The War Of The Worlds: 5 questions we need answered after episode 1
The War Of The Worlds kicked off with an explosive episode that set the (scorched) scene for the rest of the series.
George (Rafe Spall) and his partner Amy (Eleanor Tomlinson) were enjoying their quiet life in Woking, until it became not so quiet when mysterious meteors fell out of the sky.
Rather than leave well alone, they along with other free thinkers and astronomer Ogilvy (Robert Carlyle) decided to poke it, setting of a destructive chain of events that led to the arrival of massive aliens that destroyed everything in their path.
So what are they? Where did they come from? And why are they intent on wiping out human life?
And more importantly, is the dog okay?
Here are the questions we have after episode one.
Is the middle of an alien invasion the best time to talk about a wedding?
Advertisement Advertisement
Yes we get that George and Amy are in love and want to make it official, but maybe try surviving first before talking about getting shot of George’s wife?
Is George’s wife in trouble?
George and Amy are ‘outcasts’ in their village because they are living together while unmarried. George’s estranged wife, devastated by George leaving her for Amy, declared that she will only grant her journalist husband a divorce when she’s dead. We have a horrible feeling she might come to regret those words in coming episodes.
Will George and Amy reunite?
The couple were split up in the midst of the alien attack, and Amy rode off find George’s brother Frederick (Rupert Graves). Will they make their way back to each other?
What happened to Benny?
While fleeing their home under fire from aliens, Amy pleaded with George to go back for their dog Benny. As George made his way to him, here was thrown off course by another blast. Poor Benny was no where to be found. Did he save their poor pet pooch?
What did those pictures mean?
Amy stumbled upon some mysterious photographs that were being kept by Ogilvy. Could they be important later on? Did Ogilvy know what was going to happen?
War Of The World airs Sundays at 9pm on BBC One.


This UK Data Service Census Support boundary dataset is made available to you under the terms of the UK Open Government Licence v3. Your use of the UK Data Service is subject to the terms of the UK Data Service End User Licence The following copyright statements MUST be used when reproducing or using this dataset, for example when displaying boundary data as a map or other graphic within a written report: Contains National Statistics data © Crown copyright and database right [year] Contains OS data © Crown copyright [and database right] (year) Note, that where any of the above copyright statements contain the word year, this should be replaced with the year, for example 2015, in which you used the UK Data Service dataset or wrote your report etc. In addition you can also include the following citation as a reference for this UK Data Service Census Support dataset where you have referred to this UK Data Service dataset in an essay, research paper or journal article: Office for National Statistics (2011). 2011 Census: boundary data (England and Wales) [data collection]. UK Data Service. SN:5819 UKBORDERS: Digitised Boundary Data, 1840- and Postcode Directories, 1980-. http://discover.ukdataservice.ac.uk/catalogue/?sn=5819&type=Data%20catalogue, Retrieved from http://census.ukdataservice.ac.uk/get-data/boundary-data.aspx. Contains public sector information licensed under the Open Government Licence v3. If you have any questions about the use or licensing of this dataset please contact the UK Data Service via: http://ukdataservice.ac.uk/help/get-in-touch.aspx UK Data Service, November 2015


