Buttons communicate an action a user can take. They are typically placed throughout your UI, in places like dialogs, forms, cards, and toolbars.
You can use the button-component element, just like any other element:
button-component
Button


{% extends "layout.html" %} {% block page_title %} Money Claims Prototype {% endblock %} {% block proposition_header %} {% include "includes/propositional_navigation.html" %} {% endblock %} {% block content %} {% include "includes/phase_banner_beta.html" %} Back Before you start We're going to ask you if you want to bring witnesses and experts to court, in case the claim goes to a hearing.  Choose witnesses and experts You need to decide if you want witnesses and experts to support your case at a hearing. A witness is anyone who can give evidence about the claim, for example someone who saw work being done. An expert can be anyone with specialist knowledge, for example, a builder who can examine the quality of the work. You might have already hired an expert, or you could find one now. After you've chosen witnesses and experts Contact any witnesses and experts to find out: the cost of hiring the experts to give evidence for you any dates in the next 6 months when they can't appear in court any special assistance your witnesses or experts would need at the court, for example an interpreter or wheelchair access If the judge rules in your favour, they may order the other party to pay up to £750 of the amount you paid to hire experts. When you're ready to continue You can come back anytime and continue from your account. {% include 'prototypes/prototype-dec-2018/includes/contact.html' %} {% endblock %}
We're going to ask you if you want to bring witnesses and experts to court, in case the claim goes to a hearing.

You need to decide if you want witnesses and experts to support your case at a hearing.
A witness is anyone who can give evidence about the claim, for example someone who saw work being done.
An expert can be anyone with specialist knowledge, for example, a builder who can examine the quality of the work.
You might have already hired an expert, or you could find one now.
Contact any witnesses and experts to find out:
If the judge rules in your favour, they may order the other party to pay up to £750 of the amount you paid to hire experts.
You can come back anytime and continue from your account.


Hero is a library for building iOS view controller transitions. It provides a declarative layer on top of the UIKit’s cumbersome transition APIs—making custom transitions an easy task for developers.
Hero is similar to Keynote’s Magic Move. It checks the heroID
property on all source and destination views. Every matched view pair is then automatically transitioned from its old state to its new state.
Hero can also construct animations for unmatched views. It is easy to define these animations via the heroModifiers
property. Hero will run these animations alongside the Magic Move animations. All of these animations can be interactively controlled by user gestures.
At view controller level, Hero provides several template transitions that you can set through heroModalAnimationType
, heroNavigationAnimationType
, and heroTabBarAnimationType
. These can be used as the foundation of your custom transitions. Combine with heroID
& heroModifiers
to make your own unique transitions.
By default, Hero provides dynamic duration based on the Material Design Motion Guide. Duration is automatically determined by changes to distance and size—saving you the hassle, while providing consistent and delightful animations.
Hero doesn’t make any assumptions about how the view is built or structured. It won’t modify any of your views’ states other than hiding them during the animation. This makes it work with Auto Layout, programmatic layout, UICollectionView (without modifying its layout object), UITableView, UINavigationController, UITabBarController, etc…
Usage Example 1
View Controller 1
redView.hero.id = "ironMan"
blackView.hero.id = "batMan"
View Controller 2
self.hero.isEnabled = true
redView.hero.id = "ironMan"
blackView.hero.id = "batMan"
whiteView.hero.modifiers = [.translate(y:100)]
Usage Example 2
View Controller 1
greyView.hero.id = "skyWalker"
View Controller 2
self.hero.isEnabled = true
greyView.hero.id = "skyWalker"
// collectionView is the parent view of all red cells
collectionView.hero.modifiers = [.cascade]
for cell in redCells {
cell.hero.modifiers = [.fade, .scale(0.5)]
}
You can do these in the storyboard too!
Installation
CocoaPods
Add the following entry to your Podfile:
pod 'Hero'
Then run pod install
.
Don’t forget to import Hero
in every file you’d like to use Hero.
Carthage
Add the following entry to your Cartfile
:
github "HeroTransitions/Hero"
Then run carthage update
.
If this is your first time using Carthage in the project, you’ll need to go through some additional steps as explained over at Carthage.
Accio
Add the following to your Package.swift
:
.package(url: "https://github.com/HeroTransitions/Hero.git", .upToNextMajor(from: "1.4.0")),
Next, add Hero
to your App targets dependencies like so:
.target(
name: "App",
dependencies: [
"Hero",
]
),
Then run accio update
.
Swift Package Manager
To integrate using Apple’s Swift package manager, add the following as a dependency to your Package.swift
:
.package(url: "https://github.com/HeroTransitions/Hero.git", .upToNextMajor(from: "1.3.0"))
and then specify "Hero"
as a dependency of the Target in which you wish to use Hero.
Here’s an example PackageDescription
:
// swift-tools-version:4.0
import PackageDescription
let package = Package(
name: "MyPackage",
products: [
.library(
name: "MyPackage",
targets: ["MyPackage"]),
],
dependencies: [
.package(url: "https://github.com/HeroTransitions/Hero.git", .upToNextMajor(from: "1.6.2"))
],
targets: [
.target(
name: "MyPackage",
dependencies: ["Hero"])
]
)
Manually
- Drag the Sources folder anywhere in your project.
Documentations
Checkout the WIKI PAGES (Usage Guide) for documentations.
For more up-to-date ones, please see the header-doc. (use alt+click in Xcode)
Interactive Transition Tutorials
Interactive transitions with Hero (Part 1)
FAQ
Not able to use Hero transition even when self.hero.isEnabled
is set to true
Make sure that you have also enabled self.hero.isEnabled
on the navigation controller if you are doing a push/pop inside the navigation controller.
Views being covered by another matched view during the transition
Matched views use global coordinate space while unmatched views use local coordinate space by default. Local coordinate spaced views might be covered by other global coordinate spaced views. To solve this, use the useGlobalCoordinateSpace
modifier on the views being covered. Checkout Coordinate Space Wiki page for details.
Push animation is shown along side my custom animation
This is the default animation for navigation controller provided by Hero. To disable the push animation, set self.hero.navigationAnimationType
to .fade
or .none
on the navigation controller.
How do I use a different default animation when dismissing
You can use the animation type .selectBy(presenting:dismissing)
to specify a different default animation for dismiss.
For example:
self.hero.modalAnimationType = .selectBy(presenting:.zoom, dismissing:.zoomOut)
Contribute
We welcome any contributions. Please read the Contribution Guide.


Select Matress
Cozy 4"
Soft support 1 star 4"
Comfy 4"
Cozy 5"
Durobond 4"
Durobond 5"
Premium Ortho 4.5"
Neo 6"
Dual Sleep 5"
Premium Ortho 6"
Crown Lush 6"
Crown Lush 8"
Dual Sleep 6"
Spine Rest 5"
L
72
75
78
X
B
30
36
48
60
66
72


Please fill details to register 1 Basic information 2 Business information 3 Website Setup 4 Save Form Step 1 - Basic Information Name Email Contact Number Date of Birth Sex: Male Female Country State Step 2 - Business Information Business Name Registered? Yes No Custom Email This is your customized email address for mailing and marketing purposes Contact Number Work Number Whats your type of event planning? Full service Planning Day of Event Planning Planning Only Country State Step 3 - Website Setup Enter your desired website name () .kr.com Business Description Step 4 - Save Form Complete Click next to finish


This is a TicTacToe made with Python, It's made for two players, a human and an AI, that looks at all of the possible states that can be inferred from the board, and plays optimally.
{% extends 'base.html' %} {% block head %} {% endblock %} {% block body %}


