Chapter 3 – MY DAD – GLENDON CLARK PORTER
My dad was a wonderful father. I remember during my childhood of seeing my father studying the scriptures (which he did whenever he had a few spare minutes) and going to his meetings. He was in the Bishopric for seven years while I was growing up. George Reed was the Bishop and Oz Knight was the other counselor. They put Dad in the High Council for a few years and later he became a Bishop after I was married. He had been a scout master, teacher, High Priest Group Leader, temple officiator in the Ogden Temple, and always a home teacher.
Dad worked hard to support his family. He usually had a part-time job along with his full-time job. He worked for the Ogden Arsenal and it later was merged in with Hill Air Force Base. He worked part-time for Sunset City for a while, and later he sold about everything there was to sell from Mason Shoes and vitamins to Life Insurance.
I remember Dad playing catch with us kids out on the front lawn a few times. I have fond memories of his laying down in one of our beds with us at night telling us stories of "Old Ginger" his horse and his experiences in growing up on the farm. We children loved these times. I was happy that my parents showed love for each other. It made me feel happy and secure.
Dad has always had a strong testimony of the gospel, has been very faithful in his church callings. He has always had a testimony of tithing, fast offerings and other donations and always gave more than was expected. I always knew Dad loved me and he would hug me and tell me so. When he grew up he didn't get this from his parents, and he missed it - so he did show love and affection to his family.
Mom didn't sleep very well at nights, so Dad would usually get up in the mornings and fix cooked wheat cereal for breakfast or once in a while Oatmeal. Dad was very health conscious and knew that wheat and oatmeal were very good for us, so we grew up with them, plus they were inexpensive to make, and we didn’t have much money to spare. Dad's family didn't have much money, when he was growing up, and they just ate the basics or stables. On Saturdays, Mom would usually fix pancakes, French toast or once in a while, waffles. On Sunday mornings we could have cold (prepared) cereal like cheerios, corn flakes, etc. I got so sick of wheat cereal and oatmeal (especially wheat cereal) that after I was married I couldn't even think of fixing it until I had children and I realized how important it was to their health to have it and, so I began making it. I didn't make it every day, however, only about once a week. Most of the children didn't like it, but they ate it anyway at least when they were young. Ken & I really like it now.
Dad & Mom always took vitamins and minerals and had us children take them also. I joke about how my friends would come to my house when we were in Jr High and High School to wait with me for the school bus (which would stop at the church next door, and if we weren't watching for it, Joe would stop in front of my house and honk his horn for us - great bus driver) They would tease me that dad would chase me around the table to make me take my vitamins before I left for school. I don't think it was that bad, but he was really concerned about our health. If ever we got colds or became sick, he didn’t give us much sympathy. He would say we were sick because we stayed up too late at night so didn't get enough sleep or because we ate too much candy and sweets.
(See if I wrote someplace else about dad giving me money when Ken and I were struggling financially. I didn’t ask for it, but he sincerely wanted to help us. He was wonderful. He told me not to tell Mom as he had saved this money for such purposes.
Dad also came over and had lunch with me & the children when we were living in Clearfield. We were renting this home from Uncle Dale, Dad’s brother, and dad was retired from the government and working part-time for Dale. I loved having him come and the wonderful conversations we had. One such conversation was when Ken wanted me to go on a horse pack-in trip with Larry & Tammy, Bob & Pauline and John & Linda. I didn’t want to go because I had gone horse-back riding with Larry & Tammy before and it had turned out horrible – scratched up, sunburned, saddle sore and very tired. I was nursing Mike and knew if I went for that week in Wyoming with them, I would have to stop nursing him and I didn’t want to. Dad told me I should stand up for myself and tell Ken I wasn’t going. He told me that I was like my little Grandma Bushnell as she would give in to Grandpa, but after she started sticking up for herself, Grandpa respected her more and treated her better. I did go, and was glad I did as it was such beautiful country and we passed by beautiful lakes and rivers and we were in a beautiful forest. It turned out to be a wonderful trip and we all enjoyed being together.)
(For more information on Dad, refer to the Blue "Byron Porter Family Descendants" book or the talk I gave at his funeral. I will try to find and insert that talk here in the "Parents" section of this history.)
LETTER I WROTE TO DAD ON MAY 22, 1987
Dear Dad,
Thanks for being such a wonderful father. You have always been handsome and a great example, so I was always proud to be your daughter. Thanks for teaching me the gospel and showing love to me in many ways. I have wonderful memories of growing up, many of these were because of you.
Thanks for telling us stories of Ginger and your life as we were growing up. Thanks for taking time to play “catch” with us on the front lawn, taking us on picnics up Weber Canyon. I remember how beautiful it was, and how fun it was to go exploring while Mom got the food on the picnic table. Thanks for taking us up to Morgan to visit Grandpa and Grandma Porter. I loved to go there.
I appreciate your good sense of humor – how you’d call us children many times, by funny names, also your grandkids. You have such a great “laugh”, and it always made me laugh and be happy when you’d laugh. I’ll never forget coming over to visit and seeing you chasing Mom’s cat with the vacuum cleaner – and how you were laughing.
I remember the fun times when you’d lay on the floor and “balance” us kids. The first grandkids enjoyed it too. A few months ago, Mike and David were balancing Jeff and Scott, and I knew where they had learned it from. Thanks for playing “volleyball” with us at family reunions and other outings. You were always so good, and it made it more fun to have you playing there with us. Thanks for the good ice cream cones at Browns in Ogden.
After I was married and living in Clearfield, I’d look forward to you coming over from working at Uncle Dales to have lunch with me, and we’d have lots of good talks. I’ve enjoyed the good talks since also.
I have always been proud to have you conduct meetings when you were in the Bishopric, give talks, work in the temple, read the scriptures, etc.
Thanks for the many back rubs and foot rubs. They sure made me feel better, and it showed you cared when you’d do these things for us children. Another special way you and Mom show you care is by supporting us when we give talks, have our children blessed, baptized, etc. Also, the great sacrifice you have given us, many times, of money, cars, being there when we need you. What a great dad you are, and I love you very much. Mae
Several years ago dad wanted to go on a trip down to Southern Utah and see Zion’s Canyon, and other places for the last time. His health had been declining as he had an inherited disease “Anti Tripson Deficiency” which is a lung disease. Mom had told me that he really hoped someone would take them there. I went into his office /bedroom where he was and told him that I was sure that Ken would agree that we could take he and mom on that trip. He got all excited and said they would pay for the gas. The next thing I knew was Mom calling me at home and saying: “Did you tell your dad that we were going this coming weekend?” I said “no” and she said well, he thinks you did and he’s getting packed to go. Ken and I didn’t want to disappoint him so we did make arrangements to take them.
We had a wonderful time. When we were at Zion’s, dad didn’t have the energy to walk on any of the trails, but they said for Ken and I to go and they would just wait there at the camp. As we were about to head for home, we asked if they would like to go see Cedar Breaks too and they said they would. Well, that was a mistake as it is too high and the altitude was too hard on dad. He couldn’t breathe well and so we quickly went on home. He kept declining until he had to be on oxygen 24/7. We felt bad that we had taken him up there.


I'm Fabian Figueredo, a programmer with several years of experience. My specialties are .NET Core, Node.js and React


PhD student Computer Science of Engineering University of Michigan<EMAIL_ADDRESS>Home | Publications | CV | Services | Google Scholar | Teaching
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@(product : Product, recProducts: Seq[Product], profileBasedRec:Seq[Product])(implicit session: Session)
@main(product.brand, session.get("userId").getOrElse("")) {
Customers who bought this also bought
@productGrid(recProducts.map(x=>(x.product_id, x.brand, "")))
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rogue36 − Exploring The Dungeons of Doom
rogue36 [ save_file ]
Rogue is a computer fantasy game with a new twist. It is crt oriented and the object of the game is to survive the attacks of various monsters and get a lot of gold, rather than the puzzle solving orientation of most computer fantasy games.
To get started you really only need to know two commands. The command ? will give you a list of the available commands and the command / will identify the things you see on the screen.
To win the game (as opposed to merely playing to beat other people high scores) you must locate the Amulet of Yendor which is somewhere below the 20th level of the dungeon and get it out. Nobody has achieved this yet and if somebody does, they will probably go down in history as a hero among heros.
When the game ends, either by your death, when you quit, or if you (by some miracle) manage to win, rogue will give you a list of the top-ten scorers. The scoring is based entirely upon how much gold you get. There is a 10% penalty for getting yourself killed.
For more detailed directions, read the document A Guide to the Dungeons of Doom.
rogue36.scr Score file rogue36.sav Default save file
Michael C. Toy, A Guide to the Dungeons of Doom
Probably infinite. Currently known bugs are: Sometimes you are still hungry even after you eat food and sometimes you get a monster on the screen in reverse video which may or may not cause a core dump.


