👋🏼 Hello! Thank you for stopping by.
😀 Please note that this is the seventh in a series of articles I am writing on Cognitive Biases. If you haven’t read the other six yet, I’d recommend you read them first. Links below:
- Confirmation Bias ✅
- Fundamental Attribution Error ✅
- Ikea effect ✅
- Availability Heuristic ✅
- Framing effect ✅
- Forer effect
Let’s get started with this one!
Let’s go back to the 1600s for a while.
Experiment from Leaning Tower of Pisa
Most of you would have heard of Galileo. If not, he is the one known for his famous experiment of dropping two objects of different weights from the ‘Leaning Tower of Pisa’. His experiment contradicted what Aristotle had taught before: heavier objects fall faster than a lighter objects. And as the experiment reveals both the objects hit the ground almost at the same time, busting the popular belief till then.
Isn’t it very intuitive to think that a lighter object will obviously take more time than a heavier object? We experience this phenomenon daily - if a pen and paper slip away from a table, the pen hits the ground first, isn’t it? It is a fact that the pen hits first, but we do not tend to think beyond the easy evidence. The easy evidence is that pen weighs more than the paper, so we correlate the weight of the object to the time taken.
Unfortunately, that is not true. A few experiments (as Galileo and others had done) would reveal that the shape of the object, the density, the buoyancy and air friction determine the time taken, not the weight per se! And this was quite a revelation back then. Due to these and a lot of other discoveries, Galileo would be called the ‘father of modern physics’ by many.
Sun or Earth, which one is the centre?
Let’s look at another work by Galileo that questioned a more popular and widely accepted belief in society - heliocentrism (the concept that the sun is at the centre).
Also known as Copernicanism, derived from the name of renowned mathematician Nicolaus Copernicus who first built mathematical models for theoretical explanations, heliocentrism is the astronomical model in which the Sun is at the centre of the universe and the Earth and other planets revolve around it. This was in contradiction with the popular belief of geocentrism, which placed the Earth at the centre.
Galileo successfully provided physical evidence to explain this phenomenon, but the then community disregarded his claims and forced him to accept that the Earth only was the centre of the universe. And due to this, in 1633, Galileo was ordered to stand trial, was imprisoned for a few years and was then held on house arrest for the rest of his life!
But why was it so difficult for people to believe this newly proposed way of the planetary system which has some scientific explanation?
In the Catholic world prior to Galileo’s conflict, geocentrism agreed with the literal interpretation of the Bible in several places: Chronicles 16:30, Psalm 93:1, Psalm 96:10, Psalm 104:5, Ecclesiastes 1:5 and all the people subscribed to this view as it has also got references in the bible itself.
I would like to highlight two takeaways from the above two anecdotes:
From anecdote 1:
A belief could be false no matter how popular or intuitive it is, and it takes rigorous experiments to prove it
From anecdote 2:
No matter how scientific an experiment and explanation is for a phenomenon, people will not be ready to change their beliefs. In fact, people take extreme measures to safeguard their beliefs than try to find out the truth
What is Galileo doing in an article that is supposed to be on psychology, you wonder?
These two anecdotes are only to convey how our beliefs are very difficult to understand, difficult to prove and difficult to change. And thus, a lot of what we say, what we do and what we decide are based on these true or false beliefs, knowingly or unknowingly.
That brings us to what is called a ‘Belief Bias’:
“We judge an argument’s strength not by how strongly it supports the conclusion but by how plausible the conclusion is in our minds."
The belief dilemma
Personal story 1
My first startup was WhatsDplan. We started WhatsDdplan because we believed in the idea. And frankly, this belief is good. Without any belief, you wouldn’t achieve anything great. Belief is needed to do something which otherwise would not have been possible. If you want to conquer the moon you need to first believe it and then only will you be able to experience it. But even for that, you need to have a very good grasp of reality and be drown in a false sense of belief.
My assessment about ‘WhatsDplan’, if I recollect some of the discussions I have had with a few investors and also with a few of my friends and colleagues, was riveted around belief. Rather than a strong argument on ‘why’ exactly would it work, I thought it will work because ‘WE’ were building it and we were good. We were invested in the idea since the beginning and did not want to doubt it even for a little while. And the startup ended in a tragedy. We had to shut it down after a year-long effort to make it work.
Personal story 2
Recently, I was having a conversation with a friend. He has had a troubled past and was still figuring it out - about his life and career. He has tried his hand at a variety of things, but nothing concrete. He hopped from one thing to another after giving it a try for a short while - from analytics to data science to finance to consulting to starting up. He lacked focus.
As we were having a conversation about what could he possibly do next, he said he wanted to pursue UPSC! I was shocked. He believed that he could just do it because he thought so. There was no strong argument for it. All he said was, ‘because I want to do it, I will do it!’ But I knew that this was another whim he was having. As his past suggested, he struggled to keep focus in getting a job as an analyst, I knew, he would not have the required focus and dedication required to crack UPSC. But he was just driven by it though without a credible argument.
I couldn’t convince him out of it. I am still wondering how do we make someone realise if they are so driven just by beliefs!
The belief bias is not just seen at a personal level like the above examples. We are exposed to it as a society, as a community and as a global fraternity as well.
Let’s take a look at some examples
The age-old patriarchy
It took me one complete season of Money Heist to realise that patriarchy is ingrained in a lot of things we do on a daily basis. I do not want to go into the details of the heist, but on the face of it, we think we are quite liberal in our thinking and believe that we are not being biased based on gender. But, if we critically assess everything we do on a daily basis, we realise that we have taken so many things for granted:
- assuming power
- judging based on gender rather than intellect or physical capacity
- taking unanimous decisions without any consultation
- preconceived roles and responsibilities
- entrusting ownership without power
- a lot more
There could be reasons for some of the practices (not the above) that bestow roles for males and females in the society which is good, which further our progress as a society, but for many, they are simply followed because they are just laid out there, for no other reason.
Buying a car gives a good life
I have many friends who believe that having a car gives a good life. Ask them why, and they say a car is needed, no? The argument dies at the beginning itself. There could be many reasons how a car improves the lifestyle (if not life) which is fine, but a deeper thought is not given into these when such a purchase is made. It is bought because ‘we need a car, right?’
The silly bad omens
There are many instances in my childhood when we did a few things just because we believed them to be true!
Let’s take a look at one such incident. We are three kids in our family - my brother, sister and I. I vividly remember the incident when we had to go to a nearby relative. We had to attend a function at the night and had to walk to the relative’s place. ‘We should not travel in groups of three’, we were told. As we were three of us, we believed that it was not good for us. My sister picked up a stone from the ground, put it in the purse and were then good to go. We had ‘stone’ as the fourth member, can you believe it?
Sounds silly, right? It is!
There are more:
- Looking into a broken mirror is bad luck. (You can judge me, but I am still scared to look into a broken mirror!)
- A black cat crossing the path is bad luck
More examples:
- Graduating from an IIT gives a good life
- Charity is donating some money to an NGO
- Our religion is superior to the other
- My responsibility as a citizen is just to cast my vote
Many of our beliefs are formed because of what we see and perceive from society, the environment and everything happening around us. We ponder on some, question some, but accept many as they are. We develop some form of intuition with things and how to deal with them. We take them for granted on the face of it. As we develop these beliefs, when we encounter a similar situation and respond to it, we consider it to be valid without critically looking at the situation.
Because of social conditioning, we are simply said to follow a few things and believe in a few things because it makes life easy or fits someone’s way of how life should be lived, or what leads to a fulfilling life. It may broaddly be true, but not applicable for everyone, in every situation every time. There will be exceptions and we need to embrace those exceptions, for those exceptions and the ability to tread them with required attention separates the good from the great.
You should not do something because someone said so and you simply believe in it. You should only believe in it because you have validated it. And sometimes, you need to learn from others’ experiences, validate them with various arguments, carefully question the conclusion and then believe in it!
Though intuition is good as it helps us decide faster without wasting our precious time and energy, there is one problem: it may not be right always! So, we need to be aware and cautious of how we are coming to some conclusion. And correct ourselves from time to time.
I mean, we believe in, as kids, what our parents say, our teachers say, our elders say and we carry them with ourselves as we grow. But the world changes with time and so does our ability to understand and assess things. What you were told to be true may not hold good at a later point in time. Hence, it is advised to question the premise of the belief(s) or the belief system itself from time to time.
It is hard to question the existing set of notions and beliefs - sometimes because we don’t know that our decisions are driven by them and sometimes because we do not want to put ourselves in the struggle of pursuit of truth as we are lazy and afraid! So, it is hard to control our existing belief systems from interfering in our objective decision making. It requires training, a lot of it, just like overcoming any other cognitive bias.
Here are a few things that you could do to safeguard yourself from this bias.
- Look for objective reasons. If you think something is true or something is the best thing to do, look for objective reasons why it could be true. Don’t get carried away by the end result just because that seems plausible or intuitive
- Break the end result into smaller measurable chunks that could be objectively assessed. Assessing smaller pieces is easier compared to assessing the whole
- List down all the different reasons why the belief could be wrong. And disprove them! Rather than cherishing why it could be right, focus on why it could be ‘wrong’. Until you find all the reasons why it could not be wrong, you do not believe it
Thank you for reading! 🙏🏼
👍🏼 ➡ If you liked it, please share it with others who might find it interesting!
💬 Also, if you would like to add some of your own personal observations about this bias please leave your comment or feedback below.


