A variable provides us with named storage that our programs can manipulate. Each variable in C++ has a specific type, which determines the size and layout of the variable's memory; the range of values that can be stored within that memory; and the set of operations that can be applied to the variable.
The name of a variable can be composed of letters, digits, and the underscore character. It must begin with either a letter or an underscore. Upper and lowercase letters are distinct because C++ is case-sensitive:
There are following basic types of variable in C++ as explained in last chapter:
| Type | Description |
|---|---|
| bool | Stores either value true or false. |
| char | Typically a single octet(one byte). This is an integer type. |
| int | The most natural size of integer for the machine. |
| float | A single-precision floating point value. |
| double | A double-precision floating point value. |
| void | Represents the absence of type. |
| wchar_t | A wide character type. |
C++ also allows to define various other types of variables, which we will cover in subsequent chapters like Enumeration, Pointer, Array, Reference, Data structures, and Classes.
Following section will cover how to define, declare and use various types of variables.
A variable definition means to tell the compiler where and how much to create the storage for the variable. A variable definition specifies a data type, and contains a list of one or more variables of that type as follows −
type variable_list;
Here, type must be a valid C++ data type including char, w_char, int, float, double, bool or any user-defined object, etc., and variable_list may consist of one or more identifier names separated by commas. Some valid declarations are shown here −
int i, j, k; char c, ch; float f, salary; double d;
The line int i, j, k; both declares and defines the variables i, j and k; which instructs the compiler to create variables named i, j and k of type int.
Variables can be initialized (assigned an initial value) in their declaration. The initializer consists of an equal sign followed by a constant expression as follows:
type variable_name = value;
Some examples are:
extern int d = 3, f = 5; // declaration of d and f. int d = 3, f = 5; // definition and initializing d and f. char x = 'x'; // the variable x has the value 'x'.
For definition without an initializer: variables with static storage duration are implicitly initialized with NULL (all bytes have the value 0); the initial value of all other variables is undefined.
A variable declaration provides assurance to the compiler that there is one variable existing with the given type and name so that compiler proceed for further compilation without needing complete detail about the variable. A variable declaration has its meaning at the time of compilation only, compiler needs actual variable definition at the time of linking of the program.
A variable declaration is useful when you are using multiple files and you define your variable in one of the files which will be available at the time of linking of the program. You will use extern keyword to declare a variable at any place. Though you can declare a variable multiple times in your C++ program, but it can be defined only once in a file, a function or a block of code.
Try the following example where a variable has been declared at the top, but it has been defined inside the main function:
#include <iostream> using namespace std; // Variable declaration: extern int a, b; extern int c; extern float f; int main () { // Variable definition: int a, b; int c; float f; // actual initialization a = 10; b = 20; c = a + b; cout << c << endl ; f = 70.0/3.0; cout << f << endl ; return 0; }
When the above code is compiled and executed, it produces the following result −
30 23.3333
Same concept applies on function declaration where you provide a function name at the time of its declaration and its actual definition can be given anywhere else. For example −
// function declaration int func(); int main() { // function call int i = func(); } // function definition int func() { return 0; }
There are two kinds of expressions in C++ −
lvalue − Expressions that refer to a memory location is called "lvalue" expression. An lvalue may appear as either the left-hand or right-hand side of an assignment.
rvalue − The term rvalue refers to a data value that is stored at some address in memory. An rvalue is an expression that cannot have a value assigned to it which means an rvalue may appear on the right- but not left-hand side of an assignment.
Variables are lvalues and so may appear on the left-hand side of an assignment. Numeric literals are rvalues and so may not be assigned and can not appear on the left-hand side. Following is a valid statement −
int g = 20;
But following is not a valid statement and would generate compile-time error −
10 = 20;


