BetterHelp is the largest online counseling platform worldwide. We change the way people get help with facing life's challenges by providing convenient, discreet and affordable access to a licensed therapist. BetterHelp makes professional counseling available anytime, anywhere, through a computer, tablet or smartphone.
After you sign up, we will match you to an available counselor who fits your objectives, preferences, and the type of issues you are dealing with. Different counselors have different approaches and areas of focus, so it's important to find the right person who can achieve the best results for you. We have found that we are able to provide a successful match most of the time; however, if you start the process and you feel your counselor isn't a good fit for you, you may elect to be matched to a different counselor.
Counselors on BetterHelp are licensed, trained, experienced, and accredited psychologists (PhD / PsyD), marriage and family therapists (LMFT), clinical social workers (LCSW / LMSW), or licensed professional counselors (LPC). All of them have a Masters Degree or a Doctorate Degree in their field. They have been qualified and certified by their state's professional board after successfully completing the necessary education, exams, training and practice. While their experience, expertise and background vary, they all possess at least 3 years and 1,000 hours of hands-on experience. Click here to learn more about the counselors.
Our team ensures that every provider we bring to the platform is fully licensed and in good standing. Providers who apply are required to provide proper licensure documentation, proof of identity, and references from other licensed practitioners who have worked with them. We then cross-check their licensure information with their respective state licensing board.
In addition to checking credentials, each potential provider needs to complete a case study exam by a licensed clinician and a be evaluated in a video interview. The result of this rigorous 4-5 week process is that only about 15% of the therapists who apply to work through BetterHelp are accepted to the platform.
We also show the full licensing information for each provider to make it easy for you to do your own due diligence on your counselor.
BetterHelp may be right for you if you're looking to improve the quality of your life. Whenever there is anything that interferes with your happiness or prevents you from achieving your goals, we may be able to help. We also have counselors who are specialized in specific issues, such as stress, anxiety, relationships, parenting, depression, addictions, eating, sleeping, trauma, anger, family conflicts, LGBT matters, grief, religion, self esteem and more.
BetterHelp is not the right solution for you if any of the following is true:
BetterHelp is not the right solution for you if any of the following is true:
- You have thoughts of hurting yourself or others
- You are a minor or you are under the care of a legal guardian
- You are in an urgent crisis or an emergency situation
- You have been diagnosed with a severe mental illness, or if you have been advised to be in psychological supervision or psychiatric care
- You were required to undergo therapy or counseling either by a court order or by any other authority
- You do not have a device that can connect to the Internet or you do not have a reliable Internet connection
The cost of counseling through BetterHelp ranges from $60 to $80 per week (billed every 4 weeks). You can cancel your membership at any time for any reason.
The professionals who work through BetterHelp are licensed and credentialed therapists who were certified by their state's board to provide therapy and counseling. However, while the service may have similar benefits, it's not capable of substituting for traditional face-to-face therapy in every case. Please note that your provider won't be able to make any official diagnosis, to fulfill any court order or prescribe medication.
This process can take a few hours or a few days, depending on counselor availability. Don't worry, your subscription period starts when you are matched with a counselor.
You can get counseling in four ways:
- Exchanging messages with your counselor
- Chatting live with your counselor
- Speaking over the phone with your counselor
- Video conferencing with your counselor
Once you are matched to a counselor, you and your counselor will get a dedicated "room", which will be your private and secure place to communicate. In this room, you will write about yourself, the things going on in your life, ask questions and discuss the issues that trouble you. Your counselor will then read your messages, and respond with questions, feedback, insights, and guidance.
You can exchange messages with your counselor at any time, from anywhere, using any Internet-connected device. The room is open 24/7 and since messaging is not in real-time it doesn't require scheduling. Instead, you can choose whenever you want to write or respond to your counselor. You will get a notification by email when the counselor has sent you a message.
You can exchange messages with your counselor at any time, from anywhere, using any Internet-connected device. The room is open 24/7 and since messaging is not in real-time it doesn't require scheduling. Instead, you can choose whenever you want to write or respond to your counselor. You will get a notification by email when the counselor has sent you a message.
You will sometimes want to have a text conversation with your counselor in real-time. This way you can still enjoy the convenience and privacy of messaging but also enjoy a "live" interaction that allows instant response and feedback from your counselor.
To have a live chat session, you will first need to schedule a time with your counselor. At the scheduled time, log in to your account to start typing and chatting with your counselor.
To have a live chat session, you will first need to schedule a time with your counselor. At the scheduled time, log in to your account to start typing and chatting with your counselor.
Phone sessions are a great way to conveniently speak with your counselor by simply using your landline or cell phone, no matter where you are.
To talk with your counselor over the phone, you will need to schedule a time with your counselor and log in to your counseling room at that time. The counselor will prompt you to start the phone session and the system will ask you for your phone number. The system will then call you at that number and connect you with your counselor to start the phone session. Please note that the phone number you enter will not be shared with the counselor.
To talk with your counselor over the phone, you will need to schedule a time with your counselor and log in to your counseling room at that time. The counselor will prompt you to start the phone session and the system will ask you for your phone number. The system will then call you at that number and connect you with your counselor to start the phone session. Please note that the phone number you enter will not be shared with the counselor.
You can also have a video session with your counselor where you see each other and talk with each other in a virtual face-to-face setting (similar to Skype).
To talk with your counselor via video, you will need to schedule a time with your counselor and log in to your counseling room at that time. Your counselor will then prompt you to start the video session. After you confirm, you will immediately begin video chatting with your counselor.
To talk with your counselor via video, you will need to schedule a time with your counselor and log in to your counseling room at that time. Your counselor will then prompt you to start the video session. After you confirm, you will immediately begin video chatting with your counselor.
Yes. You can always login to your account and read all the counselor's messages to you. This may help you in reflecting and remembering some of the guidance and input that you received. This is one of the main advantages of e-counseling.
This depends on your needs and varies a lot from one person to another. Some people feel they get most of the value after just a few weeks, while others prefer to stick to the program for an extended period of time. This is completely up to you.
We strive to deliver a web experience that is aligned with the most recent Web Content Accessibility Guidelines (WCAG) at the AA level, published by World Wide Web Consortium (W3C).
- If you are on a desktop browser, you can enable and launch the accessibility preferences by visiting the Accessibility page.
- For mobile users, we recommend using your device’s native accessibility features. Instructions for iPhone can be found here , and for Android can be found here.
Your membership payments will be charged to a credit card or PayPal on a recurring basis. If you accomplish your goals or if you find online counseling with BetterHelp to no longer be helpful for any reason, you can simply cancel the subscription.
Services offered using this site are generally not covered by health insurance, Medicare or Medicaid.
Coverage and benefits for traditional therapy and counseling services change from one health insurance company to another and from plan to plan, but generally the following rules apply:
Coverage and benefits for traditional therapy and counseling services change from one health insurance company to another and from plan to plan, but generally the following rules apply:
- With many health insurance plans, coverage can be partial or very limited.
- Even if your plan covers all your costs, the co-pay that you would be required to contribute may be higher than the entire cost of BetterHelp.
- In many cases, before you can get reimbursed by your insurance company, your therapist would have to diagnose you with a mental disorder or issue. This diagnosis would be sent to the insurance company and recorded in your medical file. In some cases the therapist would also have to provide additional clinical information to the insurance company, such as treatment plans, summaries or copies of the entire record.
- Do I have mental health insurance benefits?
- What is my deductible and has it been met?
- How many sessions per year does my health insurance cover?
- What is the coverage amount per therapy session?
- Is approval required from my primary care physician?
The service is provided by independent providers who work directly with you. These providers are not employees of BetterHelp and the site doesn't oversee them professionally. Our mission is to build, maintain, and support a platform that lets users and counselors communicate effectively, and to facilitate this channel so they can get the most out of their interaction.
There are many studies that confirm the effectiveness of the online medium for making life changes. For example, a study published by JMIR Publications and conducted by researchers from University of California - Berkeley, University of California - San Francisco, and the San Francisco General Hospital, concluded that “users of BetterHelp experienced significantly reduced depression symptom severity after engaging with the platform.” You can read the full study here.
Our confidence in the platform comes primarily from the feedback and testimonials we receive from users. Every day we are excited to hear from more people about the way this service helped them make a tremendous change in their lives.
We are totally obsessed about securing your privacy and confidentiality. We have built a state-of-the-art technology, operation, and infrastructure with one thing in mind: protecting your privacy and safeguarding the information you provide. Our privacy and confidentiality standards are by far more advanced than what is required by law or regulations, so you can feel safe and comfortable.
- You don't need to identify yourself (see more about staying anonymous here).
- Everything you tell your counselor is protected by strict federal and state laws.
- We don't cooperate or work with any insurance companies or employers, so nothing needs to be shared, reported or filed with them.
- You can always click the "Shred" button next to each message that you've sent so it will no longer show in your account.
- All the messages between you and your counselor are secured and encrypted by banking-grade 256-bit encryption.
- Our servers are hosted in an "A Grade" facility, ensuring the best-in-class security and protection.
- Our browsing encryption system (SSL) follows modern best practices, providing world class online security and encryption.
- Our databases are encrypted and scrambled so they essentially become useless in the very unlikely event that they are being stolen or inappropriately used.
When you sign up we do not ask you for your full name or contact information. You may pick any "nick name" which will identify you in the system. When you decide to start the counseling process, we will ask you for emergency contact information which is kept safe in the system so it can be used if your counselor believes that you or someone else might be in danger.
Click here to get started.
Please start the application process by clicking here.