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The goal of this project is to develop an open-source lattice KMC simulation software package for modeling organic semiconductor materials and devices, such as OPVs, OLEDs, and more. The software is being developed in C++11 and optimized for efficient execution on high performance computing clusters using MPI. This software package uses object-oriented design and extends the KMC_Lattice framework.
Current Status:
The current version (Excimontec v0.4-alpha) is built with KMC_Lattice v2.0-alpha.5 and allows the user to perform several simulation tests relevant for OPV and OLED devices. NOTE: This software is still in the alpha phase of development, and as such, there may still be bugs that need to be squashed. Please report any bugs or submit feature requests in the Issues section.
Implemented Major Features:
- Adjustable periodic boundary conditions in all three directions allow users to perform 1D, 2D, or 3D simulations.
- Choose between several film architectures, including a neat film, bilayer film, or random blend film.
- Import bulk heterojunction morphologies generated by Ising_OPV v3.2 and v4.
- Donor and acceptor materials can take on an uncorrelated Gaussian DOS, a correlated Gaussian DOS with different correlation functions, or an uncorrelated exponential DOS model.
- Dynamics test simulations can be performed to generate exciton and charge carrier density transients that can be used to model exciton dissociation and charge carrier recombination kinetics.
- Time-of-flight charge transport simulations of electrons or holes can be performed on neat, random blend, or bulk heterojunction blend films.
- Exciton diffusion simulations can be performed on any film architecture.
- Internal quantum efficiency simulations can be performed on bilayer, random blend, or bulk heterojunction blend films.
- Simulate complex exciton dynamics with events for intersystem crossing between singlet and triplet states as well as exciton-exciton and exciton-polaron annihilation events.
- Choose between Miller-Abrahams or Marcus models for polaron hopping.
- Charge carrier delocalization can be modeled with a spherical Gaussian delocalization model.
How to try Excimontec?
Compiling
Compiling requires an MPI library for parallel processing.
More information about common packages can be found here:
Usage
Excimontec.exe takes one required input argument, which is the filename of the input parameter file.
An example parameter file is provided with parameters_default.txt
As an example, to create a single simulation instance on a single processor, the command is:
Excimontec.exe parameters_default.txt
To run in a parallel processing environment and create 10 simulations on 10 processors to gather more statistics, an example run command is:
mpiexec -n 10 Excimontec.exe parameters_default.txt
MPI execution commands can be implemented into batch scripts for running Excimontec in a supercomputing environment.
Output
Excimontec will create a number of different output files depending which test is chosen:
- results#.txt – This text file will contain the results for each processor where the # will be replaced by the processor ID.
- analysis_summary.txt – When MPI is enabled, this text file will contain average final results from all of the processors.
- dynamics_average_transients.txt – When performing a dynamics test, calculated exciton, electron, and hole transients will be output to this file.
- ToF_average_transients.txt – When performing a time-of-flight charge transport test, calculated current transients, mobility relaxation transients, and energy relaxation transients will be output to this file.
- ToF_transit_time_dist.txt – When performing a time-of-flight charge transport test, the resulting polaron transit time probability distribution will be output to this file.
- ToF_results.txt – When performing a time-of-flight charge transport test, the resulting quantitative results are put into this parsable delimited results file.
- Charge_extraction_map#.txt – When performing a time-of-flight or IQE test, the x-y locations where charges are extracted from the lattice are saving into this map file.


{% extends 'explorer/base.html' %} {% load static i18n %} {% block title %}{% trans "Project Complete!" %}{% endblock %} {% block mission-class %}{%endblock%} {% block main-body %}
{% trans "You have reached the end of Serol's Cosmic Explorer missions!" %}
{% trans "Have a look back at all of your" %} {% trans "challenges and cosmic pictures!" %}


(Adapted from Introduction to Programming with Java: A Problem-Solving Approach, Dean and Dean, McGraw-Hill.)
In designing a building, structural engineers must determine whether each of the building’s support columns is thick enough to support the column’s expected load. Assume the column is wooden and has a solid square cross section. To be safe, all three of these conditions must be met:
· The column should be sufficiently thick, that is:
height / width ≤ 50, where 50 is a special value called the slenderness limit,
· To prevent the column from buckling, make sure this requirement is met:
expected load ≤ (0.3*E*area) / (height/width)2,
where E = 1,700,000 psi is a special value called the modulus of elasticity.
· To prevent the column from compressing, make sure this requirement is met:
expected load ≤ area * stress,
where stress = 1450 psi = maximum allowable stress parallel to the grain.
In the above formulas,
height is the height of the column in inches,
width is the width of the beam in inches, and
area = cross-sectional area = width * width.
Write a program that determines whether a wooden column with a given height is thick enough to support a given expected load. More specifically, read in height, width, and expected load values and then print “The column is safe.” or “The column is unsafe.” Use named constants for slenderness limit, modulus of elasticity, and maximum stress. In the sample sessions, note that the user enters height in units of feet, whereas the formulas require height in units of inches.
Sample session:
Enter column width in inches: 4.0
Enter column height in feet: 15.0
Enter expected load in pounds: 5000.0
The column is unsafe.
Another sample session:
Enter column width in inches: 5
Enter column height in feet: 15
Enter expected load in pounds: 5000
The column is safe.


Enter your text for some random reason! bruno copceski
Enter your text for some random reason! ayalon filho


This tests that bidirectional text is correctly rendered in popup controls. The order of the text below each popup button should match the order of the select's option text, and the order of the text in the popup menu.


Plotting Functions¶
The following graphical functions are included in graphics.py
module.
graphics.plot_profiles |
Profiles of maximum in-plume vertical velocity and temperature |
graphics.plot_conservedvars |
Conserved variable (dry static energy and concentration) plot |
graphics.plot_zcl |
CWI smoke injection height estimation |
graphics.plot_soundings |
Potential temperature soundings from LES runs |
graphics.injection_model |
Model performance scatter plot using LES data |
graphics.dimensionless_groups |
Dimensionless groups obtains through explicit solution |
graphics.bias_correction |
Bias correction with LES data |
graphics.model_sensitivity |
Cross-validation and model sensitivity analysis with LES |
graphics.fuel_error |
Model error as a function of fuel category |


A simple object consisting of measurements defined relative to the view's parent.
Properties
| bottom |
[Number]
|
|
Bottom boundary of this Rect relative to parents height measured from the bottom boundary of parent. |
| left |
[Number]
|
|
Right boundary of this Rect relative to parent's' width measured from the right boundary of parent. |
| right |
[Number]
|
|
Color value at this point in the gradient. |
| top |
[Number]
|
|
Top boundary of this Rect relative to parent's height. |


ParkApp v0.0.1 ParkappWeb.ApiIntegration.Embers.Helpers View Source
Helpers that support the Embers API integration
Link to this section Summary
Functions
Generic HTTP GET request for Embers’s API
Returns the module to use for the API calls
Returns the configuration to call the correct API
Generic handler for HTTP requests
Returns utc_now date and time with the format supported by the Embers’s API
Generic HTTP POST request for Embers’s API
Generic HTTP PUT request for Embers’s API
Link to this section Functions
Generic HTTP GET request for Embers’s API
Returns the module to use for the API calls
Returns the configuration to call the correct API
Generic handler for HTTP requests
Returns utc_now date and time with the format supported by the Embers’s API
Generic HTTP POST request for Embers’s API
Generic HTTP PUT request for Embers’s API


