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{% extends "templates.jinja/base.page-with-navbar.html" %} {% block title %} Hesperian - Pregnancy & Birth{% endblock %} {% block id %}Preeclampsia_during_pregnancy{% endblock %} {% block content %}
Pre-eclampsia is when a woman has:
Pre-eclampsia can cause premature birth, bleeding, seizures, or even death for the mother.
If she only has high blood pressure, check it once a week to see if it goes up, and watch for signs of severe pre-eclampsia.
{% endblock %} {% block footer %} {% endblock %}


EventEmitter tests.
EventEmitter2
The benchmarks included are not a `mean` of the values produced, they do not reflect accurate results
after running once. An accurate benchmark will take a sampling of these results and produce a `mean`. The tests
may take a minute, check console for results.


#include <Normalization.hpp>
|
| | BatchNorm2d (const tensor &gamma, const tensor &beta, const tensor &running_mean, const tensor &running_var, const float &epsilon=1e-5) |
| | Constructs a BatchNorm2d object. More...
|
| |
| | BatchNorm2d (const std::string &gamma_filename="", const std::vector< int > &gamma_dims={}, const std::string &beta_filename="", const std::vector< int > &beta_dims={}, const std::string &running_mean_filename="", const std::vector< int > &running_mean_dims={}, const std::string &running_var_filename="", const std::vector< int > &running_var_dims={}, const float &epsilon=1e-5, const std::string &python_home="../scripts") |
| | Constructs a BatchNorm2d object and loads the requisite tensors in from filenames and sizes. More...
|
| |
| void | add_gamma (const std::string &gamma_filename="", const std::vector< int > &gamma_dims={}) |
| | Adds gamma to the layer if the name wasn't passed to the constructor. More...
|
| |
| void | add_beta (const std::string &beta_filename="", const std::vector< int > &beta_dims={}) |
| | Adds beta if it wasn't added by the constructor. More...
|
| |
| void | add_running_mean (const std::string &running_mean_filename="", const std::vector< int > &running_mean_dims={}) |
| | Adds running_mean if it wasn't added by the constructor. More...
|
| |
| void | add_running_var (const std::string &running_var_filename="", const std::vector< int > &running_var_dims={}) |
| | Adds running_var if it wasn't added by the constructor. More...
|
| |
| std::vector< tensor > | forward (const std::vector< tensor > &input) |
| | Applies the forward pass of batch normalization. More...
|
| |
| std::vector< tensor > | operator() (const std::vector< tensor > &input) |
| | Applies the forward pass of batch normalization. More...
|
| |
◆ BatchNorm2d() [1/2]
| pytorch::BatchNorm2d::BatchNorm2d |
( |
const tensor & |
gamma, |
|
|
const tensor & |
beta, |
|
|
const tensor & |
running_mean, |
|
|
const tensor & |
running_var, |
|
|
const float & |
epsilon = 1e-5 |
|
) |
| |
|
inline |
Constructs a BatchNorm2d object.
- Parameters
-
| gamma | The multiplier for the affine transform. Saved as 'bn.weight' by pytorch. |
| beta | The bias for the affine transform. Saved as 'bn.bias' by pytorch. |
| running_mean | The running mean for the batchnorm operation. |
| running_var | The running variance for the batchnorm operation. |
| epsilon | A factor in the denominator of the transform that adds stability. |
◆ BatchNorm2d() [2/2]
| pytorch::BatchNorm2d::BatchNorm2d |
( |
const std::string & |
gamma_filename = "" , |
|
|
const std::vector< int > & |
gamma_dims = {} , |
|
|
const std::string & |
beta_filename = "" , |
|
|
const std::vector< int > & |
beta_dims = {} , |
|
|
const std::string & |
running_mean_filename = "" , |
|
|
const std::vector< int > & |
running_mean_dims = {} , |
|
|
const std::string & |
running_var_filename = "" , |
|
|
const std::vector< int > & |
running_var_dims = {} , |
|
|
const float & |
epsilon = 1e-5 , |
|
|
const std::string & |
python_home = "../scripts" |
|
) |
| |
|
inline |
Constructs a BatchNorm2d object and loads the requisite tensors in from filenames and sizes.