I'm an alien, morphed into a ninth grader here to infiltrate the human race and learn their secrets.
Read MoreAt our school you've got geeks, the ballers, the band people, the wannabe punk-rock emo kids, the populars (+ wannabes), and the greatest people you'll ever meet, Asian Invasion.
Read MoreWe are the badass tunnel travelers that smell awful after the expedition.
Read More


Collaborative work is one of my favourite aspects of academic research. Below is an alphabetical list of people I've been working with. Click on a person's name to learn more about them and our work together.


Preparation time
less than 30 mins
Cooking time
over 2 hours
Serves
Serves 6-8
Dietary
Meringue desserts are easy to prepare ahead and always make a statement. Fill this with your favourite seasonal fruit.
Preheat the oven to 110C/90C Fan/Gas ½.
For the meringues, using a cake tin as a template, draw 4 x 20cm/8in circles onto 4 sheets of silicone paper or baking paper. Turn them over and place one sheet onto each of 4 flat baking trays.
Whisk the egg whites in a bowl until soft peaks form when the whisk is removed. Add the sugar and continue to whisk until the mixture is smooth and glossy and stiff peaks form when the whisk is removed.
Spoon the egg white mixture into a piping bag fitted with a 1cm/½in plain nozzle. Use a dot of the mixture to stick each corner of the baking paper to the tray. (This stops the paper and meringue being blown about by the oven fan.) Pipe the mixture inside each circular template, starting in the centre and working out to fill it. Smooth each meringue disc with a wet palette knife.
Cook the meringues in the oven for 2 hours. Remove from the oven to cool completely before assembling.
For the filling, whisk the cream and vanilla bean paste in a bowl until soft peaks form when the whisk is removed.
To assemble, place one meringue disc into a cake stand or large serving plate. Spread over one-third of the vanilla cream, then scatter over one-quarter of the sliced fruit. Top with a second meringue disc. Repeat the layering process, topping the last meringue disc with the remaining fruit.
To serve, melt the sugar in a heavy-based frying pan until it starts to caramelise and turn golden-brown. Stir in the flaked almonds until completely coated. Drizzle the sugared nut mixture on top of the gâteau. Chill in the fridge for about 1 hour before serving.


Dutch version of St. Nicholas has controversial sidekick
THE HAGUE, Netherlands (AP) - The Dutch version of St. Nicholas is due to arrive in the Netherlands in an annual children’s party that has become the backdrop for increasingly acrimonious confrontations between supporters and opponents of his sidekick, Black Pete.
White people often don blackface makeup to play the character. Opponents say such depictions promote racist stereotypes, while supporters defend the helper of Sinterklaas, the white-bearded, red-robed Dutch version of St. Nicholas, as a traditional children’s character.
On Saturday, the nationally televised arrival of Sinterklaas is happening, amid tight security, in the central city of Apeldoorn.
TOP STORIES
Franklin Graham calls on nation to pray for Trump as impeachment effort gains speed
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'Bunch of dudes' in Hollywood to blame for my 'hyper-sexualized' image, complains Johansson
Last week, a group of protesters vandalized cars and threw fireworks at the venue of a meeting of anti-Pete activists and on Thursday and Friday police detained three people for making online threats to the festivities in Apeldoorn.
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Thank you so much for taking the time to go over my code quiz problems! This challenge has been a lot of fun, and I have thoroughly enjoyed piecing these bits of code together to make everything work. I hope that you find that my answers are satisfactory, and I look forward to hearing from you!!
Sincerely,
Stephen Young