Merge across repositories - Git.
31 Oct 2018** TL;DR - Skip straight to the last two sections.
We all know that Git is an excellent piece of software and it is a DVCS and the D stands for 'Distributed' and all of that is very good and so on and so forth, etc.
But honestly, how often do you use the 'D' part in there?
The 'D' in DVCS. A short detour!
Digressing a bit. Once upon a time when I was young, in programming or otherwise, I needed to handle distributed transactions. In the Microsoft world it meant DTC - the Distributed Transaction Coordinator and I didn't know squat-jack about that. So I walked up to the venerable senior architect in the organization and asked for help. His terse response - 'Change the system so that you don't need it !'. I was quite taken aback then, given that my naive faith in the power of tools had not yet been battle-tested.
Over the years, this recurred once, then again, and again, and by now I have learned, both the hard way and the soft way, that the 'D' basically means - 'Don't go there. There be Dragons !!! '.
So back to the point - how do we use Git most often?
How do we use Git? Usually, mostly, as a better VCS.
In my experience, it works mostly as a drop in replacement for a standard VCS.
Oh yes, it comes with value adds:
- Robust behavior
- Fast - try branching or checking out a big repo from Git vs SVN/VSTS.
- Cheap feature branches.
But mostly, in spite of all the distribu-thing-ummajigs in there, we still have a central source of truth.
Somewhere out there is a 'master' which is 'THE master' branch. And while we branch and fork and checkout and checkin and switch and 'pull request' all we like, sooner or later, all roads lead back to Rome - which in this case - is that particular 'THE master'.
Short detour again - introducing Robert Frost !
Do you know this Frost?
No? Ok, let me introduce you. The chief characteristic of the esteemed Mr. Frost is his rather well known penchant of taking the road less tavelled by. (Murphy must have been quite a fan !).
Point being, sometimes, Mr. Frost steps into the fray, and as is his wont, takes the road less travelled by, and pulls you along into it.
Road less travelled - Using Git as a "DVCS".
So finally, after several years of using Git as a VCS with a first name ("D"), I finally have a situation where I have to deal with the "Distributed" nature of Git.
The context, and the problem.
Let me explain the situation. In this here and now, this is how the cookie crumbled.
In my current engagement, work occurs in two Git repositories - In two Git repositories - each with its own 'master' branch and feature branches and history and so on.
Why so? Well, because,
- The work is explorative in nature.
- And there are multiple tracks of work for separate goals.
Moreover,
- Many tracks of work DO NOT have a deadline. It could be from 'weeks' to 'years'.
- Many of them MAY never become production code. Production happens when certain conditions become evident.
And the explorative work has way more volume than actual production work. So to cleanly enforce separation of code, there are two repositories -
-
Repo Prod - The production code repository.
- This is code that will go to production at some point. All code here has to be of production quality, with tests, automated CI/CD pipelines etc. Not all of them, however, are in the 'master', or 'source of truth' branch.
-
Repo ConDev - The concept development repository.
- Again lots of branches, with master, and feature branches, and spikes, and prospective candidates for production, and abandoned work and so on. As the name indicates, it is for concept development.
- rules/coding guidelines/practises are a lot more lax here. Essentially, this if for feasibility studies, investigative work and other POCs (Proof-Of-Concept).
But every now and then, a POC clears business validation.
Subsequently, a new branch in created in the POC repo, within which the concept based code is upgraded and polished, and code quality reviews and all of the other practises which production readiness demands happen.
Once that is done, though, what we have is this nice, freshly minted, production quality sub-system residing in branch 'nice-production-quality-sub-system' in repository 'POC'.
What we need, however, is the above code sitting in branch 'checked-in-production-sub-system' in repository 'Prod' - along with its long history of development in the 'POC' repo.
Thus what I have to do is move the code across git repositories, preserving history.
Eh! WHAT?
The theory - Git merge across repositories.
What is the first thing to do when you have something like this? Well, you look for volunteers. There are none. Ok, So someone must have done this before? Oops ! Double or nothing, its nobody again. Thus at this point, after successfully drawing two blanks, you go back to the drawing board and start doodling.
Which is when it hits you. Git is designed to do exactly that - it is, after all, a distributed VCS.
All version control systems have this concept of 'local repository' and 'remote repository'. The way you work, is that you make all changes in your local copy, and when it is done you check in into local. This local is something on your local physical machine. and at this point - only your copy has your changes.
But usually you want to synchronize things, Not just make endless changes to the same thing (repository). And synchronize implicitly means you needs two things to synchronize between - a 'source' and a 'sink'.
From wikipedia -
Distributed revision control systems (DVCS) takes a peer-to-peer approach to version control, as opposed to the client–server approach of centralized systems. Distributed revision control synchronizes repositories by exchanging patches from peer to peer. There is no single central version of the codebase; instead, each user has a working copy and the full change history.
And here is the trick that actually lets us do what we want.
In traditional or client-server based synchronization, you can only synchronize from the 'sink' to the 'source'. The 'sink' can keep changing its contents, and you can have many 'sink's, but every single 'sink' needs to pass all its changes/records to the 'source' for synchronization to be effective and available to all other 'sink's. And these synchronization steps are all sequential. The 'source' is the gatekeeper, and cannot be changed.
Git, however, eliminates the difference between 'source' and 'sink' - 'source' and 'sink' are just roles you play. Moreover, any repository can choose any other repository, and between those two, either party may play the role of 'source' or 'sink' at will.
Some taxonomy now - In Git - the 'sink' is called the 'local' repo. The 'source' is called the 'remote'. And in Git or other DVCSs it is possible to switch out the 'remote' to some other 'remote', or have any number of 'remote's.
On that principle, if I fetch the 'prod-ready-poc' branch from the 'POC' remote into the 'POC' local repo, then switch (or actually, add) the 'Prod' remote as another 'source' (call it 'newremote'), it should theoretically be possible to push the now local 'prod-ready-poc' branch from 'POC' local into a new branch (call it 'new-in-prod'), on the 'Prod' remote (i.e. the 'newremote' added to 'POC local').
Git should seamlessly merge both. Or that's the theory anyway.
A complete discussion of why is beyond the scope of this post - but if you are interested you can get started with git basics. Another good source is here
Walking the talk - Git merge across repositories.
But theory and practise are very different things, so let's see what it takes to put theory into practise.
Arrange
- Create two repositories in some remote location - 'prod' and 'cd'. Each with just the master branch.
For my purposes, everything is setup on local machine - since we need a total of 4, prod, prod local copy, condev, condev local copy - all 4 instances of the git repos have been setup on the file system. After setup, it looks like
- Work with 'prod'
- Get 'prod' onto local machine - 'locprod'.
- Add folder 'f1' and 'f2' to 'master' in 'locprod'.
- Add files 'f11' and 'f21' to 'master' in 'locprod'.
- Create branch 'pb' in 'locprod' from 'master'.
- push 'pb' from 'locprod' to 'prod'.
After setup, the history for branch 'pb' from 'locprod'
- Now work with 'cd'
- Get 'cd' onto local machine - 'loccd'.
- Add folder 'f3' and 'f4' to 'master' in 'lcocd'.
- Add files 'f31' and 'f41' to 'master' in 'loccd'.
- Create branch 'cdb' in 'loccd' from 'master'.
- push 'cdb' from 'loccd' to 'cd'.
And branch 'cdb' history from 'loccd'
At this point we have two repositories with branches whose histories have diverged. The goal is to get all the contents and history of 'cdb' in 'loccd' into 'pb' in 'prod'. Which means, at the end, the 'pb' branch in 'prod' should contain all the four folders 'f1', 'f2', 'f3', 'f4' with all of their files, and the history of branch 'pb' should contain all of the individual commit/operation logs from 'prod'/'locprod' and 'cd'/'loccd'.
I am not showing the steps for the above because if you need help here, you are really not ready for the next bits.
Act
The goal here is to merge 'loccd'.'cdb' into, ultimately, 'prod'.'pb'. However, this is a multi-step process.
-
While on bash in 'locprod'.'master', add a new EMPTY branch 'tmp' in 'locprod'
git checkout --orphan tmp
-
Switch to bash on 'loccd'. Add 'locprod' as a new remote repo for 'loccd'. Name this remote as 'nremote'.
git remote add nremote /full/file/path/to/gitrepo/.git
To verify remotes are setup, rungit remote -v
. On my machine, I see -
Fetch all from the newly configured remote.
git fetch nremote
Viewing list of branches now shows -
Create new branch 'loccd'.'tmp' from 'loccd'.'cdb'
git checkout -b tmp
-
Set it to track the branch 'tmp' on 'locprod'.
git push -u nremote tmp
. Ensure that the target branch is not open -i.e. 'tmp' is not the currently checked out branch for 'locprod'. If so, this is the error Switch to some other branch. Once this step is successfull you have the 'loccd'.'tmp' data in 'locprod'.'tmp'. -
Go to bash on 'loccd'.'tmp' and merge 'loccd'.'cdb' into 'loccd'.'tmp'. Assuming you are on the 'tmp' branch in bash, run
git push nremote tmp --allow-unrelated-histories
. Note the flag. Once past this step, 'locprod'.'tmp' should have everything from 'prod'.'pb' and 'locprod'.'cdb', including histories. -
Push everything back into 'prod'.'tmp'. Since 'tmp' was created in 'locprod', it doesn't exist yet in 'prod', so you need to set the upstream tracking info.
git push -u origin tmp
creates the branch if it doesnt exist and starts tracking. -
Switch bash to 'locprod'.'pb'. Reverse merge 'locprod'.'tmp' into 'locprod'.'pb'.
git merge tmp
. This should be seamless.
Assert
And you are done.
These are the final folders
This is the final log of history
And the final git merge
- Some Notes
- Everything from both repos is merged and available in 'prod.pb'.
- There may be a few redundant steps in between, but I was gunning for a solution where, in case of issues, I could just delete stuff and restart - hence all thise temporary branches. It could conceivably work without those, but your mileage may vary.
- One precaution - Always work off clean branches with no pending changes. Stage or commit everything before starting on this.
Thats it. You are just one step away from having everything in 'prod'.'master' by merging 'prod.pb' into 'prod'.'master'. Which you can do by whatever method works best for you - review, merge, push, pull-request whatever.
This is what worked for me. Thank you for reading. Have a nice day!


