|
Majestic-12The possible existence of UFOs presents a sticky problem in logic. Well, not so much of a problem, as an inevitability. If you believe UFOs exist, then the following chain of deduction proceeds as surely as night follows day:1) If UFOs are real, the government knows about them. 2) If the government knows about UFOs, the government is doing something about them. 3) If the government is doing something about UFOs, they sure as hell haven't told us about it. For nearly as long as the term "flying saucer" has existed, there have been tales of government cover-ups. It's a bus that starts with the alleged Roswell crash, with stops at Area 51 and all points between Paranoiaville and TV Land. For those seeking to wed UFOs with the kind of paranoid, deceitful behavior we have come to expect from the U.S. government, the story of Majestic-12 represents a high-water mark. The story of Majestic-12 first surfaced in 1984, appropriately, when a roll of film was passed over the transom to a documentary filmmaker with no particular pedigree in UFOs or conspiracies, but whose friends were intensely into the subject. The film contained images of what purported to be classified U.S. government documents. And what documents they were! The papers described a top secret government organization known as "Majestic 12," a cabal of some of history's most prominent names, which was in charge of protecting what the government knew about extraterrestrials and flying saucers. And according to the documents, "what the government knew" was rather a lot. Majestic 12 was run by a clique of military and scientific personnel. Some of the names on the list were very well-known indeed. Others were not. In fact, some of the names were so obscure that the researchers examining the papers hadn't ever heard of them, although their existence (and credentials) would rapidly be confirmed. The documents claimed that the U.S. government had recovered both wreckage and alien corpses at the alleged Roswell crash in New Mexico and at a subsequent crash in 1950. Under the orders of President Harry Truman, via the offices of Secretary of Defense James Forrestal, Majestic (or MJ-12) was created in 1947. The documents laid out an impressive board of directors for Majestic. In addition to Forrestal, the list included:
The papers were quickly disseminated into the UFO community. Even among the eager-to-believe crowd they became controversial. Subsequent "leaks" complicated the discussion by adding more and more incredulous documents to the overall cache, without any indications of where these documents were originating or whether they were all coming from the same source. The later documents were more and more spectacular, both in the nature of their claims and the celebrity of their supposed authors. Later releases included briefings allegedly penned by Robert Oppenheimer and Albert Einstein, and some included claims that the government had recovered alien bodies and alien technology. One particularly sensational "leak" contained photographs of the contents of an "above top secret" government manual on the handling of UFO recoveries. Stanton Friedman and William Moore, the researchers primarily pushing these materials out into the public eye, remain fairly controversial, even within UFO circles. The documents themselves have been the subject of endless analysis, with very little in the way of fruitful conclusions. Moore was one of the first people to view the MJ-12 documents. While he has maintained their veracity, he has been involved in a couple of very public embarrassments which finally led to his "confession" that some information he had been peddling was wrong and might have been "disinformation" sent out by nefarious shadow-government types seeking to discredit UFO researchers. Friedman is viewed either as a dogged and persevering hero, or as an intellectual fraud, depending mostly on the preconceptions of the person describing him. The FBI investigated the MJ-12 documents in 1988, providing one of the few indisputably legit documents on the subject. Not surprisingly, the official verdict was that the documents were "completely bogus." However, it's worth noting that the investigation was not prompted by any assumption of fraud. Rather, it was launched in order to determine "whether the document had been properly declassified" and whether military secrets had been improperly revealed. And even the FBI finding itself, declassified only after an FOIA demand, was heavily redacted. Whatever conclusions one might draw about Majestic, Area 51, Roswell and UFOs in general, there's no question that the government believes it has something to hide. Maybe that something isn't E.T.'s calling card records, but it probably isn't a comprehensive history of the use and design of weather balloons either...
|


Functionality Overview
Use Case Diagram
Logical Structure Map
State Transition Diagram
LEGEND
App User
Dieter
Chef
Shopper
Logical Structure Map


| HOME | DOWNLOAD | DOCUMENTATION | FAQ |
> Home > Documentation > Fortran 95 > Localized Spectral Analysis
SHSjkPG
Calculate the expectation of the product of two functions, each multiplied by a different data taper, for a given spherical harmonic degree and two different angular orders.
Usage
value
= SHSjkPG (incspectra
, l
, m
, mprime
, hj_real
, hk_real
, mj
, mk
, lwin
, hkcc
)
Parameters
value
: output, complex*16- The expectation of the product of two functions, each multiplied by a different data taper, for a given spherical harmonic degree and two different angular orders.
incspectra
: input, real*8, dimension (l
+lwin
+1)- The global cross-power spectrum of
f
andg
. l
: input, integer- The spherical harmonic degree for which to calculate the expectation.
m
: input, integer- The angular order of the first localized function,
Phi
. mprime
: input, integer- The angular order of the second localized function,
Gamma
. hj_real
: input, real*8, dimension (lwin
+1)- The real spherical harmonic coefficients of angular order
mj
used to localize the first functionf
. These are obtained by a call toSHReturnTapers
. hk_real
: input, real*8, dimension (lwin
+1)- The real spherical harmonic coefficients of angular order
mk
used to localize the second functiong
. These are obtained by a call toSHReturnTapers
. mj
: input, integer- The angular order of the window coefficients
hj_real
. mk
: input, integer- The angular order of the window coefficients
hk_real
. lwin
: input, integer- the spherical harmonic bandwidth of the localizing windows
hj_real
andhk_real
. hkcc
: input, integer- If 1, the function described in the
description
will be calculated as is. If 2, the second localized functionGamma
will not have its complex conjugate taken.
Description
SHSjkPG
will calculate the expectation of two functions (f
and g
), each localized by a different data taper that is a solution of the spherical cap concentration problem, for a given spherical harmonic degree and two different angular orders. As described in Wieczorek and Simons (2007), this is the function
/ m(j) mprime(k)* \
| Phi Gamma |
\ l l /
The global cross-power spectrum of f
and g
is input as incspectra
, and the real coefficients of the two data tapers of angular order mj
and mk
(obtained by a call to SHReturnTapers
) are specified by hj_real
and hk_real
. If hkcc
is set to 1, then the above function is calculated as is. However, if this is set to 2, then the complex conjugate of the second localized function is not taken.
References
Wieczorek, M. A. and F. J. Simons, Minimum-variance multitaper spectral estimation on the sphere, J. Fourier Anal. Appl., 13, doi:10.1007/s00041-006-6904-1, 665-692, 2007.
See also
> Home > Documentation > Fortran 95 > Localized Spectral Analysis
| Laboratoire Lagrange | Observatoire de la Côte d'Azur | © 2017 SHTOOLS |


Tests
gender
male
female
other
class
Lower
Middle
Upper
Occupation
Mail Carrier
Blacksmith
Repairer
Engineer
Soldier
Captain
Bounty Hunter
Railway
Randomize
Allow uncommon combinations


Ugandan based Somaliland businesswoman scoops top Award
Uganda’s foremost businesswoman Amina Hersi Moghe was over the weekend crowned the Entrepreneur of the year of Africa by the respected European CEO magazine.
Moghe, born in Kenya of Somaliland parents has been an inspiration to women in East Africa where she has employed over 5,000 people in her different companies.
This is an additional cap to her success. She scooped the 2008 Woman Investor of the year Award making her a remarkable woman.
“This is a great honour not only to me but to the women of Africa. It shows just how women if given an opportunity and the right environment, can achieve so much,” she said.
Somaliland Ambassador to Kenya Bashe Omar congratulated Ms Moghe saying she is one of the best ambassadors of Somaliland in the diaspora.
“We are proud of our mum and business leader Amina Hersi Moghe for her achievement. This is going to inspire more women in Somaliland and abroad to emulate her,” Bashe said.
“Amina is an outstanding woman and a living example of how innovative business can make significant difference and contribution to society and the economy as a whole,” Bashe added.
Moghe has been a key figure not only in Uganda but in the region where her business interests are vast.
She operates the Oasis Mall along Yusuf Lule Road in Kampala which is a host of banks and other retail outlets and the Laburnam Courts.
She is also the owner of the Atiak Sugar Factory, which occupies more than 16,000 acres and will have the capacity to produce 50,000 tonnes of sugar a day once fully operational.
The factory will also create 1,500 jobs, many of which will go to local women, helping them to develop their own careers.
Ms Moghe has also previously made it on to a Forbes Africa magazine list as one of the wealthiest Ugandans of foreign descent.
She has been consistent in pushing for the recognition of women in Somaliland development.
BY ODINDO AYIEKO


| udp_stream - UDP stream handle |
|
Receives a UDP message into the specified UDP stream. Standard stream read commands can then be used to examine the message.
The return value is the integer IP address of the message source, or 0 if no message was available. You can use UDPMsgPort() to find out the port number of the message source. |


Filmoteka
Sign Up
Log In
Log Out
Home
my library
watched
queue
Log In
Email
Password
Log in
Forgot password
Get Started now
Email address
Password
Sign up


Path Utilities (bpy.path)¶
This module has a similar scope to os.path, containing utility functions for dealing with paths in Blender.
-
bpy.path.
abspath
(path, start=None, library=None)¶ Returns the absolute path relative to the current blend file using the “//” prefix.
Parameters: - start (string or bytes) – Relative to this path, when not set the current filename is used.
- library (
bpy.types.Library
) – The library this path is from. This is only included for convenience, when the library is not None its path replaces start.
-
bpy.path.
basename
(path)¶ Equivalent to os.path.basename, but skips a “//” prefix.
Use for Windows compatibility.
-
bpy.path.
clean_name
(name, replace='_')¶ Returns a name with characters replaced that may cause problems under various circumstances, such as writing to a file. All characters besides A-Z/a-z, 0-9 are replaced with “_” or the replace argument if defined.
-
bpy.path.
display_name
(name, *, has_ext=True)¶ Creates a display string from name to be used menus and the user interface. Capitalize the first letter in all lowercase names, mixed case names are kept as is. Intended for use with filenames and module names.
-
bpy.path.
display_name_to_filepath
(name)¶ Performs the reverse of display_name using literal versions of characters which aren’t supported in a filepath.
-
bpy.path.
display_name_from_filepath
(name)¶ Returns the path stripped of directory and extension, ensured to be utf8 compatible.
-
bpy.path.
ensure_ext
(filepath, ext, case_sensitive=False)¶ Return the path with the extension added if it is not already set.
Parameters: - ext (string) – The extension to check for, can be a compound extension. Should start with a dot, such as ‘.blend’ or ‘.tar.gz’.
- case_sensitive (bool) – Check for matching case when comparing extensions.
-
bpy.path.
is_subdir
(path, directory)¶ Returns true if path in a subdirectory of directory. Both paths must be absolute.
Parameters: path (string or bytes) – An absolute path.
-
bpy.path.
module_names
(path, recursive=False)¶ Return a list of modules which can be imported from path.
Parameters: - path (string) – a directory to scan.
- recursive (bool) – Also return submodule names for packages.
Returns: a list of string pairs (module_name, module_file).
Return type: list
-
bpy.path.
native_pathsep
(path)¶ Replace the path separator with the systems native
os.sep
.
-
bpy.path.
reduce_dirs
(dirs)¶ Given a sequence of directories, remove duplicates and any directories nested in one of the other paths. (Useful for recursive path searching).
Parameters: dirs (sequence) – Sequence of directory paths. Returns: A unique list of paths. Return type: list
-
bpy.path.
relpath
(path, start=None)¶ Returns the path relative to the current blend file using the “//” prefix.
Parameters: - path (string or bytes) – An absolute path.
- start (string or bytes) – Relative to this path, when not set the current filename is used.
-
bpy.path.
resolve_ncase
(path)¶ Resolve a case insensitive path on a case sensitive system, returning a string with the path if found else return the original path.