--- title: Endangered Plants author: Joseph Pope date: '2020-08-18' slug: endangered-plants categories: - R tags: - tidyverse comments: yes description: 'A TidyTuesday project exploring endangered plant life.' images: - src: 'img/2020/tidytuesday/clearcut.jpg' stretch: stretchH removeBlur: no ---
Today we are analyzing extinct and endangered plants for TidyTuesday.
Every week I find myself utilizing the truly excellent site Data-to-Viz by Yan Holtz and Conor Healy for inspiration on what I want to try and learn with R. The site is interactive and helps you figure out the best visualization given numerical or categorical data. It’s well worth a bookmark in your favorite browser.
This week’s data set has three tables, many of which have several columns/features and ways in which to cut up the data. I decided to try something I’ve never done before, and build a Circular Barplot.
The code is long and complicated. I do not recommend this for beginner’s. However, the effect is pretty striking and it’s a nice skill to learn. I was tempted to build a stacked circular bar chart, which is REALLY impressive, AND looks cool, but for my first foray into polar coordinates, I decided to just do a grouped bar chart, which was honestly pretty tough on its own.
Setup
# Contents of Setup.R.
# Using Source method to suppress warnings and messages from Rmd output
# library(tidyverse)
# library(extrafont)
# library(ggthemes)
# library(tidyverse)
# library(knitr)
# library(kableExtra)
# tuesdata <- tidytuesdayR::tt_load('2020-08-18')
# threats <- tuesdata$threats
threats <- readr::read_csv('https://raw.githubusercontent.com/rfordatascience/tidytuesday/master/data/2020/2020-08-18/threats.csv')
I am a fan of the skmir package. This gives you a great overview of the size of your data, your missing values, mean rates, and a basic histogram to show the distribution of numerical data-type columns.
skimr::skim(threats)
| Name | threats |
| Number of rows | 6000 |
| Number of columns | 8 |
| _______________________ | |
| Column type frequency: | |
| character | 7 |
| numeric | 1 |
| ________________________ | |
| Group variables | None |
Variable type: character
| skim_variable | n_missing | complete_rate | min | max | empty | n_unique | whitespace |
|---|---|---|---|---|---|---|---|
| binomial_name | 0 | 1.00 | 11 | 35 | 0 | 500 | 0 |
| country | 0 | 1.00 | 4 | 44 | 0 | 72 | 0 |
| continent | 0 | 1.00 | 4 | 13 | 0 | 6 | 0 |
| group | 0 | 1.00 | 5 | 16 | 0 | 6 | 0 |
| year_last_seen | 180 | 0.97 | 9 | 11 | 0 | 7 | 0 |
| red_list_category | 0 | 1.00 | 7 | 19 | 0 | 2 | 0 |
| threat_type | 0 | 1.00 | 7 | 28 | 0 | 12 | 0 |
Variable type: numeric
| skim_variable | n_missing | complete_rate | mean | sd | p0 | p25 | p50 | p75 | p100 | hist |
|---|---|---|---|---|---|---|---|---|---|---|
| threatened | 0 | 1 | 0.15 | 0.36 | 0 | 0 | 0 | 0 | 1 | ▇▁▁▁▂ |
The Table function is an excellent EDA tool to compare one or two features. It’s quick, it’s easy, and it’s effective. In this case, I want to check out threat types vs “threatened” plants. “Threatened” is a binary column (1 or 0) that shows if a plant is threatened with extinction or not. You can see very quickly that Agriculture and Aquaculture is the most common threat towards these plants. Note - there are 12 unique threat types, and 500 unique plants.
table(threats$threat_type, threats$threatened)
##
## 0 1
## Agriculture & Aquaculture 273 227
## Biological Resource Use 347 153
## Climate Change 466 34
## Commercial Development 414 86
## Energy Production & Mining 455 45
## Geological Events 482 18
## Human Intrusions 480 20
## Invasive Species 419 81
## Natural System Modifications 397 103
## Pollution 486 14
## Transportation Corridor 489 11
## Unknown 393 107
After some ideation and online research (again, let me plug Data-to-Viz) I decided to tackle a circular bar graph. Below I filter to look only at threatened plants, and count them by continent and country.
I decided to scale the count, between 0 and 100, but this was mainly done for expediency, as I wanted to better fit my data into the existing code “template” I used/borrowed/lifted/nicked from data-to-viz. This decision means that I lose the true count of threatened plants, but still keep the visual effect. The countries that have the most threatened plants per continent will still be evident. If I was doing this chart for a professional project, I would not scale here. The Saint Helena code is just to truncate a long country name.
data <- threats %>%
filter(threatened == 1) %>%
group_by(continent, country) %>%
count(name = "threatened_plants", sort = TRUE) %>%
ungroup() %>%
mutate(continent = factor(continent),
country = ifelse(str_detect(country, "Saint Helena"), "Saint Helena", country),
threatened_plants = scales::rescale(threatened_plants, to = c(0, 100))) %>%
filter(threatened_plants != 0)
There are a number of steps necessary to setup the data before plotting in a circular bar chart, with the clever grouped formatting strucutre. I kept the comments from the data-to-viz website, and added a few when worthwhile.
The steps are essentially to: 1. Create empty bar rows in the data to allow grouping 2. Build labels and add to data. In this case, we will label the country per bar and use continent for the grouping. Thankfully all the geometry was already calculated and I did not adjust it. 3. Base Data - Dataframe handles continent labelling and line arc aesthetics. 4. Grid Data - Dataframe handles the 0-20-40-60-80 bars. It basically acts as the y-axis label.
# Set a number of 'empty bar' to add at the end of each group
empty_bar=3
to_add = data.frame( matrix(NA, empty_bar*nlevels(data$continent), ncol(data)) )
colnames(to_add) = colnames(data)
to_add$continent = rep(levels(data$continent), each=empty_bar)
data=rbind(data, to_add)
data=data %>% arrange(continent)
data$id=seq(1, nrow(data))
# Get the name and the y position of each label
label_data=data
number_of_bar=nrow(label_data)
angle= 90 - 360 * (label_data$id-0.5) /number_of_bar # I substract 0.5 because the letter must have the angle of the center of the bars. Not extreme right(1) or extreme left (0)
label_data$hjust<-ifelse( angle < -90, 1, 0)
label_data$angle<-ifelse(angle < -90, angle+180, angle)
# prepare a data frame for base lines
base_data=data %>%
group_by(continent) %>%
summarize(start=min(id), end=max(id) - empty_bar) %>%
rowwise() %>%
mutate(title=mean(c(start, end)))
# prepare a data frame for grid (scales)
grid_data = base_data
grid_data$end = grid_data$end[ c( nrow(grid_data), 1:nrow(grid_data)-1)] + 1
grid_data$start = grid_data$start - 1
grid_data=grid_data[-1,]
I did not alter this code very much, except for variables (obv), the margin() in the theme function to allow the plot title to be displayed, and hjust() to fiddle with the alignment of the continent labels in the inner circle.
I hope this was helpful and good luck on your next project.
p = ggplot(data, aes(x=as.factor(id), y=threatened_plants, fill=continent)) + # Note that id is a factor. If x is numeric, there is some space between the first bar
geom_bar(aes(x=as.factor(id), y=threatened_plants, fill=continent), stat="identity", alpha=0.5) +
# Add a val=100/75/50/25 lines. I do it at the beginning to make sur barplots are OVER it.
geom_segment(data=grid_data, aes(x = end, y = 80, xend = start, yend = 80), colour = "white", alpha=1, size=0.3 , inherit.aes = FALSE ) +
geom_segment(data=grid_data, aes(x = end, y = 60, xend = start, yend = 60), colour = "white", alpha=1, size=0.3 , inherit.aes = FALSE ) +
geom_segment(data=grid_data, aes(x = end, y = 40, xend = start, yend = 40), colour = "white", alpha=1, size=0.3 , inherit.aes = FALSE ) +
geom_segment(data=grid_data, aes(x = end, y = 20, xend = start, yend = 20), colour = "white", alpha=1, size=0.3 , inherit.aes = FALSE ) +
# Add text showing the value of each 100/75/50/25 lines
annotate("text", x = rep(max(data$id),4), y = c(20, 40, 60, 80), label = c("20", "40", "60", "80") , color="white", size=3 , angle=0, fontface="bold", hjust=1) +
geom_bar(aes(x=as.factor(id), y=threatened_plants, fill=continent), stat="identity", alpha=0.5) +
ylim(-100,120) +
labs(
title = "Number of Threatened Plants by Geo",
subtitle = "Scaled from 0-100",
caption = "Joseph Pope | @joepope44"
) +
theme_minimal() +
theme(
legend.position = "none",
axis.text = element_blank(),
axis.title = element_blank(),
panel.grid = element_blank(),
plot.background = element_rect(fill = "#a3b18a"),
plot.title = element_text(hjust = 0.5, size = 24, family = "Garamond"),
plot.subtitle = element_text(hjust = 0.5, family = "Garamond"),
plot.caption = element_text(hjust = 0.5, family = "Garamond")
# plot.margin = unit(rep(-1,4), "cm") <- this hides the plot title if not commented out
) +
coord_polar() + # This makes the circle!
geom_text(data=label_data, aes(x=id, y=threatened_plants+10, label=country, hjust=hjust), color="black", fontface="bold",alpha=0.7, size=3.5, angle= label_data$angle, inherit.aes = FALSE ) +
# Add base line information
geom_segment(data=base_data, aes(x = start, y = -5, xend = end, yend = -5), colour = "black", alpha=0.8, size=0.6 , inherit.aes = FALSE ) +
geom_text(data=base_data, aes(x = title, y = -18, label=continent),
hjust=c(1,1,.5,0,0,0), colour = "black", alpha=0.8, size=4,
fontface="bold", inherit.aes = FALSE)
p


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npm install anki-overdrive-api --save
Changes in the API are tracked in a Changelog.
The current documentation of the API can be found here
The API implements the current specification of the official Anki Overdrive Drive SDK. The API can be used to find and control vehicles in the BLE network.
Use the VehicleScanner
class to search for vehicles in the BLE network.
import {Bluetooth, VehicleScanner} from "anki-overdrive-api"
const bluetooth = new Bluetooth()
const scanner = new VehicleScanner(bluetooth)
scanner.findAll().then(vehicles => {
// Do something with vehicles...
}).catch(/* Handle Errors */)
Vehicles can also be found by using the device address or id.
scanner.findByAddress("42:e2:b6:q7").then(vehicle => {
// Do something with vehicle...
})
scanner.findById("df6as5fda").then(vehicle => {
// Do something with vehicle...
})
After connecting the vehicles they can execute several commands like changing the speed or lane. See the documentation to see all commands.
// First the vehicle has to be connected
vehicle.connect().then(() => {
vehicle.setSpeed(500)
// Vehicles are using offset for positioning.
vehicle.changeLane(-68.0)
})
The vehicles can also send messages if they changes their position. Therefore a listener has to be registered on the vehicle.
vehicle.addListener((message:LocalizationPositionUpdate) => {
console.log("drove over piece: " + message.roadPieceId)
console.log("drove over location: " + message.locationId)
console.log("current speed: " + message.speedMmPerSec)
// Do something else with the message...
})
The API can be tested with unit tests or end-to-end (e2e) tests. Code coverage is also supported.
npm t
or with code coverage
npm run test:coverage
npm run test:e2e
Note: You need to specify at least one vehicle in the settings.json in test/e2e/resources
.
The vehicle has to be online and full charged placed on the track.
Clone the repo and install the dependencies, please follow the instructions from the prerequisites section to avoid problems concerning the BLE adapter.
git clone https://github.com/Aspern/anki-overdrive-api.git
cd anki-overdrive-api
npm i
Copyright © 2017-present, msg systems ag
Generated using TypeDoc


Palace viewed Andrew interview as never to be repeated, says Newsnight producer
Prince Andrew’s Newsnight interview was viewed by Buckingham Palace as a “one-off” which will never be repeated, the producer has said.
Sam McAlister spent a year securing the sit-down on-camera meeting with Andrew.
The duke has faced a barrage of criticism following the BBC programme in which he discussed his friendship with convicted sex offender Jeffrey Epstein – with Andrew accused of a lack of empathy with Epstein’s victims.
McAlister told GQ magazine: “As far as the palace was concerned, this is not going to be done again, this interview.
“This is a one-off. And they wanted to ensure that there were no misunderstandings about His Royal Highness doing a candid and fair exchange.”
She added: “They understood that that was what they were looking for.
“To be frank, they wanted to do something that was clear, open, impartial, rigorous – and there was never any misunderstanding about what was on offer.
“The integrity and the rigour of the programme, I feel, is one of the things that attracted them to us.”
McAlister called the interview “no holds barred”, adding: “The extent of his openness, frankness, the length of (the duke’s) answers, the generosity of the time that he spent with us … It certainly felt a very significant and unusual situation to be in.”
Describing the experience, she said: “Once the cameras start rolling and you’re sitting behind His Royal Highness The Duke Of York, doing his first ever interview on allegations of the type that you never expect to hear a member of the royal family speak on in your lifetime, you definitely start to feel that something momentous, of national significance, is happening.
“And that was certainly my feeling when I was lucky enough to be in that room.”
She confirmed that Andrew took members of the Newsnight team on a tour of the palace.
“The prince was extremely congenial afterwards, as he was throughout the entire process – he could not have been more generous and kind to us, particularly given the circumstances, and he showed (interviewer) Emily (Maitlis) and other members of the team around the palace,” she said.
READ MORE
Alastair Campbell: Prince Andrew’s TV interview was a ‘mistake’


