The RNA binding protein (RBP) associated mRNA sequencing track (RIP-Seq) is produced as part of the Encyclopedia of DNA Elements (ENCODE) Project. This track displays transcriptional fragments associated with RBP in cell lines K562 and GM12878, using Ribonomic profiling via Illumina SBS.
In eukaryotic organisms gene regulatory networks require an additional level of coordination that links transcriptional and post-transcriptional processes. Messenger RNAs have traditionally been viewed as passive molecules in the pathway from transcription to translation. However, it is now clear that RNA-binding proteins play a major role in regulating multiple mRNAs in order to facilitate gene expression patterns. These tracks show the associated mRNAs that co-precipitate with the targeted RNA-binding proteins using RIP-Seq profiling.
This track is a multi-view composite track. For each view there are multiple subtracks that display individually in the browser. The subtracks within this track correspond to different antibodies/target proteins tested in different cell lines.
RBP-mRNA complexes were purified from cells grown according to the approved ENCODE cell culture protocols . RNA samples were amplified and converted to cDNA with the Nugen Ovation© RNA-Seq System and prepped for sequencing with the Illumina mRNA-Seq protocol. Approximately 30 million single end sequencing reads were obtained for each K562 and GM12878. RIP samples were analyzed for signal that was at or above the 60th percentile and statistically enriched compared to the negative control. Sequences were analyzed using TopHat (Trapnell et al., 2009) with Bowtie (Langmead et al., 2009).
Peaks were called from the top 40% of TopHat normalized reads, with a max gap, min run of (24:48). Unions of overlapping peak regions from total RNA replicates (RIP-Input) are presented with p-value from a one tailed t-test for average signal from replicates versus 0 (no cut-off was used for totals). Replicate overlap for positive RIP treatment peaks (ELAVL1 and PABPC1) are presented with a p-value from one tailed t-test versus signal for same the region in negative control replicates (T7-tag). RIP peaks were from sequences longer than 120 bp and p-value < .05. For both totals (RIP-input) and RIPs, the peak scores are scaled relative p-values between treatment and control.
These data were produced and analyzed by a collaboration between the Tenenbaum lab at the University at Albany-SUNY, College of Nanoscale Science and Engineering,the Luiz Penalva group at the Greehey Children's Cancer Research Institute, University of Texas Health Science Center and the Microarray Core Facility at the Center for Functional Genomics, Rensselaer, NY.
Contact:
Scott Tenenbaum
Baroni TE, Chittur SV, George AD, Tenenbaum SA. Advances in RIP-chip analysis : RNA-binding protein immunoprecipitation-microarray profiling . Methods Mol Biol. 2008;419:93-108.
George AD, Tenenbaum SA. MicroRNA modulation of RNA-binding protein regulatory elements . RNA Biol. 2006;3(2):57-9. Epub 2006 Apr 1.
Keene JD, Tenenbaum SA. Eukaryotic mRNPs may represent posttranscriptional operons . Mol Cell. 2002;9(6):1161-7.
Langmead B, Trapnell C, Pop M, Salzberg SL. Ultrafast and memory-efficient alignment of short DNA sequences to the human genome . Genome Biology. 2009 Mar; 10:R25.
Penalva LO, Tenenbaum SA, Keene JD. Gene expression analysis of messenger RNP complexes . Methods Mol Biol. 2004;257:125-34.
Tenenbaum SA, Lager PJ, Carson CC, Keene JD. Ribonomics: identifying mRNA subsets in mRNP complexes using antibodies to RNA-binding proteins and genomic arrays . Methods. 2002 Feb;26(2):191-8.
Data users may freely use ENCODE data, but may not, without prior consent, submit publications that use an unpublished ENCODE dataset until nine months following the release of the dataset. This date is listed in the Restricted Until column, above. The full data release policy for ENCODE is available here.


WITNESS LIST Business & Industry Committee March 9, 1999-2:00P HB 381 For: Cummings, Bill (Self and Texas Silver-Haired Legislature) Rushing, Allan (Self and Tax Assessor - Collectors Association) Wheeler, Max (Self and Tax Assessor - Collector's Association of Texas) HB 1397 For: Gosdin, James L. (Self and Stewart Title Guaranty Co.) HB 1521 For: Hanna, Mark J. (Texas Society of Professional Surveyors) Woller, Joseph M. (Foundation Appraisers Coalition of Texas (FACT)) HB 1522 For: Boldt, Gary (Tx Assoc. of Associated Builders & Contractors) Pinkus, David (Small Business United of Texas) Richards, Bob (TD Industries) Risk, Raymond (Texas Construction Association) Sewell, Jim (Associated General Contractors - TX Building Branch) Against: Kerstein, Debora (Self and Texas Association of Builders) Webster, Keller W. (Self) On: Mintz, David (Texas Apartment Association) HB 2054 For: Bass, Robert (Self and Lumbermen's Assoc. of TX) Lewis, George (Self and Tx Assoc. of Builders) Risk, Raymond (Tx Construction Association) Against: Shields, Thomas A. (Self)


Phillip Eby (the PEAK guy) rewrote the WSGI interface spec. It describes a standard interface between servers and applications. Most commonly that would actually be between servers and frameworks. Discussion is on Web-SIG. I think the proposal looks very straight-forward and general, and it could be quite useful in straightening out the mess we're in with respect to Python web programming.


You can implement your own Observable operators. This page shows you how.
If your operator is designed to originate an Observable, rather than to transform or react to a source Observable, use the create( )
method rather than trying to implement Observable
manually. Otherwise, follow the instructions below.
The following example shows how you can chain a custom operator (in this example: myOperator
) along with standard RxJava operators by using the lift( )
operator:
Observable foo = barObservable.ofType(Integer).map({it*2}).lift(new myOperator<T>()).map({"transformed by myOperator: " + it});
The following section will show how to form the scaffolding of your operator so that it will work correctly with lift( )
.
Define your operator as a public class that implements the Operator
interface, like so:
public class myOperator<T> implements Operator<T> {
public myOperator( /* any necessary params here */ ) {
/* any necessary initialization here */
}
@Override
public Subscriber<? super T> call(final Subscriber<? super T> s) {
return new Subscriber<t>(s) {
@Override
public void onCompleted() {
/* add your own onCompleted behavior here, or just pass the completed notification through: */
if(!s.isUnsubscribed()) {
s.onCompleted();
}
}
@Override
public void onError(Throwable t) {
/* add your own onError behavior here, or just pass the error notification through: */
if(!s.isUnsubscribed()) {
s.onError(t);
}
}
@Override
public void onNext(T item) {
/* this example performs some sort of simple transformation on each incoming item and then passes it along */
if(!s.isUnsubscribed()) {
transformedItem = myOperatorTransformOperation(item);
s.onNext(transformedItem);
}
}
};
}
}
isUnsubscribed( )
status before it emits any item to (or sends any notification to) the Subscriber. Do not waste time generating items that no Subscriber is interested in seeing.onNext( )
method any number of times, but these calls must be non-overlapping.onCompleted( )
or onError( )
method, but not both, exactly once, and it may not subsequently call a Subscriber's onNext( )
method.serialize( )
operator to it to force the correct behavior.first( )
is defined as take(1)
.
single( )
ignoreElements( )
is defined as filter(alwaysFalse( ))
reduce(a)
is defined as scan(a)
.
last( )
onError( )
calls.


