Graph algorithms have been successfully applied to a number of computer vision and image processing problems. Our interest is in the application of graph cut algorithms to the problem of image segmentation.
This project focuses on using graph cuts to divide an image into background and foreground segments. The framework consists of two parts. First, a network flow graph is built based on the input image. Then a max-flow algorithm is run on the graph in order to find the min-cut, which produces the optimal segmentation.
A network flow $G=(V,E)$ is a graph where each edge has a capacity and a flow. Two vertices in the network flow are designated to be the source vertex $s$ and the sink vertex $t$, respectively. The goal is to find the maximum amount of flow that could be delivered from $s$ to $t$, while satisfying the following constraints.
The flow of the network is the flow that can be sent through some path from $s$ to $t$, which, by conservation of flow, is equal to the inflow of $s$ or the outflow of $t$. An $s/t$ cut is a partitioning of the vertices into two disjoint subsets such that one contains $s$ and the other contains $t$. The value of an $s/t$ cut is the total flow of the edges passing through the cut.
As stated by the max-flow min-cut theorem, the maximum amount of flow passing from the source to the sink is equivalent to the net flow of the edges in the minimum cut. So by solving the max-flow problem, we directly solve the min-cut problem as well. We will discuss algorithms for finding the max-flow or min-cut in a later section.
One of the most challenging thing about this project is how to transform an image into a graph. Graph cuts and efficient N-D image segmentation by Boykov and Funka-Lea, the authors described in great detail how to define a graph based on an image. Our implementation closely follows their idea of constructing the graph. For simplicities, we will use grayscale square images. Although the same idea could be easily extended for color images with a suitable inter-pixel similarity measurement. The images are only squared for the sake of convenience.
To begin with, a pixel in the image is a vertex in the graph labeled in row-major order. These vertices are called pixel vertices. In addition, there are two extra vertices that serve as the source and the sink.
There are two types of edges in our graph. The first type is called $n$-links, which connects neighboring pixel vertices in a 4-neighboring system. The second type of edges is called $t$-links. These links connect the source or sink vertex with the pixel vertices.
The $n$-link edges must have weights carefully computed in order to reflect inter-pixel similarities. Concretely, we want the weight of an edge to be big with the two pixels are similar, and small when they are quite different. One idea is to let the weight be boundary penalty, a function that maps two pixel intensities to a positive integer. Let $I_p$ be the brightness, or intensity, of the pixel vertex $p$. For any edge $(p,q)\in E$, the boundary penalty $B(I_p, I_q)$ is defined to be $$ B(I_p, I_q) = 100\cdot \exp\Bigg(\frac{-(I_p-I_q)^2}{2\sigma ^2}\Bigg)$$
This choice of function is determined by a series of trial and error. It penalizes a lot when $|I_p-I_q|<\sigma$, and is quite negligible if $|I_p-I_q|>\sigma$. From empirical results, we choose $\sigma=30$. Finally, the result is multiplied by 100 and cast to an integer. This is because network flow models require that the capacities be discrete rather than continuous.
To help with making $t$-links, the user is prompted to highlight at least one pixel vertex as a background pixel and at least one as a foreground pixel. These pixel vertices are called seeds. For every background seed, an edge is added from the source to the background seed with capacity $\mathcal{K}$ defined as follows. $$ \mathcal {K} = \max(\{B(I_p, I_q)|(p, q)\in E\}) $$ In a similar fashion, edges to the sink are added for every foreground seeds ith capacity $\mathcal{K}$.
As these seeds share an edge with the source or sink, they are hard-coded to be either the foreground or the background.
Now with the graph full defined, we can run a graph cut algorithm to find the minimum cut.
There are several algorithms for finding the maximum flow. This project explores the efficiency of Edmonds-Karp algorithm and push-relabel algorithm. These are very standard, straightforward algorithms, but are often slow in practice.
Edmonds-Karp Algorithm
The Edmonds-Karp algorithm is an implementation of the Ford-Fulkerson method. First, we define a residual network $G_f=(V,E_f)$ to be the same network but with capacity $c_f(u,v)=c(u,v)-f(u,v)$ and no flow. The idea behind the Ford-Fulkerson method is that if there exists a path from $s$ to $t$ in the residual network, then we can augment the current flow by this path. This path is called the augmenting path. The augmentation of this path is equal to the smallest residual capacity along this path. Once no augmenting path can be found, the current flow must be the max-flow.
while there is a path from s to t in the residual network:
flow = min([residual capacity of every edge along this path])
for every edge (u,v) in this path:
residual capacity of (u,v) -= flow
residual capacity of (v,u) += flow
The Ford-Fulkerson method is called a method and not an algorithm because it does not specify how one should go about finding the augmenting path. The Edmonds-Karp algorithm specifies that we use a breadth-first search to find a viable path in every iteration.
Since we are interested in the min-cut, we add one additional step after the main loop. By definition of the $s/t$ cut, $S$ contains the set of vertices reachable from $s$ in the residual network and $T$ contains the rest of the vertices. Therefore, we can run a depth-first search from $s$ using the residual network and deduce which edges are cut.
The Edmonds-Karp algorithm is an $O(VE^2)$ algorithm. An augmenting path can be found in $O(E)$, and the length of such path is $O(V)$. Since every iteration at least one edge becomes fully saturated, the number of times the same path is found to be the augmenting path is $O(V)$, so the total number of times we can find an augmenting path is bounded by $O(VE)$. The body of the while loop runs in $O(E)$ time, so in total the time complexity is $O(VE^2)$. An accessible proof can be found in CLRS.
Push Relabel Algorithm
In the Push Relabel algorithm, we maintain a "preflow", which is a flow sent through the network but does not necessarily satisfy the flow conservation. In a preflow, the flow entering a vertex can be more than the flow exiting the vertex. Given a preflow, a vertex can have an excess flow equal to the difference between the flow entering the vertex and the flow exiting the vertex. A vertex with excess flow is called an overflowing vertex.
In addition, we augment each vertex with a height attribute. Let $h(u)$ denote the height of a vertex u. The heights determine how a flow can be pushed. We can only push a flow from a higher vertex to a lower vertex, and not the other way around.
We start off by saturating all outgoing edges from $s$. This gives a valid preflow. We also set the height of $s$ to be the number of vertices, and all other heights 0. The algorithm centers around two main operations: push and relabel. For a given vertex $u$, we can push it by finding an outgoing edge from $u$ that is not saturated. The push to this edge is equal to the minimum of the residual capacity of the edge and the excess flow of $u$. Once the flow is pushed, the excess flow at $u$ falls by the amount of the pushed flow, and the excess flow at $v$ increases by the same amount. Not all edges can be pushed, however. In that case, we will relabel $u$ by setting the height of $u$ to be $$h(u)=1+\min\{h(v)|(u,v)\in E_f\}$$
while there exists an overflowing vertex u:
push(u) or relabel(u)
The Push Relabel algorithm runs in $O(V^2E)$ time, an improvement upon the Edmonds-Karp algorithm. We prove this by bounding the number of times a vertex can be found overflowing.
The source code is available for download at https://github.com/julie-jiang/image-segmentation/. Make sure you have the following dependencies installed:
To run the program, provide a JPG image and run
$ python imagesegmentation.py yourImage.jpg
A window will soon pop up prompting you to plant object (foreground) seeds. Use your cursor to mark points or draw lines on the window to label any part of the graph as foreground. Once you're done, press to continue. A second window will now pop up prompting you to plant background seeds. As before, press ESC to continue. In about half a minute, the resulting image segmented image will be shown. Press ESC when you're ready to quit the program. The seeded image and the segmented image will both be saved.
The program uses the Edmonds-Karp algorithm by default. To use the Push-Relabel algorithm, add the flag --algorithm pr
.
As the size of the network flow graph grows quadratically with the size of the input image, the program should only be used on very small images. Empirically, we found that the program runs reasonably fast (under a minute) on an image of size 30x30 pixels. Therefore, all input images will be resized to 30x30 at the beginning of the program. The following example images look big because bigger images are easier on the eyes and also because marking pixels using OpenCV is only accurate when the image is big enough. All images are sized up before being displayed or saved.
Furthermore, the program may fail to identify the correct cuts. For example, if there isn't sufficient seeds, then the program may only only cut between the source or sink vertex and the pixel vertices, which is corresponds to no actual cuts in our image, or it may try to cut only around the seeds. One solution is to increase the number of seeds. Another, introduced by Shi and Malik, is a concept called normalized cuts in Normalized cuts and image segmentation, which penalizes cuts that only partitions a small localized region of the image.
The following is a series of seeded images and the resulting segmentations.


{% load static %}
Doing so will reset your preferences for music features, which are used by our site to recommend music. This action cannot be undone. We recommend you take our survery again after doing so to establish a new baseline.


I recently attended startup weekend in Adelaide. I was really excited because it would be a good opportunity to build something and test my new skills I had learn recently programming ruby (and using rails).
The weekend started on Friday night where attendees had the chance to pitch their ideas in a quick 1 minute pitch. There where some exciting ones. The ones that stood out for me was a pitch about a rating system for health care professionals , a iPhone app to find and rate pubic toilets and a coffee rating app.
I decided to join the team doing rating and listing of health care as I though this would be really useful for lot of people if it was successful and seemed like something I could help and build a great MVP.
On the Saturday, after having formed our team on the Friday night, we where all ready to go. We had a really large group which became quite hard to manage at the start, we decided to break the group up into technology (MVP) and business so we would all.
In creating the initial product and setting up a starting point I made a few mistakes with setting up my project. Something that I found really useful and saved me a lot of trouble, was a ruby gem called Composer. It gets a project up and running really quickly by asking you a series of questions of things that you might want to add to your project, like Devise for auth and Twitter bootstrap.
Wanting to get something up and running really quickly, Luke in our group recommended Heroku. I had never used it before but wanted to give it a go. I was really impressed! All you need to go is install the Heroku gem on your computer, run heroku init on the project and then type git push heroku and it is deployed in a matter of minutes! It runs bundle and install all of the gems in the gemfile and then spins up a server.
One of the elements of the weekend that I really enjoyed was the mentors that came to each group and provided insight into the various aspects of our project and how we could improve. This was really interesting to hear.
I made quite a bit of progress with the app and by the end I was able to make a simple way to lookup a directory of health care professionals. We used the app in our pitch at the end of the weekend. The other pitches where really good to watch and to see what all of the other teams had come up with over the weekend.