- Parameters
-
| gamma_filename | The file where gamma can be found. Will be loaded with numpy.load(filename). |
| gamma_dims | The dimensions of gamma in pytorch convention (n, k, h, w) (usually = (1, k, 1, 1)) |
| beta_filename | The file where beta can be found. Will be loaded with numpy.load(filename). |
| beta_dims | The dimensions of beta in pytorch convention (n, k, h, w) (usually = (1, k, 1, 1)) |
| running_mean_filename | The file where running_mean can be found. Will be loaded with numpy.load(filename). |
| running_mean_dims | The dimensions of running_mean in pytorch convention (n, k, h, w) (usually = (1, k, 1, 1)) |
| running_var_filename | the file where running_var can be found. Will be loaded with numpy.load(filename). |
| running_var_dims | The dimensions of running_var in pytorch convention (n, k, h, w) (usually = (1, k, 1, 1)) |
| epsilon | A float for numerical stability, 1e-5 by default. |
| python_home | Where the utility scripts are - holds the loading script necessary to load up the tensors. |
◆ add_beta()
| void pytorch::BatchNorm2d::add_beta |
( |
const std::string & |
beta_filename = "" , |
|
|
const std::vector< int > & |
beta_dims = {} |
|
) |
| |
|
inline |
Adds beta if it wasn't added by the constructor.
- Parameters
-
| beta_filename | The file where beta can be found. Will be loaded with numpy.load(filename). |
| beta_dims | The dimensions of beta in pytorch convention (n, k, h, w) (usually = (1, k, 1, 1)) |
◆ add_gamma()
| void pytorch::BatchNorm2d::add_gamma |
( |
const std::string & |
gamma_filename = "" , |
|
|
const std::vector< int > & |
gamma_dims = {} |
|
) |
| |
|
inline |
Adds gamma to the layer if the name wasn't passed to the constructor.
- Parameters
-
| gamma_filename | The file where gamma can be found. Will be loaded with numpy.load(filename). |
| gamma_dims | The dimensions of gamma in pytorch convention (n, k, h, w) (usually = (1, k, 1, 1)) |
◆ add_running_mean()
| void pytorch::BatchNorm2d::add_running_mean |
( |
const std::string & |
running_mean_filename = "" , |
|
|
const std::vector< int > & |
running_mean_dims = {} |
|
) |
| |
|
inline |
Adds running_mean if it wasn't added by the constructor.
- Parameters
-
| running_mean_filename | The file where running_mean can be found. Will be loaded with numpy.load(filename). |
| running_mean_dims | The dimensions of running_mean in pytorch convention (n, k, h, w) (usually = (1, k, 1, 1)) |
◆ add_running_var()
| void pytorch::BatchNorm2d::add_running_var |
( |
const std::string & |
running_var_filename = "" , |
|
|
const std::vector< int > & |
running_var_dims = {} |
|
) |
| |
|
inline |
Adds running_var if it wasn't added by the constructor.
- Parameters
-
| running_var_filename | the file where running_var can be found. Will be loaded with numpy.load(filename). |
| running_var_dims | The dimensions of running_var in pytorch convention (n, k, h, w) (usually = (1, k, 1, 1)) |
◆ forward()
| std::vector<tensor> pytorch::BatchNorm2d::forward |
( |
const std::vector< tensor > & |
input | ) |
|
|
inlinevirtual |
Applies the forward pass of batch normalization.
- Parameters
-
| input | The input data to be normalized. |
- Returns
- The normalized data. The size has not changed.
Implements pytorch::Layer.
◆ operator()()
| std::vector<tensor> pytorch::BatchNorm2d::operator() |
( |
const std::vector< tensor > & |
input | ) |
|
|
inlinevirtual |
Applies the forward pass of batch normalization.
- Parameters
-
| input | The input data to be normalized. |
- Returns
- The normalized data. The size has not changed.
Implements pytorch::Layer.