Bill Dalton was born and raised in New York.
He received his Bachelor's Degree from Antioch College, where he spent half of the five-year curriculum participating in the College's nationally-renowned field-studies ‘co-op' program. Antioch exposed Bill to the value of work-based education, the Honor-system, and the importance of values-based learning and advocacy. It was there that he embraced his College's edict – “Be ashamed to die until you've won some victory for humanity” – as a guiding principle for his own personal and professional commitments. Bill completed his formal education at Peabody College (Vanderbilt University) in Nashville, focusing his studies in the field of school & community psychology and education.
After receiving his doctorate, Bill served as a child psychologist in East Tennessee, before moving to Western Kentucky to assume leadership for children's and developmental disabilities services for a seven-county community mental health program. It was there that he made the transition to program and services leadership that led him to Josephine County (Grants Pass), Oregon. During his thirteen years there, he served as the Director of County Mental Health, for eight of those years also guiding the local Public Health Program. During that time, Bill honed his commitment to the development and delivery of responsive, effective, locally-controlled services; became an active participant in the State-County mental health and public health partnerships; and travelled regularly to Salem for service planning and legislative advocacy.
Following his tenure in southern Oregon, Bill and his family moved to eastern Washington, where he provided leadership for a new four-rural-county mental health consortium, helping facilitate State-County planning for the area east of the Cascades. Six years later the family relocated to Salem, where his wife - a psychiatric nurse practitioner specializing in serving older adults - accepted a position with Oregon State Hospital. During the ensuing years Bill has served as Executive Director of the Oregon Chapter of NAMI (the National Alliance for Mental Illness), director of a local HeadStart Program, and Grant Specialist for the Salem-Keizer Schools. In addition, for over two decades Bill has provided private-practice program assessment and organizational and fund development.
Bill has taken an active role in each of the communities he has called home. He was a volunteer and then an elected Board member of Oregon's model health needs assessment and approval process (Health Systems Agency), an early member of Oregon Fair Share (community-based issue identification and resolution), and a participant in a wide range of local service programs. His current community/volunteer activities include long-time tenure as a mediator with the Marion County Neighbor-to-Neighbor Program, service as a Board member with the HOME Youth and Resource Center, grant writing for non-profits, member of the Marion County Medical reserve Corps., and active involvement in health, human rights, and advocacy organizations.
Bill's wife of 40 years, Jeanne, continues work as a psychiatric nurse practitioner. They have two grown children: their daughter Jennifer currently lives in Texas, and their son Andrew in Ohio.


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Base functions:
x
x^2
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1/x
|x|
sqrt(x)
Types of problems:
All base functions (untransformed)
One shift
Two shifts
Stretch
One shift, stretch
Two shifts, stretch
Generate Problem
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{% extends 'base.html' %}
{% load static %}
{% block title %}Planning · {{ review.title }}{% endblock %}
{% block stylesheet %}
{% endblock stylesheet %}
{% block javascript %}
{% endblock javascript %}
{% block content %}
{% include 'reviews/review_header.html' with active_menu='planning' %}
{% include 'planning/planning_header.html' with active_tab='quality' %}
{% csrf_token %}
Quality Assessment Checklist
Questions
{% for quality_question in review.get_quality_assessment_questions %}
{% include "planning/partial_quality_assessment_question.html" with quality_question=quality_question %}
{% empty %}
{% include "planning/partial_quality_assessment_question_form.html" %}
{% endfor %}
Answers
| Description |
Weight |
|
{% for quality_answer in review.get_quality_assessment_answers %}
{% include "planning/partial_quality_assessment_answer.html" with quality_answer=quality_answer %}
{% empty %}
{% include "planning/partial_quality_assessment_answer_form.html" %}
{% endfor %}
Quality Assessment Scores
{% endblock content %}


Back to distributions.
Linux Mint MATE
This is a reference guide for Linux Mint MATE.
The Menu
Installing Software
Updating Software
The Control Panel


WITNESS LIST Agriculture & Livestock Committee April 8, 1997-8:00A HB 2396 For: Finnell, Mr. Charles (Representative) Howard, Mr. Charlie (Representative) Joiner, Mr. Gary (Texas Farm Bureau) Small, Mr. Ed (TX & SW Cattle Raisers) True, Mr. Jeff (TX Quarter Horse Assoc.) HB 2807 For: Everhard, Mr. Clay (himself) Joiner, Mr. Gary (Texas Farm Bureau) Prewett, Mr. Ray (Texas Citrus Mutual) Walzel, Mr. Jerry (Texas Produce Assoc.) On: Soward, Mr. Larry (TX Dept. of Agriculture) HB 3484 For: Holzheauser, Mr. Steve (Representative) Killgore, Dr. Gerald (TX Veterinary Gen. Prac) Rogers, Mr. Johnnie B. (TX Veterinary Gen. Prac) On: Soward, Mr. Larry (TX Dept. of Agriculture)