Describing how to solve problems
By the end of this topic you should:
Unfortunately programming doesn’t do anything for you on its own.
Every piece of functionality on every computer - from the operating system all the way up to this page being drawn from HTML have all been enabled by someone writing that functionality.
Programming or software development is essentially writing the general solution to a problem in a strongly structured and limited set of keywords.
So programming doesn’t solve your problems for you, it enables you to:
Whiteboard exercise:
Imagine a person who has no idea how anything works, but can carry out basic instructions.
How would you tell them how to make a cup of tea?
An example solution could be as simple as:
Our solution includes phrases like "fill the cup" and "Remove the teabag".
How does someone "fill a cup"?
These instructions never mention a spoon, which would be quite painful!
In how much detail do we need to go to adequately describe our solution?
The answer is contextual
We can safely assume the person knows what pouring is, but not that they would need to turn on a kettle
In software we have a different context, the difference between what basic functions are provided and what is not.
Before we dive into Java, we're first going to learn the standard toolbox in most languages.
We are going to use Pseudocode to learn these tools, and then transfer our learning into Java.
Pseudocode is an almost-bridge between normal English statements and a fully functional programming language.
It’s a way of expressing the logic you want to achieve without having to go straight into writing code.
It doesn’t have a set syntax (defined structure) but does have the key components of most programming languages.
In order to describe solutions to problems, most programming languages provide the following functionality at a minimum:
Variables are for storing values we can refer to and update in our program.
set variableName to variableValue
set myAge to 24
set legalDrinkingAge to 18
Collections of things are very common in programming, so we can represent those too
set destinations to ["Rome", "Tokyo", "New York"]
set oddNumbers to [1, 3, 5, 7, 9]
if-statements give us conditional execution in our code.
This enables us to change the program's behavior based on true/false assertions.
if (some condition)
do X
As a flowchart, this looks like:
This program checks if a person's age is of legal drinking age in the UK.
set myAge to 24
set legalDrinkingAge to 18
if (myAge is greater than or equal to legalDrinkingAge)
I can drink alcohol
An 'else' clause can be added, which is done if the condition is false:
if (some condition)
do X
else
do Y
As a flowchart, this looks like:
The previous example has been extended to describe what people who cannot legally drink can do.
set myAge to 24
set legalDrinkingAge to 18
if (myAge is greater than or equal to legalDrinkingAge)
I can drink alcohol
else
I can only drink soft drinks
Conditions can be chained, if you need more than 2 paths:
if (condtion 1)
do X
else if (condition 2)
do Y
else
do Z
As a flowchart, this looks like:
This program checks the day of the week, and prints a message depending on what day.
set dayOfWeek to the current day of the week
if (dayOfWeek is Saturday)
it is the beginning of the weekend
else if (dayOfWeek is Sunday)
it is the last day of the weekend
else
it is not the weekend
Write pseudocode for the following:
If Captain Obvious is happy, all customers get a 15% discount. Otherwise, no discounts are available.
With our existing tools, we can do things to a piece of data
What if we want to do the same thing to everything in a collection?
We can achieve this by iterating through our list using for-loops
For-loops enable us to do some operations multiple times, there are 2 varieties:
Essentially "Do something for each thing in some collection".
for (each item in a collection)
do something
This program takes a list of destination names and turns them into links for a destination landing page.
(e.g. https://uk.hotels.com/search.do?q-destination=Rome)
set destinations to ["Rome", "Tokyo", "New York"]
for (each destination in destinations)
create a link to its destination landing page
This example as a flowchart:
Write pseudocode for the following:
A hotel wants confirmation of all the bookings over the next week. Print each booking number from the list thisWeekBookings
.
Sometimes you aren't iterating over a list, but you instead want to iterate over a range of numbers.
For example, I don't need a list if I want to count from 1 to 100, I don't want to store a list of these numbers just in case.
for with counter gives you a counter you can use for whatever you want. You can:
for (counter from lowerBound to upperBound)
do something
or with a different increment/step
for (counter from lowerBound to upperBound, step stepValue)
do something
This would print out the 2 times table.
for (counter from 2 to 20, step 2)
print counter
Write pseudocode for the following:
A hotel wants to run a special offer on their $150 room, but isn't sure what percent discount to apply. Calculate the amount of money saved for each value from 1 to 50 percent.
On rare occasions you will need to something an unknown number of times, for example:
While loops let us do something a potentially infinite number of times
The loop stops when the condition becomes true
while (some condition is true)
do something
A concrete example that copies a file from one file to another, line by line
set file1 to the file to copy
set file2 to a new file
while (file1 has more lines)
set currentLine to next line of file1
write currentLine to file2
The previous example as a flowchart:
Write pseudocode for the following:
Hotels.com is running a giveaway competition and wants to give away as many prizes as possible with a $500,000 budget. Each prize costs $33.29. Keep giving away prizes (taking away from the budget) until this budget has been used up.
For example, to decide whether to take out an umbrella today, I’d say
If it’s going to rain then I’d take my umbrella.
Which I can write in a more structured way as:
if (it is going to rain)
bring my umbrella
else
leave it at home
Or to find someone’s name in an unsorted list, I’d say
Go through the list until I see the name I’m looking for
This is a bit harder to translate to pseudocode, but essentially I’m saying
I would check each item in the list, until I find the name or I’ve checked the entire list
Which I can now write as:
for (each name in the list)
if (that name matches the one I'm looking for)
the name is in the list
else
continue through the list
if (I go through the whole list without finding the name)
the name is not in the list
Or using a variable, as:
set isInTheList to false
for (each name in the list)
if (that name matches the one I'm looking for)
set isInTheList to true
else
continue through the list
if (isInTheList is true)
the name is in the list
else
the name is not in the list
The provided solutions are only example solutions, there is no single answer.
The more strict you are in using pseudocode, the closer your solution is to a functioning program.
Write a program that decides whether I should wear a jacket, and whether I should also take an umbrella out today.
Give your answer in pseudocode.
set currentWeather to the current weather
if (currentWeather is cold)
take jacket
if (currentWeather is rainy)
take umbrella
Notice that we haven't said how to get the current weather. Pseudocode's job is to let us focus on our own logic, and worry about this later.
We also store the current weather in a variable, so we can refer back to it in a consistent way.
Print every number beween 1 and 100, then only print numbers that are a multiple of 5.
Give your answer in pseudocode.
for (counter from 0 to 100, step 5)
print counter
Using a step of 5 means our counter goes up in increments of 5. We need no extra logic to print multiples of 5.
Given a box of red, green and blue marbles, sort them all into smaller boxes by colour.
Give your answer in pseudocode.
set redBox to empty
set greenBox to empty
set blueBox to empty
for (each marble in mixedBox)
if (marble is red)
put marble in redBox
if (marble is green)
put marble in greenBox
if (marble is blue)
put marble in blueBox
Add up the numbers from 1 to 10.
Give your answer in pseudocode.
Extension:Print the running total as you're adding up.
set total to 0
for (counter from 1 to 10)
total = total + counter
print total
We start with a counter at zero. We then begin the loop which runs 10 times, the value of counter increasing by 1 each time.
So the first run, counter is 1 and total is set to 1, second run counter is 2 and total is set to 1 + 2, third run counter is 3 and total is set to 3 + 3, ...
set total to 0
for (counter from 1 to 10)
total = total + counter
print total
print total
We now print the total each time we go through the loop body, which will print the in-progress subtotals.
Thinking back, how would you make a cup of tea?
Give your answer in pseudocode.
get a cup and teabag
place teabag in cup
fill kettle
turn on kettle
wait until kettle is boiled
if (recipient wants milk)
3/4 fill cup using kettle
fill remainder of cup with milk
else
fill cup using kettle
if (recipient wants sugar)
add sugar
serve cup


{% extends 'base.html' %} {% load i18n %} {% block content %}
{% trans "Here you may change your user information." %}
{% trans "Perhaps you'd like to" %} {% trans "change your password" %}?
{% trans "Here, you may also" %} {% trans "delete your account" %}.


In this project, we're going to make an application with which the user can quickly calculate the area (and perimeter) of the shapes we program. We will use functions! Functions are extremely important in all programming languages!
2) Create a text sprite. This is where the answer to the calculation will be.
3) Now, when a user clicks on the circle, ask the user to input a radius length and place the number that they input into the text sprite you created in Step 2.
4) Create a function (see More Blocks in documentation) that returns the area of a circle given a radius of that circle. Use that function and the user input to calculate the area of the circle and put the result in the display window. Be sure that the math of your program returns the correct result.
5) Use a JavaScript function to limit the result to 2 decimal points (search the internet to find a JavaScript function that does this).
6) Replace the single number result with more descriptive text that still includes the correct answer.
Play this demo in full screen.
7) (challenge) If a user inputs a non-number, make your program ask the user for a number again or display an error.
8) (challenge) Ask the user if they want to calculate the area or perimeter of the circle when they click on it. Change what your program does depending upon their answer.