Simple, flexible and reliable RBAC / ABAC access control for NodeJS and Typescript.
Many applications define a list of roles which are assigned to users and thus define what those users can or cannot do. This is called RBAC (Role Based Access Control) and is one of the most used access control mechanism. Below we'll take a look at how this can be implemented with Bluejay's AccessControl.
First, let's define some application context:
// Here we define 2 roles: one for regular customers, and a special admin role for internal users.
// Note that Bluejay's AccessControl doesn't require any specific role values nor the use of an enum. A role in Bluejay's world is as simple as a string.
export enum Role {
CUSTOMER = 'customer',
ADMIN = 'admin'
}
// This interface describes the attributes of the "post" entity, which represents blog posts in our example application.
export interface IPost {
id: integer;
title: string;
content: string;
created_by: integer;
created_at: Date;
updated_at: Date;
}
Next, we'll define a Subject
class to hold our user's information and communicate with Bluejay's AccessControl. A subject is just a fancy security term that defines a security view of an application user. Note that a subject does not have to represent a human being and could for example be a 3rd party system that connects to your application.
For the sake of simplicity, we'll assume that all users are stored in the same database table and are uniquely identified by an id
integer. We'll implement the abstract getPrincipal()
method in order to let Bluejay know what attribute to use as an identifier. A principal
is another security term that defines an identifying attribute for an application user.
import { Subject } from '@bluejay/access-control';
export class UserSubject extends Subject<{ id: number }> {
public getPrincipal() {
return this.get('id');
}
// Note: you can perfectly add custom methods here
}
We'll then need to tell Bluejay where to look for permissions. AccessControl comes package with a built-in MemoryStore
that allows you to manage permissions in memory. We'll cover persistent stores later in this documentation.
import { MemoryStore } from '@bluejay/access-control';
const store = new MemoryStore();
Now let's create an instance of Bluejay's AccessControl to be used across the application.
import { AccessControlManager } from '@bluejay/access-control';
const accessControl = new AccessControlManager({ store });
We're now ready to declare permissions:
const customer = new UserSubject({ id: 1 });
const admin = new UserSubject({ id: 2 });
store
.addPermissionToRole(Role.CUSTOMER, { // Limited power for customers
id: 'CustomerPostsPolicy',
effect: 'allow',
resource: 'posts',
action: ['create', 'read']
})
.addPermissionToRole(Role.ADMIN, { // Full power for admins
id: 'AdminPolicy',
effect: 'allow',
resource: '*',
action: '*'
})
.addRoleToSubject(customer, Role.CUSTOMER)
.addRoleToSubject(admin, Role.ADMIN);
We can finally check our users permissions:
await accessControl.can(customer, 'posts', 'create'); // true
await accessControl.can(customer, 'posts', 'update'); // false
await accessControl.can(admin, 'posts', 'delete'); // true
ABAC (Attribute Based Access Control) provides an fine-grained control over which attributes a particular role is able to access. The following examples assume that you have already read the RBAC examples.
Let's create some more specific permission:
store
.addPermissionToRole(Role.CUSTOMER, {
id: 'CustomerCreatePostPolicy',
effect: 'allow',
resource: 'posts',
action: 'create',
condition: {
stringEquals: {
forAllValues: {
bodyAttributes: ['title', 'content']
}
}
}
})
.addPermissionToRole(Role.ADMIN, {
id: 'AdminPolicy',
effect: 'allow',
resource: '*',
action: '*'
});
The condition
part defines a set of rules used to evaluate whether or not the permission is applicable. Conditions are defined in a 3 levels object that can be described as follows:
stringEquals
in our case)forAllValues
in our case)bodyAttributes
in our case)An operator
defines what type of data we're comparing and how to compare then. Example operators are dateEquals
, numberGreaterThan
, bool
, stringNotEquals
, ...
A modifier
defines the type of input data (single value vs. array) as well as how to interpret them. Example modifiers are forAllValues
, simpleValue
, simpleValueIfExists
An attributeName
defines an attribute that is expected to be present in the environment
. Our example defines bodyAttributes
which is meant to contain the attributes of the POST request's body.
We are essentially saying that for all values in bodyAttributes
, we expect to find an equal string in the provided condition values. Stated another way, we expect the body to only contain attributes that are listed in the condition values.
We'll be building a simple express POST endpoint that allows consumers to create blog posts. We'll assume that the request has been authenticated and the current user stored as req.user
. We'll also assume that the request's body has already been validated and contains only valid values in regards to the data model.
We will be making use of Bluejay's Keys
utility, which helps performing various attribute related operations on objects and arrays, in a format that is understood by Bluejay.
import { Keys } from '@bluejay/access-control';
app.post('/posts', authenticate(), validatePostBody(), async (req: Request, res: Response) => {
const body: Partial<IPost> = req.body;
const subject = new UserSubject(req.user);
// We're passing the body's attributes in the environment. Keys.list() will make sure that the resulting list of attributes
// is understandable by Bluejay.
const isAllowed = await accessControl.can(subject, 'posts', 'create', { bodyAttributes: Keys.list(body) });
// For an admin user, since no attributes condition has been defined in the permission, any body will be authorized.
// For a customer user, the access will only be authorized if all attributes in the body are listed in the permission.
if (isAllowed) {
await postService.create(body);
res.status(201).end();
} else {
res.status(403).end();
}
});
Bluejay provides us with a powerful way of defining variables as condition values, making permissions dynamic.
Let's say that we want to expose an endpoint and allows our users to modify their information. We need to make sure that a given user can only modify their own information, and no one else's. A naive way of defining permissions would look like the following.
store
.addPermissionToRole(Role.CUSTOMER, {
id: 'CustomerUpdateInformationPolicy',
effect: 'allow',
resource: 'users',
action: 'update',
condition: {
numberEquals: {
simpleValue: {
id: '?????' // Here we would need to create one permission per user!
}
}
}
})
Thanks to Bluejay's variables, we have a more dynamic way of doing this.
store
.addPermissionToRole(Role.CUSTOMER, {
id: 'CustomerUpdateInformationPolicy',
effect: 'allow',
resource: 'users',
action: 'update',
condition: {
numberEquals: {
simpleValue: {
'params.id': '{{{subject.id}}}' // This will be evaluated at runtime
}
}
}
})
Now let's look at the endpoint itself.
app.patch('/users/:id', authenticate(), validatePatchBody(), async (req: Request, res: Response) => {
const body: Partial<IPost> = req.body;
const subject = new UserSubject(req.user);
// We're passing both the id and the subject to the environment
const isAllowed = await accessControl.can(subject, 'posts', 'create', { params: req.params, subject: subject.toJSON() });
// An admin user will be allowed to update any user. The id and subject in the environment will not even be used since no condition is defined.
// A customer, on the other side, will only be able to update their own user.
if (isAllowed) {
await userService.update({ id: req.params.id }, body);
res.status(204).end();
} else {
res.status(403).end();
}
});
It is important to understand that access control validates a request and has therefore no influence over the response that you send to your consumers.
If you need to control which fields are exposed in the responses to your different consumers, one solution is to have them explicitly request the set of attributes that they want to see returned. If this is how your application behaves, then you can validate the attributes that a particular user is requesting using a permission that would look like this:
ac.addPermissionToRole(Role.CUSTOMER, {
id: 'CustomerReadPostPolicy',
effect: 'allow',
resource: 'posts',
action: 'read',
condition: {
stringEquals: {
forAllValues: {
fields: ['id', 'title', 'content', 'created_by']
}
}
}
});
In this condition, we are essentially saying that for all values in fields
, we expect to find an equal string in the permission's values.
// We'll assume that the consumers make calls that look like "GET /posts?fields=id,title,content" where the `fields` query parameter defines the fields to be returned as a response.
app.get('/posts', authenticate(), async (req: Request, res: Response) => {
const fields = (req.query.fields || '').split(',');
const subject = new UserSubject(req.user);
// We're passing the fields in the environment hash so that they can be evaluated
const access = await accessControl.authorize(subject, 'posts', 'read', { fields });
if (access.isAllowed()) {
// The application is responsible for only returning the fields that have been requested. The access control has made sure that only allowed attributes have been requested, so you can safely pass the fields to your service.
const data = await postService.list({ fields });
res.status(200).json(data);
} else {
res.status(403).end();
}
});
However, in most applications, the consumer is not expected to provide the fields they want to see returned. Bluejay provides you with a convenient way of dealing with this use case by introducing a special returnedAttributes
property in the permission definition. With this knowledge, we can refactor the previous permission to this one:
ac.addPermissionToRole(Role.CUSTOMER, {
id: 'CustomerReadPostPolicy',
effect: 'allow',
resource: 'posts',
action: 'read',
returnedAttributes: ['id', 'title', 'content', 'created_by']
});
// We'll now assume that consumers make calls that look like "GET /posts".
app.get('/posts', authenticate(), async (req: Request, res: Response) => {
const subject = new UserSubject(req.user);
// We're not passing any environment data here since the request does not contain any attribute information that could be useful to determine access. the `returnedAttributes` are simply ignored by Bluejay.
const access = await accessControl.authorize(subject, 'posts', 'read');
if (access.isAllowed()) {
// This time, instead of using the request's `fields`, we're using the fields defined in the permission and accessible through `getReturnedAttributes()` on the access.
const data = await postService.list({ fields: access.getReturnedAttributes() || [] }); // Depending on who's calling, the returned attributes might be undefined
res.status(200).json(data);
} else {
res.status(403).end();
}
});
It is important to note that Bluejay only acts as a middleman here and never uses returnedAttributes
to determine access.
Also alternatively, if you are not able to have your services only return a specific set of attributes, you can use Bluejay's Keys
utility to filter the payload before responding:
import { Keys } from '@bluejay/access-control';
app.get('/posts', authenticate(), async (req: Request, res: Response) => {
const subject = new UserSubject(req.user);
// We're not passing any environment data here since the request does not contain any attribute information that could be useful to determine access. the `returnedAttributes` are simply ignored by the authorizer.
const access = await accessControl.authorize(subject, 'posts', 'read');
if (access.isAllowed()) {
const data = await postService.list();
// Keys.filter() accepts both objects and arrays
const payload = Keys.filter(data, access.getReturnedAttributes())
res.status(200).json(payload);
} else {
res.status(403).end();
}
});
Special heads up to the following modules and their creators for the precious inspiration:
Generated using TypeDoc


Character count
{{releaseVersion | log }}A character count component that:
- helps user provide content in a limited number of characters
- tells the user how many characters they have remaining, and counts down as they type
- provides additional feedback for assistive technology so that all users are are aware of the character limit
- works with words or characters


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Module Message
Discord Message Class
Functions
| initialize (packet, token) | Internally initialize's the Message class. |
| edit (msg) | Edits a sent message. |
| delete () | Deletes a sent message. |
Functions
- initialize (packet, token)
-
Internally initialize's the Message class.
Please use Message:new(packet, token) instead.
Parameters:
- packet Packet to be sent as the message.
- token Authentication token from login.
- edit (msg)
-
Edits a sent message.
Parameters:
- msg The new message to replace the old one.
Returns:
-
Response Packet received from Discord
- delete ()
-
Deletes a sent message.
Returns:
-
Response Packet received from Discord