◆ beta
| tensor pytorch::BatchNorm2d::beta |
|
private |
◆ epsilon
| float pytorch::BatchNorm2d::epsilon |
|
private |
◆ gamma
| tensor pytorch::BatchNorm2d::gamma |
|
private |
◆ running_mean
| tensor pytorch::BatchNorm2d::running_mean |
|
private |
◆ running_var
| tensor pytorch::BatchNorm2d::running_var |
|
private |
◆ utils
The documentation for this class was generated from the following file:


{% extends "layout.html" %} {% block content %}
•Making a request:
1. Click on “Make a request” option either from the home page or from the Nav bar.To access items by category, click on “Categories” and to access all the items at once,click on “See all Items”.
2. Select the required category and search for the items required.
3. Select the item required by clicking on “Request” button.
4. Add the necessary item details.
5. Click on “Confirm Request” to confirm.
•Requests Log:
Once you have selected all the required items,click on “Requests Log” from the nav bar to view the summary of items requested.
•Managing Profile:
• You can edit your profile details or reset your account password by clicking on your profile on the navbar.
•Making a request:
1. Click on “Make a request” option either from the home page or from the Nav bar.To access items by category, click on “Categories” and to access all the items at once,click on “See all Items”.
2. Select the required category and search for the items required.
3. Select the item required by clicking on “Request” button.
4. Add the necessary item details.
5. Click on “Confirm Request” to confirm.
•Requests Log:
Once you have selected all the required items,click on “Requests Log” from the nav bar to view the summary of items requested.
•Sanctioning Requests:
1. To check for the users requests, click on “Requests” option on the navbar or from the home page.
2. To accept a user’s request, click on “Send” and to reject the request, click on “Delete”. Before accepting or deleting a request ,you can write a comment.
3. After accepting of deleting a request, you can check all the requests status by clicking on the “Requests Log” button.
•Adding New Items/Categories of Items:
1. Click on “Stock-->1.Categories 2.See all items”.
2. To add a new category, select “Categories”.
3. Click on “Add category”.
4. Add Category name and choose a picture file to upload for the category.
5. To add a new item, select “See all items”.
6. Click on “Add a new item”.
•Editing Existing Items/Categories of Items:
To edit an item, click on the “Edit” option to manage all the following parameters:
•Item Name
•Quantity
•Required Quantity
•Category
•Maximum Limit
•Minimum Limit
•Quota
•Admin Summary:
To view the summary of the requests accepted or rejected, click on “Admin Summary”.
•Managing Profile:
• You can edit your profile details or reset your account password by clicking on your profile on the navbar.
•Making a request:
1. Click on “Make a request” option either from the home page or from the Nav bar.To access items by category, click on “Categories” and to access all the items at once,click on “See all Items”.
2. Select the required category and search for the items required.
3. Select the item required by clicking on “Request” button.
4. Add the necessary item details.
5. Click on “Confirm Request” to confirm.
•Requests Log:
Once you have selected all the required items,click on “Requests Log” from the nav bar to view the summary of items requested.
•Sanctioning Requests:
1. To check for the users requests, click on “Requests” option on the navbar or from the home page.
2. To accept a user’s request, click on “Send” and to reject the request, click on “Delete”. Before accepting or deleting a request ,you can write a comment.
3. After accepting of deleting a request, you can check all the requests status by clicking on the “Requests Log” button.
•Adding New Items/Categories of Items:
1. Click on “Stock-->1.Categories 2.See all items”.
2. To add a new category, select “Categories”.
3. Click on “Add category”.
4. Add Category name and choose a picture file to upload for the category.
5. To add a new item, select “See all items”.
6. Click on “Add a new item”.
•Editing Existing Items/Categories of Items:
To edit an item, click on the “Edit” option to manage all the following parameters:
•Item Name
•Quantity
•Required Quantity
•Category
•Maximum Limit
•Minimum Limit
•Quota
•Admin Summary:
To view the summary of the requests accepted or rejected, click on “Admin Summary”.
•Managing Users:
1. To view all the admins and users on the website, go to the “Manage Users” section on the home page.
2. Click on “View users”.
3. To add a new user, click on “Add a new user”.
4. Enter First Name,Last Name and email id(Somaiya id only) of the respective admin.
5. To delete a user or add/remove admin priveleges, click on the “View” button.
•Managing Profile:
• You can edit your profile details or reset your account password by clicking on your profile on the navbar.