Deepak Chahar’s hat-trick guides India to beat Bangladesh in T20I, win series
by JKR StaffIndia on Sunday defeated Bangladesh by 30 runs in the third and final T20 International match at Vidarbha Cricket Association Stadium, Nagpur to win the series 2-1. Deepak Chahar was the pick of Indian bowlers, who picked up six wickets by conceding just seven runs.
Put to bat first, India made 174/5 in 20 overs with Shreyas Iyer scoring an impressive fifty with his knock of 62 including five huge sixes and three boundaries off Afif Hossain’s bowling. This also included three sixes in just one over. KL Rahul was another Indian batsman to score fifty.
India’s performance was remarkable given that they lost captain Rohit Sharma very early on in their innings when the team’s score was just three.
For Bangladesh, Saiful Islam and Soumya Sarkar took two wickets each.
Bangladesh’s start was electric but they lost steam as the Indian bowlers particularly Deepak Chahar and debutant Shivam Dube began to wreak havoc. His spell of 6-7 included a hat-trick in the last over. Deepak’s 6-7 is also the best ever bowling performance by any bowler in a T20 International match. He beat the previous record held by Ajantha Mendis of Sri Lanka, who had the spell of 6-8.
Shivam’s spell of 3-20 included the wicket of the Bangladeshi top-scorer Mohammad Naim, who made 81 off 48 balls including two sixes and 10 fours. At one point, Naim appeared to take the game away from India until he was deceived by Shivam.
Chahar picked up his first-ever five-wicket haul in a T20 International match. His hat-trick was also the first-ever by any Indian.


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Hurting Hewitt pans Davis Cup scheduling after Australia eliminated
Australia captain Lleyton Hewitt criticised the scheduling at the revamped Davis Cup Finals after his team lost 2-1 to Canada in the quarter-finals on Thursday.
MADRID: Australia captain Lleyton Hewitt criticised the scheduling at the revamped Davis Cup Finals after his team lost 2-1 to Canada in the quarter-finals on Thursday.
Australia, playing their third match in successive nights, lost Nick Kyrgios to a collarbone injury before the quarter-final and faced a Canadian team who has a day off on Wednesday.
"The scheduling is a big problem," twice Grand Slam champion Hewitt told reporters.
"You know, for us to have had to play these three nights in a row, it's not ideal.
"Yeah, I understand it's the first time and you're going to have hiccups and you've got to learn from it. But there's been a lot of small problems, that's for sure."
After a two-month break, Kyrgios had been in fine form in Madrid, bashing down 22 aces in a straight sets victory over Steve Darcis late on Wednesday to help Australia beat Belgium and reach the last eight.
But the 24-year-old pulled up sore on Thursday and was replaced by Jordan Thompson, who lost in straight sets to Vasek Pospisil in the opening singles rubber.
"I think (the injury) was similar to what he had at Laver Cup time," Hewitt said of Kyrgios's collarbone problem.
"That's just the way the cards fell. It's been pretty tough I guess trotting back out the last three nights as well.

Hewitt has been a vocal critic of the revamp of the 119-year-old tournament that originally had home and away ties played throughout the year.
Defeat, however, was no less difficult for the 38-year-old, who holds Australia's record for Davis Cup ties and wins as a player.

"The format changed but we still came here to give absolutely everything we could, and we did that.
"So, yeah, we're all hurting at the moment. But it just shows that it means something, which is good."
(Reporting by Ian Ransom in Melbourne; Editing by Peter Rutherford)


Provides a backward-pipe operator for 'magrittr' (%<%) or 'pipeR' (%<<%) that allows for a performing operations from right-to-left. This allows writing more legible code where right-to-left ordering is natural. This is common with hierarchies and nested structures such as trees, directories or markup languages (e.g. HTML and XML). The package also includes a R-Studio add-in that can be bound to a keyboard shortcut.
| Version: | 0.2.3 |
| Depends: | R (≥ 3.1.0) |
| Suggests: | magrittr (≥ 1.5), pipeR (≥ <IP_ADDRESS>), R6 (≥ 2.1.1), testthat (≥ 1.0.0), shiny (≥ 0.12.1), knitr (≥ 1.11), rstudioapi (≥ 0.7), rmarkdown |
| Published: | 2018-06-26 |
| Author: | Christopher Brown [aut, cre], Decision Patterns [cph] |
| Maintainer: | Christopher Brown <chris.brown at decisionpatterns.com> |
| BugReports: | https://github.com/decisionpatterns/backpipe/issues |
| License: | GPL-2 | file LICENSE |
| URL: | https://github.com/decisionpatterns/backpipe |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | backpipe results |
| Reference manual: | backpipe.pdf |
| Vignettes: |
Backpipe Operations |
| Package source: | backpipe_0.2.3.tar.gz |
| Windows binaries: | r-devel: backpipe_0.2.3.zip, r-release: backpipe_0.2.3.zip, r-oldrel: backpipe_0.2.3.zip |
| OS X binaries: | r-release: backpipe_0.2.3.tgz, r-oldrel: backpipe_0.2.3.tgz |
| Old sources: | backpipe archive |
Please use the canonical form https://CRAN.R-project.org/package=backpipe to link to this page.


Currently {{(buildStats|async).numberOfBuilds}} builds of {{(buildStats|async).projects.length}} projects with {{(buildStats|async).numberOfLabels}} Labels