Disk Configuration for
Temporary Tablespaces
The correct configuration of disks for temporary tablespaces is a key performance factor
for data warehouses and other databases that perform intensive batch processing.
Most temporary tablespace I/O operations, including writes, are performed in the foreground,
and so user response times are directly affected by the speed of these I/O operations.
What does temporary tablespace I/O look like?
The temporary tablespace I/O of a single process is typically bursty and logically sequential.
However, when multiple processes in the same instance are using the temporary tablespace simultaneously,
then the I/O is more consistent and pseudo-random at the disks,
although the individual I/O operations may still be large if not split at the file system layer.
However, if multiple processes, each in distinct instances, are using the temporary tablespace simultaneously,
and if disk affinity exists for at least one tempfile (or datafile) of that tablespace in each instance,
then the sequential nature of the I/O may be maintained, because each process will prefer extents in the files for which it has affinity.
How should temporary tablespaces be striped?
In general, temporary tablespaces should be striped to allow for multiple processes in the same instance to use the tablespace simultaneously.
Unfortunately, this defeats disk affinity, but if the user workload is clearly partitioned between instances,
then it may be possible to create a distinct temporary tablespace for each instance on local disk.
The striping of temporary tablespace disks should be for concurrency, rather than transfer rate.
If the files are raw, or if file system direct I/O is available,
then the I/O operations will be large enough to benefit from fine-grained striping to improve the transfer rate.
However, in most environments the benefits of increased concurrency from coarse-grained striping
easily outweigh those that might be obtained by improving the transfer rate.
(In high-end environments it is possible to enjoy both benefits
by layering coarse-grained software-based striping over fine-grained hardware-based striping.)
The stripe breadth for temporary tablespaces should normally be equal to the largest degree of parallelism
expected to be used for parallel query or DML operations against that tablespace,
and the stripe element size should be a small integer divisor of the temporary tablespace extent size.
If such broad striping is not possible, then the stripe element size should be reduced proportionately.
Of course, it should go almost without saying that these disks should be dedicated to just one tablespace.
Temporary tablespace I/O within a single tablespace shows very good locality properties,
and sharing the disks in any way introduces long seeks, and greatly increases the service times.
Do temporary tablespaces need data protection?
It is possible to recover an instance immediately after the loss of a temporary tablespace datafile or tempfile,
without needing to first restore the file itself.
Indeed, it is recommended that tempfiles not even be backed up.
Therefore, data protection is only needed for temporary tablespaces in true 7x24 environments
that cannot afford even a brief outage due to media failure.
If data protection for the temporary tablespaces is deemed necessary,
then it must be provided by the hardware rather than by software,
and preferably via mirroring rather than RAID-5, to ease its performance cost.
File-system based tempfiles
File-system based tempfiles are typically sparse.
This means that although operating system utilities like ls show the intended full size of the tempfile,
no file-system space is allocated to blocks that have never been used.
If the file-system space is then exhausted by other files, it is possible for writes to the tempfile to fail with ORA-07248 errors.
To avoid this, file system based tempfiles should be preallocated as dense files and the REUSE keyword specified during tablespace creation.
Existing sparse tempfiles can be made dense by copying and restoring the file while the instance is down
using standard operating system utilities like cp, dd or tar.
Of course, tempfiles should be raw, so this concern should not arise.
|
Copyright © Ixora Pty Ltd
|
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Right Thing
`Prev `__
R
`Next `__
--------------
**Right Thing**: n.
That which is *compellingly* the correct or appropriate thing to use,
do, say, etc. Often capitalized, always emphasized in speech as though
capitalized. Use of this term often implies that in fact reasonable
people may disagree. “What's the right thing for LISP to do when it sees
(mod a 0)? Should it return **a**, or give a divide-by-0 error?” Oppose
`*Wrong Thing* <../W/Wrong-Thing.html>`__.
--------------
+------------------------+----------------------------+------------------------+
| `Prev `__ | `Up <../R.html>`__ | `Next `__ |
+------------------------+----------------------------+------------------------+
| RFE | `Home <../index.html>`__ | rip |
+------------------------+----------------------------+------------------------+


First results for alternating projection acceleration
07 Dec 2016- Plane search does not obey fejer monotonicity
- Surprisingly, initial evidence implies that the heavy ball method only hurts. This is of course not a conclusion, but rather an anecdotal observation.
- QP (mem == 2) + overprojection seems to work decently well. Is the QP projection cheap? Probably. Closed form? Maybe.
The baseline algorithms:
- Alternating projections
- Alternating projections with heavy-ball momentum
The state-of-the-art:
- Dykstra
What did I try?
Problem set-up:
- 1500-dimensional variable
- Affine constraint with random matrix \in , 1% sparsity.
- , constrained to be in the second-order cone.
(1) A plane search:
are a finite number of previous iterates that were on the affine set, the convex cone. It turns out that performing this plane search produces sequences that are not Fejer monotonic!
(2) Halfpsace Outer Approximation (HOA)
I used the most recent halfspaces generated by projecting onto the convex sets, and obtained the next iterate by projecting onto the intersection of these sets. This works “fairly well.” It works “better” than Dykstra’s if we only look at the number of iterations. Of course, the number of iterations isn’t a “good” metric, but it’s a start. Even small () works well.
(3) HOA with randomly accepting new hyperplanes.
I don’t understand this well yet, but I suspect there is something interesting here.
(4) HOA with momentum
Anecdotally, momentum “helps” with respect to the number of iterations. Over-projecting seems to be more useful than interpolating between the previous velocity and the current one. Again, very anecdotal evidence.
Future work and experiments
(0) Write-up what I’ve done and learned this quarter and send it to Prof. Boyd.
(1) Anneal the momentum (say by a factor of , the # of iterations)?
(2) Flip a p-biased coin to decide whether or not to oveproject
(3) Flip a p-biased coin and overproject by a lot
(4) Take advantage of short-and-fat matrix structure, if it arises
(5) Project onto random subsets of equality constraints
(6) Test on the homogeneous self-dual embedding of a cone program (SCS).
Questions for Professor Boyd
(1) Does a closed-form projector onto the intersection of two halfspaces exist, and/or can it be computed cheaply by some means?
(2) Why is the optimal value returned by CVXPY inaccurate? (roughly 10e-2 precision.)
(3) Lots of stuff I want to try empirically. If anything stands out, will go forward with theoretical analysis. HOA + momentum seems the most promising right now. Does that sound good?
(4) Logistics for continuing the work next quarter? Is an independent study still possible? I think I have sufficient momentum now to carry me forward. Will you be reachable by email? (If not, that’s totally understandable!)
(5) I’m still very much interested in TA-ing convex in the spring, if the offer still stands.


Finance Demo is an application that shows how users can easily sign in to a Website with the POL Identity Platform.
Finance Demo is integrated with the POL Identity Platform via the new Federation Capability.
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Family devastated by soldier's loss
The devastated family of an army captain found dead in the Brecon Beacons have paid tribute to him.
Police are investigating the death of Captain Rob Carnegie, whose body was found at Corn Du, Storey Arms, in the Welsh mountain range.
A Dyfed Powys Police spokeswoman confirmed that what is being treated as a "sudden death" was reported at 9.42pm on Saturday.
Capt Carnegie, who is from Dublin, was a member of the Royal Signals.
"We are devastated by the loss of Rob who was a loving son, brother and uncle," his family said in a brief statement issued by the British Ministry of Defence.
"He died doing the job he loved as an officer in the British Army."
An Army spokesman added: "It is with great sadness that we can confirm that Capt Rob Carnegie has died in an incident in the Brecon Beacons.
"The soldier's family have been informed and are being supported. Our thoughts are with them at this difficult time.
"As is normal in circumstances such as this, the incident is being investigated and it would be inappropriate to comment further."
Press Association


Нуса–Пенида
by PikvushaPHOTOGRAPHY
Jord Hammond is a travel photographer and storyteller from the UK. Check out his photos, buy his presets, read his photography travel blogs and more here.jordhammond.com
© jordhammond
PHOTOGRAPHY
Jord Hammond is a travel photographer and storyteller from the UK. Check out his photos, buy his presets, read his photography travel blogs and more here.jordhammond.com
© jordhammond


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"ADRIA "(Acts 27:27; R.V., “the sea of Adria”), the Adriatic Sea, including in Paul’s time the whole of the Mediterranean lying between Crete and Sicily. It is the modern Gulf of Venice, the Mare Superum of the Romans, as distinguished from the Mare Inferum or Tyrrhenian Sea.
"ADRIA "(Acts 27:27; R.V., “the sea of Adria”), the Adriatic Sea, including in Paul’s time the whole of the Mediterranean lying between Crete and Sicily. It is the modern Gulf of Venice, the Mare Superum of the Romans, as distinguished from the Mare Inferum or Tyrrhenian Sea.


FUNERAL MASS (option B)
Outside the Easter Time
ENTRANCE ANTIPHON
May the Lord
open to him (her)
the gates of
COLLECT
O God, who are mercy for sinners and the happiness of your Saints, give, we pray, to your servant N., for whom (today) we perform the fraternal offices of burial, a share with your chosen ones in the blessedness you give, so that on the day of resurrection, freed from the bonds of mortality, he (she) may come before your face. Through our Lord Jesus Christ, your Son, who lives and reigns with you in the unity of the Holy Spirit, one God, for ever and ever.
Or:
O God, who have set a limit to this present life, so as to open up an entry into eternity, we humbly beseech you, that by the grace of your mercy you may command the name of your servant N. to be inscribed in the book of life. Through our Lord Jesus Christ, your Son, who lives and reigns with you in the unity of the Holy Spirit, one God, for ever and ever.
PRAYER OVER THE OFFERINGS
Be near, O Lord, we pray, to your servant N., on whose funeral day we offer you this sacrifice of reconciliation, so that, should any stain of sin have clung to him (her) or any human fault have affected him (her), it may, by your loving gift, be forgiven and wiped away. Through Christ our Lord.
PREFACE of Christian Death I-V
COMMUNION ANTIPHON
We await a
saviour, the Lord Jesus Christ, who will change our mortal bodies, to conform
with his glorified body.
PRAYER AFTER COMMUNION
Grant, we
pray, almighty God, that your servant N., who (today) has journeyed
from this world, may by this sacrifice be cleansed and freed from sin and so
receive the everlasting joys of the resurrection. Through Christ our Lord.


slugify
generate human-readable slugs from any ordinary string
The slug is used to construct friendly url, slug is easy to write, easy to understand and descriptive.
The slug has the characteristic to be formed by words divided by a separator, usually the dash (-).
A url with slug will then be much easier to interpret by a web surfer to click on that link.
Based on
VueJs
. CSS framework based on
Boolma
. Web fonts from
Google
.