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Create New Scenario
Precondition
Action
Expectation
Scenario Preview
Scenario: {{scenarioForm.get('title').value}}
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nips nips2003 nips2003-116 nips2003-116-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Milos Hauskrecht, Branislav Kveton
Abstract: Approximate linear programming (ALP) has emerged recently as one of the most promising methods for solving complex factored MDPs with ﬁnite state spaces. In this work we show that ALP solutions are not limited only to MDPs with ﬁnite state spaces, but that they can also be applied successfully to factored continuous-state MDPs (CMDPs). We show how one can build an ALP-based approximation for such a model and contrast it to existing solution methods. We argue that this approach offers a robust alternative for solving high dimensional continuous-state space problems. The point is supported by experiments on three CMDP problems with 24-25 continuous state factors. 1
[1] D.P. Bertsekas. A counter-example to temporal differences learning. Neural Computation, 7:270–279, 1994.
[2] D.P. Bertsekas. Dynamic programming and optimal control. Athena Scientiﬁc, 1995.
[3] D.P. Bertsekas and J.N. Tsitsiklis. Neuro-dynamic Programming. Athena Sc., 1996.
[4] C.S. Chow and J.N. Tsitsiklis. An optimal one-way multigrid algorithm for discretetime stochastic control. IEEE Transactions on Automatic Control, 36:898–914, 1991.
[5] D. P. de Farias and B. Van Roy. On constraint sampling for the linear programming approach to approximate dynamic programming. Mathematics of Operations Research, submitted, 2001.
[6] D.P. de Farias and B. Van Roy. The Linear Programming Approach to Approximate Dynamic Programming. In Operations Research, 51:6, 2003.
[7] T. Dean and K. Kanazawa. A model for reasoning about persistence and causation. Computational Intelligence, 5:142–150, 1989.
[8] C. Guestrin, D. Koller, and R. Parr. Max-norm projections for factored MDPs. In Proceedings of the Seventeenth International Joint Conference on Artiﬁcial Intelligence, pages 673–682, 2001.
[9] D. Koller and R. Parr. Computing factored value functions for policies in structured MDPs. In Proceedings of the 16th International Joint Conference on Artiﬁcial Intelligence, pages 1332–1339, 1999.
[10] B. Kveton and M. Hauskrecht. Heuristics reﬁnements of approximate linear programming for factored continuous-state Markov decision processes. In 14Th International Conference on Automated Planning and Scheduling, to appear, 2004.
[11] P. Poupart, C. Boutilier, R. Patrascu, and D. Schuurmans. Piecewise linear value function approximation for factored MDPs. In Proceedings of the Eighteenth National Conference on AI, pages 292–299, 2002.
[12] M.L. Puterman. Markov decision processes: discrete stochastic dynamic programming. John Wiley, New York, 1994.
[13] B. Van Roy. Learning and value function approximation in complex decision problems. PhD thesis, Massachussetts Institute of Technology, 1998.
[14] J. Rust. Using randomization to break the course of dimensionality. Econometrica, 65:487–516, 1997.
[15] D. Schuurmans and R.Patrascu. Direct value-approximation for factored MDPs. In Advances in Neural Information Processing Systems 14, MIT Press, 2002.
[16] R. S. Sutton and A. G. Barto. Reinforcement Learning: An introduction. 1998.
[17] M. Trick and E.S Zin. A linear programming approach to solving stochastic dynamic programs, TR, 1993.


Codats are container objects that can hold both data or code and are associated with a JXTA ID. @see net.jxta.id @see
JXTA Protocols Specification : Protocols


A Baby Arrives In ‘Fuller House’ Season 5 Trailer But No Lori Loughlin
by Shakiel Mahjouri“Fuller House” is getting even fuller.
The new season five trailer for Netflix’s “Fuller House” is here. The streaming service pushed out the “Part A” trailer on Friday.
Stephanie and Jimmy bring their newborn baby home from the hospital. Elsewhere in the trailer, D.J. and Steve discuss walking down the aisle.
“There’s gonna be a lot of people in this house,” Ramona says. “You know, legally, if three more people move in, we have to register as a commune.”
One notable absence from the trailer is Aunt Becky (Lori Loughlin). Loughlin’s absence is due to her involvement in the college admissions scandal.
Season five of “Fuller House” premieres Dec. 6 on the streaming service.


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|
NERsuite
1.1.1
|
#include <sentence_tagger.h>
Public Member Functions | |
| SentenceTagger () | |
| virtual | ~SentenceTagger () |
| size_t | size () const |
| bool | empty () const |
| V2_STR::iterator | begin () |
| V2_STR::iterator | end () |
| V1_STR & | operator[] (size_t index) |
| size_t | read (std::istream &ifs) |
| void | tag_nes (const Dictionary &dict) |
Static Public Member Functions | |
| static void | set_normalize_type (int nt) |
Sentence Tagger - internal class used to represent the sentence-token-feature array structure
This class has two main functionarities: reading a sentence to construct the structure, and appending Dictionary-class features to the structure.
This class reads a sentence block from a stream and creates a list of tokens. Each token consists of a list of features. After reading a sentence, the function tag_nes() will be used to append extra features which are retrieved from the given Dictionary.
| NER::SentenceTagger::SentenceTagger | ( | ) |
Constructs a SentenceTagger object
| virtual NER::SentenceTagger::~SentenceTagger | ( | ) | [inline, virtual] |
Destroys a SentenceTagger object
| V2_STR::iterator NER::SentenceTagger::begin | ( | ) | [inline] |
The begin() iterator for the internal token list
| bool NER::SentenceTagger::empty | ( | ) | const [inline] |
Test if the token list is empty. This function can be used to test whether the input read was an empty line.
| V2_STR::iterator NER::SentenceTagger::end | ( | ) | [inline] |
The end() iterator for the internal token list
| V1_STR& NER::SentenceTagger::operator[] | ( | size_t | index | ) | [inline] |
The array indexer operator for the internal token list
| size_t NER::SentenceTagger::read | ( | std::istream & | ifs | ) |
Read a sentence from the given stream and create the internal token list.
| static void NER::SentenceTagger::set_normalize_type | ( | int | nt | ) | [inline, static] |
Set Normalization Type used while a SentenceTagger queries the dictionary
| [in] | nt | A combination of Normalization Types (OR of NormalizeType). |
| size_t NER::SentenceTagger::size | ( | ) | const [inline] |
Get the size of sentence which this object is currentry processing.
| void NER::SentenceTagger::tag_nes | ( | const Dictionary & | dict | ) |
Append dictionary-class features to the internal token list.
| [in] | dict | The Dictionary used to search for feature classes. |


Reports same named methods in the same class when they also have the same number of parameters.
Such overloads may be very confusing, as it can be not clear which overload gets called.
Example:
class Main {
public static void execute(Runnable r) {}
public static <T> void execute(RunnableFuture<T> c) {}
}
Use the checkbox below to ignore overloaded methods whose parameter types are definitely incompatible.


{% extends 'registration/base.html' %} {% load bootstrap4 %} {% load static %} {% block content %}
Has {{hood.occupants}} Occupants
located in {{ hood.loc }}


{% extends 'base.html' %} {% block title %} - Unauthorized{% endblock %} {% block content %}
You are unable to see this content. Try authenticating.
Go back to the index page


--- title: How to Make Mexican Tamales layout: post date: '2015-12-25 09:59:08 -0500' type: post parent_id: 0 published: true image: assets/images/post-img/20150429-tamales-joshua-bousel-768x576.jpg status: publish categories: - Mexican-Latin-Hispanic meta: _thumbnail_id: 310 _edit_last: 1 _wpas_done_all: 1 _posts_by_tag_page_fields: a:2:{s:12:"widget_title";s:0:"";s:11:"widget_tags";s:0:"";} _wpghs_github_path: _posts/2015-12-25-how-to-make-mexican-tamales.md _sha: 4fef09df28f378e07044f44a953129247a6ffde8 author: login: mkelley email<EMAIL_ADDRESS>display_name: Mike first_name: Mike last_name: Kelley ---
I shied away from making tamales at home for the longest time, believing it was an undertaking so labor-intensive that it was only worth doing with the help of many, many extra hands. Turns out I was wrong—tamales, while requiring a small amount of assembly time, really aren't all that hard or time-consuming to make at all. After a few rounds of recipe testing, this version with three options for fillings will give you plenty of light, tender, airy, and incredibly flavor tamales that you can eat for meals, snacks, and even freeze for later.
Source: How to Make Mexican Tamales