Introduction
Class CPictureEx
was written for an MFC-project, that
required support for banners in JPEG and GIF formats. Static banners
weren't hard to display using the OleLoadPicture
function and
the IPicture
interface, but dealing with animated GIFs was a
whole different story.
Having rummaged through numerous Internet-links, I discovered that
there's only one free option available - a COM-object by George Tersaakov on CodeGuru. Unfortunately, it
had problems with displaying some of my test GIFs. Of course, I could buy
a third-party library, but in that case I would pay for an extra
functionality (which I didn't actually need). I decided to give it a try
and write my own class. The basic idea was to split a GIF into separate
frames and display the frames with the familiar combination of
OleLoadPicture
and IPicture
. After thoroughly
reading through specifications of GIF87a and GIF89a I wrote the class that
I bring to your attention. Note that CPictureEx
can display
not only GIFs (including animated GIFs) but also JPEG, BMP, WMF, ICO and
CUR (that is, everything that OleLoadPicture
knows of). Later
on, I wrote an ATL-version of the class.
How you use the MFC-version (CPictureEx
)
Add a Static text or a Picture control to your dialog (Group box will
do the trick as well); change the ID of that control to something like
IDC_MYPICTURE
; use the ClassWizard to associate a member
variable (for example m_Picture) with the control added, Category -
Control, Variable type - CStatic
; in your dialog's header
file replace the variable type from CStatic
to
CPictureEx
(don't forget to #include "PictureEx.h"
and add
PictureEx.h and PictureEx.cpp to your project); in
OnInitDialog
(or anywhere you fancy) add these lines:
if (m_Picture.Load(_T("mypicture.gif")))
m_Picture.Draw();
Sit back and enjoy the animation :)
You can also treat CPicture
as a standard
CStatic
, and manually create it (you'll have to, if your host
window is not a dialog) by calling CPictureEx::Create()
, and
then CPictureEx::Load
and CPictureEx::Draw
.
How you use the ATL-version (CPictureExWnd
)
To use the ATL-version (CPictureExWnd
) follow the same
steps, but instead of using ClassWizard, manually add a variable of type
CPictureExWnd
in your class and add the following code to
your WM_INITDIALOG handler function:
HWND hWnd = GetDlgItem(IDC_MYPIC);
if (hWnd) m_wndBanner.SubclassWindow(hWnd);
After that, you can call CPictureExWnd::Load()
and
CPictureExWnd::Draw()
. Of course, you can also call
CPictureExWnd::Create
directly - CPictureExWnd
is just another window with some extra functionality in its window
procedure.
Interface functions
BOOL Load(...)
- loads a GIF and prepares an object for
drawing;
BOOL Draw()
- draws the picture or continues animation;
void Stop()
- stops
animation;
void UnLoad()
- stops
animation and releases all resources;
void
SetBkColor(COLORREF)
- sets the fill color for transparent areas;
COLORREF GetBkColor()
- gets the current fill color;
BOOL IsGIF()
- TRUE if the current picture is a GIF;
BOOL IsAnimatedGIF()
- TRUE if the current picture is
an animated GIF;
BOOL IsPlaying()
- TRUE if an animation is being shown
for the current picture;
SIZE GetSize()
- returns the picture's dimensions;
int GetFrameCount()
-
returns the number of frames in the current picture;
BOOL GetPaintRect(RECT *lpRect)
- returns the current
painting rectangle;
BOOL SetPaintRect(const RECT
*lpRect)
- sets the current painting rectangle;
CPictureEx[Wnd]::Load
is available in three versions:
BOOL Load(LPCTSTR szFileName);
This version loads a picture from the file szFileName
. The
function's return type indicates the success of the loading.
BOOL Load(HGLOBAL hGlobal, DWORD dwSize);
This Load gets a handle to the global memory block, allocated with
GlobalAlloc
and GMEM_MOVEABLE
flag. The function
does not free the memory, so don't forget to
GlobalFree
it. The return value indicates the success of the
loading.
BOOL Load(LPCTSTR szResourceName,LPCTSTR szResourceType);
The function gets a name for the resource with a picture and a name for
the type of that resource. For example:
m_Picture.Load(MAKEINTRESOURCE(IDR_MYPIC),_T("GIFTYPE"));
After loading a picture, display it with
CPictureEx[Wnd]::Draw()
function. If the picture is an
animated GIF, the function will spawn a background thread to perform the
animation, if it's a still picture, it will be displayed right away with
OleLoadPicture/IPicture
. You can stop the spawned thread
anytime with the CPictureEx[Wnd]::Stop()
function. If you
want not only stop the animation but to free all its resources, use
CPictureEx[Wnd]::UnLoad()
(CPictureEx[Wnd]::Load()
calls UnLoad()
automatically).
By default, the picture's background is filled with COLOR_3DFACE (the
background color of dialog windows). If you need to change the picture's
background, call CPictureEx[Wnd]::SetBkColor(COLORREF)
after
calling CPictureEx[Wnd]::Load()
.
Version history
- 1.0 (7 Aug 2001) - initial release;
- 1.1 (6 Sept 2001) - ATL version of the class;
- 1.2 (31 Oct 2001) - various bugfixes:
- Fixed a problem with loading GIFs from resources in MFC-version of
the class for multi-modules apps. Thanks to Ruben Avila-Carretero for
finding this out.
- Got rid of waitable timer in ThreadAnimation(), now
CPictureEx[Wnd] works in Win95 too. Thanks to Alex Egiazarov and Wayne
King for the idea.
- Fixed a visual glitch when using SetBkColor. Thanks to Kwangjin
Lee for finding this out.
- 1.3 (18 Nov 2001) - a bugfix and new features:
- Fixed a DC leak. One DC leaked per each UnLoad() (forgot to put a
ReleaseDC() in the end of CPictureExWnd::PrepareDC() function).
- Now it is possible to set a clipping rectangle using
CPictureEx[Wnd]::SetPaintRect(const LPRECT) function. The LPRECT
parameter tells the class what portion of a picture it should display.
If the clipping rect is not set, the whole picture is shown. Thanks to
Fabrice Rodriguez for the idea.
- Added support for Stop/Draw. Now you can Stop() an animated GIF,
then Draw() it again, it will continue animation from the frame it was
stopped on. You can also know if a GIF is currently playing with the
help of IsPlaying() function.
- Got rid of math.h and made m_bExitThread volatile. Thanks to Piotr
Sawicki for the suggestion.


Define custom style modules with a theme-for
attribute to target
vaadin-form-layout
and vaadin-form-item
elements.
To stay on a safe side, only apply custom styles to either the element
itself (:host
) or the exposed shadow parts ([part~="name"]
).


Bo Brockman
Intro
I am an experienced software developer with a passion for code craftsmanship and clean, maintainable architecture. I have worked alone to see projects from conception to deployment, but I really thrive in team environments, where I've spear-headed many successful initiatives that benefit from the creative collaboration of all involved.
Experience
Fifth Sun - Sr. Software Developer II
May 2015 - Present
Responsibilities & Contributions:
- Conceive, design, implement, & maintain a number of distinct but integrated components to form a large distributed system, managing almost every aspect of Fifth Sun's print-on-demand & fulfillment services.
- Communicate with software shareholders, to gather business requirements, ideate on solutions together, and to train them with the finished tools.
- Create & maintain Git repositories & CI pipelines for all projects.
- Support & lead a small dev team - hire, assign tasks, advise, & advocate.
- Training, mentorship & code reviews of less-senior developers.
TECHNOLOGIES: Git, Python 2 & 3, Docker, NodeJS, Electron, GCP, AppEngine, Cloud Datastore, StackDriver, Memcached, HTML5/CSS3, Vanilla JS (ES6+), jQuery
11 Main, Inc. - Software Developer II
May 2014 - May 2015
Responsibilities & Contributions:
- Research, design & implementation of assigned development tasks.
- Author & implement schema changes as required by development initiatives: Both new schema and fixes/normalization of existing schema.
- Design, plan, & conduct live-coded training sessions for colleagues on numerous technologies and best practices.
- Support & lead a small dev team - hire, assign tasks, advise, & advocateEstablished all department-wide coding standards & best practices for NodeJS projects within the company, and wrote the documentation on the internal wiki.
TECHNOLOGIES: Git, TeamCity, NodeJS, .NET, MySQL, AWS, MS Azure, Memcached, Elastic Search, Express, HTML5/CSS3, Vanilla JS, jQuery


Also in this issue
Dream vacation or daycare disaster: woman unable to stand while being covered by inquisitive baby pandas
Ellen always wanted to hold a baby panda. But she got a few more than she bargained for when visiting the Panda Center. Seven more, to be precise. She had to be rescued by staff when all 8 cubs decided she looked like the perfect perch.
Arizona’s car-hood-egg-fry has it’s earliest date in decades
It’s usually May before Phoenix residents have a chance to fire up the El Camino and fry up some breakfast. But in an unusually warm spring, the first 115-degree day came early and the competition will heat up fast.
Cordless bungee jumping: craze or crazy?
Embracing the latest trend in adventure jumping takes on new meaning when there’s no harness. Hold on! We send our intern to get the inside scoop.
A third story without any outdoor connection
Looking to fill that all-important lower-left spot in the front page, this story shockingly lacks any outdoor content at all. In fact, the editors didn’t seem to put any particular effort in at all to add anything outdoorsy whatsoever.
Looking for Cod in all the wrong places
Cod, the long-time staple of New England fisheries, has been going missing in recent years. Despite some saying the Blessing of the Fleet is to blame, others say 'we just ate them all.'
Wilanów Palace in Warsaw, Poland
New neighbors in Puerto Rico
Hang ten standing still in Munich, Germany
Get a ticket to ride (the ferry) in Sydney, Australia
Destinations
Campfire Stories
The Tale of Two Socks
Loon’s Last Laugh
My Stormy Monday
Gear Reports
Bespoke beauty: London’s handbuilt bikcycle show
Proof that treasures about in every era. We found some golden goodies.