They were implemented avoiding fancy class hierarchies to keep the code as simple as possible. Thus most of the functionality is realized using static methods with parameters of ordinary types. This guarantees a high reusability of the code and allows an easy integration into new projects. A further benefit of this ascetic java-programming-style is that it helps to minimize internal dependencies which allows to use this code easily as a blueprint for further developments.


After about 2 weeks of research, I decided to get 1/2 gram of powdered 5-MeO-AMT. I received it the next day, yet waited a full 3 more days to try it, wanting to make sure I had read as much as possible beforehand.
I had read that 5-MeO-AMT isn't soluble in anything but Bacardi 151 or pure grain alcohol, so I headed to the store and bought a full bottle of the vile liquor and an 10ml oral syringe (the type that is used to administer medicine to babies) and a small, dark tupperware dish for storage.
I didn't have an accurate enough scale required for something like 5-MeO-AMT, so I used the 'liquid measure' technique. Using the oral syringe, I measured out 200mL of Bacardi 151 into my small tupperware dish. I then emptied the 500mG of 5-MeO-AMT into the liquid, and stirred for a full minute, fully dissolving all of the powder into the alcohol. I let it sit overnight in a cool, dark closet...checked 24 hrs later, and all of the chemical was still fully mixed in with the Bacardi. This solution will netted me 2.5mG of 5-MeO-AMT per mL of Bacardi 151.
I decided to take a small dose...approximately 3mg to start with since I'm new to research chemicals. I simply measured the 1.2mL into my oral syringe, and squirted it in my mouth. The taste wasn't bad at all, the Bacardi covered up any noticeable chemical taste whatsoever. I was fully relaxed at the time, alone in my house with most of the lights down, no music playing and the TV on in the background for noise like I usually have it. Just for reference, I'm a 25 year old white male.
T+0:00 Took 3mG of 5-MeO-AMT orally. Was not on any other drugs at the time, and taking no prescription medicines. Took on a nearly empty stomach. (3:30pm)
T+4:00 Not feeling anything. Haven't had any of the reported nausea, vomiting or diarrhea reported by other users.  Big mistake.
T+5:00 Starting to get some stomach pains, lower abdominal. Mild diarrhea for about 30 minutes...took some Pepto Bismol, felt better. Starting to sweat a little bit...took a cool shower which helped. Noticed in my shaving mirror that my pupils are wildly dilated. Also, noticing some enhanced visual & tactile sensations. Water feels good on my skin, almost like an MDMA trip...certain lights & shapes are catching my attention from the corner of my eye. Just above threshold at this point.
T+6:00 Try to play video games on my computer...can't concentrate on them though. Decide to lay down...feeling very anxious and 'speedy'. Watched TV for a couple of hours...no visuals or other sensations at this point. No stomach aches. Just wired. Thoughts are racing from one subject to another.
T+7:00 Talk to my Girlfriend on the phone for a couple of hours. She doesn't notice anything, and I didn't mention anything about the 5-MeO-AMT.
T+12:00 Finally able to fall asleep at 3:30am.
In retrospect, I see a lot of potential with this chemical. Next time, I'm going to increase my dosage by at least 50%, to around 4.5 or 5mg and see how that works. Plan on working my way up slowly until I find a dose that works for me.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% load static %}
Gym Management System
Gym Management System
{% if not request.user.is_staff %}
Home
About
Contact
{% endif %} {% if request.user.is_staff %}
Home
Enquiry
Add Enquiry
View Enquiry
Plan
Add Plan
View Plan
Equipment
Add Equipment
View Equipment
Member
Add Member
View Member
Logout
{% endif %}
{% block body %} {% endblock %}


{{ define "main"}} Page not found Sorry, but we could not find the page that you are looking for. Go to the homepage {{ range $index, $element := $.Site.Data.helloworld }} In the meantime, this is how you write a Hello World for {{.language}}: {{.code}} {{ end }} {{ end }} {{ define "js" }} {{ end }}
Sorry, but we could not find the page that you are looking for. Go to the homepage
In the meantime, this is how you write a Hello World for {{.language}}:
{{.code}}


The Avatar Group displays a number of avatars which act as a digital representation of the user. It is useful for visually showcasing a team, project team members, or employees for example.


The GraphGrabber page
GraphGrabber is a simple program to obtain coordinates/data from a scanned
image or graph.
This text is the entire manual; below is the link to download
the program.
About GraphGrabber
GraphGrabber is a simple program to determine
the coordinates of points in a bitmap. It has been designed with the aim to load
a scanned chart, define the horizontal and vertical axis, and then determine the
values for data points in the chart. Yet it can be used for any type of
determining coordinates in an image.
Installation:
Place the program in a directory you see fit. The
program has no registry settings, drivers or otherwise that need to be installed
elsewhere. Some settings are stored in a configuration (graphgrabber.ini) file.
If you delete this file, the program will make a new one the next time the
program is started.
Operation:
Load a bitmap. Define the first coordinate axis (x-axis)
by drawing a line, starting at the origin. Move the mouse pointer to the origin, press
the left button down, keep it pressed, and drag along the x-axis to the end point of the axis, after
which the button can be released.
Define the second axis (y-axis) by
clicking the end point of the y-axis. The drawing of the line is automatic.
Define the numerical value of the origin and the end points in the panel
on the top. Axes need not be perpendicular, nor need the image be aligned to
the window. You can change the axes by repeating this procedure. Once your axes
are at the right location, click the 'Grab Data' tab, and then click on the
points of which you want to know the coordinates.
Some default settings
may be changed by editing the GraphGrabber.ini file, such as default open- and
savedirectory, default numerical values for the axes, and the format of the
output of coordinates. Good luck.
Shortcuts:
<ctrl> + d = delete all data
<ctrl> + c =
copy data to clipboard
<ctrl> + t = toggle tabs
Licence:
GraphGrabber is © 2000 - 2016 P.J. van der Wolk. You may use it under the Clear BSD licence.
On the programming:
GraphGrabber is written in Lazarus.
Version history
0.33 Rewritten in Lazarus / free pascal, overhaul of interface
0.31 release (27-09-00):0.28k intermediate release for bugfix
0.20 release: added shortcut keys
0.10 initial release


Normally we perform our database connection at server side with PHP and PDO for example. In this post I will show a simple technique to send queries to our database (PostgreSql in this example) asynchronously using node.js and socket.io.
The idea is pretty straightforward. We will send the SQL string and the values with a WebSocket and we will execute a callback in the client when the server (node.js script) fetches the recordset.
Our server:
var pg = require('pg');
var conString = "tcp://user:password@localhost:5432/db";
var client = new pg.Client(conString);
client.connect();
var io = require('socket.io').listen(8888);
io.sockets.on('connection', function (socket) {
socket.on('sql', function (data) {
var query = client.query(data.sql, data.values);
query.on('row', function(row) {
socket.emit('sql', row);
});
});
});
And our client:

select * from users

select * from users where uid=$1

Simple, isn’t it? You must take care if you use this script at production. Our database is exposed to raw SQL sent from the client. It’s a concept example. Maybe it would be better not to send the SQL. Store them into key-value table in the server and send only an ID from the browser.
What do you think?


so random text to fix my code.Freecodecamp together with microverse is making a difference in the programming world.Hacker rank helps me with algorithms and problem solving skills that i need to become a great programmer that i am meant to be.
so random text to fix my code.Freecodecamp together with microverse is making a difference in the programming world.Hacker rank helps me with algorithms and problem solving skills that i need to become a great programmer that i am meant to be.
so random text to fix my code.Freecodecamp together with microverse is making a difference in the programming world.Hacker rank helps me with algorithms and problem solving skills that i need to become a great programmer that i am meant to be.


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A-Plan will build a dream schedule for you.
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|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object | +--java.io.OutputStream | +--javax.servlet.ServletOutputStream | +--org.apache.catalina.util.ssi.ServletOutputStreamWrapper
Class that extends ServletOuputStream, used as a wrapper
from within SsiInclude
ServletOutputStream
| Constructor Summary | |
ServletOutputStreamWrapper()
Construct a new ServletOutputStream |
| Method Summary | |
void |
write(int b)
Write to our buffer |
void |
writeTo(java.io.OutputStream out)
Write our stream to the OutputStream provided. |
| Methods inherited from class javax.servlet.ServletOutputStream |
print, print, print, print, print, print, print, println, println, println, println, println, println, println, println |
| Methods inherited from class java.io.OutputStream |
close, flush, write, write |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
public ServletOutputStreamWrapper()
| Method Detail |
public final void writeTo(java.io.OutputStream out) throws java.io.IOException
OutputStream
provided.
out
- the OutputStream to write this stream to
java.io.IOException
- if an input/output error occurspublic final void write(int b)
write
in class java.io.OutputStream
b
- The parameter to write
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| database_info.ts | 100% | 20/20 | 100% | 7/7 | 100% | 7/7 | 100% | 18/18 | |
| event_manager.ts | 100% | 123/123 | 94.12% | 48/51 | 100% | 21/21 | 100% | 115/115 | |
| firestore_client.ts | 90.35% | 103/114 | 37.5% | 3/8 | 88.24% | 30/34 | 89.22% | 91/102 | |
| query.ts | 96.05% | 316/329 | 93.06% | 161/173 | 100% | 64/64 | 95.82% | 298/311 | |
| snapshot_version.ts | 100% | 24/24 | 100% | 0/0 | 100% | 10/10 | 100% | 23/23 | |
| sync_engine.ts | 99.57% | 232/233 | 93.48% | 43/46 | 100% | 57/57 | 99.55% | 219/220 | |
| target_id_generator.ts | 100% | 22/22 | 100% | 8/8 | 100% | 6/6 | 100% | 19/19 | |
| timestamp.ts | 100% | 43/43 | 100% | 6/6 | 100% | 11/11 | 100% | 41/41 | |
| transaction.ts | 96.83% | 61/63 | 86.36% | 19/22 | 100% | 15/15 | 96.61% | 57/59 | |
| types.ts | 100% | 4/4 | 100% | 2/2 | 100% | 1/1 | 100% | 4/4 | |
| version.ts | 100% | 2/2 | 100% | 0/0 | 100% | 0/0 | 100% | 2/2 | |
| view.ts | 97.83% | 135/138 | 95.6% | 87/91 | 100% | 19/19 | 97.73% | 129/132 | |
| view_snapshot.ts | 88.71% | 55/62 | 79.17% | 38/48 | 100% | 10/10 | 88.33% | 53/60 |


All articles tagged with games (sorted by last update, oldest on top):
Comment via email or via Disqus comments below:


Here is some text with italics.
This is two lines of
italics.
Here is some bold text.
Here are bold italics and more bold italics.
This is fixed-width font.
This is strike thru text.
This is underlined text.
This is SMALL CAPS text.
Put a class on text.
Can you solve this: x12 = 4.
How about this: x2 = 42.
The red text.
And more red text.
larger text
80% of current size
100% of current size
What does this do?