Welcome to SonArt,the modern headphone hub.We are making world's best headphone for you.Pick your headphone today & enjoy your life
You can listen music with full volume & clearity.Your neighbor won't complain anymore!


|
tesseract
4.00.00dev
|
#include "gtest/gtest.h"
Go to the source code of this file.
Functions | |
| TEST (TesseractTest, FirstDummyTestForTesseract) | |
| int | main (int argc, char **argv) |
| int main | ( | int | argc, |
| char ** | argv | ||
| ) |
This program reads in a text file consisting of feature samples from a training page in the following format:
FontName UTF8-char-str xmin ymin xmax ymax page-number NumberOfFeatureTypes(N) FeatureTypeName1 NumberOfFeatures(M) Feature1 ... FeatureM FeatureTypeName2 NumberOfFeatures(M) Feature1 ... FeatureM ... FeatureTypeNameN NumberOfFeatures(M) Feature1 ... FeatureM FontName CharName ...
The result of this program is a binary inttemp file used by the OCR engine.
| argc | number of command line arguments |
| argv | array of command line arguments |
Definition at line 23 of file tesseracttests.cpp.
| TEST | ( | TesseractTest | , |
| FirstDummyTestForTesseract | |||
| ) |
Definition at line 19 of file tesseracttests.cpp.


Don't wait for long running tasks, run them in the background.
val product: Product = productClient.getProduct(productId)
val price: Price = priceClient.getPrice(productId, currency)
val productDetails = ProductDetails(product, price)
val json = toJson(productDetails)
| Task | Latency =~ |
|---|---|
| Execution of CPU instruction | 1 nanosecond |
| Network round trip between Europe and USA |
100 milliseconds |
| Task | Latency =~ |
|---|---|
| Execution of CPU instruction | 1 nanosecond => 1 second |
| Network round trip between Europe and USA | 3 years |
trait ProductClient {
def getProduct(productId: Long): Future[Product]
}
// Future[Product] is returned immediately
val productF: Future[Product] = productClient.getProduct(productId)
Future is like a box that at some point of future might contain a value or error inside.
Other languages contain similar type. CompletableFuture in Java, Promise in JavaScript etc.
val friedEggF: Future[FriedEgg] = Future {
// code inside the Future runs in the background
val eggContent = breakDown(egg)
fry(eggContent)
}
Scala's Future is not lazy. Computation is immediately scheduled for execution.
val friedEggF: Future[FriedEgg] = Future {
val eggContent = breakDown(egg)
fry(eggContent)
}
friedEggF onComplete {
case Success(friedEgg) => println("yummy: " + friedEgg)
case Failure(e: FireException) => println("fire :O " + f)
case Failure(exception) => println("ooops! " + exception)
}
def fry(egg: Egg): FriedEgg = ???
val eggF: Future[Egg] = chicken.layEgg()
val friedEggF: Future[FriedEgg] = eggF.map(fry)
def frySlowly(egg: Egg): Future[FriedEgg] = ???
val eggF: Future[Egg] = chicken.layEgg()
// This is not what we want!
val friedEggFF: Future[Future[FriedEgg]] = eggF.map(frySlowly)
val friedEggF: Future[FriedEgg] = eggF.flatMap(frySlowly)
val softFriedEggF: Future[FriedEgg] =
chicken
.layEgg() // returns Future[Egg]
.flatMap(frySlowly) // returns Future[FriedEgg]
.filter(_.isSoft)
If Scala's Future doesn't contain a value that satisfies the predicate, it is completed with the exception NoSuchElementException.
val eggF: Future[FriedEgg] = ???
val teaF: Future[Tea] = ???
val breakfastF: Future[(FriedEgg, Tea))] = eggF.zip(teaF)
Scala Future API has more cool functions. There are also ways to deal with errors. See Scala API.
Avoid synchronization in Futures
val product: Product = productClient.getProduct(productId)
val price: Price = priceClient.getPrice(productId, curr)
val productDetails = ProductDetails(product, price)
val json: Json = toJson(productDetails)
Asynchronous
val productF: Future[Product] = productClient.getProduct(productId)
val priceF: Future[Price] = priceClient.getPrice(productId, curr)
val jsonF: Future[Json] =
productF
.zip(priceF) // Future[(Product, Price)]
.map({case (product, price) => ProductDetails(product, price)})
.map(productDetails => toJson(productDetails))
val productF: Future[Product] = productClient.getProduct(productId)
val priceF: Future[Price] = priceClient.getPrice(productId, curr)
val jsonF: Future[Json] =
productF
.zip(priceF)
.map({case (product, price) => ProductDetails(product, price)})
.map(productDetails => toJson(productDetails))
Mostly IO intensive tasks (e.g. http calls, database calls).
Use non blocking io to avoid blocking threads.
Less often CPU intensive tasks (e.g. performing encryption).
Use separate threadpools for such tasks.
Asynchronous processing and non blocking io (http client, database client etc.) allow you to write microservices that handle huge number of concurrent requests with only a few (or even one) threads.
There are many libraries for writing such services. They are often based on Netty. For example Twitter's Finatra.
Future is great for performing asynchronous computations that take time.
For other concurrency problems, there are other abstractions available in Scala.
// Makes no sense to calculate sum asynchronously
def sum(a: Int, b: Int): Future[Int] = Future(a + b)
Example use case: concurrent bank account writes/reads.
Can be solved with: Actor Model provided by Akka toolkit
When you want to push not single , but many
Can be solved with: Observable from RxScala
Functional programming makes concurrency easier
Asynchronous processing reduces latency overhead
Asynchronous servers offer great performance (and use less resources)