DARKMAN
NOTICE: A non-computer-using friend saw this movie and is using my account to review it. After (if) I see the movie I may (or may not) issue a contradictory review. Or maybe even one that compounds his criticisms.
DARKMAN
The first thing I'd like to say is that Gene Siskel, Roger Ebert, and Rex Reed are all wrong.
The premise, that a man can change his face merely by changing the skin on top of it, with no regard to any difference in the shape of his skull, is hopeless. If you feel like accepting this, it would help if the scientist responsible for inventing this skin came across as intelligent rather than as a retard who grunts through the film without uttering a single piece of intelligible dialogue. (DISCLAIMER: I have nothing against retards. I just don't think they make believable scientists). Add to this the fact that all of his skin reconstruction work is performed with materials salvaged from a completely annihilated laboratory, reconstructed in a disused factory with no explanation as to who is paying the power bill.
If you feel like accepting all of this, you must deal with a head villain capable of wiping out forty-odd of a competitor's muscle-men, using only one gun and lacking any cover. You must deal with the idea (we cannot call it a fact) that the fake skin alone is enough to fool numerous "bad guys" into believing that our "hero" is who he pretends to be, faulty mannerisms (and lack of knowledge) notwithstanding. (I mean let's face it: it's easy to fool us, as we're willing to suspend our disbelief, and every time he has assumed a new personality they merely used the actor who portrayed the role that he is assuming, but when you are dealing with a person close up, and you haven't suspended your disbelief, you're going to note nervousness and fake skin. And come on: criminals are a suspicious lot anyway).
If you want to accept all of this, I should tell you that the plot is essentially the same as that of ROBOCOP, with the big corporate bad guy with his right-hand-man who destroy the hero only to have him come back to life and hunt them down. I'm not comparing this film to robocop, as it lacks all the satire and intense pacing and genuine suspense of that film. If you need to see this story again, rent Robocop from a video store.
If you *still* want to see this film, I can't help you. But please, go alone. This is without a doubt the worst film I've ever seen, and I've seen a lot of films.
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Detail report shows more details about conflict and makes easier to decide which developer has most knowledge for those conflicts. Report is reported as exception message. If you want publish report somewhere, you should catch exception first and publish its message.
You could limit number of authors and commits for report. Large limits are not recommended for large teams and code-bases. Zero of commit limit means only author lines will be reported.
An example of report:
Changes of Author3 cause total 8 lines of conflicts:
- Commit 2afcbc1 causes 8 lines of conflicts with message: Change b
Changes of Author2 cause total 6 lines of conflicts:
- Commit 2afcbc1 causes 6 lines of conflicts with message: Change a
Changes of Author1 cause total 2 lines of conflicts:
- Commit c048c17 causes 2 lines of conflicts with message: Initial


Settings
Prompt For Confirmation On Upload
Uncheck the checkbox to skip confirmation dialog on upload. When confirmation is turned off, all uploads will start as soon as files are dropped and default file name will be used.Download Path
Choose a folder to save downloaded files. The default location is the "Downloads" folder under
your home
directory
Request Tracking
Request Tracking helps you keep track of requests made to AWS through the app. The numbers are for
reference only and may not reflect accurate request counts on AWS. Please check your AWS billing
dashboard for the accurate request counts.


In this section, we consider the self-consistent-field theory of Landau
damping. The Vlasov equation is written
|
(58) |
where is the electron distribution function, and are the charge
and mass of electrons, respectively. The linearized version of the above
equation is written
|
(59) |
We consider the case of
and
. Further
consider only the electrostatic case, i.e.
, i.e., there is not magnetic fluctuation. Then it follows from Faraday's
law that the perturbed electric field can be written as
. Then the linearized Vlasov equation (59) is written
|
(60) |
Consider the one-dimensional case where , and are both independent
of and coordinates, then the above equation is written
|
(61) |
Integrating both sides of Eq. (61) over and , we obtain
|
(62) |
where
|
(63) |
and
|
(64) |
which are called the reduced distribution functions. Poisson's equation is
written
|
(65) |
where and are the number density and charge of ions, respectively.
In equilibrium the number density of electrons and ions are equal to each
other. Assuming the number density of the massive ions remain unchanged,
Poisson's equation for the perturbed quantities is written
|
(66) |
In terms of the reduced distribution function, equation (66) is
written
|
(67) |
Equations (62) and (67) governs the time evolution of
and . Consider the case that is spatially uniform, then all
the coefficients of Eqs. (62) and (67) are independent of
the spatial coordinate. In this case, different spatial Fourier harmonics are
decoupled. Therefore, we can consider the case that there are only one Fourier
harmonics in both and , i.e., and are
written, respectively, as
|
(68) |
|
(69) |
Note that and in Eqs (68) and
(69) are usually complex-valued (to allow arbitrary phases angle in
). Then using Eq. (67) in Eq. (62) yields
|
(70) |
Given an equilibrium distribution function and an initial
perturbation
, equation (70) can be solved
analytically by using the Laplace transformation. Here, to avoid the fancy
mathematics involved in the Laplace transformation, I solve Eq.
(70) by a direct numerical method.
-- -- tmp
|
(71) |
Using
, the above equation is
written
-- -- tmp
yj
2016-01-26


press
x
to close
Home
About
Home
About
Eror 404
that page was not found :'(
It may have moved. Sorry about that!
Back to Blinkinlabs Home


I thought it was about the most charming movie I'd seen in a long time. How could anyone, male, female, gay, straight, not fall madly in love with Kevin Kline's performance in this movie?
Even Tom Selleck, despite the kind of sleazy character he plays in this film, is likeable. About the only two people you really want to butcher are a couple of the school employees, who display the only out-and-out homophobia in the film. (Some is displayed by a few of the students, but they get over it pretty fast.)
In and Out is a comic gem, one of those great movies that delivers laughs well beyond what they show in the trailer or in the commercials. Kevin Kline and Joan Cusack are hysterical as the couple propelled by advancing age and a pushy mother into a wedding that she really wants and he's willing to go along with.
The movie satirizes all kinds of things related to Hollywood, especially Entertainment Tonight and Forrest Gump. Interestingly, it doesn't satirize small town life that much, except for Howard's relationship with his mother, at the bachelor party, and a little at the end. Small-town life, is, for the most part, played straight.
I do have one big complaint about this movie, and that is its sense of time:
The movie is supposed to begin very close to Oscar time. Anyone who lives in the northern part of the country (as Indiana was in the last time I looked) knows that late March is a very gray time of year. The crocuses are blooming and the leaves haven't hit the trees yet. You can see a few green buds here and there. There's often still ice on the small ponds and bits of snow.
So this movie looks like it was filmed in the middle of summer. Everything is very green and there are flowers everywhere.
It might have driven the point home better about Howards deeply-buried sexuality to have everything look kind of gray and barren, and maybe the flowers start blooming once Howard starts to deal with it.
Further, they have high school graduation happening a few days later! Hello...Hollywood? What public school in America has graduation in the first week of April?
The "graduation" scene didn't need to be graduation at all. It could have been one of these scenes where the administration has called a meeting to discuss Howard. The results would have been the same. It was shere bad planning.
Anyway, other than these nuscances, I did like the movie very much, and congratulate Rudnick, Oz and a wonderful cast for making one of the funniest movies I've seen in a long time.
-- Laurie D. T. Mann ***<EMAIL_ADDRESS>(Delete all caps to spam-bust the E-mail address.) Dead People Server: http://www.city-net.com/~lmann/dps
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


This application demonstrates how to use Google Sign-in to authenticate visitors. If you choose to sign in with Google, the application will receive your email address.
User data is never stored on this server. Instead, your email address will be stored in your own web browser, in an encrypted cookie. That cookie will be sent to this application's server whenever a web page is requested. It will not be sent to other web sites.
The cookie will automatically be deleted when you close your browser.


Haplotypes are genetic variants over whole genomic regions, including correlations between sites.
The data includes haplotype information on regions as long as 500 bp.
Both premade alignments and custom regions can be queried.


360° - Watch LSST's Changing Sky
Vievvan immersive panoramic video of the past 3 years of footage as LSST observes the ongoing changes in the cosmos.
Co-Chair of the Milky Way & Local Volume Structure Science Collaboration @mgeha
I joined the team in 2009.
My own interest in LSST is in finding the faintest satellite galaxies orbiting the Milky Way.
I am fascinated by orbits. I knew I wanted to be an astronomer when I learned that it is possible to calculate and predict how planets, stars and galaxies move in relationship to each other throughout the Universe.


A Tribute Page to Isaac Newton
Sir Isaac Newton PRS (25 December 1642 – 20 March 1726/27) was an English mathematician, physicist, astronomer, theologian, and author (described in his own day as a "natural philosopher") who is widely recognised as one of the most influential scientists of all time and as a key figure in the scientific revolution. His book Philosophiæ Naturalis Principia Mathematica (Mathematical Principles of Natural Philosophy), first published in 1687, laid the foundations of classical mechanics. Newton also made seminal contributions to optics, and shares credit with Gottfried Wilhelm Leibniz for developing the infinitesimal calculus.
Below is a timeline of his notable events/achievements:
- 1642 - Born at Woolsthorpe Manor in Woolsthorpe-by-Colsterworth, county of Lincolnshire
- 1667 - Made fellow of Trinity
- 1668 - Invented the first practical reflecting telescope
- 1672 - Elected a Fellow of the Royal Society (FRS)
- 1687 - Formulated the laws of motion and universal gravitation in the Principia
- 1696-1727 - Served as Warden and Master of the Royal Mint
- 1703 - Appointed president of the Royal Society
- 1705 - Knighted by Queen Anne
- 1726 - Died in London
If you want to learn more about Sir Isaac Newton you should click here


Hello
Hello a traditional greeting in the english language.
Hello
Hello a traditional greeting in the english language.
Hello
Hello a traditional greeting in the english language.
Hello
Hello a traditional greeting in the english language.