The Combining_Character_Class (ccc) property is a hybrid type. The possible values defined for it in UnicodeData.txt range from 0 to 254 and are numeric values. However, Combining_Character_Class also has symbolic aliases defined for those particular values that are in actual use; those symbolic aliases are listed in PropertyValueAliases.txt. To produce a validating regular expression for Combining_Character_Class, concatenate together the symbolic aliases from PropertyValueAliases.txt, and then add the numeric range 0..254.
The value 255 is reserved for use by implementations. When the ccc values are represented by bytes, that additional value of 255 may be used by an implementation for other purposes.
The value 133 is reserved. No characters have that value. The property value alias CCC133 is retained in accordance with the stability policy regarding property value aliases.
The validating regular expressions for each property tag defined in the Unihan database are described in detail in [UAX38].
Regular expressions to validate String and Miscellaneous properties in the UCD are provided in Table 21. Although Catalog properties may use strict tests, as described in Section 5.11.1 Enumerated and Binary Properties, generic patterns for Block and Script are also provided in Table 21.
To simplify the presentation of these expressions, commonly occurring subexpressions are first abstracted out as variables defined in Table 20.
| Variable | Value | Notes and Examples |
|---|---|---|
| $digit | [0-9] | "0", "3" |
| $hexDigit | [0-9A-F] | "1", "A" |
| $alphaNum | [0-9A-Za-z] | "1", "A", "z" |
| $digits | $digit+ | "0", "12345" |
| $label | $alphaNum+ | "A", "Syriac", "NGKWAEN", "123467", "A005A" |
| $positiveDecimal | $digits\.$digits | "3.1" |
| $decimal | -?$positiveDecimal | "3.5", "-0.5" |
| $rational | -?$digits(/$digits)? | "3/4", "-3/4" |
| $optionalDecimal | -?$digits(\.$digits)? | "3.5", "-0.5", "2", "1000" |
| $name | $label(( -|- |[-_ ])$label)* | name, with potential non-medial hyphens |
| $name2 | $label([-_ ]$label)* | name, no non-medial hyphens allowed |
| $annotatedName | $name2( \(.*\))? | name with optional parenthetical annotation |
| $shortName | [A-Z]{0,3} | "", "O", "WA", "WAE" |
| $codePoint | (10|$hexDigit)?$hexDigit{4} | "00A0", "E0100", "10FFFF" |
| $codePoints | $codePoint(\s$codePoint)* | space-delimited list of 1 to n code points |
| $codePoint0 | ($codePoints)? | space-delimited list of 0 to n code points |
The regular expressions listed in Table 21 cover all the straightforward cases for other property values. For properties involving somewhat more irregular values, such as Age, ISO_Comment, and Unicode_1_Name, details for validation can be found in [UAX42].
| Abbr | Name | Regex for Allowable Values | |
|---|---|---|---|
| nv | Numeric_Value | /$decimal/ | Field 2 |
| /$optionalDecimal/ | Field 3 | ||
| /$rational/ | |||
| blk | Block | /$name2/ | |
| sc | Script | ||
| dm | Decomposition_Mapping | /$codePoints/ | |
| FC_NFKC | FC_NFKC_Closure | ||
| NFKC_CF | NFKC_Casefold | /$codePoint0/ | |
| cf | Case_Folding | /$codePoints/ | |
| lc | Lowercase_Mapping | ||
| tc | Titlecase_Mapping | ||
| uc | Uppercase_Mapping | ||
| scf | Simple_Case_Folding | /$codePoint/ | |
| slc | Simple_Lowercase_Mapping | ||
| stc | Simple_Titlecase_Mapping | ||
| suc | Simple_Uppercase_Mapping | ||
| bmg | Bidi_Mirroring_Glyph | /$codePoint/ | |
| bpb | Bidi_Paired_Bracket | /$codePoint/ | |
| EqUIdeo | Equivalent_Unified_Ideograph | /$codePoint/ | |
| na | Name | /$name/ | |
| Name_Alias | Name_Alias | ||
| -- | Names for named sequences* | ||
| na1 | Unicode_1_Name | /$annotatedName/ | |
| JSN | Jamo_Short_Name | /$shortName/ |
* The names for Unicode named character sequences are not formally Unicode character property values. However, they follow the same syntax as the Name and Name_Alias property values.
Some properties, such as Script_Extensions of kCantonese, have property values each consisting of a set of element values. In the data files, these element values are separated by spaces. Validation of the property values is performed by first splitting each set into element values at the spaces, and then validating each element value individually. For example, the elements for Script_Extensions are values of the Script property; they are validated according to the validation requirements for the Script property. See also Section 5.7.6 Properties Whose Values Are Sets of Values.
The Name_Alias property has values which consist of sets of one or more name strings. In the data file for this property, each element value occurs on a separate line and can be validated as a separate element.
In the Unicode Standard, the term deprecation is used somewhat differently than it is in some other standards. Deprecation is used to mean that a character or other feature is strongly discouraged from use. This should not, however, be taken as indicating that anything has been removed from the standard, nor that anything is planned for removal from the standard. Any such change is constrained by the Unicode Consortium Stability Policies [Stability].
For the Unicode Character Database, there are two important types of deprecation to be noted. First, an encoded character may be deprecated. Second, a character property may be deprecated.
When an encoded character is strongly discouraged from use, it is given the property value Deprecated=True. The Deprecated property is a binary property defined specifically to carry this information about Unicode characters. Very few characters are ever formally deprecated this way; it is not enough that a character be uncommon, obsolete, disliked, or not preferred. Only those few characters which have been determined by the UTC to have serious architectural defects or which have been determined to cause significant implementation problems are ever deprecated. Even in the most severe cases, such as the deprecated format control characters (U+206A..U+206F), an encoded character is never removed from the standard. Furthermore, although deprecated characters are strongly discouraged from use, and should be avoided in favor of other, more appropriate mechanisms, they may occur in data. Conformant implementations of Unicode processes such a Unicode normalization must handle even deprecated characters correctly.
In the Unicode Character Database, a character property may also become strongly discouraged—usually because it no longer serves the purpose it was originally defined for. In such cases, the property is labelled "deprecated" in Table 9, Property Table. For example, see the Grapheme_Link property. Deprecated properties are not recommended for exposure in public APIs that support Unicode character properties.
The Unicode Standard does not specify the exact form of APIs which may be defined in software libraries to surface Unicode character properties to applications. However, there are some recommendations and general guidelines to follow, which should serve to reduce potential confusion and to promote better interoperability between applications using the Unicode Character Database.
In the discussion which follows here, the term API is used to refer to a particular function or method, whereas the term API collection is used to refer to a related group of APIs, which might constitute a set of functions exported from a library, a class definition, or other groupings of related functionality. A distinction is also made between a public API, which is exported for general application use, and a private API, which may be kept hidden within a library or class, intended for internal use.
First, if an API surfaces values of a particular Unicode character property and purports that value to represent a Unicode character property, it should exactly follow the specification of that property in the UCD. This principle follows from the general approach to conformance for the Unicode Standard: If you say it is Unicode, then it should follow the Unicode Standard specification.
Second, an API should be clear about which version of the UCD it supports. This can be done, for example, with documentation, either external or included in the source in header files, class definition notes, and so forth. For an API collection, an even better option is to include an API which explicitly reports which version of the UCD is supported. This provision should reduce confusion regarding particular property values which might change between versions of the Unicode Standard, as well as making it clear which repertoire of encoded characters is intended to be covered. There is no principled constraint on an API supporting more than one version of the UCD, as long as it is clear about how it does so.
Third, although there is no constraint on an API declaring that it only supports a designated subset of Unicode characters, best practice for a general purpose character property API would be to support the entire range of Unicode code points, providing determinant and well-documented property values for any valid Unicode code point input. That would include providing correct default property values for any unassigned code point. See Section 2.2, Use of Default Values for an explanation of that concept.
Fourth, a Unicode character property API is not precluded from extending or tailoring its support of character properties, as long as such behavior is clearly documented, so that applications understand the values they will be getting by calling the API. For example, an API might surface an extended new property such as IsDanda, which is not formally part of the properties specified by the UCD, but which can be inferred from the documentation of the Unicode Standard. An API supporting a particular tailoring of the Unicode Line Breaking Algorithm could surface tailored Line_Break property values to support that behavior. Alternatively, an API supporting a particular private use agreement could surface privately-defined properties for a designated range of PUA characters. All such use of APIs should be considered conformant ways of extending API collections using the UCD.
Designers of API collections to support Unicode character properties must also be aware that not all Unicode character properties are equal. There is no requirement, express or implied, that all Unicode character properties should be supported in a given API collection. In fact, an approach that simply parses the UCD and surfaces all Unicode character properties verbatim is very likely to result in a bad design. Character properties need to be understood in the context of the various Unicode algorithms they are designed to support.
The following subtypes of Unicode character properties should generally not be exposed in APIs, except in limited circumstances. They may not be useful, particularly in public API collections, and may instead prove misleading to the users of such API collections.
The Age property indicates the first version in which a particular Unicode character was assigned. For example, U+20AC € EURO SIGN was added to Version 2.1 of the Unicode Standard, so it has age=2.1, while U+20B9 ₹ INDIAN RUPEE SIGN was added to Version 6.0 of the Unicode Standard, so it has age=6.0.
Formally, the Age property is a catalog property whose enumerated values correspond to a list of tuples consisting of a major version integer and a minor version integer. The major version is a positive integer constrained to the range 1..255. The minor version is a non-negative integer constrained to the range 0..255. These range limitations are specified so that implementations can be guaranteed that all valid, assigned Age values can be represented in a sequence of two unsigned bytes. A third value corresponding to the Unicode update version is not required, because new characters are never assigned in update versions of the standard.
The short values listed in PropertyValueAliases.txt for the Age property for assigned (designated) code points are of the form "m.n", with the first field corresponding to the major version, and the second field corresponding to the minor version.