This page shows how to use client-side API to implement dependent (AKA cascading) lookup controls.
In this example, when a user selects a country from the dropdown list, the City dropdown list is automatically populated with the appropriate list of cities. Open Insert or Edit forms to see these features in action. Click the button to get familiar with the event handlers' code.
Note. In this example both Country and City fields are stored in the table. The best practice is to store only the city (which explicitly determines the corresponding country) and use Cascading Combobox or Dynamic Cascading Combobox as this will free the database of modification anomalies. Learn more about normalization.


{% trans "You don't have access to this review request." %}
{% blocktrans %}
This review request is private. You must be a requested reviewer, either
directly or on a requested group, and have permission to access the
repository in order to view this review request.
{% endblocktrans %}


public class FriendsList extends java.util.ArrayList<Friend> implements Observable
Friends
the user has. This list includes all tracked and
untracked friends. Friends are ordered in the arraylist by the order in which the user added them
as friends (first-added appears first in the list). In addition to the basic functionality of
ArrayLists
, FriendsLists can be searched by the friend's email address. Additionally,
the ArrayList's
add function is overridden so that the same Friend cannot be added
to the current user's FriendsList multiple times.
The current user's FriendsList can be viewed, and new friends can be added to it, in the FriendsListActivity.
A friend can be removed from the current user's FriendsList by deleting the friend in the
FriendsProfileActivity
.| Constructor and Description |
|---|
FriendsList()
Default constructor used when the current user logs in for the first time (thereby creating their
account).
|
FriendsList(java.util.Collection<? extends Friend> c)
Constructor for instantiating the FriendsList of an existing user.
|
FriendsList(int initialCapacity)
Initializes a FriendsList to the specified capacity.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
add(Friend friend)
Add a new friend to FriendsList.
|
void |
addObserver(java.util.Observer observer)
Adds the specified observer to the list of observers.
|
void |
deleteObserver(java.util.Observer observer)
Removes the specified observer from the list of observers.
|
Friend |
getFriendByUsername(java.lang.String username)
Searches for a Friend in the FriendsList using the specified username (the friends email address).
|
java.lang.Integer |
getFriendIndexByUsername(java.lang.String username)
Searches for the index of the Friend in the FriendsList using the specified username (the friend's
email address).
|
void |
notifyObservers()
If
hasChanged() returns true , calls the update()
method for every observer in the list of observers using null as the
argument. |
add, addAll, addAll, clear, clone, contains, ensureCapacity, equals, get, hashCode, indexOf, isEmpty, iterator, lastIndexOf, remove, remove, removeRange, set, size, toArray, toArray, trimToSize
containsAll, removeAll, retainAll, toString
public FriendsList()
ArrayList
constructor.public FriendsList(java.util.Collection<? extends Friend> c)
Collection
of Friends using the equivalent ArrayList
constructor. The given collection can be empty.
This constructor should be called when a user with an existing account logs in. The FriendsList is
instantiated with the user's previous FriendsList data. This data is retrieved from the Elastic Search
server if the device is online, or from the user's local phone storage if it is offline. If the
user has no friends, this constructor will still be called with an empty collection.c
- a Collection of Friend objects; a list of the user's Friendspublic FriendsList(int initialCapacity)
initialCapacity
- capacity of the FriendsListpublic void addObserver(java.util.Observer observer)
addObserver
in interface Observable
observer
- the Observer to add.public void deleteObserver(java.util.Observer observer)
deleteObserver
in interface Observable
observer
- the observer to remove.public void notifyObservers()
hasChanged()
returns true
, calls the update()
method for every observer in the list of observers using null as the
argument. Afterwards, calls clearChanged()
.
Equivalent to calling notifyObservers(null)
.notifyObservers
in interface Observable
public Friend getFriendByUsername(java.lang.String username)
null
. This method is called to retrieve the Friend when the current user
requests details about them, for example it is used in FriendsInventoryActivity
to retrieve the inventory of the Friend the current user is viewing in the FriendsProfileActivity
.username
- - the username of the friend to be searchedpublic java.lang.Integer getFriendIndexByUsername(java.lang.String username)
null
.
Friends are ordered int the FriendsList in the order they are added, with the Friend that is added
first at index 0.username
- - the username of the friend to be searchedpublic boolean add(Friend friend)
add
returns True.
If not add
returns False. The most likely reason for add
to fail is if
the user tries to add a friend that is already in their FriendsList. Duplicates friends are not permitted,
so if the friend being added to the current user's FriendsList is already in their FriendsList then
that Friend will not be added again and add
will return False.
This method is invoked by the FriendsListController after a user tries to add a new Friend from the
FriendsListActivity.add
in interface java.util.Collection<Friend>
add
in interface java.util.List<Friend>
add
in class java.util.ArrayList<Friend>
friend
- - the Friend to be added to the current user's FriendsList


ID:
*ID must be unique
Name:
Location:
Dept:
Save
Update
Delete
Update Employee details
Delete Employee details
Save Employee details
ID
Name
Location
Department


The ceremony & the party will both be held at The Peninsula Hotel in Washington DC
Please book your hotel by April 1 to receive the group rate!
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--- title: Dolphins recognition challenge keywords: fastai sidebar: home_sidebar summary: "The challenge has two parts:" description: "The challenge has two parts:" nb_path: "notebooks/index.ipynb" ---
pip install dolphins-recognition-challenge
from dolphins_recognition_challenge.datasets import get_dataset train_ds, val_ds = get_dataset("segmentation") type(train_ds)
torch.utils.data.dataloader.DataLoader
Here they go...