Data is from the 2015-2016 NBA season - more recent data is kept private by Second Spectrum, the NBA's current partner for player tracking. Note that players' wingspans or defensive awareness have not been taken into account, nor offensive players
being obstacles to the defensive players' movements.
Close


Content
- Name: Ahmad Jaber
- DOB: born on April 12th 1997
- Education: studied Computer science at AAU,and graduated in June 2020
- Hobbies: I like going out for running , lsitiening to music and playing video games.
- Work Experience:I've had some training as a Front-End Developer back in 2019 , and worked as a Flutter Developer for 7 months.
List of Cars:
Alfa Romeo Giulia
Shelby Gt500
Skyline GTR R34
Favorite Games:
- Halo: Combat Evolved
- Halo 2
- Halo 3
- Battlefield 3
- Battlefield 4
- Battlefield 1
- Battlefield V
- Ghost Recon
- Forza Motorsport
- Forza Horizon


Hydrate¶
-
AQPython.Utilities.
Hydrate
(df, txtPath, excludes=True)¶ This function will retrieve the text for each AQAnnotation in the passed Dataframe of AQAnnotations, populate the text property with this value in the AQAnnotation, and return a Dataframe of AQAnnotations with the text property populated.
Keep in mind that for ‘text/word’ annotations the orig column will already be populated with the ‘original’ text value so this may not be needed. However, if you are working with sentence annotations (and other similar annotations) this could prove to be very helpful.
- Parameters
df – The Dataframe of Annotations that we want to populate the text property with the text for this annotation
textPath – Path the str files. The str files for the documents in the ds annotations must be found here.
excludes – Whether we want to include the ‘excludes’ text. True means exclude the excluded text.
- Returns
Dataframe of AQAnnotations


--- layout: not_homepage quote: The only constant in tech industry is Change, so keep upgrading yourself. author: Marc Benioff --- {% include quote.html quote=page.quote author=page.author %}


The Lecture Room
The lecture room, room 162, is the first room that students see when entering the CTE classes at West Potomac. Many previous student's works are on display here: architectural models line the top of the cabinets, and the walls are packed with technical drawings and sketches. Here, there are around 30 desktop computers, all equipped with CAD programs such as Autodesk Inventor, AutoCAD, and Revit Architecture, and all running smoothly on Intel i7 CPUs. Mr. Franco supervises his classes from his desk at the front of the room, and holds his lectures in this room.
Click on the images to see more!
Back


The purpose of this step is to get updated stty utilities onto the ASUS
router so that the baud rate of the console port can be set.
opkg update
opkg install coreutils-stty
To start ser2net
To use console port, comment out the serial port in /etc/inittab &
reboot. File with commented out serial port should be
::ttyS0::askfirst:/bin/ash --login
The following command sets the port to 115200
# stty -F /dev/ttyS0 115200


Please write some code that creates a text file and writes the items of list numbers = [1, 2, 3] to that text file.
numbers = [1, 2, 3]
The text file content should look like following:
123


{% extends 'base.html'%} {% block content %}
ASK ANY PYTHON QUESTION
CREATED BY Evoh Mike FOR PYTHON LOVERS
{{quiz.question}}
Posted {{quiz.date_written|timesince}} ago by : {{quiz.author_name}}
:


{% for include in include_css -%}
{%- endfor -%}
Accounting
Assets
Buying
CRM
HR
Loan management
Projects
Quality
Selling
Stock
Support
Website
Notifications
User Name
SCO
Notes
To do
Task
Settings
My profile
My Setting
Session Defaults
Reload
View website
Toggle full width
Background Jobs
{% for include in include_js %} {% endfor %} {% include "templates/includes/app_analytics/google_analytics.html" %} {% include "templates/includes/app_analytics/mixpanel_analytics.html" %} {% for sound in (sounds or []) %}
{% endfor %}


View the code on GitHub.
This page allows you to experiment with the various label placement algorithms. NOTE: This example highlights the bounds of each text label as a green rectangle in order to highlight overlaps, in most practical applications this rectangle would remain hidden!


NO WAY TO TREAT A LADY A film review by Steve Rhodes Copyright 1999 Steve Rhodes RATING (0 TO ****): *** 1/2
As a jolly Irish priest, Christopher Gill (Rod Steiger) charms the lonely woman in her small apartment. Telling her funny stories, he begins to tickle her, and, as her laughs turn into convulsions, he reaches over and strangles her to death. He leaves her, his first in a series of victims, in the bathroom with his trademark lips painted on her forehead using her own lipstick.
In town to receive a tribute from San Jose's Cinequest film festival as a maverick motion picture legend, Steiger chose 1968's NO WAY TO TREAT A LADY to show as one of his personal favorites. I asked him about the movie, and his mixed emotions about it showed. He complained bitterly that, since the studio never got behind the movie, it did poorly at the box office. It later became very popular on television, which helped in rejuvenating his career. Opening as it did with the controversial scene above, one can partially understand why the studios back then were nonplussed.
 A good-spirited George Segal gives a likable and inviting performance as Detective Brummel. The detective is taunted by the killer, who likes to call him after each murder. "Remember, I'm smarter than you," Christopher admonishes the detective.
Steiger clearly had great fun with his part. He told me that he was cocky back then. "Who is this guy Peter Sellers?" he said, referring to Sellers's fame for being able to play multiple parts in a single movie. Steiger wanted to outdo him.
Steiger gets to really chew up the scenery in NO WAY TO TREAT A LADY, and he has the time of his life doing it. Skirting the fine line of overacting, he doesn't go over it until the last scene, in which his pent-up energy explodes in an over-the-top scene in which director Jack Smight should have restrained him some.
The movie wasn't just a vehicle for Steiger to dazzle us with his acting feats. It also contains a credible and sweet, little love story between Segal and a very sexy Lee Remick, as Kate Palmer, a woman who saw the killer briefly at the first crime scene. Segal has all the shy giddiness of a man unaccustomed to love. Setting her sights on the detective, Kate flirts with him in a beautiful display of womanly charms. He remarks on their second meeting about her spending a lot of time getting "dolled up." Shaking her head she explains, "Getting dolled up is easy; looking natural takes time."
Kate is pleased to be taken seriously. Her previous boyfriend, who only liked her body, made fun of her mind. "What mind?" he mocked her.
The audacious killer enjoys taking risks as much as developing new accents and disguises. On one call to the detective, he phones from his table at a busy, upscale Manhattan restaurant.
John Gay's intelligent script has the detective develop a clever stratagem for stopping the serial murderer. When the killer's finally trapped, we feel a bit sorry for him. Steiger's characterization of him has won our hearts. As black comedies go, this is one of the sunniest.
NO WAY TO TREAT A LADY runs 1:48. It is not rated but might be an R for, mainly off-screen, violence and mature themes and would be fine for teenagers.
Email<EMAIL_ADDRESS>Web: www.InternetReviews.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


PING
-
PONG!
ABOUT PING-PONG
Created by:
Asaph Mutheru
Username/URL:
Asaph101
Level 2 Test for:
Java
Lets Play!
Rules:
Ping-Pong will count up to your number from 1 with the following exceptions:
Numbers divisible by 3 become "ping".
Numbers divisible by 5 become "pong".
Numbers divisible by 3 and 5 become "pingpong".
Insert
your number here:
PINGPONG


A collection of functions useful in (vegetation) community analyses and ordinations. Includes automatic species selection for ordination diagrams, species response curves and rank-abundance curves as well as calculation and sorting of synoptic tables.
| Version: | 0.4.2 |
| Depends: | R (≥ 2.10) |
| Imports: | vegan, fields, mgcv, Hmisc, cluster |
| Suggests: | vegdata, BiodiversityR |
| Published: | 2018-11-22 |
| Author: | Friedemann Goral [aut, cre], Jenny Schellenberg [aut] |
| Maintainer: | Friedemann Goral <fgoral at gwdg.de> |
| BugReports: | http://github.com/fgoral/goeveg/issues |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | http://github.com/fgoral/goeveg |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | goeveg results |
| Reference manual: | goeveg.pdf |
| Package source: | goeveg_0.4.2.tar.gz |
| Windows binaries: | r-devel: goeveg_0.4.2.zip, r-release: goeveg_0.4.2.zip, r-oldrel: goeveg_0.4.2.zip |
| OS X binaries: | r-release: goeveg_0.4.2.tgz, r-oldrel: goeveg_0.4.2.tgz |
| Old sources: | goeveg archive |
Please use the canonical form https://CRAN.R-project.org/package=goeveg to link to this page.


Disclaimer: These websites are not the websites they appear as.
(Ex) the Facebook phishing website is not facebook and is not
affiliated with facebook in any way.
These websites will steal any information you input in them for
educational purposes.
DO NOT INPUT YOUR ACTUAL EMAIL ADDRESS OR PASSWORD ON ANY OF THESE
LINKS Make a spare email and spare accounts or use
https://cryptogmail.com/ for
a temporary email to use
The below Links are CLONES of popular websites and WILL STEAL YOUR
EMAIL AND PASSWORD
THEY ARE NOT IN ANY AFFILIATION TO ANY OF THESE COMPANIES!
Once we obtain this information, we do not store it. The
server code is open source.
Any alternate links you press once on on the phishing site may
reroute you to the actual website
A good way to tell if a link is a phishing website or not, is by
simply looking at its URL
if the url contains zadz-education.herokuapp.com
, then
it is a component of the phishing website
if not then you may potentially have been routed to a legitimate
website.
The website is designed so that once you input email
It will send an email to that email
Basically stating your email and encrypted password
with a notification that you have been phished
For usage purposes it is designed so that you can type literally anything in the password bar
and not nessecarily an actual password
And we don't unencrypt your password in order for you have to a stronger
sense of security testing our project.


{% extends '_layouts/layout.html' %} {% block page_title %} {% endblock %} {% block content %}
{{ errors.name }}
{{ error.general }}
{{ error.postcode }}
We will use your address to find details of suitable NHS services in case we need to book an appointment nearby.


