Terms Of Use & Privacy Policy
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Fly Away Simulation Terms and Conditions
Below are the terms and conditions for the use of our services.
Payment
Payment for your 'Fly Away Simulation Lifetime Membership' is handled by Paypal Inc. Cards accepted include Visa, Mastercard, Discover Novus, Amex, Switch, Solo and many other non-standard card types. Security for your payment, and security of your payment details is Paypal Inc's responsibility, and their privacy statement and terms can be found on their website when making a purchase.
Service Paid For
Upon signing up for a 'Fly Away Simulation Monthly Membership', you are paying for the use and bandwidth of the Fly Away server that is used to transit any resources such as images, text, files to your computer. You are not paying for the download works of developers who created the files; they are freeware which are also available on many other internet resource sites.
Service Agreed
As a registered user of Fly Away Simulation, you are entitled to have access to your account for as long as the Fly Away Simulation site, https://flyawaysimulation.com is in business. If anything should happen that Fly Away Simulation is no longer able to provide website features, or features provided for the sole purpose payment, no refunds will be offered and agreed.
Email Addresses and Communication from Us to You
By signing up, you agree that Fly Away Simulation may send newsletters, network messages and other e-mail based messages to the e-mail address you signed up with. You may unsubscribe from our newsletters at any time.
External Linking Within the Forums
External links should only be posted within forum topics and messages if the final resource of the link cannot be obtained on or within the Fly Away Simulation network. External links mean links to websites that reside outside the Fly Away Simulation domain names. Resources may include download articles, other forum websites and news articles, but not restricted to these types. When posting a message with external links, you agree that your message may be edited and changed by administrators and moderators within our forums to update the link you posted to point to a local resource within the Fly Away Simulation Network. If you revert these edits and continue to revert these edits by the administrators, you will be warned once. If after the warning you continue to revert these edits, your account on Fly Away Simulation will be revoked. External linking within forum profile signatures is not permitted.
Cancelation Policy for Monthly Membership
Any member may cancel their monthly membership at any time for any reason. Please note; we cannot cancel your membership for you or cancel it via an e-mail request. Users must login to their PayPal account and cancel their own membership via the PayPal website.
When you cancel a subscription via PayPal, you will still have full access to your account until the subscription term lapses. Access will be denied to the PRO features of the site under your account after the subscription term has lapsed if there is no active subscription on the account for the next months payment to be taken.
You may cancel your account at any time and for any reason and no notice needs to be given.
By making a payment to Fly Away Simulation, you agree to these terms and conditions and are fully aware that you agree to them by making a payment.
Editorial Policy
Please note that a lot of our flight simulator and aviation news articles are submitted by developers and professionals within the aviation and flight simulation industry. We screen, edit and approve all articles manually before they are published. We maintain the utmost integrity on the articles and press releases we publish, however if you have comments on the content of any article published here, please feel free to use the feedback form and provide us with your feedback. If you think that this article is copyrighted and does not belong on this site, and you are the copyright holder, please use the feedback form to make us aware of this. Incorrectly published copyrighted works will be removed immediately upon request.
Privacy Policy
This specific Online Privacy Policy governs the manner that Fly Away Simulation gathers, utilizes, controls, as well as divulges data received via users (each, a "User") of https://flyawaysimulation.com/ internet site ("Site"). This online privacy policy refers to the Site and all of the offerings, goods, and services available at Fly Away Simulation.
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We might gather non-personal identification details about a User if he or she connects with our Site. Non-personal ID details might include the internet browser brand name, the sort of personal computer and technological details about the User’s method of linking with our Site, for instance the operating system and also the Internet service providers employed as well as other corresponding material.
Internet Browser Cookies
What Are Cookies?
Cookies are small files that are saved on your local device (computer, tablet, laptop etc.) by websites that you visit. Cookies can be used for many different purposes which we describe in further detail below.
How We Use Cookies
We may use cookies to gather information from your visit to our site. None of the data gathered will contain personal details or identifying data. The data sought by the cookie helps us improve our website and any service offered to you. Your web browser also has the option of blocking cookies entirely by changing your browser settings. However, if you do block cookies, some areas of the website may not work as expected.
Types of Cookies We Use
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Session cookies allow us to ensure we display the correct pages and information from what you may select on the site giving you the best user experience. For example, this could include redirecting you back to the correct page in order to create your account when signing up after payment. Another example is when you log in to your account, it will ensure that the correct pages are displayed to reflect your logged-in status.
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Persistent cookies allow us to keep track of your preferred privacy settings. They allow us to know whether you have accepted the website terms and conditions (specifically related to cookie options). They can last up to 2 years or until you clear your web browser cookies or cache.
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We use Google Analytics to monitor how many people visit the Site, what pages are popular and where visitors have arrived from. We do not collect IP address information and all of the data gathered is anonymous. Google Analytics has a special feature that we have enabled that anonymizes the IP address data before any storage or processing takes place. We do not track pages with identifiable variables such as name, username or IP address contained in the URL. Collecting this analytical data enables us to provide a better experience to our users. No personally identifiable information is recorded in these cookies (applies globally) and when used they are always transmitted over SSL.
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We follow proper information collection, storage and handling methods and safety measures to shield against illegal access, modification, disclosure or destruction of your information and facts, login name, security password, transaction specifics and data saved on our Site.
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Sharing your individual details
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Mailing Address
Fly Away Simulationc/o RBFTP Networks Ltd.
Mountview Court
1148 High Road
Whetstone
London
N20 0RA
United Kingdom
Phone
USA
+1-323-375-2119
UK
+44-203-318-0477
This document was last updated on April 19, 2018.


Name: Dana Shin
Year: Junior
Major: Political Science & Psychology
Position: Co-Chair
Hobbies: Taking buzzfeed quizzes, crying about Grey's Anatomy, pretending to online shop, and writing slam poetry
Name: Queena Zhao
Year: Junior
Major: Biochemistry & Biopsychology, Cognition, and Neuroscience
Position: Co-Chair
Hobbies: Perfecting my skills in cooking kimchi fried rice, eating, and motivating myself to go to the gym
Name: Katty Wu
Year: Junior
Major: Cellular & Molecular Biology
Position: Core Logistics
Hobbies: Raving, writing/listening to Spoken Word, watching TED Talks
Name: Charles Wang
Year: Junior
Major: Computer Science
Position: Logistics
Hobbies: Piano, trumpet, running, biking, football, airsoft, videogames, and hanging out with friends
Name: Eric Chan
Year: Junior
Major: Biomedical Engineering
Position: Logistics
Hobbies: Running, watching Family Feud, Maplestory
Name: Sungjee Dianne Ro
Year: Junior
Major: Business Administration
Position: Core Finance
Hobbies: Dancing and baking
Name: Helen Tan
Year: Junior
Major: Business Administration
Position: Finance
Hobbies: Drinking coffee, going to the gym, watching documentaries, and everything else food-related
Name: Derek Xia
Year: Junior
Major: Computer Science
Position: Finance
Hobbies: Brunch, napping (after brunch)
Name: Anisha Sudarshan
Year: Senior
Major: Neuroscience and Spanish
Minor: Computer Science
Position: Finance
Hobbies: Procrastinating by way of Netflix, traveling, taking super amateur travel photography, eating good vegetarian food, playing/watching tennis
Name: Billy Chen
Year: Senior
Major: Chemical Engineering
Position: Finance
Hobbies: Netflix, eating, feeding my cat
Name: Ethan Hong
Year: Junior
Major: Computer Science and Biomolecular Science
Position: Workshop
Hobbies: Reading Wikipedia articles for hours
Name: Yimeng Zhao
Year: Junior
Major: Biochemistry and Russian
Position: Workshop
Hobbies: Fencing and Ballroom
Name: Adam Brodnax
Year: Junior
Major: Business
Position: Workshop
Hobbies: Enjoys broadcasting basketball, can only watch one episode of Jane The Virgin in one sitting, believes in the power of a narrative, and enjoys spending time with his 12 pets
Name: Cindy Ding
Year: Junior
Major:
Position: Publicity
Hobbies: Doing artsy things, online shopping, and playing wallyball
Name: Edith Zhang
Year: Senior
Major: Business Administration
Position: Publicity
Hobbies: Jamming on the ukulele, watching too much anime, reading, drawing fan art, and taking naps
Name: Langsi Wu
Year: Junior
Major: Business and Cognitive Science
Position: Publicity
Hobbies: Reading, watching Friends, swimming, traveling, eating
Name: Kelvin Tam
Year: Senior
Major: Computer Science
Position: Multimedia/Creative
Hobbies: Creating, watching One Piece, roadtripping, cooking, and taking long walks
Name: Stone Stewart
Year: Junior
Major: Performing Arts Technology
Position: Multimedia/Creative
Hobbies: Dancing poorly, making good music, making bad music, DJing, taking pictures
Name: Lingene Yang
Year: Junior
Major: Computer Science
Position: Multimedia/Creative
Hobbies: TBD
Name: Daphne Cheng
Year: Junior
Major: Biopsychology, Cognition, & Neuroscience
Minor: Community Action & Social Change
Position: Community Liaison
Hobbies: Eating brunch, listening to NPR, playing the violin, listening to music, taking naps, service learning, watching Parks & Rec, hanging out with friends, and meeting new people
Name: Karina Souksay
Year: Sophomore
Major: Nursing
Position: Community Liaison
Hobbies: Listening to RnB and hip hop, playing volleyballs, smiling, not driving on highways
Name: Lily Chang
Year: Junior
Major: Psychology
Position: Entertainment
Hobbies: Dancing, watching Game of Thrones, eating, being an Oreo, and going on food adventures
Name: Ethan Jin
Year: Junior
Major: Microbiology
Position: Entertainment
Hobbies: Basketball and Ping Pong
Name: Kim Nguyen
Year: Junior
Major: Biomolecular Sciences
Minor: American Culture
Position: Registration
Hobbies: Sleeping, watching Netflix, and going to the gym
Name: Erin Yamaguchi
Year: Junior
Major: Economics
Minor: Entrepreneurship, Political Science
Position: Registration
Hobbies: Painting, video games, training in competitive napping, eating other people's food, pranking people
Name: Julia Duong
Year: Junior
Major: Business Administration
Position: Leadership Development Coordinator
Hobbies: Running, tennis, and watching Scandal
Name: Grace Chun
Year: First Year Graduate
Major: Masters in Social Work
Position: Leadership Development Coordinator
Hobbies: Napping, eating, reading, watching movies, and hanging with friends
Name: Amy Nichols
Year: Junior
Major: Communications Studies
Minor: Intergroup Relations Education
Position: Leadership Development Coordinator
Hobbies: Eating sushi, watching YouTube and Modern Family, tagging people in memes on Facebook
Name: Ciara Timban
Year: Freshman
Major: Public Policy and Public Health
Position: Freshmen Representative
Hobbies: Juggling 10+ TV shows on Netflix while attempting to get my life together
Name: Stephanie Yim
Year: Freshman
Major: Neuroscience
Position: Freshmen Representative
Hobbies: Watching the Red Wings, eating good food and scrolling through Pinterest in search of my next DIY project
Name: Linh Nguyen
Associate Director, Office of Multi-Ethnic Student Affairs
Position: MAASU Advisor
Hobbies: Taking pictures from various angles and making lots of DIY arts