See: Description
| Interface | Description |
|---|---|
| InferenceAnswerIdentifier |
InferenceAnswerIdentifier is designed to...
|
| InferenceIdentifier | |
| InferenceMode | |
| InferenceParameter | |
| InferenceParameterGetter |
An interface defining the getters of Cyc inference parameters.
|
| InferenceParameters |
InferenceParameters is designed to encode the parameters that can be
specified for running a Cyc query.
|
| InferenceParameterSetter |
An interface defining the setters of Cyc inference parameters.
|
| InferenceParameterSymbolValue | |
| InferenceParameterValue |
A representation of a value for an inference parameter.
|
| InferenceParameterValueDescription |
InferenceParameterValueDescription is designed to...
|
| InferenceSuspendReason | |
| ProofIdentifier | |
| Query |
Query is designed to represent queries posed to Cyc and provide
access to their results. |
| QueryAnswer |
Encodes one answer to a
Query . |
| QueryListener |
This interface is one that must be implemented by anyone wishing to listen in
on events generated by a Query.
|
| QueryResultSet |
QueryResultSet defines an interface for easy access and manipulation of inference results.
|
| Class | Description |
|---|---|
| QueryFactory |
| Enum | Description |
|---|---|
| DisjunctionFreeElVarsPolicy | |
| InferenceAnswerLanguage |
The CycL language used to express answers.
|
| InferenceStatus | |
| ProblemReusePolicy |
Which problems are considered for reuse by the Worker (aka Problem Store).
|
| ProofValidationMode |
How carefully to check proofs for semantic well-formedness.
|
| ResultUniqueness | |
| StandardInferenceMetric |
An enumeration of inference metrics that are commonly used.
|
| TransitiveClosureMode |
The degree to which modules (such as transitiveViaArg) should generate
transitive closures.
|
Copyright © 2013–2015 Cycorp, Inc. All rights reserved.


Play with the Micrometer Model. Test what you've learned by trying the
input field.
 The
accuracy of a micrometer derives from the accuracy of the thread form that
is at its heart. The basic operating principles of a micrometer are as
follows:
The amount of rotation of an accurately made screw can be
directly and precisely correlated to a certain amount of axial movement
(and vice-versa), through the constant known as the screw's lead. A
screw's lead is the distance it moves forward axially with one complete
turn (360°). (In most threads [that is, in all single-start threads], lead
and pitch refer to essentially the same concept.)
With an
appropriate lead and major diameter of the screw, a given amount of axial
movement will be amplified in the resulting circumferential movement.
The
micrometer has most functional physical parts of a real micrometer.
Frame
(Orange)
The C-shaped body that holds the anvil and barrel in
constant relation to each other. It is thick because it needs to minimize
expansion, and contraction, which would distort the measurement. The frame
is heavy and consequently has a high thermal mass, to prevent substantial
heating up by the holding hand/fingers. has a text 0.01 mm for smallest
division of instrument has a text 2 rounds = 100 = 1.00 mm to allow
association to actual micrometer
Anvil (Gray)
The shiny part
that the spindle moves toward, and that the sample rests against.
Sleeve
/ barrel / stock (Yellow)
The stationary round part with the linear
scale on it. Sometimes vernier markings.
Lock nut / lock-ring /
thimble lock (Blue)
The knurled part (or lever) that one can
tighten to hold the spindle stationary, such as when momentarily holding a
measurement.
Screw
(not seen) The heart of the micrometer It
is inside the barrel.
Spindle (Dark Green)
The shiny
cylindrical part that the thimble causes to move toward the anvil.
Thimble
(Green)
The part that one's thumb turns. Graduated markings.
Ratchet
(Teal)
(not shown ) Device on end of handle that limits applied
pressure by slipping at a calibrated torque.
This applet has an
object (Black)
with slider on left top to control the y-motion of
the object into the anvil and spindle (jaws), the graphics also allows
drag action.
with slider on left bottom to control the x-size of
the object into the anvil and spindle (jaws).
On the left bottom
slider is the zero error control to allow of exploring with if the
micrometer has either +0.15 mm (max) or -0.15mm (min) zero error. The are
check boxes:
hint: guide lines and arrows to indicate the region of
interest plus the accompanying rationale for the answer.
answer:
shows the measurement d = ??? mm
lock: allows simulating of the
lock function in real micrometer which disable changes to the position of
the spindle then by the measurement is unchangeable.
On the bottom
there is a green slider to control the position of the spindle, drag on
any part of the view also drags the spindle.
There is 2 buttons
left and right fine control to allow for single incremental change of the
measurement, to allow learners to sense the rotation simulation of the
spindle with the many lines to simulate the coarse pattern to increase
friction between fingers and on the thimble and ratchet.
The reset
button restores learning environment to default setting
Research
arXiv:1408.3803 [pdf] Vernier
caliper and micrometer computer models using Easy Java Simulation and its
pedagogical design feature-ideas to augment learning with real instruments Loo
Kang Wee, Hwee
Tiang Ning Comments: 8 pages, 8 figures, Physics Education journal Subjects:
Physics Education (physics.ed-ph); Instrumentation and Detectors
(physics.ins-det) https://youtu.be/jHoA5M-_1R4
(g) describe how to measure a variety of lengths with appropriate accuracy
by means of tapes, rules, micrometers and calipers, using a vernier scale
as necessary.