The Web: How Does it Work?
Class Resources
Class Slides
W3 Markup Validator
W3C
CodePen Exercise Link


Difficulty: Easy
Vector mathematics allows for simpler equtions and faster calculations. This is possibly the most important piece of a ray-tracer.
It's important to know how the screen will render the images. This will go over how the field of view comes into play with future calculations.
Difficulty: Intermediate
Click here to learn how the line-sphere intersection is calculated.
After intersecting an object, a ray reflects and some light diffuses.
Difficulty: Hard
Quaternions are 4 dimensional numbers with special multiplication rules that allow for 3 dimensional rotations on any axis.


-
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ROOMS
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We are perfectly placed in a serene and quiet enviroment outside ths buzles and hustles of town.
Our elegant spacious rooms designed with the comfort of our guests in mind that allows them to enjoy their stay.
DINE
Our meals vary from the Buffet to A'lacarte.
Other array of Cuisines served include Continental, African Dishes, Indian Cuisine and Live Chinese station
Specialty: Vegetarians and tailor made special diets.
EVENTS
We have over 10 well equipped meeting rooms and a huge choice of sizes and a dedicated meetings and events team on ground
we offer some of the best event facilities
- Contacts
home
Meals offered
breakfast
- omeletes
- eggs galore
- sandwiches
- toast and sausages
Testimoniasl
Chris adams customer
delicious meals.
Annet Maganga customer
best place to be


hello!
- My name is Zaid Nusair
- I am 26 years old.
- I live in Irbid, Jordan.
- I have a bachelors degree in engineering from JUST.
- I volunteered in different organization which helped me a lot on both ; profissional and personal levels.
- I also did an internship for company called JICA.
- I am curruntly inrolled in a software development course and possibly changing career paths.
- Some of my hobbies are; playing guitar, boxing, swimming, reading and binge-watching series.
Top 10 places i would like to visit
- British Virgin Islands.
- Santorini.
- St. Lucia.
- Prague.
- Rio de Janeiro.
- Great Barrier Reef.
- Costa Rica.
- Amalfi Coast.
- Bora Bora.
- Phuket.


| DOSE: |
500 mg |
oral |
Tyrosine |
(pill / tablet) |
| |
3000 mg |
oral |
Tyrosine |
(pill / tablet) |
| |
1000 mg |
oral |
Tyrosine |
(pill / tablet) |
I bought a bottle of Tyrosine, 100 pills of 500mg each, for about $15.
Here are the three experiences
Experience one: at 500mg
I took one pill to test out the strength of the dosage, then went and worked out with my usual calisthenics routine in the park along with my friend J. He noticed that I was unusually loud, commanding, and overall more irritable than usual. I definitely noticed a difference in perception. When I came home, M (my other friend) said that he could tell that I was high, from my abnormally hyperactive behavior, excessive talking, and bouncing around like a little kid.
Experience two: at 3000mg
The very next day, I decided to take 6 pills to see what happens. T came to pick me up. We hung out for a while, which all seemed normal. We talked for hours about monetary society, like we were planning on blowing the whistle on government policy. I'm not usually open to secular discussions, but this one intrigued me. T is a psychology and law major, so it was different to converse on his knowledgeability, rather than 'chill' and find girls to get drunk with. Tapping into information without distraction was so second nature, that I didn't realize how long we talked until a few days later when I saw T again. Basically, I didn't know I was high until I wasn't high anymore.
Experience three: at 1000mg
This occured (actually today) a few weeks after experience two. Took 2 pills at 11:30am and went to my appointment at the hospital which was a medical assessment by New York City to see if I'm competant enough to work, or if I need to continue receiving public assistance. Arrived at 1pm. Waited a very long time to be seen by three different groups of people. Usually, whenever I have one of these social services meetings, it is extremely annoying, boring, and it drives me crazy. This time was different.
I had the urge to be communacative with every person I encountered, which made the day fun (for the most part,) and all the females that worked at the hospital were flirting with me, which was MORE fun. One girl said that I reminded her of Johnny Depp, while two others said that they liked me because I was making them laugh. All the while, I have a feel-good smile across my face. I've heard that enthusiasm is contagious, so maybe that's why they felt there was a connection betwixt us.
I finished the evaluations and left at 6pm. By 11:30pm that night I was drained, mildly apathetic, and uncomfortable talking. The effects were similar to a cocaine crash but not at all as drastic. I went to sleep easily by 12am or so, and woke two hours later at 2am, being adequately able to write this report youre reading now.
Conclusions:
Tyrosine is a great alternative to medical treatment. (pun)
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Don't reinvent the wheel
APICheck is an environment for integrating existing HTTP APIs tools and create execution chains easily
--- permalink: / layout: default ---
APICheck is an environment for integrating existing HTTP APIs tools and create execution chains easily