Preparation time
1-2 hours
Cooking time
30 mins to 1 hour
Serves
Serves 8
Dietary
Put some tart into your pie with dried sour cherries. The combination of apples, dried cherries and cubes of sweet marzipan is irresistible.
Equipment and preparation: you will need a 23cm/9in ceramic pie dish.
Place the butter and flour in a large bowl and, using your fingertips, rub the butter into the flour until it resembles fine breadcrumbs. Mix in the sugar and a pinch of salt. Measure five tablespoons of water in a jug and slowly add it to the mixture until it comes together to form a dough (you may not need all the water). The dough should be firm but not crumbly.
Transfer the pastry to a lightly floured work surface and knead very briefly just to combine. Wrap in cling film and transfer to the fridge to chill for 20 minutes.
Preheat the oven to 190C/fan oven 170C/375F/Gas 5.
For the filling, in a large bowl combine the lemon zest, cinnamon, caster sugar and cornflour. Add the apples and toss to coat.
Lightly flour a work surface and rolling pin. Remove the pastry from the fridge and set aside one-third for the pie lid. Roll out the remaining pastry until it is big enough to generously fit the pie dish. Use the rolling pin to help you lift the pastry into the pie dish and gently press it into the sides, leaving any excess pastry overhanging the sides. Place in the freezer to chill for 10 minutes.
Roll out the remaining pastry to form the pastry lid. Use any excess to form shapes to decorate the pie.
Arrange a layer of apple slices in the pie dish and scatter with marzipan cubes and cherries. Repeat in layers until the dish is nearly full at the edges and heaped in the centre.
Place the pastry lid on top and crimp the edges to seal. Make a hole in the centre to allow stream to escape. Place any decorative shapes on top and then glaze with beaten egg.
Bake in the preheated oven for 40-45 minutes, or until the pastry is golden-brown and crisp. Check after 25 minutes and, if necessary, cover with foil to prevent the pastry edges from burning.


CMPLX(3) - [TYPE:NUMERIC] Conversion to a complex type
result = cmplx(x [,kind]) | cmplx(x [,y] [,kind])
elemental complex(kind=KIND) function cmplx( x, y, kind )type(TYPE(kind=**)),intent(in) :: x type(TYPE(kind=**)),intent(in),optional :: y integer(kind=**),intent(in),optional :: KIND
The type of the arguments does not affect the kind of the result except for a complex X value.
o X may be integer, real, or complex. o Y may be integer or real. Y is allowed only if X is not complex. o KIND is a constant integer initialization expression indicating the kind parameter of the result. NOTE: a kind designated as ** may be any supported kind for the type
o if KIND is not present and X is complex the result is of the kind of X. o if KIND is not present and X is not complex the result if of default complex kind.
The CMPLX(3) function converts numeric values to a complex value.
Even though constants can be used to define a complex variable using syntax like
z = (1.23456789, 9.87654321)this will not work for variables. So you cannot enter
z = (a, b) ! NO ! (unless a and b are constants, not variables)so to construct a complex value using non-complex values you must use the CMPLX(3) function:
z = cmplx(a, b)or assign values separately to the imaginary and real components using the %IM and %RE designators:
z%re = a z%im = bIf X is complex Y is not allowed and CMPLX essentially returns the input value except for an optional change of kind, which can be useful when passing a value to a procedure that requires the arguments to have a different kind (and does not return an altered value):
call something(cmplx(z,kind=real64))would pass a copy of a value with kind=real64 even if z had a different kind
but otherwise is equivalent to a simple assign. So if z1 and z2 were complex:
z2 = z1 ! equivalent statements z2 = cmplx(z1)If X is not complex X is only used to define the real component of the result but Y is still optional -- the imaginary part of the result will just be assigned a value of zero.
If Y is present it is converted to the imaginary component.
CMPLX(3) AND DOUBLE PRECISION
Primarily in order to maintain upward compatibility you need to be careful when working with complex values of higher precision that the default.
It was necessary for Fortran to continue to specify that CMPLX(3) always return a result of the default kind if the KIND option is absent, since that is the behavior mandated by FORTRAN 77.
It might have been preferable to use the highest precision of the arguments for determining the return kind, but that is not the case. So with arguments with greater precision than default values you are required to use the KIND argument or the greater precision values will be reduced to default precision.
This means CMPLX(D1,D2), where D1 and D2 are doubleprecision, is treated as:
cmplx(sngl(d1), sngl(d2))which looses precision.
So Fortran 90 extends the CMPLX(3) intrinsic by adding an extra argument used to specify the desired kind of the complex result.
integer,parameter :: dp=kind(0.0d0) complex(kind=dp) :: z8! wrong ways to specify constant values ! note this was stored with default real precision ! z8 = cmplx(1.2345678901234567d0, 1.2345678901234567d0) print *, NO, Z8=,z8,real(z8),aimag(z8)z8 = cmplx(1.2345678901234567e0_dp, 1.2345678901234567e0_dp) ! again, note output components are just real print *, NO, Z8=,z8,real(z8),aimag(z8) ! ! YES ! ! kind= makes it work z8 = cmplx(1.2345678901234567d0, 1.2345678901234567d0,kind=dp) print *, YES, Z8=,z8,real(z8),aimag(z8)
A more recent alternative to using CMPLX(3) is "F2018 component syntax" where real and imaginary parts of a complex entity can be accessed independently:
value%RE ! %RE specifies the real part or value%IM ! %IM specifies the imaginary partWhere the designator value is of course of complex type.
The type of a complex-part-designator is real, and its kind and shape are those of the designator. That is, you retain the precision of the complex value by default, unlike with CMPLX.
The following are examples of complex part designators:
impedance%re !-- Same value as real(impedance) fft%im !-- Same value as AIMAG(fft) x%im = 0.0 !-- Sets the imaginary part of x to zero x(1:2)%re=[10,20] !-- even if x is an arrayNOTE for I/O
Note that if format statements are specified a complex value is treated as two real values.
For list-directed I/O (ie. using an asterisk for a format) and NAMELIST output the values are expected to be delimited by "(" and ")" and of the form "(real_part,imaginary_part)". For NAMELIST input parenthesized values or lists of multiple real values are acceptable.
o X : The value assigned to the real component of the result when X is not complex. If X is complex, the result is the same as if the real part of the input was passed as X and the imaginary part as Y.
result = CMPLX (REAL (X), AIMAG (X), KIND).That is, a complex X value is copied to the result value with a possible change of kind.
o Y : Y is only allowed if X is not complex. Its value is assigned to the imaginary component of the result and defaults to a value of zero if absent. o KIND : An integer initialization expression indicating the kind parameter of the result.
The return value is of complex type, with magnitudes determined by the values X and Y.
The common case when X is not complex is that the real component of the result is assigned the value of X and the imaginary part is zero or the value of Y if Y is present.
When X is complex Y is not allowed and the result is the same value as X with a possible change of kind. That is, the real part is REAL(X, KIND) and the imaginary part is REAL(Y, KIND).
Sample program:
program demo_aimag implicit none integer,parameter :: dp=kind(0.0d0) real(kind=dp) :: precise complex(kind=dp) :: z8 complex :: z4, zthree(3) precise=1.2345678901234567d0Results:! basic z4 = cmplx(-3) print *, Z4=,z4 z4 = cmplx(1.23456789, 1.23456789) print *, Z4=,z4 ! with a format treat a complex as two real values print (1x,g0,1x,g0,1x,g0),Z4=,z4
! working with higher precision values ! using kind=dp makes it keep DOUBLEPRECISION precision ! otherwise the result would be of default kind z8 = cmplx(precise, -precise ) print *, lost precision Z8=,z8 z8 = cmplx(precise, -precise ,kind=dp) print *, kept precision Z8=,z8
! assignment of constant values does not require cmplx(3)00 ! The following is intuitive and works without calling cmplx(3) ! but does not work for variables just constants z8 = (1.1111111111111111d0, 2.2222222222222222d0 ) print *, Z8 defined with constants=,z8
! what happens when you assign a complex to a real? precise=z8 print *, LHS=,precise,RHS=,z8
! elemental zthree=cmplx([10,20,30],-1) print *, zthree=,zthree
! descriptors are an alternative zthree(1:2)%re=[100,200] print *, zthree=,zthree
end program demo_aimag
Z4= (-3.000000,0.0000000E+00) Z4= (1.234568,1.234568) Z4= 1.234568 1.234568 lost precision Z8= (1.23456788063049,-1.23456788063049) kept precision Z8= (1.23456789012346,-1.23456789012346) Z8 defined with constants= (1.11111111111111,2.22222222222222) LHS= 1.11111111111111 RHS= (1.11111111111111,2.22222222222222) zthree= (10.00000,-1.000000) (20.00000,-1.000000) (30.00000,-1.000000) zthree= (100.0000,-1.000000) (200.0000,-1.000000) (30.00000,-1.000000)
FORTRAN 77, KIND added in Fortran 90.
Fortran has strong support for complex values, including many intrinsics that take or produce complex values in addition to algebraic and logical expressions:
o AIMAG(3) - Imaginary part of complex number o CONJG(3) - Complex conjugate function o REAL(3) - Convert to real type ABS(3), ACOSH(3), ACOS(3), ASINH(3), ASIN(3), ATAN2(3), ATANH(3), ATAN(3), COSH(3), COS(3), CO_SUM(3), DBLE(3), DOT_PRODUCT(3), EXP(3), INT(3), IS_CONTIGUOUS(3), KIND(3), LOG(3), MATMUL(3), PRECISION(3), PRODUCT(3), RANGE(3), RANK(3), SINH(3), SIN(3), SQRT(3), STORAGE_SIZE(3), SUM(3), TANH(3), TAN(3), UNPACK(3),
fortran-lang intrinsic descriptions (license: MIT) @urbanjost
| Nemo Release 3.1 | cmplx (3) | July 22, 2023 |


