsylvania]] * Chesapeake Publishing {{WS|southernchestercountyweeklies.com}} ** ''The Kennett Paper'' {{WS|kennettpaper.com}} of [[Kennett Square, Pennsylvania]] ** ''Avon Grove Sun'' {{WS|avongrovesun.com}} of [[West Grove, Pennsylvania]] ** ''The Central Record'' {{WS|medfordcentralrecord.com}} of [[Medford, New Jersey]] ** ''Maple Shade Progress'' {{WS|mapleshadeprogress.com}} of [[Maple Shade, New Jersey]] * Intercounty Newspapers {{WS|buckslocalnews.com}} {{WS|southjerseylocalnews.com}} ** ''The Pennington Post'' {{WS|penningtonpost.com}} of [[Pennington, New Jersey]] ** ''The Bristol Pilot'' {{WS|bristolpilot.com}} of [[Bristol, Pennsylvania]] ** ''Yardley News'' {{WS|yardleynews.com}} of [[Yardley, Pennsylvania]] ** ''Advance of Bucks County'' {{WS|advanceofbucks.com}} of [[Newtown, Pennsylvania]] ** ''Record Breeze'' {{WS|recordbreeze.com}} of [[Berlin, New Jersey]] ** ''Community News'' {{WS|sjcommunitynews.com}} of [[Pemberton, New Jersey]] * Montgomery Newspapers {{WS|montgomerynews.com}} ** ''Ambler Gazette'' {{WS|amblergazette.com}} of [[Ambler, Pennsylvania]] ** ''The Colonial'' {{WS|colonialnews.com}} of [[Plymouth Meeting, Pennsylvania]] ** ''Glenside News'' {{WS|glensidenews.com}} of [[Glenside, Pennsylvania]] ** ''The Globe'' {{WS|globenewspaper.com}} of [[Lower Moreland Township, Pennsylvania]] ** ''Montgomery Life'' {{WS|montgomerylife.com}} of [[Fort Washington, Pennsylvania]] ** ''North Penn Life'' {{WS|northpennlife.com}} of [[Lansdale, Pennsylvania]] ** ''Perkasie News Herald'' {{WS|perkasienewsherald.com}} of [[Perkasie, Pennsylvania]] ** ''Public Spirit'' {{WS|thepublicspirit.com}} of [[Hatboro, Pennsylvania]] ** ''Souderton Independent'' {{WS|soudertonindependent.com}} of [[Souderton, Pennsylvania]] ** ''Springfield Sun'' {{WS|springfieldsun.com}} of [[Springfield, Pennsylvania]] ** ''Spring-Ford Reporter'' {{WS|springfordreporter.com}} of [[Royersford, Pennsylvania]] ** ''Times Chronicle'' {{WS|thetimeschronicle.com}} of [[Jenkintown, Pennsylvania]] ** ''Valley Item'' {{WS|valleyitem.com}} of [[Perkiomenville, Pennsylvania]] ** ''Willow Grove Guide'' {{WS|willowgroveguide.com}} of [[Willow Grove, Pennsylvania]] ** ''The Review'' {{WS|roxreview.com}} of [[Roxborough, Philadelphia, Pennsylvania]] * Main Line Media News {{WS|mainlinemedianews.com}} ** ''Main Line Times'' {{WS|mainlinetimes.com}} of [[Ardmore, Pennsylvania]] ** ''Main Line Life'' {{WS|mainlinelife.com}} of [[Ardmore, Pennsylvania]] ** ''The King of Prussia Courier'' {{WS|kingofprussiacourier.com}} of [[King of Prussia, Pennsylvania]] * Delaware County News Network {{WS|delconewsnetwork.com}} ** ''News of Delaware County'' {{WS|newsofdelawarecounty.com}} of [[Havertown, Pennsylvania]] ** ''County Press'' {{WS|countypressonline.com}} of [[Newtown Square, Pennsylvania]] ** ''Garnet Valley Press'' {{WS|countypressonline.com}} of [[Glen Mills, Pennsylvania]] ** ''Springfield Press'' {{WS|countypressonline.com}} of [[Springfield, Pennsylvania]] ** ''Town Talk'' {{WS|towntalknews.com}} of [[Ridley, Pennsylvania]] * Berks-Mont Newspapers {{WS|berksmontnews.com}} ** ''The Boyertown Area Times'' {{WS|berksmontnews.com/boyertown_area_times}} of [[Boyertown, Pennsylvania]] ** ''The Kutztown Area Patriot'' {{WS|berksmontnews.com/kutztown_area_patriot}} of [[Kutztown, Pennsylvania]] ** ''The Hamburg Area Item'' {{WS|berksmontnews.com/hamburg_area_item}} of [[Hamburg, Pennsylvania]] ** ''The Southern Berks News'' {{WS|berksmontnews.com/southern_berks_news}} of [[Exeter Township, Berks County, Pennsylvania]] ** ''Community Connection'' {{WS|berksmontnews.com/community_connection}} of [[Boyertown, Pennsylvania]] * Magazines ** ''Bucks Co. Town & Country Living'' {{WS|buckscountymagazine.com}} ** ''Parents Express'' {{WS|parents-express.com}} ** ''Real Men, Rednecks'' {{WS|realmenredneck.com}} {{JRC}} ==References== <references /> [[Category:Journal Register publications|*]]


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title=Hackergarten date=2013-09-24 type=post tags=Activities status=published ~~~~~~
Hackergarten is a craftmen's workshop, classroom, a laboratory, a social circle, a writing group, a playground, and an artist's studio.
Our goal is to create something that others can use; whether it be working software, improved documentation, or better educational materials.
Our intent is to end each meeting with a patch or similar contribution submitted to an open and public project.
Membership is open to anyone willing to contribute their time.


Andrew first started practicing chi kung in 2005. He enjoys countless benefits from his chi kung practice, just some of those being: daily peace and joy, clear thinking, overall improved learning, excellent health (including during flu season), little to no jetlag while traveling internationally and smiling from the heart.
Andrew is an authorized teacher of Shaolin Cosmos Chi Kung as part of the Shaolin Wahnam Institute. He has learned from Sifu Wong in Ecuador, Costa Rica, the United States, Canada and Malaysia. He also organized courses for Sifu Wong in the Galapagos Islands and San Francisco, California. He is currently focusing on sharing the Shaolin arts in Houston, Texas where he has begun teaching chi kung.
Andrew Roberts
Grandmaster Wong, popularly known as Sifu Wong, is a world renowned teacher of the Shaolin Arts, namely Kung Fu, Chi Kung and Zen. Sifu Wong has been teaching for over 30 years and he regularly travels around the world spreading these precious arts to help people restore good health, vitality and longevity in their lives.
In 1997 he was recognized as "Chi Kung Master of the Year" at the World Chi Kung Congress in San Francisco. He has written numerous books on the Shaolin arts, including The Art of Chi Kung, The Complete Book of Tai Chi Chuan, The Art of Shaolin Kung Fu and The Complete Book of Chinese Medicine.
Sifu Wong Kiew Kit