List
Lists in HTML
Technologies that We Learn
Technologies that We Learn
Technologies that We Learn
- Java
- Spring
- HTML
- React
Technologies that We Learn
- Java
- Spring
- HTML
- React
Technologies that We Learn
- Java
- Spring
- HTML
- React
Technologies that We Learn
- Java
- Spring
- HTML
- React
Nested List
- Element 1
- Element 2
- Element of 2
- Element of 2
- Element of b
- Element of b


ELIZABETH
Reviewed by Harvey Karten, Ph.D. Gramercy Pictures Director: Shekhar Kapur Writer: Michael Hirst Cast: Cate Blanchett, Geoffrey Rush, Christopher Eccleston, Joseph Fiennes, Richard Attenborough, Fanny Ardendt, John Gielgud, Terence Rigbby, et al
Bill Clinton should declare himself to be a virgin. His current problems would be over. The American people would unify behind him and Ken Starr would be defending clients with parking violations while his witch hunters would go back to shuffling papers. This is the implicit counsel given by director Shekhar Kapur in his new film "Elizabeth." It's not that Shekhar's subject, the long-reigning, British monarch knew the American president, either personally or via the news broadcasts. After all she was crowned in 1558 when Native Americans ruled over what became the United States, more concerned with conspiracies fomented by other tribes than by the libidinous cravings of their chiefs. But Elizabeth I, beset by conspiracies from nobles of her own country, the machinations of a gaggle of followers of Mary of Guise, and covetous looks at the sceptered isle from France and Spain eager to take advantage of England's weakness, knew how to solve these difficulties.  She then re- ascended her throne amid an open-mouthed, transfixed court which appeared to believe her to be the reincarnation of the Virgin Mary. "How many people have worshipped and died for this woman," Elizabeth remarked while gazing at a statue of the Holy Mother before taking this brazen step. The English people united behind her.
"Elizabeth" is the creation of Bombay-based director Shekhar Kapur whose films had been seen only by people of his native India, with the exception of "Bandit Queen'--a messy, melodramatic adventure study of the notorious Robin- Hood-like outlaw Phoolan Devi who emerged from poverty to become a kidnapper, robber and killer. Kapur, reportedly bent on breaking the canons of historical compositions, has in fact put together a colorful but cold, distant, detached and fragmented film which emphasizes a queen's quandary with coup-bent conspirators in much the way that the superior "Mrs. Brown" underscores another sovereign's controversial camaraderie with a commoner.
The story opens some years after the death of King Henry VIII, the fellow whose split with Anne Boleyn was the goriest that history had known, and remained so until this day when even Ed French (David Schwimmer) acknowledges in the movie "Apt Pupil" that he is "in the middle of the messiest divorce since Henry VIII." The termagant Bloody Mary (Kathy Burke) is on the throne, so-called because she tends to order the burning of subjects who are not ardent Catholics like her. In the only scene that indicates that there are indeed people in England who are not of the nobility, three such heretics are kindled: when one apostate gripes that the dying is moving ahead too slowly, a helpful citizen throws another bale of hay into the flames.
After Mary dies of cancer, unable to convince her half- sister Elizabeth (Cate Blanchett) to pledge to Catholicism and yet unwilling to order her execution for treason, the film vaults hither and fro from conventional court-sponsored cotillions to scenes of political machinations and assassinations. The balls feature strange dances involving clapping hands, bouncing feet, and women lifted into the air in a truncated interpretation of 1950's rock-and-roll frolics. The intrigues are of both romantic and combative skullduggery. In the former sense, handsome Sir Robert Dudley, Earl of Leicester (Joseph Fiennes) proves that the term The Virgin Queen, when applied to Elizabeth is as accurate as Bill Clinton's claim that he never had sex with Monica Lewinsky. Elizabeth is pursued as well by the asinine Duc d'Anjou (Vincent Cassel), whose idea of courtship upon meeting the queen is to whisper pornographic suggestions into her ear as a more fun thing to do than kissing her hand and who believes he is impressing Her Majesty by wearing a dress. The intrigues are handled by Elizabeth's lifelong, trusted confidant, the 007 of the era, Sir Francis Walsingham (Geoffrey Rush). Walsingham thinks nothing of bedding his employer's leading female opponent, Mary of Guise, and making war, not love, when the lights are down low.
The fate of her country changed dramatically when Elizabeth shed her girl-next-door image to become a thundering feminist. Like America's current chief executive, she abhors the view of her advisers that the leader's body and person are no longer her own property--that they belong to the state. Nor does she pay heed to her counselors to marry. Michael Hirst's screenplay focuses on the early years of Elizabeth's rule and underscoring the conspiracies bedeviling the court with all of that subject's contemporary resonance. But Shekhar Kapur misses the opportunity to provide a more intimate, fleshed out production with which his audience could connect. Cate Blanchett has a singular appearance which is exploited well, particularly in the stagy finale when she emerges as quite the likeness of Elizabeth I. The Australian actress, who turned in an appealing performance as the edgier, craftier, more passionate misfit in Gillian Armstrong's "Oscar and Lucinda," comes across as oddly bland this time around, resembling only slightly the more regal posture of Judi Dench in last year's more absorbing story, "Mrs. Brown." Geoffrey Rush, positively amazing as the over-the-edge pianist David Helfgott in Scott Hicks's "Shine," is wasted here, going through the motions of protecting the queen with a dour face and no sign of the fervor that drives him to live out his chosen career as he does. Perhaps most unfortunate of all, "Elizabeth" appears claustrophobic, giving few signs that a civilization exists beyond the palace walls. Contrary to Mr. Kapur's ardent mission, the film comes across as a didactic history lesson.
Rated R. Running Time: 124 minutes.(C) 1998 Harvey Karten
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 samples
directory contains subdirectories with
JSSE sample files.
If you are viewing this page online, the best way to obtain all the samples files, including the binary keystore files, is to download this zip file:
jssesamples.zipBelow are lists of the directories and links to all the text files within the directories.
samples
rmi
Hello.java
HelloClient.java
HelloImpl.java
RMISSLClientSocketFactory.java
RMISSLServerSocketFactory.java
sockets
client
SSLSocketClient.java
SSLSocketClientWithClientAuth.java
SSLSocketClientWithTunneling.java
server
ClassFileServer.java
ClassServer.java
sslengine
SSLEngineSimpleDemo.java
urls
URLReader.java
URLReaderWithOptions.java


Counterintuitive problem: Everyone in a room keeps giving dollars to random others.
Imagine a room full of 100 people with 100 dollars each. With every tick of the clock, every person with money gives a dollar to one randomly chosen other person. After some time progresses, how will the money be distributed?