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creating a website, domain, web hosting, publicity
A website is important for conveying information, establishing your presence in the community, and giving yourself a mark of legitimacy (especially among younger people who won't believe in the organization's existence without one). You can use your website to display concert information, resources for musicians, musician sign-up forms, online donation links, etc. Your website will be a valuable tool for recruiting musicians and publicizing your first events.
Eventually, you'll probably want to appoint a webmaster. However, since starting a website is one of the first things you should do, you might have to figure out how to put something temporary together yourself in the beginning and then improve it later.
There are two main resources you need for starting a website: a domain name and a web hosting service. The domain name is the actual web address that someone would type in their browser to access your page, like redlandscommunityorchestra.org. A web hosting service is a company whose servers store your webpages and provide access to them for people who navigate to your site.
Purchasing a domain name is fairly easy and inexpensive (about $10/year, depending on the address you want). You can buy it from any one of many domain registrars, such as GoDaddy. But, before you purchase your domain name, make sure you know what you're going to do with it.
If you're planning to build the site from scratch yourself, you might want to get a full-fledged web hosting account. You can hook up your domain name to this account, set up subdomains, create e-mail lists and forwarders, and use lots of provided developer tools. Hosting accounts typically cost at least $100 per year, depending on the services you pay for. Of course, if you already have a web hosting account yourself, or if you have a co-founder with an account, you can save your orchestra money by using the existing account.
Another good option if you're technically competent and planning to build your own site from scratch is to use GitHub Pages. GitHub allows you to host static webpages for free and to use your own domain for them. In effect, it's free no-frills web hosting for simple websites, and it's very easy if you know how to use GitHub (common among software engineering types).
If you don't have web programming skills, there are many online services available to design your own website using templates and "what-you-see-is-what-you-get" editing. These services often give you a free subdomain on their site, such as myorchestra.wordpress.org. You generally have to pay a fee if you want to use your own domain name, such as myorchestra.org or myorchestra.com. These services also don't give you access to a lot of the other useful features you would get with a real web hosting account, but it might be a good place to start.
I think it is probably best for you to get your own domain name early on, before you start any serious publicity efforts. Changing your web address later will only lead to confusion, and it's good for your orchestra's contact info to remain stable over time.
When I started the RCO, I already had a web hosting account with A2Hosting that I was using for some other projects, so I simply purchased the domain name redlandscommunityorchestra.org and hooked it up to my existing account. Since I didn't expect the orchestra's website to have lots of traffic or to require lots of storage space, it wouldn't impinge on any of my other sites. Later, the RCO got its own web hosting account with GoDaddy. This is good because all the web stuff remains accessible to someone else if I get hit by a bus tomorrow, though it does cost more money.


|
tencent-cloud-iotsuite-embedded-c
1.0.0
SDK/document
|
#include "tc_iot_inc.h"
结构体 | |
| struct | _tc_iot_json_writer |
宏定义 | |
| #define | TC_IOT_JSON_NULL "null" |
| #define | TC_IOT_JSON_TRUE "true" |
| #define | TC_IOT_JSON_FALSE "false" |
| #define | TC_IOT_MAX_JSON_TOKEN_COUNT 120 |
类型定义 | |
| typedef struct _tc_iot_json_writer | tc_iot_json_writer |
函数 | |
| int | tc_iot_jsoneq (const char *json, jsmntok_t *tok, const char *s) |
| int | tc_iot_jsoneq_len (const char *json, const jsmntok_t *tok, const char *s, int len) |
| int | tc_iot_json_unescape (char *dest, int dest_len, const char *src, int src_len) |
| char * | tc_iot_json_inline_escape (char *dest, int dest_len, const char *src) |
| int | tc_iot_json_escape (char *dest, int dest_len, const char *src, int src_len) |
| int | tc_iot_json_parse (const char *json, int json_len, jsmntok_t *tokens, int token_count) |
| const char * | tc_iot_json_token_type_str (int type) |
| void | tc_iot_json_print_node (const char *prefix, const char *json, const jsmntok_t *node_root, int node_index) |
| int | tc_iot_json_find_token (const char *json, const jsmntok_t *root_token, int count, const char *path, char *result, int result_len) |
| int | tc_iot_json_writer_open (tc_iot_json_writer *w, char *buffer, int buffer_len) |
| int | tc_iot_json_writer_close (tc_iot_json_writer *w) |
| int | tc_iot_json_writer_object_begin (tc_iot_json_writer *w, const char *name) |
| int | tc_iot_json_writer_object_end (tc_iot_json_writer *w) |
| char * | tc_iot_json_writer_buffer (tc_iot_json_writer *w) |
| int | tc_iot_json_writer_string (tc_iot_json_writer *w, const char *name, const char *value) |
| int | tc_iot_json_writer_int (tc_iot_json_writer *w, const char *name, long value) |
| int | tc_iot_json_writer_decimal (tc_iot_json_writer *w, const char *name, double value) |
| int | tc_iot_json_writer_bool (tc_iot_json_writer *w, const char *name, bool value) |
| int | tc_iot_json_writer_null (tc_iot_json_writer *w, const char *name) |
| #define TC_IOT_JSON_FALSE "false" |
| #define TC_IOT_JSON_NULL "null" |
| #define TC_IOT_JSON_TRUE "true" |
| #define TC_IOT_MAX_JSON_TOKEN_COUNT 120 |
| typedef struct _tc_iot_json_writer tc_iot_json_writer |
| int tc_iot_json_escape | ( | char * | dest, |
| int | dest_len, | ||
| const char * | src, | ||
| int | src_len | ||
| ) |
| int tc_iot_json_find_token | ( | const char * | json, |
| const jsmntok_t * | root_token, | ||
| int | count, | ||
| const char * | path, | ||
| char * | result, | ||
| int | result_len | ||
| ) |
| char* tc_iot_json_inline_escape | ( | char * | dest, |
| int | dest_len, | ||
| const char * | src | ||
| ) |
| int tc_iot_json_parse | ( | const char * | json, |
| int | json_len, | ||
| jsmntok_t * | tokens, | ||
| int | token_count | ||
| ) |
| void tc_iot_json_print_node | ( | const char * | prefix, |
| const char * | json, | ||
| const jsmntok_t * | node_root, | ||
| int | node_index | ||
| ) |
| const char* tc_iot_json_token_type_str | ( | int | type | ) |
| int tc_iot_json_unescape | ( | char * | dest, |
| int | dest_len, | ||
| const char * | src, | ||
| int | src_len | ||
| ) |
| int tc_iot_json_writer_bool | ( | tc_iot_json_writer * | w, |
| const char * | name, | ||
| bool | value | ||
| ) |
| char* tc_iot_json_writer_buffer | ( | tc_iot_json_writer * | w | ) |
| int tc_iot_json_writer_close | ( | tc_iot_json_writer * | w | ) |
| int tc_iot_json_writer_decimal | ( | tc_iot_json_writer * | w, |
| const char * | name, | ||
| double | value | ||
| ) |
| int tc_iot_json_writer_int | ( | tc_iot_json_writer * | w, |
| const char * | name, | ||
| long | value | ||
| ) |
| int tc_iot_json_writer_null | ( | tc_iot_json_writer * | w, |
| const char * | name | ||
| ) |
| int tc_iot_json_writer_object_begin | ( | tc_iot_json_writer * | w, |
| const char * | name | ||
| ) |
| int tc_iot_json_writer_object_end | ( | tc_iot_json_writer * | w | ) |
| int tc_iot_json_writer_open | ( | tc_iot_json_writer * | w, |
| char * | buffer, | ||
| int | buffer_len | ||
| ) |
| int tc_iot_json_writer_string | ( | tc_iot_json_writer * | w, |
| const char * | name, | ||
| const char * | value | ||
| ) |
| int tc_iot_jsoneq | ( | const char * | json, |
| jsmntok_t * | tok, | ||
| const char * | s | ||
| ) |
| int tc_iot_jsoneq_len | ( | const char * | json, |
| const jsmntok_t * | tok, | ||
| const char * | s, | ||
| int | len | ||
| ) |


The AWS Command Line Interface is a unified tool to manage your AWS services.
aws [options] <command> <subcommand> [parameters]
Use aws command help for information on a specific command.
Turn on debug logging.
Override command's default URL with the given URL.
Override default behavior of verifying SSL certificates.
Disable automatic pagination.
The formatting style for command output.
Use a specific profile from your credential file.
The region to use. Overrides config/env settings.
Display the version of this tool.
Turn on/off color output.