Installation
Requirements #
Solspace Super Search meets the same requirements as listed on the ExpressionEngine Requirements page.
- ExpressionEngine 3.2.x - 3.3.x
- PHP 5.3.10 or later
- MySQL 5.0.3 or later
- Windows and OS X browsers:
- Chrome 21 or later
- Firefox 28 or later
- Safari 9.0 or later
- Internet Explorer 11 or later
- Microsoft Edge
Installing Instructions #
- Within the /system/user/addons/ directory, copy the super_search folder into your sites ./system/user/addons/ directory.
- Within the /themes/user/ directory, copy the super_search folder into your sites ./themes/user/ directory.
- Go to the Add-On Manager area in the ExpressionEngine control panel, scroll to down to the Third Party Add-Ons section, and find Super Search in the list, and click Install.
- Setup and configuring:
- Super Search does not require any settings to be configured, but to adjust any settings, go to the Super Search Control Panel area and then modify as necessary.
- If you wish to install the demo templates, click on the Demo Templates navigation item inside the Control Panel area.


Aromatic, savory, and delectable. These are all words that have been used to describe truffles, which have been called the pearl of the earth. With record prices scoring $330,000 for a single truffle weighing 1.5 kilograms, these culinary treats are some of the most sought after ingredients for haute cuisine.
Périgord truffles, also known as Black Truffles, are a species of truffle native to Southern Europe. These truffles have a strong aroma, similar to “undergrowth, strawberries, wet earth or dried fruit with a hint of cocoa.” Their taste, which is apparent only after they are heated, is peppery and bitter.
There’s no doubt that these truffles are some of the most expensive fungi on the planet. With a price tag of $1,000 to $2,000 euros per kilogram, black truffles are the second-most expensive truffle in the market. NewStatesman once quoted Gordon Ramsey, saying that
Even Gordon Ramsay, who once described truffle oil as “a bit of a chef’s dream” now decries it as “one of the most ... ridiculous ingredients ever”.
We think that the trade off here is obvious. Truffles are expensive, but we like expensive things. We’re all adults. We can spend our hard earned money on things that we like to buy.
Truffles are a rare delicacy. For your special occasion, try our black truffles in a Truffle Fondue, Seared Scallops With Truffle And Butter Sauce, or even Black Truffle Risotto. We are happy to provide you with this culinary darling of the food scene.


Example Page 2
This is just a prototype test
Your name
First name
Last name
What is your nationality?
Select all options that are relevant to you.
British (including English, Scottish, Welsh and Northern Irish)
Irish
Citizen of a different country
Country name
Save and continue


This is a Strength & Conditioning workout generator based on the NSCA programming guidelines
- Please consult a Doctor before performing any of these workouts
- If you are not an Advanced Lifter, make sure you have a trainer supervise your lifts
Set Range: {{ item.set_range }}
Rep Range Per Set: {{ item.rep_range_per_set }}
% Range: {{ item.percentage_range }}
Rest Period: {{ item.rest_time }}


Stop wondering where your files are and start structuring your React app projects better. Start by organizing files not by purpose, but by the component the file supports.
Component-based development for the web is fun. In many ways, it has changed the way we think about how we build for the web. But change isn’t always fun. Change brings about new challenges, which, without proper guidance, can introduce new pains and frustrations into our workflows.
I’ve been involved in building several different React applications over the past few years. In the course of building them, one of the pains I noticed early on was the hassle of finding all the pieces the components were made of in the project structure. Various component pieces were spread out in different places. It became clear that the organizational structures we had been using for apps built with different architectural patterns didn’t work as well for component-based applications. We needed a better way.
In this article, I hope to ease some of those frustrations and pains by sharing the organizational strategy I feel like makes the most sense for building component-based React applications.
For the first several React applications I built, I attempted to adapt many of the same organizational principles I had previously used with other patterns I’d used for building web applications, which was to arrange files of similar purpose and intent into folders named accordingly. For example, I would put my components into a “components" folder, and my specs into a “specs" folder, and my styles into a “style" folder. My file system for those applications always ended up looking something like this:
Project
└── src
└── js
└── components
│ component-one.js
│ component-two.js
│ component-three.js
│ component-four.js
└── specs
│ component-one.spec.js
│ component-two.spec.js
│ component-three.spec.js
│ component-four.spec.js
└── stories
│ component-one.story.js
│ component-two.story.js
│ component-three.story.js
│ component-four.story.js
└── css
│ component-one.css
│ component-two.css
│ component-three.css
│ component-four.css
│ main.css
This works and is a very reasonable approach to organizing your application’s files. However, one of the big challenges a developer will face with this approach is finding the file you need when you need it as the application grows. Having a solid naming strategy for your files will certainly help (especially if you use an editor that allows you to open a file by searching for its name), but as the number of project files grows, and the more you find the need to find files that you don’t know the name of, this organizational strategy can make finding what you need when you need it an exercise in frustration.
NOTE: If you’re not familiar with it, the .story.js
files are intended to be files that are consumed and rendered by Storybook, which is a fantastic and useful tool for the development, test, and documentation of components in isolation.
Things got better when I was introduced to and read this article by marmelab; it opened my eyes to the idea that, in a component-based application, we can organize our files not by the file’s purpose, but rather by the component the file supports.
By using this strategy, each component can be represented by a folder that contains all the files it is composed of in a single place. This can include not only the JavaScript files but also stylesheets, images, supporting data files, or whatever the component might need. There are a few exceptions here, with the most obvious being the idea of shared or common components: consider in this example, the shopping-list-editor
composes the shared/dialog
, shared/list
and shared/list-item
components, and the shopping-list
composes the shared/list
and shopping-list-item
components. Here’s a look at what an application that employs this organizational structure might start to look like:
Project
└── src
└── js
└── components
└── shopping-list-editor
│ index.js
│ index.spec.js
│ index.story.js
│ README.md
│ style.css
└── shopping-list
└── components
└── header
│ background.png
│ index.spec.js
│ style.css
└── footer
│ index.js
│ style.css
│ index.js
│ index.spec.js
│ index.story.js
│ style.css
└── shopping-list-item <= composes shared/list-item
│ index.js
│ index.spec.js
│ index.story.js
│ style.css
└── shared
└── dialog
│ index.js
│ index.spec.js
│ index.story.js
│ style.css
└── list
│ index.js
│ index.spec.js
│ index.story.js
│ style.css
└── list-item
│ index.js
│ index.spec.js
│ index.story.js
│ style.css
There are a few things you will likely notice when you look at the above application directory structure. First of all, you’ll notice that all the files that compose a component are, for the most part, in one place, with the exception of shared components. With this solution, there is no longer a need to go digging through folders to try to find where that stylesheet is.
You may also notice that, in the case of the shopping-list
component, it has its own subfolder of components. In many cases you may have components complex enough that it makes sense to decompose them into smaller standalone components. This can simplify long-term maintenance, even if they’re not used anywhere else. Notice also that each of those subcomponents are similarly self-contained, including the fact that the header component has an image (background.png
) that is specific to its use in the component hierarchy (not needed or shared elsewhere). Again, the benefit of this is the ease of finding it if/when it is ever decided to change or replace the component in the future.
Additionally, note that the shopping-list-editor
component also contains its own README.md
file. For components that need additional documentation specific to their maintenance, integration, or whatever else, this organizational strategy makes it very obvious that there is information specific to this component that is important to developers on the team. which could be very difficult and not obvious if this were just another in a collection of markdown files in a /docs
folder in the project.
If your application begins to grow to a scale where even this structure starts to get a bit out of control, this approach can be extended even further by adding in higher-level folder containers, like “admin," to organize related components by page or related functional behavior.
There are a few other nice little things that this organizational approach delivers as well, especially if you’re using webpack for bundling your application assets. First, you can configure webpack to resolve the path to your dependencies in such a way that you can have really nice, clean, readable import statements for your application’s components, which would end up looking like this (depending on how you configure module resolution):
import List from 'components/shared/list';
import ShoppingListItem from 'components/shopping-list-item';
That’s a lot cleaner and simpler to read and make sense of than using relative path references, which would look more like this:
import List from '../../shared/list';
import ShoppingListItem from '../../shopping-list-item';
If you’re using the create-react-app CLI tool for managing your project’s build configuration, this is as simple as adding NODE_PATH=src
to a .env
file in your project.
Additionally, a webpack configuration with the appropriate loaders will build a bundled and minified deliverable stylesheet for you simply by importing each of the stylesheets for your components into them. Here’s an example of what I’m referring to:
...
import './style.css';
...
import './style.css';
This capability is delivered out-of-the-box for applications generated and managed with create-react-app.
The ways we build component-based web applications continue to grow and change. As with any change, there is a learning curve, and aches and pains that come along with it. Hopefully, this organizational strategy can help ease a few of those annoyances and frustrations for you as you work your way along your journey into component-based development for the web.


--- layout: page permalink: /calendar/ title: Calendar tags: [tags] ---
This is a calendar of our team's events.


A short introduction about me
I'm Elmer Ortega, originally from Matamoros, Tamps, MX . I'm studying a dual bachelor in Applied Mathematics and Computer Engineering at ITAM .Currently participate in Software Product Sprint by Google.
My projects
-
Socials:
- (2019) First Mathematics Olympiad of the CUN College: Host the first math contest at my school to promote interest in math and problem solving skills
- (Since 2019) Board member of Mathematical Olympiad in Tamaulipas ( OMT ) : working on the development and revision of exams in addition to providing training in different areas such as number theory, algebra, geometry and combinatorics in preparation for the OMM .
-
Code:
- My Portfolio: Using basic knowlegde about HTML, CSS & JavaScript, I coded this web page for Software Product Sprint by Google.
- Calculator: Using basic knowledge about JAVA, 3 classmates and me coded a calculator capable of performing basic operations implements a postfixed algorithm and stacks.
My Portfolio
This is my portfolio.
Click here to see content created by server code.
Click here to get a random message:
Random Facts About Me
Interest in me? Click in the button to obtains random facts about me
Awards
- Bronze medal (2018) and Honorific Mention (2019) in Mexican Mathematical Olympiad - OMM
- 2 Bronze medals (2018 & 2019) (2019) in Regional Northeast Mathematical Olympiad
- Gold medal (2020) in Regional Math Contest of Private School
- Bronze medal (2020) in National Online Math Contest of Private School
- Two time champion (2018 & 2020) in Regional Contest of Science of the Technological Institute of Mexico
- One of the 100 winners (2014) in Knowlegde Olympiad for Youth
Skills
- Programming Language: Java, MATLAB & C++
- Language: Spanish(Native), English (Intermediate)
- General Problem Solving: Solving mathematical problems and beginner in competitive programming
Soft skills
Personal photo album
Function not available