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To the ultimate care guide for your pet uromastyx.
This website will show you exactly how to treat your uromastyx in as little time as possible. If this is your first uromastyx, consider this a guide to help you fully understand the process of purchasing these scaled friends. We'll show you the equipment you need, the diet of a uromastyx, how to befriend a uromastyx, and so much more. It's also important that you do NOT treat this as a care guide for anything but a uromastyx.
Understanding your new scaley friend.
Uromastyx are desert dwelling lizards who have just recently entered the lizard pet scene. This means that you'll have a harder time finding a Uromatyx for sale rather than a Bearded Dragon. Uromastyx can cost between $100 to $500 if you are looking for a rare breed. Other names of these include Uromastyx Geyri or Spiny Tailed Lizards. Uromastyx generally live in extremely warm temperatures and survive off of a plant based diet. This means that caring for uromastyx is simpler than other lizards as unlike other lizards you do not have to feed bugs or rodents.
What to feed to your uromastyx.
Uromastyx often eat dark greens such as the leaves of Romaine, Cilantro, Escarole, Kale, Turnip, and Dandilions. They also love the taste of fruit such as apple and grapes, but these fruits are high in calcium and therefore should never make up more than 10% of their diet. Uromastyx also require reptile supplement powders which should be spread on their food twice weekly to give them a healthy boost in vitamins. Insects could also be fed but from personal experience it should remain a rare treat. Food for your uromastyx should be cut into pieces smaller or bigger depending on the lizard's age. Uromastyx do not need water to survive.
How to gain trust and build friendship with your Uromastyx.
This part is a bit tricky, your Uromastyx may be less or more friendly depending on if they are wild caught or home bred. Wild caught Uromastyx are generally more aggressive, they may spend more time hiding and take more time to adjust to the your home. This is because they are caught directly from the wild and has never been in an enclosure, this means they usually go for cheap prices. However home bred Uromastyx are different in that they have been bred in enclosures. This means it will take less time for a home bred Uromastyx to settle in. Home breds may take around 2 weeks to a month while wild caughts may take upwards to 6 months.
There are a lot of factors to consider when purchasing a Uromastyx.
From the previous section you might think that home bred Uromastyx are generally amazing, however when buying a Uromastyx you might discover that home bred sellers are extremely rare. A safe assumption from looking at data tells us that only 5% of all Uromastyx sold is home bred. Some sellers may even claim their Uromastyx are home bred to boost their prices and sales. This behaviour fro sellers isn't limited to Uromastyx but other lizards as well. It's also important to know the gender of your Uromastyx if you are getting multiple, sellers will usually tell you but female Uromastyx will be less colorful than males and males also have buldges above their anus.
What type of Uromastyx should you buy?
But when buying a Uromastyx you also have to consider what breed of uromastyx you want, I will be going over the most popular breeds. The two breeds you'll encounter most often are Yellow and Red Niger Uromastyx. It's important to know that Uromastyx always start off as a grey and black color, but begin to gain vibrant colors with age. Two breeds which are popular but much rarer are Egyptian and Ornate breeds. Egypitan Uromastyx are the largest breed growing twice as big as a Yellow Niger. They have a drab, greyish tan color. Ornate Uromastyx are by far the most colorful. Ornates are results of breeding different kinds of Uromastyx. Ornates have greenish-blue skin and orange or yellow streaks.


| Constructor and Description |
|---|
Booking(java.lang.String ID,
Tour tour,
java.util.Calendar date,
java.lang.String hotel,
int capacity,
int miniCustomer,
int currentCustomer)
This is the constructor of the Booking class
with all the information needed for a booking
stored when constructed
|
| Modifier and Type | Method and Description |
|---|---|
void |
addCurrentCustomer(int number)
This method increments the current number
of customer stored in the Booking object by
the value of the input integer
|
void |
attach(Observer observer)
This method attaches the input observer
to the Booking object
|
int |
dateToDay()
This method converts the date stored in the object into a day of week
|
java.lang.String |
dateToString()
This method converts a date which is
of Calander class into a String
|
int |
getCapacity()
This method returns the the maximum capacity
of the Booking as a integer
|
int |
getCurrentCustomer()
This method returns the number of
current customer as a integer
|
java.util.Calendar |
getDate()
This method returns the date of teh Booking, which is a Calendar class
|
java.lang.String |
getHotel()
This method returns the hotel object as a String
|
java.lang.String |
getID()
This method returns the ID of the Booking, which is a String
|
int |
getMiniCustomer()
This method returns the minimun number
of customer required for the tour
as a integer
|
int |
getState()
This method returns the state of the
Booking, which is indicated by a integer
|
Tour |
getTour()
This method returns the Tour of the Booking, which is a Tour class
|
com.example.bot.spring.TourGuide |
getTourGuide()
This method returns the Tourguide object
stored in the Booking object
|
void |
notifyAllObservers()
This method notifies the observers
which are attached to the Booking object
of the changes (of state)
|
void |
setCapacity(int capacity)
This method sets the maximum capacity of
the Booking to the input integer
|
void |
setCurrentCustomer(int currentCustomer)
This method sets the number of
current customer to the input integer
|
void |
setDate(java.util.Calendar date)
This method sets the date of the Booking to the input Calendar class
|
void |
setDateString(java.lang.String dateString)
This method sets the date of the Booking to the
date specified in the input String
|
void |
setHotel(java.lang.String hotel)
This method sets the hotel in the
Booking object to the input String
|
void |
setID(java.lang.String ID)
This method sets the ID of the Booking to the input String
|
void |
setMiniCustomer(int miniCustomer)
This method sets the minimum number
of customer required for the tour
to the input integer
|
void |
setState(int state)
This method sets the state of the Booking,
which is indicated by a integer value,
to the input integer.
|
void |
setTour(Tour tour)
This method sets the Tour of the Booking to the input Tour
|
void |
setTourGuide(com.example.bot.spring.TourGuide tourGuide)
This method sets the tourGuide stored in the
Booking object to the input TourGuide object
|
java.util.Calendar |
StringToDate(java.lang.String dateString)
This method converts a date specified in a String
into an actual date stored in a object,
which is a Calandar class
|
public Booking(java.lang.String ID, Tour tour, java.util.Calendar date, java.lang.String hotel, int capacity, int miniCustomer, int currentCustomer)
ID
- Booking's IDtour
- Booking's tourdate
- Booking's datehotel
- Booking's hotelcapacity
- Booking's capcaityminiCustomer
- Booking's minimum customercurrentCustomer
- Booking's current customerpublic void setID(java.lang.String ID)
ID
- Booking's IDpublic java.lang.String getID()
public void setTour(Tour tour)
tour
- Booking's tourpublic Tour getTour()
public void setDate(java.util.Calendar date)
date
- Booking's datepublic void setDateString(java.lang.String dateString)
dateString
- date of bookingpublic java.util.Calendar getDate()
public int dateToDay()
public java.util.Calendar StringToDate(java.lang.String dateString)
dateString
- date Stringpublic java.lang.String dateToString()
public void setTourGuide(com.example.bot.spring.TourGuide tourGuide)
tourGuide
- tour guidepublic com.example.bot.spring.TourGuide getTourGuide()
public void setHotel(java.lang.String hotel)
hotel
- Booking's hotelpublic java.lang.String getHotel()
public void setCapacity(int capacity)
capacity
- Booking's capacitypublic int getCapacity()
public void setMiniCustomer(int miniCustomer)
miniCustomer
- Booking's minimum customerpublic int getMiniCustomer()
public void setCurrentCustomer(int currentCustomer)
currentCustomer
- Booking's current customerpublic int getCurrentCustomer()
public void addCurrentCustomer(int number)
number
- the amount of incrementpublic int getState()
public void setState(int state)
public void attach(Observer observer)
public void notifyAllObservers()
notifyAllObservers
in interface Subject


Project #1 for Class. FSB is a website for the unhealth stress.
Project #2 for class. VerdantEarth is a website for a healthier earth.
Project 3 - COMING SOON


timer
module¶
Largely this module was simply practice on writing decorators.
Might need to review logging best practices. I don’t want the logger from this module to emit anything, but it seems tedious to place that burden on any module that imports from here.
-
timer
(func)[source][source]¶ Print the runtime of the decorated function.
Utilizes
time.perf_counter
.Todo
Begin using the
timeit
module.There are more specialized ways of profiling things in other modules; however, this works for a rough estimate.
- Parameters
func (function) – Function to profile
- Returns
value – Output of function
time.perf_counter()
.- Return type
-
class
ArgReparser
(func)[source][source]¶ Bases:
object
Class decorator that echoes out the arguments a function was called with.
-
time_dir
(directory=None)[source][source]¶ How long does it take to exec(compile(file)) every file in the startup dir?
-
class
LineWatcher
[source][source]¶ Bases:
object
Class that implements a basic timer.
Registers the
start
andstop
methods with the IPython events API.
-
load_ipython_extension
(ip=None, line_watcher=None)[source][source]¶ Initialize a
LineWatcher
and register start and stop with IPython.