|
Race-Game
|
Class for the mpu-6050. More...
#include <mpu6050.hpp>
Public Member Functions | |
| mpu6050 (hwlib::i2c_bus &bus, uint_fast8_t address=0x68) | |
| Constructor for the mpu6050 class. More... | |
| void | activate () |
| Turns on the sensor. More... | |
| void | setSensitivity (const uint8_t &accelSens, const uint8_t &gyroSens) |
| Sets the desired sensitivity. More... | |
| int16_t | getAccelX () |
| Returns x-variable of acceleration-sensor. More... | |
| int16_t | getAccelY () |
| Returns y-variable of acceleration-sensor. More... | |
| int16_t | getAccelZ () |
| Returns z-variable of acceleration-sensor. More... | |
| int16_t | getGyroX () |
| Returns x-variable of gyroscope. More... | |
| int16_t | getGyroY () |
| Returns y-variable of acceleration-sensor. More... | |
| int16_t | getGyroZ () |
| Returns z-variable of acceleration-sensor. More... | |
| int16_t | getTemp () |
| Returns temperature. More... | |
| void | calibrate () |
| Calibrates the sensor. More... | |
Class for the mpu-6050.
A class created to make use of the mpu-6050, whether you need the acceleration- or temperature-sensor, or even the gyroscope. The class also includes ways to change the sensor sensitivity and a way to calibrate the sensor before use
|
inline |
Constructor for the mpu6050 class.
The contructor takes a hwlib::i2c_bus variable and an uint_fast8_t variable which is standard set to 0x68 (which is the address of the mpu-6050)
| void mpu6050::activate | ( | ) |
Turns on the sensor.
Sends a signal to the sensor which turns it on
| void mpu6050::calibrate | ( | ) |
Calibrates the sensor.
Makes a measurement for all variables except for temperature Saves these taken measurements as base variables upon which following variables will be based
| int16_t mpu6050::getAccelX | ( | ) |
Returns x-variable of acceleration-sensor.
Requests x-variable of accelration-sensor, then divide it by the sensitivity, subtracts the variables received from calibrating the sensor and then returns the x-variable of the acceleration-sensor
| int16_t mpu6050::getAccelY | ( | ) |
Returns y-variable of acceleration-sensor.
Requests y-variable of accelration-sensor, then divide it by the sensitivity, subtracts the variables received from calibrating the sensor and then returns the y-variable of the acceleration-sensor
| int16_t mpu6050::getAccelZ | ( | ) |
Returns z-variable of acceleration-sensor.
Requests z-variable of accelration-sensor, then divide it by the sensitivity, subtracts the variables received from calibrating the sensor and then returns the z-variable of the acceleration-sensor
| int16_t mpu6050::getGyroX | ( | ) |
Returns x-variable of gyroscope.
Requests x-variable of gyroscope, then divide it by the sensitivity, subtracts the variables received from calibrating the sensor and then returns the x-variable of the gyroscope
| int16_t mpu6050::getGyroY | ( | ) |
Returns y-variable of acceleration-sensor.
Requests y-variable of accelration-sensor, then divide it by the sensitivity, subtracts the variables received from calibrating the sensor and then returns the y-variable of the acceleration-sensor
| int16_t mpu6050::getGyroZ | ( | ) |
Returns z-variable of acceleration-sensor.
Requests z-variable of accelration-sensor, then divide it by the sensitivity, subtracts the variables received from calibrating the sensor and then returns the z-variable of the acceleration-sensor
| int16_t mpu6050::getTemp | ( | ) |
Returns temperature.
Requests temperature from the sensor, divides this number by 340, adds 36.53 and returns the calculated temperature
| void mpu6050::setSensitivity | ( | const uint8_t & | accelSens, |
| const uint8_t & | gyroSens | ||
| ) |
Sets the desired sensitivity.
Sets the desired gyroscope or acceleration-sensor sensitivities and saves them


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- Previous Lives Include:
- Carter Motors - Shop Lead
- 181st BSB - Training NCO
- 81st BDE - BN Supply NCO
- Homeland Response Force Region X - Supply NCO
- South Kitsap HS [ Class of 04']
- ....you guessed it, I'm an 80's baby!
The "Vision"...I dream of a near future where I am collaborating with my fellow Black, Brown, Queer, Neurodivergent community members in our developing and strengthening our individual and collective skills. As I venture into this industry I intend to model what it looks like for people with tech money to invest in other people and give back. I want to change the culture of how money flows and inspire people to invest in each other.
Favorite Artists
- Tash Sultana
- The Devil Makes Three
- Mac Miller
- Bishop Briggs
- Chance The Rapper
- Qveen Herby
- Brown Bird
- Bibi Bourelly
- Dirtwire
- Rising Appalachia