Methods summary
public static
|
|
public static
|
#
define( string $funcName, callable $func )
Define a cloud function
The function shall take two arguments: the first is an array of
parameters, the second is user in the session. Example:
Cloud::define("sayHello", function($params, $user) { return "Hello {$params['name']}!";
});
Parameters
See
self::run
|
public static
|
#
beforeSave( string $className, callable $func )
Define before save hook for a class
Define before save hook for a class
The function shall take two arguments: the first one is class
object, the second is user if available in session. If your $func
throws FunctionError , the save will be rejected. Example:
Cloud::beforeSave("TestObject", function($object, $user) { $title = $object->get("title"); if (strlen($title) > 140) {
});
Parameters
See
|
public static
|
#
afterSave( string $className, callable $func )
Define after save hook for a class
Define after save hook for a class
The function shall take two arguments: the first one is class
object, the second is user if available in session. Any error
in after hook will be ignored.
Parameters
See
|
public static
|
#
beforeUpdate( string $className, callable $func )
Define before update hook for a class
Define before update hook for a class
The function shall take two arguments: the first one is class
object, the second is user if available in session. If your $func
throws FunctionError , the update will be rejected.
Parameters
See
|
public static
|
#
afterUpdate( string $className, callable $func )
Define after update hook for a class
Define after update hook for a class
The function shall take two arguments: the first one is class
object, the second is user if available in session. Any error
in $func will be ignored.
Parameters
See
|
public static
|
#
beforeDelete( string $className, callable $func )
Define before delete hook for a class
Define before delete hook for a class
The function shall take two arguments: the first one is class
object, the second is user if available in session. If your $func
throws FunctionError , the delete will be rejected.
Parameters
See
|
public static
|
#
afterDelete( string $className, callable $func )
Define after delete hook for a class
Define after delete hook for a class
The function shall take two arguments: the first one is class
object, the second is user if available in session. Any error
in $func will be ignored.
Parameters
See
|
public static
|
#
onLogin( callable $func )
Define hook for when user tries to login
Define hook for when user tries to login
The function takes one argument, the login user. A FunctionError
could be thrown in the $func, which will reject the user for login.
Parameters
See
self::runOnLogin
|
public static
|
#
onVerified( string $type, callable $func )
Define hook for when user verified sms or email
Define hook for when user verified sms or email
The function takes one argument, the verified user.
Parameters
- $type
- Either "sms" or "email"
- $func
See
self::runOnVerified
|
public static
|
#
onInsight( callable $func )
Define on complete hook for big query
Define on complete hook for big query
The function takes one argument, the big query job info as array:
array( "id" => "job id", "status" => "OK/ERROR", "message" => "..."
);
Parameters
See
self::runOnInsight
|
public static
mixed
|
#
run( string $funcName, array $params, User $user = null, array $meta = array() )
Run cloud function
Example:
LeanEngine::run("sayHello", array("name" => "alice"), $user);
Parameters
- $funcName
- Name of defined function
- $params
- $data Array of parameters passed to function
- $user
- Request user
- $meta
Optional parameters that will be passed to
user function
Returns
mixed
Throws
See
self::define
|
public static
|
#
start( )
Start cloud function Stand-alone mode, start to process request.
Start cloud function Stand-alone mode, start to process request.
|
public static
|
|
public static
mixed
|
#
runHook( string $className, string $hookName, LeanObject $object, User $user = null, array $meta = array() )
Run cloud hook
Example:
LeanEngine::runHook("TestObject", "beforeUpdate", $object, $user);
Parameters
- $className
- Classname
- $hookName
- Hook name, e.g. beforeUpdate
- $object
- The object of attached hook
- $user
- Request user
- $meta
Optional parameters that will be passed to
user function
Returns
mixed
Throws
|
public static
|
#
runOnLogin( User $user, array $meta = array() )
Run hook when a user logs in
Run hook when a user logs in
Parameters
- $user
- The user object that tries to login
- $meta
Optional parameters that will be passed to
user function
Throws
See
self::onLogin
|
public static
|
#
runOnVerified( string $type, User $user, array $meta = array() )
Run hook when user verified by Email or SMS
Run hook when user verified by Email or SMS
Parameters
- $type
- Either "sms" or "email", case-sensitive
- $user
- The verifying user
- $meta
Optional parameters that will be passed to
user function
Throws
See
self::onVerified
|
public static
mixed
|
#
runOnInsight( array $params, array $meta = array() )
Run hook on big query complete
Run hook on big query complete
Parameters
- $params
- Big query job info
- $meta
Optional parameters that will be passed to
user function
Returns
mixed
Throws
See
self::onInsight
|


Verdict: Very easy drinking but not particularly interesting.  Appears golden and hazy due to chill haze. Tastes fairly one dimensional. Fruity notes as to be expected with Citra and Amarillo, little to no malt character.
Vol: 10L (Half batch)
Mash: 60 min @ 65°C
Yeast: Safale US05
Targets:
| OG | FG | ABV | IBU | EBC |
|---|---|---|---|---|
| 1.051 | 1.013 | 5.2% | 28 | 11.7 |
OG
1.052
FG
1.013
ABV
5.2%
IBU
30
EBC
12
| Grain | Weight | |
|---|---|---|
| American Ale Malt | 1900 g | (77.2%) |
| Wheat Malt | 460 g | (18.7%) |
| CaraMunich | 100 g | (4.1%) |
| Hop | time | weight (g) | AA % | IBU |
|---|---|---|---|---|
| Columbus | 15 | 10 g | 9.7 | 13.5 |
| Amarillo | 5 | 18 g | 9.7 | 5.4 |
| Citra | 5 | 18 g | 11.1 | 6.2 |
| Amarillo | 5 | 12 g | 8.5 | 4.8 |
| Citra | dry hop | 20 g | 11.1 | |
| Amarillo | dry hop | 10 g | 8.5 |
30 min long boil. Hops additions at 15m and 5m (w/ whirlfloc). Flame out. Ice bath. Cooled within 45 min. Pitched at room temp. Dumped most of trub into fermenter.
Brew Day (3/10) - 13.5 Brix @ pitching. Fermented at 18°C (from memory) for 10 days.
Day 1 (4/10) - Clarity ferm added.
Day 6 (9/10) - 7.2 Brix = 1.012 gravity.
Day 10 (13/10) - Raised temp to 20°C to deal with any potential diactyl (even though fermentation complete). No cold crash. Bottled on Day 18 (21/10).
| OG | FG | ABV |
|---|---|---|
| 1.052 | 1.012 | 5.3% |
3/5
Appearance - Pale to golden in color. Pours hazy due to chill haze. White pillowy head with outstanding retention.
Smell - Medium intensity. Sweet, fruity aroma.
Taste - Clean fermentation (finally! I’ve had some difficulty with US05 throwing peachy notes) with no perceivable off flavors. No interesting malt character. One dimensional in flavor. As one would expect from a Citra or Amarillo SMaSH type beer.
Mouthfeel - Light and smooth. Easy drinking, drinks like a lager.
Overall - Would serve it to friends and drink this over a big commercial beer. However, there’s nothing particularly remarkable or notable about this beer. If I ordered this at a bar expecting an interesting craft beer I would be sorely disappointed.


The Tecla command-line editing library.
The tecla library provides UNIX and LINUX programs with interactive
command line editing facilities, similar to those of the UNIX tcsh
shell. In addition to simple command-line editing, it supports recall
of previously entered command lines, TAB completion of file names or
other tokens, and in-line wild-card expansion of filenames. The
internal functions which perform file-name completion and wild-card
expansion are also available externally for optional use by programs.
In addition, the library includes a path-searching module. This
allows an application to provide completion and lookup of files
located in UNIX style paths. Although not built into the line editor
by default, it can easily be called from custom tab-completion
callback functions. This was originally conceived for completing the
names of executables and providing a way to look up their locations in
the user's PATH environment variable, but it can easily be asked to
look up and complete other types of files in any list of directories.
Note that special care has been taken to allow the use of this library
in threaded programs. The option to enable this is discussed in the
Makefile, and specific discussions of thread safety are presented in
the included man pages.
The current version is version 1.6.3. This may be obtained from:
http://www.astro.caltech.edu/~mcs/tecla/libtecla-1.6.3.tar.gz
For the sake of automated scripts, the following URL always points to
the latest version. Note that the version number can be found in the
README file.
http://www.astro.caltech.edu/~mcs/tecla/libtecla.tar.gz
The library is distributed under a permissive non-copyleft
free software license (the X11 license with
the name of the copyright holder changed). This is compatible with,
but not as restrictive as the GNU GPL.
Release notes
The list of major changes that accompany each new release can be found
here.
Modifications
The gory details of changes in the latest and previous versions of the
library can be found here.
Library documentation
The following are html versions of the libtecla man pages:
- tecla - Documentation for users of programs which use gl_get_line().
- libtecla - A programmers introduction to the tecla library.
- gl_get_line - The interactive line-input function.
- gl_io_mode - Using gl_get_line() in a non-blocking fashion.
- cpl_complete_word - The word (eg. filename) completion function.
- ef_expand_file - The filename expansion function.
- pca_lookup_file - A directory-list based filename lookup and completion module.
- enhance - A program that adds command-line editing to third party programs.
Martin Shepherd (09-Nov-2014)


Penguin Walk
Press SPACEBAR to begin.
Help to walk the penguin in a straight line by resizing lands. "
Up arrow
" to increase the height of land,"
Down arrow
" to decrease it. Keep up with increasing pace of the game!
Credits
: Land Tiles and Cloud Graphic from
HasGraphics
. Penguin sprite from
OpenGameArt
. Sound effects from
SoundBible
.


data energy AHF heat global consumption anthropogenic population based PF-AHF future spatial regions used gridded Flanner’s resolution country annual density flux mean test Data datasets estimated light previous using {border-style countries dataset urban AHFs climate px;} total #ffffff;} China cities studies different distribution night-time study year growth indicates Energy Global data. differences time However, calculated demand high measured reported Chen Climatol. Fig. target use . W/m approach difference results series (i.e., Environ. Int. Moreover, areas change past projections shows (region) ./joc. Anthropogenic Table assumption averaged correlation economic long-term new projected software (AHF) (Fig. (Grant Center No. Socioeconomic changes city energy-use example, intensity larger largest present px; top-down {font-family (e.g., ArcGIS Based Flanner Northern Wang administrative arc-minute data, demands developed estimates font-size grid grid, impervious large lead model obtained rates region relatively release size study, world Applications Bottom-up Change Climate Earth First, GEP Hemisphere Information McKinsey Population Second, Top-down Validation Version analysed associated compared consistent consumed corresponding database double; effects estimate induced listed local method rate scale statistics surface uncertainties (PF-AHF) Additionally, Asia Atmos. Centre Chinese Commons Creative Eq. European Heat National RMSE Relationship Remote Sci. Science Shi South Therefore, Wittgenstein Yang Zhang [], \documentclass[pt]{minimal} \setlength{\oddsidemargin}{-pt} \usepackage{amsbsy} \usepackage{amsfonts} \usepackage{amsmath} \usepackage{amssymb} \usepackage{mathrsfs} \usepackage{upgreek} \usepackage{wasysym} accuracy analysis approaches average border-color border-width budget caused dataset. detailed difficult emissions estimating estimation fuel given included land level metadata number period pixels region. regional represents solid; total, varied warming world. {font-style {font-weight (Table (W/m ./s--- AHF. Academy Allen America British EIA Europe GMIS Nature Program Republic Res. Review Statistical Thus, Type(s) Urban Water World above-mentioned adopted arc-second assumed availability bold bottom-up climatic closure conducted consume conversion converted courier; determined developing effect efficiency em; entire file grid.. include increase increased indicate industrial information inventory-based limited mainly multiple objective observed patterns pt;} ranging redistribute redistributing related relationship resolutions scales selected simulation small somewhat specific study. sub-regions values variations