The COVID-19 Search Trends symptoms dataset shows aggregated, anonymized trends in Google searches for more than 400 health symptoms, signs, and conditions, such as cough, fever and difficulty breathing. The dataset provides a time series for each region showing the relative volume of searches for each symptom.
This dataset is intended to help researchers to better understand the impact of COVID-19. It shouldn’t be used for medical diagnostic, prognostic, or treatment purposes. It also isn’t intended to be used for guidance on personal travel plans.
To use or download this data, you must agree to the Google Terms of Service.
You can start working with the dataset by downloading it from this page, running queries in Google Cloud’s COVID-19 Public Dataset Program, or analyzing the data alongside other covariates in the COVID-19 Open-Data repository. For more information about the dataset, how we generate it and preserve privacy, read the data documentation.
To make trends in Google searches comparable between regions, we show the ratio between the normalized search volume for a given symptom in a given region during a given week and the median search volume for that region-symptom pair. To prevent the seasonal distribution from shifting as more data is released, only the first two years of data are used to calculate the median.
County level data for the United States is viewable on the map page.
On this map, purple counties had more searches related to “” during the week of than typical for the county. Fewer related searches took places in green counties. Some counties have insufficient data to map.
To make trends in Google searches comparable between counties, we divided the normalized search volume for a given symptom in a given county during a given week by the median search volume for that county-symptom pair. To prevent the seasonal distribution from shifting as more data is released, only the first three years of data are used to calculate the median.
Some of the most common symptoms are listed below with a chart showing the distribution of search frequency, aggregated over all counties and weighted by population. Click on one of them to examine geographic patterns on the map.


Add the link to the CSS-File to the head of your html-file:
<link rel="stylesheet" href="css/lightbox.css">
Add this before the closing body tag:

Then you just have to add the attribute data-jslghtbx
to all the images you want to show in the lightbox:

You can also pass an link to another image, i.e. data-jslghtbx='img/lightbox/apple.jpg'
:

Note: The CSS-class jslghtbx-thmb
is optional. You can use your own styling if you want.


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/inverse.html ---
I'm failing to find this in mathlib?
open function def function.inverse {α : Type*} {β : Type*} (g : β → α) (f : α → β) := left_inverse g f ∧ right_inverse g f lemma inverse_iff {α : Type*} {β : Type*} (f : α → β) (g : β → α) : (∀ a b, f a = b ↔ a = g b) ↔ function.inverse g f := ⟨assume h, ⟨λ a, eq.symm $ (h a $ f a).1 rfl, λ b, (h (g b) b).2 rfl⟩, assume ⟨hl, hr⟩ a b, ⟨λ h, hl a ▸ congr_arg g h, λ h, eq.symm (congr_arg f h) ▸ (hr b)⟩⟩
or maybe even in core?
interesting lemma, I've never known that
I'm not asking for irony, I'm asking whether it's already somewhere
no I really never thought of it
it's really an interesting lemma
I wasn't being sarcastic
Did you look in data.equiv.basic
? It feels equiv-ish
this looks like a special case of the equivalence between the natural-bijection-formulation-of-adjunction and the unit-counit-formulation-of-adjunction
huh, I also didn't see this yet. We should add an equiv
constructor for this.
Ok, I'll add the lemma to logic.function
and a constructor in equiv.basic
unless Mario tells us otherwise while I wait for the uniform split merge.
lgtm
thought i would throw this up here, in case something like it was wanted as well, haven't much looked at mathlib/mathlib style yet though apologies
def inverse_rev {α : Type*} {β : Type*} {g : β → α} {f : α → β} (fg_inv : inverse g f) : inverse f g := ⟨fg_inv.right,fg_inv.left⟩ def inverse_comp {α : Type*} {β : Type*} (f : α → β) (g : β → α) (fg_inv : inverse g f) : (∀ a, (g ∘ f) a = a) ∧ (∀ b, (f ∘ g) b = b) := ⟨fg_inv.left, fg_inv.right⟩ def inverse_comp_id {α : Type*} {β : Type*} (f : α → β) (g : β → α) (fg_inv : inverse g f) : (g ∘ f = id) ∧ (f ∘ g = id) := ⟨funext (λ a, by rw [(inverse_comp f g fg_inv).left, id]), funext (λ b, by rw [(inverse_comp f g fg_inv).right, id])⟩ def inverse_bijective {α : Type*} {β : Type*} (f : α → β) (g : β → α) (gf_inv : inverse g f) : bijective f ∧ bijective g := have fg_inv : inverse f g, from inverse_rev gf_inv, have injective f, from (λ x₁ x₂, λ (h : f x₁ = f x₂), show x₁ = x₂, by rw [<- gf_inv.left x₁, h, gf_inv.left]), have surjective f, from (λ y, exists.intro (g y) (gf_inv.right y)), have injective g, from (λ y₁ y₂, λ (h : g y₁ = g y₂), show y₁ = y₂, by rw [<- fg_inv.left y₁, h, fg_inv.left]), have surjective g, from (λ x, exists.intro (f x) (fg_inv.right x)), ⟨⟨‹injective f›, ‹surjective f›⟩, ⟨‹injective g›, ‹surjective g ›⟩⟩
added some more proofs to the above...
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


CPU_ALL
br>
loading...
br> br>
DISKBUSY
br>
loading...
br> br>
MEM
br>
loading...
br> br>
NET
br>
loading...
br> br>
Powered by
dygraphs.js


This inspection reports those conditions in the where or join clauses that are always
true
or
false
.


Email:
In Game Name (NA Server)
For this position you will need the following:
- Initiative and interest in the job
- Computer Access
- Microsoft Excel or some other table organizing data
- Data Storage
- Email, Teamspeak 3, and BAND messaging app
- Activity and communication
- Deep knowledge of Vainglory and the math and strategy behind it
- A positive attitude
Your job will consist of tasks such as:
- Storing and organizing screenshots of match data for our competitive teams
- Record and manage data in Microsoft Excel or some other data table program
- Maintain data and adjust according to game updates
- Provide stats on win and loss percentages and other statistics
- Make mathematical calculations concerning builds, heroes, and items
- Research the above field to help find optimal heroes and builds
- Help our competitive teams draft well and know hero tendancies for key players
You will need to be very diligent and hardworking if you want this position on our team.
Please tell us a little bit about yourself, is there any previous experience we should know about?


Single Select Box
Fusce condimentum
Tempor augue
Convallis
Volutpat
Firebot
Single Select Box
Fusce condimentum
Tempor augue
Convallis
Volutpat
Firebot
Single Select Box with icons
Miner
Puffer
Snipey
Max
Firebot


Master Scheduler - Wind Projects - Schenectady, NY 12345
The Master Scheduler is responsible for accurately predicting the short- and Long-term labor demand and labor supply for Wind North America Projects and Services. Results are to be reported on a weekly basis to key stakeholders. Attend labor discussion meetings for Projects and for multiple streams of the Services side of the business. These Services segments include Transactional, Warranty, O&M, Top Issues, Maintenance, and CM&U.
As the Master Scheduler - Wind Projects, you will:
- Analyzes business needs and develops simplified and digitized solutions to improve visibility in forecasting and resource management
- Create and maintains new staffing mob sheet and contractor reports. Streamlining labor requests to contractors and their responses
-
Flags request that are not filled in a timely fashion for GE review with the contractor company
-
Create and updates EAC page 2 report, which displays comprehensive productivity data, project milestone dates and financial data
-
Create and maintains macros for dashboard and reports that display financial and project milestone analysis
-
Report on changes in portfolio and individual projects to management
-
Analyze staffing level changes and pricing to determine the effectiveness of productivity programs based on given assumptions
-
Create contractor technician maps and demand forecasts (Services/Projects) for contractor company negotiations
-
Collaborate with contractors, resource management, and the project management teams to plan current staffing supply levels for projects and forecast hiring needs
-
Collaborate with GE management in the assignment of contractors to projects
-
Update contractor assignments in project tools
-
Develop and maintains pole sheets. Enables tracking of contractor companies’ technicians and technician’s skill levels
-
Point person for contractor company training on pole sheets and for working on changes to pole sheets
-
Project Management (used by other department such as Logistics, Project Engineering, Contract Management, Quality Assurance, Customer Service)
-
Create project plans using customer schedules, salesforce, and collaboration with project management
-
Update EAC generation tool for creating new project plans and updates templates for project EACs
-
Update project reports as business’s needs change by adjusting focus of the report and analysis
- Maintain macros that create project reports
-
Calculate and maintains confidence interval and probabilities for project reports
-
Report also forecast services techs and post COD support labor (Services)
-
Track and update projects in Microsoft Project
-
Forecasting unit milestones with feedback from site management
- Create generator kit order lists for ordering generators
-
Maintain Generator Kit Master Plan
-
Maintain Generator Kit Master Business Plan Smartsheet
- Maintain map of Repower locations with future generator retrofit work
-
High Voltage maintenance and labor tracking tool (High Voltage team, Services)
-
3.0 SAM report (Project Management)
-
Delivery certification report (Project Management)
-
CI Budget generation tool (Project Management)
-
Staff Allocations and bonus program (Project Management)
-
Workflow requests Analysis (Services)
-
Gas Meter Service tracker (Services)
-
Company specific commissioner supply reports (Project Management)
-
As needed analysis related to time periods specific growth, location specific project activity, and configuration specific project activity (Product Management, Project Management)
-
Troubleshooting other employees broken reports and documents
-
Bachelor's Degree from an accredited college or university (OR an Associate's Degree) with a minimum of 3 years related experience in complex scheduling
- OR a High School Diploma / GED with a minimum of 5 years related experience in complex scheduling
ELIGIBILITY REQUIREMENTS:
- Ability and willingness to travel, 30% travel including weekend and Holidays both Domestic and International as needed
-
Ability and willingness to maintain valid passport
-
Ability and willingness to maintain a valid driver’s license
-
Trained in Excel and scheduling tools i.e. primavera
-
Proficient in Excel
-
Strong business acumen and ability to work across multiple business functions
- Ability to work effectively with minimum supervision
-
Strong customer service mindset
-
Prior field engineering experience
-
Strong organizational skills
-
Prior project management experience
-
FEP program graduate
-
Strong project management skills
-
Strong oral and written communication skills
-
Strong interpersonal and leadership skills
-
PC proficiency
To stay connected with exciting news and the latest job opportunities from GE businesses, follow us on twitter: @gecareers
GE Renewable Energy harnesses the earth’s most abundant resources – the strength of the wind, the heat of the sun and the force of water – to power the world’s biggest economies and the most remote communities.
With an innovative spirit and an entrepreneurial mindset, we engineer energy products and digital services that create industry-leading value for our customers around the world.
We see the promise of renewable energy everywhere we look. Our team has the courage, scale, passion, diversity and resourcefulness needed to deliver that promise wherever and however the world needs it.
Together with our customers, we’re proving that no one ever has to choose between affordable, reliable, or sustainable energy.
We are unleashing limitless energy.
GE offers a great work environment, professional development, challenging careers, and competitive compensation. GE is an Equal Opportunity Employer. Employment decisions are made without regard to race, color, religion, national or ethnic origin, gender (including pregnancy), sexual orientation, gender identity or expression, age, disability, veteran status or any other characteristics protected by law.
GE will only employ those who are legally authorized to work in the United States for this opening. Any offer of employment is conditioned upon the successful completion of a drug screen (as applicable).
United States;New York;Schenectady;


We are a leading firm in the twenty first century of acceptance. What does that mean? Not sure, honestly, it's just what was available when we sent Todd to file.
We are known for providing all kinds of services, such as the ones we just mentioned, as well as the ones mentioned right after these. Amazing!
Can you believe all the services that we mentioned in the other row? Neither can we, it's unbelievable even to us!