Bigg Boss house sees fresh fight between Rashami Desai and Siddharth Shukla, Shehnaaz Gill lectured on selfishness
by JKR StaffBigg Boss house once again erupted in an ugly exchange of words between two traditional rivals namely Siddharth Shukla and Rashami Desai. This was the first time the two contestants had locked horns after Rashami’s eviction from the reality show last week.
The fight started over the allocation of duties after the house elected their new captain since Aarti Singh’s tenure had come to an end. Himanshi Khurana and Shefali Jariwala were tied with the same number of votes. The last week’s captain Aarti was then asked to select the new captain between the two.
Siddharth took objection to Rashami bringing his family into the verbal fight. When Rashami’s friend Arhaan Khan came to her defence, Siddharth decided to have a go at him too. He did not even spare Paras Chhabra after the latter was seen siding with Rashami.
The show also saw a brief argument between Siddharth and Tehseen Poonawalla. Siddharth was later seen poking fun at Tehseen questioning his ability to become a successful politician with such an attitude. He was seen questioning his ability secure a single vote with such an attitude.
Early on in the show, Hindustani Bhau lectured Shehnaaz Gill about her selfish approach in the competition and how she had used Siddharth Shukla despite the latter always being on her side. Hindustani Bhau warned her to not take her fame for granted adding that today ‘you may be famous, but you can in a dustbin tomorrow.’
According to Bhau, Shehnaaz Gill had acted in a selfish manner by deserting Siddharth even though the latter stood firmly behind her when the chips were down with the contestant from Punjab.
Salman Khan will be seen admonishing Shehnaaz on Saturday saying that he was disappointed with her.


{% extends 'modernizr/base.html' %} {% block title %}Modernizr Resources{% endblock %} {% block current_resources %} current{% endblock %} {% block body_id %}resources{% endblock %} {% block content_primary %} Resources This section is still brand-new and a little empty. We’re working on adding things, but if you know of a great resource for this page, please let us know! Official resources Github repository Extra Feature Detection tests Modernizr logos Documentation: Getting started The Undetectables: features that cannot be detected Cross-browser Polyfills Tutorials Taking Advantage of HTML5 and CSS3 with Modernizr— Faruk Ateş How to use Modernizr— Inayaili de León Modernizr: front-end development done right— Ryan Seddon Using Modernizr Prefixed— Andi Smith Third-party resources Browserscope results — Modernizr’s feature detection across a large range of browsers Helpful tools Respond.js — Fast media queries for older browsers Yepnope.js — A conditional loader for polyfills Browser Support & Compatibility tables haz.io — see what features your current browser supports When can I use… — CSS3, HTML5 and related across past, current and future browser versions Mobile HTML5 — HTML5 compatiblity on mobile devices {% endblock %} {% block content_secondary %} {% include 'modernizr/community.html' %} {% include 'modernizr/latest-news.html' %} {% endblock %}
This section is still brand-new and a little empty. We’re working on adding things, but if you know of a great resource for this page, please let us know!


Data Design Project
User Persona
- Name:
John Stockman
- Age:
30
- Sex:
Male
- Ethnicity:
White
- Occupation:
Mid-level Mechanical Engineer at Boeing/Space Hobbiest
- Technology:
iPhone 7 Plus, Apple airpods,
ASUS K52JR (15 inch, 2010) Intel Core i5 M430 2.27GHz
4GB RAM AMD Radeon HD 5470 500GB (bought it in college)
- Attitude:
Uses phone for social apps. Doesn't see a reason to upgrade personal
laptop because he's managed to fix everything so far...kinda. Loves space and MATLAB.
Hopes to one day be Elon Musk, but will settle for working for him too.
- Frustrations:
No mobile app option (laptop is slow to load dynamic content)
No way to customize content to his preferences (only reads SpaceX articles)
User Story
John Stockman would like to mainly see SpaceX content.
Use Case
- Case: Facebook-ing a technical article of recent SpaceX launch via laptop.
- Description: Johnny Boy wants to quickly see a credible and technical
article about how yesterday's launch went.
- Name of user and user role: John, SpaceX superfan, avid article reader.
- Usage preconditions: Laptop must still be working, and be connected to internet.
- Useage postconditions:
- Interaction flow:
- John enters space.com in his web browser.
- The server returns today's Space.com main page.
- John clicks the spaceflight tab at the top of the page.
- Server returns today's page with today's spaceflight news.
- John filters results to find all articles that have been written about SpaceX.
- Server reloads page with new filter constraint.
- John clicks link for most recent article about Falcon launch.
- Server loads link in new page.
- John reads article.
- Server loads a popup window to prompt John to log into facebook and create/edit new post.
- John signs into facebook and writes his most professional opinion about the current state
of for profit space travel. Then clicks 'post'.
- Server posts article and John's opinion to facebook profile. Thank you, John.
- Frequency of use: EVERY.SINGLE.DAY.
Conceptual Model
Entities and Attributes:
Author
- authorId (primary)
- firstName
- lastName
Search Filter
- filterId (primary)
- filterType
- filterNumberApplied
- filterAddRemove
Article List
- articleId (primary)
- articleFilterId (foreign)
- articleAuthorId (foreign)
- articleDatePublished
- articleDescription
- articleTitle
Relations
- Space.com is the only one that can post content to Space.com. (1 to n)
- Many users can apply many filters to article searches. (m to n)
Entity Relationship Diagram


bakery
You are offline
bakery requires an internet connection to work. You do not seem to have access to the server right now. Check your internet connection and try reloading the page to use the application.