'3BlackChicks Review...'
THE PERFECT STORM (2000) Rated R; running time 135 minutes Genre: Drama/Action IMDB site: http://us.imdb.com/Details?0177971 Official site: http://www.perfectstorm.net/ Written by: William D. Wittliff (based on the book by Sebastian Junger) Directed by: Wolfgang Petersen Cast: George Clooney, Mark Wahlberg, Diane Lane, John C. Reilly, John Hawkes, William Fichtner, Mary Elizabeth Mastrantonio, Michael Ironside, Allen Payne, Janet Wright, Karen Allen, Bob Gunton (Alexander McAnally III), Rusty Schwimmer (Big Red), Josh Hopkins (Lt. Barry Ennis), Cherry Jones (Edie Bailey), Dash Mihok (Lt. Kenny Mitchell)
Review Copyright Rose Cooper, 2000 Review URL: http://www.3blackchicks.com/bamsperfect.html
There's a scene in THE PERFECT STORM where the six Glouchester swordfishermen look out over the bow of their ship and see nothing but plain ugly skies coming ahead of them, knowing full well that they'd soon be heading into that ugliness, since home was that'away. As a frequent long-distance motorcyclist, I could Feel Their Pain; many a day have I put on my raingear and cursed the sky for what it was about to let loose on me. But after seeing this movie, and remembering that it was based on a true story, I think it'll be a long time before I complain about Nasty Weather again...
The Story (WARNING: **spoilers contained below**): Based on the true story, THE PERFECT STORM tells of a group of Glouchester, Massachusetts swordfishermen in October 1991 who find themselves caught up in something much bigger than themselves, and who only want to get through it and go home.
Captain Billy Tyne (George Clooney) feels the pressure to Go Fish put on him by the owner of the boat he loves so much--the "Andrea Gail"; owner Bobby Brown (Michael Ironside) compares Billy unfavorably to fellow captain Linda Greenlaw (Mary Elizabeth Mastrantonio), who just brought in a near-record haul of swordfish. Needing to get out of his slump, for pride's sake as well as to make money for himself and his crew, Billy convinces crewmen Bobby Shatford (Mark Wahlberg), Dale "Murph" Murphy (John C. Reilly), David "Sully" Sullivan (William Fichtner), Michael "Bugsy" Moran (John Hawkes) and Alfred Pierre (Allen Payne), to go out one more time that fatal October. The October when three monster storms converged on their Atlantic fishing grounds to create the perfect storm.
The Upshot: This film had a ton of hype, from awareness of the book by Sebastian Junger and especially from the trailer depicting the huge tidalwave the "Andrea Gail" tried to ride out. And from my seat, it lived up to the hype--and then some.
[It's almost a joke to me that sharing the results of this true story could be considered giving away spoiler info, but I'll play along].
The human stories revolving around that tragic incident, were intensely played--especially the relationship between Bobby and his girlfriend Christina (Diane Lane). Generally speaking, Mark Wahlberg doesn't move me much; but he and Lane had a chemistry in their short screen time together that made their love story seem almost epic. And a "love story" of a different kind, between George Clooney's Captain Billy and Walberg's Bobby, was best realized during their storm scenes together. The two actors are said to have a great working relationship, and it showed (though an early scene where Billy tells Bobby his Reason For Being A Fisherman, felt somewhat stilted). Clooney gets much lip for the underwhelming movies he's been in, with implications made that he's just a Hollywood Pretty Boy with more connections than talent. I don't know about all that, but he comes across as Just Folks in the interviews that I've seen of him; and his excellent portrayal of Billy Tyne in "Perfect" should quiet any rumblings about his perceived lack of talent.
Good, too, were the performances by supporting players John C. Reilly (as Murph, a newly divorced dad who, much to my surprise, got along decently with his ex), William Fichtner (as Sully, who Murph decidedly did not get along well with), and especially John Hawkes as Bugsy. "Especially", I say, because Bugsy's short time with Irene was as sweet as Bobby and Christina's more intense love story, while having the added benefit of seeming more downhome; more real.
I found fault with what seemed at first to be an inexplicable inclusion of a second rescue attempt involving a sailboat in the Bahamas. Aside from the strange leap of logic that involved [uh, isn't Massachusetts damn near a country away from the Bahamas? So, uh, why would the same US Coast Guard crew try to rescue both that sailboat and the "Andrea Gail"? And uh, was there no other crew available anywhere near Massachusetts?], that subplot seemed an unnecessary distraction to the main story at first. And as usual, Karen Allen (as Melissa Brown, one of the people on the sailboat) proved once again that her pinnacle performance, in RAIDERS OF THE LOST ARK, was more a fluke than a breakthrough. All was made Right, however, when the Coast Guard rescuers came along; the story itself picked up, and the remarkable scenes with the helicopter crew, negated any Issues I had with Allen.
But to be sure, the storm itself, and the depiction of such in this movie, was as real a "character" as any of the human players involved. I heard more than one person in the audience say that they felt like they were right in the thick of the storm; that's a pretty accurate description of my experience while watching those roiling waters. I'm not one to get seasick, but I felt like I needed some Dramamine after watching this flick. And not just from the waves, either; the movie jumped from Bermuda to "Boston" and back so rapidly at points, I got dizzy from trying to keep up. This was made more difficult by the fact that I couldn't always hear the dialogue over the storm, most especially with most of Allen Payne's dialogue. I was able to get the general drift, but I think I'll have to watch "Perfect" a second time to catch what I missed. Not that I mind seeing it again.
THE PERFECT STORM could've made the mistake of being only and solely about that huge tidalwave--and more to the point, about the whiz-bang computerized special effects that went into making a movie storm--forgetting about the human story behind the tragedy. I am glad it did not; and further, I'm surprised that the movie encompassed far more than the story of the ill-fated crew of the "Andrea Gail". Though he did so at times to the detriment of that central story, director Wolfgang Petersen skillfully included the tale of folk who tried to rescue the fishermen as well (not having read the book, I can't know whether this was more Junger's doing, or Petersen's; either way, I can diggit). And though there could've been more backstory shown, and especially more attention paid to the folks left on-shore (more, that is, than just Bobby's girlfriend Christina, or his mother Ethel, played by Janet Wright), I found myself more often than not, riveted by the action on the screen. And, the drama got my attention, too.
The "Black Factor" [ObDisclaimer: We Are Not A Monolith]: I would be remiss if I didn't mention Allen Payne (who played Alfred Pierre, the Other brother who was gettin' much love from a chick on-shore). Very remiss--considering the fact that the movie didn't mention him much. He seemed to disappear into the background, like a speck of dust caught up in a towering tidalwave; except for the interest of historical accuracy (and not a little need for Diversity, I bet), he may as well not have been here. Mebbe this flick was just too big for him, who knows; perhaps a more authentic islander should've been cast (what was that accent supposed to be, anyway? For all I know, Alfred could've been a Frenchman, not a West Indian). But it sure was a long way from his best work to date, JASON'S LYRIC, to his imitation of driftwood here.
Bammer's Bottom Line: I have to admit that I mis(pre)judged this "book" by its cover; unlike that Titanic joke, THE PERFECT STORM is a spectacular blend of heart-pounding action and heart-breaking, heart-felt drama. If Wolfgang Petersen and company--and yes, that does include George Clooney--don't get some kind of Oscars recognition for this one, there's something fishy goin' on here...
THE PERFECT STORM (rating: greenlight): A whale of a tale.
Rose "Bams" Cooper /~\ Webchick and Editor, /','\ 3BlackChicks Review /','`'\ Movie Reviews With Flava! /',',','/`, Copyright Rose Cooper, 2000 `~-._'c / EMAIL<EMAIL_ADDRESS>`\ ( http://www.3blackchicks.com/ /====\
The review above was posted to the
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Part 1:
PCFG Induction
Run: python3 pcfg_induction.py
Reads from the training data file, 'train.trees'. Writes to several files:
unary_prob.txt Unary rules involving lexical items. For example, they are in the format, VB List 0.01256281407035176. Total unary rules: 397 for train.trees
binary_prob.txt Binary rules involving POS or syntactic categories. For example, they are in the format, TOP S_VP PUNC 0.2049335863377609. Total binary rules: 393 for train.trees
top_unary.txt Lists the top 10 most frequent unary rules. Output for train.trees: ('PUNC', '.') 383 ('TO', 'to') 268 ('IN', 'from') 243 ('NNS', 'flights') 169 ('PUNC', '?') 144 ('DT', 'the') 137 ('VB', 'Show') 94 ('NP_PRP', 'me') 90 ('WDT', 'What') 85 ('NN', 'flight') 81
top_binary.txt Lists the top 10 most frequent binary rules. Output for train.trees: ('PP', ('IN', 'NP_NNP')) 263 ('PP', ('IN', 'NP')) 222 ('PP', ('TO', 'NP_NNP')) 175 ('NP', ('NNP', 'NNP')) 151 ('TOP', ('SBARQ', 'PUNC')) 119 ('TOP', ('FRAG_NP', 'PUNC')) 116 ('TOP', ('S_VP', 'PUNC')) 108 ("S_VP'", ('VB', 'NP_PRP')) 84 ('S_VP', ("S_VP'", 'NP')) 81 ('NP', ('DT', 'NN')) 79
I used Laplace smoothing for unary rules and MLE probabilities for binary rules.
Part 2:
Run: python3 cky_parser.py test.txt
This program will read from 'unary_prob.txt' and 'binary_prob.txt' and build the data structures needed for cky parse. After reading from file, The program will read each sentence from 'test.txt' and cky parse each sentence, building the highest probability tree used by evalb.py.
For part this part of the assignment, I was unable to construct a proper tree with my backpointers. The output of the cky parse was a dictionary of tuples that contained triples as a value. For example, backpointers looked like {(0, 2, 'NP'): (1, 'DT', 'NN'), (0, 2, "NP'"): (1, 'DT', 'NN'), (5, 7, 'NP'): (6, 'CD', 'RB'), (5, 7, "NP'"): (6, 'CD', 'RB'),...} The way this was formated: back(begin, end, A) = (split, B, C) according to the algorithm on the pdf. The root node of the tree was back[(0, len(words), 'TOP')]. The way I am supposed to construct the tree is to start at the root node and create two subtrees, left and right. The left subtree is back[(0, len(words), 'S')] and the right subtree is back[(8, len(words), 'PUNC')]. However, I was could not get the entire tree built, so I printed out the backpoints for each sentence as well as the root node and its value.
Part 3:
A tree was needed to run evalb.py so I could compare my output.trees with test.trees. This part was not possible without a full tree.
Social Media Improvement Program
Used the Twitter API to query phrases in tweets and exported our user/Twitter data to a JSON file using Java.
Designed the Tribunal using HTML and CSS and implemented the UI with Javascript by adding buttons and prompting the user with a pop-up message saying the process has been completed.