FAST (Father and Son Team) Hacks are our way of spending time together and learning new skills. In this hack, Peter (father) and Xander(son) are connecting a vintage pop machine to the internet. Why? Because pop machines are cool, and so is the internet.
We are not the first to own a personal pop machine, nor are we the first to fill a pop machine with various other beverages. But we could very well be the first to say 'Alexa, get me a beer from the pop machine'.
Hardware
Required Equipment
We found our pop machine for sale on Kijiji. It was still being used in the back of an old garage, and required a good cleaning to get the dust and grease off. The machine will have a manufacturer stamp that contains a sales model that you can Google to obtain information. We were not so lucky with this particular model, but the wiring diagrams contained inside the machine were still in readable condition.
We chose to use a Raspberry Pi 3 that will run a server we can communicate with, and a Kuman K30 5V 8 Channel Relay Shield Module to activate the coin credit mechanism and simulate pop selectoins. These relays can be triggered by the 3.3v GPIO pins on the Pi - some models we tried required 5v. Both products we used can be found on Amazon:
Raspberry Pi 3 Kuman 8 Channel Relay ModuleA good set of crimpers is a must, as are wire strippers, and at least 3 different colors of 16 gauge wire. The Hilitand connectors are a real time saver, and you will need many of the 3-Way types, as well as both female and male Quick Connectors (the blue things attached to the yellow wire in the picture above), and female to female Dupont connectors to connect the Pi GPIO (General Purpose Input/Output) pins to the Relay Module pins.
Hilitand Reusable Spring Lever Terminal Block Connector Dupont ConnectorsPower Tap
When you first open the door on our pop machine, you are greeted with the coin mechanism. There is a small clip to undo, and this swings open to reveal the selector switches behind. The Jones Plug wired to the coin mechanism connects to the pop machine power feed, as well as the selector switches. This is the primary interface that we will tie into.
We quickly located the model number of the coin mechanism (a Coinco 9300-S) and within a few minutes Xander had found a full operations manual and wiring schematic. Given our limited electrical experience, we called in Paul (aka Dad, aka Grandpapa), a subject matter expert, who reviewed the schematics and advised us of the proper wiring required to acheive our goal. We then removed the female receptacle for the Jones Plug, and this is where we will make the first incision. Make sure Power is Off!
After removing the female end of the Jones Plug from its housing, you can see which wires correspond to which pins in the wiring diagram. To power the Raspberry Pi, we will splice into the wires connecting to Pin 1 (VAC HOT) and Pin 2 (VAC NEUTRAL), which are the black and red wires respectively. After cutting the black wire, we used the 3-Way Hilitand connectors to rejoin the black wire, then repeated the procedure on the red wire. This restored the power to the coin mechanism, but allowed us to connect a power plug receptacle using the 3rd slots in the Hilitand connectors. Using the power adpater provided with the Raspberry PI, you can plug it into this receptacle and the adapter will insure that 5V power is provided to the Pi.
Coin Bypass
The coin mechansim is designed to collect coins and dispense change. Once the required credit is reached, the logic board activates the vend relay for 250ms, and now the selector switches can be used to select a beverage.  Xander wanted the machine to continue to function normally for manual operation, so this required that we splice into the existing circuitry, not overlay a new one. So rather than connecting Pin 3 to Pin 7 and calling it done, we elected to wire these up to the first relay on our Raspberry Pi, and use software to activate the vend relay.
The relays on the Kuman relay module are each marked with a NO (Normal Open), NC (Normal Closed) and COM (Common) label. The relay COM connects to Pin 1 (VAC HOT), relay NC connects to Pin 7 (VEND RELAY-NORMALLY CLOSE(HOT)), and relay NO connects to Pin 3 (VEND RELAY-NORMALLY OPEN). We wired the coin bypass to the first relay on our relay module. We used black wire for COM, white for NO, and yellow for NC.
To test the bypass we wired up our Raspberry Pi to the Kuman Relay Module. This requires providing 5V power to the relay board by connecting Pi pin 2 to relay module pin VCC, and ground by connecting Pi pin 39 to relay module pin GND. We then connected Pi pin 11 (GPIO 17) to relay module IN1, which corresponds to the relay we have wired for the coin bypass.
Connecting a keyboard, monitor, and mouse to our Pi, we plug the Pi into the power receptacle, and then plugged in the fridge. Note that our Pi was previously booted and updated following the instructions that came with the Pi. Open a command prompt and execute the commands below. When you enter the third command (echo "out") you should test that the vend relay is not activated already by pressing any of the vending selector switches. If a pop dispenses, the NC and NO are reversed. If nothing happens, proceed with the remaining commands. You should hear the relay activate when you set the value to 1, and deactivate when you set it to 0. You can now press a selector switch and pop should dispense. Congrats you have bypassed the coin credit system.
Command Prompt:
sudo -i
echo "17" > /sys/class/gpio/export
echo "out" > /sys/class/gpio/gpio17/direction
echo "1" > /sys/class/gpio/gpio17/value
echo "0" > /sys/class/gpio/gpio17/value
echo "17" > /sys/class/gpio/unexport
Note that this can take a bit of trial and error, and some of the GPIO pins on the Pi are active "high", and some "low". Likewise, the relay module itself my be active hi or active low. All this really means, if you consider a light switch, is whether it is in the up or down position by default. For purposes of our hack we selected pins that were active hi and mapped our NC and NO connections accordingly, so if you follow suit and have the same relay module you should be fine. Worse case scenario is a bit of rewiring. We read a lot of information on the web about how to fix this with invertors, pull-up resistor, etc. Just reverse NO and NC and move on - it's not worth it.
Selector Switches
Prepare for a lot of wiring at this point. On our machine we have 5 selector switches. If you look closely, the switch itself is also labelled with our familiar NO (NORM OPEN), NC (NORM CLOSED), and COM (COMMON). We were fortunate to have a nice little spot above the coin mechanism to place our relay and Pi. We lined this with and antistatic mat which also serves to protect the back of the relay circuit board from comming into contact with the metal chasis. We created 5 bundles of 36" lengths of wire, with red, yellow, and white wire in each. These were tied together every 6" with electrical tape to keep each bundle separate from the others. We used white for COM, red for NO, and yelllow for NC. Note that this color mapping differs from that used for the coin bypass (basically we ran out of black wire).
Xander then set to work on creating the "splicers" for the selector switches themselves. Each splicer contains a male connector and female connector joined into a 3-Way Hilitand connector. For each switch there are three splicers - one red, one white, one yellow. The 36" wire bundles were routed from the Kuman Relay Module down the existing wiring harness and into the selector switch area. Zip ties keep everything neat and tidy. A yellow splicer is shown below.
For each three wire bundle, connect the appropriate wire colors to the corresponding splicer colors. Starting with the top switch, pry off the female connector on the COMMON switch pole and plug it into the white male splicer connector, and then connect the white female splicer back to the COMMON switch pole. Next pry off the NORM CLOSED female connector from the switch pole, and connect it to the yellow male splicer, and connect the yellow female splicer back to the NORM CLOSED switch pole. Finally, pry off the NORM OPEN female connector from the switch pole, connect it to the male red splicer, and connect the female red splicer back to the NORM OPEN switch poll. Repeat for all switches. If you lose track of which wire bundle connects to which relay you can use a multi-meter to figure this out. The switches are numbered in the circuit diagram, and we made certain to connect the relay module in the same order to make programming easier. So relay module 2 goes to switch 1, module 3 to switch 2, and so on, since we elected to use relay module 1 for the coin bypass.
You can continue to use the previous command line instructions to test each selector switch by first activating the coin bypass (GPIO 17), and then repeating the same commands for the GPIO tied to your relay (replacing the GPIO number accordingly in each command). We mapped the relays as follows:
Pin 11 (GPIO 17) to Relay IN1 (for Vendo coin activation)
Pin 13 (GPIO 27) to Relay IN2 (for beverage 1 selection)
Pin 15 (GPIO 22) to Relay IN3 (for beverage 2 selection)
Pin 12 (GPIO 18) to Relay IN4 (for beverage 3 selection)
Pin 16 (GPIO 23) to Relay IN5 (for beverage 4 selection)
Pin 33 (GPIO 13) to Relay IN6 (for beverage 5 selection)
Hardware Ready
After splicing our relays into all the selector switches, we gently pushed all the wiring into the space remaining around the selector switches, and verified all the manual buttons could still be pressed without interference from the additional wiring. We closed the coin mechanism over the selectors. Below is the finished result.
Software
GitHub Project
The software is fully contained in the github project associated with this page. In addition to the software, instructions for wiring up Twilio are included, but for the Alexa skill you will be on your own. The skill handler is included in the software, but the creation of the skill itself will need to be completed by yourself. Tutorials abound on the internet.
Improvements
The following software additions have been considered:
1. Tracking beverage usage by phone number - useful for billing
2. Tracking inventory - SMS to owner when supplies are low.
3. Paid SMS - receive payments from phone company for SMS users via a per charge SMS number
4. Alexa facts - state useful facts for the beverage dispensed
5. Alexa integration - add the full Alexa client into the Pi, and add microphone and speaker, to remove need for external Alexa speaker.