The long values listed in PropertyValueAliases.txt for the Age property for assigned code points start with a "V" and use an underscore instead of a dot between the major and minor version numbers: V2_1, V6_0, and so on. This makes the long format more useful as an identifier in programming languages. It is also useful in regular expressions, where the dot has other significance.
The default value of the Age property, used for unassigned (undesignated) code points, is expressed with labels that depart from the numerical versioning scheme of the Age property for assigned code points; the short form for the default is "NA", and the long form for the default is "Unassigned". Implementations of parsers which manipulate the Age property need to be prepared for this special case, rather than expecting the default value to be expressed numerically, as "0.0", for example.
The Age property is based on when a character is encoded in the standard. It is normative and immutable, and cannot be meaningfully tailored.
The minimum value of the Age property is "1.1", instead of "1.0", because of the substantial and incompatible changes to the standard resulting from the merger of code points and character names between the Unicode Standard and ISO/IEC 10646 for their 1993 publications. For Hangul syllable characters, which were extensively augmented in Unicode 2.0, the Age value is set to "2.0", even though a subset of the Hangul syllables had been published in earlier versions, at different code points.
Private use characters, noncharacter code points, and surrogate code points also get Age values. The private use characters and noncharacter code points on the BMP have age=1.1. However, the full architecture for UTF-16 and multiple planes was not fully documented until Unicode 2.0, so the private use characters and noncharacter code points on supplementary planes, as well as the surrogate code points in the range D800..DFFF, are given the value age=2.0.
The Age property cannot be derived from the other data files in any single version of the Unicode Character Database. Its derivation is done, rather, by tools that compare the assigned characters between subsequent versions. The data file DerivedAge.txt provides the definitive listing of the Age property value for all code points, as of that version of the standard.
The typical use case for the Age property in regular expressions is to search for all characters that were present in a given version. For this reason, an expression such as "\p{age=V3_0}" is exceptionally defined to match all of the code points assigned in Version 3.0—that is, all the code points with a value less than or equal to the value 3.0 for the Age property, rather than just the subset of those code points with the value 3.0. This interprets "\p{age=V3_0}" as the set of all characters assigned as of Unicode 3.0, rather than as just the set of characters added to Unicode 3.0 subsequent to the prior version. For more information, see Unicode Technical Standard #18, "Unicode Regular Expressions" [UTS18].
The UCD contains a number of test data files. Those provide data in standard formats which can be used to test implementations of Unicode algorithms. The test data files distributed with this version of the UCD are listed in Table 22.
| File Name | Specification | Status | Unicode Algorithm |
|---|---|---|---|
| BidiTest.txt | [UAX9] | N | Unicode Bidirectional Algorithm |
| BidiCharacterTest.txt | [UAX9] | N | Unicode Bidirectional Algorithm |
| NormalizationTest.txt | [UAX15] | N | Unicode Normalization Algorithm |
| LineBreakTest.txt | [UAX14] | N | Unicode Line Breaking Algorithm |
| GraphemeBreakTest.txt | [UAX29] | N | Grapheme Cluster Boundary Determination |
| WordBreakTest.txt | [UAX29] | N | Word Boundary Determination |
| SentenceBreakTest.txt | [UAX29] | N | Sentence Boundary Determination |
The normative status of these test files reflects their use to determine the correctness of implementations claiming conformance to the respective algorithms listed in the table. There is no requirement that any particular Unicode implementation also implement the Unicode Line Breaking Algorithm, for example, but if it implements that algorithm correctly, it should be able to replicate the test case results specified in the data entries in LineBreakTest.txt.
This file contains data which can be used to test an implementation of the Unicode Normalization Algorithm. (See [UAX15] and [Tests15].)
The data file has a Unicode string in the first field (which may consist of just a single code point). The next four fields then specify the expected output results of converting that string to Unicode Normalization Forms NFC, NFD, NFKC, and NFKD, respectively. There are many tricky edge cases included in the input data, to ensure that implementations have correctly implemented some of the more complex subtleties of the Unicode Normalization Algorithm.
The header section of NormalizationTest.txt provides additional information regarding the normalization invariant relations that any conformant implementation should be able to replicate.
The Unicode Normalization Algorithm is not tailorable. Conformant implementations should be expected to produce results as specified in NormalizationTest.txt and should not deviate from those results.
LineBreakTest.txt, located in the auxiliary directory of the UCD, contains data which can be used to test an implementation of the Unicode Line Breaking Algorithm. (See [UAX14] and [Tests14].) The header of that file specifies the data format and the use of the test data to specify line break opportunities. Note that non-ASCII characters are used in this test data as field delimiters.
There is an associated documentation file, LineBreakTest.html, which displays the results of the Line Breaking Algorithm in an interactive chart form, with a documented listing of the rules.
The Unicode text segmentation test data files are also located in the auxiliary directory of the UCD. (See [Tests29].) They contain data which can be used to test an implementation of the segmentation algorithms specified in [UAX29]. The headers of those file specify the data format and the use of the test data to specify text segmentation opportunities. Note that non-ASCII characters are used in this test data as field delimiters.
There are also associated documentation files, which display the results of the segmentation algorithms in an interactive chart form, with a documented listing of the rules:
Unlike the Unicode Normalization Algorithm, the Unicode Line Breaking Algorithm and the various text segmentation algorithms are tailorable, and there is every expectation that implementations will tailor these algorithms to produce results as needed. The test data files only test the default behavior of the algorithms. Testing of tailored implementations will need to modify and/or extend the test cases as appropriate to match any documented tailoring.
These files contain data which can be used to test an implementation of the Unicode Bidirectional Algorithm. (See [UAX9] and [Tests9].)
The data in BidiTest.txt is intended to exhaustively test all possible combinations of Bidi_Class values for strings of length four or less. To allow for the resulting very large number of test cases, the data file has a somewhat complicated format which is described in the header. Fundamentally, for each input string and for each possible input paragraph level, the test data specifies the resulting bidi levels and expected reordering.
The data in BidiCharacterTest.txt is provided to test various edge cases for the algorithm. It contains an extra field which allows for explicit control of the overall directional context for each test case.
The Unicode Bidirectional Algorithm is tailorable within certain limits. Conformant implementations with no tailoring are expected to produce the results as specified in BidiTest.txt and BidiCharacterTest.txt, and should not deviate from those results. Tailored implementations can also use the data in the test files to test for overall conformance to the algorithm by changing the assignment of properties to characters to reflect the details of their tailoring.
This section summarizes the recent changes to the UCD—including its documentation files—and is organized by Unicode versions.
References in the change history are often made to a Public Review Issue (PRI). See http://www.unicode.org/review/resolved.html for more information about each of those cases.
Changes in specific files:
Appropriate existing data files were updated to add the 5930 new characters encoded in Unicode 13.0. Major changes that are most likely to affect implementations are documented in Section M of the Unicode13.0.0 page. Detailed data file updates resulting from encoding the new characters and from various character property changes are summarized below, in the same grouping manner used in Components of Unicode 13.0.0.
Note that minor editorial updates and changes to the derived and extracted data files are not documented here.
These two data files were formally pulled into the UCD as of Version 13.0. They were formally maintained in the /Public/emoji/ directory, as part of the data associated with UTS #51. See that directory for other data files associated with emoji sequences and RGI sets, as well as test data for emoji.
Changes in specific files:
Appropriate existing data files were updated to add the 554 new characters encoded in Unicode 12.0. Major changes that are most likely to affect implementations are documented in Section M of the Unicode12.0.0 page. Detailed data file updates resulting from encoding the new characters and from various character property changes are summarized below, in the same grouping manner used in Components of Unicode 12.0.0.
Note that minor editorial updates and changes to the derived and extracted data files are not documented here.
Mark Davis and Ken Whistler are the authors of the initial version and have added to and maintained the text of this annex. Laurențiu Iancu assisted in the documentation of UCD changes for Versions 6.3.0 through 13.0.0. Ken Lunde and John Jenkins assisted in the documentation of Unihan changes for Version 13.0.0. Julie Allen and Asmus Freytag provided editorial suggestions for improvement of the text. Over the years, many members of the UTC have participated in the review of the UCD and its documentation.
For references for this annex, see Unicode Standard Annex #41, "Common References for Unicode Standard Annexes."
The following summarizes modifications from previous revisions of this annex.
Revision 25 being a proposed update, only changes between revisions 26 and 24 are noted here.
Revision 23 being a proposed update, only changes between revisions 24 and 22 are noted here.
Revision 21 being a proposed update, only changes between revisions 22 and 20 are noted here.
Revision 19 being a proposed update, only changes between revisions 20 and 18 are noted here.
Revision 17 being a proposed update, only changes between revisions 18 and 16 are noted here.
Revision 15 being a proposed update, only changes between revisions 16 and 14 are noted here.
Revision 13 being a proposed update, only changes between revisions 14 and 12 are noted here.
Revision 11 being a proposed update, only changes between revisions 12 and 10 are noted here.
Revision 9 being a proposed update, only changes between revisions 10 and 8 are noted here.
Revision 7 being a proposed update, only changes between revisions 8 and 6 are noted here.
Revision 5 being a proposed update, only changes between revisions 6 and 4 are noted here.
Revision 3 being a proposed update, only changes between revisions 4 and 2 are noted here.
© 2020 Unicode, Inc. All Rights Reserved. The Unicode Consortium makes no expressed or implied warranty of any kind, and assumes no liability for errors or omissions. No liability is assumed for incidental and consequential damages in connection with or arising out of the use of the information or programs contained or accompanying this technical report. The Unicode Terms of Use apply.
Unicode and the Unicode logo are trademarks of Unicode, Inc., and are registered in some jurisdictions.