I'm a junior web developer with a knack for solving puzzles! I'm constantly looking to solve things and see them through, which helped spark an interest in coding.
My goal is to take everything I learn, in class or on my own, and apply it in real-time to my current job. I currently work for an event software company called Bizzabo as a Technical Support Specialist (Tier 2 Support).
In my day to day at work, I often use HTML and CSS elements to work on websites. This helped drive my intestest in learning to code, as I want to expand my own capabilites and contribute more to my team and company
In my free time, I love making and recording music, hiking, driving to new and weird place, eating food i've never had before, and gaming
A project that utilizes the OMDB API and the iTunes Search API. Simply search for a movie and receive the corresponding soundtrack. Click the hyperlinked title to visit the project! The project resides on my colleagues Github page, respectively.
I created a workday planner using HTML (Bootstrap), CSS, and JavaScript. You can make your daily schedule and click the save button to locally save it to your browser. Even if you close the page out, your schedule remains!
This is a e-commerce market similar to Craigslist, where users can upload their own content and others can reach out via email to purchase. This project was created using our own API in combination with Cloudinary's API for handling images.


Know how to use Microsoft Word? Then you can use Blot to run a blog. But you don’t have to use Microsoft Word ... Blot lets you blog with your favorite text-editor.
Here’s how it works: Blot creates a folder in your Dropbox and publishes files you put inside. Text files, images, Markdown, bookmarks, Word Documents and more become blog posts. Publishing could not be lazier.
Members pay $30 per site, per year. This fee covers hosting and keeps Blot fast and reliable. Here's a handful of the folks who host their site on Blot:
Blot comes with 8 templates. They're designed to be easy to customize. Some work well with lots of photography, others are better suited to text. If you're comfortable with HTML and CSS, you can also create your own from scratch.


About Us
Board of Directors
Karen Cranston (NESCent)
Hilmar Lapp (NESCent)
Karthik Ram (rOpenSci)
Aleksandra Pawlik (Software Sustainability Institute, UK)
Tracy Teal (Michigan State University)
Ethan White (Utah State University)
Greg Wilson (Software Carpentry & Mozilla Science Labs)


This work was created for BS1807 - Visualisation as part of the MSc. in Business Analytics at Imperial College London. The creator blogs here and can be found on twitter here. This page is designed to be viewed fullscreen on a monitor of at least 1680x1050 resolution.
The two charts show related views of athlete performance. The left chart simply shows total medals for those athletes who have won at least four. The right chart shows a measure of those athletes' efficiency by comparing total medals with total appearances (i.e. how many distinct Olympic games each athlete took part in to win their medals). Positions closer to the top left of the chart are more efficient than those in the bottom right.
Mouse over bars/dots to get more information on that athlete. Click on an individual bar to filter the scatterplot. Multiple bars can be simultaneously selected by holding the CTRL key whilst clicking. Use the 'Reset' button to clear your selection and view all points again.


Welcome to CentOS
The Community ENTerprise Operating System
CentOS is an Enterprise-class Linux Distribution derived from sources freely provided to the public by Red Hat, Inc. for Red Hat Enterprise Linux. CentOS conforms fully with the upstream vendors redistribution policy and aims to be functionally compatible. (CentOS mainly changes packages to remove upstream vendor branding and artwork.)
CentOS is developed by a small but growing team of core developers. In turn the core developers are supported by an active user community including system administrators, network administrators, enterprise users, managers, core Linux contributors and Linux enthusiasts from around the world.
CentOS has numerous advantages including: an active and growing user community, quickly rebuilt, tested, and QA'ed errata packages, an extensive mirror network, developers who are contactable and responsive, Special Interest Groups (SIGs) to add functionality to the core CentOS distribution, and multiple community support avenues including a wiki, IRC Chat, Email Lists, Forums, Bugs Database, and an FAQ.


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About us
Jaibhadra Group is a strategic advisory firm that provides tailor-made strategic solutions to its clients. Our team is enriched with domestic Indian regulatory frameworks and cultural sensitivities which helps us attain quick conclusion of deals. At Jaibhadra we help our Clients better capitalize on their ideas in the fast moving local and global markets. We blend our approach and ability with unique access to vast geographic and industry resources. Jaibhadra Group works with companies that have the desire to grow. Jaibhadra advises and specializes on Crisis Management solutions relating to strategic matters.
Jaibhadra offers its services in the field of Financial, Regulatory, Compliance and Strategic Advisory. Jaibhadra believes in advising business owners and senior management in strategic matters to help improve performance and achieve their goals.
Jaibhadra Group consists of an experienced team that has worked together for over a decade and have been instrumental in managing and executing large deals. The team has a solid track record of successful transactions across sectors. The team is well complemented by senior industry leaders and experts who bring to bear deep operating experience. The team brings diverse and deep multi-functional business experience to deliver desired returns.
At Jaibhadra, we seek to develop and maintain focused, have long-term relationships with the management of a highly select group of companies. By concentrating our efforts and resources on a select group of companies in these primary industries, we achieve a high level of expertise and understanding. This expertise and understanding coupled with a close working relationship with management allows us to deliver on the mission of identifying the best opportunities.
Our Values
At Jaibhadra Capital, we believe that our value driven services rendered to our clients work as big catalyst in their success.
We strongly believe in:
- Partnership - We act as an extension of our client’s office. We provide decisive and dedicated support to our clients.
- Integrity - We act as an extension of our client’s office. We provide decisive and dedicated support to our clients.
- Confidentiality - We act as an extension of our client’s office. We provide decisive and dedicated support to our clients.
- Commitment - We act as an extension of our client’s office. We provide decisive and dedicated support to our clients.


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Samuel Longshak
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|
RVL
1.0
|
Standard construction of product spaces, via an (STL) vector of dynamically allocated Spaces. More...
#include <productspace.hh>
Public Member Functions | |
| StdProductSpace (const StdProductSpace< Scalar > &sp) | |
| Copy construction. More... | |
| StdProductSpace (size_t nfac) | |
| construction for nfac factors, without initialization More... | |
| StdProductSpace (Space< Scalar > const &s1) | |
| constructor for single space - allows one to regard a single space as a (trivial) product space More... | |
| StdProductSpace (Space< Scalar > const &s1, Space< Scalar > const &s2) | |
| constructor for pairs of spaces. More... | |
| StdProductSpace (Space< Scalar > const &s1, Space< Scalar > const &s2, Space< Scalar > const &s3) | |
| constructor for triples of spaces. More... | |
| StdProductSpace (Space< Scalar > const &s1, Space< Scalar > const &s2, Space< Scalar > const &s3, Space< Scalar > const &s4) | |
| constructor for quadruples of spaces. More... | |
| ~StdProductSpace () | |
| virtual DataContainer * | buildDataContainer () const |
| implements virtual DataContainer build method via StdProductDataContainer class. More... | |
| size_t | getSize () const |
| Space< Scalar > const & | operator[] (size_t i) const |
| void | set (Space< Scalar > const &sp, size_t i) |
| assignment to ith factor: only possible once! More... | |
| Public Member Functions inherited from RVL::ProductSpace< Scalar > | |
| ProductSpace () | |
| ProductSpace (const ProductSpace< Scalar > &) | |
| virtual | ~ProductSpace () |
| virtual bool | isCompatible (DataContainer const &dc) const |
| virtual bool | operator== (const Space< Scalar > &sp) const |
| virtual Scalar | inner (DataContainer const &x, DataContainer const &y) const |
| inner product - may be overridden by supplying non-block-diag Gram matrix. More... | |
| virtual void | zero (DataContainer &x) const |
| virtual void | linComb (Scalar a, DataContainer const &x, Scalar b, DataContainer &y) const |
| virtual ostream & | write (ostream &str) const |
| Write method - may be overwritten if useful. More... | |
| Public Member Functions inherited from RVL::Space< Scalar > | |
| Space () | |
| Space (const Space< Scalar > &sp) | |
| virtual | ~Space () |
| bool | operator!= (const Space< Scalar > &sp) const |
| virtual void | copy (DataContainer &tgt, DataContainer const &src) const |
| virtual convenience methods, implemented in the base class using linComb. More... | |
| virtual void | negate (DataContainer &tgt) const |
| negate, unary version. More... | |
| virtual void | negate (DataContainer &tgt, DataContainer const &src) const |
| negation, binary version. More... | |
| virtual void | scale (DataContainer &tgt, Scalar c) const |
| scale, unary version. More... | |
| virtual void | scale (DataContainer &tgt, Scalar c, DataContainer const &src) const |
| Scale, binary version. More... | |
| NormRetType | normsq (DataContainer const &x) const |
| return Norm Squared. More... | |
| NormRetType | norm (DataContainer const &x) const |
| return Norm. More... | |
| Public Member Functions inherited from RVL::Writeable | |
| virtual | ~Writeable () |
| void | write (RVLException &e) const |
| Report state of object to RVLException. More... | |
| Public Member Functions inherited from RVL::ROProduct< Space< Scalar > > | |
| ROProduct () | |
| ROProduct (const ROProduct< Space< Scalar > > &) | |
| virtual | ~ROProduct () |
Protected Member Functions | |
| Space< Scalar > * | clone () const |
| bool | init () const |
| checks that factor Spaces are initialized More... | |
| Protected Member Functions inherited from RVL::Space< Scalar > | |
| void * | operator new (size_t size) |
Additional Inherited Members | |
| Static Public Member Functions inherited from RVL::Space< Scalar > | |
| static std::shared_ptr< Space< Scalar > > | clonePtr (Space< Scalar > const &sp) |
| class method for safe dynamic allocation More... | |
| Static Protected Member Functions inherited from RVL::Space< Scalar > | |
| static Space< Scalar > * | export_clone (Space< Scalar > const &sp) |
| An export version of clone allows Space container classes to own dynamically allocated instances of other spaces, by dynamic copy construction. More... | |
Standard construction of product spaces, via an (STL) vector of dynamically allocated Spaces.
Uses export_clone to copy-construct supplied pattern Spaces. NB: Spaces are supposed to be lightweight objects.
Convenience constructors supplied for 2, 3, and 4 components.
Definition at line 207 of file productspace.hh.
| RVL::StdProductSpace< Scalar >::StdProductSpace | ( | const StdProductSpace< Scalar > & | sp | ) |
Copy construction.
Definition at line 233 of file productspace.hh.
| RVL::StdProductSpace< Scalar >::StdProductSpace | ( | size_t | nfac | ) |
construction for nfac factors, without initialization
Definition at line 241 of file productspace.hh.
| RVL::StdProductSpace< Scalar >::StdProductSpace | ( | Space< Scalar > const & | s1 | ) |
constructor for single space - allows one to regard a single space as a (trivial) product space
Definition at line 247 of file productspace.hh.
| RVL::StdProductSpace< Scalar >::StdProductSpace | ( | Space< Scalar > const & | s1, |
| Space< Scalar > const & | s2 | ||
| ) |
constructor for pairs of spaces.
Definition at line 252 of file productspace.hh.
| RVL::StdProductSpace< Scalar >::StdProductSpace | ( | Space< Scalar > const & | s1, |
| Space< Scalar > const & | s2, | ||
| Space< Scalar > const & | s3 | ||
| ) |
constructor for triples of spaces.
Definition at line 258 of file productspace.hh.
| RVL::StdProductSpace< Scalar >::StdProductSpace | ( | Space< Scalar > const & | s1, |
| Space< Scalar > const & | s2, | ||
| Space< Scalar > const & | s3, | ||
| Space< Scalar > const & | s4 | ||
| ) |
constructor for quadruples of spaces.
Definition at line 266 of file productspace.hh.
| RVL::StdProductSpace< Scalar >::~StdProductSpace | ( | ) |
Definition at line 276 of file productspace.hh.
|
protectedvirtual |
Implements RVL::Space< Scalar >.
Definition at line 219 of file productspace.hh.
|
protected |
checks that factor Spaces are initialized
Definition at line 224 of file productspace.hh.
|
virtual |
implements virtual DataContainer build method via StdProductDataContainer class.
Made virtual so that subclasses can use specialized subtypes of StdProdDC
Implements RVL::Space< Scalar >.
Definition at line 285 of file productspace.hh.
|
virtual |
Implements RVL::ROProduct< Space< Scalar > >.
Definition at line 303 of file productspace.hh.
|
virtual |
Implements RVL::ROProduct< Space< Scalar > >.
Definition at line 304 of file productspace.hh.
| void RVL::StdProductSpace< Scalar >::set | ( | Space< Scalar > const & | sp, |
| size_t | i | ||
| ) |
assignment to ith factor: only possible once!
Definition at line 314 of file productspace.hh.