Launch Product Page
Proposal ID
Product Name
Category
Votes
Quantity
Cost
Warranty
Stock
ReOrder Level
Select


Easy to edit with clean and easy to customize codes
If you are going to use a passage of Lorem Ipsum, you need to be sure there isn't anything embarrassing hidden in [..]
There are many variations of passages of Lorem Ipsum available, but the majority have suffered alteration in some form, by injected humour, or randomised words which don't look even slightly believable. If you are going to use a passage of Lorem Ipsum, you need to be sure there isn't anything embarrassing hidden in the middle of text [..]
If you are going to use a passage of Lorem Ipsum, you need to be sure there isn't anything embarrassing hidden in [..]
If you are going to use a passage of Lorem Ipsum, you need to be sure there isn't anything embarrassing hidden in [..]
If you are going to use a passage of Lorem Ipsum, you need to be sure there isn't anything embarrassing hidden in [..]
If you are going to use a passage of Lorem Ipsum, you need to be sure there isn't anything embarrassing hidden in [..]
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters [..]
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters [..]
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters [..]
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution of letters [..]


i am new at building a PC so i was thinking about what is a top 5 of all builds that are out there...and there stats. this would be a good debate.....
I personally have never seen the top 5 builds. However theer is a link somewhere in this forum that has the best characters here at Epic Character Builders.


What goes on in the Spring?
Spring may be the more challenging out of the two semesters in the sense that much can and does happen in the Spring semester such as ASUC elections, Pilipino Cultural Night, as well one of our most crucial and oldest programs known as Senior Weekend which PASS holds a strong history with. Senior Weekend, however, is not the only crucial event that PASS works towards developing, planning, and putting on from year to year, but also assisting with keeping its general programs alive and well.


 Tell me: What foods does your race eat? What gods do you worship? What powers do you possess?
Any secret skills...?
Uhh...well...


Next: Documentation of Extensions, Previous: Required Language Features, Up: Conforming Implementations
A conforming implementation shall be accompanied by a document that provides a definition of all implementation-defined aspects of the language defined by this specification.
In addition, a conforming implementation is encouraged (but not required) to document items in this standard that are identified as implementation-dependent, although in some cases such documentation might simply identify the item as "undefined."


{% extends "accounts_base.html" %} {% block title %}Dashboard{% endblock %} {% block content %}
Welcome, {{ user.username }}
You can also edit your profile or change your password.


Your account is currently under review and will be activated shortly.
Feel free to familiarize yourself with the documentation and samples in the meant time.


| Package | Description |
|---|---|
| net.floodlightcontroller.core.internal | |
| net.floodlightcontroller.counter | |
| net.floodlightcontroller.storage |
| Class and Description |
|---|
| ICounterStoreService |
| Class and Description |
|---|
| ConcurrentCounter
This module needs to be updated with CounterValue.
|
| ConcurrentCounter.CountAtom
Very simple data structure to store off a single count entry at a single point in time
|
| CountBuffer
Implements a circular buffer to store the last x time-based counter values.
|
| CounterStore.CounterEntry |
| CounterStore.NetworkLayer |
| CounterValue
The class defines the counter value type and value
|
| CounterValue.CounterType |
| CountSeries
Simple immutable class to store a series of historic counter values
This could probably use a re-think...
|
| ICounter |
| ICounter.DateSpan |
| ICounterStoreService |
| Class and Description |
|---|
| CounterStore |
| ICounterStoreService |


Preparation time
less than 30 mins
Cooking time
over 2 hours
Serves
Serves 8
Savoury crumbles are a great way of using up leftover stew. In this version the ‘crumble’ crust is made from grated potatoes and parsnips and is cooked with a bone standing upright in the middle to enrich the meat.
Preheat the oven to 160C/325F/Gas 3.
Heat four tablespoons of olive oil in a large oven-proof dish.
Brown the cubed beef on a moderate to high heat, in roughly four batches, reserving the meat in a bowl as you go.
Add a couple of ladlefuls of stock to the dish and scrape the base of the dish with a wooden spoon to release the caramelised sediment. Pour into the bowl with the browned meat.
Heat two more tablespoons of olive oil in the same dish and soften the roughly chopped carrots, celery and onion.
Return the meat to the dish and scatter over the flour. Allow to cook for a couple of minutes.
Pour over enough stock to almost cover the meat, season with salt and freshly ground black pepper and then stir the contents well.
Add the thyme and bay leaf and leave to simmer on a low heat.
For the crust, using a course grater or the grater setting of a food processor, grate the potatoes and peeled parsnips.
In another pan, melt the butter with the mustard seeds.
Toss the potatoes and parsnip in the melted butter and mustard seeds, evenly coating every strand.
Spread the parsnip potato crust over the stew.
Make a little gap in the middle of the crust and poke the bone into it, so that it stands upright.
Cover in foil and bake for two hours, removing the foil after one hour so to allow the crust to go crisp.


Affidavit: Orange Co. deputy arrested, charged after pointing firearm at Lyft driver
by WFTS Digital StaffORANGE COUNTY, Fla. --- An Orange County sheriff's deputy was arrested after a Lyft driver said he pointed a firearm at him Saturday morning.
The arrest affidavit says Orlando police were dispatched to a call for an armed disturbance complaint.
The Lyft driver said he picked up Deputy Troy Heyer, 45, and drove him to a nearby neighborhood. The driver said when he dropped off Heyer, he stayed outside for a few minutes to do a report on the Lyft app.
It was stated that Heyer then came outside with a firearm and asked the driver, "what are you doing here?" The driver said he feared for his life.
When officers arrived, they found Heyer and tried to talk to him. Heyer said he was not going to talk to officers and said "you're either going to arrest me or I'm going back in the house."
Heyer was later arrested and charged with aggravated assault with a firearm. He was hired in October 2005.
He has been relieved of all law enforcement duties without pay while the criminal case is underway.
“These are very serious criminal allegations. As law enforcement officers, we must be held to the highest standards of conduct whether on duty or off duty,” said Sheriff John Mina. “These allegations will be thoroughly investigated and the results of that investigation will be made public.”


Ever since I was young, I have been very curious about the world around me. There are so many complexities in life and I want to abstract and make these complexities simpler. Data, which is a more specific form of information, allows us to analyze and make inferences about this deep web we call life. By defining procedural measures, through the avenues of computer science, we can tackle some of the biggest problems humanity faces.
Even with all amazing advances that have been occurring around data mining, machine learning, artificial intelligence, etc. there is still one aspect that is --In my humble opinion-- more paramount: safety. We are in a day and age in which every facet of this complex world is reliant on computers. This means that there needs to be a focus on making sure our systems work as intended. This is why I am eventually intending on pursuing computer science research in graduate school around aspects of machine learning and safety. Currently, I am interested in Machine Learning, Data Science Programming Languages, Logic and Verification, and Cryptography.
When I am not obsessing over technology, you can find me playing the piano, producing music, learning about neuroscience, lifting and running, reading, watching anime, and a myraid of other activities.