CharactersPageDataSourceFactory(providerDataSource: Provider<CharactersPageDataSource>)
Data source factory which also provides a way to observe the last created data source. This allows us to channel its network request status etc back to the UI.
See Also


Git It? Got It? Good!
Gitting Familiar with Version Control
February 8, 2015
Hey Everyone!
Today marks the end of Phase 0, Unit 1, week 1 for us 2015 Pocket Gophers. Yay! Now we’re actually gitting somewhere! (I’m all for wordplay btw! ;) )
Week 1 was all about version control, namely git and GitHub. I had seen a few things about git, online, over the past few weeks, and to be honest I had no clue what to do with it, even after the ‘Try Git’ tutorial. After completing Week 1, I realized why I felt some trepidation about getting started with the week’s work in the first place. I felt intimidated by the topic. I had no clue what git actually was. I mean I knew it tracked changes. But I didn’t know how, or what category git even fell under.
Cue version control! What exactly is version control, you may ask? Version control is just a method of tracking changes to a file. It lets you know what changes were made, who made them, when they were made, and sometimes we even get the thought process behind why the changes were made. Git and GitHub are types of version control. They are super similar and work together. They are not the same.
Git lives on your computer or laptop. It is a ‘local’ type of version control. This means that it does not need an internet connection to track your changes. If you’re working alone, git allows you to make changes to a file, without losing the original, or having to create a new file names or versions of the file (example: File.doc, File_copy.doc, File_copy_copy.doc).  When doing group work, git allows multiple users to work on the file, while tracking those changes as well. It avoids a big mess.
GitHub works with git. GitHub is a ‘remote’ type of version control. Meaning it lives on the internet. It is like ‘Cloud’ in a way. It stores what you send to it from your computer. GitHub is very beneficial because it allows for your group or team to see and edit your work, even if you aren’t working side-by-side or even at the same time. Again, your original file, remains safe. GitHub makes it way easy to view files, and it even lists the changes right there.
 Hopefully after reading this, you can feel more comfortable learning about it. I spent maybe 1 full day, and it definitely was not as hard or as intimidating as I thought. I git it now (Okay, I’ll stop lol.)
I will be updating this blog as we progress with Phase 0! Good luck to all fellow Pocket Gophers, and those looking to get started!
- Geovanna
-
Click here for more posts, or select a title below:
- What's Cooking at DBC?
- Are You In or Out?


Installing Jest on Windows in Visual Studio 2013
I've been doing a lot of work and experimentation with React lately, and I have to say it's pretty great. Naturally, I wanted to write some tests for the components I've created, so I decided to try out Jest.
Of course, being on Windows and using Visual Studio 2013, there were bound to be gotchas. I ran into some minor trouble trying to get Jest installed through npm, but with some research I was able to get things working. This post is mostly to document the command that was able to work for me in the hopes that it could help someone like me in the same situation.
Here it is:
$ npm install jest-cli --save-dev --msvs-version=2013 --python=python2.7
A couple things to note:
--msvs-version=2013
is required because one of the dependencies of Jest was trying to target Visual Studio 2010 on my machine. Not sure why, but there it is.--python=python2.7
is required because I have Python 3.4 installed and in my PATH, but the installation requires Python 2.7.
And that was it! Now to start writing some React tests.


Linear Prediction and Singular Value Decomposition
predictedSpectrum = lpsvd(spectrum, time, method, order) [predictedSpectrum, PredictionParameters] = lpsvd(...)
lpsvd
estimates the parameters for a linear combination of
exponentially damped sinusoids needed to fit the input spectrum through
linear prediction singular value decomposition or related methods.
The model for the exponentially damped sinusoid is:
y(time) = amp * exp(1i*phase) * exp(time * (1i*2*pi*freq - damp) )
The function requires 2-4 input parameters: the spectrum
to be fit and
its corresponding time
vector are necessary; the method
and order
if not
provided will revert to the defaults.
The third input determines the method
used to fit the model to
the spectrum, the three possible inputs include:
'kt'
: Kumaresan and Tufts linear prediction and singular value decomposition algorithm
'ss'
: State space and singular value decomposition method (default)
'tls'
: Hankel total least squares method
The fourth input is an initial estimate for the number of damped sinusoids
present in the spectrum
. If an integer is provided that will be
used otherwise the order can be estimated via:
'mdl'
: minimum description length (default)
'aic'
: Akaike information protocol
However these two methods are known to underestimate the number of components.
Generate an example set of damped siunsoids and add noise
clear dt = 4/1000; % us n = 1024; time = (0:n-1)*dt; T2 = 0.4; %us w = -50:10:50; % MHz A = -1.1:.2:0.9; y = exp(1i*0)*exp(-time/T2).*(A*exp(1i*2*pi*w'*time)); yn = complex(real(y)+ 0.3*randn(1,n),imag(y) + 0.3*randn(1,n)); yf = fftshift(fft(y)); ynf = fftshift(fft(yn)); xf = fdaxis(dt,n); subplot(2,1,1) plot(time,imag(y),time,imag(yn)); xlabel('time (ns)') subplot(2,1,2) plot(xf,real(yf),xf,real(ynf)); xlabel('frequency (MHz)'); xlim([-100 100])
Perform lpsvd on the noisy data
yp = lpsvd(yn,time,'ss','aic'); ypf = fftshift(fft(yp)); subplot(2,1,1) plot(time,imag(yn),time,imag(yp)); xlabel('time (ns)') subplot(2,1,2) plot(xf,real(ynf),xf,real(ypf)); xlabel('frequency (MHz)'); xlim([-100 100])
lpsvd
are described in


(Creating bones to more easily animate complex objects or
characters) While you are not
required to use bones to animate with Spriter, and in act, for
many types of animations bones would
just be an inconvenience, for the case of animating complex
objects or characters the initial investment
of literally a minute or two to “rig” the character with bones will
end up making work much easier and
more natural, and save you a lot of time, even resulting in a
superior final animation. To create bones,
simply hold the Alt key and left click and drag from the point
you want the bone to begin to the point
where you want the bone to end. The point where the bone
begins (the thick end) acts as the pivot
point of the bone. When you let go of the left mouse button that
bone is done being created and is
automatically selected...if you create a new bone while the
previous bone is still selected, the new bone
will automatically be a child of the selected bone. You can
continue to hold Alt and create all of the
bones you need for the full character...just be sure the bone you want to be the next bone's parent is
selected while creating the new bone. At any time in this process you can let go of the Alt key and
select, move, rotate and scale any of the bones to perfect their position relative to the sprites you will be
assigning to them.
(Assigning Sprites as children of bones) Now that your bones are set up
where you want for the whole character, properly aligned with the sprites,
you just need assign (child) the appropriate sprites to each of them. To do
this, simple select a bone by left clicking on it, and then hold the B
key...you'll see all Sprites become more translucent. Now if you left click
on any Sprite while still holding the B key, that Sprite will become a child
of the selected bone. You will see that it is now assigned because the
sprite is now more opaque. If you click that same sprite again while
holding B it will disassociate that sprite from the selected bone. You can
select as many sprites to each bone as you'd like. He sprite does not have
to be touching the bone, or even be close in proximity to the bone. Once
finished assigning all sprites to their respective bones I recommend you
quickly play with putting the character in extreme poses with limbs
overlapping the body and the other limbs so you can double-check that all
Sprites are z-ordered properly. This way, you won't have to stop and
manually fix the z-order of sprites across several key-frames once you're
animating.
Creating and Assigning Bones