[Software Engineer,
Full-Stack Developer]
I design backend/database architecture + frontend UI/UX and develop full-stack web/mobile applications. I'm strong in JavaScript Full-Stack. My CS degree and work experience made me a software engineer that can learn whatever required and design, develop, test, and deploy software.
Languages:
JavaScript/Node.js, Groovy, Java, Python, C++, C, HTML/CSS
Frameworks:
Express.js, React.js, React Native, Redux, Grails, MongoDB, Flask, Bootstrap, Bulma
Tools:
Git, Unix/Linux, AWS, Heroku, Firebase, WordPress, Wix, Postman, Twilio, IntelliJ, Visual Studio, Figma, Adobe XD, Photoshop, Unity, Blender
[Entrepreneur,
Freelancer]
I like to work in projects with novel ideas, ideas that solve a real problem in the market using technology, innovation, and collaboration. I have worked and currently working on multiple startup projects where I contribute to developing the business model, conduct market research, product development, branding, and marketing. Meanwhile, I do freelancing as a side hustle.
Skills:
Lean business model, Continuous and Agile product development methodologies, Analytic and data-driven market research strategies, Project management(Agile)
Startups:
ChimeIn, EQHire, LKdetour


Catalog Project
Categories
Electronics
Kitchen
Edit | Delete
Automotive
Edit | Delete
Garden
Edit | Delete
Sporting Goods
Edit | Delete
Add New Category
Items
Add New Item
Coffee Maker
Description of Coffee Maker goes here. and now we need to make this really really long, so I am just going to type a bit more here. grammar doesn't matter.
$79.00
Kitchen
Edit | Delete
Laptop
Description of laptop goes here.
$799.00
Electronics
Edit | Delete
Headlight Fluid
Description of headlight fluid goes here.
$9.99
Automotive
Edit | Delete


-
00To-Do
-
00New
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00Completed
-
0000Reward Points
Notifications
- Assignment X is overdue.
- Assignment Y graded.
- New Assigment Z added.
- New Assigment W added.
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- Assignment H graded.
Calendar
Assignments
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01/17


- JSON Web Token (JWT) is an open standard that defines a compact and self-contained way for securely transmitting information between parties as a JSON object.
- This information can be verified and trusted because it is digitally signed.
- JWTs can be signed using a secret (with the HMAC algorithm) or a public/private key pair using RSA or ECDSA
eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJzdWIiOiJ0ZXN0IiwibmFtZSI6Ikl2YSBQb3BvdmEiLCJpYXQiOjE1MTYyMzkwMjJ9.I1ABtJQP988q649fzJOWYB7PfMHGgagdJdi5Al8lVL4
# create a package.json file (--yes: skip questionnaire)
npm init --yes
# install dependencies
install express body-parser --save
These slides are based on
customised version of
framework


Source: New Republic
Form follows function — that has been misunderstood. Form and function should be one, joined in a spiritual union.
—Frank Lloyd Wright
The best interaction designs don’t exist: they don’t take a long time to load/respond; they don’t make users think; and they don’t give users cause for grief.
— Andrew Maier
Physical traits that give clues to how to use them.
Links take you places
Buttons handle data
Users will blame themselves for confusing affordances.
The less common the graphic form I choose, the more redundancy I must include.
—Alberto Cairo


Dansei Sotsuko! ~ CREDITS
+ Main Developer: lyxt
+ Designer: Chiiyo [paid]
+ Voice Actor: {USER}
> back


--- layout: sb ---
| Hi Jonh Smith }}, |
| Your order has been successfully returned to Amazon.com}} and you will receive a refund of £29.95}} immediately. |
| Please note that it may take between 3-5 working days for the refund to appear on your statement. |
| We hope to see you again soon, |
| SmartBuy |