The Mjolnir Library is release under a standard BSD 2-clause license. This permits you to use the library in open source or comercial products as well as modify the library and redistribute it so long as the conditions are met.
This is among the most permissive licenses there are.
This license is a legal agreement between you and the Ibidem Team for the use of Mjolnir (the "Software"). By obtaining the Software you agree to comply with the terms and conditions of this license. Copyright (c) 2013 Ibidem Team All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.


This tutorial will introduce you to .NET framework using C# language.
You will also learn to create a C Sharp based web application using .NET framework.
This is a complete online course and covers topics like accessing data, classes & objects, file commands, window forms etc.
What should I know?
- Basic knowledge of C programming and OOP concept will be an additional help.
The .Net framework is a software development platform developed by Microsoft. The framework was meant to create applications, which would run on the Windows Platform. The first version of the .Net framework was released in the year 2002.
The version was called .Net framework 1.0.
The .Net framework has come a long way since then, and the current version is 4.7.1.
The .Net framework can be used to create both - Form-based and Web-based applications. Web services can also be developed using the .Net framework.
The framework also supports various programming languages such as Visual Basic and C#. So developers can choose and select the language to develop the required application. In this chapter, you will learn some basics of the .Net framework.
.net framework architecture diagram
C# and .Net Version History
The first version of the .Net framework was released in the year 2002. The version was called .Net framework 1.0.
The .Net framework has come a long way since then, and the current version is 4.7.1.
For example, in framework 3.5 and onwards a key framework called the Entity framework was released. This framework is used to change the approach in which the applications are developed while working with databases.
The biggest advantage of the .Net framework is that it supports Windows platform. Almost everyone works with Windows machines.
Microsoft always ensures that .Net frameworks are in compliance with all the supported Windows operating systems.
Download and Install Visual Studio
Microsoft Visual Studio is an integrated development environment (IDE) from Microsoft. It is used to develop computer programs for Microsoft Windows. Visual Studio is one stop shop for all applications built on the .Net platform. One can develop, debug and run applications using Visual Studio.
Both Forms-based and web-based applications can be designed and developed using this IDE. The Visual Studio has the below-mentioned features
Visual basic installation link: https://visualstudio.microsoft.com/downloads/
C# is one of the languages provided by Microsoft to work with .Net. This language encompasses a rich set of features, which allows developing different types of applications.
C# is an object-oriented programming language and resembles several aspects of the C++ Language. In this tutorial, we see how to develop our first application.
This will be a basic console application, we will then explore different data types available in the C# language as well as the control flow statements.
Let's follow the below mentioned steps to get this example in place
- The first step involves the creation of a new project in Visual Studio. For that, once the Visual Studio is launched, you need to choose the menu option New->Project.
- The next step is to choose the project type as a Console application. Here, we also need to mention the name and location of our project.
- Now let's write our code which will be used to display the string "Hello World" in the console application
- Run your .Net program. To run any program, you need to click the Start button in Visual Studio.
All the below code needs to be entered into the Program.cs file. The code will be used to write "Hello World" when the console application runs.
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace DemoApplication
{
class Program
{
static void Main(string[] args)
{
Console.Write("Hello World");
Console.ReadKey();
}
}
}
The C# language comes with a set of Basic data types. These data types are used to build values which are used within an application. Let's explore the basic data types available in C#. For each example, we will modify just the main function in our Program.cs file.
- Integer
An Integer data types are used to work with numbers. In this case, the numbers are whole numbers like 10, 20 or 30. In C#, the datatype is denoted by the Int32 keyword. Below is an example of how this datatype can be used.
In our example, we will define an Int32 variable called num. We will then assign an Integer value to the variable and then display it accordingly.
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace DemoApplication
{
class Program
{
static void Main(string[] args)
{
Int32 num=30;
Console.Write(num);
Console.ReadKey();
}
}
}
- Double
A double data type is used to work with decimals. In this case, the numbers are whole numbers like 10.11, 20.22 or 30.33. In C#, the datatype is denoted by the keyword "Double". Below is an example of this datatype
In our example, we will define a double variable called num. We will then assign a Double value to the variable and then display it accordingly.
sing System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace DemoApplication
{
class Program
{
static void Main(string[] args)
{
double num=30.33;
Console.Write(num);
Console.ReadKey();
}
}
}
- Boolean
A boolean data type is used to work with Boolean values of true and false. In C#, the datatype is denoted by the Boolean keyword. Below is an example of this datatype can be used.
In our example, we will define a Boolean variable called 'status.' We will then assign a boolean value to the variable and then display it accordingly.
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace DemoApplication
{
class Program
{
static void Main(string[] args)
{
Boolean status=true;
Console.Write(status);
Console.ReadKey();
}
}
}
- String
A String data type is used to work with String values. In C#, the datatype is denoted by the keyword 'String'. Below is an example of this datatype.
In our example, we will define a String variable called 'message.' We will then assign a String value to the variable and then display it accordingly.
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace DemoApplication
{
class program
{
static void Main(string[] args)
{
String message="Hello";
Console.Write(message);
Console.ReadKey();
}
}
}
An enumeration is used in any programming language to define a constant set of values. For example, the days of the week can be defined as an enumeration and used anywhere in the program. In C#, the enumeration is defined with the help of the keyword 'enum'.
In our example, we will define an enumeration called days, which will be used to store the days of the week. For each example, we will modify just the main function in our Program.cs file.
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace DemoApplication
{
class Program
{
enum Days{Sun,Mon,tue,Wed,thu,Fri,Sat};
static void Main(string[] args)
{
Console.Write(Days.Sun);
Console.ReadKey();
}
}
}
A variable is a name given to a storage area that is used to store values of various data types. Each variable in C# needs to have a specific type, which determines the size and layout of the variable's memory.
In our example, we will define two variables, one of the type 'string' and the other of the type 'Integer'. We will then display the values of these variables to the console. For each example, we will modify just the main function in our Program.cs file.
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace DemoApplication
{
class Program
{
static void Main(string[] args)
{
String message="The value is ";
Int32 val=30;
Console.Write(message+val);
Console.ReadKey();
}
}
}