One day late in the last century I acted as amanuensis to my son Sam, then a tiny tot. He told me a story. I wrote it down. Then I typed it out and made it into a pamphlet entitled The Story Of The Castle, The Knight, & The Dragon (out of print). Here is that story.
Once there was a brave knight and the brave knight heard a sort of dragon noise.
And when he heard it he went to tell his gang of knights to search for the dragon and kill it. And they couldn't find it.
Well, in the end they found it and they killed it and they went to tell the king and queen and the prince and the princess and all the other people in the kingdom—when they found there was another dragon!
And the king ran up to the chain and he pulled the drawbridge up so the dragon couldn't get in. And the queen looked out of the window to see if the dragon fell into the water round the castle (the moat).
And the dragon had flown over the mountains and ran back as fast as it could and butted the drawbridge open.
And suddenly the king and queen were surprised, because the brave knight put a spear into the dragon's tummy and the dragon was dead. So the knight went to tell the people in the kingdom.
Then they saw that the dragon came alive again. And it was a magic spell when the dragon came alive again because the dragon was nice really.
And they found out that it could speak and it said to them that it would do everything for them in the kingdom. It would even find the cannonballs for them. And that's the end.


Hi there! My name is Noura Hedhli and I am a junior at NJIT. This is my first semester in IT web-development. Before, I was studying Biomedical Engineering but I always felt pulled toward coding and programming. Therefore, I knew that I had to change my major because I was not passionate about it as I am with coding. Building and creating websites has always been my dream.
For this major project I will be collaborating with Mehakpreet and Tejasree. The three of us will be building the website respectively. Each one of us will be doing their own page, then later will be combining the work together.


Notebooks
Story: Words and sentences: names of animals given by Klaas Katkop (≠kasin), ||kabbo (Jantje) and |a!kunta (Stoffel)
Words and sentences: names of animals given by Klaas Katkop (≠kasin), ||kabbo (Jantje) and |a!kunta (Stoffel)
Title
Words and sentences: names of animals given by Klaas Katkop (≠kasin), ||kabbo (Jantje) and |a!kunta (Stoffel)
Collection
Summary
Names of animals, mainly identified at the Museum (B II. 358 and 359, 366-368, XXV. 2341-2344, 2349 and 2350)...and lastly in the Katkop dialect by #kásin (B XXV. 2381-2384, or 2424-2428). In the same dialect are also some names of animals, explaining the Bushman pictures copied by Mr Schunke. (B XXVII. 2619-2621.) |xam names of animals seen at the South African Museum by ||kabbo and |a!kunta, and also by ≠kasin, some also in Koranna.
Comments
1) Inserts on inside of front cover of Book 25 (XXV) and facing page: names of animals (crossed out) by ≠kasin (Klaas Katkop), dated 1 November 1873 (date of his arrival), 2) This story is found in Book XXV, Book XXVII
Contributors
||kabbo (Jantje) (II), ≠kasin (Klaas Katkop) (IV), |a!kunta (Stoffel) (I)
Date
9 October 1873 (started), to March 1874, 1 November 1873 (started by ≠kasin)
Categories
Words and sentences, Plants and animals
Keywords
names (of animals) , names (proper) , names (Latin) , names (of animals at SA Museum) , names (|xam) , names (Koranna) , names (in the Katkop dialect) , words and sentences (names of animals given at the SA Museum) , words and sentences (|xam) , words and sentences (Koranna) , words and sentences (given by ≠kasin) , words and sentences (given by ||kabbo) , words and sentences (given by |a!kunta) , words and sentences (in the Katkop dialect) , vocabulary (|xam) , vocabulary (Koranna) , vocabulary (in the Katkop dialect) , animals (names of given at SA Museum) , animals (names of in |xam and Koranna) , animals (in the Katkop dialect) , dialect (Katkop, given by ≠kasin) , dialect (names of animals given at the SA Museum) , |xam (language) , |xam (the Katkop dialect)
Story Pages
2341-2344, 2349-2350, 2381-2384, 2425-2428, 2619-2621


You are going to delete a wish. You will not be able to use it again.