To have been completed withing the last 4 months, by contacting your local RCMP detachment or police department.
2. Have you ever been charged with, or convicted of, a criminal or drug/alcohol related offence under the
laws of any country outside of Canada, or the laws or bylaws of any provincial, state or local government?
YesNo
3. Have you received any alcohol/drug related driving infractions in the past 5 years in Canada or under the
laws of any other country or jurisdiction?
YesNo
Statutory Declaration
Please upload a statutory declaration, signed by a lawyer, Notary Public or Commissioner for Taking Affidavits:
stating you have not been charged with, or convicted of a criminal or drug/alcohol offence under the laws of
any country or the laws/bylaws of any provincial, government; OR
providing details (date, disposition, sentence or fine) of any charges/convictions/sentences; AND/OR
providing details of any alcohol/drug related driving infractions in the past 5 years
4. Have you ever held, or do you or your immeditate family members currently hold, any ownership or interest in a B.C. liquour licence?


Given a sequence of numbers of length . ()
It require us to split the sequence into several substrip,
and the difference between the maximum value and minimum value in each strip is no greater than ,
and the length of each substrip must be greater than .
Output the minimal number of strip it could be divided into.
Use dynamic programming to solve the problem.
Let denote the minimal number of pieces that the first numbers can be split into.
denote the least possible left boarder of substrip whose right border is which satisfies the condition.
Then , where .
One possible way to calculate is to use monotonic queue which can be done in . But it is hard to implement, since we need to maintain 2 monotonic queues to for the maximal and minimal value, especially when it comes to the pop operation.
Here we have a alternative way to do this, multiset. Multiset is a STL container which have the same function of STL set, however, it can store multiple items of the same value. We can insert and erase a element by , which is slower than the push and pop of monotonic queue which is . Quest any element in multiset (e.g. maximum, minimum) in . (I cannot believe that) It can be used as follows.
multiset<E> m;
m.insert(a); //insert a into the multiset
m.erase(m.lower_bound(a)); //delete a from the multiset
*m.begin(); //the minimum element
*(--m.end()); //the maximum element
With so easy to access the maximum and minimum, we can finish the task of calculating with a process of two pointers, which is to push the right boarder by 1 and to push the left boarder until it satisfies the condition.
We can also use either monotonic queue or multiset to calculate ,
because its also a task of finding the minimal between the two pointers.
#include <cstdio>
#include <cmath>
#include <set>
using namespace std;
#define MAX_N 100005
#define D(x)
#define INF 0x3f3f3f3f
int n, s, max_diff;
int seq[MAX_N];
int f[MAX_N], g[MAX_N];
void input()
{
scanf("%d%d%d", &n, &max_diff, &s);
for (int i = 0; i < n; i++)
{
scanf("%d", &seq[i]);
}
}
int work()
{
multiset<int> multi_set;
int left = 0;
for (int i = 0; i < n; i++)
{
multi_set.insert(seq[i]);
while (!multi_set.empty())
{
int min_val = *multi_set.begin();
int max_val = *(--multi_set.end());
D(printf(" min=%d\n", min_val));
D(printf(" max=%d\n", max_val));
if (max_val - min_val <= max_diff)
{
break;
}
D(printf(" left=%d\n", left));
multi_set.erase(multi_set.lower_bound(seq[left]));
left++;
}
g[i] = left;
D(printf("g[%d]=%d\n", i, g[i]));
}
multi_set.clear();
f[0] = 0;
for (int i = 0; i < s - 1; i++)
{
f[i + 1] = INF;
}
left = -1;
for (int i = s - 1; i < n; i++)
{
D(printf("f[i]=%d\n", f[i]));
D(printf("%d\n", i));
D(printf(" in:%d\n", i-s));
multi_set.insert(f[i - s + 1]);
while (left < g[i] - 1 && left <= i - s)
{
D(printf(" out:%d\n", left));
multi_set.erase(multi_set.lower_bound(f[left + 1]));
left++;
}
if (multi_set.empty())
{
f[i + 1] = INF;
continue;
}
f[i + 1] = *multi_set.begin() + 1;
}
if (f[n] >= INF)
{
return -1;
}
return f[n];
}
int main()
{
input();
printf("%d\n", work());
return 0;
}
Here are some write-ups for the problems I solved on Codeforces.


{% extends 'layout-lab-3-diabetes.html' %} {% block pageTitle %} Metformin - NHS.UK {% endblock %} {% block beforeContent %} {% endblock %} {% block content %}
Metformin is prescribed for adults, and children aged 10 years and older.
Metformin is not suitable for some people. Tell your doctor before starting the medicine if you:
You may need to stop taking metformin before having surgery and certain medical tests. Tell your doctor if you need to have:
Page last reviewed: 8 August 2017
Next review due: 8 August 2020


Module svnmailer.processes
This module contains a portable class (Process
) for process creation
with pipes. It has a a quite general character and can be easily used
outside of the svnmailer as well.
The Process
class uses an implementation which depends on the runtime.
Which implementation is chosen can be determined via the
Process.IMPLEMENTATION
class variable. These are the possibilities (and
they are tried in this order):
- subprocess
- The subprocess module is used. This is available in python 2.4 and
later by default.
- popen
- The popen2.Popen3 class is used. This is available in python 2.3 on
supported platforms (notably Win32 isn't one of them)
- win32api
- Processes are created using the Win32 API (CreateProcess etc).  This uses the popen* functions from the
os module. Various combinations of pipe parameter combinations are
not available in this implementation. NotImplementedError is
raised in this case.
| Classes |
Process |
Spawn a child with certain attributes |


|
Panda3D
|
This is used to keep track of, and limit the size of, the cache of munged vertices, which would otherwise be distributed through all of the GeomVertexData objects in the system. More...
Public Member Functions | |
| flush () | |
| Immediately empties all elements in the cache. More... | |
| int | getMaxSize () |
| Returns the maximum number of entries in the cache for storing pre- processed data for rendering vertices. More... | |
| int | getTotalSize () |
| Returns the number of entries currently in the cache. More... | |
| setMaxSize (int max_size) | |
| Specifies the maximum number of entries in the cache for storing pre- processed data for rendering vertices. More... | |
Static Public Member Functions | |
| static GeomCacheManager | getGlobalPtr () |
| Returns the global cache manager pointer. More... | |
This is used to keep track of, and limit the size of, the cache of munged vertices, which would otherwise be distributed through all of the GeomVertexData objects in the system.
The actual data in the cache is not stored here, but rather it is distributed among the various GeomVertexData source objects. This allows the cache data to propagate through the multiprocess pipeline.
This structure actually caches any of a number of different types of pointers, and mixes them all up in the same LRU cache list. Some of them (such as GeomMunger) are reference-counted here in the cache; most are not.
| flush | ( | ) |
Immediately empties all elements in the cache.
|
static |
Returns the global cache manager pointer.
| int getMaxSize | ( | ) |
Returns the maximum number of entries in the cache for storing pre- processed data for rendering vertices.
See set_max_size().
| int getTotalSize | ( | ) |
Returns the number of entries currently in the cache.
| setMaxSize | ( | int | max_size | ) |
Specifies the maximum number of entries in the cache for storing pre- processed data for rendering vertices.
This limit is flexible, and may be temporarily exceeded if many different Geoms are pre-processed during the space of a single frame.
This is not a limit on the actual vertex data, which is what it is; it is also not a limit on the amount of memory used by the video driver or the system graphics interface, which Panda has no control over.


Select what to do with the running process:
Terminate process: stop the process entirely.
Disconnect: leave the process running but disconnect from it.
Ask: show a dialog with actions to choose from.