What is popHealth?
popHealth is an open source reference implementation software service that automates the reporting of Meaningful Use quality measures. popHealth integrates with a healthcare provider's electronic health record (EHR) system using continuity of care records. popHealth streamlines the automated generation of summary quality measure reports on the provider's patient population.
Key to popHealth's value for providers and vendors interested in implementing summary quality reporting:
- The ability to quickly view and report static quality measures based on established quality measures.
- Infrastructure to eventually remotely automate the addition of new quality measure reports, and export multiple modes of reporting output.
What is the objective of popHealth?
popHealth is designed to simplify the reporting of summary quality measures, and streamline the exchange of summary quality data. Demonstration of Meaningful Use requires the reporting of quality measure data. This reference implementation open source software demonstrates how providers can rapidly produce and submit Meaningful Use clinical quality measures. Further, popHealth provides EHR vendors with a reference implementation software package to guide the development of further Meaningful Use quality measures.
Who are the intended users of popHealth?
popHealth supports healthcare providers and EHR vendors by reporting clinical quality measures from electronic health record continuity of care files. Providers are empowered to better understand, and analyze the health of their patient population, and meet Meaningful Use reporting objectives, through reports of clinical quality measures. EHR vendors and healthcare providers are free to download, use, and integrate the popHealth software in their systems.
Does popHealth work with any ONC-certified Electronic Health Record System?
popHealth was designed to work with ONC-certified Electronic Health Record Systems producing Continuity of Care files with clinical data coded per the clinical vocabularies used in the Meaningful Use Clinical Quality Measure eSpecifications posted on the CMS website.
For popHealth to produce Meaningful Use quality measure results, a certified Electronic Health Record system must be configured to provide coded results for all fields expressed in either the HITSP C32 or ASTM CCR Health Information Exchange standards. As both Continuity of Care XML standards and the Meaningful Use Clinical Quality Measures evolve, popHealth will adjust for future changes of the standards and of the quality measures. Meaningful Use Clinical Quality Measures electronic specifications define clinical data concepts and values coded in specific clinical vocabularies. To produce reports based on these definitions, the following code and value sets are required:
- Allergies: RxNorm, SNOMED-CT
- Care Goals: SNOMED-CT
- Clinical Lab: LOINC
- Conditions: SNOMED-CT, ICD-9-CM, ICD-10-CM
- Encounters: CPT
- Immunizations: RxNorm, CVX
- Medical Equipment: SNOMED-CT
- Medications: RxNorm, CVX
- Procedures: CPT, ICD-9-CM, ICD-10-CM, HCPCS, SNOMED-CT
- Results: SNOMED-CT
- Social History: SNOMED-CT
- Vital Signs: ICD-9-CM, ICD-10-CM, SNOMED-CT
What is the popHealth design philosophy?
popHealth is designed for ease of deployment, use and integration with a healthcare provider's EHR system. The software has been designed to be permissive and extensible, with the ability to support various data standards for input and output. All popHealth software, and dependent libraries are available under an open source distribution license.
popHealth demonstrates an alternative approach to population health analysis and reporting. It does this by performing analysis within a healthcare provider's infrastructure and producing a summary data for evaluation and submission. This option provides an alternative to existing models where providers must transport large quantities of data, which simplifies the reporting and review process.
Do I need to be a healthcare provider or EHR vendor to use popHealth?
No. While a healthcare provider will have access to real patient records, and an EHR provider will have a much better understanding of the technical details of the data standards that are used for healthcare information technology systems, we have ensured that others can use popHealth. However, even novice technologists interested in learning more about healthcare quality measures will benefit from downloading and using popHealth.
Who is funding the popHealth project?
The popHealth project is being funded by the Office of the National Coordinator for Health Information Technology (ONC) within the United States Department of Health and Human Services (HHS).
Can popHealth be used to demonstrate Meaningful Use?
The popHealth Meaningful Use Stage I measures are being developed and tested to assure accurate MU Clinical Quality Measure reports. Collaboration with Meaningful Use Clinical Quality Measure specification stewards will assure that popHealth's reports calculate as designed. The \u201cexport report\u201d function provides an easy-to-run method for providers to submit reports in the required technical format.
Providers are encouraged to validate the accuracy of their Meaningful Use Clinical Quality Reports to allow for data entry or coding variation.
Is popHealth Certified for Meaningful Use?
popHealth v1.4 is a Certified Clinical Quality Measure software module for Meaningful Use Stage 1. Its status is publicly available on the CHPL site. popHealth v2.1 which is aligned with Meaningful Use Stage 2, has not yet been certified for the Meaningful Use Stage 2 program.
Does popHealth have human factors specialists on the team?
Yes, popHealth has two human factors specialists on the team. Human factors is a multidisciplinary field that concerns the study of how people interact with technological systems. Human factors practitioners consider the physical settings, cognitive and perceptual capabilities of the user, the organizational climate and how these factors interact with technology. The primary goal is to understand the user and develop technology that enhances what people do well and provide support for those tasks that people find difficult.
What is basic Concept of Operations for use of popHealth by a provider?
popHealth has been designed to operate within a provider's infrastructure. This design decision has been made to address privacy and security concerns associated with access to information associated with individual patient records.
How can popHealth be used to report EHR quality measurement data?
At its core, popHealth is a simple way of aggregating patients' healthcare data inside a provider's secure operational system. By providing software that can perform analysis and reporting from within a healthcare provider's infrastructure, popHealth demonstrates an alternative approach to population health analysis and reporting. It is an alternative to the existing, legacy model of centralized data collection and analysis.
What standards does popHealth use?
popHealth has been designed to be permissive, and support numerous data and transport standards. popHealth's first deployment uses the HITSP C32 and ASTM Continuity of Care Record (CCR)standard for data input, and the Physician Quality Report Initiative (PQRI) registry XML for reporting output. popHealth is designed to be extensible, supporting multiple standards for both input and output into the future; CDA documents, HL7 CCD, ASTM CCR, and the HL7 QRDA.
Are there step-by-step instructions for setting up popHealth from source code?
Yes. For information technologists who are comfortable with the performing the installation of software components and and modules on servers, there is both step-by-step instructions and explanations on the project's software wiki.
What web browsers can be used with popHealth?
popHealth has been developed and tested for use in FireFox 3.0 and higher, Internet Explorer 8 and higher, as well as Safari 4. Support for other web browsers has not been tested, but the project will endeavor to support as many web browsers as is possible.
What programming languages does popHealth use?
popHealth runs on the Ruby on Rails web framework, the MongoDB open source document database, JavaScript, and Redis. In particular, popHealth requires the use of Ruby 1.9.2, Rails3, and MongoDB v1.8 or higher, and Redis v2.2 or higher. Quality measures are expressed in JSON including use of JavaScript for integrating with a map-reduce framework for calculating the quality measure report results. Developing new software with popHealth, and/or adding new customized features, will require non-trivial software development knowledge of the Ruby, JavaScript and HTML programming languages, as well as comfortability in working with MongoDB.
What version of the HITSP C32 does popHealth work with?
popHealth has been designed to work with v2.5 of the HITSP C32 specification. For more information about the HITSP C32 standard, refer to the HITSP website.
Are there test XML records that I can use to validate popHealth is correctly working?
Yes. There is a sister project to popHealth, called Cypress, that has some C32 and CCR XML records available for testing an EHR system's ability to accurately produce CQM results based on 225 test patient records. You can access these 225 C32 and CCR XML records for testing the MU Stage 1 CQM logic for popHealth v1.4 here. For Meaningful Use Stage 2 testing, you can access the Cypress v2 software and generate QRDA Category 1 XML files to test popHealth. Cypress v2 is available here.
Where are the authoritative HQMF definitions of the Meaningful Use Stage 2 CQMs?
The authoritative definition of the MU Stage 2 CQMs in HQMF format is available off the CMS site via http://www.cms.gov/Regulations-and-Guidance/Legislation/EHRIncentivePrograms/eCQM_Library.html.
How is communication managed on the open source project?
The most prominent, and active activities are always published on the project website. We have attempted to include enough high level information on our project site and our installation instructions available in the source code to setup an instance of popHealth. Whenever possible, please make use of our FAQ and software documentation before exploring other communication channels.
There are three email distribution lists which may also be used to request information about the project's plans and activities. These lists are
-<EMAIL_ADDRESS>which anyone can subscribe to. Messages to this list are limited to the popHealth governing organizations.
-<EMAIL_ADDRESS>which like the announcement list, anyone can subscribe to. Additionally, anyone is free to submit questions about the project to this list. To prevent spam, all messages are first reviewed by the project team before being forwarded to the distribution list.
-<EMAIL_ADDRESS>is used exclusively for software development questions. Membership to this list is also open to anyone. However, we encourage individuals to limit participation in this list those that are active software engineers. Likewise, anyone is free to submit questions about the project to this list. Similarly, to prevent spam, all messages are first reviewed by the project team before being forwarded to the distribution list.
How is popHealth related to project Laika?
The vast majority of the software supporting popHealth runs atop of the MITRE Corporation's open source Laika project infrastructure. Laika is an open source electronic health record (EHR) testing framework that can support testing EHR systems for interoperability against the HITSP C32 standard, HL7 v2.* Messages, and the IHE XDS.b Web Service exchange. Similar to popHealth, all of the Laika software and source code, is also freely available under an Apache 2.0 open source distribution license.
Can I contribute software source code to popHealth?
Yes. Code contributions, bug fixes, ideas for new features, are all welcome for the popHealth user interface and to the kernel logic code around our shared quality measure engine. A requirement for contributing software is that any and all software contributed to popHealth is released under an Apache 2.0 open source distribution license, and that you transfer copyright of any code or patches you submit to the project. Source code contributions, as well as dialog/discussions for feature requests and enhancements will be publicly reviewed and vetted by the popHealth project's governing organizations.
To submit a new feature for consideration into the popHealth repository, setup an account on GitHub. Fork the popHealth code, and create a branch of popHealth on your repository. Send the link to your popHealth branch to the popHealth developer email list, and cite either an existing bug or feature from the popHealth project tracker to specify the changes that you are contributing.
If you have suggestions on new features, or want to report a bug that has not yet been tracked, send an email to the developer email list with either the details to reproduce a bug, or detailed description about a suggested feature that you would like to see added to popHealth.
Are there coding conventions that I must follow to submit code?
Yes. The popHealth open source community is dedicated to ensuring that the quality of the software source code is always supporting very high standards. There is a Ruby code convention requirement here, and the project follows Google's JavaScript style guide here. Further, any additional features added to the popHealth project must include mature unit tests to ensure that the intended feature is performing correctly.
Since popHealth requires the MongoDB database, does the AGPL license also apply to popHealth?
While popHealth uses MongoDB for database infrastructure, popHealth is licensed under the Apache 2.0 distribution license. There are no requirements for any EHR vendor to open access of their closed source code for any paid commercial system, or free open source system, that integrates with the popHealth software via the Apache 2.0 distribution license.
Use of open source infrastructure can cause confusion in situations like this. 10Gen, the company that stewards MongoDB, has provided clarification on the commercial use of systems that use MongoDB for database infrastructure in a commercial project here. They directly address the situation where a commercial company may want to include MongoDB in a product and ensure that commercial projects are never required to publish their product's source code:
"it is never required that applications using mongo be published".
An issue that could theoretically arise would be if a commercial EHR opted use/subsume popHealth, modify the MongoDB database server for some additional need, and then incorporate a modified version of MongoDB into their commercial project. At that point, a modified version of the MongoDB source code would need to be made available by an Electronic Health Record vendor. However, since it is difficult to consider a hypothetical need for that, the popHealth community is confident that commercial EHR vendors will be able to integrate popHealth with your products, and charge whatever fee they deem appropriate when using the popHealth software in a paid commercial project. The popHealth software will not produce any viral requirement to open other projects.