Table of Contents
Point-Set Topology
-
- Open Set:
- A set \(\chi \subseteq \mathbf{R}^n\) is said to be open if for any point \(x \in \chi\) there exist a ball centered in \(x\) which is contained in \(\chi\).
- Precisely, for any \(x \in \mathbf{R}^n\) and \(\epsilon > 0\) define the Euclidean ball of radius \(r\) centered at \(x\):
- \[B_\epsilon(x) = {z : \|z − x\|_2 < \epsilon}\]
- Then, \(\chi \subseteq \mathbf{R}^n\) is open if
- \[\forall x \: \epsilon \: \chi, \:\: \exists \epsilon > 0 : B_\epsilon(x) \subset \chi .\]
- Equivalently,
-
- A set \(\chi \subseteq \mathbf{R}^n\) is open if and only if \(\chi = int\; \chi\).
-
- An open set does not contain any of its boundary points.
-
- A closed set contains all of its boundary points.
-
- Unions and intersections of open (resp. closed) sets are open (resp. closed).
-
- Closed Set:
- A set \(\chi \subseteq \mathbf{R}^n\) is said to be closed if its complement \(\mathbf{R}^n \text{ \ } \chi\) is open.
-
- Interior of a Set:
- The interior of a set \(\chi \subseteq \mathbf{R}^n\) is defined as
- \[int\: \chi = \{z \in \chi : B_\epsilon(z) \subseteq \chi, \:\: \text{for some } \epsilon > 0 \}\]
-
- Closure of a Set:
- The closure of a set \(\chi \subseteq \mathbf{R}^n\) is defined as
- \[\bar{\chi} = \{z ∈ \mathbf{R}^n : \: z = \lim_{k\to\infty} x_k, \: x_k \in \chi , \: \forall k\},\]
-
i.e., the closure of \(\chi\) is the set of limits of sequences in \(\chi\).
-
- Boundary of a Set:
- The boundary of X is defined as
- \[\partial \chi = \bar{\chi} \text{ \ } int\: \chi\]
-
- Bounded Set:
- A set \(\chi \subseteq \mathbf{R}^n\) is said to be bounded if it is contained in a ball of finite radius, that is if there exist \(x \in \mathbf{R}^n\) and \(r > 0\) such that \(\chi \subseteq B_r(x)\).
-
- Compact Set:
- A set \(\chi \subseteq \mathbf{R}^n\) is compact \(\iff\) it is Closed and Bounded.
-
- Relative Interior [\(\operatorname{relint}\)]:
- We define the relative interior of the set \(\chi\), denoted \(\operatorname{relint} \chi\), as its interior relative to \(\operatorname{aff} C\):
- \[\operatorname{relint} \chi = \{x \in \chi : \: B(x, r) \cap \operatorname{aff} \chi \subseteq \chi \text{ for some } r > 0\},\]
- where \(B(x, r) = \{y : ky − xk \leq r\}\), the ball of radius \(r\) and center \(x\) in the norm \(\| · \|\).
-
- Relative Boundary:
- We can then define the relative boundary of a set \(\chi\) as \(\mathbf{cl} \chi \text{ \ } \operatorname{relint} \chi,\) where \(\mathbf{cl} \chi\) is the closure of \(\chi\).
Sets Combinations and Hulls
-
- Lines and Line Segments [Linear Sets]:
- Suppose \(x_1 \ne x_2\) are two points in \(\mathbf{R}^n\)
- Points of the form,
- \(y = \theta x_1 + (1 − \theta)x_2\),
- where, \(\theta \in \mathbf{R}\), form the line passing through \(x_1\) and \(x_2\).
- The parameter value \(\theta = 0\) corresponds to \(y = x_2\), and the parameter value \(\theta = 1\) corresponds to \(y = x_1\).
- Values of the parameter \(\theta\) between 0 and 1 correspond to the (closed) line segment between \(x_1\) and \(x_2\).
-
- Affine Sets:
- An affine set is a translation of a subspace — it is “flat” but does not necessarily pass through 0, as a subspace would.
(Think for example of a line, or a plane, that does not go through the origin.)
- An affine set \(\mathbf{A}\) can always be represented as the translation of the subspace spanned by some vectors:
- \(\mathbf{A} = \left\{ x_0 + \sum_{i=1}^m \lambda_i x_i ~:~ \lambda \in {\mathbf{R}}^m \right\}\ \ \\), for some vectors \(x_0, x_1, \ldots, x_m.\)
-
(Special case) lines: When \(\mathbf{S}\) is the span of a single non-zero vector, the set \(\mathbf{A}\) is called a line passing through the point \(x_0\). Thus, lines have the form \(\left\{ x_0 + tu ~:~ t \in \mathbf{R} \right\}\),
where \(u\) determines the direction of the line, and \(x_0\) is a point through which it passes. -
-
- Cones [Cone Sets]:
- A set \(C\) is a cone if \(x \in C\), then \(\alpha x \in C\), for every \(\alpha \geq 0\).
- A set C is said to be a convex cone if it is convex and it is a cone.
The conic hull of a set is a convex cone.
-
- Linear Combination:
- A Linear Combination is an expression constructed from a set of terms by multiplying each term by a constant and adding the results.
- \[\sum_{i=1}^n \lambda_i x_i\]
-
- Affine Combination:
- An Affine Combination of the points is a special type of linear combination, in which the coefficients \(\lambda_i\) are restricted to sum up to one, that is
- \[\sum_{i=1}^n \lambda_i x_i \: : \:\: \sum_{i=1}^m \lambda_i = 1\]
-
Intuitively, a convex combination is a weighted average of the points, with weights given by the \(\lambda_i\) coefficients.
-
- Conical Combination:
- A Conical Combination of the points is a special type of linear combination, in which the coefficients \(\lambda_i\) are restricted to be nonnegative, that is:
- \[\sum_{i=1}^n \lambda_i x_i \: : \:\: \lambda_i \geq 0 \: \text{for all } i\]
-
- Convex Combination:
- A Convex Combination of the points is a special type of linear combination, in which the coefficients \(\lambda_i\) are restricted to be nonnegative and to sum up to one, that is
- \[\lambda_i \geq 0 \: \text{for all } i, \: \text{ and } \sum_{i=1}^m \lambda_i = 1\]
-
Intuitively, a convex combination is a weighted average of the points, with weights given by the \(\lambda_i\) coefficients.
-
- Linear Hull:
- Given a set of points (vectors) \(\in \mathbf{R}^n:\)
- \[P = \{x^{(1)} , . . . , x^{(m)} \},\]
- The linear hull (subspace) generated by these points is the set of all possible linear combinations of the points:
- \[x=\lambda_1x^{(1)} + \cdots + \lambda_mx^{(m)}, \:\: \text{for } \lambda_i \in \mathbf{R}, \: i \in \{1, \cdots, m\}\]
-
- Affine Hull:
- The affine hull, \(\operatorname{aff}\: P\), of \(P\) is the set generated by taking all possible linear combinations of the points in \(P\), under the restriction that the coefficients \(\lambda_i\) sum up to one, that is \(\sum_{i=1}^m \lambda_i = 1\).
- \(\operatorname{aff}\: P\) is the smallest affine set containing \(P\).
-
- Props.
- It is the smallest affine set containing \(\chi\).