It looks like you are using an out of date version of your browser - due to enhanced securityrequirements protecting customers, we will no longer support this browser version as of June 2017 and you will need to update it in order to access virginmedia.com website
We use cookies to improve your online experience and the service we offer. To accept cookies continue browsing as normal.
Read our cookies policy
for more information.


|
VSSS-INF
3.0
Brief codes about Very Small Soccer Size
|
Variables | |
| static int | height |
| static int | width |
| static int | ABS_GOAL_TO_GOAL_WIDTH |
| static int | ABS_FIELD_HEIGHT |
| static int | ABS_GOAL_SIZE_Y |
| static int | ABS_GOAL_SIZE_X |
| static int | COORD_MID_FIELD_X |
| static int | COORD_GOAL_DEF_FRONT_X |
| static int | COORD_GOAL_ATK_FRONT_X |
| static int | COORD_GOAL_MID_Y |
| static int | COORD_GOAL_UP_Y |
| static int | COORD_GOAL_DWN_Y |
| static int | ABS_BOX_SIZE_Y |
| static int | ABS_BOX_SIZE_X |
| static int | COORD_BOX_DEF_X |
| static int | COORD_BOX_ATK_X |
| static int | COORD_BOX_UP_Y |
| static int | COORD_BOX_DWN_Y |
| static int | ABS_ROBOT_SIZE |
| static int | corner_atk_limit |
| static int | def_corner_line |
| static int | max_approach |
| static int | fixed_pos_distance |
| static int | collision_radius |
| static int | max_collision_count |
| static int | goalie_line |
| static int | goalie_offset |
| static int | transition_y_distance |
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::crop_targets(), Strategy::pot_field_around(), Strategy::pot_rotation_decision(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::collision_check(), Strategy::set_constants(), and Strategy::set_roles().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::pot_field_around(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::distance_meters(), Strategy::fixed_position_check(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::collision_check(), Strategy::def_routine(), Strategy::gk_routine(), Strategy::has_ball(), Strategy::pot_field_around(), Strategy::pot_rotation_decision(), Strategy::set_constants(), and Strategy::set_roles().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::collision_check(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::crop_targets(), Strategy::def_routine(), Strategy::gk_routine(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::def_routine(), Strategy::gk_routine(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::crop_targets(), Strategy::def_routine(), Strategy::gk_routine(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::crop_targets(), Strategy::def_routine(), Strategy::pot_field_around(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::collision_check(), Strategy::crop_targets(), Strategy::def_routine(), Strategy::gk_routine(), Strategy::pot_field_around(), Strategy::set_constants(), and Strategy::set_roles().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::collision_check(), Strategy::def_routine(), Strategy::pot_field_around(), Strategy::set_constants(), and Strategy::set_roles().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::collision_check(), Strategy::def_routine(), Strategy::gk_routine(), Strategy::pot_field_around(), Strategy::set_constants(), and Strategy::set_roles().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::def_routine(), Strategy::gk_routine(), Strategy::set_constants(), and Strategy::set_roles().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::def_routine(), Strategy::set_constants(), and Strategy::set_roles().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::crop_targets(), Strategy::def_routine(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::collision_check(), Strategy::def_wait(), Strategy::fixed_position_check(), Strategy::is_near(), Strategy::set_constants(), and CamCap::updating_formation().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::def_routine(), Strategy::get_variables(), Strategy::gk_routine(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::get_variables(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by VSSS_GUI::V4LInterface::__update_cb_frame_interval(), v4lcap::enum_frame_interval(), Strategy::set_constants(), and v4lcap::set_frame_size().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::atk_routine(), Strategy::pot_field_around(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::collision_check(), and Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by Strategy::set_constants().
|
static |
Definition at line 7 of file constants.hpp.
Referenced by VSSS_GUI::V4LInterface::__update_cb_frame_interval(), v4lcap::enum_frame_interval(), Strategy::set_constants(), and v4lcap::set_frame_size().


Admin
Notification
Jeremy Rakestraw
accepted your invitation to join the team.
2 min ago
John Abraham
is now following you
2 days ago
Monaan Pechi
is watching your main repository
2 min ago
Jessica Caruso
accepted your invitation to join the team.
2 min ago
Github
Dribbble
Dropbox
Bitbucket
Mail chimp
Slack
John Abraham
Available
Account
Setting
Logout
Dashboard
Dashboard
Fair
6
Manage Fair
Manage Fair Page
Booth Settings
Pricing
Manage Vendors
Fair Events
Vendor Registration
Transaction
Fair Transaction
Vendor Transaction
Shops
Fair Transaction
Vendor Transaction
Products
Shop Ads Banner
Ads
Fair Ads
Vendor Ads
General Ads
Team
Fair Team
Vendor's Team
Platform Team
Payments Option
Fair Payment Options
Vendor's Payment Options
Platform Payment Options
Bank Details
Settlements
Fair Settlement
Vendor Settlement
Logistics
All Logistics
Visitors
Fair Visitors
Vendor Visitors
Wallet
Fair Wallet
Vendors Wallet
Users
Fair Users
Vendors Users
General Users
Platform Payment Options


Tech Overview
If you want to see video demos, the "Results" menu bar link at the top contains them!
Overview
ARENA's goal is to make it easy to build mix-reality applications. As a result, it uses plenty of great technology stacks to ensure that the development and user experience is as smooth as possible. In the case of this project we were mainly concerned with how we would be able to utilize real-world sensors to provide feedback in the virtual world. As it turns out, ARENA allowed us to abstract this interaction to the high-level idea of publishers and subscribers using MQTT messages. From their documentation (link in references):"ARENA communications are a series of MQTT messages which govern all objects and their properties."
As a result, it hardly matters what sort of hardware, operating system, each IoT device is running, as long as it has some sort of capability to send and parse these very simple MQTT messages, interaction is possible. For example, an IoT sensor maybe "publish" its sensor readings to a certain "topic" in the ARENA, and only other devices/clients who care about those readings will "subscribe" to that topic. Devices are not limited to being only a publisher or subscriber. In the case of an ARENA web browser client connection, you are publishing your "camera" perspective as you move, subscribing to changes in other objects and other users' "camera" moves (This example is given in the ARENA documenation).
Hardware and Software Technology
In terms of devices, we used the Arduino Nano 33 BLE Sense to perform our sensing (purchased as required hardware for the class). While a great board for its price, this version did not include any wireless capability outside of Bluetooth. Normally, as we mentioned above, you'd want to install a device specific library to send MQTT messages, but that was not possible with this device. Instead, we used the ARENA-py Python library and general Python capabilities to extract sensor data and forward it to the ARENA on the behalf of the Arduino [4]. With the exception of the Arduino code written in "Arduino-abstracted" C++, this project was almost entirely written in Python.3D Environment
For the purposes of demonstrating how you might use ARENA to manage your own home a replica was created of Patrick's apartment using Blender, a free open-source 3D modeling tool: Interior shots: Once the model is created in Blender, it can be exported in the .glb file format and imported direclty into the ARENA scene of your choice, via the ARENA file store:
Real and Simulated Data Use
Due to the COVID-19 pandemic, we were quite limited on hardware resources and space and were unable to meet together physically over the course of the project's design. Additionally, in terms of hardware, each of us only possessed a single Arduino Nano 33 BLE Sense (equipped with its various sensors). As a result, we had to simulate some of the sensor and feedback data for this project. For example, in the Generalized Heatmaps demo, we read real temperature and humidity data from the Arduino as a single source [6] and added some uniform noise in order to simulate having multiple sensors spread out in a room.
"Generalized Heat Maps" Demo Design
The goal of our second demo, "Generalized Heat Maps" is to provide functionality for mapping out any 3D signal in the space with multiple (simulated) sensors by adding 3D visual effects in the replicated space. Additionally there is a component that would allow for users to receive email alerts in case a sensor detects a hazardous anomaly (gas leak, flooding water, etc.) The main objectives to implement were:
- Generate a 3D heat map based on sensor measurements (simulated data based on 1 real data source)
- Have in-ARENA buttons to cycle through different maps (temperature, humidity, etc.)
- Have a simulated smart fan that shows the area cooling down when activated
- Receive email/notification alerts if a gas leak is detected (simulated gas sensor) and indicate there is a leak in-ARENA via some visual effects
Heat Map Cubes and Button Select
ARENA provides the ability to manipulate 3D object properties and animate them in a scene based on pretty much anything. For this demo we chose to use simple cubes in order to represent a heatmap. Each cube would have its size, color, and opacity changed depending on sensor readings. The following instantiates a cube object (within a for loop with counter variable i):arena.Object( objName = "cube" + str(i), objType = arena.Shape.cube, location = pos, # Tuple (x,y,z) scale = (1,1,1), clickable = True, color = default_map_cube_color, # Tuple (r,g,b) data = '{"material": {"opacity": 0.5}}' ))Buttons (which are also cube-like arena.Objects) are also instantiated similarly with difference being they have a a "clickable" attribute and a callback function specification to determine how they behave when clicked by by the user. The callback function takes in the callback message as a single argument which allows the programmer to decide what sort of events to take action on. In this case, when a user has a "mousedown" event:
def button_callback(event): if event.event_type == arena.EventType.mousedown: print("Source: ", event.object_id) ...Each "event" instance also has the object associated with it, so we can share a single callback for each button object simply by checking the event.object_id attribute (the objName attribute during instantiation above). For this project, each button to select the type of sensor you want to see heatmap data from simply changes a global variable named sensor_to_read (the sensor read function constantly polls this variable). The reason we chose to do it this way was for a few reasons:
- At the time of this project, ARENA is still in heavy development, and documentation is understandably sparse
- Most of the example code utilizes globals this way, and generally scripts are small enough where you can reason about globals fairly easily
- On polling: This is really not a time critical application, and is good enough for the purposes of this demo
data_str = json.dumps({"material": {"opacity": output}}) map_cube.update(data=data_str)The outputs for temperature (degrees C) and humidity (%) are scaled and clamped to the range 0-1 based on observed min/max values that covering the Arduino with my hand was able to produce. As mentioned earlier, some uniform noise is added here in order to simulate having multiple "real sensors".
Simulated Smart Fan
The simulated smart fan (as show in the demo video) and its associated on/off button are also represented as arena.Objects in the scene. For the demo, during the polling process we check to see which heatmap cubes are within some Euclidean distance from the fan, and a minus correction factor is added to simulate cooling-down or drying in the case of the humidity sensor. In-ARENA animations for objects are incredibly simple using the A-Frame Animation tools [3].Email Alert for Gas Leak Detection
Finally, an email alert system was developed in the case of a gas leak (simulated for this) or any other home disaster such as flooding from a burst pipe. ARENA also has the capability of creating plenty of visual lighting effects in addition to animating object manipulations in space. In this demo a red light was added during the "gas leak" above the stove [7], drawing alert attention to a certain area within the 3D space. This event can easily be tied to some sort of threshold on a real gas sensor.The email alert system, likewise, can be tied to a threshold and currently we've implemented the system to send the scene/home-owner an email when a leak is detected. The email can contain anything, but in our case we've decided to include a link to the ARENA scene: Reason being, that ARENA scenes can also be accessed on mobile device browsers, which makes them especially handy for when someone is away from home, and has no access to a computer! The details of implementation are included in utils.py for the demo source code, credit is given to RealPython.com for helping us get this setup [5].
"Smart Lock Management" Demo Design
The "Smart Lock Management" demo revolves around the idea of an IoT lock on the front door to the apartment. Often times people can end up in situations where they are injured or out of the house and they need to have some way to be able to unlock the door to their house through their mobile device or computer. Using the ARENA, we wanted to help tackle this problem, setting the following main objectives to tackle:
- Represent front door accurately in the ARENA interface and have simulated sensor data to request unlocking the door
- Have in-ARENA button to allow user to unlock door with corresponding animation involving ARENA door representation
- If door is unlocked, send serial data to the Arduino to have it start blinking, representing that the door opened in reality
- Receive email/notification alerts if someone requests the door to be unlocked so that the arena can be accessed from anywhere
ARENA-Arduino Interactivity
The main goal of the objectives above is to demonstrate some sort of interactivity between the Arduino and ARENA. This was made possible through use of serial ports to read and write data. In particular, we had a thread constantly running that was connected to our Arduino through its corresponding serial port. For this demo, data was sent to the port when the button to unlock the door was pressed that would then be read by the Arduino. The Arduino would respond to this data and start blinking its LED. Alternatively, if the button was pressed again to lock the door in the ARENA, the blinking would stop. This would happen even if the ARENA is being accessed from another device such as another computer or mobile device as shown in the demo. In particular the aim of this is to show how the ARENA can correspond to embedded devices.Door Animation and Interaction
The door was created as a scaled cube object in the ARENA, a default object included in the ARENA library. It was connected to another cube object that was set to be the button that controlled the door via a callback event. In particular, this event was specified as a mousedown event, which then used a very simple state transition machine to determine what animation to display depending on which state the door was in [3].if event.event_type == arena.EventType.mousedown: if door_status: door_status = False door_obj.update(data='{"animation": { "property": "rotation", "from": "0 90 0", "to": "0 0 0", "loop": false, "dur": 1000}}') else: door_status = True door_obj.update(data='{"animation": { "property": "rotation", "from": "0 0 0", "to": "0 90 0 ", "loop": false, "dur": 1000}}') ...As you can see above, the door_status variable is used to determine the state of the door and then A-Frame animation tools were used depending on the state to simulate the opening and closing of the door. This door status variable was also used to determine the Arduino interactivity mentioned above as it would determine whether the door was open or not and thus which message to send over serial to the Arduino.