Global Settings
Overview
The Global Settings dialog allows you to configure the software settings. Each of the available settings is described below.
Base Settings
-
Site Name - The name of your website
Traffic URL - The URL where your trades should send their traffic. This page must include the incoming stats tracking code.
TradeX URL - The full HTTP URL to the base directory of your TradeX installation
Cookie Domain - The domain name to use when setting authentication and other cookies for users. This must contain the domain name on which the software is installed.
Cookie Path - The directory path to use when setting authentication and other cookies for users. This must at least include the directory in which TradeX is installed
Passphrase - Any phrase of characters that you like. Used for generating cookie signatures, so do not share this value with anyone
Date Format - A string that specifies the format to use for date values
Time Format - A string that specifies the format to use for time values
-
E-mail Address - Enter the e-mail address that will be used for the From address of all messages sent by TradeX
E-mail Name - Enter the name that will appear in user's e-mail programs for e-mail messages sent by TradeX
E-mail Method - Select the method to use for sending e-mail messages. In most cases the PHP mail() function should work fine. If it does not, contact your server administrator to see which method they recommend
Sendmail Path - If you are using Sendmail for the E-mail Method, enter the full directory path and filename of the sendmail executable on your server.
SMTP Hostname - If using SMTP, enter the hostname of the SMTP server
SMTP Port - If using SMTP, enter the port on which the SMTP server is listening
Use SSL - Check this if your SMTP server requires an SSL encrypted connection
SMTP Username - If using SMTP and the SMTP server requires a username and password, enter the username here
SMTP Password - If using SMTP and the SMTP server requires a username and password, enter the password here
TradeX supports the use of verification codes displayed as images, otherwise known as a CAPTCHA. Use these settings to configure the
strings that will appear on the CAPTCHA images on the trade account registration form.
Thumbnail Grabber Settings
-
String Length - The minimum and maximum number of characters to use for CAPTCHA codes. Note that this does not
apply if you are using the words file for CAPTCHA codes.
Use Words - Use the assets/captcha-words.txt file as the source for values displayed as CAPTCHA codes.
The thumbnail grabber can be used to fetch thumbnail images from your trades. To have the thumbnails automatically updated
you will need to configure a cron task to run at a set time interval.
Registration & Account Settings
-
# to Grab - The number of thumbnails to grab from each trade
Trigger Strings - A comma separated list of strings that should be searched for in the src attribute of <img> tags
Minimum Dimensions - The minimum image size that should be considered a valid thumbnail to grab
Maximum Dimensions - The maximum image size that should be considered a valid thumbnail to grab
mogrify Path - The full directory path to the ImageMagick mogrify program on your server.
mogrify Options - The comand line options to pass to the mogrify command
Resize Dimensions - The dimensions to use when resizing the grabbed thumbnails
-
Accepting new - Check this to allow new trades to signup through the end-user registration form
Use CAPTCHA - Check this to require that users enter a CAPTCHA verification code on the registration form
Allow login - Check this to allow your traders to login and view their stats
Site Name Length - Enter the minimum and maximum allowed site name length
Site Description Length - Enter the minimum and maximum allowed site description length
Required Fields - Check the fields that are required on the registration form
Bonuses can be given to trades that meet certain criteria, and this section allows you to configure those bonuses. The Modifier percentage tells the script the amount
of bonus to apply. To give no bonus for a specific modifier, use 100%.
Points Modifiers - Penalties
-
Good Productivity -
This will give a points bonus to trades who's productivity falls within the range that you specify.
Good % of Uniques - This will give a points bonus to trades who's percentage of incoming uniques falls within the range that you specify.
Low Return % - This will give a points bonus to trades who's return percentage is within the range that you specify.
Penalties can be given to trades that meet certain criteria, and this section allows you to configure those penalties. The Modifier percentage tells the script the amount
of penalty to apply. To give no penalty for a specific modifier, use 100%.
Traffic Distribution
-
Proxy % -
This will give a points penalty to trades who's percentage of incoming proxies falls outside of the range that you specify.
Unique % - This will give a points penalty to trades who's percentage of incoming uniques falls outside of the range that you specify.
High Return % - This will give a points penalty to trades who's return percentage falls outside of the range that you specify.
Use these settings to configure how much of your outgoing trade traffic should go to each of outlists. These values must total 100%
Other Settings
-
Forces - The percentage to give to any set forces. If no forces are set, this will be combined with Main
Main - The percentage to give to trades in the Main outlist
Primary Bonus - The percentage to give to trades in the Primary Bonus outlist
Secondary Bonus - The percentage to give to trades in the Secondary Bonus outlist
-
Trades Satisfied URL - The URL that surfers will be sent to once all trades have been visited
Count Clicks - The maximum number of clicks to count from an individual surfer. After this amount, additional clicks will be tallied in the not-counted system trade.
Fast Click - Enter the number of seconds (this can be fractional) that must elapse between clicks in order for them to not be considered fast clicks.
Filter image.php - Check this box if you want to filter users that do not load the image.php script. This will require adding an <img> tag to your Traffic URL page that loads the image.php script. For example:
Autostop Interval - Enter the number of hours that a trade is allowed before it will start being checked against it's autostop rules (Min Raws, Min Clicks, and Min Prod). This interval will reset any time a trade has it's stats reset or it is re-enabled after being disabled or autostopped.
Toplist Build Invterval - Enter the number of minutes between updates of your toplists


An array of objects describing any actions to be invoked by the dialog node.
The condition that will trigger the dialog node. This string cannot contain carriage return, newline, or tab characters, and it must be no longer than 2048 characters.
The context for the dialog node.
The description of the dialog node. This string cannot contain carriage return, newline, or tab characters, and it must be no longer than 128 characters.
The dialog node ID. This string must conform to the following restrictions: - It can contain only Unicode alphanumeric, space, underscore, hyphen, and dot characters. - It must be no longer than 1024 characters.
Whether this top-level dialog node can be digressed into.
Whether this dialog node can be returned to after a digression.
Whether the user can digress to top-level nodes while filling out slots.
How an event_handler
node is processed.
The metadata for the dialog node.
The next step to be executed in dialog processing.
How the dialog node is processed.
The output of the dialog node. For more information about how to specify dialog node output, see the documentation.
The ID of the parent dialog node.
The ID of the previous dialog node.
The alias used to identify the dialog node. This string must conform to the following restrictions: - It can contain only Unicode alphanumeric, space, underscore, hyphen, and dot characters. - It must be no longer than 64 characters.
The location in the dialog context where output is stored.
Generated using TypeDoc
CreateDialogNode.


WIFI: Cambridge | nc0607
http://j.mp/ndoch2015boston
SCHEDULE
-
9:00 AM
Doors Open - Breakfast!
-
10:00 AM
Pitches
-
11:00 AM
Open Work Session
-
12:00 PM
Lunch Is Served
-
5:00 PM
Present/Share out
-
Doors Close
Saturday
Questions or concerns? Ask anyone w/ a Code for America lanyard or email hello@codeforboston.org


JS functions & HTML DOM
Additon of numbers passed as arguments in function
Add numbers
Recursive function demo
show
Select your favorite Color :
Red
Green
Blue
White
orange
pink
yellow
Remove Color
for javascript closure
count
show full name below


On Our Perception of the Direction of a Source of Sound
Author: Lord Rayleigh
Date: April, 1876
Experiment 1
Subjects Tested: 1
An observer with his eyes closed was placed in the middle of a lawn, and several assistants moved round about him, and, speaking at intervals, asked him to point out where they were. [The voice was then changed] in an unnatural manner.
| Variable | Description | Value(s) |
|---|---|---|
| Location | Location of sound source. | Exact positions unknown. Front, back, left, right. |
| Sound Type | The sound types used. | Natural speech, squeak, grunt, low whistle. |
after a little practice, with considerable accuracy, the error not being more than a few degrees in extent...[however,] when a low whistle was tried it was found that, although when it was to the right or left its position could be told with accuracy, a doubt would sometimes arise whether it was in front or behind.
| Variable(s) | Result |
|---|---|
| Natural speech, various locations. | Accurate localization to within a few degrees. |
| Low whistle, various locations. | Front-back confusion. |
Notes:
First reference to front-back confusion. Not clear about locations used or if sound sources are dynamic or static.
Experiment 2
Subjects Tested: 1
Two exactly similar tuning forks ... and two resonant cavities of the same pitch as the forks, capable of reinforcing their sound, were used ... the observer being situated midway between them, at equal distances ... in response to a signal, one only was held over its resonator, so that the noise produced by the exciting of the fork could give no indication as to which side the sound came from.
| Variable | Description | Value(s) |
|---|---|---|
| Location | Location of sound source. | Exact positions unknown. Front, back, left, right. |
| Sound Type | The sound types used. | Pure tone from tuning fork. High and low frequencies. |
the observer had no difficulty in detecting when the fork was on his right or his left, but when he turned a quarter round, so that one was immediately in front and the other immediately behind, he was quite at a loss, and could form no opinion as to whether the sound was in front or behind him.
| Variable(s) | Result |
|---|---|
| Pure tone, left/right. | Accurate localization. |
| Pure tone, front/back. | Front-back confusion. |
Confirmation of front-back confusion. Not clear about exact locations used.
Extras
The author takes particular interest in the difference between pure tones and complex tones for localization, with the later being easier to distinguish. In the discussion section a variety of ideas are considered including the effect of head size and wavelength on sound shadowing, the pinna's effect on sound alteration, dynamic sound movement, and the purpose of the cochlea.
From a design perspective, it should be noted at the manner of control of variables during the experiment. While efforts are made to control sound source for purposes of the study, little else is accounted for.