public abstract class Receiver<T>
extends Object
implements scala.Serializable
onStart()
and onStop()
. onStart()
should define the setup steps necessary to start receiving data,
and onStop()
should define the cleanup steps necessary to stop receiving data.
Exceptions while receiving can be handled either by restarting the receiver with restart(...)
or stopped completely by stop(...)
.
A custom receiver in Scala would look like this.
class MyReceiver(storageLevel: StorageLevel) extends NetworkReceiver[String](storageLevel) {
def onStart() {
// Setup stuff (start threads, open sockets, etc.) to start receiving data.
// Must start new thread to receive data, as onStart() must be non-blocking.
// Call store(...) in those threads to store received data into Spark's memory.
// Call stop(...), restart(...) or reportError(...) on any thread based on how
// different errors need to be handled.
// See corresponding method documentation for more details
}
def onStop() {
// Cleanup stuff (stop threads, close sockets, etc.) to stop receiving data.
}
}
A custom receiver in Java would look like this.
class MyReceiver extends Receiver<String> {
public MyReceiver(StorageLevel storageLevel) {
super(storageLevel);
}
public void onStart() {
// Setup stuff (start threads, open sockets, etc.) to start receiving data.
// Must start new thread to receive data, as onStart() must be non-blocking.
// Call store(...) in those threads to store received data into Spark's memory.
// Call stop(...), restart(...) or reportError(...) on any thread based on how
// different errors need to be handled.
// See corresponding method documentation for more details
}
public void onStop() {
// Cleanup stuff (stop threads, close sockets, etc.) to stop receiving data.
}
}
| Constructor and Description |
|---|
Receiver(StorageLevel storageLevel) |
| Modifier and Type | Method and Description |
|---|---|
boolean |
isStarted()
Check if the receiver has started or not.
|
boolean |
isStopped()
Check if receiver has been marked for stopping.
|
abstract void |
onStart()
This method is called by the system when the receiver is started.
|
abstract void |
onStop()
This method is called by the system when the receiver is stopped.
|
scala.Option<String> |
preferredLocation()
Override this to specify a preferred location (hostname).
|
void |
reportError(String message,
Throwable throwable)
Report exceptions in receiving data.
|
void |
restart(String message)
Restart the receiver.
|
void |
restart(String message,
Throwable error)
Restart the receiver.
|
void |
restart(String message,
Throwable error,
int millisecond)
Restart the receiver.
|
void |
stop(String message)
Stop the receiver completely.
|
void |
stop(String message,
Throwable error)
Stop the receiver completely due to an exception
|
StorageLevel |
storageLevel() |
void |
store(scala.collection.mutable.ArrayBuffer<T> dataBuffer)
Store an ArrayBuffer of received data as a data block into Spark's memory.
|
void |
store(scala.collection.mutable.ArrayBuffer<T> dataBuffer,
Object metadata)
Store an ArrayBuffer of received data as a data block into Spark's memory.
|
void |
store(java.nio.ByteBuffer bytes)
Store the bytes of received data as a data block into Spark's memory.
|
void |
store(java.nio.ByteBuffer bytes,
Object metadata)
Store the bytes of received data as a data block into Spark's memory.
|
void |