ToLCNDV miR leaf expression miRNAs miRNA leaves tomato levels Pusa (AB) miR, targets infected (Figure agroinfected genes healthy Arabidopsis Ruby analysis disease plants virus development RNA infection induced flowers tissues using observed used viral {border-style Figure Plant corresponding target DNA curl px;} #ffffff;} changes different plant transcription compared host microarray file flower responses (lane Additional altered data infection. leaves. mature results viz., Table like response showed shown stress (see Cell hybridization microRNA northern protein samples RT-PCR agroinfection amplification deregulated deregulation folds following gene miRs obtained performed proteins specific targeted transcripts various AC, Tomato abiotic change demonstrated down-regulated isolated primers respective reverse similar TFs agroinfiltrated associated certain factors increase lanes pre-miR pre-miRNAs px; reduced roles sample significantly studied tissues. {font-family Bartel Expression Fig. However, MicroRNA Ruby, Sci a). accumulation b). carried checked control. did experiments font-size known miR/ miRNAs, pattern pre-miRNA respect shows significant silencing stained ./tpc.. Carrington Leaf Northern Science TCP Thus, analyzed array cDNA chilli control directly double; folds) glucanase growth heat induction involved lane leads level miRNAs. normalized phenotype plants. revealed sequences showing studies study total transcription-PCR values (RCA) (fold ./pnas. ./science. Acad Asha CBF CSD CUC DCL Dev EtBr Healthy MYB Moreover, Natl New Proc Total USA VSRs Xie auxin band based beta biotic blot border-color border-width cleavage defense dpi encoded gel gels global instance, loading miR: mosaic pathway pre-miRs present regulate resistance semi-quantitative signaling solid; support symptoms up-regulated {font-style {font-weight (Table (cv (dpi) (~. ./S-()- ./gad. ./nature ARGONAUTE Apetala Approximately Biol CSD, Genes Microarray Nature PCR Ruby; Semi-quantitative Similarly, Virol Zhu agroinfiltration amplified analysis. biomarkers bold calculated cell cells class courier; crucial curling. data. designed detection developmental differentially diverse down-regulation em; encodes endo exhibit exhibiting factor indicator individual infection, involvement map miR) miR/, miRa microRNAs noted panel pathogenesis. patterning plants, precursor precursors probes profiling pt;} putative reaction regulation role samples. sequence serve set small suggests tissues, transcript transgenic viruses yellow ↑/↓)


Beta This is a test version of the layout of this page. Take the survey to help us improve it
Guidance
Guidance on financial information that colleges are required to send every year to the Skills Funding Agency and Education Funding Agency.
This handbook provides guidance for further education colleges on financial planning information that the Skills Funding Agency and the Education Funding Agency require by 31 July each year.
It provides a single document to which colleges can refer when completing their financial plans. It aims to readily accommodate changes in generally accepted accounting principles issued by the Accounting Standards Board and other guidance issued by the funding bodies.
It will be of interest to all colleges that are required to provide two-year financial plans to the SFA or EFA.
Colleges should submit their completed financial plans to the respective funding body no later that 31 July 2016 in accordance with the guidance provided in the Financial Planning Handbook.
The template is an integral part of a college’s strategic and development plans, as it expresses in financial terms the cost of implementing those plans and shows the income, expenditure and cash-flows associated with the projected levels of activity.
The financial plan template will be of interest to all colleges that are required to provide financial plans to the Skills Funding Agency and the Education Funding Agency.
The financial planning guidance template is an adjunct to the financial planning handbook 2016 to 2018 explaining the changes to the financial plan template.


In the past, incumbent organizations could wait, until a technology was widely adopted and then, pay for its implementation.
Maybe paying later was more expensive, but it was still cheaper than failing in large scale.
Today, organizations cannot continue waiting.
They need to learn how to run experiments in such a small scale, that failure becomes learning.
They need to learn how to fail S.O.F.T.
6


-
accessToken
String accessToken
The access token issued by the authorization server.
-
expiresIn
Integer expiresIn
The duration in seconds of the access token lifetime.
-
refreshToken
String refreshToken
The refresh token used to obtain new access tokens using the same
end-user access grant.
-
scope
String scope
The scope of the access token as a list of space-delimited strings. The
value of the "scope" parameter is defined by the authorization server. If
the value contains multiple space-delimited strings, their order does not
matter, and each string adds an additional access range to the requested
scope.


Welcome to Annext. If you do not know how to play, consult the manual. Or don't, and learn by trial and error (mostly error).
game
Your objective is simple - conquer the world using any means necessary. But do keep in mind that it is only a game. The Annext dev team takes no responsiblity for any actual wars sparked by this game.
game
The chat supports Skype text formatting (* for bold, ~ for strikethrough, _ for italics, etc.). Please be civil in the chat.
game
Good luck (if you need it). As Winston Churchill once said: "Success is not final, failure is not fatal: it is the courage to continue that counts." Or, as Napoleon Bonaparte put it: "Glory is fleeting, but obscurity is forever."
Try to come up with a name that doesn't reveal your identity, so that the game can be less personal. A country name can only contain letters and spaces. You CANNOT change the country name once you press CONFIRM.


Learn to learn, make friends, and build a support network!
Join Us TodayWe are a club within the ANU aiming to promote gender equity in STEM.
We want to assist with your transition to university.
We host workshops to help with networking and self-improvement.
We keep you regularly updated with a list of events!
We care about our students' wellbeing.


Built with Alectryon, running Coq+SerAPI v8.10.0+0.7.0. Coq sources are in this panel; goals and messages will appear in the other. Bubbles () indicate interactive fragments: hover for details, tap to reveal contents. Use Ctrl+↑ Ctrl+↓ to navigate, Ctrl+🖱 to focus.
Congratulations: We've made it to the end!
(* ################################################################# *)
We've covered quite a bit of ground so far. Here's a quick review...
- Functional programming:
- "declarative" programming style (recursion over immutable data structures, rather than looping over mutable arrays or pointer structures)
- higher-order functions
- polymorphism
- Logic, the mathematical basis for software engineering:
logic calculus
- ------------------- ~ ----------------------------
- inductively defined sets and relations
- inductive proofs
- proof objects
- Coq, an industrial-strength proof assistant
- functional core language
- core tactics
- automation
(* ################################################################# *)
If what you've seen so far has whetted your interest, you have two
choices for further reading in the Software Foundations series:
- Programming Language Foundations (volume 2, by a set of
authors similar to this book's) covers material that
might be found in a graduate course on the theory of
programming languages, including Hoare logic, operational
semantics, and type systems.
- Verified Functional Algorithms (volume 3, by Andrew Appel) builds on the themes of functional programming and program verification in Coq, addressing a range of topics that might be found in a standard data structures course, with an eye to formal verification.
(* ################################################################# *)
Here are some other good places to learn more...
- This book includes some optional chapters covering topics
that you may find useful. Take a look at the table of contents and the chapter dependency diagram to find
them.
- For questions about Coq, the #coq area of Stack
Overflow (https://stackoverflow.com/questions/tagged/coq)
is an excellent community resource.
- Here are some great books on functional programming
- Learn You a Haskell for Great Good, by Miran Lipovaca Lipovaca 2011 (in Bib.v).
- Real World Haskell, by Bryan O'Sullivan, John Goerzen, and Don Stewart O'Sullivan 2008 (in Bib.v)
- ...and many other excellent books on Haskell, OCaml,
Scheme, Racket, Scala, F sharp, etc., etc.
- And some further resources for Coq:
- Certified Programming with Dependent Types, by Adam Chlipala Chlipala 2013 (in Bib.v).
- Interactive Theorem Proving and Program Development:
Coq'Art: The Calculus of Inductive Constructions, by Yves
Bertot and Pierre Casteran Bertot 2004 (in Bib.v).
- If you're interested in real-world applications of formal
verification to critical software, see the Postscript chapter
of Programming Language Foundations.
- For applications of Coq in building verified systems, the lectures and course materials for the 2017 DeepSpec Summer School are a great resource. https://deepspec.org/event/dsss17/index.html
(* Wed Jan 9 12:02:47 EST 2019 *)