This article might explain it:
http://www.holoscience.com/news/antigravity.htmlI liked this part:
"Their work demonstrated that the more general laws of the electrical behavior of matter must take into account all of the electrostatic and electrodynamic interactions between the positive and negative charges that comprise normal matter. By applying their methods to charged subtrons we may find the secret to antigravity."


ZIPGREP(1) ZIPGREP(1) NAME zipgrep - search files in a ZIP archive for lines matching a pattern SYNOPSIS zipgrep [egrep_options] pattern file[.zip] [file(s) ...] [-x xfile(s) ...] DESCRIPTION zipgrep will search files within a ZIP archive for lines matching the given string or pattern. zipgrep is a shell script and requires egrep(1) and unzip(1) to function. Its output is identical to that of egrep(1). ARGUMENTS pattern The pattern to be located within a ZIP archive. Any string or regular expression accepted by egrep(1) may be used. file[.zip] Path of the ZIP archive. (Wildcard expressions for the ZIP archive name are not supported.) If the lit‐ eral filename is not found, the suffix .zip is appended. Note that self-extracting ZIP files are supported, as with any other ZIP archive; just specify the .exe suffix (if any) explicitly. [file(s)] An optional list of archive members to be processed, sepa‐ rated by spaces. If no member files are specified, all members of the ZIP archive are searched. Regular expres‐ sions (wildcards) may be used to match multiple members: * matches a sequence of 0 or more characters ? matches exactly 1 character [...] matches any single character found inside the brack‐ ets; ranges are specified by a beginning character, a hyphen, and an ending character. If an exclama‐ tion point or a caret (`!' or `^') follows the left bracket, then the range of characters within the brackets is complemented (that is, anything except the characters inside the brackets is considered a match). (Be sure to quote any character that might otherwise be interpreted or modified by the operating system.) [-x xfile(s)] An optional list of archive members to be excluded from processing. Since wildcard characters match directory sep‐ arators (`/'), this option may be used to exclude any files that are in subdirectories. For example, ``zipgrep grumpy foo *.[ch] -x */*'' would search for the string ``grumpy'' in all C source files in the main directory of the ``foo'' archive, but none in any subdirectories. Without the -x option, all C source files in all directories within the zipfile would be searched. OPTIONS All options prior to the ZIP archive filename are passed to egrep(1). SEE ALSO egrep(1), unzip(1), zip(1), funzip(1), zipcloak(1), zipinfo(1), zipnote(1), zipsplit(1) URL The Info-ZIP home page is currently at http://www.info-zip.org/pub/infozip/ or ftp://ftp.info-zip.org/pub/infozip/ . AUTHORS zipgrep was written by Jean-loup Gailly. Info-ZIP 20 April 2009 ZIPGREP(1)


A Katakan is a type of vampire usually classified as higher ones, however sometimes experts on the field of monsters like Geralt will classify them as lesser ones. The reasoning is possibly the age of the katakan itself, meaning that ancient ones are rated as higher ones and young ones as lesser ones.
Werewolves are Lycanthropes, this means that they are shape-shifters, humans which transform due to the result of a curse. These creatures generally hunt near to human settlements. Found in Velen and Skellige, typically in dark, secluded areas. Most active and dangerous at night, especially during the full moon.
The armor of stone or ice on their backs armors them too well for flanking tactics. Running away from a troll does not guarantee safety, as they can throw stones with alarming speed and accuracy. The power and weight behind every punch thrown by a troll means that they cannot be parried.
Drowners inhabit both natural and artificial bodies of water, from rivers and lakes to mill ponds and city sewers. It is commonly thought that these creatures are drowned men, somehow arisen from the dead to prey on the living. This opinion is as widespread as it is false, for the beasts are in fact another post-Conjunction relic.
Sometimes witchers must put to rest ghosts who haunt the living. Wraiths appear near cemeteries or in homes they inhabited during their lives. They usually have no memories and are guided strictly by hatred towards the living. May they rest in peace.
A griffin, also known as griffon or gryphon, is a creature with the body, legs, and tail of a lion and the head, wings, and talons of an eagle. Griffins will repeatedly swoop down from the sky in order to rake their target using their talons. Archgriffins can also spit corrosive acid, weakening armor. A crossbow or Aard sign will force a griffin to the ground, making the fight more manageable.
Like golems and other elementals, poison does not touch it, nor does it bleed. Fire-based spells not only do no harm but in fact strengthen it; thus one should by no means think of striking it with igni. Though vulnerable to silver blades, getting within sword’s reach of one is dangerous due to the furnace-like heat they emanate.
The Arachas is a large insectoid. It has a distinctly large abdomen. Blindly hacking away at the Arachas from the front is unwise as it will cover itself with its pincers to mitigate damage and open Geralt up to a vicious counter-attack which can knock down.
Water hags, like the drowners and swamp bints with whom they often share hunting grounds, dwell near shallow streams, rivers, and wetlands. Though bulky, they are excellent swimmers. They can even swim through thick mud with astonishing agility, surfacing beside their victims to attack them with their sickle-shaped claws.
Foglers, foglings or foglets (Polish: Mglak) are magical beings said to have arrived during the Conjunction of the Spheres. They tend to be found mainly in swamps, forests, or in the mountains. They are able to lure their prey in traps using magic. Foglers are regarded as essentially humanoid, but with an ethereal quality. They have glowing eyes and mouths, keen ears and long pointed fingers. They feed on the bodies of their victims.
t is hard to provide a detailed description of the ice giant, for no witcher has ever faced it. It is known only from tales and second-hand reports that mix fact with legend. Skelligers claim its skin is blue because it was born of snow and ice, which is, of course, clearly impossible, though it does indeed seem capable of withstanding the fiercest frosts and in fact seems to draw strength from them.
An endrega, or endriaga, is one of the many strange monsters found in the Dank Wilderness. According to Codringher, it is nearly extinct. Endregas are forest creatures that resemble arachnids. They are especially fond of flood-plains, as moisture and tall grass suit them. Longer than they are tall, they move about on all fours and are extremely difficult to spot as they lie motionless, awaiting their prey.