Are you sure you want to proceed?


W3 not run by cats, so W'3s C'sS's materials needs go0d's edit's.
Meouzer
A diagram and table below provide a quick overview of CSS selectors.
| CSS Selectors | |||
|---|---|---|---|
| Category | Selector | Description | Restrictions |
| Simple Selectors | lots | See Simple Selectors | Must be officially Recognized by W3 |
| Product Selectors | xyz | Elements that are elements of x, y, and z simultaneously | x, y, z are simple selectors |
| Combined Selectors | X Y | Y elements that descend from some X element | X and Y are product selectors |
| X > Y | Y elements that are a child of some X element | ||
| X ~ Y | Y elements that are a subsequent sibling some X element | ||
| X + Y | Y elements that are the very next sibling of some X element | ||
| Group Selectors (= all HTML Selectors) | A, B, C | Elements that are members of at least one of A, B, and C | A, B, and C are combined selectors |
| Pseudo Selectors | Xp | An abstract part of X depending on p | X is a combined Selector and p a pseudo element |
| CSS Selectors | E, F, G | Elements that are members of at least one of E, F, and G | E, F, G are combined selectors or pseudo selectors |
This article is based solely on original W3 source material at http://www.w3.org/TR/css3-selectors/.
A HTML selector is a formal expression, algebraic in nature, that represents the set/class of HTML elements that meet the criteria specified by the expression.
If G is an HTML selector and g is an HTML element, then by definition all the following mean the same.
The one the author likes the best is the first because it leads to the least awkward terminology for describing complex selectors.
As we shall see the criteria for the selector div.myclass is that an element must be a div with class myclass. So its class, the set of elements that it represents, is the set of all divs with class myclass. Note that description of the criteria and the description its class are pretty much the same: so either may be used to describe the selector.
Now we give an overview of the different types of selector. ⊂ represents the inclusion symbol.
Simple Selectors ⊂ Product Selectors ⊂ Combined Selectors ⊂ HTML Group Selectors = All HTML Selectors ⊂ CSS group selectors = CSS Selectors
So all simple selectors are product selectors. All product selectors are combined selectors. All combined selectors are group selectors. The HTML group selectors form the set of all HTML selectors. All HTML group selectors are CSS group selectors.
For future reference keep in mind that
The next table lists all simple selectors in the third column and categorizes them in the first column. The second column either gives the name of the selector, or in the case of a parameterized selector, the subcategory. The name or subcategory includes the word selector, which we had to leave out for brevity. So for example:
| Simple Selectors | |||
|---|---|---|---|
| Category | Name or Subcategory | Selector | Criteria for an HTML element. |
| Initial Selectors | Universal | * | None (so selects all html elements) |
| Type | E | has type E (E = p, div, span, etc.) | |
| ID | ID | #myid | has an id equal to myid |
| Class | Class | .myclass | has class myclass |
| Attribute Selectors | Presence | [foo] | has attribute foo |
| Value1 | [foo=bar] | has attribute foo with value bar | |
| Starting | [foo^="bar"] | has attribute foo whose value starts with bar. | |
| Ending | [foo^="bar"] | has attribute foo whose value ends with bar. | |
| Word2 | [foo~="bar"] | has attribute foo whose value contains word bar | |
| Substring | [foo*="bar"] | has attribute foo with substring bar in value | |
| First Hyphenated Token3 | [foo|="bar"] | has attribute foo and first hyphenated token bar | |
| Structural Pseudo Classes | Root4 | :root | is the sole root element <html> |
| Nth-Child5 | :nth-child(k) | is a kth child (the kth child in its parent) | |
| Nth to Last Child5 | :nth-last-child(k) | is a kth to last child | |
| Nth of Type5 | :nth-of-type(k) | is a kth child of its type (in its parent) | |
| Nth last of Type5 | :nth-last-of-type(k) | is a kth to last child of its type | |
| First Child | :first-child | is a first child | |
| Last Child | :last-child | is a last child | |
| First of Type | :first-of-type | is a first child of its type | |
| Last of Type | :last-of-type | is the last child of its type | |
| Only Child | :only-child | is an only child | |
| Only of Type | :only-of-type | is an only child of its type | |
| Empty | :empty | has no children including text nodes | |
| Link Pseudo Classes | Link | :link | is an unvisited links |
| Visited | :visited | is a visited link | |
| User Action Pseudo Classes | Active6 | :active | is currently active |
| Hover7 | :hover | is currently in the hovered state. | |
| Focus8 | :focus | currently has the focus | |
| Negation Pseudo Class | Negation | :nots(s) | does not match the simple selector s |
| Target Pseudo Class | Target | :target | is the target of a link |
| Lang Pseudo Class | Language | :lang(fr) | has language "fr" |
| UI State Pseudo Classes | Enabled | :enabled | is currently enabled |
| Disabled | :disabled | is currently in the disabled state | |
| Checked | :checked | is currently checked |
Also k can be a formula an + b where a and b are specified integers and where the exact letter n is used as a variable non-negative integer. To find out what's matched just determine the positive values of an + b to use as the index k.