{% include 'hackathon/base.html' %}
Write a request about why you want to join this team and why you would be a good person to work with


{{ item.title }}
{{ item.description }}
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Before Change
// collection.
batch_dims = nest_utils.get_outer_shape(
time_step, self.env.time_step_spec())
counter = tf.zeros(batch_dims, tf.int32)
num_episodes = num_episodes or self._num_episodes
[_, time_step, policy_state] = tf.while_loop(
cond=self._loop_condition_fn(num_episodes),
body=self._loop_body_fn(),
loop_vars=[
counter,
time_step,
policy_state],
back_prop=False,
parallel_iterations=1,
maximum_iterations=maximum_iterations,
name="driver_loop"
)
return time_step, policy_state
After Change
time_step: TimeStep named tuple with final observation, reward, etc.
policy_state: Tensor with final step policy state.
return self._run_fn(time_step=time_step,
policy_state=policy_state,
num_episodes=num_episodes,
maximum_iterations=maximum_iterations)
def _run(self,
time_step=None,
policy_state=None,


Ledall Roll (Additional MS 39564)
The First Flourish
The Second Flourish
Laying Down of the Sword
The First Chase
The Second Chase
The Third Chase
The Fourth Chase called “The Bow-Thrust”
The Fifth Chase called “At the Rounds”
The Sixth Chase called “The Tumbling Chase”
The Seventh Chase called “The Tumbling Chase”
The Eighth Chase called “The Spring”
The 9th Chase called “The Four Points”
The 10th Chase called “The Five Points”
The 11th Chase called “The 3 points”
The 12th Chase called “The 3 points”
The 13th Chase called “The getting Chase”
The First Point of the Counter
The Second Counter called: “The Full-Spring”
The Third Counter called: “The Short-Spring, with a Falling-stroke”
The 22nd Called: “The Large Proffer with a Rabett ?? the for Quarter”
The 23rd Called: “The facing, with the Spring”
The Stopping Rabett
The Dragon's Tail with the Pendant
The 4th called: The Rabett with a Down-right Stroke
The 5th called: “The 3 Quarters”
The 6th Point called: “The Cross Rake”
The 7th Point called: “The Down-right Stroke”
The 8th called: “The Rabett with a Down-right Stroke”
The 9th called: “The Double Round with 2 Thrusts”
The 10th called: “The Snatch”
The 11th called: “The Short Spring with 2 Thrusts Following”
The 12th Point called: “The Fool”
The 13th Point Called: “The Down-right Stroke Standing Still”
The 14th Point
The 15th Called “The Broken Spring with the thrust”
The 16th and the Defence it Named Shall Close You
The 17th Called: “The Double Spring”
The 18th Called: “The Double Rabetts”
The 19th called The Cross Rakes with a Quarter
The 20th called The Broken Quarter with a Thrust
The 21st called The Broken Thrust with a Spring


EBD - Easton Bible DIctionary
Dizahab
DIZAHAB
"DIZAHAB "region of gold, a place in the desert of Sinai, on the western shore of the Elanitic gulf (
Deuteronomy 1:1
). It is now called Dehab.
"DIZAHAB "region of gold, a place in the desert of Sinai, on the western shore of the Elanitic gulf (Deuteronomy 1:1). It is now called Dehab.


Support for non-C# languages is provided by the means of plug'n'play compilers (code providers) implemented as an external assembly. It means that you can implement your own compiler for non-C# syntax or use any existing one.
The current version of CS-Script code is distributed with the cs-script/Lib/CSSCodeProvider.dll assembly which provides access to Microsoft JScript, VB.NET and C++/CLI compilers. See Implementing non-C# compilers tutorial for details.
If you want to use CSSCodeProvider.dl you will need to specify it's location as a value for the UseAlternativeCompiler property in the CS-Script configuration console.
When the alternative compiler (CSSCodeProvider.dll ) is enabled, script files are always compiled by the specific language compiler depending on the script file extension (g.e. .vb - VisualBasic, .js - Java, .cs - C#, cpp - C++).
Some of the script engine features are not available for non-C# scripts. These limitations are in fact very similar to the limitations associated with running CS-Script on Mono:
Restriction: The assemblies referenced
in the code cannot be loaded automatically.
Cause : The script engine analyses only C# using
statements in code.
Work around: Instruct the engine to load
assemblies explicitly. Make sure all GAC assemblies
are
specified as non-searchable (see Using .NET assemblies
for details).
Restriction: AppartmentState cannot be
set from the code.
Cause : The script engine analyses only C# [STAThread]
statements in code.
Work around: Use css_config.xml file to specify
AppartmentState value.
Restriction: If the script is specified
in command-prompt without the file extension it will be handled as a C#
script.
Cause: N/A
Work around: Always use the file extension for
non-C# scripts (e.g. cscs hello.vb, cscs hello.js).
Restriction: No integration with the
operating system is available (debugging under IDE, running with
right-click from explorer...).
Cause: N/A
Work around: Always use command-prompt or batch
files.
Command-line interface | CS-Script configuration | Implementing non-C# compilers


CSS Tutorial
Save a lot of work with CSS!
our CSS tutorial you will learn how to use CSS to control the style and layout of multiple Web pages all at once.
Save a lot of work with CSS!
our CSS tutorial you will learn how to use CSS to control the style and layout of multiple Web pages all at once.
Learn by 70 examples! With our editor, you can edit the CSS, and click on a test button to view the result.
At W3Schools you will find a complete CSS2 reference, listing properties, units of measurements, colors, and more.
Test your CSS skills at W3Schools!


Preparation time
less than 30 mins
Cooking time
over 2 hours
Serves
Serves 4
Enjoy this zesty Moroccan-style chicken with couscous, rice or flatbread - just keep an eye out for olive stones!
Place the potatoes and onions into a slow cooker and season with salt and freshly ground black pepper. Season the chicken generously. Heat the vegetable oil in a large frying pan then fry the chicken until golden-brown all over, about five minutes each side. Put the chicken on top of the vegetables.
Meanwhile, finely grate the zest of the lemon, cut four thin slices of lemon, then squeeze the juice from the rest of the fruit. Add the zest, garlic and ras el hanout to the chicken fat and juices, fry for a one minute till fragrant, then pour in the lemon juice and stock. Bring to the boil, then pour over the chicken. Top with the lemon slices, olives and one tablespoon olive oil from their jar, then cover with the lid and cook on low for six hours, until the chicken is very tender.
To serve, drizzle with the honey. Roughly chop the parsley leaves and scatter over the chicken. Serve with dollops of creamy yoghurt.