Gesture
public protocol Gesture
Undocumented
-
on(_:_:)
Extension methodAttaches an event handler function for an event.
Declaration
Swift
public func on(_ event: UIControlEvents, _ callback: @escaping (Self) -> Void) -> Self
Parameters
event
A UIControlEvents event
callback
The event handler function
Return Value
The control
-
on(_:_:)
Extension methodAttaches an event handler function for multiple events.
Declaration
Swift
public func on(_ events: [UIControlEvents], _ callback: @escaping (Self) -> Void) -> Self
Parameters
events
An array of UIControlEvents
callback
The event handler function
Return Value
The control
-
on(_:)
Extension methodAttaches event handler functions for different events.
Declaration
Swift
public func on(_ callbacks: [UIControlEvents: (Self) -> Void]) -> Self
Parameters
callbacks
A dictionary with a UIControlEvents event as the key and an event handler function as the value
Return Value
The control
-
on(_:_:)
Extension methodAttaches a gesture recognizer to the view for all its states.
Declaration
Swift
public func on<T: UIGestureRecognizer>(_ gesture: T, _ callback: @escaping (T) -> Void) -> Self
Parameters
gesture
An object whose class descends from the UIGestureRecognizer class
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
on(_:_:_:)
Extension methodAttaches a gesture recognizer to the view for a given state.
Declaration
Swift
public func on<T: UIGestureRecognizer>(_ gesture: T, _ state: UIGestureRecognizerState, _ callback: @escaping (T) -> Void) -> Self
Parameters
gesture
An object whose class descends from the UIGestureRecognizer class
state
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
on(_:_:_:)
Extension methodAttaches a gesture recognizer to the view for multiple states.
Declaration
Swift
public func on<T: UIGestureRecognizer>(_ gesture: T, _ states: [UIGestureRecognizerState], _ callback: @escaping (T) -> Void) -> Self
Parameters
gesture
An object whose class descends from the UIGestureRecognizer class
states
The states the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
on(_:_:)
Extension methodAttaches a gesture recognizer to the view and declares callbacks for its different states.
Declaration
Swift
public func on<T: UIGestureRecognizer>(_ gesture: T, _ callbacks: [UIGestureRecognizerState: (T) -> Void]) -> Self
Parameters
gesture
An object whose class descends from the UIGestureRecognizer class
callbacks
A dictionary with a state as the key and a callback as the value
Return Value
The view
-
off(_:)
Extension methodDetaches a gesture recognizer from the receiving view.
Declaration
Swift
public func off(_ gesture: UIGestureRecognizer) -> Self
Parameters
gesture
An object whose class descends from the UIGestureRecognizer class
Return Value
The view
-
off(_:)
Extension methodDetaches all the gestures recognizer of a given type from the receiving view.
Declaration
Swift
public func off<T: UIGestureRecognizer>(_ gestureType: T.Type) -> Self
Parameters
gestureType
A type of gesture recognizer
Return Value
The view
-
off()
Extension methodDetaches all the gestures recognizer from the receiving view.
Declaration
Swift
public func off() -> Self
Return Value
The view
-
longPress(_:)
Extension methodAttaches an instance of UILongPressGestureRecognizer to the view for all its states.
Declaration
Swift
public func longPress(_ callback: @escaping LongPressCallback) -> Self
Parameters
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
longPress(_:_:)
Extension methodAttaches an instance of UILongPressGestureRecognizer to the view for a given state.
Declaration
Swift
public func longPress(_ state: UIGestureRecognizerState, _ callback: @escaping LongPressCallback) -> Self
Parameters
state
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
longPress(_:_:)
Extension methodAttaches an instance of UILongPressGestureRecognizer to the view for a multiple states.
Declaration
Swift
public func longPress(_ states: [UIGestureRecognizerState], _ callback: @escaping LongPressCallback) -> Self
Parameters
states
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
longPress(_:)
Extension methodAttaches an instance of UILongPressGestureRecognizer to the view and declares callbacks for its different states.
Declaration
Swift
public func longPress(_ callbacks: [UIGestureRecognizerState: LongPressCallback]) -> Self
Parameters
callbacks
A dictionary with a state as the key and a callback as the value
Return Value
The view
-
pan(_:)
Extension methodAttaches an instance of UIPanGestureRecognizer to the view for all its states.
Declaration
Swift
public func pan(_ callback: @escaping PanCallback) -> Self
Parameters
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
pan(_:_:)
Extension methodAttaches an instance of UIPanGestureRecognizer to the view for a given state.
Declaration
Swift
public func pan(_ state: UIGestureRecognizerState, _ callback: @escaping PanCallback) -> Self
Parameters
state
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
pan(_:_:)
Extension methodAttaches an instance of UIPanGestureRecognizer to the view for a multiple states.
Declaration
Swift
public func pan(_ states: [UIGestureRecognizerState], _ callback: @escaping PanCallback) -> Self
Parameters
states
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
pan(_:)
Extension methodAttaches an instance UIPanGestureRecognizer to the view and declares callbacks for its different states.
Declaration
Swift
public func pan(_ callbacks: [UIGestureRecognizerState: PanCallback]) -> Self
Parameters
callbacks
A dictionary with a state as the key and a callback as the value
Return Value
The view
-
pinch(_:)
Extension methodAttaches an instance of UIPinchGestureRecognizer to the view for all its states.
Declaration
Swift
public func pinch(_ callback: @escaping PinchCallback) -> Self
Parameters
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
pinch(_:_:)
Extension methodAttaches an instance of UIPinchGestureRecognizer to the view for a given state.
Declaration
Swift
public func pinch(_ state: UIGestureRecognizerState, _ callback: @escaping PinchCallback) -> Self
Parameters
state
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
pinch(_:_:)
Extension methodAttaches an instance of UIPinchGestureRecognizer to the view for a multiple states.
Declaration
Swift
public func pinch(_ states: [UIGestureRecognizerState], _ callback: @escaping PinchCallback) -> Self
Parameters
states
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
pinch(_:)
Extension methodAttaches an instance UIPinchGestureRecognizer to the view and declares callbacks for its different states.
Declaration
Swift
public func pinch(_ callbacks: [UIGestureRecognizerState: PinchCallback]) -> Self
Parameters
callbacks
A dictionary with a state as the key and a callback as the value
Return Value
The view
-
rotation(_:)
Extension methodAttaches an instance of UIRotationGestureRecognizer to the view.
Declaration
Swift
public func rotation(_ callback: @escaping RotationCallback) -> Self
Parameters
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
rotation(_:_:)
Extension methodAttaches an instance of UIRotationGestureRecognizer to the view for a given state.
Declaration
Swift
public func rotation(_ state: UIGestureRecognizerState, _ callback: @escaping RotationCallback) -> Self
Parameters
state
The states the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
rotation(_:_:)
Extension methodAttaches an instance of UIRotationGestureRecognizer to the view for a multiple states.
Declaration
Swift
public func rotation(_ states: [UIGestureRecognizerState], _ callback: @escaping RotationCallback) -> Self
Parameters
states
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
rotation(_:)
Extension methodAttaches an instance UIRotationGestureRecognizer to the view and declares callbacks for its different states.
Declaration
Swift
public func rotation(_ callbacks: [UIGestureRecognizerState: RotationCallback]) -> Self
Parameters
callbacks
A dictionary with a state as the key and a callback as the value
Return Value
The view
-
swipe(_:)
Extension methodAttaches an instance of UISwipeGestureRecognizer to the view for all its states.
Declaration
Swift
public func swipe(_ callback: @escaping SwipeCallback) -> Self
Parameters
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
swipe(_:_:)
Extension methodAttaches an instance of UISwipeGestureRecognizer to the view for a given state.
Declaration
Swift
public func swipe(_ state: UIGestureRecognizerState, _ callback: @escaping SwipeCallback) -> Self
Parameters
state
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
swipe(_:_:)
Extension methodAttaches an instance of UISwipeGestureRecognizer to the view for a multiple states.
Declaration
Swift
public func swipe(_ states: [UIGestureRecognizerState], _ callback: @escaping SwipeCallback) -> Self
Parameters
states
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
swipe(_:)
Extension methodAttaches an instance UISwipeGestureRecognizer to the view and declares callbacks for its different states.
Declaration
Swift
public func swipe(_ callbacks: [UIGestureRecognizerState: SwipeCallback]) -> Self
Parameters
callbacks
A dictionary with a state as the key and a callback as the value
Return Value
The view
-
tap(_:)
Extension methodAttaches an instance of UITapGestureRecognizer to the view for all its states.
Declaration
Swift
public func tap(_ callback: @escaping TapCallback) -> Self
Parameters
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
tap(_:_:)
Extension methodAttaches an instance of UITapGestureRecognizer to the view for a given state.
Declaration
Swift
public func tap(_ state: UIGestureRecognizerState, _ callback: @escaping TapCallback) -> Self
Parameters
state
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
tap(_:_:)
Extension methodAttaches an instance of UITapGestureRecognizer to the view for a multiple states.
Declaration
Swift
public func tap(_ states: [UIGestureRecognizerState], _ callback: @escaping TapCallback) -> Self
Parameters
states
The state the gesture recognizer should be in
callback
A function to be invoked when the gesture occurs
Return Value
The view
-
tap(_:)
Extension methodAttaches an instance UITapGestureRecognizer to the view and declares callbacks for its different states.
Declaration
Swift
public func tap(_ callbacks: [UIGestureRecognizerState: TapCallback]) -> Self
Parameters
callbacks
A dictionary with a state as the key and a callback as the value
Return Value
The view