@(name:String, desired_weight:String, BMR:String, dcal1:String, dcal2:String, userExercises: List[UserExercise])


JSMIDGen reference
To learn more JSMIDGEN,
please visit https://github.com/dingram/jsmidgen
addNote
var track = new Midi.Track();
track.addNote(0, 'c4', 64);
addChord
var track = new Midi.Track();
var c = mm.MakeChord("c5", mm.ChordType.Major);
track.addChord(0, c, beat*4);
setTempo
track.setTempo(bpm[, time])
setInstrument
track.setInstrument(channel, instrument[, time])
Music Maker Reference
You can find many of these functions in the 'MusicMaker' module.
GetNoteNumber(aNote)
Converts a note string to a number. Returns an integer.
aNote: note to convert
MakeChord(root,type: ChordType)
Creates a chord based on note and chord type.
root: This can be a note like the string "c4" or an integer.
type: Type of chord. Please refer to the 'ChordType' enumeration.
MakeScale(note, type: ScaleType, octaves: number)
Creates a scale based on note and type.
root: This can be a note like the string "c4" or an integer.
type: Type of scale. Please refer to the 'ScaleType' enumeration.
SelectRandom(myArray)
Selects a random element from 'myArray' and returns it.
myArray: is an array of stuff.
AddRhythmPattern(track,strPattern: string, note: number)
Provides an easy way to express patterns of notes
track: represents a track objects from jsmidgen
strPattern: Provide a string to represent a pattern of sound. Each character represents a 16th note. x plays the note. - advances by a 16th note. All other characters are ignored.
note: Note to play.
ChordChange(chord,length:number)
Class represents a chord played over a number of beats.
chord: an array of notes or chord
length: number of beats to play chord.
Chord Players
You can use chord player classes to generate music patterns based on a sequency of chords or chord progression.
Some of the chord player classes include the following: Arpeggio1, BassPLayer1, BassPLayer2, BassPLayer3,
OffBeatPlayer, RandomPlayer, and SimplePlayer
To use a chord player class, create an instance of the class and call the following: PlayFromChordChanges(track,chordList,channel)
Reference classes
export class DrumNotes{
static BassDrum1: number = 35;
static SideStick: number = 37;
static SnareDrum: number = 38;
static HandClap: number = 39;
static ElectricSnare: number = 40;
static LowFloorTom: number = 41;
static HighFloorTom: number = 43;
static LowTom: number = 45;
static LowMidTom: number = 47;
static HiMidTom: number = 48;
static Tambourine: number = 54;
static ClosedHighHat: number = 42;
static OpenHighHat: number = 46;
static Bongo1: number = 60;
static Bongo2: number = 61;
static Congo1: number = 62;
static Congo2: number = 63;
static Congo3: number = 64;
static Timbale1: number = 65;
static Timbale2: number = 66;
static CowBell: number = 56;
}
export class Instruments{
static AcousticGrandPiano : number = 0;
static BrightAcousticPiano : number = 1;
static ElectricGrandPiano : number = 2;
static Honk3tonkPiano : number = 3;
static ElectricPiano1 : number = 4;
static ElectricPiano2 : number = 5;
static Harpsichord : number = 6;
static Clavi : number = 7;
static Celesta : number = 8;
static Glockenspiel : number = 9;
static MusicBox : number = 10;
static Vibraphone : number = 11;
static Marimba : number = 12;
static X13lophone : number = 13;
static TubularBells : number = 14;
static Dulcimer : number = 15;
static DrawbarOrgan : number = 16;
static PercussiveOrgan : number = 17;
static RockOrgan : number = 18;
static ChurchOrgan : number = 19;
static ReedOrgan : number = 20;
static Accordion : number = 21;
static Harmonica : number = 22;
static TangoAccordion : number = 23;
static AcousticGuitarN24lon : number = 24;
static AcousticGuitarSteel : number = 25;
static ElectricGuitarJazz : number = 26;
static ElectricGuitarClean : number = 27;
static ElectricGuitarMuted : number = 28;
static OverdrivenGuitar : number = 29;
static DistortionGuitar : number = 30;
static Guitarharmonics : number = 31;
static AcousticBass : number = 32;
static ElectricBassfinger : number = 33;
static ElectricBasspick : number = 34;
static FretlessBass : number = 35;
static SlapBass1 : number = 36;
static SlapBass2 : number = 37;
static S38nthBass1 : number = 38;
static S39nthBass2 : number = 39;
static Violin : number = 40;
static Viola : number = 41;
static Cello : number = 42;
static Contrabass : number = 43;
static TremoloStrings : number = 44;
static PizzicatoStrings : number = 45;
static OrchestralHarp : number = 46;
static Timpani : number = 47;
static StringEnsemble1 : number = 48;
static StringEnsemble2 : number = 49;
static S50nthStrings1 : number = 50;
static S51nthStrings2 : number = 51;
static ChoirAahs : number = 52;
static VoiceOohs : number = 53;
static S54nthVoice : number = 54;
static OrchestraHit : number = 55;
static Trumpet : number = 56;
static Trombone : number = 57;
static Tuba : number = 58;
static MutedTrumpet : number = 59;
static FrenchHorn : number = 60;
static BrassSection : number = 61;
static S62nthBrass1 : number = 62;
static S63nthBrass2 : number = 63;
static SopranoSax : number = 64;
static AltoSax : number = 65;
static TenorSax : number = 66;
static BaritoneSax : number = 67;
static Oboe : number = 68;
static EnglishHorn : number = 69;
static Bassoon : number = 70;
static Clarinet : number = 71;
static Piccolo : number = 72;
static Flute : number = 73;
static Recorder : number = 74;
static PanFlute : number = 75;
static BlownBottle : number = 76;
static Shakuhachi : number = 77;
static Whistle : number = 78;
static Ocarina : number = 79;
static Lead1square : number = 80;
static Lead2sawtooth : number = 81;
static Lead3calliope : number = 82;
static Lead4chiff : number = 83;
static Lead5charang : number = 84;
static Lead6voice : number = 85;
static Lead7fifths : number = 86;
static Lead8BassLead : number = 87;
static Pad1newage : number = 88;
static Pad2warm : number = 89;
static Pad3pol90s90nth : number = 90;
static Pad4choir : number = 91;
static Pad5bowed : number = 92;
static Pad6metallic : number = 93;
static Pad7halo : number = 94;
static Pad8sweep : number = 95;
static FX1rain : number = 96;
static FX2soundtrack : number = 97;
static FX3cr98stal : number = 98;
static FX4atmosphere : number = 99;
static FX5brightness : number = 100;
static FX6goblins : number = 101;
static FX7echoes : number = 102;
static FX8scifi : number = 103;
static Sitar : number = 104;
static Banjo : number = 105;
static Shamisen : number = 106;
static Koto : number = 107;
static Kalimba : number = 108;
static Bagpipe : number = 109;
static Fiddle : number = 110;
static Shanai : number = 111;
static TinkleBell : number = 112;
static Agogo : number = 113;
static SteelDrums : number = 114;
static Woodblock : number = 115;
static TaikoDrum : number = 116;
static MelodicTom : number = 117;
static S118nthDrum : number = 118;
static ReverseC119mbal : number = 119;
static GuitarFretNoise : number = 120;
static BreathNoise : number = 121;
static Seashore : number = 122;
static BirdTweet : number = 123;
static TelephoneRing : number = 124;
static Helicopter : number = 125;
static Applause : number = 126;
static Gunshot : number = 127;
}
export enum ChordType{
Major,Minor, M7, Major7, Minor7
}
export enum ScaleType{
Major, Minor, MinorPentatonic, MajorPentatonic, Blues, Spanish
}