The second and third columns below give examples and should be read independently.
| Examples of Formulas in Selectors (use n = 0, 1, 2, ... to obtain indices) | ||
|---|---|---|
| Index Formula | 2n + 1 | -2n + 6 |
| n | 0, 1, 2, 3, ... | 0, 1, 2, 3, ... |
| Positive Indices | 1, 3, 5, 7, ... | 6, 4, 2, 0, -2, ... (strike out zero and negative indices) |
| Selector |
:nth-child(2n + 1) matches all first, third, fifth, etc. children |
:nth-child(-2n + 6) matches all sixth, fourth and second children |
| Selector |
:nth-last-child(2n+1) matches all last, third to last, fifth to last, etc. children |
:nth-last-child(-2n+6) matches all sixth to last, fourth to last, and second to last children |
| Selector |
:nth-of-type(2n + 1) matches all first, third, fifth, etc. children of their type |
:nth-of-type(-2n + 6) matches all sixth, fourth, and second children of their type |
| Selector |
:nth-last-of-type(2n + 1) matches all last, third to last, fifth to last, etc. children of their type |
:nth-last-of-type(-2n + 6) matches all sixth to last, fourth to last, and second to last children of their type |
To review, if x, y, and z are selectors the concatenation xyz is a selector. Since this looks like formal algebraic multiplication, xyz is called a product selector. It has three factors x, y, and z. It could also be called the intersection selector because it selects elements that are simultaneously in all three factors.
Product selector is definitely briefer that W3's awkward terminology sequence of simple selectors, which doesn't even suggest that the result is a selector or even an intersection.
Consider the product selector whose factors are :first-child, :hover, #mydiv, and .myclass. We can obtain the product selector by concatenating these four factors in twenty-four ways, but we show only three.
All three concatenations represent the same product or intersection. This product matches all elements that are a first child, are of the class myclass, are being hovered on, and have id #myid.
We can prepend a type selector like div as the first factor, and again an intersection is represented.
All three product selectors are identical because each represents the HTML collection of all divs that are a first child, are of the class myclass, are being hovered on, and have id #myid.
One of the rules of product selectors is that if the universal selector or a type selector is a factor, it must be listed as the first factor. Except for this caveat, order of factors isn't important.
The following table is review. A description of the set of element represented is given. You might try and give the criteria. For example the descendant selector criteria is that an element must be an F element that is a descendant of some E element.
| Combined Selectors (E is a combined selector, F is a product selector) | |||
|---|---|---|---|
| Combinator Name | Combinator | Combined Selector | Matching HTML Collection |
| Descendant | (white space) | E F | All F elements that are descendants of E elements |
| Child | > | E > F | All F elements that are children of E elements |
| Adjacent Sibling | + | E + F | All F elements that are the very next sibling of an E element |
| General Sibling | ~ | E ~ F | All F elements that are a following sibling of an E element |
Combined selectors are obtained from product selectors by applying combinators. Write out a sequence of product selectors and write combinators in-between. The combinators are space as descendant combinator > as child combinator, + as adjacent sibling combinator, and ~ as general sibling combinator. OK! Here's a list of product selectors.