S1 Fig
Multidimensional Scaling (MDS) plots in LL versus LN differential expression analysis. When data sets were compared by lung tissue sample type; LL appeared on the area that was distinct from the area of LN. (TIF)
Click here for additional data file.


Pauba, is a beach on the north coast of Sao Paulo. Located in the municipality of Sao Sebastiao, as it is far from the highway and surrounded by green mountains, it maintains its preserved nature.
It was on this beach that I found myself again with nature. After long quarantine months due to the pandemic, two large losses in the family and internally worn out by the stress of the situation.
Pauba brought beauty back to my life, but above all, it brought hope and faith. Certain things, only nature can show us. I returned to hope and redid the plans after the pandemic. Learn to swim and start a sport in the sea, perhaps the Stand up paddle. I realized that nature heals many things, from the inside out and from the outside in. Maybe in a few months I will update these pages with more photos of these new life projects. Aloha!


healthABM
Classes
ComparatorTreatmentByEfficiency
HealthInsurance
HIPlan
Illness
ImporterIllness
Initialiser
InsuranceCompany
MedicalCondition
MedicalConsultation
Model
Patient
Provider
TesterAlejandro
TesterFlorian
TesterGeorgina
TesterLucy
Treatment


|
COSMIC_hg19_demo
|
Cosmic coding mutations hg19 |
|
COSMIC_hg38_demo
|
Cosmic coding mutations hg38 |
|
ExamplePaneldesign
|
Dataset containing sequencing design of a panel |
|
ExampleWESdesign
|
Dataset containing sequencing design of a WES experiment |
|
ExampleWESvcfs
|
Dataset containing example vcf from WES |
|
Hellman_SimulatedFM1Panel_WES
|
Dataset containing tumor mutational burden and clinical data from a published
study |
|
HumanTumorSuppressors
|
List of human tumor suppressors |
|
TMB_Horizon
|
Input to the plotTMB function to be used in tests |
|
TMB_VanAllen
|
Input to the plotTMB function to be used in tests |
|
TMBs_SimulatedPanel
|
Panel-based TMB to use as input to the correlateTMBvalues and plotCorrelation
functions in tests |
|
TMBs_WES
|
WES-based TMB to use as input to the correlateTMBvalues and plotCorrelation
functions in tests |
|
VanAllen_Clinical
|
Dataset containing tumor mutational burden and clinical data from a published
study |
|
annotateTMB()
|
Annotate TMB dataframe with clinical outcome |
|
applyFilters()
|
Apply filters on a list of CollapsedVCF objects |
|
applySimulatePanel()
|
Downsample a whole exome sequencing (WES) dataset to a subset only containing
genes targeted in the panel |
|
applyTMB()
|
Provide text and graphical output for Tumor Mutational Burden (TMB)
quantification |
|
callFilters()
|
Filters variants according to input arguments |
|
callTMB()
|
Perform Tumor Mutational Burden (TMB) quantification |
|
compareROC()
|
Generate and compare two ROC curves of TMB performance in immunotherapy responder
classification |
|
compareTMBdistribution()
|
Compare TMB distribution in responders and nonresponders |
|
correlateTMBvalues()
|
Correlate panel-based TMB values with WES-based TMB values |
|
.fetch_filtered_SNV()
|
.fetch_filtered_SNV |
|
.remove_noncoding_SNV()
|
.remove_noncoding_SNV |
|
filterByVAF()
|
Filter variants according to variant allele frequency |
|
filterCOSMIC()
|
Filter variants described in COSMIC |
|
filterTruncatingTumorSuppr()
|
Filter truncating variants in tumor suppressors |
|
filterVariantType()
|
Filter variants by the specified type |
|
formatCOSMIC()
|
Read in a COSMIC file and format it for usage in TMBleR |
|
generateBoxplot()
|
Generate boxplots of TMB distribution versus clinical response |
|
generateROC()
|
Generate ROC curves to evaluate TMB performance in immunotherapy responder
classification |
|
inputToTMB()
|
Provide a suitable input to the callTMB function for TMB quantification |
|
plotTMB()
|
Plots Tumor Mutational Burden (TMB) |
|
readDesign()
|
Read design file |
|
readVcfFiles()
|
Read VCF files |
|
removeCancerVariants()
|
Remove cancer variants |
|
simulatePanel()
|
Downsample a whole exome sequencing (WES) dataset to a subset only containing
genes targeted in the panel |
|
vcfs_NoCancer_ForPanel
|
Data to use as input to the applySimulatedPanel function in tests |
|
vcfs_all
|
Data to use as input to the applyTMB functions in tests |


Sales Tax Calculator
Enter in the current sales tax, product's price, and amount of the product to get the total cost.
{% if session.message %} {% endif %} {% if session.total %}
Your Subtotal: {{ session.subtotal }}
Your Sales Tax: {{ session.taxAmount }}
Your Total: {{ session.total }}