Xerox considers bid for PC maker HP - WSJ
Xerox Holdings Corp is considering making a cash-and-stock offer for personal computer maker HP Inc at a premium to its market value of US$27 billion, the Wall Street Journal reported on Tuesday.
REUTERS: Xerox Holdings Corp is considering making a cash-and-stock offer for personal computer maker HP Inc at a premium to its market value of US$27 billion, the Wall Street Journal reported on Tuesday.
Xerox's board discussed the possibility on Tuesday, the newspaper said https://www.wsj.com/articles/xerox-considers-takeover-offer-for-hp-11573012201?mod=breakingnews, citing people familiar with the matter.
There is no guarantee that Xerox will follow through with an offer or that one would succeed, it added.
Xerox and HP did not immediately respond to Reuters' requests for comment.
(Reporting by Shubham Kalia in Bengaluru; Editing by Subhranshu Sahu)


To declare a new JavaScript object, you can use any of the following syntaxes:
It's best to use the second format if you already know what your properties and values are going to be.
You can also use the constructor function, which uses the "this" syntax for it's properties. In this way, you can create new instances of the object you declare. First you need to establish the structure like so.
To create a new instance of the object with this structure:
To create other objects from this structure, you just need to replace the variable name with a new name.
Theyre are two different ways to access properties within an object, bracket and dot notation. Just make sure to stick to one!
Sometimes you will be working with an object inside of other objects and want to access those properties. To access those you can use this syntax:
To add and delete properties to an object is very simple. To add a property, use the same syntax as you would if you were trying to access a property and then set it equal to what you want. If it does not exist, it will automatically add the property, if it does, it will update the property.
To delete a property simply type delete and then the same syntax you would use to add the property.
You can define a function inside of an object that can be used on the object itself. They are defined just like normal functions excpet you have to assign them as a value of a property.
Now you can call that function on the object, using the method name, which is the property name.


Welcome
WelcomeDescription
ContentDistribution
ContentDistributionDescription
CreateACertificate
CreateACertificateDescription
TransparentNetwork
TransparentNetworkDescription
AlternativeSystem
AlternativeSystemDescription
YouAreBank
YouAreBankDescription
MakeBackup
MakeBackupDescription
ObtainCrea
ObtainCreaDescription
Mining
Buy
Exchange
Invite
UserReady
UserReadyDescription


|
| void | test3Shapes (Integer widthInteger, Integer heightInteger, @NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has three adjacent Shapes, then their x positions are correct. More...
|
| |
| void | test3Shapes (String widthString, String heightString, @NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has three adjacent Shapes, then their x positions are correct. More...
|
| |
| void | test3Shapes (Float widthFloat, Float heightFloat, @NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has three adjacent Shapes, then their x positions are correct. More...
|
| |
| void | whenADrawingHasOneShapeThenItsXPositionIsCorrectFloatMax (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has one adjacent Shape, then its x position is correct. More...
|
| |
| void | whenADrawingHasOneShapeThenItsXPositionIsCorrectFloatMaxMinus1 (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has one adjacent Shape, then its x position is correct. More...
|
| |
| void | whenADrawingHasOneShapeThenItsXPositionIsCorrectRandomFailed (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has one default Shape, then its x position is correct. More...
|
| |
| void | whenADrawingHasOneShapeThenItsXPositionIsCorrectRandomFailedLowValue (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has one default Shape, then its x position is correct. More...
|
| |
| void | whenADrawingHasOneShapeThenItsXPositionIsCorrectRandomFailedSetExplicitDimensions (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has one default Shape, then its x position is correct. More...
|
| |
| void | whenADrawingHasThreeAdjacentDefaultCirclesAddedSequentiallyThenTheirExplicitXPositionsAreCorrectFixed (BDDSoftAssertions softly) |
| |
| void | whenADrawingHasThreeAdjacentDefaultCirclesThenTheirExplicitXPositionsAreCorrectFixed (BDDSoftAssertions softly) |
| |
| void | whenADrawingHasThreeAdjacentDefaultShapesThenTheirExplicitXPositionsAreCorrectMaxSize (BDDSoftAssertions softly) |
| |
| void | whenADrawingHasThreeAdjacentShapesThenTheirXPositionsAreCorrectRandom (@NotNull BDDSoftAssertions softly) |
| |
| void | whenADrawingHasThreeAdjacentShapesThenTheirXPositionsAreCorrectRandomFailed (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has three adjacent Shapes, then their x positions are correct. More...
|
| |
| void | whenADrawingHasThreeAdjacentShapesThenTheirXPositionsAreCorrectRandomFailed02 (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has three adjacent Shapes, then their x positions are correct. More...
|
| |
| void | whenADrawingHasThreeAdjacentShapesThenTheirXPositionsAreCorrectRandomFailed02LowValue (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has three adjacent Shapes, then their x positions are correct. More...
|
| |
| void | whenADrawingHasThreeAdjacentShapesThenTheirXPositionsAreCorrectRandomFailedLowValue (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has three adjacent Shapes, then their x positions are correct. More...
|
| |
| void | whenADrawingHasThreeAdjacentShapesThenTheirXPositionsAreCorrectRandomFailedLowValueSimple (@NotNull BDDSoftAssertions softly) |
| | Test that, when a Drawing has three adjacent Shapes, then their x positions are correct. More...
|
| |
| void | whenADrawingHasTwoAdjacentDefaultCirclesThenTheirImplicitXPositionsAreCorrectFixed (BDDSoftAssertions softly) |
| |
| void | whenADrawingHasTwoAdjacentDefaultShapesThenTheirExplicitXPositionsAreCorrectFixed (BDDSoftAssertions softly) |
| |
| void | whenASquare100DrawingHasTwoAdjacentCirclesThenTheirExplicitXPositionsAreCorrect (BDDSoftAssertions softly) |
| |
| void com.aarrelaakso.drawl.ShapeDrawingTestProtected.XPosition.Explicit.whenADrawingHasOneShapeThenItsXPositionIsCorrectRandomFailedSetExplicitDimensions |
( |
@NotNull BDDSoftAssertions |
softly | ) |
|
|
package |
Test that, when a Drawing has one default Shape, then its x position is correct.
This version uses a couple of specific numbers that were chosen randomly but fail reliably for three shapes. Do they also fail for one shape (which is easier to debug)?
This version also uses setExplicitDimensions() instead of setExplicitWidth() and setExplicitHeight().
- Parameters
-
| softly | Allows using JAssert softly.then assertions. |