{% extends 'layout.html' %} {% block pageTitle %} Health A to Z - Design system testing {% endblock %} {% block beforeContent %} {{ breadcrumb({ href: "/", text: "Home" }) }} {% endblock %} {% block content %}
Includes conditions, medicines, symptoms, tests and treatments.


| Class | ZeepSmsController |
| In: |
lib/app/controllers/zeep_sms_controller.rb
|
| Parent: | ApplicationController |
GET /zeep_sms/incoming GET /zeep_sms/incoming.xml
Callback URL When users send SMS messages to your website, Zeep Mobile send the requests to this URL. I.e. example.com/zeep_sms/incoming
# File lib/app/controllers/zeep_sms_controller.rb, line 18 18: def incoming 19: response.headers["Content-Type"] = "text/plain; charset=utf-8" 20: #Read params from the text message 21: 22: if (params[:uid] && params[:body]) 23: @userid = params[:uid] 24: @body = params[:body] 25: sms = ZeepSms.new(:raw => @body, :login => @userid) 26: end 27: 28: end


2 writes to _path
Microsoft.PowerShell.Commands.Utility (2)
commands\utility\XmlCommands.cs (2)
1127
_path
= inputStream;
1131
_path
= value;
4 references to _path
Microsoft.PowerShell.Commands.Utility (4)
commands\utility\XmlCommands.cs (4)
1120
return
_path
;
1160
string displayPath = (directory != null) ? RelativePath(directory) :
_path
;
1197
string relPath =
_path
;
1224
if (
_path
.Equals(inputStream))


Nunit provides a , nunit-console.exe, which is used for batch execution of tests. The console runner works through the , which provides it with the ability to load, explore and execute tests. When tests are to be run in a separate process, the engine makes use of the program to run them.
The runner may be used in situations where a simpler runner is more suitable.
Various third-party applications are available for loading and running NUnit tests. Some of these actually use NUnit to load the tests, while others provide their own emulation and may not work in the same way that NUnit does.
Because the status of such projects may change from time to time, we don't discuss them individually here. For the latest information, consult the manufacturer of any third-party software or ask other users on our discussion list.
For additional general information on how tests are loaded and run, see


{% extends "lostnfound/base.html" %} {% block content %}
You just made someone's day! Please check your email for a new email chain between you and the owner


| 类和说明 |
|---|
| TargetMetaRequest
Every container's user has one UserTargetMetaDef object
this object is event DTO when this user enter businerss proxy.
|
| TargetMetaRequestsHolder |
| 类和说明 |
|---|
| TargetMetaRequestsHolder |
| 类和说明 |
|---|
| TargetMetaRequestsHolder |
| 类和说明 |
|---|
| TargetMetaRequest
Every container's user has one UserTargetMetaDef object
this object is event DTO when this user enter businerss proxy.
|
| TargetMetaRequestsHolder |
| 类和说明 |
|---|
| TargetMetaRequest
Every container's user has one UserTargetMetaDef object
this object is event DTO when this user enter businerss proxy.
|
| TargetMetaRequestsHolder |
| 类和说明 |
|---|
| TargetMetaDefHolder
以service name为key, Service TargetMetaDef为value
this class is registered in contain.xml every name has one TargetMetaDef
instance, if multi thread access same TargetMetaDef instance, they will
crash.
|
| 类和说明 |
|---|
| TargetMetaRequestsHolder |
| 类和说明 |
|---|
| ServiceAccessor |
| TargetMetaRequest
Every container's user has one UserTargetMetaDef object
this object is event DTO when this user enter businerss proxy.
|
| TargetMetaRequestsHolder |
| 类和说明 |
|---|
| TargetMetaDefHolder
以service name为key, Service TargetMetaDef为value
this class is registered in contain.xml every name has one TargetMetaDef
instance, if multi thread access same TargetMetaDef instance, they will
crash.
|
| 类和说明 |
|---|
| TargetMetaDefHolder
以service name为key, Service TargetMetaDef为value
this class is registered in contain.xml every name has one TargetMetaDef
instance, if multi thread access same TargetMetaDef instance, they will
crash.
|
| 类和说明 |
|---|
| TargetMetaDefHolder
以service name为key, Service TargetMetaDef为value
this class is registered in contain.xml every name has one TargetMetaDef
instance, if multi thread access same TargetMetaDef instance, they will
crash.
|
| 类和说明 |
|---|
| TargetMetaRequestsHolder |
| 类和说明 |
|---|
| TargetMetaRequestsHolder |
| 类和说明 |
|---|
| ServiceAccessor |
| TargetMetaRequestsHolder |
| UserTargetMetaDefFactory |
Copyright © 2019. All rights reserved.


God Hates Charades is a game where you can talk, shout, and say vile things in the form of 30 second act outs.
Players take on three roles during the game.
An actor may not say any words printed on the card while doing their act out.
An actor may not say any words that are synonyms of words printed on the card.
The God player gets to determine if a guess from a player counts or not. It is recommended to play by the “Jist” rules. Advanced players can play by the more “strict” rules.
Play takes place in two rounds.
The first round is called the “general round”. In this round players act, guess, and mislead each other until two or more player have captured 7 points. Each player has 30 seconds to act out their scene.
The second round is called the “lighting round”. In this round the players with 6 points do a series of act outs. The other players act as the guessers. Each of the 6 point players continuously act out scenes drawn at random until one player can’t get the other players to guess their scene. During this round each guess an actor gets counts as a point. Each person who guesses correctly also gets a point.
The winner is the player with the most points. In most cases this the actor who didn’t get eliminated in round two. But that’s not always the case.
Cards are broken up into two decks.
The first deck is the actor deck.
The actor deck will inform the acting player what character you will be playing in their charade/scene. An actor card will fall into the following category types; a person, a persona, a profession, a thing, or an item.
An actor card is not always logical. So be prepared to act like a subway sandwich if the role calls for it.
The second deck is the scenario deck.
The scenario deck is the action the acting player will be acting out and what the other players will be guessing.
The combination of the actor and the scenario card is called the scene.
Players will be acting out scenes while other players either try and guess the scene or mislead others to not guess the scene.
Each scene will last 30 seconds.
To start the game each player draws 3 Actor and Scenario Cards.
The first player to act out is the the player who has had the most sexual partners. Be honest. If no one has had any sexual partners then the player who is the fastest goes first.
All other plays give the acting player a scene. Remember a scene is a combination of an actor and scenario card.
The acting player reviews the scenes submitted and picks one scene to act out.
The timer starts.
 And nobody knows that better than god. Being omnipresent and all knowing makes having fun in a guessing game impossible.
If the acting player picks your scene you are the GOD PLAYER.
The goal of the GOD PLAYER is to throw everyone else off the trail of the scene. This can be done by not saying anything, or trying to trip up the acting player into saying one of the words on the printed cards, or by just shouting out random answers.
It is the goal of the GOD PLAYER to waste everyone’s time for their own twisted pleasure.
If someone guesses the scene the acting player will give them the scenario card to represent a point. The acting player will keep the acting card for a performance that GOD couldn’t even keep down.
If the GOD PLAYER wins they get both points. It pays to be divine.
Any combination of the words on the card will count as a correct guess. The general “jist” of the words on the card will also work. The only rule on guessing is that the guess must be made formally by combining the Actor and Scenario.
If the scene was: God Gets A First Time Abortion
A correct guess would be: God Gets an abortion, God Gets a First Abortion, God Has First Abortion.
As an example a bad guess would be: Abortion god, god abortion, or by guessing God and then waiting five minutes and shouting “OH HE’S GETTING AN ABORTION.”
Remember any jist guess counts. It is also possible for another, quicker, guessing player to steal an answer by forming it into the correct guess format. So be careful about shouting answers that don’t following the formal actor/scenario guessing format.
After the end of each scene gloat and draw a new actor and scenario card.
The person who guessed the answer will now becoming the acting player. If nobody guessed the answer the GOD PLAYER becomes the acting player.