Castle Library
[0, 70]
|
Harvey Lane
[1, 70]
|
the Woolmonton Arms
[2, 70]
|
Clapp Lane
[3, 70]
|
the Jeandle Monument
[4, 70]
|
St Patriarch's Church
[5, 70]
|
Gawen Avenue
[6, 70]
|
Lawrance Way
[7, 70]
|
a junkyard
[8, 70]
|
a factory
[9, 70]
|
the Rickard Hotel
[0, 71]
|
the Seaman Museum
[1, 71]
|
a junkyard
[2, 71]
|
Waddon Boulevard
[3, 71]
|
a carpark
[4, 71]
|
Castlehow Boulevard
[5, 71]
|
Dolbridge Plaza
[6, 71]
|
St Daniel's Hospital
[7, 71]
|
Mellish Towers
[8, 71]
|
wasteland
[9, 71]
|
wasteland
[0, 72]
|
a warehouse
[1, 72]
|
Mapson Towers
[2, 72]
|
Chetwind Alley
[3, 72]
|
Muttlebury Road
[4, 72]
|
wasteland
[5, 72]
|
a carpark
[6, 72]
|
Deakin Alley Police Dept
[7, 72]
|
Pyatt Crescent
[8, 72]
|
Poddy Street
[9, 72]
|
wasteland
[0, 73]
|
wasteland
[1, 73]
|
Chenery Cinema
[2, 73]
|
Mugford Bank
[3, 73]
|
Haggie Square
[4, 73]
|
wasteland
[5, 73]
|
the Edghill Hotel
[6, 73]
|
Club Shelley
[7, 73]
|
Meany Avenue
[8, 73]
|
Foulkes Place Railway Station
[9, 73]
|
Starcy Library
[0, 74]
|
Swallow Auto Repair
[1, 74]
|
a carpark
[2, 74]
|
a carpark
[3, 74]
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Club Staley
[4, 74]
|
Sambone Lane
[5, 74]
|
Prye Walk
[6, 74]
|
a warehouse
[7, 74]
|
Ripper Bank
[8, 74]
|
the Grandfield Monument
[9, 74]
|
Carder Row School
[0, 75]
|
the Harbord Building
[1, 75]
|
wasteland
[2, 75]
|
Heale Drive
[3, 75]
|
Bowles Avenue
[4, 75]
|
Stelling Lane
[5, 75]
|
a warehouse
[6, 75]
|
Stewart Road
[7, 75]
|
wasteland
[8, 75]
|
Rossiter Bank
[9, 75]
|
the Hellard Monument
[0, 76]
|
Christopher Lane
[1, 76]
|
Galpin Towers
[2, 76]
|
Meacham Way
[3, 76]
|
Holmshaw Lane
[4, 76]
|
Ennitt Square
[5, 76]
|
Grinstead Drive
[6, 76]
|
the Penning Building
[7, 76]
|
Monro Row
[8, 76]
|
Evershed Auto Repair
[9, 76]
|
the Lord Museum
[0, 77]
|
Lindsey Lane Fire Station
[1, 77]
|
Sugar Boulevard
[2, 77]
|
Page Plaza Police Dept
[3, 77]
|
the Buskin Building
[4, 77]
|
Kensington Alley
[5, 77]
|
wasteland
[6, 77]
|
St Eugene's Church
[7, 77]
|
a cemetery
[8, 77]
|
Thomson Drive Railway Station
[9, 77]
|
Lafone Alley
[0, 78]
|
Brandon Way Police Dept
[1, 78]
|
Forde Road
[2, 78]
|
Forward Plaza
[3, 78]
|
Meloney Square Railway Station
[4, 78]
|
Fenner Walk
[5, 78]
|
Morrel Grove
[6, 78]
|
Mullins Avenue
[7, 78]
|
Bissell Bank
[8, 78]
|
the Lettey Building
[9, 78]
|
the Brower Building
[0, 79]
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wasteland
[1, 79]
|
a factory
[2, 79]
|
Mapey Avenue
[3, 79]
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St Ninian's Church
[4, 79]
|
Codrington Square School
[5, 79]
|
Chicke Bank
[6, 79]
|
the Byfield Building
[7, 79]
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Estmond Park
[8, 79]
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the Delay Building
[9, 79]
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34. Jesus Teaches Other Stories
Jesus told many other stories about the kingdom of God. For example, he said, "The kingdom of God is like a mustard seed that someone planted in his field. You know that the mustard seed is the smallest seed of all."
"But when the mustard seed grows, it becomes the largest of all of the garden plants, big enough that even the birds come and rest in its branches."
Jesus told another story, "The kingdom of God is like yeast that a woman mixes into some bread dough until it spreads throughout the dough."
"The kingdom of God is also like treasure that someone hid in a field. Another man found the treasure and then buried it again. He was so filled with joy that he went and sold everything he had and used the money to buy that field."
"The kingdom of God is also like a perfect pearl of great value. When a pearl merchant found it, he sold all that he had and used the money to buy it."
Then Jesus told a story to some people who trusted in their own good deeds and despised other people. He said, "Two men went to the Temple to pray. One of them was a tax collector, and the other was a religious leader."
"The religious leader prayed like this, 'Thank you, God, that I am not a sinner like other men—such as robbers, unjust men, adulterers, or even like that tax collector.'"
"'For example, I fast two times every week and I give you ten percent of all the money and goods that I receive.'"
"But the tax collector stood far away from the religious leader, and did not even look up to heaven. Instead, he pounded on his chest with his fist and prayed, 'God, please be merciful to me because I am a sinner.'"
Then Jesus said, "I tell you the truth, God heard the tax collector's prayer and declared him to be righteous. But he did not like the religious leader's prayer. God will humble everyone who is proud, and he will lift up whoever humbles himself."
A Bible story from: Matthew 13:31-33, 44-46; Mark 4:30-32; Luke 13:18-21; 18:9-14


GSAdDelegate Protocol Reference
| Conforms to | NSObject |
| Declared in | GSAdDelegate.h |
Overview
The GSAdDelegate protocol defines the methods a delegate of a GSFullscreenAd object or a GSBannerAdView object should implement. The delegate receives notifications for ad fetch successes and failures, ad clickthroughs, and for when a fullscreen ad will take over the screen and dismiss from the screen.
The delegate is required to provide a UIViewController that ads should be displayed from, and can optionally provide a global unique identifier for the application and a value for the autoload property.
Tasks
-
– greystripeBannerDisplayViewController
The view controller that the banner ad’s browser should be displayed from. -
– greystripeGUID
The global unique identifier for the application. -
– greystripeBannerAutoload
A BOOL indicating whether the first banner ad should be fetched automatically. -
– greystripeAdFetchSucceeded:
Sent when an ad has successfully been fetched and is ready to be displayed. -
– greystripeAdFetchFailed:withError:
Sent if the ad fetch request failed. -
– greystripeAdClickedThrough:
Sent when the ad is clicked through to the browser or to an external app. -
– greystripeWillPresentModalViewController
Sent when a fullscreen ad is about to take over the screen, or when the browser is about to present modally for banner ads. -
– greystripeWillDismissModalViewController
Sent when the fullscreen ad’s view controller or the browser view controller is about to animate off screen. If a view controller needs to be pushed or popped when the ad is dismissed, it should be done here. -
– greystripeDidDismissModalViewController
Sent after the fullscreen ad’s view controller or the browser view controller has fully animated off screen. If the app wants to present a modal view controller after an ad has been dismissed, it must be done in this method. Modal presentation will not work from the greystripeWillDismissModalViewController method. -
– greystripeBannerAdWillExpand
Sent when a banner ad’s view is about to expand to take over the full screen. -
– greystripeBannerAdDidCollapse
Sent after an expanded banner ad has collapsed back to it’s normal size. -
– greystripeShouldLogAdID
Return YES in this method in order to log out the ID for each ad. This defaults to NO.
Instance Methods
greystripeAdClickedThrough:
Sent when the ad is clicked through to the browser or to an external app.
- (void)greystripeAdClickedThrough:(id<GSAd>)a_ad
Parameters
- a_ad
The ad that clicked through.
Declared In
GSAdDelegate.h
greystripeAdFetchFailed:withError:
Sent if the ad fetch request failed.
- (void)greystripeAdFetchFailed:(id<GSAd>)a_ad withError:(GSAdError)a_error
Parameters
- a_ad
The ad that failed.
- a_error
The GSAdError that occured during fetching.
Discussion
The possible errors that may occur are:
kGSNoNetwork: This error is dispatched when there is no available network connection.
kGSNoAd: This error is dispatched when a blank ad is returned by the server.
kGSTimeout: This error is dispatched when the request took too long to complete.
kGSServerError: This error is dispatched when a server error occurs.
kGSInvalidApplicationIdentifier: This error is dispatched when the GUID provided by the application is not a valid Greystripe GUID.
kGSAdExpired: This error is dispatched when the ad that is fetched is expired and cannot be displayed.
kGSFetchLimitExceeded: This error is dispatched after the SDK prevents a fetch from occurring when it is highly unlikely that an ad would be returned. This error can occur in high volume, low fill situations or when too many ad requests are made in a short period of time. This error will resolve itself after a short timeout. If you frequently receive this message you should reduce the frequency of your requests or use an alternate fallback method when no ad is available.
kGSUnknown: This error is dispatched when the cause of the error is unknown.
Declared In
GSAdDelegate.h
greystripeAdFetchSucceeded:
Sent when an ad has successfully been fetched and is ready to be displayed.
- (void)greystripeAdFetchSucceeded:(id<GSAd>)a_ad
Parameters
- a_ad
The ad that succeeded.
Declared In
GSAdDelegate.h
greystripeBannerAdDidCollapse
Sent after an expanded banner ad has collapsed back to it’s normal size.
- (void)greystripeBannerAdDidCollapse
Declared In
GSAdDelegate.h
greystripeBannerAdWillExpand
Sent when a banner ad’s view is about to expand to take over the full screen.
- (void)greystripeBannerAdWillExpand
Declared In
GSAdDelegate.h
greystripeBannerAutoload
A BOOL indicating whether the first banner ad should be fetched automatically.
- (BOOL)greystripeBannerAutoload
Discussion
The default value is YES.
Warning: If this method is implemented, all subsequent setting of this property will be ignored.
Declared In
GSAdDelegate.h
greystripeBannerDisplayViewController
The view controller that the banner ad’s browser should be displayed from.
- (UIViewController *)greystripeBannerDisplayViewController
Discussion
Warning: This must be implemented for banner ads. This view controller cannot be popped or removed from the view heiarchy while the browser is being displayed.
Declared In
GSAdDelegate.h
greystripeDidDismissModalViewController
Sent after the fullscreen ad’s view controller or the browser view controller has fully animated off screen. If the app wants to present a modal view controller after an ad has been dismissed, it must be done in this method. Modal presentation will not work from the greystripeWillDismissModalViewController method.
- (void)greystripeDidDismissModalViewController
Declared In
GSAdDelegate.h
greystripeGUID
The global unique identifier for the application.
- (NSString *)greystripeGUID
Discussion
This must be set if it is not passed in on ad initialization.
Warning: This can only be set once by the application. All subsquent setting of the GUID will be ignored.
Declared In
GSAdDelegate.h
greystripeShouldLogAdID
Return YES in this method in order to log out the ID for each ad. This defaults to NO.
- (BOOL)greystripeShouldLogAdID
Declared In
GSAdDelegate.h
greystripeWillDismissModalViewController
Sent when the fullscreen ad’s view controller or the browser view controller is about to animate off screen. If a view controller needs to be pushed or popped when the ad is dismissed, it should be done here.
- (void)greystripeWillDismissModalViewController
Declared In
GSAdDelegate.h