{% extends 'base.html' %} {% block header %}
To connect your Home to the cars managed by VWsFriend please scan the following QR Code with the Home App on your smartphone.
You can also manually add the Bridge {{ current_app.homekitDriver.accessory.display_name }} with the Passcode: {{ current_app.homekitDriver.state.pincode.decode('utf8') }}


JavaScript is disabled on your browser.
Skip navigation links
Package
Class
Deprecated
Index
Help
Prev Letter
Next Letter
Frames
No Frames
All Classes
A
E
G
I
M
N
P
S
T
V
W
S
Screen
- Class in
production
Screen class that implements a set of public methods of interface ScreenSpecs.
Screen(String, int, int)
- Constructor for class production.
Screen
Constructor for screen passing 3 parameters.
ScreenSpec
- Interface in
production
Interface ScreenSpec containing gets resolution, refresh rate, and response time.
setDateProduced(Date)
- Method in class production.
ProductionRecord
setID(int)
- Method in class production.
AudioPlayer
setID(int)
- Method in interface production.
Item
setID(int)
- Method in class production.
MoviePlayer
setID(int)
- Method in class production.
Widget
Override id.
setManufacturer(String)
- Method in interface production.
Item
setName(String)
- Method in interface production.
Item
setProductID(int)
- Method in class production.
ProductionRecord
setProductionNumber(int)
- Method in class production.
ProductionRecord
setSerialNumber(String)
- Method in class production.
ProductionRecord
start(Stage)
- Method in class production.
Main
This method starts the program and executes the fxml file for the gui.
stop()
- Method in class production.
AudioPlayer
stop()
- Method in class production.
MoviePlayer
stop()
- Method in interface production.
MultimediaControl
A
E
G
I
M
N
P
S
T
V
W
Skip navigation links
Package
Class
Deprecated
Index
Help
Prev Letter
Next Letter
Frames
No Frames
All Classes


Next
Your Score:
Well, you finished the test but did not complete the challenge, remember if you want to earn the badge for RANK B you need to have a Score of 100%
Share on Twitter
Try the RANK A Challenge


The HList library
See the paper "
Strongly typed heterogeneous collections
"
License:
MIT/X11 style
Download:
[.zip]


Identifier of the credential used to access the remote git repository. Default is '<empty>'.
The credential must be a private key credential if the remote git repository is accessed with the ssh protocol. The credential must be a username / password credential if the remote git repository is accessed with http or https protocol.


Click the button to register as a tutor or a student
To keep connected with us please login with your personal info
Enter your personal details and start learning with us


|
UART Terminal
V2.0
UART terminal with support ECMA5.1
|
Panel class definition. More...
Data Structures | |
| class | panel_js_c |
| struct | panel_buffer_t |
Functions | |
| void | reg_host_class (void *p_gui_interface_void) |
| Registration object in to class. More... | |
| static uint32_t | add (const uint32_t funct_ui32, const uint32_t this_ui32, const uint32_t *p_args_ui32, const uint32_t args_cnt_ui32) |
| Add new AUI panel (JS function "now") More... | |
| static uint32_t | set (const uint32_t funct_ui32, const uint32_t this_ui32, const uint32_t *p_args_ui32, const uint32_t args_cnt_ui32) |
| Set panel show (JS function "set") More... | |
| static uint32_t | get (const uint32_t funct_ui32, const uint32_t this_ui32, const uint32_t *p_args_ui32, const uint32_t args_cnt_ui32) |
| Get panel show state (JS function "get") More... | |
| static uint32_t | get_sizer (const uint32_t funct_ui32, const uint32_t this_ui32, const uint32_t *p_args_ui32, const uint32_t args_cnt_ui32) |
| Get panel main sizer (JS function "get_sizer") More... | |
| uint32_t | add_panel (wxString panel_name_str, bool horizontal_b) |
| Add AUI panel. More... | |
| uint32_t | get_panel_sizer (double panel_index_d) |
| Get panel main sizer. More... | |
| wxPanel * | get_panel (double index_d) |
| Get sizer. More... | |
| bool | get_panel_show (double index_d) |
| Get panel show. More... | |
| void | set_panel_show (double index_d, bool show_b) |
| Set panel show. More... | |
| void | set_panel_view (void) |
| Set view status for all panel. More... | |
Panel class definition.
GUI panel component.
|
static |
Add new AUI panel (JS function "now")
| [IN] | funct_ui32 : Unused |
| [IN] | this_ui32 : Pointer on construct class |
| [IN] | p_args_ui32 : Pointer on argument field |
| [IN] | args_cnt_ui32 : Argument field size |
Definition at line 119 of file in_js_class_panel_js_cpp.cpp.
| uint32_t add_panel | ( | wxString | panel_name_str, |
| bool | horizontal_b | ||
| ) |
Add AUI panel.
Function
| [IN] | panel_name_str : Panel name |
| [IN] | horizontal_b : Sizer orientation |
Definition at line 95 of file in_js_gui_panel_cpp.cpp.
|
static |
Get panel show state (JS function "get")
| [IN] | funct_ui32 : Unused |
| [IN] | this_ui32 : Pointer on construct class |
| [IN] | p_args_ui32 : Pointer on argument field |
| [IN] | args_cnt_ui32 : Argument field size |
Definition at line 218 of file in_js_class_panel_js_cpp.cpp.
| wxPanel * get_panel | ( | double | index_d | ) |
Get sizer.
| [IN] | index_d : Sizer index |
Definition at line 146 of file in_js_gui_panel_cpp.cpp.
| bool get_panel_show | ( | double | index_d | ) |
Get panel show.
| [IN] | index_d : Panel index |
Definition at line 164 of file in_js_gui_panel_cpp.cpp.
| uint32_t get_panel_sizer | ( | double | panel_index_d | ) |
Get panel main sizer.
| [IN] | panel_index_d : Panel index |
Definition at line 118 of file in_js_gui_panel_cpp.cpp.
|
static |
Get panel main sizer (JS function "get_sizer")
| [IN] | funct_ui32 : Unused |
| [IN] | this_ui32 : Pointer on construct class |
| [IN] | p_args_ui32 : Pointer on argument field |
| [IN] | args_cnt_ui32 : Argument field size |
Definition at line 261 of file in_js_class_panel_js_cpp.cpp.
| void reg_host_class | ( | void * | p_gui_interface_void | ) |
Registration object in to class.
Function
| [IN] | p_gui_interface_void : Pointer on registered class |
Definition at line 61 of file in_js_class_panel_js_cpp.cpp.
|
static |
Set panel show (JS function "set")
| [IN] | funct_ui32 : Unused |
| [IN] | this_ui32 : Pointer on construct class |
| [IN] | p_args_ui32 : Pointer on argument field |
| [IN] | args_cnt_ui32 : Argument field size |
Definition at line 175 of file in_js_class_panel_js_cpp.cpp.
| void set_panel_show | ( | double | index_d, |
| bool | show_b | ||
| ) |
Set panel show.
| [IN] | index_d : Panel index |
| [IN] | show_b : Show status |
Definition at line 183 of file in_js_gui_panel_cpp.cpp.
| void set_panel_view | ( | void | ) |
Set view status for all panel.
| void |
Definition at line 200 of file in_js_gui_panel_cpp.cpp.


--- --- {% include head.html %}
{% include navbar.html %}I am a second year Ph.D. student in Harbin Institute of Technology. I love to understand phenomenon and imagine new stuffs in fields of Machine Learning and Natural Language Processing. I did my undergrad at Central China Normal University, a beautiful university settled in Wuhan, Hubei Province, China.
Contact: epsilonlee dot green at gmail.com


This is a sample implementation of a Binary Serach Tree in JavaScript. Right now it is a work in progress, please keep looking for updates for this post, as I will keep working on it.
There will be a graphical representation of the tree in the are below that you can use to visualize the operations as I keep progressing in this code.
First we have to define the basic piece, and that is going to be a Node:
The JavaScript constructor takes a value to store in the current node as the value, and also sets the pointers to the left and right nodes as null. This is important to make sure the variables don’t remain as undefined and also that they exist when accessing them from other methods.
As for the methods, let’s start by implementing the insert. The core of the algorithm is to check if the new data has to go either to the left, or to the right, and then call the same insert recursively from the chosen node, like the code below that returns a boolean value to indicate whether the new value was inserted or not:


Sweaty Betty
Because Strong is the New Skinny.
Mail
123 Fake Street, North Pole, OHOHOH
Email
<EMAIL_ADDRESS>Phone
555-555-5555
Follow Us On:
FaceBook
Twitter


Preparation time
30 mins to 1 hour
Cooking time
30 mins to 1 hour
Serves
6
Dietary
Sieve the flour and the baking powder into a bowl and add the sugar and salt. Cut the butter into small pieces and rub into the flour until the mixture resembles fine breadcrumbs.
Add the egg and mix until a ball of pastry forms. Wrap in cling film and place into the fridge to chill for half an hour.
Preheat the oven to 200C/400F/Gas 6.
Remove the pastry from the fridge and unwrap it. Roll out the pastry on a floured work surface to fit a 20cm/8in tart tin.
Line the tin with the pastry, pushing it well up the sides. Prick the base with a fork, then place a circle of baking parchment over the base of the pastry and cover with ceramic baking beans (or uncooked rice).
Transfer to the oven and bake blind for 18-20 minutes. Remove from the oven, remove the baking beans or rice and the baking parchment.
Reduce the temperature of the oven to 150C/300F/Gas 2.
Meanwhile, for the filling, place the sugar and the zest and juice of the lemons into a small pan.
Mix the beaten egg yolk with the cornflour mixture in a clean bowl, then add to the pan of lemon and sugar.
Add boiling water, then simmer over a low heat, stirring constantly, until thickened. Remove from the heat and allow to cool.
Once the filling mixture has cooled, pour it into the pastry base in its tin.
For the meringue topping, whisk the egg whites until stiff peaks form when the whisk is removed.
Whisk in one tablespoon of caster sugar, then add the remaining caster sugar, one tablespoon at a time, whisking constantly.
Spread the meringue topping over the pie filling and place into the oven to bake for 45-50 minutes, or until the meringue is light golden-brown and crisp on the outside, but soft underneath.
Remove from the oven and allow to cool. Serve either warm or cold.