|
G24Lib
A set of convenient classes, functions and other utilities mainly for quickly writing numerical code. Provides relatively easy integration with CUDA, general Runge-Kutta methods, linear equation solvers and more.
|
Allows indexing of multidimensional arrays. More...
Public Member Functions | |
| CUDA_HOS_DEV | ndview () |
| CUDA_HOS_DEV | ndview (const fspoint< indexer, indexer, dim > &number, const fspoint< indexer, indexer, dim > &separation, const indexer offset=0, const bool needs_reverse=true) |
| CUDA_HOS_DEV | ndview (const fspoint< indexer, indexer, dim > &number, const indexer offset=0) |
| template<indexer other_skip> | |
| CUDA_HOS_DEV | ndview (const ndview< indexer, dim, other_skip > &nd) |
| template<indexer w, indexer x> | |
| CUDA_HOS_DEV | ndview (const ndview< indexer, w, x > &v) |
| CUDA_HOS_DEV indexer | array_size () const |
Returns the size of an (unidimensional) array built from the elements specified by this ndview . More... | |
| CUDA_HOS_DEV indexer | count_all () const |
| Returns the number of elements in the specified multidimensional array. More... | |
| CUDA_HOS_DEV indexer | count_border () const |
| Returns the number of elements on the border of the specified multidimensional array. More... | |
| CUDA_HOS_DEV indexer | count_interior () const |
| Returns the number of elements in the interior of the specified multidimensional array. More... | |
| CUDA_HOS_DEV bool | is_border (const fspoint< indexer, indexer, dim > &p) const |
Checks if a point is on the border of the multimensional array specified by this ndview . More... | |
| CUDA_HOS_DEV bool | is_border (const indexer elem, const bool in_array=true) const |
Checks if an element is on the border of the multimensional array specified by this ndview . More... | |
| CUDA_HOS_DEV bool | is_contained (const fspoint< indexer, indexer, dim > &p) const |
Checks if a point is contained (either inside or on the border) in the multimensional array specified by this ndview . More... | |
| CUDA_HOS_DEV bool | is_contained (const indexer elem, const bool in_array=true) const |
Checks if an element is contained (either inside or on the border) in the multimensional array specified by this ndview . More... | |
| CUDA_HOS_DEV bool | is_inside (const fspoint< indexer, indexer, dim > &p) const |
Checks if a point is inside the multimensional array specified by this ndview . More... | |
| CUDA_HOS_DEV bool | is_inside (const indexer elem, const bool in_array=true) const |
Checks if an element is inside the multimensional array specified by this ndview . More... | |
| CUDA_HOS_DEV bool | is_outside (const fspoint< indexer, indexer, dim > &p) const |
Checks if a point is outside the multimensional array specified by this ndview . More... | |
| CUDA_HOS_DEV bool | is_outside (const indexer elem, const bool in_array=true) const |
Checks if an element is outside the multimensional array specified by this ndview . More... | |
| CUDA_HOS_DEV indexer | minimum_required_size () const |
Returns the minimum needed size for an array to hold all the elements accessible through this ndview . More... | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped > | neighbor_view (const fspoint< indexer, indexer, dim > &p, const indexer how_much=1) const |
| CUDA_HOS_DEV ndview< indexer, dim, skipped > | neighbor_view (const indexer elem, const indexer how_much=1, const bool in_array=true) const |
| CUDA_HOS_DEV fspoint< indexer, indexer, dim > | numbers () const |
Gives the g24_lib::fspoint that holds the number of elements along every dimension. More... | |
| CUDA_HOS_DEV indexer | numbers (const indexer i) const |
Gives the number of elements along the i -th dimension. More... | |
| CUDA_HOS_DEV indexer | offset () const |
| The base offset. More... | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped > | offset_view (const indexer i) const |
Offsets the array view by an amount specified by i . More... | |
| template<class parallel , class Arr , class Func , class ... Args> | |
| CUDA_HOS_DEV void | operate_on_all (Arr &&arr, Func &&f, Args &&... args) const |
Performs operation given by f on all elements of a multidimensional array arr described by this ndview . More... | |
| template<class parallel , class Arr , class Func , class ... Args> | |
| CUDA_HOS_DEV void | operate_on_border (Arr &&arr, Func &&f, Args &&... args) const |
Performs operation given by f on the border of a multidimensional array arr described by this ndview . More... | |
| template<class parallel , class Arr , class Func , class ... Args> | |
| CUDA_HOS_DEV void | operate_on_interior (Arr &&arr, Func &&f, Args &&... args) const |
Performs operation given by f on the interior of a multidimensional array arr described by this ndview . More... | |
| CUDA_HOS_DEV | operator indexer () const |
This casting enables one to easily write cont[ndview[a][b][c][d]...] for a container cont . More... | |
| template<indexer w, indexer x> | |
| CUDA_HOS_DEV | operator ndview< indexer, w, x > () const |
| bool | operator!= (const ndview &v) const |
| template<indexer other_skip> | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped > & | operator= (const ndview< indexer, dim, other_skip > &nd) |
| bool | operator== (const ndview &v) const |
| template<indexer m> | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+m > | operator[] (const fspoint< indexer, indexer, m > &p) const |
Selects the elements with coordinates specified by the m -dimensional point p in the m lowest dimensions not yet specified. More... | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+1 > | operator[] (const indexer i) const |
Selects the elements with coordinate i in the lowest dimension not yet specified. More... | |
| template<class convertable , indexer m> | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+m > | operator[] (const internals::clamped< convertable > &i) const |
Selects the elements with coordinate i in the lowest dimension not yet specified, clamped by the limits provided for the array. More... | |
| template<indexer m> | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+m > | operator[] (const internals::clamped_on_several< indexer, m > &p) const |
Selects the elements with coordinates specified by the m -dimensional point p in the m lowest dimensions not yet specified, clamped by the limits provided for the array. More... | |
| template<class convertable > | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+1 > | operator[] (const internals::clamped_range< convertable > &r) const |
| Selects the elements within the provided range in the lowest dimension not yet specified, clamped by the limits provided for the array. More... | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+1 > | operator[] (const view::all dummy) const |
| Selects the elements with any coordinate in the lowest dimension not yet specified. More... | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+1 > | operator[] (const view::border dummy) const |
| Selects the elements with the first or last possible coordinate in the lowest dimension not yet specified. More... | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+1 > | operator[] (const view::interior dummy) const |
| Selects the elements with any coordinate but the first or last in the lowest dimension not yet specified. More... | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+1 > | operator[] (const view::max dummy) const |
| Selects the elements with the last coordinate in the lowest dimension not yet specified. More... | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+1 > | operator[] (const view::min dummy) const |
| Selects the elements with the first coordinate in the lowest dimension not yet specified. More... | |
| template<class convertable > | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+1 > | operator[] (const view::range< convertable > &r) const |
| Selects the elements within the provided range in the lowest dimension not yet specified. More... | |
| template<class ArrT > | |
| internals::ndview_printable< ArrT, indexer, dim, skipped > | printable (const ArrT &arr, bool print_coordinates=false, std::streamsize width=6) const |
Provides a quick way to print an array structured through an ndview using operator<< with some stream. More... | |
| CUDA_HOS_DEV ndview< indexer, dim, 0 > | reset () const |
| Resets the view to an unskipped one. More... | |
| CUDA_HOS_DEV fspoint< indexer, indexer, dim > | separation () const |
Gives the g24_lib::fspoint that holds the strides between each element along every dimension. More... | |
| CUDA_HOS_DEV indexer | separation (const indexer i) const |
Gives the stride between each element along the i -th dimension. More... | |
| template<class parallel , class Arr > | |
| CUDA_HOS_DEV void | set_all (Arr &arr, const g24_lib::value_type< Arr > &val) const |
Sets all elements of arr to val . More... | |
| template<class parallel , class Arr > | |
| CUDA_HOS_DEV void | set_border (Arr &arr, const g24_lib::value_type< Arr > &val) const |
Sets the border of arr to val . More... | |
| template<class parallel , class Arr > | |
| CUDA_HOS_DEV void | set_interior (Arr &arr, const g24_lib::value_type< Arr > &val) const |
Sets the interior of arr to val . More... | |
| CUDA_HOS_DEV ndview< indexer, dim, skipped+1 > | skip () const |
| Skips a dimension without changing anything. More... | |
| CUDA_HOS_DEV indexer | to_elem (const fspoint< indexer, indexer, dim > &p, const bool in_array=true) const |
| Turns a set of multidimensional entries (a point) into a scalar index (an element). More... | |
| CUDA_HOS_DEV fspoint< indexer, indexer, dim > | to_point (const indexer i, const bool in_array=true) const |
| Turns a scalar index (an element) into a set of multidimensional indices (a point). More... | |
Static Public Member Functions | |
| static constexpr CUDA_HOS_DEV indexer | dimensions () |
| The number of dimensions of this view. More... | |
Friends | |
| template<class b , b , b > | |
| class | ndview |
| struct | operate_functor |
Allows indexing of multidimensional arrays.
| indexer | A type that is appropriate to hold the size of the container. |
| dim | The number of dimensions of the array. |
| skipped | Specifies how many dimensions we are looking into. (Should not be needed for any end user, only for internal functions.) |
indexer
must satisfy the constraints placed on the choice of g24_lib::Definitions::default_signed_indexer.
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |
Returns the size of an (unidimensional) array built from the elements specified by this ndview
.
count_all()
in that it merely returns the total number of elements that this ndview
specifies, but provided as a separate function for semantic reasons.
|
inline |
|
inline |
|
inline |
|
inlinestaticconstexpr |
|
inline |
|
inline |
Checks if an element is on the border of the multimensional array specified by this ndview
.
| elem | The index. |
| in_array | If true , the index refers to the base array, so the offset must be subtracted from it and the proper separations between the elements considered (since the view may have a stride larger than 1). If false , the index simply refers to the specified view, so no offset needs to be considered and all the elements become sequential. |
|
inline |
|
inline |
Checks if an element is contained (either inside or on the border) in the multimensional array specified by this ndview
.
| elem | The index. |
| in_array | If true , the index refers to the base array, so the offset must be subtracted from it and the proper separations between the elements considered (since the view may have a stride larger than 1). If false , the index simply refers to the specified view, so no offset needs to be considered and all the elements become sequential. |
|
inline |
|
inline |
Checks if an element is inside the multimensional array specified by this ndview
.
| elem | The index. |
| in_array | If true , the index refers to the base array, so the offset must be subtracted from it and the proper separations between the elements considered (since the view may have a stride larger than 1). If false , the index simply refers to the specified view, so no offset needs to be considered and all the elements become sequential. |
|
inline |
|
inline |
Checks if an element is outside the multimensional array specified by this ndview
.
| elem | The index. |
| in_array | If true , the index refers to the base array, so the offset must be subtracted from it and the proper separations between the elements considered (since the view may have a stride larger than 1). If false , the index simply refers to the specified view, so no offset needs to be considered and all the elements become sequential. |
|
inline |
Returns the minimum needed size for an array to hold all the elements accessible through this ndview
.
|
inline |
\brief Returns a `g24_lib::ndview` that encompasses the closest neighbors of the point (and the point itself), bounded by the limits of the array. \param p The point whose neighbors we want to get. \param how_much How many neighbors we want. \remark For a simple case of a bidimensional array:
\remark `neighbor_view(g24_lib::fspoint<int, int, 2>{2,2},2)` would give the whole array. \remark `neighbor_view(g24_lib::fspoint<int, int, 2>{1,1},1)` would give:
|
inline |
\brief Returns a `g24_lib::ndview` that encompasses the closest neighbors of an element (and the element itself), bounded by the limits of the array. \param elem The element whose neighbors we want to get. \param how_much How many neighbors we want. \param in_array If `true`, the index refers to the base array, so the offset must be subtracted from it and the proper separations between the elements considered (since the view may have a stride larger than 1). If `false`, the index simply refers to the specified view, so no offset needs to be considered and all the elements become sequential. \remark For a simple case of a bidimensional array:
\remark `neighbor_view(12,2)` would give the whole array. \remark `neighbor_view(6,1)` would give:
|
inline |
Gives the g24_lib::fspoint
that holds the number of elements along every dimension.
|
inline |
|
inline |
|
inline |
|
inline |
Performs operation given by f
on all elements of a multidimensional array arr
described by this ndview
.
| arr | The array on which to operate |
| f | The function to apply on the elements of arr. |
| args | Extra arguments to be passed to f |
| Arr | The type of the array on which we will operate. |
| Func | The type that holds the function to be applied to the elements of the array. |
| Args | The types for any extra arguments to Func . |
f
must take as arguments (a reference to) arr
, the index at which we're evaluating, the multidimensional position at which we're evaluating and any extra arguments passed to this function in args
.parallel
must be a valid type of parallelism, that is, it must satisfy g24_lib::is_parallelism
.
|
inline |
Performs operation given by f
on the border of a multidimensional array arr
described by this ndview
.
| arr | The array on which to operate |
| f | The function to apply on the elements of arr. |
| args | Extra arguments to be passed to f |
| Arr | The type of the array on which we will operate. |
| Func | The type that holds the function to be applied to the elements of the array. |
| Args | The types for any extra arguments to Func . |
f
must take as arguments (a reference to) arr
, the index at which we're evaluating, the multidimensional position at which we're evaluating and any extra arguments passed to this function in args
.parallel
must be a valid type of parallelism, that is, it must satisfy g24_lib::is_parallelism
.operate_on_all
with an operation that checks first if the element is in the border and only performs the operation if so.
|
inline |
Performs operation given by f
on the interior of a multidimensional array arr
described by this ndview
.
| arr | The array on which to operate |
| f | The function to apply on the elements of arr. |
| args | Extra arguments to be passed to f |
| Arr | The type of the array on which we will operate. |
| Func | The type that holds the function to be applied to the elements of the array. |
| Args | The types for any extra arguments to Func . |
f
must take as arguments (a reference to) arr
, the index at which we're evaluating, the multidimensional position at which we're evaluating and any extra arguments passed to this function in args
.parallel
must be a valid type of parallelism, that is, it must satisfy g24_lib::is_parallelism
.
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inline |
Provides a quick way to print an array structured through an ndview
using operator<<
with some stream.
| arr | The array to be printed. |
| print_coordinates | If true , prints the coordinates to the sides, as if in a table. |
| width | The desired minimum width of each printed element. |
|
inline |
Resets the view to an unskipped one.
view
is an N
-dimensional g24_lib::ndview
. view[0]
will behave essentially as an (N-1)
-dimensional g24_lib::ndview
, but there are some cases where it might be useful to consider it an N
-dimensional g24_lib::ndview
with only one element in the first dimension. For these cases, we just call view[0].reset()
.
|
inline |
Gives the g24_lib::fspoint
that holds the strides between each element along every dimension.
|
inline |
|
inline |
Sets all elements of arr
to val
.
| arr | The array on which to operate |
| val | The value to which the array should be set. |
parallel
must be a valid type of parallelism, that is, it must satisfy g24_lib::is_parallelism
.
|
inline |
Sets the border of arr
to val
.
| arr | The array on which to operate |
| val | The value to which the array should be set. |
parallel
must be a valid type of parallelism, that is, it must satisfy g24_lib::is_parallelism
.operate_on_all
with an operation that checks first if the element is in the border and only performs the operation if so.
|
inline |
Sets the interior of arr
to val
.
| arr | The array on which to operate |
| val | The value to which the array should be set. |
parallel
must be a valid type of parallelism, that is, it must satisfy g24_lib::is_parallelism
.
|
inline |
Skips a dimension without changing anything.
ndview.skip()
or ndview[g24_lib::view::all()]
. Provided for potential user convenience.
|
inline |
Turns a set of multidimensional entries (a point) into a scalar index (an element).
| p | The point. |
| in_array | If true , the index refers to the base array, so the offset must be added to it and the proper separations between the elements considered (since the view may have a stride larger than 1). If false , the index simply refers to the specified view, so no offset needs to be considered and all the elements become sequential. |
|
inline |
Turns a scalar index (an element) into a set of multidimensional indices (a point).
| i | The index. |
| in_array | If true , the index refers to the base array, so the offset must be subtracted from it and the proper separations between the elements considered (since the view may have a stride larger than 1). If false , the index simply refers to the specified view, so no offset needs to be considered and all the elements become sequential. |
|
friend |