1.1
domestic | structure | structure | 2010
mandatory
Every
building
must be designed and
constructed
in such a way that
the loadings that are liable to act on it, taking into account the nature
of the ground, will not lead to:
(a)
the collapse of the whole or part of the
building
;
(b)
deformations which would make the
building
unfit for its
intended use, unsafe, or cause damage to other parts of the
building
or to fittings or to installed equipment; or
(c)
impairment of the stability of any part of another
building
.
Introduction
The loadings on the
building
will comprise actions that may be applied both
separately and in various combinations.
Loadings
affected by ground conditions which should be investigated and assessed to
ensure that the ground can safely support the
building
.
Nature of the ground
The collapse of the whole or part of a
building
is clearly a matter of the
highest importance with respect to public safety. The design and
construction
of
buildings
should take into account all contributing factors such as loadings,
climatic conditions, partial safety factors for materials and loadings, and
design methodology to ensure that there is an acceptable probability that the
building
will not collapse (ultimate limit state) during its design lifetime.
Collapse
Similarly deformations of
buildings
while not leading to an ultimate collapse
can lead to public safety concerns particularly where they become unfit or
unsafe for use. This can become apparent in several ways ranging from
cracking, movement or springiness of floors, doors or windows not opening
or closing, damage to pipes and other services within the
building.
The
design and
construction
of a
building
should ensure that, by taking into
account the factors set out above, the
building
does not fail in normal use
(serviceability limit state).
Deformations
The stability of existing
buildings
can be affected if the design and
construction
of a new
building
does not take into account any potential
impacts on existing
buildings
. This could lead to a risk of collapse or damage
to existing
buildings
with a consequent risk to public safety.
Stability of existing
In the case of conversions, as specified in regulation 4, the
building
as
converted
shall meet the requirements of this standard in so far as is
reasonably practicable,
and in no case be worse than before the
conversion
(regulation 12, schedule 6).
1.1
—
1.1.0
domestic | structure | structure | 2010
In order to be safe, a
building
should be capable of resisting all loads acting
on it as a result of its intended use and geographical location. To achieve
this, the structure of a
building
should be designed with margins of safety to
ensure that the mandatory functional standard has been met.
In clause (b), of standard 1.1 deformations are not intended to cover
aesthetic damage such as shrinkage and other minor cracking.
Specialist advice from approved certifiers of design, chartered engineers or
other appropriately qualified persons should be sought if the designer is in
any doubt about the loads acting on a
building
or how these loads can be
accommodated by the structure and safely transmitted to the ground.
Specialist advice
The SCOSS committee has expressed concern that safety critical fixings do
not always receive the attention that they deserve. Fixings are important
structural components. Designers must be satisfied that fixings receive the
same consideration as other aspects of the design in terms of their selection,
design, installation, inspection and testing. A SCOSS ALERT “The Selection
and Installation of Construction Fixings” has been issued that can be found
on the SCOSS website.
www.cross-structural-safety.org
Fixings
The Scottish Stone Liaison Group publication 'natural stone masonry in
modern Scottish
construction
' provides guidance in the use of natural stone
in new
construction
. Guidance includes information on stone and mortar
selection, soiling of facades and design details for structures and moisture
control.
Stone Masonry
Any reference to European Standards for Structure (Structural Eurocodes) in
this section must be taken to include reference to the relevant UK National
Annex.
The loadings to which a
building
will be subjected should be calculated in
accordance with the appropriate Structural Eurocodes:
a. for densities, self-weight and
imposed loadings
, BS EN 1991-1-1: 2002
(Eurocode 1);
b. for snow loadings, BS EN 1991-1-3:2003 (Eurocode 1);
c. for
wind loadings
, BS EN1991-1-4:2005 (Eurocode 1);
d. for earth retaining structures, BS EN 1997-1:2004 (Eurocode 7);
e. any greater loadings to which the
building
is likely to be subjected.
1.1.3 Design and
construction
Any reference to European Standards for Structure (Structural Eurocodes) in
this section must be taken to include reference to the relevant UK National
Annex.
The structural design and
construction
of a
building
should be carried out in
accordance with the following Structural Eurocodes:
a. for
foundations,
BS EN 1997-1:2004 (Eurocode 7);
b. for structural
work
of reinforced, prestressed or plain concrete, BS EN
1992-1-1:2004 (Eurocode 2);
c. for structural
work
of steel, BS EN 1993-1-1:2005 (Eurocode 3);
d. for structural
work
of cold form, thin gauge steel members and sheeting
BS EN 1993-1-3:2006 (Eurocode 3);
1.1.1
—
1.1.3
domestic | structure | structure | 2010
e. for structural
work
of composite steel and concrete
construction
, BS EN
1994-1-1:2004 (Eurocode 4);
f. for structural
work
of aluminium, BS EN 1999-1-1:2007 (Eurocode 9);
g. for structural
work
of masonry, BS EN 1996-1-1:2005 or BS EN
1996-3:2006 Simplified calculation rules for masonry structures (Eurocode
6);
h. for structural
work
of timber, BS EN 1995-1-1:2004 (Eurocode 5) or in the
case of floors and roofs to
domestic buildings
of not more than three
storeys
BS 8103 Part 3 - 2009;
i. for earth retaining structures BS EN 1997-1:2004 (Eurocode 7).
The reliability of designs carried out in accordance with these codes is based
on a number of assumptions set out in BS EN 1990:2002 that include:
•
the choice of the structural system and the design of the structure is made
by appropriately qualified and experienced personnel;
•
the design and
construction
is carried out by personnel having the
appropriate skill and experience;
•
adequate supervision and quality control is provided during execution of
the
work
;
•
the
construction
materials and products are used as specified in BS EN
1990 or in BS EN 1991 to BS EN 1999 or in the relevant execution
standards, or reference material or product specifications;
•
the structure will be adequately maintained; and
•
the structure will be used in accordance with the design assumptions.
Those responsible for procuring the design and
construction
of
buildings
based on Structural Eurocodes should be aware of these assumptions and
should ensure that they have employed individuals with the necessary
qualifications, skills and experience and that appropriate procedures for
checking designs have been adopted.
The
foundations
of
buildings
should be designed to sustain and transmit the
loadings to the ground in such a manner that there will be no ground
movement which will impair the stability of the
building
. All aspects of the
nature of the ground should be taken into consideration including ground
movement caused by:
•
swelling, shrinkage or freezing of the subsoil; or
•
landslip; or
•
subsidence such as that arising from the collapse of abandoned mineral
workings or quarrying operations.
There may be known or recorded conditions of ground instability, such as
that arising from landslides, disused mines or unstable strata which, if
ignored, could have an adverse effect on a
building
. Such conditions should
be taken into account in the design and
construction
of the
building
and its
Attention is drawn to Planning Policy Guidance Note 14 (PPG 14)
Development on unstable land. Although PPG 14 contains specific reference
to England & Wales it does set out the broad planning and technical issues
relating to development on unstable land.
gov.uk
1.1.3
—
1.1.4
domestic | structure | structure | 2010
Information on the scale and nature of problems arising from mining
instability, natural underground cavities and adverse
foundation
conditions is
available from the following:
•
British Geological Survey, Murchison House, West Mains Road,
Edinburgh, EH9 3LA;
•
The Coal Authority, 200 Lichfield Lane, Mansfield, Nottinghamshire, NG18
4RG.
Information can also be obtained from local authorities that hold Building
Standards Registers and other relevant records.
Where new
foundations
are to be
constructed
or existing
foundations
altered
it will generally be necessary to undertake a geotechnical investigation of the
site
. This should be carried out using the methods described in BS EN
1997-2:2007.
1.1.5 Stability of existing
buildings
in their vicinity. Care must be taken to avoid undermining the
foundations
or
otherwise affect the stability of existing
buildings
. The design of
foundations
adjacent to existing
buildings
should be carried out in accordance with the
recommendations of BS EN 1997-1:2004.
Factors that can also affect the stability of an existing
building
and should be
taken into account include:
•
additional or new loads arising from the
construction
of the new
building;
•
increased or new
wind loads
arising from the
construction
of the new
•
pressure bulb extending below existing
building
;
•
changes in groundwater level;
•
loss of fines during pumping operations or climatic conditions.
1.1.4
—
1.1.5


Manage BackOrders
- View backorder inventory, order from suppliers, add new stock to inventory.
Supplier Configuration
- Configure the Supplier.
Home
:
Admin Home
:
Help


In the internet world the positiveness of anonymity seems to be in a process of disruption caused by the society. The multitude is now standing for transparency and rejecting anonymity as falsity,
In the internet world the positiveness of anonymity seems to be in a process of disruption caused by the society. The multitude is now standing for transparency and rejecting anonymity as falsity,
The First Amendment of the United States Constitution is the most cited topic of the debate. Speech rights were expanded after a series of court decisions including
protection for anonymous free speech. These rulings also defined a series of exceptions such as defamation, misappropriation of trade secrets or harassment.
Anonymous faces are mostly covered by something, hidden behind masks or physiognomically deformed. In the images map created the “covered face” category fills the biggest part. The most seen covers are the balaclava, the Guy Fawkes mask and the paper bag.
Anonymous faces are mostly covered by something, hidden behind masks or physiognomically deformed. In the images map created the “covered face” category fills the biggest part. The most seen covers are the balaclava, the Guy Fawkes mask and the paper bag.