CRUD Examples
Example CRUD Eager
Example CRUD Lazy
Read Examples
Example Read Eager
Example Read Lazy
Users
Log in
Welcome,
Log out


| GP |
{{ player.gp | big_number }} |
| Character GP |
{{ player.gp_char | big_number }} |
| Ship GP |
{{ player.gp_ship | big_number }} |
| Sep GP |
{{ player.sep_gp | big_number }} |
| GR GP |
{{ player.gr_gp | big_number }} |
| Zeta |
{{ player.zeta_count }} |
| Medals |
{{ player.medal_count }} |
| Unit count |
{{ player.unit_count }} |
| 7* |
{{ player.seven_star_unit_count }} |
| G13 |
{{ player.g13_unit_count }} |
| G12 |
{{ player.g12_unit_count }} |
| G11 |
{{ player.g11_unit_count }} |
| G10 |
{{ player.g10_unit_count }} |
| G12 gear pieces |
{{ player.g12_gear_count }} |
| left |
{{ player.left_hand_g12_gear_count }} |
| right |
{{ player.right_hand_g12_gear_count }} |
| Mod count |
{{ player.mod_count }} |
| 6 pips |
{{ player.mod_count_6dot }} |
| +25 |
{{ player.mod_count_speed_25 }} |
| +20 |
{{ player.mod_count_speed_20 }} |
| +15 |
{{ player.mod_count_speed_15 }} |
| +10 |
{{ player.mod_count_speed_10 }} |
| ∑15+ |
{{ player.mod_total_speed_15plus }} |


WAKING THE DEAD
Reviewed by Harvey Karten USA Films/Egg Pictures Director: Robert Dillon Writer: Keith Gordon, novel by Scott Spencer Cast: Tony Calabretta, Ivonne Coll, Jennifer Connelly, Billy Crudup, Paul Hipp, Hal Holbrook, Janet McTeer, Molly Parker, Leah Pinsent
"I see dead people," says Cole Sear in the key line of M. Night Shyamalan's "Sixth Sense." Last year's film--which marked a breakthrough for Bruce Willis (which he later squandered in the pathetic comedy "The Whole Nine Yards")- -enjoyed the most expertly engineered plot twist of any we've seen in 1999. "Waking the Dead" has a similar theme, though with a less than spellbinding conclusion, but gives hope to those of us who are more than eight years old. We too might relish the thrill of observing the dead. What you have to do is not so much to believe as to love. And boy, do you have to love deeply, so much so that your devotion transcends this mortal coil. That's just what Fielding Pierce (Billy Crudup) can effect in a film which its executive producer, Jodie Foster, feels is so strong, so captivating, that it simply had to be made. Compressing Scott Spencer's dense, 500-page novel into less than two hours, writer Robert Dillon succeeds to a reasonable extent under the helm of director Keith Gordon ("Mother Night"). This time around, Gordon does not have the unenviable job of adapting an enigmatic Kurt Vonnegut story of an American prisoner in an Israeli jail who had posed as a Nazi propagandist on the radio: but he is still fond of flashback techniques that flustered us in that film's audience. With "Waking the Dead" we take a dizzying path from the early eighties back to the early seventies again to the eighties and back again almost ad infinitum until every last romantic emotion and political idea is wrung from its two attractive principals.
"Waking the Dead" is not so much a supernatural tingler (though it is that) as it is a marriage between affairs of state and affairs of the heart--centering on a smashingly attractive performer with a Mediterranean image and an ambitious politician who often appears clueless. As Fielding Pierce, Crudup is introduced to us in 1974 as a private in the Coast Guard, a post he may have taken to avoid being sent to Southeast Asia during the closing months of the Vietnam War. Not for him the uncompromising path, the flight to Canada--which might have meant the throwing away of his future. But for the woman he meets at his hippie brother's (Paul Hipp's) publishing firm where she serves as an assistant, Sarah Williams (Jennifer Connelly), compromise is anathema. For Sarah and Fielding it's love at first sight, but like star-crossed lovers throughout history they are destined for an uneven future.
While Fielding, mentored for a seat in Congress by the well-connected Isaac Green (Hal Holbrook), walks the middle path, his great love is an uncompromising woman of the left who works through her church with a Chilean relief program. At one point she lashes out at a bigwig supporter of her boy friend's congressional campaign for writing a Newsweek article praising the violent overthrow of a democratically elected Chilean regime. When you look at Sarah, you think Sophocles' "Antigone," a pain-in-the-butt, unyielding force willing to die for her beliefs. Observe Fielding and you see a guy who has no real political program other than a vague sense that he will work for his constituents and later, pretentiously to help push America closer to being a paradise on earth. When Sarah is presumably killed by a car bomb planted by opponents of her outspoken campaign for Chilean democracy, Fielding is understandably shattered--so much so that at several key moments in his political battle he "sees" her, is certain that she is still alive, and believes that someone else was buried in her stead to give the enemy the impression that she had been eliminated.
Keith Gordon negotiates this passion-filled drama of love's intensity with a reasonable degree of success, his two principals conveying substantial chemistry. From the moment Fielding takes Sarah home after their first date (at which point Sarah coyly decides whether to invite him upstairs), to the drama of Fielding's brief breakdown in front of his supportive family, Gordon must assure us that the love of these two attractive people is so intense, so unyielding, that Fielding would break loose at one point to chase after his vision of the woman. We must consider that he would ultimately turn into a political Bulworth, inspired by her memory to make the world a better place. A minor flaw in the story is that we never find out exactly what it is that Sarah is doing that arouses the intense hatred of the right-wing Chilean forces since, after all, for the most part she is simply aiding poor refugees from that wonderful grape-producing country. What is of consequence is a fine performance by Crudup who at one point does a masculine emulation of Shakespeare's Ophelia--whose own unrequited love drives her to suicidal insanity.
The picture is overloaded with silly side characters, particularly Fielding's hippie brother Dan, who does a pale imitation of a weed-addicted publisher--certain to elicit unintentional laughter from the audience when he describes his falling in love with a Korean hooker in a massage parlor. Janet McTeer is knocked down a few pegs from her strong, lead performance in "Tumbleweeds" to a nothing role as Fielding's understanding sis. Jennifer Connelly's sporadic come-hither look, nicely photographed by Tom Richmond, is the most charming aspect of this movie, the romantic tone supported by some delightful soundtrack ballads from tomandandy. The big question: is she or isn't she? You'll have a strong impression of the answer to that one when you catch this generally rewarding film.
Rated R. Running Time: 103 minutes. (C) 2000 Harvey Karten<EMAIL_ADDRESS>The review above was posted to the
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You're on a bicycle.  When you cross the middle of the road,
you suddenly turn your front wheel so that it travels on the yellow midline. What is the path
of your back wheel?
My friend brought this problem up before physics one day. He was very excited. He mentioned tensors,
to which I, having no experience with the subject, merely waited patiently. Luckily, the solution to this problem requires
no tensors at all.
The Solution
When I actually got to looking at this problem, a few things were pretty clear:
The distance from the back wheel to the front wheel is constant. Bicycles don't stretch.
The back wheel is pulled toward the front wheel at all times. The force on the back wheel is
provided by the frame, which is in the direction of the front wheel.
To make things simpler, I assumed that the front wheel was rolling along the \(x\) axis toward positive infinity.
Let's call the \(x\) value of the front wheel \(f_x\).
Similarly, let's call the position of the back wheel \((b_x,b_y)\) (since its \(y\) value is not constant).
To quantify the above observations (\(L\) is the length of the bicycle and \(A\) and \(B\) are constants):
\[(f_x-b_x)^2+b_y^2=L^2\]
\[\frac{db_y}{db_x}=\frac{-b_y}{f_x-b_x}\]
The second equation is a little harder to grasp than the first. However, all that it is saying is that the direction
of the tangent line is toward the front wheel. Really it is about similar triangles, with \(-b_y\) being the height
and \(f_x-b_x\) being the width of one triangle as opposed to \(db_y\) and \(db_x\) for the "differential triangle"
that is the slope.
Now solve for \(f_x\) in the first equation (I omitted the negative solution because I assume that \(f_x\) is positive)
\[f_x=\sqrt{L^2-b_y^2}+b_x\]
Plug it in to the second equation:
\[\frac{db_y}{db_x}=\frac{-b_y}{\sqrt{L^2-b_y^2}+b_x-b_x}=\frac{-b_y}{\sqrt{L^2-b_y^2}}\]
Happily, the \(b_x\) cancels. This isn't just a coincidence: the direction of the back wheel
should be independant from its arbitrary location on the \(x\) axis.
And now we have a neat differential equation. We can solve this with separation of variables.
\[\int-\frac{\sqrt{L^2-b_y^2}}{b_y}\,\,\,db_y=\int db_x\]
Now that is a lovely integral! I spent awhile trying to crack this one, but considering what Wolfram-Alpha
spit out, it would have take a lot longer than "awhile" (I actually felt guilty for asking the internet,
so I did it myself):
\[-\sqrt{L^2-b_y^2}+L\log{(L\sqrt{L^2-b_y^2}+L^2)}-L\log{(b_y)}+C=b_x\]
Note that I combined the "C"s from both indefinate integrals into the one on the left side.
Now we can setup some initial conditions. At the start, if we assume that the back wheel starts on the \(y\)
axis, the back wheel is at \((0,b_{yi})\) Solving for C:
\[C=\sqrt{L^2-b_{yi}^2}-L\log{(L\sqrt{L^2-b_{yi}^2}+L^2)}+L\log{(b_{yi})}\]
I made myself a Desmos graph of the situation. Feel free to play around with it. The red line is the path of the
back wheel. The black line is the frame of the bicycle.
Epilogue
This got me thinking. I assumed, early on in the problem, that the direction of motion was always in the direction
of the applied force. Technically, the back wheel should have some sort of inertia that keeps it moving in the
same direction. Thus the acceleration should have been in the direction of the applied force, per Newton's 2nd law.
However, any effects of inertia are quickly brought to a halt by friction.
I actually tested this today. I was going for a bike ride and I thought to see if my solution looked remotely
correct before I started. It looked pretty good: the back wheel never passed the centerline, leading me to believe that my
implicit assumption about friction was correct.
Interestingly, it seems impossible to compute the resulting path with acceleration. Because the velocity cannot
change instantaneously, the length of the bicycle cannot remain constant, hence breaking my equation. It's a little
bit of a shame, but I guess I'll be happy with my current solution.