By Sumit Rathore
Python Introduction
This is first tutorial of python course. It conatain basic Introduction of python and some basic syntax rules.
Welcome to Nucleons Community
By Sumit Rathore
This is first tutorial of python course. It conatain basic Introduction of python and some basic syntax rules.
By Sumit Rathore
Q-Learning is part of Reinforcement Learning. We will use Q-Learning to make intelligent agent whcih play specific game.
Welcome To Nucleons Community
Learn More About
This course contains all articles on Machine Learning.
Learn More About
This course contains all articles on deep neural network.
Learn More About
This course contains all articles on Natural Language Processing.
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This course contains all articles on python.


Hi, I'm Sonya. I'm a recent graduate of the University of Illinois at Urbana–Champaign, where I earned my Bachelor of Arts in Economics, with a minor in Computer Science. I have experience writing production-level software from my internship at Liquidnet, where I served as a software engineer intern, creating web apps and in-house tools. I'm also accustomed to the fast-paced start-up environment from my internship at Alley, where I was a business development & operations intern.
I'm currently looking for full-time opportunities as a developer, where I can continue to foster my passion for learning and problem-solving.
Group project that won the Best Engineering and Business Potential Award given for the web app competition at Research Park. Allows users to easily create password protected rooms, add users, share and collaborate on code snippets, and chat seamlessly featuring our split-screen design. I created the UI and worked on the front-end.


---
layout: post
title: masterand commander lord lets hope not taken
date: '2011-04-15T16:00:00-07:00'
tags:
- retro camera
tumblr_url: http://blog.dishbreak.com/post/4643606584/masterand-commander-lord-lets-hope-not-taken
---
Master…and commander? Lord, let’s hope not. Taken at San Diego Air and Space Museum.


“You keep using that word. I do not think it means what you think it means.”
The development of statistics over the past century has seen the proliferation of methods designed to allow inferences from data. Methods vary widely in their philosophical foundations, the questions they are supposed to address, and their frequency of use in practice. One popular and widely-promoted class of methods comprises interval estimates. There are a variety of approaches to interval estimation, differing in their philosophical foundation and computation, but informally all are supposed to be estimates of a parameter that account for measurement or sampling uncertainty by yielding a range of values for the parameter instead of a single value.
Of the many kinds of interval estimates, the most popular is the confidence interval (CI). Confidence intervals are introduced in almost all introductory statistics texts; they are recommended or required by the methodological guidelines of many prominent journals (e.g., Psychonomics Society, 2012; Wilkinson & Task Force on Statistical Inference, 1999); and they form the foundation of methodological reformers’ proposed programs (G. Cumming, 2014; Loftus, 1996). In the current atmosphere of methodological reform, a firm understanding of what sorts of inferences confidence interval theory does, and does not, allow is critical to decisions about how science is to be done in the future.
In this paper, we argue that advocacy of CIs is based on a folk understanding rather than a principled understanding of CI theory. We outline three fallacies underlying the folk theory of CIs, and place these in the philosophical and historical context of CI theory proper. Through an accessible example adapted from the statistical literature, we show how CI theory differs from the folk theory of CIs. Finally, we show the fallacies of confidence in the context of a CI advocated and commonly used for ANOVA and regression analysis, and discuss the implications of the mismatch between CI theory and the folk theory of CIs.
Our main point is this: confidence intervals should not be used as modern proponents suggest because this usage is not justified by confidence interval theory. The benefits that modern proponents see CIs as having are considerations outside of confidence interval theory; hence, if used in the way CI proponents suggest, CIs can provide severely misleading inferences. For many CIs, proponents have not actually explored whether the CI supports reasonable inferences or not. For this reason, we believe that appeal to CI theory is redundant in the best cases, when inferences can be justified outside CI theory, and unwise in the worst cases, when they cannot.


Class: Aws::Polly::Presigner
| Relationships & Source Files | |
| Inherits: | Object |
| Defined in: | gems/aws-sdk-polly/lib/aws-sdk-polly/presigner.rb |
Overview
Allows you to create presigned URLs for synthesize_speech
Example Use:
signer = Aws::Polly::Presigner.new url = signer.synthesize_speech_presigned_url( output_format: 'mp3', text: 'Hello World', voice_id: 'Ewa' )
Class Method Summary
- .new(options = {}) ⇒ Presigner constructor
Instance Method Summary
Constructor Details
.new(options = {}) ⇒ Presigner
# File 'gems/aws-sdk-polly/lib/aws-sdk-polly/presigner.rb', line 39
def initialize( = {}) if !( .keys - [:credentials, :region, :client]).empty? raise ArgumentError, ':options may only contain :client, :region, :credentials '\ 'keys. Please use the :client option instead.' end @client = [:client] || Aws::Polly::Client.new( ) end
Instance Method Details
#synthesize_speech_presigned_url(params = {})
# File 'gems/aws-sdk-polly/lib/aws-sdk-polly/presigner.rb', line 50
def synthesize_speech_presigned_url(params = {}) req = @client.build_request(:synthesize_speech, params) context = req.context parts = [] req.context.operation.input.shape.members.each do |name, ref| parts << [ ref, params[name] ] unless params[name].nil? end query = Aws::Rest::Request::QuerystringBuilder.new.build(parts) endpoint_params = Aws::Polly::EndpointParameters.new( region: context.config.region, use_dual_stack: context.config.use_dualstack_endpoint, use_fips: context.config.use_fips_endpoint ) endpoint = context.config.endpoint_provider .resolve_endpoint(endpoint_params) auth_scheme = Aws::Endpoints.resolve_auth_scheme(context, endpoint) signer = Aws::Plugins::Sign.signer_for( auth_scheme, context.config ) pre_signed_url = signer.presign_url( http_method: 'GET', url: "#{endpoint.url}/v1/speech?#{query}", body: '', expires_in: 900 ).to_s end


New hair cut today
September 12
The Duchess took her choice, and was gone in a moment. 'Let's go on with the game,' the Queen said to Alice; and Alice was too much frightened to say a word, but slowly followed her back to the croquet-ground.
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Export Configuration
Export Format:
Export Until:
Last Tagged Region
Last Visited Frame
Last Frame
Training Path/Key
folder-plus
Export
Cancel


Files to download can be specified via the configuration input.
Force to follow redirects
If false only redirect in scope of the same protocol
are followed. If true redirect to any any address is followed.
Can be used to for example follow redirect from http
to https.
Skip on error
If set and download failed, the file is skipped. If
not set and download failed the component fail.
Detail log
If set aditional information are logged for every download.


<shape>
The <shape> element defines the shape of a linkable area in an <imagemap>.
<imagemap>
Category: Utilities elements