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Makes 40-60
Dietary
For the parmesan shortbreads, sift the flour into a bowl with the parmesan, salt, pepper and cayenne pepper. Grate the cold butter into the dry ingredients and rub together until the mixture resembles breadcrumbs.
Add the egg yolk and mix together to form a firm dough. Form into a ball, wrap with cling film and chill in the fridge for two hours.
Preheat the oven to 180C/355F/Gas 4.
Remove the dough from the fridge and roll out to a thickness of about 0.5cm/¼in on a floured work surface.
Using a star-shaped cutter, cut out 40 large (6cm/2½in diameter) or 60 small (4.5cm/2in diameter) shortbread stars, or a mixture of sizes. Place the shortbread stars onto a baking tray lined with greaseproof paper and bake in the oven for 10-12 minutes, until golden-brown. Remove from the oven and leave to cool. They'll keep in an airtight container for 3-4 days.
For the red onion marmalade, melt the butter in a small pan, add the red onions, thyme and red wine and cook over a very low heat for 20-30 minutes, or until the red wine has completely reduced, the onions have caramelised and the marmalade is thick and sticky. Leave to cool.
Meanwhile, for the creamed goats' cheese, place the goats' cheese into a food processor and blend with enough milk to form a smooth, thick paste. If you don't have a food processor, mix until smooth in a bowl.
To serve, spread or pipe a small amount of creamed goats' cheese onto each shortbread star. Top with a little red onion marmalade and serve at once.


The J DLL can be called by any program that can call DLLs.
Since J.DLL is itself used by the J session, you need to make a copy of J.DLL first before calling it from J; for example, copy it to file JJ.DLL.
File system\examples\data\jdll.h. gives C prototypes for J procedures.
Script system\examples\dll\jdll.ijs. gives examples of calling the J DLL from J.
Use procedure JDo to execute a sentence. For example, the following writes text abc
to file t1.txt:
load 'dll files' cmd=: '''abc'' 1!:2 <''t1.txt''' NB. example sentence 'jj.dll JDo i *c' cd <cmd NB. send to J DLL +-+--------------------+ |0|'abc' 1!:2 <'t1.txt'| +-+--------------------+ fread 't1.txt' NB. check file was written abc
Use procedure JGetM to retrieve a J variable. The cd
right argument is a name, followed by 4 pointers, which will correspond to the result datatype, rank, pointer to shape, and pointer to values. For example:
'jj.dll JDo i *c' cd <'ABC=: i.5' NB. define ABC +-+---------+ |0|ABC=: i.5| +-+---------+ 'jj.dll JGetM i *c *i *i *i *i' cd 'ABC';4#<,0 +-+---+-+-+--------+--------+ |0|ABC|4|1|13496196|13496500| +-+---+-+-+--------+--------+
The 6 items in the result are: error code (0
=success), name, datatype (4
=integer), rank(1
), pointer to shape, and pointer to values.
The pointers refer to memory addresses within the J DLL. You should reference their values before calling the J DLL again, as further calls may invalidate the memory addresses. Use function memr
to read memory and and ic
to convert to J integers. For example, the shape is:
_2 ic memr 13496196 0 4 5
Once the result datatype and shape are known, you can read the values, again using memr
, and convert to a J variable.
File system\examples\dll\jdll.ijs defines functions that perform the necessary conversions. For example:
load 'system\examples\dll\jdll.ijs' jdo 'ABC=: i.3 4' +-+-----------+ |0|ABC=: i.3 4| +-+-----------+ jget 'ABC' 0 1 2 3 4 5 6 7 8 9 10 11 jcmd 'q: 123456' 2 2 2 2 2 2 3 643


This is my first webpage!
Isn't it nice?
Here are some things I'm going to learn about coding:
Check out Epicodus. It's a great school for learning web programming!
Here is a link to my favorite things.


|
Games Task Scheduler (GTS)
A multi-processor scheduling framework for games engines
|
Modules | |
| Assert | |
| Atomics | |
| Machine | |
| Memory | |
| Thread | |
| Utilities | |
Classes | |
| class | gts::InstructionSet |
Functions | |
| GTS_INLINE bool | gts::Thread::start (ThreadFunction function, void *pArg, uint32_t stackSize=DEFAULT_STACK_SIZE) |
| Starts a thread. | |
| GTS_INLINE bool | gts::Thread::join () |
| GTS_INLINE bool | gts::Thread::destroy () |
| Destroys the internal resource, if any. | |
| GTS_INLINE ThreadId | gts::Thread::getId () |
| Returns the handle's unique ID. | |
| GTS_INLINE bool | gts::Thread::setAffinity (size_t groupId, AffinitySet const &affinity) |
| Sets the processor affinity for the thread and returns the previous affinity. | |
| GTS_INLINE bool | gts::Thread::setPriority (Priority priority) |
| Sets the priority for the thread. | |
| static GTS_INLINE void | gts::Thread::getSystemTopology (SystemTopology &out) |
| Gets the topology of all the processors in the system. | |
| static GTS_INLINE uint32_t | gts::Thread::getHardwareThreadCount () |
| Gets the number of logical processor on this system. | |
| static GTS_INLINE void | gts::Thread::getCurrentProcessorId (uint32_t &groupId, uint32_t &hwTid) |
| Gets the current group and hardware thread IDs. | |
| static GTS_INLINE void | gts::ThisThread::yield () |
| Yields to another thread on this CPU. (i.e. SwitchToThread on Win32) | |
| static GTS_INLINE void | gts::ThisThread::sleepFor (uint32_t milliseconds) |
| Yields to another thread in this process. (i.e. Sleep(...) on Win32) | |
| static GTS_INLINE ThreadId | gts::ThisThread::getId () |
| Gets the current threads ID. | |
| static GTS_INLINE void | gts::ThisThread::setName (const char *name) |
| Sets the name of the thread. | |
| static GTS_INLINE bool | gts::ThisThread::setAffinity (size_t groupId, AffinitySet const &affinity) |
| Sets the processor affinity for the thread and returns the previous affinity. | |
| static GTS_INLINE bool | gts::ThisThread::setPriority (Thread::Priority priority) |
| Sets the priority for the thread. | |
| bool | gts::BinarySemaphore::isWaiting () |
| bool | gts::BinarySemaphore::wait () |
| void | gts::BinarySemaphore::signal () |
| void | gts::BinarySemaphore::reset () |
Variables | |
| uint32_t * | gts::CpuCoreInfo::pHardwareThreadIds = nullptr |
| The ID for each hardware thread in the core. | |
| size_t | gts::CpuCoreInfo::hardwareThreadIdCount = 0 |
| The number of elements in pHardwareThreadIds. | |
| uint8_t | gts::CpuCoreInfo::efficiencyClass = 0 |
| The efficiency of this core. {0,.., n} => {min,.., max}. | |
| CpuCoreInfo * | gts::SocketInfo::pCoreInfoArray = nullptr |
| A array of descriptions for each processor core in the socket. | |
| size_t | gts::SocketInfo::coreInfoElementCount = 0 |
| The number of elements in pCoreInfoArray. | |
| CpuCoreInfo * | gts::NumaNodeInfo::pCoreInfoArray = nullptr |
| A array of descriptions for each processor core in the node. | |
| size_t | gts::NumaNodeInfo::coreInfoElementCount = 0 |
| The number of elements in pCoreInfoArray. | |
| size_t | gts::NumaNodeInfo::nodeId = SIZE_MAX |
| The ID of the node. | |
| CpuCoreInfo * | gts::ProcessorGroupInfo::pCoreInfoArray = nullptr |
| A array of descriptions for each processor core in the group. | |
| size_t | gts::ProcessorGroupInfo::coreInfoElementCount = 0 |
| The number of elements in pCoreInfoArray. | |
| NumaNodeInfo * | gts::ProcessorGroupInfo::pNumaInfoArray = nullptr |
| A array of descriptions for each NUMA node. | |
| size_t | gts::ProcessorGroupInfo::numaNodeInfoElementCount = 0 |
| The number of elements in pNumaInfoArray. | |
| SocketInfo * | gts::ProcessorGroupInfo::pSocketInfoArray = nullptr |
| A array of descriptions for each socket. | |
| size_t | gts::ProcessorGroupInfo::socketInfoElementCount = 0 |
| The number of elements in pSocketInfoArray. | |
| uint32_t | gts::ProcessorGroupInfo::groupId = 0 |
| The ID of the group. | |
| ProcessorGroupInfo * | gts::SystemTopology::pGroupInfoArray = nullptr |
| A array of descriptions for each processor group. | |
| size_t | gts::SystemTopology::groupInfoElementCount = 0 |
| The number of elements in pGroupInfoArray. | |
Platform specific functionality
|
inline |


Not Found
You have attempted to access a page that is not available within this website.
{% if msg -%}Additional information: {{ msg }}
{%- endif %}{% extends "base.html" %} {% block page_title %}Unknown Page{% endblock %} {% block content %}
You have attempted to access a page that is not available within this website.
{% if msg -%}Additional information: {{ msg }}
{%- endif %}


As so many little kids I was fascinated by flying and back in those days I didn't want to become anything more then a pilot. I was imagining myself soring through the skies, but at one point it suddenly hit me...
What if I could invent these amazing things that enabled us how to fly. This thought turned my world upside down, my new heroes suddenly became inventors and scientists in the likes of Leonardo da Vinci, Einstein and Edison. Just like them I wanted to change the world and invent things that could better the lives of everyone on this planet.
Now many years later I still have this passion for technology, there is no moment that passes when I am not fascinated by the speed that everything around me is changing. I am still the little kid, although a little taller by now...


Version 1.0.4 by Volodymyr Volynets
- BI
- Bug #1259 (Fixed file permission.)
Repository / Git:
Name: Numbers\BI
Title: Business Intelligence modules for Numbers Framework
Version: 1.0.3
Last Tag: 1.0.3
User Name: Volodymyr Volynets
User Email<EMAIL_ADDRESS>Statistics:
Addition: 0
Deletion: 0
Modules:
B/I Business Intelligence (Numbers\BI\BusinessIntelligence, 1.0.3) | 0 0
0 0 | BusinessIntelligence/Controller/DataSources.php
0 0 | BusinessIntelligence/Controller/Filters.php
0 0 | BusinessIntelligence/Data/Import.php
0 0 | BusinessIntelligence/Data/System.php
0 0 | BusinessIntelligence/Form/DataSources.php
0 0 | BusinessIntelligence/Form/Filters.php
0 0 | BusinessIntelligence/Form/List2/DataSources.php
0 0 | BusinessIntelligence/Form/List2/Filters.php
0 0 | BusinessIntelligence/Helper/Messages.php
0 0 | BusinessIntelligence/Model/DataSource/Columns.php
0 0 | BusinessIntelligence/Model/DataSource/Filters.php
0 0 | BusinessIntelligence/Model/DataSource/Tables.php
0 0 | BusinessIntelligence/Model/DataSources.php
0 0 | BusinessIntelligence/Model/Filters.php