--- title: The disrupted workplace excerpt: date: '2021-09-07 19:04:23 +0100' categories: - Motivation - Teams ---
Technology is disruptive. If technology exists, and if it's proven useful - even making life easier sometimes - then that technology will be used. Those who wait are left behind.
It's the same with the office. If people and teams are happier with a more flexible way of working, including working remotely (or partly at the office if they so prefer) while creating positive change and tangible outcomes, then this shift will disrupt the way we think about the office. This way of working will then emerge as the new norm, as we're beginning to see already. Those who wait are left behind.


My bottled honey is crystallized, what does this mean and what should I do?
~ The crystallization of honey is a natural process of this food because, being a supersaturated solution of sugars, it tends to solidify at temperatures below 25ºC.
Being a natural physical process, honey retains all its chemical properties and culinary qualities without deterioration of its nutritional characteristics.
When honey is crystallized, it has a greater guarantee of freshness and conservation. In order to gain its liquid state back, it is necessary to apply heat to the bottled honey, in a process popularly known as "baño María."


TheAbbie: Bot
TheAbbie Bot is TheAbbie's Data Extraction Bot, It extracts Data from web and keeps them for everyone to use, It is an unethical bot, It doesn't respect robots.txt nor any other conventions, If the data is public (sometimes private), It will be crawled, To prevent it just pray that it doesn't find you


Bootstrap Website Design
Works Virtually Everywhere
Professional website design and development with Twitter Bootstrap, HTML5, CSS3, JS5, Joomla and Wordpress. All of my websites are responsive web design, (Mobile Friendly).
I have experience with using various frameworks for development like Gantry web platform theme framework for Wordpress and Joomla templates. I also have experience writing in various scripting languages like jQuery, JavaScript and Programming language like PHP.
Some of the services I offer:
- Bootstrap Website Design and Development (HTML5/CSS3/jQuery).
- Content Management System (PHP/MySQL).
- Wordpress, Joomla theme development.
- Wordpress, Joomla set up and installation.
- PSD to HTML/CSS.
- Responsive mobile friendly pages that fit on all devices.
- Configure SEO and optimize website for search engines.
- Social Media Integration - Facebook, Twitter, etc.
I know you can choose any web designer. I appreciate the people who select me. I stand by my work and never let a client down. U.S. based in Denver, Colorado. Proficient in English vocabulary, spelling and U.S. word usage.


FeatureSummary¶
Functions for generating a summary of enabled/disabled features.
These functions can be used to generate a summary of enabled and disabled packages and/or feature for a build tree such as:
-- The following OPTIONAL packages have been found:
LibXml2 (required version >= 2.4), XML processing lib, <http://xmlsoft.org>
* Enables HTML-import in MyWordProcessor
* Enables odt-export in MyWordProcessor
PNG, A PNG image library., <http://www.libpng.org/pub/png/>
* Enables saving screenshots
-- The following OPTIONAL packages have not been found:
Lua51, The Lua scripting language., <http://www.lua.org>
* Enables macros in MyWordProcessor
Foo, Foo provides cool stuff.
Global Properties¶
-
FeatureSummary_PKG_TYPES
¶
The global property FeatureSummary_PKG_TYPES
defines the type of
packages used by FeatureSummary.
The order in this list is important, the first package type in the list is the least important, the last is the most important. the of a package can only be changed to higher types.
The default package types are , RUNTIME
, OPTIONAL
, RECOMMENDED
and
REQUIRED
, and their importance is
RUNTIME < OPTIONAL < RECOMMENDED < REQUIRED
.
-
FeatureSummary_REQUIRED_PKG_TYPES
¶
The global property FeatureSummary_REQUIRED_PKG_TYPES
defines which
package types are required.
If one or more package in this categories has not been found, CMake will abort
when calling feature_summary()
with the
‘FATAL_ON_MISSING_REQUIRED_PACKAGES’ option enabled.
The default value for this global property is REQUIRED
.
-
FeatureSummary_DEFAULT_PKG_TYPE
¶
The global property FeatureSummary_DEFAULT_PKG_TYPE
defines which
package type is the default one.
When calling feature_summary()
, if the user did not set the package type
explicitly, the package will be assigned to this category.
This value must be one of the types defined in the
FeatureSummary_PKG_TYPES
global property unless the package type
is set for all the packages.
The default value for this global property is OPTIONAL
.
-
FeatureSummary_<TYPE>_DESCRIPTION
¶
The global property FeatureSummary_<TYPE>_DESCRIPTION
can be defined
for each type to replace the type name with the specified string whenever the
package type is used in an output string.
If not set, the string “<TYPE>
packages” is used.
Functions¶
-
feature_summary
¶ feature_summary( [FILENAME <file>] [APPEND] [VAR <variable_name>] [INCLUDE_QUIET_PACKAGES] [FATAL_ON_MISSING_REQUIRED_PACKAGES] [DESCRIPTION "<description>" | DEFAULT_DESCRIPTION] [QUIET_ON_EMPTY] WHAT (ALL | PACKAGES_FOUND | PACKAGES_NOT_FOUND | <TYPE>_PACKAGES_FOUND | <TYPE>_PACKAGES_NOT_FOUND | ENABLED_FEATURES | DISABLED_FEATURES) )
The
feature_summary()
macro can be used to print information about enabled or disabled packages or features of a project. By default, only the names of the features/packages will be printed and their required version when one was specified. Useset_package_properties()
to add more useful information, like e.g. a download URL for the respective package or their purpose in the project.The
WHAT
option is the only mandatory option. Here you specify what information will be printed:ALL
- print everything
ENABLED_FEATURES
- the list of all features which are enabled
DISABLED_FEATURES
- the list of all features which are disabled
PACKAGES_FOUND
- the list of all packages which have been found
PACKAGES_NOT_FOUND
- the list of all packages which have not been found
For each package type
<TYPE>
defined by theFeatureSummary_PKG_TYPES
global property, the following information can also be used:<TYPE>_PACKAGES_FOUND
- only those packages which have been found which have the type <TYPE>
<TYPE>_PACKAGES_NOT_FOUND
- only those packages which have not been found which have the type <TYPE>
With the exception of the
ALL
value, these values can be combined in order to customize the output. For example:feature_summary(WHAT ENABLED_FEATURES DISABLED_FEATURES)
If a
FILENAME
is given, the information is printed into this file. IfAPPEND
is used, it is appended to this file, otherwise the file is overwritten if it already existed. If the VAR option is used, the information is “printed” into the specified variable. IfFILENAME
is not used, the information is printed to the terminal. Using theDESCRIPTION
option a description or headline can be set which will be printed above the actual content. If only one type of package was requested, no title is printed, unless it is explicitly set using eitherDESCRIPTION
to use a custom string, orDEFAULT_DESCRIPTION
to use a default title for the requested type. IfINCLUDE_QUIET_PACKAGES
is given, packages which have been searched withfind_package(... QUIET)
will also be listed. By default they are skipped. IfFATAL_ON_MISSING_REQUIRED_PACKAGES
is given, CMake will abort if a package which is marked as one of the package types listed in theFeatureSummary_REQUIRED_PKG_TYPES
global property has not been found. The default value for theFeatureSummary_REQUIRED_PKG_TYPES
global property isREQUIRED
.The
FeatureSummary_DEFAULT_PKG_TYPE
global property can be modified to change the default package type assigned when not explicitly assigned by the user.If the
QUIET_ON_EMPTY
option is used, if only one type of package was requested, and no packages belonging to that category were found, then no output (including theDESCRIPTION
) is printed or added to theVAR
variable.Example 1, append everything to a file:
include(FeatureSummary) feature_summary(WHAT ALL FILENAME ${CMAKE_BINARY_DIR}/all.log APPEND)
Example 2, print the enabled features into the variable enabledFeaturesText, including QUIET packages:
include(FeatureSummary) feature_summary(WHAT ENABLED_FEATURES INCLUDE_QUIET_PACKAGES DESCRIPTION "Enabled Features:" VAR enabledFeaturesText) message(STATUS "${enabledFeaturesText}")
Example 3, change default package types and print only the categories that are not empty:
include(FeatureSummary) set_property(GLOBAL APPEND PROPERTY FeatureSummary_PKG_TYPES BUILD) find_package(FOO) set_package_properties(FOO PROPERTIES TYPE BUILD) feature_summary(WHAT BUILD_PACKAGES_FOUND Description "Build tools found:" QUIET_ON_EMPTY) feature_summary(WHAT BUILD_PACKAGES_NOT_FOUND Description "Build tools not found:" QUIET_ON_EMPTY)
-
set_package_properties
¶ set_package_properties(<name> PROPERTIES [ URL <url> ] [ DESCRIPTION <description> ] [ TYPE (RUNTIME|OPTIONAL|RECOMMENDED|REQUIRED) ] [ PURPOSE <purpose> ] )
Use this macro to set up information about the named package, which can then be displayed via FEATURE_SUMMARY(). This can be done either directly in the Find-module or in the project which uses the module after the find_package() call. The features for which information can be set are added automatically by the find_package() command.
URL <url>
- This should be the homepage of the package, or something similar. Ideally this is set already directly in the Find-module.
DESCRIPTION <description>
- A short description what that package is, at most one sentence. Ideally this is set already directly in the Find-module.
TYPE <type>
- What type of dependency has the using project on that package.
Default is
OPTIONAL
. In this case it is a package which can be used by the project when available at buildtime, but it also work without.RECOMMENDED
is similar toOPTIONAL
, i.e. the project will build if the package is not present, but the functionality of the resulting binaries will be severely limited. If aREQUIRED
package is not available at buildtime, the project may not even build. This can be combined with theFATAL_ON_MISSING_REQUIRED_PACKAGES
argument forfeature_summary()
. Last, aRUNTIME
package is a package which is actually not used at all during the build, but which is required for actually running the resulting binaries. So if such a package is missing, the project can still be built, but it may not work later on. Ifset_package_properties()
is called multiple times for the same package with different TYPEs, theTYPE
is only changed to higher TYPEs (RUNTIME < OPTIONAL < RECOMMENDED < REQUIRED
), lower TYPEs are ignored. TheTYPE
property is project-specific, so it cannot be set by the Find-module, but must be set in the project. Type accepted can be changed by setting theFeatureSummary_PKG_TYPES
global property. PURPOSE <purpose>
- This describes which features this package enables in the project, i.e. it tells the user what functionality he gets in the resulting binaries. If set_package_properties() is called multiple times for a package, all PURPOSE properties are appended to a list of purposes of the package in the project. As the TYPE property, also the PURPOSE property is project-specific, so it cannot be set by the Find-module, but must be set in the project.
Example for setting the info for a package:
find_package(LibXml2) set_package_properties(LibXml2 PROPERTIES DESCRIPTION "A XML processing library." URL "http://xmlsoft.org/") # or set_package_properties(LibXml2 PROPERTIES TYPE RECOMMENDED PURPOSE "Enables HTML-import in MyWordProcessor") # or set_package_properties(LibXml2 PROPERTIES TYPE OPTIONAL PURPOSE "Enables odt-export in MyWordProcessor") find_package(DBUS) set_package_properties(DBUS PROPERTIES TYPE RUNTIME PURPOSE "Necessary to disable the screensaver during a presentation")
-
add_feature_info
¶ add_feature_info(<name> <enabled> <description>)
Use this macro to add information about a feature with the given
<name>
.<enabled>
contains whether this feature is enabled or not. It can be a variable or a list of conditions.<description>
is a text describing the feature. The information can be displayed usingfeature_summary()
forENABLED_FEATURES
andDISABLED_FEATURES
respectively.Example for setting the info for a feature:
option(WITH_FOO "Help for foo" ON) add_feature_info(Foo WITH_FOO "The Foo feature provides very cool stuff.")
Legacy Macros¶
The following macros are provided for compatibility with previous CMake versions:
-
set_package_info
¶ set_package_info(<name> <description> [ <url> [<purpose>] ])
Use this macro to set up information about the named package, which can then be displayed via
feature_summary()
. This can be done either directly in the Find-module or in the project which uses the module after thefind_package()
call. The features for which information can be set are added automatically by thefind_package()
command.
-
set_feature_info
¶ set_feature_info(<name> <description> [<url>])
Does the same as:
set_package_info(<name> <description> <url>)
-
print_enabled_features
¶ print_enabled_features()
Does the same as
feature_summary(WHAT ENABLED_FEATURES DESCRIPTION "Enabled features:")
-
print_disabled_features
¶ print_disabled_features()
Does the same as
feature_summary(WHAT DISABLED_FEATURES DESCRIPTION "Disabled features:")