- or, The intersection of all affine sets containing \(\chi\).
- \[{\displaystyle \mathrm {aff} (\mathrm {aff} (S))=\mathrm {aff} (S)}\]
- \({\mathrm{aff}}(S)\) is a closed set
- \[{\displaystyle \mathrm {aff} (S+F)=\mathrm {aff} (S)+\mathrm {aff} (F)}\]
- Affine Hull is bigger than or equal to the convex hull.
- The linear span of \(\chi\) contains the affine hull of \(\chi\).
- Props.
-
- Examples:
- The affine hull of a singleton (a set made of one single element) is the singleton itself.
- The affine hull of a set of two different points is the line through them.
- The affine hull of a set of three points not on one line is the plane going through them.
- The affine hull of a set of four points not in a plane in \(\mathbf{R}^3\) is the entire space \(\mathbf{R}^3\).
- Examples:
-
- Convex Hull:
- The set of all possible convex combination is called the convex hull of the point set \(\chi\) in the Euclidean plane or in a Euclidean space (or, more generally, in an affine space over the reals) is the smallest convex set that contains \(\chi\):
- \[\mathbf{conv} (x^{(1)}, \cdots, x^{(m)}) = \left\{\sum_{i=1}^m \lambda_i x^{(i)} : \: \lambda_i \geq 0, \: i \in \{1, \cdots, m\}; \:\: \sum_{i=1}^m \lambda_i = 1\right\}\]
-
- Props.
- The convex hull of the given points is identical to the set of all their convex combinations.
- It is the intersection of all convex sets containing \(\chi\).
- or, The set of all convex combinations of points in \(\chi\).
- or, The (unique) minimal convex set containing \(\chi\).
- or, The union of all simplices with vertices in \(\chi\).
- The algorithmic problem of finding the convex hull of a finite set of points in the plane or other low-dimensional Euclidean spaces is one of the fundamental problems of computational geometry.
- The convex hull of a finite point set \({\displaystyle S\subsetneq \mathbb {R} ^{n}}\) forms a convex polygon when \(n = 2\),
- or more generally a convex polytope in \({\displaystyle \mathbb {R} ^{n}}\).
- Props.
-
- Conic Hull:
- The set of all possible conical combinations is called the conic hull of the point set:
- \[\mathbf{conic} (x^{(1)}, \cdots, x^{(m)}) = \left\{\sum_{i=1}^m \lambda_i x^{(i)} : \: \lambda_i \geq 0, \: i \in \{1, \cdots, m\} \right\}\]
-
- Props.
- The conical hull of a set \(\chi\) is a convex set.
- In fact, it is the intersection of all convex cones containing \(\chi\) plus the origin.
- If \(\chi\) is a compact set (in particular, when it is a finite non-empty set of points), then the condition “plus the origin” is unnecessary.
- If we discard the origin, we can divide all coefficients by their sum to see that a conical combination is a convex combination scaled by a positive factor.
- Conical combinations and hulls may be considered as convex combinations and convex hulls in the projective space.
- The conic hull of a closed set is not, even, necessarily a closed set.
- While the convex hull of a compact set is a compact set as well, this is not so for the conical hull: the latter is Unboudned.
- Props.
Convex Set
-
- Convex Set:
- A subset \(\mathbf{C}\) of \(\mathbf{R}^n\) is said to be convex if and only if it contains the line segment between any two points in it:
- \[\forall : x_1, x_2 \in \mathbf{C}, \;\; \forall : \lambda \in [0,1] \::\: \lambda x_1 + (1-\lambda) x_2 \in \mathbf{C}\]
-
- Strictly Convex Set:
- A set C is said to be strictly convex if it is convex, and
- \[x_1 \ne x_2 \in C, \: \lambda \in (0, 1) \implies \lambda x_1 + (1 − \lambda)x_2 \in \mathbf{relint} C\]
-
- Strongly Convex:
- A function \(f: \mathbf{R}^n \rightarrow \mathbf{R}\) is strongly convex if there exist a \(m > 0\) such that \(\tilde{f}(x) = f(x) − \dfrac{m}{2}\|x\|_2^2\) is convex, that is if
- \[f(\theta x + (1-\theta) y) \leq \theta f(x) + (1-\theta) f(y) - \dfrac{m}{2}\theta(1-\theta) \|x-y\|_2^2\]
-
- Diminsion:
- The dimension d of a convex set \(C \subseteq \mathbf{R}^n\) is defined as the dimension of its affine hull.
- It can happen that \(d < n\).
e.g., \(C = \left\{x = \left[\alpha 0\right]^T : \; \alpha ∈ [0, 1]\right\}\) is a convex subset of \(\mathbf{R}^2\) , with affine dimension \(d = 1\).
Prominant Examples
-
- Convex Examples:
- Subspaces and affine sets, such as lines and hyperplanes are obviously convex, as they contain the entire line passing through any two points.
- Half-spaces are also convex.
-
-
-
Asynchronous: \
-
Asynchronous: \
- Asynchronous: \
Operators and Convexity
-
- Intersection:
- The intersection of a (possibly infinite) family of convex sets is convex. This property can be used to prove convexity for a wide variety of situations.
- Ex: An halfspace \(H = \{x \in \mathbf{R}^n : \: c^Tx \leq d\}, c \ne 0\) is a convex set. The intersection of \(m\) halfspaces \(H_i, i = 1, \cdots, m\), is a convex set called a polyhedron.
-
-
-
- Affine Transformation:
- If a map \(f \: \mathbf{R}^n \rightarrow \mathbf{R}^m\) is affine, and \(\mathbf{C}\) is convex, then the set
- \[f(\mathbf{C}) \: = \left\{ f(x) : \: x \in \mathbf{C} \right\}\]
- is convex.
In particular, the projection of a convex set on a subspace is convex.
-
- Composition w/ Affine Function:
- The composition with an affine function preserves convexity:
- If \(A \in \mathbf{R}^{m \times n}, b \in \mathbf{R}^m \text{ and } f : \mathbf{R}^m \rightarrow \mathbf{R}\)
- is convex, then the function \(g : \mathbf{R}^n \rightarrow \mathbf{R}\) with values \(g(x) = f(Ax+b)\) is convex.
-
- Point-Wise Maximum:
- The pointwise maximum of a family of convex functions is convex:
- If \((f_\alpha)_{\alpha \in {\cal A}}\) is a family of convex functions index by \(\alpha\), then the function
- \[f(x) := \max_{\alpha \in {\cal A}} : f_\alpha(x)\]
- is convex.
-
- Nonnegative Weighted Sum:
- The nonnegative weighted sum of convex functions is convex.
-
- Partial Minimum:
- If \(f\) is a convex function in \(x=(y,z),\) then the function
- \[g(y) := \min_z \: f(y,z)\]
- is convex.
-
Note that joint convexity in \((y,z)\) is essential.
-
- Composition W/ Monotone Convex Functions.:
- The composition with another function does not always preserve convexity. However, if f = h circ g, with h,g convex and h increasing, then f is convex.