After motivating the introduction of the so-called hybridizable discontinuous Galerkin (HDG) methods, we give an overview of their development since their inception. This will be done in the framework of steady-state diffusion problems. Extensions to other problems will be also reviewed.
We present an overview on analysis and implementation
of high order, in particular hp, Finite Element Methods (FEM),
with particular attention to
a) singular solutions,
b) analytic regularity theory, and
c) exponential convergence rate bounds of DG and CG versions of hp-FEM in three dimensions.
d) Recent results and ongoing research on exponential convergence of
quantized tensor-train (QTT)
formatted first order FEM based on a) , b) and c) will also be given.
a,b,c) are joint work with Dominik Schoetzau (Vancouver) and Thomas Wihler (Bern), d) is joint work with Vladimir Kazeev (Geneva)
We introduce a family of preconditioners for linear systems of equations arising from a symmetric Interior Penalty Discontinuous Galerkin (IP-DG) discretization of Hcurl(Ω)-elliptic boundary value problems. The design and analysis of the preconditioners relies on the auxiliary space method (ASM) employing an auxiliary space of Hcurl(Ω)-conforming finite element functions together with a relaxation technique. We analyze the asymptotic convergence of the proposed preconditioners addressing specifically the robustness of the solvers with respect to jumps in the coefficients of the second and zeroth order parts of the operator, respectively. Extensive numerical experiments are included to verify the theory and asses the performance of the preconditioners.
Joint work with RalfHiptmair and Cecilia Pagliantini from ETH, Zürich.
Simulation of flow and transport processes in porous media provides a formidable challenge and application field for high-performance computing. Relevant continuum-scale models include partial differential equations of elliptic, parabolic and hyperbolic type which are coupled through highly nonlinear coefficient functions. The multi-scale character and uncertainties in the parameters constitute an additional level of complexity but provide also opportunities for high-performance computing.
This talk will focus on the efficient solution of porous media flow problems with discontinuous Galerkin methods. For the fast solution of the linear systems arising in the elliptic flow equation a hybrid preconditioner based on subspace correction in the conforming finite element subspace is employed. The transport equation is solved with explicit methods as part of an operator splitting scheme for the coupled system. The performance of the implementation based on the sum factorization approach is assessed and computational results for unstable flows in porous media are presented.
Depending on how each equation in the Maxwell system is treated (weakly or strongly), one gets a proliferation of variational formulations for a single electric cavity boundary value problem. We will show that stability of one variational formulation implies the stability of all others. Then we discuss the stability of their DPG discretizations.
My collaboration with Dominik started over ten years ago, when we considered preonditioners for the saddle-point formulation of the time-harmonic Maxwell equations. The mathematical problem is fascinating, and the discrete Helmholtz equation does magic that allowed us to develop an effective block preconditioner, and some matrix analysis to go along with it. It's been fun to work together ever since. Recently, my student Ron Estrin and I have taken a broader look at the algebraic properties of the class of nonsingular saddle-point matrices whose leading block is maximally rank deficient, and have found that the inverse in this case has unique mathematical properties. This allows for developing a class of indefinite block preconditioners that rely on approximating the null space of the leading block. The preconditioned matrix is a product of two indefinite matrices, but under certain conditions the conjugate gradient method can be applied and is rapidly convergent. Spectral properties of the preconditioners are observed and validated by numerical experiments.
The accurate and reliable simulation of wave phenomena is of fundamental importance in a wide range of engineering and medical applications such as seismic tomography, wireless communication, ultrasound imaging, and non-invasive testing. To address the wide range of difficulties involved, we consider symmetric interior penalty discontinuous Galerkin (IP-DG) methods for the wave equation (Grote, Schneebeli, Schötzau, 2006, 2009), which easily handle elements of various types and shapes, irregular non-matching grids, and even locally varying polynomial order. Moreover, in contrast to standard (conforming) finite element methods, IP-DG methods yield an essentially diagonal mass matrix; hence, when coupled with explicit time integration, the overall numerical schemes remain truly explicit in time.
Local mesh refinement severely impedes the efficiency of explicit time-stepping methods for numerical wave propagation. Local time-stepping (LTS) methods overcome the bottleneck due to a few small elements by allowing smaller time-steps precisely where those elements are located. Yet when the region of local mesh refinement itself contains a sub-region of even smaller elements, any local time-step again will be overly restricted. To remedy the repeated bottleneck caused by hierarchical mesh refinement, multilevel local time-stepping methods are proposed, which permit the use of the appropriate time-step at every level of mesh refinement. Based on the LTS methods from Diaz and Grote (2009), these multi-level LTS methods are explicit, yield arbitrarily high accuracy and conserve the energy.
Motivated by boundary value problems from magneto-hydrodynamics we study advection problems for differential forms. They are stated in terms of the Lie derivative in a given velocity field. They also represent a family of transport problems, of which scalar advection is one member.
Inspired by successful schemes devised for the scalar case we pursue a stabilized Galerkin approach in the spirit of discontinuous Galerkin methods with upwind numerical flux. We note that even if the solution is approximated by means of discrete differential forms, jump terms across interelement faces have to be retained for non-scalar problems, and they hold the key to stability. Rigorous a priori convergence estimate are provided for the stationary problem and for Lipschitz continuous velocity fields.
For discontinuous velocities, existence of solutions of is open beyond the scalar case. However, an extension of a stabilized Galerkin scheme performs well in numerical experiments also in this case.
In this talk we consider the hp-version interior penalty discontinuous Galerkin method (DGFEM) for the discretization of second order elliptic partial differential equations on general computational meshes consisting of polygonal/polyhedral elements. By admitting such general meshes, this class of methods allows for the approximation of problems posed on com- putational domains which may contain a huge number of local geometrical features, or micro-structures. While standard numerical methods can be de- vised for such problems, the computational effort may be extremely high, as the minimal number of elements needed to represent the underlying domain can be very large. In contrast, the minimal dimension of the underlying (composite) finite element space based on general polytopic meshes is inde- pendent of the number of geometric features. Here, we consider both the a priori and a posteriori error analysis of this class of methods, as well as their application within Schwarz-type domain decomposition preconditioners.
This is joint work with Paola Antonietti (MOX, Milan), Andrea Cangian (Leicester), Joe Collis (Nottingham), Zhaonan Dong (Leicester), Manolis Georgoulis (Leicester) and Stefano Giani (Durham).
We consider the approximation of solutions of singularly perturbed elliptic equations. Two classes are studied. The first class consists of elliptic-elliptic problems. There, the classical Galerkin approximation is optimal in the so-called energy norm, which is, however, so weak that features within the layer are not well resolved. We show that robust exponential convergence of a high order FEM on suitable meshes is achieved also in a stronger, ``balanced'' norm. This latter norm is balanced in the sense that layer contributions are of size $O(1)$ uniformly in the perturbation parameter. The second class consists of systems of singularly perturbed ODEs of elliptic-hyperbolic type with multiple scales. We discuss well-posedness of the variational formulations and robust convergence of an $h$-version Discontinuous Galerkin method on Shishkin meshes.
We introduce a generalization of the artificial compressibility method for approximation of the incompressible Navier-Stokes equations. It allows for the construction of schemes of any order in time that require the solution of a fixed number of vectorial parabolic problems, depending only on the desired order of the scheme. These problems have a condition number that scales like k h-2, with k being the time step and h being the spatial grid size. This approach has several advantages in comparison to the traditional pro- jection schemes widely used for the unsteady Navier-Stokes equations. First, it allows for the construction of schemes of any order for both, the veloc- ity and pressure, while the best proven accuracy achievable by a projection scheme is second order on the velocity and 3/2 order on the pressure. Second, the projection schemes require the solution of an elliptic scalar problem for the pressure that has a condition number of order h-2 in addition to a vectorial parabolic problem for the velocity. This makes them slower if iterative meth- ods are used to solve the linear systems. Third, the artificial compressibility schemes of second or higher order based on a defect correction approach pre- sented below have superior stability properties as compared to a second order projection scheme. Finally, we will discuss the approach for solving the linear system resulting from the momentum equation and more particularly, we will present an unconditionally stable scheme that treats the mixed derivatives in the grad div operator fully explicitly.
Following both theoretical analysis and extensive numerical testing, Trefftz Discontinuous Galerkin (TDG) methods have shown promise for efficiently solving time harmonic wave equations including the Helmholtz equation, Maxwell?s equations and Liner Elasticity. However, one drawback is that coefficients describing the physical medium (for example, refractive index) need to be piecewise constant. In some applications spatially dependent coefficients are encountered. In this talk I shall describe a technique for generating approximate local solutions of the Helmholtz equation with non-constant coefficients called Generalized Plane Waves. To use these functions with TDG requires a generalization of the standard TDG scheme. An error analysis will be described and numerical examples will be presented.
The response of the muscle-tissue unit (MTU) to activation and applied forces is affected by the architectural details as well as the material properties of this nearly-incompressible tissue. We will describe the (highly nonlinear) elastic equations governing this response for a fully three-dimensional, quasi-static, fully nonlinear and anisotropic MTU. We describe a three-field formulation for this problem, and present a DG discretization strategy. The scheme was implemented using {\tt deal.ii}. We present computational results about the effects of localized activation as well as the effects of fatty tissue on muscle response. This is joint with Sebastian Dominguez, Hadi Rahemi, David Ryan and James Wakeling.
In this talk we present a new mixed-type finite element method for the Navier-Stokes problem. This new method is based on the introduction of a modified pseudostress tensor depending nonlinearly on the velocity through the respective convective term. The pressure is eliminated by using the incompressibility condition. Next, the equations are augmented with Galerkin type terms arising from the constitutive and equilibrium equations, and from the Dirichlet boundary condition. In this way, we propose an augmented mixed method for the fluid flow problem where the only unknowns are given by the aforementioned modified pseudostress and the velocity. Further variables of interest, such as the fluid pressure, the fluid vorticity and the fluid velocity gradient, can be easily approximated as a simple postprocess of the finite element solutions with the same rate of convergence. Then, the classical Banach’s fixed point Theorem and Lax-Milgram’s Lemma are applied to prove well-posedness of the continuous problem. Similarly, we establish well-posedness and the corresponding Cea’s estimate of the associated Galerkin scheme considering any conforming finite element subspace for each unknown. In particular, the associated Galerkin scheme can be defined by employing Raviart-Thomas elements of degree k for the nonlinear-pseudostress tensor, and continuous piecewise polynomial elements of degree k + 1 for the velocity, which leads to an optimal convergent scheme. Finally, we extend our analysis to the Navier-Stokes problem with variable viscosity and the Boussinesq equations.
A space-time discontinuous Galerkin method for wave propagation problems will be presented and analysed. The special feature of the scheme is that it is a Trefftz method, namely that trial and test functions are solution of the partial differential equation to be discretised in each element of the (space-time) mesh.
For acoustic and electromagnetic wave equations in one space dimension, we prove stability of the method, quasi-optimality, best approximation estimates for polynomial Trefftz spaces, and high order error bounds in the meshwidth and in the polynomial degree. The analysis framework also applies to the case of higher space dimensions. Some numerical experiments demonstrate the theoretical results and the faster convergence compared to the non-Trefftz version of the scheme.
These results have been obtained in collaboration with Fritz Kretzschmar (TU Darmstadt), Andrea Moiola (University of Reading), and Sascha M. Schnepp (ETH Zurich).
In this talk I will present some preliminary results on the use of an HDG method for the simulation of elastic waves. I will show how the Qiu and Shi choice of spaces and stabilization parameters for an HDG scheme applied to quasi-static elasticity also apply for time harmonic elastic waves, providing a superconvergent method. I will next discuss a conservation of energy property that holds in the transient case when the elasticity equations are semidiscretized in space with the same HDG strategy.
This work is a collaboration with Allan Hungria (University of Delaware) and Daniele Prada (Indiana University Purdue University at Indianapolis)
We consider stabilized mixed finite element methods for the Stokes problem. Previous error analysis of these methods have assumed that the solution is smooth. Using a technique of T. Gudi we now derive a quasioptimal error estimate, i.e. we show that the error is bounded by the interpolation error and an data oscillation term. In addition, we derive an residual based a posteriori error.
We consider continuous and discontinuous Galerkin time stepping methods of arbitrary order as applied to nonlinear initial value problems in real Hilbert spaces. We develop new techniques to prove general Peano-type existence results for discrete solutions. In particular, our results show that the existence of solutions is independent of the local approximation order, and only requires the local time steps to be sufficiently small (independent of the polynomial degree). The uniqueness of (local) solutions is addressed as well. In addition, our theory is applied to finite time blow-up problems with nonlinearities of algebraic growth. For such problems we develop an adaptive time step algorithm for the purpose of numerically computing the blow-up time, and provide a convergence result.