New to iPhone? How to customize your iPhone Keyboard settings
by Sandy WrittenhouseWe all know that we do a lot more with our phones than make calls. We send text messages and emails, search for stuff on the web, and take notes. So having your iPhone keyboard settings the way you want them is important for these types of things.
If you’re new to iPhone, you can customize your keyboard right off the bat so it’s ready to use when you need it. This tutorial shows you how to do that.
Access your iPhone Keyboard settings
First things first, you need to access the settings for your keyboard. Open your Settings and select General. Then scroll down and tap Keyboard.
You can also access these settings directly from your keyboard. With the keyboard open, tap and hold the smiley face or globe icon and select Keyboard Settings.
Keyboards
At the very top of the next screen, you’ll see Keyboards. You can tap this to choose your keyboard layout like QWERY, AZERTY, or QWERTZ. This is also where you can add more keyboards like those in other languages or third-party keyboard apps that you install.
Shortcuts
Back to the Keyboards screen, you’ll next see Text Replacement and One Handed Keyboard options.
If you tap Text Replacement, you can set up keyboard shortcuts. This lets you enter the keys you want to use as a shortcut and the entire phrase or sentence that will pop in. For instance, you can set up a shortcut for when you type “tyt” it displays as “Thank you for your time!”.
If you tap One Handed Keyboard, you can choose from Left or Right depending on your prominent hand. This will shift the keyboard slightly in the direction you need to type with one hand.
Options
The final section on the Keyboards screen is for all of your keyboard options. You can enable or disable each one using the toggle.
Here you can enable features like auto-correction, spell-check, predictive text, and slide to type. Each of these features is helpful in its own way. However, we do know the risks of auto-correction (wink), so use the features at your discretion.
Wrapping it up
As a new iPhone user, these keyboard settings can help you type faster, more accurately, or in another dialect when needed. So get your keyboard set up for the ways you’ll use it most right from the start.
Are you going to make some adjustments to your keyboard settings now? Let us know your favorite features in the comments below!
And for additional keyboards on your iPhone, take a look at our lists of emoji keyboards and GIF keyboard apps.