- Indeed, the condition \(f(x) \le t\) is equivalent to the existence of \(y\) such that
- \[h(y) \le t, \;\; g(x) \le y\]
- The condition above defines a convex set in the space of \((x,y,t)\)-variables.
- The epigraph of \(f\) is thus the projection of that convex set on the space of \((x,t)\)-variables, hence it is convex.
-
- Further Analysis:
- More generally, if the functions \(g_i : \mathbf{R}^n \rightarrow \mathbf{R}, i=1, \ldots, k\) are convex and \(h : \mathbf{R}^k \rightarrow \mathbf{R}\) is convex and non-decreasing in each argument, with \(\mathbf{dom}g_i = \mathbf{dom} h = \mathbf{R}\), then
- \[x \rightarrow (h \circ g)(x) \: = h(g_1(x), \ldots, g_k(x))\]
- is convex.
-
For example, if \(g_i\)’s are convex, then \(log \sum_i \exp{g_i}\) also is.
Seperation Theorems
-
- Theorem. Supporting Hyperplane:
- If \(\mathbf{C} \subseteq \mathbf{R}^n\) is convex and non-empty, then for any \(x_0\) at the boundary of \(\mathbf{C}\), there exist a supporting hyperplane to \(\mathbf{C}\) at \(x_0\),
meaning that there exist \(a \in \mathbf{R}^n, \: a \ne 0,\) such that \(a^T(x-x_0) \le 0\) for every \(x \in \mathbf{C}\).
-
- Theorem. Separating Hyperplane:
- If \(\mathbf{C}, \mathbf{D}\) are two convex subsets of \(\mathbf{R}^n\) that do not intersect, then there is an hyperplane that separates them,
that is, \(\exists a \in \mathbf{R}^n, \: a \ne 0,\) and \(b \in \mathbf{R}\), such that \(a^Tx \le b\) for every \(x \in \mathbf{C}\), and \(a^Tx \ge b\) for every \(x \in \mathbf{D}\). - Equivalently,
- Let C, D ⊆ Rn be nonempty convex disjoint sets i.e., \(C \cap D = \varnothing\).
- Then, there exists a hyperplane separating these sets, i.e.,
- \(\exists a \in \mathbf{R}^n, \: a \ne 0\), such that
- \[\sup_{x\in C} a^Tx \: \leq \: \sup_{z\in D}a^Tz\]
-
When two convex sets do not intersect, it is possible to find a hyperplane that separates them.
-
- Theorem. Strictly Separating Hyperplane:
- Let \(C, D \subseteq \mathbf{R}^n\) be nonempty convex disjoint sets.
- Assume that \(C − D\) is closed. Then, there exists a hyperplane strictly. separating the sets, i.e., \(\exists \: a \in \mathbf{R}^n, \: a \ne 0,\) such that
- \[\sup_{x\in C} a^Tx \: < \: \sup_{z\in D}a^Tz\]
-
When is \((C − D)\) closed?
One of conditions: \(C\) is closed and \(D\) is compact.
-
- Farkas lemma:
- Let \(A \in \mathbf{R}^{m \times n}\) and \(y \in \mathbf{R}^m\). Then, one and only one of the following two conditions is satisfied:
- The system of linear equations \(Ax = y\) admits a nonnegative solution \(x \geq 0\).
- There exist \(z \in \mathbf{R}^m\) such that \(z^TA \geq 0, \: z^Ty < 0\).
-
- Equivalent Formulation: statement (2) above implies the negation of statement (1), and vice versa. Thus, the following two statements are equivalent:
- There exist \(x \geq 0\) such that \(Ax = y\).
- \(z^Ty \geq 0, \:\: \forall z : \: z^TA \geq 0\).
- Equivalent Formulation: statement (2) above implies the negation of statement (1), and vice versa. Thus, the following two statements are equivalent:
-
- Interpretation in terms of systems of linear inequalities: Let \(a_i \in \mathbf{R}^m, i = 1, \cdots, n\), be the columns of \(A\), then
- \[y^Tz \geq 0, \forall z : a_i^Tz \geq 0, i = 1, \cdots, n\]
- if and only if there exist multipliers \(x_i \geq 0, i = 1, \cdots, n\) such that \(y\) is a conic combination of the \(a_i\)’s:
- \[\exists x_i \geq 0, i = 1, \cdots, m : \: y = a_1x_1 + \cdots + a_nx_n.\]
Convex Functions
-
- Domain:
- The domain of a function \(f: \mathbf{R}^n \rightarrow \mathbf{R}\) is the set \(\mathbf{dom} f \subseteq \mathbf{R}^n\) over which \(f\) is well-defined, in other words:
- \[\mathbf{dom} f \: = \{ x \in \mathbf{R}^n : \: -\infty < f(x) < +\infty\}.\]
-
- Convex Function:
- A function \(f : \mathbf{R}^n \rightarrow \mathbf{R}\) is convex if
- (1) Its domain \(\mathbf{dom} f\) is convex.
- (2) And, \(\forall \:\: x, y \in \mathbf{dom} f , \;\; \forall \theta \in [0,1] : \:\: f(\theta x + (1-\theta) y) \le \theta f(x) + (1-\theta) f(y).\)
-
Note that the convexity of the domain is required.
-
- Concave Function:
- A function \(f\) is concave if the function \(-f\) is convex.
-
- Convexity and the Epigraph:
- A function \(f : \mathbf{R}^n \rightarrow \mathbf{R}\), is convex if and only if, its epigraph,
- \[\mathbf{ epi } f \:= \: \left\{ (x,t) \in \mathbf{R}^{n+1} : \: t \ge f(x) \right\}\]
- is convex.
- Example: We can us this result to prove for example, that the largest eigenvalue function \(\lambda_{\rm max} : \mathcal{S}^n \rightarrow \mathbf{R}\), which to a given \(n \times n\) symmetric matrix \(X\) associates its largest eigenvalue, is convex, since the condition \(\lambda_{\rm max}(X) \le t\) is equivalent to the condition that \(t I - X \in \mathcal{S}_+^n\).
-
- First-order condition:
- If f is differentiable (that is, \(\mathbf{dom} f\) is open and the gradient exists everywhere on the domain), then \(f\) is convex if and only if
- \[\forall : x, y : \: f(y) \ge f(x) + \nabla f(x)^T(y-x) .\]
-
The geometric interpretation is that the graph of \(f\) is bounded below everywhere by anyone of its tangents.
-
- Restriction to a line:
- The function \(f\) is convex if and only if its restriction to any line is convex, meaning that
- for every \(x_0 \in \mathbf{R}^n\), and \(v \in \mathbf{R}^n\), the function \(g(t) := f(x_0+tv)\) is convex.
- Note that the “if” part is a direct consequence of the “composition with an affine function” result below.
-
- Second-order Condition:
- If \(f\) is twice differentiable, then it is convex if and only if its Hessian \(\nabla^2 f\) is positive semi-definite everywhere on the domain of \(f\).
-
This is perhaps the most commonly known characterization of convexity.
- Also, If \(f\) is twice differentiable, then it is Strictly convex if and only if its Hessian \(\nabla^2 f\) is positive definite everywhere on the domain of \(f\).
- Finally, If \(f\) is twice differentiable, then it is Strongly convex if and only if its Hessian \(\nabla^2 f \succeq ml\), for some \(m > 0\) and for all \(x \in \mathbf{dom} f\).