Write these out in order and place the combinators space and > in-between the first two and last two respectively. You get the combined selector.
div:first-child span[foo="bar"]:only-child > var.myclassTo interpret this, you always work backwards.
This combined selector selects any element that is a var with class myclass that is a child of an only child span that has a foo attribute whose value is "bar" that is in turn a descendent of a div that is the first child in its parent.
To understand spacing, the descendent combinator is a space, but you can have white space around it. Likewise the other combinators can have more white space around them.
The reader should keep in mind that Adjacent Sibling and General Sibling are oxymoronic. Proper language dictates that a general sibling could be any sibling previous or subsequent, while an adjacent sibling could also be previous or subsequent. Lets emphasize that only subsequent siblings are allowed by these two combinators. These two terms are officially standardized and so can't be changed to proper terms such as next sibling or following sibling.
It's a hole is CSS that you can't access previous siblings.
A HTML group selector is formally, a comma separated list of combined selectors. It represents the union or grouping of the individual combined selectors. That's it and there isn't anything more to say. However, meouzer as a Siamese is rather talkative. If x, y, and z are combined selectors (which includes product selectors and simple selectors). then x, y, z is a group selector. It represents the union of the three combined selectors. It's criteria is that an element must lie in at least one of the three.
div, span, var is the selector that corresponds to the HTML collection of all divs, spans, and vars.
Lets look at the group selector for proper combined selectors.
Logical portions of the web page that can't be accessed by the DOM are called abstract elements.
Officially a pseudo element is a formal notation whose name stands for a type of abstract element. For example, ::first-line is a pseudo element that stands for first lines. By appending this particular pseudo element to the end of a combined HTML selector E, we obtain a pattern E::fist-line, called a pseudo selector, that matches all first lines of elements of E.
A pseudo selector is the concatenation of an HTML combined selector with a pseudo element.
| Pseudo Elements and Pseudo Selectors (E is a combined HTML selector) | ||
|---|---|---|
| Pseudo Element | Pseudo Selector | Selection Criteria for Abstract Elements |
| ::first-line | E::first-line | is the first line of some E element |
| ::first-letter | E::first-letter | is the first letter of some E element |
| ::before | E::before | is generated content at the start of an E element's innerHTML |
| ::after | E::after | is generated content at the end some E element's innerHTML |
Single colons can also be used, which is best because some modern browsers don't recognize the double semicolon.
Let's take the combined selector div:last-child > span and append the pseudo element :first-line to get. div:last-child > p:first-line
This is the pseudo selector that selects all first lines of paragraphs that are a child of a div that is a last child.
Let's take a look at :before. The style div:before{content:"Insert at beginning of Every Div "} will insert the string "Insert at beginning of Every Div " at the start of every div's innerHTML.
The grouping of any number of HTML combined selectors and pseudo selectors is called a CSS group selector. It represents the union of the individual selectors: all the elements that meet the criteria of at least one of the individual selectors. The CSS group selectors form the set of all CSS selectors as displayed in the following diagram.
It just remains to give examples of proper CSS selectors. Homogeneous means alike in some sense. Combined selectors are like other combined selectors, and pseudo selectors are like other pseudo selectors, but combined selectors and pseudo selectors are not like each other.
All the following are CSS selectors.
Of course in the place of the div, span, and var we could have used combined HTML selectors of any complexity.
Most likely because W3 is so haphazard, people get pseudo classes, pseudo elements, and pseudo selectors confused with each other. Even W3 and MDN get confused.
We have already seen the pseudo classes such as :fisrt-child in the Simple Selectors section.
W3 Pseudo Classes. The pseudo-class concept is introduced to permit selection based on information that lies outside of the document tree or that cannot be expressed using the other simple selectors.
This quote is blatantly false. According to it the pseudo class and simple selector :first-child is based on information outside the document tree. Wrong! No information outside the document tree describes its selection/criteria. It's only by examining the document tree that you can tell whether a element is a first child or not.