store(scala.collection.Iterator<T> dataIterator)
Store an iterator of received data as a data block into Spark's memory.
|
void |
store(java.util.Iterator<T> dataIterator)
Store an iterator of received data as a data block into Spark's memory.
|
void |
store(java.util.Iterator<T> dataIterator,
Object metadata)
Store an iterator of received data as a data block into Spark's memory.
|
void |
store(scala.collection.Iterator<T> dataIterator,
Object metadata)
Store an iterator of received data as a data block into Spark's memory.
|
void |
store(T dataItem)
Store a single item of received data to Spark's memory.
|
int |
streamId()
Get the unique identifier the receiver input stream that this
receiver is associated with.
|
public Receiver(StorageLevel storageLevel)
public StorageLevel storageLevel()
public abstract void onStart()
store(data)
.
If there are errors in threads started here, then following options can be done
(i) reportError(...)
can be called to report the error to the driver.
The receiving of data will continue uninterrupted.
(ii) stop(...)
can be called to stop receiving data. This will call onStop()
to
clear up all resources allocated (threads, buffers, etc.) during onStart()
.
(iii) restart(...)
can be called to restart the receiver. This will call onStop()
immediately, and then onStart()
after a delay.
public abstract void onStop()
onStart()
must be cleaned up in this method.public scala.Option<String> preferredLocation()
public void store(T dataItem)
dataItem
- (undocumented)public void store(scala.collection.mutable.ArrayBuffer<T> dataBuffer)
public void store(scala.collection.mutable.ArrayBuffer<T> dataBuffer, Object metadata)
dataBuffer
- (undocumented)metadata
- (undocumented)public void store(scala.collection.Iterator<T> dataIterator)
public void store(java.util.Iterator<T> dataIterator, Object metadata)
dataIterator
- (undocumented)metadata
- (undocumented)public void store(java.util.Iterator<T> dataIterator)
public void store(scala.collection.Iterator<T> dataIterator, Object metadata)
dataIterator
- (undocumented)metadata
- (undocumented)public void store(java.nio.ByteBuffer bytes)
bytes
- (undocumented)public void store(java.nio.ByteBuffer bytes, Object metadata)
bytes
- (undocumented)metadata
- (undocumented)public void reportError(String message, Throwable throwable)
public void restart(String message)
onStop()
and onStart()
) is performed asynchronously
in a background thread. The delay between the stopping and the starting
is defined by the Spark configuration spark.streaming.receiverRestartDelay
.
The message
will be reported to the driver.message
- (undocumented)public void restart(String message, Throwable error)
onStop()
and onStart()
) is performed asynchronously
in a background thread. The delay between the stopping and the starting
is defined by the Spark configuration spark.streaming.receiverRestartDelay
.
The message
and exception
will be reported to the driver.message
- (undocumented)error
- (undocumented)public void restart(String message, Throwable error, int millisecond)
onStop()
and onStart()
) is performed asynchronously
in a background thread.message
- (undocumented)error
- (undocumented)millisecond
- (undocumented)public void stop(String message)
public void stop(String message, Throwable error)
public boolean isStarted()
public boolean isStopped()
public int streamId()