The accounting in travel companies can get quite complex due to a number of third party vendors involved. For every trip organized you have to arrange for transport, stay and sightseeing, in addition to other misc. expenses like food. The financial transactions often involves back and forth of commissions to not only travel agents but also other parties involved in the journey of a tourist.
For a complicated process that requires you to keep track of multiple micro transactions you need an accounting tool that can help you keep your books organized . sparvk pods come with built in support to handle all the accounting requirements for travel companies. Here are a list of things that you'll be able to do with a sparvk pod's travel accounting software:-
- Create customer accounts. You can create accounts not only for individuals but also for corporate travelers. Against each customer account you can create invoices, print them, reconcile them and process payments against them.
- Create vendor accounts for your travel service suppliers. Vendor accounts allow you to bill each supplier separately. So for instance if you have a travel package that requires the services of many vendors (eg: hotels, airlines, transport) you can create bills for them separately. The bills created can be charged back to your customers. Or they can be paid by you and invoiced to the customer later. Vendors also allow you to create credit notes to compensate for bills that were charged incorrectly.
- Create employee accounts. Running a travel company is not a one person job. No doubt you'd have your own staff helping you out with the bookings. Or arranging for pickup and drops. The travel accounting applications allow you to create expense vouchers on behalf of employees. So that if you have any field agents for example you can reimburse them for any spending that they do for travelers (like purchasing food or water bottles or paying toll tax)
To make things simpler the trael accounting application comes with a list of common travel expenses built in. So you won't have to spend too much time in data entry and get straight to doing things that matter.
The business side of the travel accounting software would help you manage your most common accounting tasks. Besides that sparvk travel accounting can help you
- Create scheduled transactions for recurring payments (like salaries or rent etc)
- View reports and charts that give you a high level overview of the company performance.
- Create and track quotations. Create budgets. Manage multiple books from a single application.
A good accountant can help you manage your books effectively. sparvk pod's accounting system makes sure that your bookkeepers have the technology that they can trust on to make their life easier.
Try it you'll like it


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QModbusClient Class
The QModbusClient class is the interface to send Modbus requests. More...
| Header: | #include <QModbusClient> |
| qmake: | QT += serialbus |
| Since: | Qt 5.8 |
| Inherits: | QModbusDevice |
| Inherited By: |
Properties
- timeout : int
- 1 property inherited from QObject
Public Functions
| QModbusClient(QObject *parent = nullptr) | |
| int | numberOfRetries() const |
| QModbusReply * | sendRawRequest(const QModbusRequest &request, int serverAddress) |
| QModbusReply * | sendReadRequest(const QModbusDataUnit &read, int serverAddress) |
| QModbusReply * | sendReadWriteRequest(const QModbusDataUnit &read, const QModbusDataUnit &write, int serverAddress) |
| QModbusReply * | sendWriteRequest(const QModbusDataUnit &write, int serverAddress) |
| void | setNumberOfRetries(int number) |
| void | setTimeout(int newTimeout) |
| int | timeout() const |
- 7 public functions inherited from QModbusDevice
- 32 public functions inherited from QObject
Signals
| void | timeoutChanged(int newTimeout) |
- 2 signals inherited from QModbusDevice
- 2 signals inherited from QObject
Protected Functions
| virtual bool | processPrivateResponse(const QModbusResponse &response, QModbusDataUnit *data) |
| virtual bool | processResponse(const QModbusResponse &response, QModbusDataUnit *data) |
- 4 protected functions inherited from QModbusDevice
- 9 protected functions inherited from QObject
Additional Inherited Members
- 1 public slot inherited from QObject
- 1 public variable inherited from QObject
- 10 static public members inherited from QObject
- 2 protected variables inherited from QObject
Detailed Description
The QModbusClient class is the interface to send Modbus requests.
The QModbusClient API is constructed around one QModbusClient object, which holds the common configuration and settings for the requests it sends. One QModbusClient should be enough for the whole Qt application.
Once a QModbusClient object has been created, the application can use it to send requests. The returned object is used to obtain any data returned in response to the corresponding request.
QModbusClient has an asynchronous API. When the finished slot is called, the parameter it takes is the QModbusReply object containing the PDU as well as meta-data (Addressing, etc.).
Note: QModbusClient queues the requests it receives. The number of requests executed in parallel is dependent on the protocol. For example, the HTTP protocol on desktop platforms issues 6 requests in parallel for one host/port combination.
Property Documentation
timeout : int
This property holds the timeout value used by this client
Returns the timeout value used by this QModbusClient instance in ms. A timeout is indicated by a TimeoutError. The default value is 1000 ms.
Access functions:
| int | timeout() const |
| void | setTimeout(int newTimeout) |
Notifier signal:
| void | timeoutChanged(int newTimeout) |
See also setTimeout.
Member Function Documentation
QModbusClient::QModbusClient(QObject *parent = nullptr)
Constructs a Modbus client device with the specified parent.
int QModbusClient::numberOfRetries() const
Returns the number of retries a client will perform before a request fails. The default value is set to 3
.
See also setNumberOfRetries().
[virtual protected]
bool QModbusClient::processPrivateResponse(const QModbusResponse &response, QModbusDataUnit *data)
To be implemented by custom Modbus client implementation. The default implementation ignores response and data. It always returns false to indicate error.
[virtual protected]
bool QModbusClient::processResponse(const QModbusResponse &response, QModbusDataUnit *data)
Processes a Modbus server response and stores the decoded information in data. Returns true on success; otherwise false.
QModbusReply *QModbusClient::sendRawRequest(const QModbusRequest &request, int serverAddress)
Sends a raw Modbus request. A raw request can contain anything that fits inside the Modbus PDU data section and has a valid function code. The only check performed before sending is therefore the validity check, see QModbusPdu::isValid. If no error occurred the function returns a a new valid QModbusReply; nullptr otherwise. Modbus networks may have multiple servers, each server has a unique serverAddress.
See also QModbusReply::rawResult().
QModbusReply *QModbusClient::sendReadRequest(const QModbusDataUnit &read, int serverAddress)
Sends a request to read the contents of the data pointed by read. Returns a new valid QModbusReply object if no error occurred, otherwise nullptr. Modbus network may have multiple servers, each server has unique serverAddress.
QModbusReply *QModbusClient::sendReadWriteRequest(const QModbusDataUnit &read, const QModbusDataUnit &write, int serverAddress)
Sends a request to read the contents of the data pointed by read and to modify the contents of the data pointed by write using Modbus function code QModbusPdu::ReadWriteMultipleRegisters. Returns a new valid QModbusReply object if no error occurred, otherwise nullptr. Modbus network may have multiple servers, each server has unique serverAddress.
Note: : Sending this kind of request is only valid of both read and write are of type QModbusDataUnit::HoldingRegisters.
QModbusReply *QModbusClient::sendWriteRequest(const QModbusDataUnit &write, int serverAddress)
Sends a request to modify the contents of the data pointed by write. Returns a new valid QModbusReply object if no error occurred, otherwise nullptr. Modbus network may have multiple servers, each server has unique serverAddress.
void QModbusClient::setNumberOfRetries(int number)
Sets the number of retries a client will perform before a request fails. The default value is set to 3
.
Note: The new value must be greater than or equal to 0
. Changing this property will only effect new requests, not already scheduled ones.
See also numberOfRetries().
void QModbusClient::setTimeout(int newTimeout)
Sets the newTimeout for this QModbusClient instance. The minimum timeout is 50 ms.
The timeout is used by the client to determine how long it waits for a response from the server. If the response is not received within the required timeout, the TimeoutError is set.
Already active/running timeouts are not affected by such timeout duration changes.
Note: Setter function for property timeout.
See also timeout.
[signal]
void QModbusClient::timeoutChanged(int newTimeout)
This signal is emitted if the response is not received within the required timeout. The new response timeout for the device is passed as newTimeout.
Note: Notifier signal for property timeout.