Connect your virtual meeting rooms to your Google Calendar for easy space management.
This app links the meeting room schedules on your Google Calendar to meeting rooms in your virtual HQ, allowing you to see current and future meetings without leaving your headquarters.
We will have read-only access to your Google Calendars, and will parse the latest event information from the specific calendars that you choose to connect.
After you connect your Calendars, the only data that will be temporarily stored is information regarding the next 2 meetings currently scheduled on that calendar. That data is permanently deleted when the events have concluded.
Only rerun this app if you need to connect your virtual meeting rooms to different Google Calendars.
Click "Sign In" below to begin linking your calendar to your HQ!
Meeting Room Connector
Connect your virtual meeting rooms to your Google Calendar for easy space management.
Let's Connect Your Spaces
Start by selecting a room resource from your Google Calendar. Then select a High Fidelity meeting room and click to link them.
YOUR CALENDAR RESOURCES
NO CALENDARS AVAILABLE
HIFI MEETING ROOMS
NO ROOMS AVAILABLE
Spaces Linked!
Connected Spaces
Your linked spaces
Your spaces are setup! You can safely close this app.
If you need, you can add, edit, or delete your linked spaces from this list:
Atlantis
Meeting Room Connector
We couldn't find any calendars to connect. You'll need to create a new calendar resource for each bookable space.