Welcome to my code base!
This is a place where I collect & share various code examples. They are accessible only by direct link (sometimes restricted).
If you're on this page - you're either curious or got lost ;) Find me on GitHub & contact if you have any questions.


Product Title : Bannanes
Product Catagory : Fruits
Product Farmer date : {{ product.data.shipdate | date: 'dd/MM/yyyy' }}
Product Address : {{ product.data.city }}
Product Farmer : Adem Mkacher


Using past market data from 2003 to 2013, predict which stocks will outperform the market by at least 10% (but less than 20%) over the course of the next year. The classifier used is a random forest classifier which groups stocks based on the similarity in their market history. Graphs of equities which look like historical "winners" will be the among the highest ranked by the algorithm.


Enjoy the posts by clicking the link below
-
Test Driven Development
02/18/16 -
Ruby methods Vs JavaScript functions
02/12/16 -
Ruby Classes
02/05/16 -
Map method in Ruby
01/29/16 -
Arrays and Hashes in Ruby
01/22/16 -
What we need to know about Online Security
01/22/16 -
Classes vs. Ids In Css
01/14/16 -
Git,GitHub and Version Control System
01/01/16


I'm an alumnus of University of California, San Diego with a B.S. in Computer Science and a minor in Cognitive Science. I finished up in June of 2020. Currently, I'm a software engineer at Github on the privacy team (part of the security org). My resume/CV can be found here.
You can get my PGP key by running gpg --recv-keys A9200ED3
.
If you prefer to do it manually, download my public key
from here
, then run gpg --armor --import nate.asc
.
If you don't trust the key, send me an email and I'll send you
the fingerprint for you to verify it. Note that the key labeled
E9147730
is deprecated.
One of my prouder side projects was writing my own version of a course taught at UCSD. Check it out here!
If you'd like to see my other projects, check out my Github account! Personally, I'm fond of the chess engine named NotARook-ie. I also write occasionally, found here at my blog.
I worked full time at SurveyMonkey in San Mateo on the billing and payments team, returning full time after graduation. I owned a few crucial codebases, as well as assisted in the re-write and transition to newer technologies off of the original billing stack.
I worked at SurveyMonkey in San Mateo on the billing and payments team, where I wrote the backend logic needed to transfer credit card data from one secure storage system to another.
I worked in the CSE department at UCSD under Rick Ord and Gary Gillespie. The courses I've worked with include CSE 11 (Intro to Computer Science), CSE 12 (Basic Data Structures), CSE 15L (Software Tools), CSE 30 (Computer Organization and Systems Programming), and CSE 110 (Software Engineering). I was a head tutor for CSE 15L from Spring 2019 to Spring 2020.
I enjoy reading about and learning different programming languages, ranging from assembly to Visual Basic. My favorite languages right now are Haskell, Python, and C, though I do love me some assembly (both x86 and ARM). I've been reading more about program synthesis recently; one of my favorite papers at the moment is this one written by a UCSD professor. I've also been learning Rust, golang, and Ruby!
I'm very interested in software systems and the security of those systems. I enjoy reading about and implementing ways in which we can make the software we write and use more secure and safe. One paper I've found interesting recently is this one about browser extension security, this one about password security, and this classic paper about buffer overflows.
I really like to read about and learn as much as possible about various software systems, ranging from operating systems to distributed networks. One thing I actively want to learn is about how operating system security plays into building the applications and services we use on a daily basis. Currently, I enjoy this paper about the Google File System, as well as this one about macOS kernel security.
I play a few instruments and enjoy listening to and decomposing
all
kinds of music, as well as watching videos of others
doing those things. Here's one of my favorite Spotify playlists!
I like all kinds of games and gaming, from video games like CS:GO and Planet Coaster to board games like chess (play me on lichess!). I also enjoy reading both CS related books as well as regular books. One of my all-time favorite books is The Kite Runner by Khaled Hosseini.
I enjoy watching and playing lots of sports, including volleyball, soccer, cycling, and baseball. I actively bodyboard , and enjoy spending lots of time at the beach. My favorite football club is Manchester United (GGMU), my favorite baseball teams are the San Diego Padres and Los Angeles Angels, my favorite surfers are John John Florence and Kolohe Andino, and my favorite basketball team is the Golden State Warriors. I've recently begun watching hockey (go Ducks!), and learning new sports is always entertaining for me.
GET IN TOUCH
npcompletenate [at] protonmail [dot] com
37.782180, -122.391280


Understanding Processing.
Day one. Processing is a java-based software sketchbook for learning how to code in the context of graphic art. Check it out at processing.org While coding languages like Javascript are event-based programming, processing's primary mode of operation is to run on a loop. During the "prerun", all the code is executed once at the beginning, and will continue to run all other commands in the "loop" on a loop.


Located in /orm/KrisDBView.php (line 19)
KrisDB | --KrisDBView
Inherited from KrisDB
KrisDB::$_dbh
KrisDB::$_initializedRecordSet
KrisDB::$_recordSet
Tables should be structured array('user' => array('user_id', 'first_name', 'last_name', 'email')); where the array_key is the table name, and the values are an array of fields, with the first field being the primary key.
Joins should be structured array('first_table' => array('join_table', 'first_table_foreign_key', 'join_table_join_key')); if the join_table_join_key is the same as the primary key then the join_table_join_key can be omitted...
Inherited From KrisDB
KrisDB::addLimit()
KrisDB::addOrder()
KrisDB::bindRecordSet()
KrisDB::convertClassKeyToDBKey()
KrisDB::convertDBKeyToClassKey()
KrisDB::convertFieldToDisplayField()
KrisDB::generateWhat()
KrisDB::generateWhere()
KrisDB::Get()
KrisDB::GetAllFields()
KrisDB::GetBindings()
KrisDB::getDatabaseHandle()
KrisDB::initializeRecordSet()
KrisDB::quoteDbObject()
KrisDB::returnMultiple()
KrisDB::Set()
KrisDB::ValidateStatement()
KrisDB::__get()
KrisDB::__set()
Documentation generated on Mon, 25 Jul 2011 21:33:17 -0700 by phpDocumentor 1.4.3