Members
The Boss
Manager
ID: 1
Email:
<EMAIL_ADDRESS>Office Phone: 1-900 MIX-ALOT
The IT Guy
Engineer
ID: 2
Email:
<EMAIL_ADDRESS>GitHub:
nerds_unite
The Temp
Intern
ID: 2021
Email:
<EMAIL_ADDRESS>School: Georgia Tech


--- title: Elisp Higher-order Conversion to Interactive layout: post tags: [emacs, elisp] uuid: 0677cf0d-4ba9-300f-3bf0-795a821b1287 ---
For those not familiar with extending Emacs, when you create a
function in Elisp it cannot be called directly by the user
("interactively") without declaring the function interactive. The
simplest way to do this is by adding (interactive)
to the
top of the function definition. The interactive
call can
be made more complex, if needed, to ask the user interactively for
input.
There are some handy higher-order functions in Elisp, such
as compose
and apply-partially
. Today I
wanted to bind the output of apply-partially
to a key. My
situation was this: I use revert-buffer
often enough that
it needs a binding. Also because I use it so much, I wanted it to
stop asking me for confirmation. (Yes,
there are other
ways to do this including revert-without-query
, but I
wanted a general solution.) Using apply-partially
I could
supply the needed function arguments at keybind time.
The problem is that you can only bind interactive functions, and the
output of apply-partially
is not interactive. A quick way
to work around this is to wrap it in an anonymous function, which also
takes away the need for apply-partially
.
I'd rather there be another higher-order function that takes a non-interactive function and creates an interactive version. Here it is,
{% highlight cl %} ;; ID: c7db6dec-e7ab-3b0f-bf26-0fa268674c6c (defun expose (function) "Return an interactive version of FUNCTION." (lexical-let ((lex-func function)) (lambda () (interactive) (funcall lex-func)))) {% endhighlight %}Now the binding looks like this,
{% highlight cl %} (global-set-key [f2] (expose (apply-partially 'revert-buffer nil t))) {% endhighlight %}
I think this more clearly expresses my intention than
the lambda
wrapper would. Maybe?


Siddhartha Bhagwan
@siddhartha_b
Freelance Web Developer
Huh? Memory What?
My code doesn't leak. Go away
Back in the day
Enter AJAX, SPAs, Mobiles
Priorities. Get yours right
Leaks are creepy
Do not kill Experience
Who let the leaks out
2001 called
They want their browswer issues back
Concept of 'reachability'
Mark & Sweep
To each his own
function outerFunction(){
var hugeString = 'Really BIG string here';
return function innerFunction(){
// this has access to hugeString even
// after its context ceases to exist
}
}
Leaky Closure I
var run = function () {
var str = new Array(1000000).join('*');
var doSomethingWithStr = function(){
if(str ===1){
// do something
}
};
doSomethingWithStr();
};
setInterval(run, 500);
Leaky Closure II
var run = function () {
var str = new Array(1000000).join('*');
var logIt = function() {
// do something
};
setInterval(logIt, 100);
};
setInterval(run, 500);
Leaky Closure III
var run = function () {
var str = new Array(1000000).join('*');
var doSomethingWithStr = function(){
If (str === '1'){
console.log("do something with str");
}
}
doSomethingWithStr();
var logIt = function() {
console.log('interval');
};
setInterval(logIt, 100);
};
setInterval(run, 500);
test/data/jquery-1.9.1.js
WhateverJs
Can my code be 100% leak free?
Quality of Code
Thought process behind execution
Not to be confused with Memory Optimization!
Know your tools
Unbind listeners
Closures – use cases
Measure. Understand. Fix. Repeat.
Case Studies
Thank you!


This form uses grid for its layout. Adjust and reorganize the divs inside the Form Grid to fit 1 or 2 grid columns as needed.


Assertions
Supported browsers.
ExtJs common API
ExtJs Components API.
Tia engine constants.
High level API for tests. It can be used for helpers writing.
Utilities for logging.
Low level API for tests. It can be used for helpers writing.
Selenium API.
Misc. test utils.
Utilities.
Tia version.
gT


|
MatrixBerryCore
|
Public Member Functions | |
| function | IsMemberTC (in varargin) |
| function | testIsMemberJointAdv (in self) |
| function | testByInputSize (in self) |
| function | checkIsMemberObjects (in varargin) |
| function | checkUniqueObjects (in varargin) |
| function | checkMasterUnique () |
| function | checkMasterIsMember () |
| function | fCallIsMemberJoint (in varargin) |
| function | fCallUniqueJoint (in varargin) |
| function | checkUniq (in fUniq) |
| function | checkIsMember (in fIsMember) |
| function | check (in fCall, in outExpArgList, in inpArgList, in nArgOuts, in nArgTransposed) |
| function | testEqCallCount (in self) |
| function | checkMaster (in nObjs) |
| function | createObjVec (in nElems, in varargin) |
| function | test_ismemberjoint_simple (in self) |
| function | test_ismemberjoint_empty (in self) |
| function | test_ismemberjoint (in self) |
| function | superCheck (in varargin) |
| function | check () |
| function | test_uniquejoint (in self) |
| function | check_results () |
| function | test_uniquejoint_empty (in self) |
| function | check_results () |
| function | test_uniquejoint_funchandle (in self) |
| function | check_results () |
| function | func2strForCell (in inpVec) |
| function | test_ismemberjoint_enum (in self) |
| function | test_uniquejoint_ext (in self) |
| function | test_ismemberjointwithnulls (in self) |
| function | superCheck (in dim) |
| function | check () |
| function | test_uniquejoint_performance (in self) |
| function | checkTime (in inpMat, in nRuns) |
| function | run1 () |
| function | run2 () |
| function | run3 () |
| function | test_ismemberjoint_performance (in self) |
| function | checkTime (in inpMat1, in inpMat2, in nRuns, in maxTol) |
| function | run1 () |
| function | run2 () |
| function | run3 () |
| Public Member Functions inherited from mxberry::unittest::TestCase | |
| function | runAndCheckError (in self, in commandStr, in expIdentifierList, in varargin) |
| RUNANDCHECKERROR executes the specifies command and checks that it throws an exeption with an identifier containing the specified marker. More... | |
| function | checkCode (in inpMeObj, in fieldName, in codeList) |
| function | getIsCodeMatch (in inpMeObj, in checkDepth, in fieldName, in codeStr) |
| function | runAndMeasureTime (in self, in varargin) |
| RUNANDMEASURETIME executes the specified command and displayes a profiling report using the specified name as a marker. More... | |
Definition at line 7 of file IsMemberTC.m.
| function mxberry::core::test::IsMemberTC::IsMemberTC | ( | in | varargin | ) |
| function mxberry::core::test::IsMemberTC::check | ( | in | fCall, |
| in | outExpArgList, | ||
| in | inpArgList, | ||
| in | nArgOuts, | ||
| in | nArgTransposed | ||
| ) |
| function mxberry::core::test::IsMemberTC::check | ( | ) |
| function mxberry::core::test::IsMemberTC::check | ( | ) |
| function mxberry::core::test::IsMemberTC::check_results | ( | ) |
| function mxberry::core::test::IsMemberTC::check_results | ( | ) |
| function mxberry::core::test::IsMemberTC::check_results | ( | ) |
| function mxberry::core::test::IsMemberTC::checkIsMember | ( | in | fIsMember | ) |
| function mxberry::core::test::IsMemberTC::checkIsMemberObjects | ( | in | varargin | ) |
| function mxberry::core::test::IsMemberTC::checkMaster | ( | in | nObjs | ) |
| function mxberry::core::test::IsMemberTC::checkMasterIsMember | ( | ) |
| function mxberry::core::test::IsMemberTC::checkMasterUnique | ( | ) |
| function mxberry::core::test::IsMemberTC::checkTime | ( | in | inpMat, |
| in | nRuns | ||
| ) |
| function mxberry::core::test::IsMemberTC::checkTime | ( | in | inpMat1, |
| in | inpMat2, | ||
| in | nRuns, | ||
| in | maxTol | ||
| ) |
| function mxberry::core::test::IsMemberTC::checkUniq | ( | in | fUniq | ) |
| function mxberry::core::test::IsMemberTC::checkUniqueObjects | ( | in | varargin | ) |
| function mxberry::core::test::IsMemberTC::createObjVec | ( | in | nElems, |
| in | varargin | ||
| ) |
| function mxberry::core::test::IsMemberTC::fCallIsMemberJoint | ( | in | varargin | ) |
| function mxberry::core::test::IsMemberTC::fCallUniqueJoint | ( | in | varargin | ) |
| function mxberry::core::test::IsMemberTC::func2strForCell | ( | in | inpVec | ) |
| function mxberry::core::test::IsMemberTC::run1 | ( | ) |
| function mxberry::core::test::IsMemberTC::run1 | ( | ) |
| function mxberry::core::test::IsMemberTC::run2 | ( | ) |
| function mxberry::core::test::IsMemberTC::run2 | ( | ) |
| function mxberry::core::test::IsMemberTC::run3 | ( | ) |
| function mxberry::core::test::IsMemberTC::run3 | ( | ) |
| function mxberry::core::test::IsMemberTC::superCheck | ( | in | varargin | ) |
| function mxberry::core::test::IsMemberTC::superCheck | ( | in | dim | ) |
| function mxberry::core::test::IsMemberTC::test_ismemberjoint | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_ismemberjoint_empty | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_ismemberjoint_enum | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_ismemberjoint_performance | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_ismemberjoint_simple | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_ismemberjointwithnulls | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_uniquejoint | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_uniquejoint_empty | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_uniquejoint_ext | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_uniquejoint_funchandle | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::test_uniquejoint_performance | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::testByInputSize | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::testEqCallCount | ( | in | self | ) |
| function mxberry::core::test::IsMemberTC::testIsMemberJointAdv | ( | in | self | ) |