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I am very excited to start the bootcamp. This is because I would like to meet new people. Especially for those who have a different background and culture.
There are two impressions that I got. The first is that the a very welcoming environment towards different background. The second is the culture that accept imperfection, which is a big thing for me.
There are two impressions that I got. The first is that the a very welcoming environment towards different background. The second is the culture that accept imperfection, which is a big thing for me.
I would see myself as a person that would probably ask many questions to both students and lecturers
No, it's still as great as I first time coming to the campus
Yes I am very excited. However, I am also nervous because I might be a students that is regarded as a slow learner


Watch Live: Lord Peter Hain Back To Testify At State Capture Inquiry
by NT EditorFormer UK politician Lord Peter Hain is testifying at the state capture inquiry this morning.
Hain volunteered to give evidence before the commission on international complicity in state capture and corruption in the country.
Today, Hain is expected to share with the commission information at his disposal on how international banks, corporates and states aided in this project.


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The attribute that makes Sleep different is it allows an application developer to develop "bridges". A bridge is a very simple class that implements a Function, Predicate, Loadable, or Operator interface (or any combination thereof). Sleep is easily extendable to make an application's features available to end-user scripters.


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Across: 1. see 5 down 5. Bit of money Mr Harris turned in (6) 9. Voila! Under "errata" section he changes "dirty" to "clean" (9) 10. Direct line between countries not opening (5) 11. Caught in some leatherwear in notorious incident (7) 13. Fits Ann suffered when young (7) 15. Fit Ann treated with oil when blowing up (9) 18. Topples with beheading, a medieval sport (5) 19. Managed church farm (5) 20. Sort of steps; lead statues may stand on them (9) 23. Serpent, a godsend keeping game (7) 24. More controlled, regressive church... another game! (7) 26. Caustic aunt occassionally hailing from the largest continent (5) 28. During sex, Che queried 16 position (9) 30. "Rush" can be loud and soft (6) 31. Old 10 president... preceding old leader U.S. rank poorly (7) Down: 1. Giants' firm defeat one (7) 2. Ms Yates finding gold in muddled pal (5) 3. This modern type of talk can be big on Playschool (3) 4. Rock siren of Rhine legend originally luring everyone in (7) 5,1ac. During 26 16 8, its 30 from 7 would hurry 22's, before nearly all pretend to contain or limit it (7 7) 6. 9 might use it for washing locomotive or automobile part (3) 7. Britain done; Siam controlling territory (9) 8. Drama with councillor joining terror group (6) 12. Bit of money drama around Switzerland (7) 14. Fixing of last major wreckage (7) 16. Sort of problem many people have if in a clan that is disorganised (9) 17. Unit under influence of drug? (3) 19. Fixed hair up for a bit of money (6) 20. Nuisance bringing rubbish complaint (7) 21. Credit's problematic rules (7) 22. New 10 was his hallmark... new 10 for south including a ruthless leader (7) 25. More dependable tourer crashed, losing wheel (5) 27. Gain movement without one's quadruped? (3) 29. Like movement without one's quadruped! (3)


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Sheffield United v Manchester United: match preview
by Guardian StaffChris Wilder does not want Manchester United’s visit to turn into the “Harry Maguire Show” as the club’s one-time centre-back returns to his first club. From Bramall Lane’s academy Maguire progressed to Hull, Leicester and England, ultimately becoming the world’s most expensive defender when he arrived at Old Trafford in the summer. Sheffield United’s manager said: “I usually say it’s just the next game but perhaps this one does have a little more to it. It’s Manchester United and one of our former players will be playing for them. But I don’t want it to be ‘the Harry Maguire Show’. I want it to be the Sheffield United Show. I want us to show how good we are.” Dean Henderson, the home goalkeeper on loan from Manchester United cannot play so Simon Moore will get a rare outing. “It’s a great opportunity for Simon,” said Wilder. “I’m sure he won’t let us down.” Louise Taylor
Sunday 4.30pm Sky Sports Premier League
Venue Bramall Lane
Last season n/a
Referee Andre Marriner
This season G8 Y17 R2 2.38 cards/game
Odds H 3-1 A 5-4 D 12-5
SHEFFIELD UNITED
Subs from Verrips, L Freeman, Sharp, McBurnie, Robinson, Morrison, Bryan, Jagielka, K Freeman, Stearman, Clarke, Osborn, Besic
Doubtful Egan (calf)
Injured None
Ineligible Henderson (terms of loan)
Suspended None
Discipline Y22 R1
Form LDWDWD
Leading scorers Lundstram, Mousset 3
MANCHESTER UNITED
Subs from Romero, Chong, Shaw, Dalot, Bailly, Garner, Fosu-Mensah, Lingard, Young, Gomes, Mata, Greenwood, Jones
Doubtful Bailly (knee), Dalot (groin), Fosu-Mensah (knee), Shaw (thigh), Tuanzebe (hip)
Injured McTominay (ankle, 7 Dec), Rojo (calf, 7 Dec), Pogba (ankle, unknown)
Suspended None
Discipline Y26 R0
Form DLDWLW
Leading scorer Rashford 6


Our History
Serving unique mincemeat filling since 1987
Mincemeat International endured as an American and European tradition for decades, whether a holiday dessert or a classic family favorite for any season all year round. Mincemeat is a combination of apples, raisins and citrus peel, blended with sugar and spices to make a delicious cooking and baking ingredient. But in Mincemeat International, we take pride in making unique flavors that aren't used traditionally. So if you're feeling adventurous and want to try something different, we have unique flavors that goes down as a treat!
It's called mincemeat but there's no meat in it
The reason mincemeat is called meat is because that’s exactly what it used to be: most often mutton, but also beef, rabbit, pork or game. Mince pies were first served in the early middle ages, and the pies were quite sizeable, filled with a mixture of finely minced meat, chopped up fruit and a preserving liquid. Today’s mince pies bear little resemblance to the early versions, but as the recipes, methods and ingredients available have developed over the years, we have ended up with a tasty treat using the finest ingredients, made in the same way it has been for years – but quite a difference from the original recipes driven more by necessity than by delight.
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There’s no meat in our mince meat pies and all our mince pies are suitable for vegetarians! We present a gourmet mincemeat that is as healthy as it is natural. Made with real, natural ingredients; you can impress your family or guests guilt-free! We got the finest selection of pie fillings and toppings, and for Christmas tarts. Heat and spoon over ice cream or cheesecake to liven even the most boring of desserts. Mix into your favorite dessert bread recipes for a unique twist on old classics.
Nutrition facts
| Typical value | Per 100g | Per Serving |
|---|---|---|
| Energy | 1207kJ/285kcal | 290kJ/68kcal |
| Fat | 2.7g | 0.6g |
| Carbohydrates | 1.5g | 0.4g |
| Protein | 0.8g | 0.2g |
| Salt | Trace | Trace |


Flask-Micron is a pluggable, method-oriented API framework for Python, focusing on security and productivity.
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