 We aim to bring them together on a common platform.A+,A-,B+,B-,AB+,AB-,O+,O- are
the various blood groups and their corresponding blood bag types that are:-Single(contains CPDA-1
anticoagulant solution),Double(Double
Blood Bag is designed for the collection and separation of whole blood into two different blood components, plasma
and red cells),Triple(used to collect and separate three different blood components: plasma, red cells and buffy
coat).


Insurance Company Registration
Company Name:
Principal Officer:
Insurance Type:
Policy Number:
Policy Period:
Postal Box:
Address:
Phone Number:
Fax:
Website:
Email:
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I can no longer help you, as you have ventured past the boundaries. Godspeed. (Or you could go home.)


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schedules
plantings
settings
Plantings
Raised Bed Gardens and Vegable Zones
Zone 1
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Leafy Greens
Harvest tomorrow
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Tomatoes and carrots
Harvest in 10 days
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Tomatoes and carrots
Harvest in 15 days
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Beans and broccoli
Harvest in 45-60 days
Zone 2
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Tom's and Car's
Harvest in 15 days
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Beans and greens
Due 30-45 Days
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The processes are divided into segments, each segment can be a different size. The segments are loaded into memory independently, a partition of the exact segment size is created. The division is functional and is based on the logical process structure: data, stack, code, etc ...
Not necessarily all the segments have to be loaded into memory for the program to work, while a segment is not used it can be swapped out.
| Process | Total Size Units |
Segment | Size Units |
Initially allocated |
| P1 | 20 | Code | 2 | YES |
| Data | 10 | YES | ||
| Stack | 8 | NO | ||
| P2 | 20 | Code | 5 | YES |
| Data | 14 | NO | ||
| Stack | 1 | YES | ||
| P3 | 40 | Code | 10 | YES |
| Data | 20 | YES | ||
| Stack | 10 | YES |
Processes are allocated in the table order. Memory size is 64 units, Operating System takes 4 units
Comments:


@foo34 @bar # some comment
Feature: proof of concept
In order to read Cucumber features faster and eaiser on Github
As a Cucumber user
I want to have syntax highlighting for Gherkin
This is part of the narrative, even if I have the # symbol, it is still the narrative- not a comment
Background: this is multi-line description
do you like it?
Given cheese is good
Scenario Outline: this is a test
this the second line of the desctiption
Given I have a <var1> and some "string"
And the following table and some 'string'
| header 1 | header 2 | # here is a comment after a table
| cell 1-1 | cell 1-2 |
| cell 2-1 | "cell 2-2"|
When I do <var2>
And here is a string with single and double quotes- "i'll be back"
And here is a string with the opposite 'the quote is "Foo"'
And what about a var in a quote like so: "<var2>"
And what about a multiline string with a var in it like so:
"""
Hello!
I am a multiple line string, often called a pystring.
I can have regular "double quotes" without a problem...
I can also sub in vars as well like: <var1> and <var2>
"""
Then I should see something...
But not something else...
Examples:
| var1 | var2 | # i am a comment
| foo | bar |
| dog | food |
Scenarios: some other examples with a description
and guess waht?!? I can have multilines as well! # look at me, I'm a comment
Who would have thunk?
| var1 | var2 |
| foo | bar |
| dog | food |
@some_tag @another_tag
Scenario: more examples
will follow after this multi-line description
Given some context# this is an inline comment
# This is a comment
# So is this with no space at front...
FunktionalitÃ¤t: Addition
Um dumme Fehler zu vermeiden
mÃ¶chte ich als Matheidiot
die Summe zweier Zahlen gesagt bekommen
Szenariogrundriss: Zwei Zahlen hinzufÃ¼gen
Gegeben sei ich habe <Eingabe_1> in den Taschenrechner eingegeben
Und ich habe <Eingabe_2> in den Taschenrechner eingegeben
Wenn ich <Knopf> drÃ¼cke
Dann sollte das Ergebniss auf dem Bildschirm <Ausgabe> sein
Beispiele:
| Eingabe_1 | Eingabe_2 | Knopf | Ausgabe |
| 20 | 30 | add | 50 |
| 2 | 5 | add | 7 |
| 0 | 40 | add | 40 |
Feature: Addition
In order to avoid silly mistakes
As a math idiot
I want to be told the sum of two numbers
Scenario Outline: Add two numbers
Given I have entered <input_1> into the calculator
And I have entered <input_2> into the calculator
When I press <button>
Then the result should be <output> on the screen
Examples:
| input_1 | input_2 | button | output |
| 20 | 30 | add | 50 |
| 2 | 5 | add | 7 |
| 0 | 40 | add | 40 |


If timeInSecs is incorrect or can't be interpreted, then Time.SecDate will return the empty string and Error.Last and Error.LastMsg will be set to the appropriate error.
var timeInSecs : int := Time.Sec
var theDateTime: string
theDateTime := Time.SecDate (timeInSecs)
put "The number of seconds since 1970 is ", timeInSecs
put "Greetings!! The date and time today is ", theDateTime
This means that you can only call the function by calling Time.SecDate, not by calling SecDate.


#include <State.h>
This class represents an Automaton's State, it contains a list of transitions (Transition)
◆ State()
| State::State |
( |
const std::string & |
identifier, |
|
|
bool |
isInitial = false , |
|
|
bool |
isFinal = false |
|
) |
| |
|
explicit |
This method is not implemented yet
- Parameters
-
| identifier | |
| isInitial | |
| isFinal | |
◆ addTransition()
| void State::addTransition |
( |
const std::string & |
symbol, |
|
|
const std::string & |
identifier |
|
) |
| |
Part setter for the _transitions attribute: this method allows a push_back()
to the _transitions attribute
- Warning
- Do not use this method if you are not sure the passed symbol is included in the alphabet of the associated Automaton instance
-
Do not use this method if you are not sure the passed identifier is attributed for the associated Automaton instance
-
To allow a safer use of this method, use the
addTransition()
method of the Automaton class
- Parameters
-
| symbol | The symbol that labels the Transition instance |
| identifier | The identifier of the arrival State instance |
◆ getIdentifier()
| std::string State::getIdentifier |
( |
| ) |
const |
Getter for the _identifier attribute
- Returns
- The value of the _identifier attribute of the instance
◆ getIsFinal()
| bool State::getIsFinal |
( |
| ) |
const |
Getter for _isFinal attribute
- Warning
- This method is deprecated and will be removed, use State::isFinal() method instead
- Returns
- The value of the _isFinal attribute of the instance
◆ getIsInitial()
| bool State::getIsInitial |
( |
| ) |
const |
Getter for _isInitial attribute
- Warning
- This method is deprecated and will be removed, use State::isInitial() method instead
- Returns
- The value of the _isInitial attribute of the instance
◆ getSymbols()
| std::vector< std::string > State::getSymbols |
( |
| ) |
const |
Getter for _symbol attributes of the Transition instances composing the _transitions attribute
- Returns
- {std::vector<std::string>} The list of all the symbols of the transitions from this state
◆ getTransitions()
| std::vector< Transition > State::getTransitions |
( |
| ) |
const |
Getter for the _transition attribute
- Returns
- {std::vector<Transition>} List (std::vector) of the transitions (Transition) of the instance
◆ getTransitionsWithSymbol()
| std::vector< int > State::getTransitionsWithSymbol |
( |
const std::string & |
sym | ) |
const |
Get the indexes of the Transitions labelled with a specified symbol
- Parameters
-
| sym | Symbol that labels the transitions to find |
- Returns
- The indexes of the Transitions labelled with sym, -1 if no Transition matches
◆ hasTransition()
| bool State::hasTransition |
( |
const std::string & |
sym | ) |
const |
◆ setFinal()
| void State::setFinal |
( |
bool |
setter = true | ) |
|
Setter for _isFinal attribute
- Parameters
-
| setter | The value to set the attribute to |
◆ setInitial()
| void State::setInitial |
( |
bool |
setter = true | ) |
|
Setter for _isInitial attribute
- Parameters
-
| setter | The value to set the attribute to |
The documentation for this class was generated from the following files:


Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident, sunt in culpa qui officia deserunt mollit anim id est laborum.
Talent network utililzes a blog to provide information from the global talent industry that is both informative and educational when it comes to helping you realize your talent. In addition, the website features a single news feed social network that allows you to send out message blasts to anyone on the talent network. You can ask questions to like minded users or post your accomplishments as a actor, model, singer, or dancer!
Talent Network is an extension of TN Model and Talent and was developed for all members of the model and talent industry. The primary focus of Talent Network is to provide a space where models, actors, singers, and dancers can get access to industry news and advice from talent managers in the Greater Toronto Area. This website also has a focus on educating and nurturing young men and women who are interested in the industry and becoming a part of it.


A package that implements a little framework for defining parameters for a program in an interface. The user can then access these parameters via a configuration object that the ConfigurationFactory produces. The configuration object implements the get methods defined in the interface. The get methods search for the values in the command line of the program and the property files the user specified on the command line. The search begins on the command line and then goes through the property files until an entry is found. This means that entries in property files can be overridden on the command line. Entries in property files can overwrite entries from other property files which encourages having a property file with default values which is included last.


What's this page for?
This page lists all ships whose HP aren't full.
Both docking time and time required for anchorage repair are shown.
Why some ships are shown in different background color?
Docking ships and ships on expedition have different colors than others.


{% extends "global/Page.html" %}
{% load static otree %}
{% block title %}
Fair Bonus
{% endblock %}
{% block content %}
{% formfield group.fair_piece_rate label="What, in your opinion, would have been a fair bonus rate for you/worker?" %}
{% next_button %}
{% endblock %}


The International Space Station has several robotic arms and two large cranes. The 58-foot-long Canadarm2 is the Station’s largest robotic arm.
Docked by ‘bots
Astronauts on the Space Station use robotic arms to dock supply vehicles. Here, the Canadarm2 secures SpaceX’s Dragon capsule.
Astronaut transportation
Moving around on a spacewalk isn’t easy. Astronauts sometimes hitch rides on the Station’s robotic arms to get from one place to another.
A handy robot
Dextre, the Space Station’s robotic “hand,” can perform detailed tasks like changing batteries or replacing cameras.
Big in Canada
The Canadian five-dollar bill features the Canadarm2 and Dextre robots—both are products of the Canadian Space Agency.
Robonaut2
One way operators can control Robonaut2 is through telerobotics. A distant telerobotic operator wears a special visor, vest, and gloves to control Robonaut2 with body movements.
SPHERES
Call them “Synchronized Position Hold, Engage, Reorient Experimental Satellites” . . . or just “SPHERES.” These free-flying, bowling-ball-sized robots test autonomous spacecraft flight aboard the Space Station.
Curiosity Rover
Curiosity began exploring the surface of Mars in 2012. Robotic pioneers are exploring the solar system in advance of the first human visitors.
RATS and robots
Members of NASA’s Desert Research and Technology Studies, the Desert RATS, test new technologies in remote deserts. These vehicles could one day explore the Moon or Mars.
A walking mobile home
This towering, 6-legged robotic rover, called ATHLETE, is only a half-scale prototype. Future models could carry habitation modules across the Moon or Mars.
Robotic companions?
Robots will accompany astronauts and explorers wherever they go. Unfortunately, true robotic companions like C-3PO and R2-D2 are still only a fantasy. Oh dear.


Routes for signing transactions
- Source:
- Source:
- To Do:
-
- Try generating the docs to see if it works, because the @function thing I am not so sure about it.
Members
(inner, constant) contract_abi
- Source:
(inner, constant) signerAcc
- Source:
(inner, constant) walletABI
- Source:
Methods
(inner) POST /create-wallet(path, middleware)
- Source:
- To Do:
-
- Testing
- optimizing
Signs a incoming transaction with private key to pay for user's Gas.
Example
const address;
const createdWalletAddress = fetch('/create-wallet', {method: POST}).send(address)
// {success: true, contract_address: 0x1837506450931524896051948093141}
Parameters:
| Name | Type | Description |
|---|---|---|
path |
string | relative express path |
middleware |
callback | express middleware |
Returns:
address Address of the newly created Smart Contract Wallet
(inner) GET /relayer(path, middleware) → {string}
- Source:
Base API point, Ping endpoint
Example
fetch('/relayer')
// "Relayer base API endpoint"
Parameters:
| Name | Type | Description |
|---|---|---|
path |
string | relative express path |
middleware |
callback | express middleware |
Returns:
Simple message
- Type
- string
(inner) POST /relayer/signTx(path, middleware, scw_address, to, value, data, txHash, sigs) → {object}
- Source:
- To Do:
-
- Learn how signatures work, and if signing over a txHash is easier than signing over the data individually
- actuall sign over data may be better, as the contract needs to have all the data in order to verify if the sig is correct.
- 1. Add tx validation logic
- 2. import the private key from env file.
- 3. Sign transaction and return
- 4. Error handling in the case of failed transaction on the client
- 5. Error handling in the case of no funds in the private key
- 6: Add protection via options to express.json
Signs a incoming transaction with private key to pay for user's Gas.
Example
const Tx = { to: ..., ... }
const signedTx = fetch('/relayer', {method: POST}).send(Tx)
// {success: true}
Parameters:
| Name | Type | Description |
|---|---|---|
path |
string | relative express path |
middleware |
callback | express middleware |
scw_address |
Address of the user's own Smart Contract Wallet | |
to |
The address to make the transaction to from the wallet | |
value |
The value to sent over from the user's smart contract wallet to the | |
data |
The data to be sent over to the contract the wallet is interacting with | |
txHash |
The hash of the original transaction to be signed over | |
sigs |
The signature(s) of the txHash which will be sent over to the wallet for verification |
Returns:
Signed transaction is returned to the user
- Type
- object
(inner) Function to check if the request made has all the correct data needed to make the tranasction()
- Source:


24,Kanikapuram,12th street,Velachery Rd
Guindy National Park,Guindy,Chennai.
24,Kanikapuram,12th street,Velachery Rd
Guindy National Park,Guindy,Chennai.
24,Kanikapuram,12th street,Velachery Rd
Guindy National Park,Guindy,Chennai.
24,Kanikapuram,12th street,Velachery Rd
Guindy National Park,Guindy,Chennai.
24,Kanikapuram,12th street,Velachery Rd
Guindy National Park,Guindy,Chennai.