This is the virtual prosody field station. On this page, we post publicly available experiments you can try out. The experiments explore how we produce and perceive speech, with a particular focus on sentence prosody. You can check these studies out just for fun, without contributing your data, or you can participate for real and volunteer your data. It doesn't matter what's your native language (but if you contribute your data, we'll ask you which languages you speak, so we can evaluate the data accordingly).
- If you choose to just check out the experiment just for fun:
- Your data will not be saved
- You will go straight to the experiment, there will be no consent form
- If it’s a recording study, you will still be asked for permission to be recorded, and your browser will record your voice, but we will not download this data, it will stay on your computer
- If you choose to volunteer your data:
- You will be shown a consent form where you learn more about the study, and about the data we save
- There will be short questionnaires (e.g. a language questionaire) in addition to the main experiment that will help us analyze the data
- If you opt out at any point before the experiment is concluded (just by closing the browser window), your data will not be saved
- At the end of the study, you will be given a completion code. If you write down this code, then you could later email us if you want us to delete your data. If you do not write down this code, then we have no way of telling which data is yours, and we will not be able to find your data and delete if you wanted that to happen.
- If you are looking to participate for a compensation:
- We currently have no experiments running in our physical lab at McGill
- We currently run online studies on and off at various crowdsourcing websites, including Prolific, Amazon, and Crowdworks. If you sign up, you will find many experiments, but not necessarily one of ours
Available experiments:
-
Some rhymes sound better than others, and some attempts at rhymes don’t seem to be rhymes at all. Our lab studies constraints on rhyming, and this experiment explores a particular one.
- You can check out the experiment here (no data will be saved)
- Or you can participate for real (no compensation) here (your data will be saved)
More …
-
Bolton (1894) and Woodrow (1909) discovered some rhythmic regularities in how English speakers perceive sequences of sounds. This experiment tests one of these regularities, the so-called Iambic-Trochaic-Law.
- You can check out the experiment here (no data will be saved)
- Or you can participate for real (no compensation) here (your data will be saved)
More …


You turn to watch the librarian walk away. Well, I was expecting a little more pomp and circumstance.
Hum, you pout, they need to show me the RESPECT I deserve! Don't they know who I am! Your ego trip continues. Well, I bet they will know me when this program does not happen!
You sit and wait for the library to call and beg for your forgiveness. For whatever reason, they never call.


Beerhunters
EPL Schedule
Fantasy Statistics
My Team
Beerhunbers
Beerhunters H2H
BT5 Stream
BT5 Internet Stream
Twitch by zepp60


|
DotNetBrowser
1.16
|
Provides access to context menu items and allows notifying Chromium engine about context menu state. More...
Public Member Functions | |
| void | NotifyItemSelected (ContextMenuItem item) |
| Notifies Chromium engine that the given context menu item has been selected. Chromium will execute corresponding functionality of the selected context menu item. More... | |
| void | NotifyContextMenuOpened () |
| Notifies Chromium engine that context menu has been opened. Can be invoked multiple times. More... | |
| void | NotifyContextMenuClosed () |
| Notifies Chromium engine that context menu has been closed. Can be invoked multiple times. Chromium engine will update context menu state flag. When context menu is closed, Chromium ignores NotifyItemSelected(ContextMenuItem) calls. More... | |
Properties | |
| IList< ContextMenuItem > | Items [get] |
| Gets a list with context menu items. More... | |
Provides access to context menu items and allows notifying Chromium engine about context menu state.
| void DotNetBrowser.ContextMenu.NotifyContextMenuClosed | ( | ) |
Notifies Chromium engine that context menu has been closed. Can be invoked multiple times. Chromium engine will update context menu state flag. When context menu is closed, Chromium ignores NotifyItemSelected(ContextMenuItem) calls.
| void DotNetBrowser.ContextMenu.NotifyContextMenuOpened | ( | ) |
Notifies Chromium engine that context menu has been opened. Can be invoked multiple times.
| void DotNetBrowser.ContextMenu.NotifyItemSelected | ( | ContextMenuItem | item | ) |
Notifies Chromium engine that the given context menu item has been selected. Chromium will execute corresponding functionality of the selected context menu item.
| item | selected context menu item. Cannot be null. |
| ArgumentException | when item is null. |
|
get |
Gets a list with context menu items.