-
Expand All Images | Collapse All Images
- Bartz Klauser [HERO]
- Hailing from the town of Lix, Bartz is the son of
Dorgann and Stella Klauser. Dorgann was a Warrior of the
Dawn, and Bartz has been chosen as one of the four Crystal
Warriors. He's an easygoing guy with an unfortunate fear of
heights, and a propensity to get crushes on any female he
meets.
-
- Expand Images
- Boko
- (Alias: Boco (PSX)) Bartz's cute chocobo from
the First World who carries on a romantic relationship with
Koko. (See also Character:FF8, Character:FF9, Character:Tactics)
-
- Expand Images
- Cid Previa
- A mechanical genius, Cid was the one who built Karnak's
Fire Ship. Because the Crystal began to fail, they locked
him up. Bartz (who was locked up in an adjacent cell)
escaped with his help. Later, Cid and his grandson Mid (who
followed in his footsteps) take up residence in a Ranka
ruin called the Airship Base; they were the brains who got
the Airship up and running.
-
- Expand Images
- Clio, Mr.
- A man hidden in an underwater cave who'll give you your
stats (battles etc.).
-
- Expand Images
- Dorgann Klauser
- (Alias: Drogan (PSX)) Bartz's father was
originally one of the Four Warriors of the Dawn. He
insisted that they take Exdeath back to the Second World
instead of sealing him on the First World, but was
overruled. His conscience commanded him to stay in the
First World and keep a watch on Exdeath. He married Stella
and had a child, Bartz; both he and his wife died of
illness within the same year.
-
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- Enkidu
- (Alias: Enkidoh (PSX))Gilgamesh's winged helper
who doesn't seem to be around whenever he needs him.
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- Enuo
- The source of all evil, Enuo was the original creator
of the "Void" or "Mu". He appears in person only in the GBA
version, at the end of the Sealed Temple bonus dungeon.
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- Exdeath [VILLAIN]
- (Alias: X-Death (PSX)) Originally a malevolent
tree born from the Great Forest of Moore, Exdeath lives to
nullify.  Why?  He makes a cool villain,
though. His sidekick (at least until he exiles him) is
Gilgamesh.
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- Faris Scherwiz [HERO]
- The leader of a ragtag band of pirates was originally a
princess. Her sister was Lenna and her father was King
Tycoon. However, she was lost at sea, and the pirates found
her. Her real name is Sarisa (GBA) / Salsa (PSX), but she
could only say "Farifa" (or possibly "Farfa") as a baby so
the pirates called her Faris. She became close friends with
a thunder dragon named Hydra. She met her sister when they
were both chosen as Crystal Warriors.
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- Galuf Halm Baldesion [HERO]
- An old man who arrives in a meteor with total amnesia.
As it later turns out, he comes from the Second World and
is a king there (although he prefers to dismiss the
formalities of the position). His granddaughter is Krile. A
determined and brave man, he was originally one of the Four
Warriors of Dawn and has been chosen again to be a Crystal
Warrior.
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- Garula
- A woolly mammoth who lives in Walse, Garula's really
just a child. Exdeath controls him to break the Water
Crystal.
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- Gilgamesh [VILLAIN]
- One of the coolest villains around, Gilgamesh is the
only sidekick to have his own sidekick! Enkidu the flying
menace helps him out from time to time. He also has his own
theme music. He's mostly there for comic relief, but you
can steal Genji equipment from him. At one point he tries
using a sword he THINKS is Excalibur against you; it's
really called Excalipoor and does single-digit damage. He's
dressed in a wild-colored red robe thingy; he later morphs
into a many-armed Kali-like menace. He's got a good heart,
though - after Exdeath exiles him to the Interdimensional
Rift, he begins to like Bartz and company. (See also
Summon:FF8,
Character:FF9)
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- Ghido
- (Alias: Gill (PSX)) A great sage from the Second
World who happens to be a turtle. He's very knowledgable in
many physical and magical things, and he can even hold his
own in a short battle against Exdeath. He's over 700 years
old.
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- Gogo
- Gogo's kind of an intentional enigma. He's a Mimic: he
repeats everything others do.  Defeating him yields the
Mimic job. He lives underwater in the fallen Walse Tower.
(See also Characters:FF6)
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- Hiryu
- Lenna's Wind Drake (Hiryu is Japanese for "Wind
Dragon"). Lenna has an amazingly close emotional bond to
it. It often displays its unswavering loyalty and sacrifice
to Lenna; in the end it makes the ultimate sacrifice by
turning itself into the Phoenix.
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- Hydra
- See Syldra.
- Jenica
- Lenna's and Faris's old nurse, she still watches over
them when she can.
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- Kelger Vlondett
- (Alias: Kelga (PSX)) A werewolf from the Second
World, Kelger was one of the Four Warriors of the Dawn. He
has a suspicious nature, but he's very powerful and very
brave.
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- Koko
- A chocobo from the Second World and Boko's love
interest. Identical in looks to Boko.
-
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- Krile Mayer Baldesion [HERO]
- Krile's a spunky girl with some nice magic power. Her
grandpa is Galuf. She has the unique ability to talk to
animals like Moogles and Dragons. After Galuf is killed by
Exdeath, she inherits all his power and becomes a Crystal
Warrior.
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- Lalibo
- See Rallybo.
- Lenna Charlotte Tycoon [HERO]
- (Aliases: Reina (PSX)) The princess of Tycoon has an
adventurous spirit, but her kindness and devotion is
unsurpassed by any. Her self-sacrifice is literal; she'll
even go as far as to hurt herself physically to help
others, even animals like the Dragons. Her father is King
Tycoon and her sister, she later finds out, is Faris. She
has been chosen as one of the Crystal Warriors.
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- Lone Wolf
- A thief with a wolf's head, he'll do anything he can to
mess you up. Never be nice to him because he just can't be
nice back. (See also Character:FF6)
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- Mid Previa
- An energetic young man who follows in the
mechanical-engineering footsteps of his grandfather Cid. He
helps Cid remember what his purpose is, and he serves as
his grandpa's foil. He's almost as smart when it comes to
machines, too.
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- Rallybo
- (Alias: Lalibo (PSX) A dwarf tunneler who's
reached the town of Mirage from underground.
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- Sarisa Charlotte Tycoon
- (Alias: Salsa (PSX)) See Faris Scherwiz.
- Stella
- Dorgann's wife and Bartz's mother, she endured her
husband's journeys as much as she could. She fell ill when
Bartz was young and died soon after; Dorgann lost the will
to live and followed her in the same year.
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- Syldra
- (Alias: Hydra (PSX)) A thunder dragon, Syldra's
known Faris since childhood. She pulls the pirates' ship
when there's no wind, like when the Wind Crystal breaks.
She gives her life to Faris during an attack by a sea
monster, but later her soul returns as a Summon. (See also
Summon:Hydra)
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- Tycoon, King Alexander Highwind
- The king of Tycoon had to choose between killing the
last living Dragon and letting his wife die; he chose the
sorry death of his wife, and his daughter Lenna had a very
hard time forgiving him. Faris is also his daughter, lost
at birth. King Tycoon has a very strange relationship with
Bartz and company; it's unclear whether he's originally
from the Second World, or just a resident of the First
World with great magical power.
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- Tzuze
- The werewolf who turns up at the Fire Crystal, and who
apparently knows Galuf from back in the Second World.
- X-Death
- See Exdeath.
- Xezat Matias Surgate
- (Alias: Zeza (PSX)) One of the four Warriors of
Dawn, Xezat is an expert swordsman who bears a slight
likeness to Odin. He is a selfless man and dedicated to
righting wrongs etc. He dislikes being called "king".
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- Zeza Matias Surgate
- See Xezat.
- Zok
- An old man who lives in Tule, he was the one who built
Torna Canal; he has the key to it. He's known Lenna since
she was a child and admonishes Bartz to watch over her.
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Final Fantasy, all games and animation bearing the Final Fantasy name, and all characters in said games or animation are copyright their respective creators, including but not limited to Squaresoft, Square Enix, Square EA, Tokyo TV, and ADV Films.


Taxi Driver Held For Rape Of Mentally Challenged Woman
by Press Trust Of IndiaLaw & Order
A taxi driver has been arrested on the city's southern outskirts in connection with the alleged abduction and rape of a shelter home inmate on Sunday
Written By Press Trust Of India | Mumbai | Updated On: November 17, 2019 12:55 IST
A taxi driver has been arrested on the city's southern outskirts in connection with the alleged abduction and rape of a shelter home inmate, a senior police officer said on Sunday.
READ: 21-year-old Woman Allegedly Gang-raped In Noida Park
The accused was nabbed from Narendrapur in South 24 Parganas district during a raid on Saturday night, he said. In her complaint, the 36-year-old woman a resident of a shelter home for the mentally challenged in Panchasayar area of the city claimed that she had stepped out for a stroll on Monday night when a group of men allegedly forced her into their car and took turns to rape her.
The woman also said that she was beaten up and pushed out of the vehicle near Sonarpur area at dawn. Police said she was spotted lying on the road by locals, who then helped her buy a train ticket to reach her relative's place in Gariahat.
"The accused taxi driver confessed to the crime following a prolonged interrogation. We are trying to ascertain if there was anyone else with him that night. His taxi has also been seized," the senior officer said.
According to the officer, circumstantial evidence did not suggest that the woman was gangraped. "She has serious psychological problems There is no evidence that she was forcibly abducted. The woman is sexually active but there is no sign of gang rape," he said.
A senior NCW member had spoken to the victim on Friday and met senior officers of the Kolkata Police at its Lalbazar headquarters in connection with the case. West Bengal Commission of Women chairperson Leena Gangopadhyay said a report was being prepared in the case based on the findings of the organisation.
READ: Delhi Court Postpones Verdict In Muzaffarpur Shelter Home Mass-rape Case


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