Graeme Rippey, 32, denied downloading photos depicting abuse of youngsters, but a jury unanimously found him guilty this week after trial at Hamilton Sheriff Court.
He was also convicted of possessing images showing bestiality.
Lorry driver Rippey was charged after an early morning police raid at his home in Ravenscliffe Road, Motherwell, on November 23 last year.
The laptop had been given to him by his stepdad, John Matuszczyk. 50, who was called as a witness and denied all knowledge of the images.
Rippey didn’t try to blame his stepdad, claiming the images must have been downloaded by accident.
His partner, Heather Findlay, wept as she recalled police arriving at their home with a search warrant.
Asked her reaction to the discovery of indecent images, she told Vish Kathuria, prosecuting: “I had just given birth a few weeks before. I was quite shocked.”
Ms Findlay said she and Rippey both had the laptop password, but said he used the device more often than she did.
She too denied any knowledge of the indecent images.
The witness agreed with solicitor-advocate Ali Murray, representing Rippey, that what had happened was “horrendous, embarrassing and upsetting”.
She had never seen Rippey acting suspiciously with the laptop – for example, slamming down the top cover or switching off the machine to avoid her seeing what he was looking at.
Ms Findlay admitted that she stood to lose “everything” if Rippey was convicted, but insisted she would not lie to the court to protect her partner.
She sat beside him in the public benches during breaks in the trial.
The jury was shown footage of Rippey being interviewed by police officers following the seizure of the laptop.
He answered ‘No comment’ to most questions, saying that was the advice he had been given.
He declined to say what he used the laptop for, if he had a sexual interest in children and what his views were on the abuse of children.
One officer said he “found it hard to understand” that Rippey was not taking the opportunity to explain how the images came to be on the laptop.

Rippey replied: “No.”
After the guilty verdicts, Sheriff Alasdair MacFadyen called for background reports and ordered Rippey, now of Linkwood Gardens, Drumchapel, to return for sentence on December 23.


Artificial Intelligence and Machine Learning
Artificial intelligence is one of the newest fields in science and engineering. The name was coined in 1956 and work was started on AI in 1943. Artificial Intelligence is the development of computer systems able to perform the
tasks that normally require human intelligence, such as visual perception, speech recognition, decision making and translation of languages. You will engage in several activities that will engage in artificial intelligence.
Machine learning is generally studying pattern recognition and computational learning theory to make predictions based upon the data by looking at algorithms. We will use OpenCV to work on a project that explores machine learning.
Watson IBM
TensorFlow
Microsoft Azure Machine Learning
Google Cloud Prediction API
TensorFlow on Raspberry Pi
OpenCV
Assignment- AI and Machine Learning
Your task is to explore AI and machine learning using the Raspberry Pi. You will complete the AIY Voice Kit with Google and Raspberry Pi and a real time face recognition project using
the Raspberry Pi and OpenCv. If you get time you can try to install TensorFlow on the Raspberry Pi.
1. Build the AIY Voice Kit
- Use this link to build
your project. You will need to pick up an AIY kit and work in groups of 2.

2. Install the software
- Make sure you follow the instructions to set up the Google Assistant API
- The instructions can be found using this guide.
3. Create a Voice User Interface and Hook Up An LED, Servo or Motor to it.
- Gather the materials needed using your RedBoard kit
- Follow the instructions found either in chapters 6,7, 8, or 9 in your AIY Projects book or this link.
4. Create a Photobooth That Tweets or Not?
- Gather the following materials: Raspberry Pi, Raspberry Pi Camera Module, buttons, accessories needed
- Follow this guide or this guide for how to make a photo booth.
- Here is the link to the overlays.
- Document your project with a picture of the final project and a tweeted or pictured captured by the photo booth.?
ASSIGNMENT TO DOCUMENT
- 1. Document all of the projects with pictures.
- 2. Explain four products that use AI including two that you currently own
- 3. What is the future of AI and Machine Learning?
- 4. What is an API and why are they so important for both the company and developer?
- 5. What is the major concern with AI and Machine Learning?


cv cryptovision is a German company specialising in the delivery of cryptographic components. With its highly qualified team of cryptographic specialists, cv cryptovision develops cryptographic hardware as well as software. The company's products and bespoke solutions are applied within e-mail programs, office applications, identity management solutions, navigation systems, motors, smart cards, measuring devices and in many other environments. Millions of people already make use of the technologies from cv cryptovision, mostly without realising it. In particular, cv cryptovision is a world wide leading business in the field of cryptographic methods based on elliptic curves. cv cryptovision offers unique know-how in this area.
URL for the home page on the Internet: http://www.cryptovision.com/
The company cv cryptovision delivered the crypto library "cv act library 1.3.0" used in CrypTool to implement the hybrid encryption method ECC-AES. It also helped to implement the demonstration visualizing the addition of points on elliptic curves.


1.Junior Software Developer,
apply
- Spire Systems, LLC-Germontown,Md
- 2+ years of experience in Java, J2EE, JSP, Servlets, Oracle. The Java developer would be
supporting and enhancing multiple critical applications.
- Desired Skills: JavaScript, HTML5, SQL databases.
- Assess and make recommendations on the improvement or re-engineering of the IT organization.
- Direct development and execution of an enterprise-wide disaster recovery and business continuity plan.


Nawazuddin Siddiqui Awarded With The Highest Honour At The Singapore International Film Festival
by Divya RamnaniNawazuddin Siddiqui recently got honoured with Ho Asian Film Talent Award at the Singapore International Film Festival for his performance in Sacred Games
Nawazuddin Siddiqui is among one of the most versatile actors in Bollywood and he is often recognised for his talent. At the Singapore International Film Festival (SGIFF) that kick-started its 30th edition from November 21st, 2019 and will end on December 8th, 2019, actor Nawazuddin Siddiqui was honoured by Lesley Ho Asian Film Talent Award at the Singapore International Film Festival for his Netflix’s Emmy-nominated original series Sacred Games on Saturday, November 23rd, 2019. The actor was awarded by Charles Ho, husband of Lesley Ho.
The Lesley Ho Asian Film Talent Award is one of the most honourable awards on the global platform. Besides this honour, Nawazuddin Siddiqui also held in-conversation session at the festival. Sometime back, the actor was also honoured by the Golden Dragon Award at the Cardiff International Film Festival for his excellence in cinema in the International market. It is not a lesser-known fact that Nawazuddin has been garnering international fame because of his impeccable acting. He is the only actor whose 9 films have been selected in the Cannes Film Festival. Taking to his social media, the Bajrangi Bhaijaan actor expressed his elation on being honoured.
Check it out:
“It’s an absolute honour to be felicitated by the prestigious #LesleyHoAsianFilmTalentAward at Singapore International Film Festival (SGIFF) for contributing towards International cinema with #SacredGames by the charming Mr Charles Ho. #Gratitude #Humbled,” read his caption.
On the work front, Nawazuddin is currently shooting No Man’s Land in New York with the International acclaimed director Mostofa Sarwar Farooki. He was last seen in Motichoor Chaknachoor alongside Athiya Shetty.
image source: instagram/nawazuddin._siddiqui