Invoice #: 1
Created:
Due:
Sparksuite, Inc.
12345 Sunny Road
Sunnyville, CA 12345
Acme Corp.
John Doe
<EMAIL_ADDRESS>Payment Method
Check #
Check
1000
Item
Description
Price
Harry's smol pee pee
smol
$2.50
Total: $10.00


public enum Version extends Enum < Version >
WARNING : When changing the version parameter that you supply to components in Lucene, do not simply change the version at search-time, but instead also adjust your indexing code to match, and re-index.
| Enum Constant and Description |
|---|
LUCENE_20
Deprecated.
(3.1) Use latest
|
LUCENE_21
Deprecated.
(3.1) Use latest
|
LUCENE_22
Deprecated.
(3.1) Use latest
|
LUCENE_23
Deprecated.
(3.1) Use latest
|
LUCENE_24
Deprecated.
(3.1) Use latest
|
LUCENE_29
Deprecated.
(3.1) Use latest
|
LUCENE_30
Match settings and bugs in Lucene's 3.0 release.
|
LUCENE_31
Match settings and bugs in Lucene's 3.1 release.
|
LUCENE_32
Match settings and bugs in Lucene's 3.2 release.
|
LUCENE_33
Match settings and bugs in Lucene's 3.3 release.
|
LUCENE_34
Match settings and bugs in Lucene's 3.4 release.
|
LUCENE_35
Match settings and bugs in Lucene's 3.5 release.
|
LUCENE_36
Match settings and bugs in Lucene's 3.6 release.
|
LUCENE_CURRENT
Deprecated.
Use an actual version instead.
|
| Modifier and Type | Method and Description |
|---|---|
boolean
|
onOrAfter
(
Version
other)
|
static
Version
|
valueOf
(
String
name)
Returns the enum constant of this type with the specified name.
|
static
Version
[]
|
values
()
Returns an array containing the constants of this enum type, in
the order they are declared.
|
@Deprecated public static final Version LUCENE_20
@Deprecated public static final Version LUCENE_21
@Deprecated public static final Version LUCENE_22
@Deprecated public static final Version LUCENE_23
@Deprecated public static final Version LUCENE_24
@Deprecated public static final Version LUCENE_29
public static final Version LUCENE_30
public static final Version LUCENE_31
public static final Version LUCENE_32
public static final Version LUCENE_33
public static final Version LUCENE_34
public static final Version LUCENE_35
public static final Version LUCENE_36
Use this to get the latest & greatest settings, bug fixes, etc, for Lucene.
@Deprecated public static final Version LUCENE_CURRENT
WARNING : if you use this setting, and then upgrade to a newer release of Lucene, sizable changes may happen. If backwards compatibility is important then you should instead explicitly specify an actual version.
If you use this constant then you may need to re-index all of your documents when upgrading Lucene, as the way text is indexed may have changed. Additionally, you may need to re-test your entire application to ensure it behaves as expected, as some defaults may have changed and may break functionality in your application.
public static Version [] values()
for (Version c : Version.values()) System.out.println(c);
public static Version valueOf( String name)
name
- the name of the enum constant to be returned.
IllegalArgumentException
- if this enum type has no constant
with the specified name
NullPointerException
- if the argument is null
public boolean onOrAfter( Version other)


Server-sent views are a classic and effective way to get your app up and running.
Views are normally served from controllers, but by default, Sails also exposes routes to allow you to preview your viewsn in a browser. This automatic routing can be disabled using the blueprint
config below. You can also configure your templating language/framework of choice, and configure Sails’ layout support.
If enabled, views are automatically served at logical routes, based on their paths. This comes in handy any time you just want to serve some static HTML. (i.e. a brochure site)
For example, the static view files below are available at the specified routes:
views/catalog.ejs
: get /catalog
views/catalog/index.ejs
: both get /catalog
& get /catalog/index
views/catalog/story.ejs
: get /catalog/story
Layouts are simply top-level HTML templates you can use as wrappers for your server-side views. If you’re using ejs, you can take advantage of Sails’ built-in layout
support.
With using a layout, when one of your views is served, it is injected into the <%- body %>
partial defined in the layout. This lets you reuse header and footer logic between views.
The layout
setting may be set to one of:
views/layout.ejs
views/
If you’d like to use more than one layout
file, you can! Before rendering a view, override the layout
locally by setting res.locals.layout
. (handy if you parts of your app are completely different from each other.)
e.g. your default might be layout: 'layouts/public'
, But you might override that in some of your controllers with:
layout: 'layouts/internal'
Currently supported: + ejs + jade
In Express 3, built-in support for layouts/partials was deprecated. Instead, developers are expected to rely on the view engines themselves to implement this features. (See https://github.com/balderdashy/sails/issues/494 for more info on that.)
Since adopting Express 3, Sails has chosen to support the legacy layouts
feature for convenience, backwards compatibility with Express 2.x and Sails 0.8.x apps, and in particular, familiarity for new community members coming from other MVC frameworks. As a result, layouts have only been tested with the default view engine (ejs).
If layouts aren’t your thing, or (for now) if you’re using a server-side view engine other than ejs, (e.g. Jade, handlebars, haml, dust) you’ll need to set this option to: layout:false
and then rely on your view engine’s built-in layout/partial support.


mtDNA control cost mitochondrial heteroplasmy copy mutant Fig model number energy linear treatment cells values mean data function cell rate output optimal dynamics mutants state DNA cellular resource used parameters high initial low mtZFN Biology total opt wildtype saturating value given mitochondria shown different parameter use using consumption increase additional demand Mitochondrial Sciences experimental production variance {border-style feedback time higher px;} rates tissue #ffffff;} based constant degradation numbers steady Synthetic Table general levels models populations species variances (section Click LINK file. human lower obtained replication section (EPS) File). mutations strategies supply wildtypes Molecular controls figure gene max shows states File. assume increasing possible range short Genetics Life cells. distributions efficiency energetic expression identical increased increases intermediate large similar unit Genome Nature Nucleases Ref. controlled effective important long m), maximum mtZFNs nuclease point provided results set stochastic treatments ATP corresponding costs days does effect ii) lines means muscle population quantitative respectively. respiratory resulting < (which Cell Control Engineering Moraes Zinc concentration deficient equal homogenate maintenance mitochondrion net new present px; recovery resources sensing single targeted transfection {font-family (e.g. Biochemistry Human Science biology death details disease expensive font-size function, implications lead measurements model, model. mutants, oxidative posterior reduced region relatively required selective strength theory time, values, )). Bioengineering Chinnery Editing: Fig). Finger However, Johnston Methods Samuels Schon Writing analysis capacity chain change correspond decrease deletion denote distribution double; effects efficient elimination figures fit fixed form impact indicate investigate line load longer maintaining mass meaning mechanisms molecules mutation observed particular provide qualitative recently reduction relative review role setting space terms times various > (). (corresponding (see Academy American B). C). Data Experimental File), III Kowald Methods). Minczuk National Nucleic Plant Proceedings Similar [], absence acids approximation assumed biogenesis border-color border-width caused compared consume control, control. credible crucial default demand, described disease. diseases e.g. editing existence explicit exponentially finger functional generally genetics half-life harder heteroplasmic heteroplasmies homoplasmic iii) inference intervals locally main maintain metabolic modelling nucleases numbers, order original patients populations. power proton refer relaxed satisfy selection selectivity sensed shift shifts solid; specific status that, therapeutic trajectories treat treating treatment, treatment. wildtype, yield {font-style {font-weight (as (i.e. (in (the Attardi Bacman Bayesian Biochemical Biol Biological Brand DiMauro Finally, Gammage Here, Intermediate Jones Kingdom Metropolis Miller NAD Parameters Research Stochastic Supporting Technology Therapy United Wang Williams according associated biologically birth bold case case, cell. cells, compare complex concentrations conditions consider consisting contains contribute contribution controlled, cost, cost. courier; data. day decreases deletions demand. demands denoted denotes depends describing difference distinct dna drop duration efficiently em; especially estimate evolution example, findings following function. functions genome genomes heteroplasmies. heteroplasmy, identify indicates individual initialised insights involved involves involving key level likelihood loads lowest magnitude minimum mitochondria. need noise off-target output. pathological percentage phosphorylation points possibility pre-treatment predict predicted presence processes produced pt;} quantity reach remain remains represents require research round samples sampling seen small spare straight strategies, strategies. stress strong structure term threshold tightly used. zinc


Welcome to thew world's greatest pizza shop, Pizza Shop! Here we offer the most varied choices of toppings known to man. Give your information on what size and what toppings you want and order!
NOTICE:
Due to the SARS-COV-19(coronavirus) outbreak, many of our 250 toppings suppliers have temporarily shut down. Unfortunately, this means we only have two available toppings left. We apologize for the inconvinience.
© 2020 all rights reserved. Any reproduction of this site will result in an instant life sentence by the CIA.


| 019:062 Khan | : |
They shall not hear therein (in Paradise) any Laghw (dirty, false, evil vain talk), but only Salam (salutations of peace).  [See (V.40:55)]. |
| 019:062 Maulana | : |
They will hear therein no vain discourse, but only, Peace! And they have their sustenance therein, morning and evening. |
| 019:062 Pickthal | : |
They hear therein no idle talk, but only Peace; and therein they have food for morn and evening. |
| 019:062 Rashad | : |
They will not hear any nonsense therein; only peace. They receive their provisions therein, day and night. |
| 019:062 Sarwar | : |
They will not hear therein any meaningless words. They will be greeted (by the angels) with "Peace be with you," and they will receive their sustenance both in the mornings and evenings. |
| 019:062 Shakir | : |
They shall not hear therein any vain discourse, but only: Peace, and they shall have their sustenance therein morning and evening. |
| 019:062 Sherali | : |
They will not hear therein anything vain but only greetings of peace; they will have their sustenance therein, morning and evening. |
| 019:062 Yusufali | : |
They will not there hear any vain discourse, but only salutations of Peace: And they will have therein their sustenance, morning and evening. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > الملحدون المنكرون ليوم البعث Pillars of Islam> Islamic> The Apostates Who Denies the Resurrection الإيمان > الغيب > الجنة > أصحاب الجنة Faith> The Unseen World> The Paradise> The Companions of the Garden الإنسان والعلاقات الأخلاقية > الأخلاق الحميدة > روح السلام Man and The Moral Relations> Good Morals>The Pure Peace الإنسان والعلاقات الأخلاقية > الأخلاق الحميدة > سلامة القلب Man and The Moral Relations> Good Morals>Heart Sincerity الإنسان والعلاقات الاجتماعية > المجتمع > التحية و السلام وأدب الضيافة Man and The Social Relations>The Society>Greetings and the Hospitality Morals
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


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