In mathematical analysis, an improper integral is the limit of a definite integral as an endpoint of the interval(s) of integration approaches either a specified real number, {\displaystyle -infinity to +infinity or in some instances as both endpoints approach limits. Such an integral is often written symbolically just like a standard definite integral, in some cases with infinity as a limit of integration. Specifically, an improper integral is a limit of the form:
\[{\displaystyle \lim _{b\to \infty }\int _{a}^{b}f(x)\,dx,\qquad \lim _{a\to -\infty }\int _{a}^{b}f(x)\,dx,}\]
By abuse of notation, improper integrals are often written symbolically just like standard definite integrals, perhaps with infinity among the limits of integration. When the definite integral exists (in the sense of either the Riemann integral or the more advanced Lebesgue integral), this ambiguity is resolved as both the proper and improper integral will coincide in value.
Often one is able to compute values for improper integrals, even when the function is not integrable in the conventional sense (as a Riemann integral, for instance) because of a singularity in the function or because one of the bounds of integration is infinite.
a. When upper limit is infinity
\[\int_a^{\infty} f(x) \,dx\space =\space \lim_{t->\infty} \int_a^t f(x)\,dx \]
If the limit tends to a finite value the function converges else diverges
b. When lower limit is infinity
\[\int_{-\infty}^b f(x) \,dx\space =\space \lim_{t->-\infty} \int_t^b f(x) \,dx\]
If the limit tends to a finite value the function converges else diverges
c. When both the limits are infinity
\[\int_{-\infty}^{\infty} f(x) \,dx\space =\space \int_{-\infty}^c f(x)\,dx\space +\space \int_c^{\infty} f(x)\,dx \]


Matthew Thomas Fitzpatrick is an English professional golfer. His biggest achievement as an amateur was winning the 2013 U.S. Amateur.
His first professional win was in the 2015 British Masters. In April 2016, Fitzpatrick competed at the 2016 Masters Tournament, finishing tied for the 7th place;
in June, he won the 2016 Nordea Masters and reached the 32nd place in the Official World Golf Ranking, his best position to date. Thanks to his results on the
2015 and 2016 seasons of the European Tour he obtained an automatic selection for the 2016 Ryder Cup.
In November 2016, Fitzpatrick won the DP World Tour Championship, Dubai by one shot over Tyrrell Hatton. This was the third and biggest win of his career.
In 2015, Under Armour and Fitzpatrick agreed to a contract.


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Dropped out of a Computer Science course over a year ago and now I've rebuilt my love for coding.


--- layout: post status: publish published: true title: '
We have an interview episode for you this week. This episode is pre-recorded because I am currently in Las Vegas at New Media Expo for the 9th Annual Podcast Awards. Thanks to all of our dedicated listeners, we are a finalist in the Sports category. You can follow this Cubs fan's shenanigans in Las Vegas by liking us on Facebook or following @IvyEnvy on Twitter.
This is the first episode of 2014 and we thought it would be appropriate to talk about Wrigley Field, since the ballpark turns 100 years old in 2014. Dan Campana and Rob Carroll are the co-authors of the new book, Wrigley Field: 100 Stories for 100 Years. In this conversation, we talk about this ballpark that we love so much. We talk about what makes the ballpark special to not just Cubs fans, but all baseball fans.


Alex
Platinum member
House Type Apartment
Room No. 3
Address Level 1, 28 University Ave, Canberra, ACT 2600
Current Energy Plan
Retailor Name ActewAGL
Plan Name Home TOU - 15% off usage
Plan ID ACT106106MRE1
Tariff Type Time of use
Contract Period 1 year
Estimated price $ 1,720


Vektor Mean:
The vector mean of a circular distribution is the direction of the resultant length vector. It is defined as:


This is the least interesting thing to have ever happened in my life
This is the least interesting thing to have ever happened in my life
Posted by: Antonawawd
This is the least interesting thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have eve thing to have ever happened in my life
This is the least interesting thing to have ever happened in my life
This is the least interesting thing to have ever happened in my life
This is the least interesting thing to have ever happened in my life
This is the least interesting thing to have ever happened in my life
This is the least interesting thing to have ever happened in my life


(Adapted from Introduction to Programming with Java: A Problem-Solving Approach, Dean and Dean, McGraw-Hill.)
 Words that begin with a vowel are unchanged. Words that begin with a consonant have the starting consonant moved to the end of the word and “ay” is appended after the consonant. If the input is only the single letter “q” or “Q,” the program quits. Given the inputs “open,” “door,” and “q,” make the program produce the following display:
Sample session:
PIG LATIN WORD CONVERTER
Enter a word: open
In Pig Latin, that's "open"
Enter a word: door
In Pig Latin, that's "oorday"
Enter a word: q
I hope you enjoyed your porcine experience! Please come again.
Here is the algorithm:
print “Enter a word: ”
input line
while line is not equal to “q”
set okInput to true
step through characters in input line
if any one is not a letter
set okInput to false
print “Invalid input ─ can’t process this character” badCharacter
if okInput is still true
set pigWord to “”
if first character is a vowel
append first character to pigWord
set suffix to “”
else
set suffix to firstCharacter “ay”
append remaining characters to pigWord
append suffix to pigWord
print “in Pig Latin, that’s ” pigWord
ask for next word
print sign-off message


Head Blacksmith Opix:
What would Barbado like?
Well, I did hear him mention not too long ago that he wished he had something nice to wear to an event. Perhaps he would like a new outfit?


Your password and username combination are invalid.
Click here to return to the login page.
Click here to return to the home page.


Scope refers to where variables and functions are accessible, and in what context it is being executed. Basically, a variable or function can be defined in a global or local scope. Variables have so-called function scope, and functions have the same scope as variables.
In the picture below, the scope of the local variable is highlighted blue – it's the function where that var was defined. Any code inside that function can access (read and change) this variable. Any code outside it can't. It's local, so it's invisible from outside.
Variables defined in the white area are global. Their scope is the entire script. Which means that you can read and change them anywhere in your code.
To make things clear let’s use a simple metaphor. Every country in our world has frontiers. Everything inside these frontiers belongs to the country’s scope. In every country there are many cities, and each one of them has its own city’s scope. The countries and cities are just like JavaScript functions – they have their local scopes. The same is true for the continents. Although they are huge in size they also can be defined as locales. On the other hand, the world’s oceans can’t be defined as having local scope, because it actually wraps all local objects – continents, countries, and cities – and thus, its scope is defined as global.


New leader = replica in isr that's not being shutdown; New isr = current isr - shutdown replica; Replicas to receive LeaderAndIsr request = live assigned replicas
Essentially does nothing.
Select the new leader, new isr and receiving replicas (for the LeaderAndIsrRequest): 1.
This class represents the state machine for partitions.
Starts the partition reassignment process unless - 1.
Starts the preferred replica leader election for the list of partitions specified under /admin/preferred_replica_election -
New leader = preferred (first assigned) replica (if in isr and alive); New isr = current isr; Replicas to receive LeaderAndIsr request = assigned replicas
New leader = a live in-sync reassigned replica New isr = current isr Replicas to receive LeaderAndIsr request = reassigned replicas
This class represents the state machine for replicas.
This manages the state machine for topic deletion.


Haze wraps India's capital again as air quality plummets
NEW DELHI: Haze shrouded India's capital city again on Monday (Nov 11), with residents braving dangerous air quality to return to work after a weekend of clearer air and better weather.
The air quality index of the US Embassy in New Delhi stood at "hazardous" levels of 497 as of 0630 GMT, with levels of airborne PM 2.5 - particles that can reach deep into the lungs - touching nearly 700 in parts of the city.
That is more than 10 times the recommended safe limit of 60 for PM 2.5.
READ: Millions in Indian capital endure 'eye-burning' smog
READ: Key facts behind Indian capital's toxic smog
A dip in wind speed and temperature is making air denser, trapping pollutants and worsening air quality, said Vivek Chattopadhyay, a senior programme manager at New Delhi-based non-profit Centre for Science and Environment.
The city government of Delhi, a metropolis of over 20 million, is restricting the use of private cars until Nov 15 with an "odd-even" system - allowing cars on alternate days, depending on whether their licence plate ends in an odd or even number.
The scheme, which includes a two-day waiver for a religious festival, has helped little, prompting environmentalists to call for urgent action.
"The chief minister (of Delhi) needs to declare an emergency," said Bharati Chaturvedi, founder of the Chintan environmental advocacy group. "If this was the plague, he would have declared an emergency."
READ: Mothers-to-be fear for their unborn babies in smog-choked Delhi
Every year, as India's winter season approaches, farmers in Delhi's neighbouring Punjab and Haryana states, where agriculture is a mainstay, burn off rice field stubble in preparation for the sowing season.
The smoke from fields mixes with vehicle exhaust and construction dust, making Delhi the world's most-polluted capital.
India's Supreme Court last week chided authorities for their failure to curb the pollution and asked the city government, its neighbouring states and the federal government to work together to help improve air quality.


| Number of Classes | Line Coverage | Mutation Coverage |
|---|---|---|
| 10 | 99% | 97% |
| Name | Line Coverage | Mutation Coverage |
|---|---|---|
| AtomicInitializer.java | 88% |
67% |
| AtomicSafeInitializer.java | 100% |
75% |
| BackgroundInitializer.java | 100% |
95% |
| BasicThreadFactory.java | 100% |
100% |
| CallableBackgroundInitializer.java | 100% |
100% |
| ConcurrentUtils.java | 96% |
100% |
| ConstantInitializer.java | 100% |
90% |
| LazyInitializer.java | 100% |
100% |
| MultiBackgroundInitializer.java | 100% |
100% |
| TimedSemaphore.java | 100% |
97% |