public class GuiButton extends GuiElement
| Constructor and Description |
|---|
GuiButton(int x,
int y,
int w,
int h,
java.awt.image.BufferedImage down,
java.awt.image.BufferedImage up,
java.awt.image.BufferedImage hover,
GuiButtonAction guiButtonAction)
Creates a new GuiButton by specifying its position, size, image data,
and press response.
|
| Modifier and Type | Method and Description |
|---|---|
void |
onMousePress()
Called when the GUI element is clicked on.
|
void |
render(java.lang.Object graphicsObject)
Renders this GuiElement.
|
void |
setDownTime(int downTime)
Sets the number of frames the button is shown in the down state after
being pressed.
|
void |
update(int mouseX,
int mouseY)
Updates the GUI element.
|
public GuiButton(int x, int y, int w, int h, java.awt.image.BufferedImage down, java.awt.image.BufferedImage up, java.awt.image.BufferedImage hover, GuiButtonAction guiButtonAction)
x
- the x position.y
- the y position.w
- the width.h
- the height.down
- the image to show when the button is pressed.up
- the image to show when the button is not being hovered over.hover
- the image to show when the button is being hovered over.guiButtonAction
- the method to call when this button is pressed.public void setDownTime(int downTime)
downTime
- the number of the frames the button is down.public void update(int mouseX, int mouseY)
GuiElement
update
in class GuiElement
mouseX
- the current x position of the mousemouseY
- the current y position of the mousepublic void onMousePress()
GuiElement
onMousePress
in class GuiElement
public void render(java.lang.Object graphicsObject)
GuiElement
render
in class GuiElement
graphicsObject
- the graphics object for drawing


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Services
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About
Contact
Contact
General Information
Charlie Johanson
President
Kathy Johanson
Vice President/Office Manager
Josh Johanson
Project Manager/Estimator
Telephone
772-260-8887 /<PHONE_NUMBER>
Fax
772-335-2700
Located in Stuart, FL


ALAN J. PEIZER. Position: Member. Born Seattle, Washington, 1951;
admitted to bar, 1976, Washington. Education: Claremont McKenna
College (B.A., cum laude, 1973); University of Washington (J.D.,
1976). Member, Editorial Board, Washington Law Review, 1975-1976.
Member: King County, Pierce County and Washington State Bar
Associations; Washington Defense Trial Lawyers; Washington State Trial
Lawyers Association. Practice Areas: Insurance Defense; Personal
Injury.
THOMAS G. RICHARDS. Position: Member. Born Detroit,†††††††† Michigan,
1949; admitted to bar, 1975, Washington and U.S. District Court,
Western District of Washington. Education: University of Michigan
(A.B., 1971); Wayne State University (J.D., 1975). Court Clerk to U.S.
District Judge Cornelia G. Kennedy, 1973-1975. Attorney, Safeco
Insurance Co., 1975-1981. Member: King County and Washington State Bar
Associations; Washington Defense Trial Lawyers (Trustee, 1977-1978).
Practice Areas: Insurance Defense; Personal Injury, Construction
Litigation.
MARTIN L. ZIONTZ. Position: Member. Born Mather Air Force Base,
California, 1954; admitted to bar, 1980, Washington; U.S. District
Court, Western District of Washington; U.S. Court of Appeals, Ninth
Circuit. Education: University of Chicago (B.A., with honors, 1976);
Northwestern University (J.D., 1980). Co-author, "A Negligence Action
in Mexico: An Introduction to the Application of Mexican Law in the
United States," Arizona Journal of International and Comparative Law,
Vol. 7, No. 1, 1989. Member: King County, Washington State and
American Bar Associations; Washington Defense Trial Lawyers.
Languages: Spanish. Special Agencies: U.S. Office of Copyrights.
Practice Areas: Antitrust; Insurance; Personal Injury, Construction
Litiagation.
MARK J. WILSON. Position: Associate. Born Spokane, Washington, 1949;
admitted to bar, 1981, California; 1987, Washington. Education:
University of California at Berkeley (B.A., 1976); Whittier College
(J.D., 1980). Delta Theta Phi. Member: Santa Barbara County and
American Bar Associations; State Bar of California; Washington State
Bar Association. Practice Areas: Personal Injury Law; Contracts Law;
Construction Law.


35th Annual Winterfest
Join Us!
Join the fun at the 35th annual Children's Winterfest sponsored by the Pacific Grove Adult School Co-Op Preschools! Winterfest takes place on Saturday, December 5th 2015 from 10:00AM to 3:00PM and will be held at the Sally Griffin Senior Center in Pacific Grove at 700 Jewell Avenue across from Caledonia Park.
Gifts
This wonderful event features a Children's Store where kids can shop and buy handmade gifts for family and friends. All items are priced reasonably at $3 or less. While children check off their shopping lists, adults can browse the General Store for gifts and unique handcrafted items.
Activities
Children can participate in activities like face painting, a lollipop tree, "ice fishing" and other amusing games. Come enjoy lunch or snack at the Snow Cafe, and have a sweet treat at the Bake Sale, or enter the raffle for a chance to win terrific prizes from local businesses.
Benifit
ADMISSION IS FREE! Don't miss this charming, fun, adorable event! All proceeds benefit the Pacific Grove co-op preschools.


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Content Package Conformance Test result log. A successful comparison indicates that the
summary log was created as the result of a successful Content Package Conformance Test
run with the given Content Package.


Art in the Springs showcases art club’s work
by Aaron KirbyTHE Art in the Springs annual art showcase features work in a variety of mediums.
RAAFA Meadow Springs Art Club members have been busy preparing new artworks for the event.
The club consists of several accomplished artists who work in mediums such as watercolour, oils, acrylics, pastels and alcohol inks.
They meet every Friday for art sessions at the RAAFA village.
Throughout 2019 they have held a number of smaller exhibitions in local shopping centres.
The club regularly conducts workshops led by established artists from both interstate and the local area.
This keeps members engaged, stimulated and in touch with current trends.
WHAT: Art in the Springs annual showcase
WHERE: RAAFA Estate, Portrush Parade, Meadow Springs
WHEN: Friday, November 22 to 24


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The imminent UK release (on Pansy Cradledew's birthday!) of überCatholic Melvin Gibson's blood-drenched and preposterous The Passion of the Christ prompts us to recommend some films you might prefer to see.
The Stepford Hives Ecological horror about a swarm of brainwashed bees.

The Wild Bench Action picture set in a municipal park.
Quatermass And The Git Sci-fi classic in which a sordid old man is found buried in a London Underground station.
The Hound of Music Austrian singing dog drama.
Close Encounters of the Bird Kind Richard Dreyfuss as a scruffy, obsessed ornithologist.
Bring Me The Shed of Alfredo GarciaV iolent revenge thriller set in a garden centre.
And not forgetting:
Waterpostman Director's cut of two Kevin Costner triumphs. A man swims through a post-nuclear nightmare delivering soaking wet letters.
This paragraph is an hommage à Max Décharné. Max's book Hardboiled Hollywood : The Origins of the Great Crime Films (No Exit Press) is available in all good bookshops, and from that online one named after a big river.