Now let's see how MDN goes off the deep end.
A CSS pseudo-class is a keyword added to a selector that specifies a special state of the selected element(s). For example, :hover can be used to change a button's color when the user's pointer hovers over it.
Mozilla Developer Network
Again recall that :first-chld is a pseudo class. That an element is a first child really can't be considered to be a state of the element and certainly not any more than the attribute selectors.  The fact that I have brown hair does have something to do with my state.
The quote messes up again by suggesting that :first-child is not a selector: it's just a keyword added to an actual selector. Wrong!
The only thing you can say about the pseudo classes is that they are the simple selectors left over after you consider the universal selector, the type selectors, and the attribute selectors. You can't give a simple independent description of this: at least no one has.
Another thing is to realize is that pseudo selectors arise from pseudo elements and so are closely related but not the same. Furthermore, pseudo classes are something else. All pseudo classes are listed in the Simple Selectors table.


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[% MACRO segmentation_sizes_pie_chart_on_window_load BLOCK %] ctx2 = document.getElementById("chart-area-segmentations").getContext("2d"); window.myPie = new Chart(ctx2, segmentation_sizes); [% END %] [% MACRO segmentation_sizes_pie_chart BLOCK %]
[% segmentations.size %] segmentations were run:
| Segmentation | Number of epigenomes |
|---|---|
| [% segmentation.name %] | [% segmentation_statistic_adaptor.fetch_num_epigenomes_by_Segmentation(segmentation).value %] |


The help modal allows you to view help topics and documentation for zEdit. You can open the modal:
The left section of the Help Modal displays a tree of help topics. Every node in the tree corresponds to a help page which can be viewed, though some pages may only display lists of child topics.
You can navigate back/forward relative to a topic through the arrow buttons at the header of each page.


handle gameplayevent id `job.cancelled`
handle gameplayevent id `job.delivered`
handle gameplayevent id `player.fined`
handle gameplayevent id `player.tollgate.paid`
handle gameplayevent id `player.use.ferry`
handle gameplayevent id `player.use.train`
| bool handleGpe( |
| ) |
brings the config attributes to the correct function
Event called when job is cancelled The penalty for cancelling the job in native game currency. (Can be 0)
The job revenue in native game currency.
How much XP player received for the job.
Total cargo damage. (Range <0.0, 1.0>)
The real distance in km on the job.
Total time spend on the job in game minutes.
Was auto parking used on this job?
Was auto loading used on this job? (always @c true for non cargo market jobs)
Fine offence type
Fine offence amount in native game currency.
How much player was charged for this action (in native game currency)
How much player was charged for this action (in native game currency)
The name of the transportation source.
The name of the transportation target.
The id of the transportation source.
The id of the transportation target.
How much player was charged for this action (in native game currency)
The name of the transportation source.
The name of the transportation target.
The id of the transportation source.
The id of the transportation target.


Blocks
Block height
Total value in BCC of all the transactions included in this block.
Total number of transactions included in this block.
Number of blocks that have been processed since the previous block (including the block itself).
The network difficulty for finding the block hash.
Size of the block in bytes.
Indicates if the block is in the main chain or is an orphan.
Block hash.
Top of the Merkle tree, which can be used to verify that a given transaction was included in the block.
Name of the mining pool detected to be the creator of the block.
Transactions
Hash of the transaction.
Total estimated value of the transaction in Satoshi.
Total number of blocks that have been processed since the transaction, including the block containing the transaction.
Total value of all the inputs in Satoshi.
Total value of all the outputs in Satoshi.
Total fees paid to the miner in Satoshi.
Size of the transaction in bytes.
Indicates if the transaction is a coinbase transaction.
Addresses
Bitcoin Cash address hash.
Confirmed balance of the address.
Total confirmed amount received by the address.
Total confirmed amount sent by the address.
Unconfirmed amount received by the address.
Confirmed amount received by the address.
Total number of confirmed transactions received by the address.
Total number of confirmed transactions sent from the address.
Total number of unconfirmed transactions for the address (both received and sent).
Hash160 of the Bitcoin address.