Page 1 of 1
VIDEO! Check it out! (sorry about low quality)
Posted:
Thu Feb 01, 2007 3:48 pm
by Karl G.
Posted:
Thu Feb 01, 2007 4:28 pm
by Ender
thats some sexyness.
Posted:
Thu Feb 01, 2007 4:51 pm
by silvert0384
niiice
Posted:
Thu Feb 01, 2007 5:34 pm
by 9sam1
walking is weird , but yea this is awesome.
Posted:
Thu Feb 01, 2007 5:38 pm
by kuba
Awesome.
So Karl will PV outperform Xen in terms of handling more models, processing more events, etc on-screen without hiccups? You mentioned EJ had some real faulty coding on his part and was using old modules and principles of programming, will you be able to beef gameplay to play more smooth and seamless?
Posted:
Thu Feb 01, 2007 6:07 pm
by Karl G.
Walking is a coder-hack right now, but it's a lot smoother that it was (you'd never want to have seen that)
Kuba -- PV will definitely outperform Xenimus in most regards once I clean up and optimize the code. For now (and the forseeable future) it isn't going to be blazingly fast. That said, it plays at a solid 60 fps on my laptop.
Posted:
Thu Feb 01, 2007 9:51 pm
by Joe M.
Looks nice. I noticed that the cursor kept disappearing in the menus, though.
What'll be next?
Posted:
Fri Feb 02, 2007 2:59 pm
by Necromadon
Hottttttttttttttttttttttttttttttttttttttttttttttttttttttttt
Posted:
Fri Feb 02, 2007 3:16 pm
by Ashlar
very impressed!
Posted:
Fri Feb 02, 2007 4:05 pm
by Vitriol
Excellent.
We are making serious progress
Posted:
Fri Feb 02, 2007 9:48 pm
by Karl G.
Yeah the cursor keeps disappearing because it's blended out by Fraps when I'm recording it (for what reason? no idea)
Next up is...well, that's a tough one. I think I'm going to try to network this thing.
Posted:
Fri Feb 02, 2007 10:38 pm
by silvert0384
Karl G. wrote:Yeah the cursor keeps disappearing because it's blended out by Fraps when I'm recording it (for what reason? no idea)
Possibly try using Camtasia Studio to record the screen? I havnt encountered any problems with it...
(worth a shot)
Posted:
Sat Feb 03, 2007 9:57 am
by Karl G.
I think it's because I'm recording at half-quality, and the non-hand cursor (that cursor appears only when over a button) is only 2 pixels wide--it's the crosshair, because I don't have time to make a better one. :-p
Posted:
Sat Feb 03, 2007 1:50 pm
by silvert0384
that would do it
Posted:
Sat Feb 03, 2007 3:34 pm
by Necromadon
What % would you say this project is to being playable in alpha or beta?
Posted:
Sat Feb 03, 2007 6:42 pm
by secretrk1313
i have not been active recently on the forums and this is a big jump from what i had heard about earlier, looks amazing.
Posted:
Sun Feb 04, 2007 6:54 pm
by Delurium II
been very unactive lately due to r/l issues. looking in and seeing this is sweet. gonna be way more active now I think. Have you posted this on xentales? would prob make alot more interested when they actually see that its playable
Posted:
Sun Feb 04, 2007 7:39 pm
by Karl G.
No I haven't posted it there yet. Someone else put it under the Xenimus Resurrection topic but I don't know if it's been seen.
Posted:
Sun Feb 04, 2007 7:57 pm
by thadiusofx3
I put it in all servers so it's bound to be seen.
Posted:
Sun Feb 04, 2007 9:13 pm
by Ender
If the new theme doesn't burn their eyes out before they find it...
Posted:
Sun Feb 04, 2007 11:50 pm
by thadiusofx3
we're working on that =P
preliminary theme is almost here
Posted:
Mon Feb 05, 2007 6:41 am
by Kenrok
It looks awesome already.. keep it up
Posted:
Tue Feb 06, 2007 7:59 am
by David T.
victory for the Volucris project
Posted:
Tue Feb 06, 2007 2:04 pm
by Vitriol
I cant wait for this. Karl is doing an excellent job.


Welcome to my website! By the way of introduction, my name is Adhi, and I am a senior at the University of Michigan, where I study Business Adminstration and Community Action & Social Change. Feel free to browse to check out my writing, travel, experieinces, and more!
Description.
Analyzed sales data in various markets and created tiered price book for sales reps to utilize, resulting in projected savings leading to 14% increase in branch EBITDA.
Managed marketing efforts for nonprofit, by directing $10,000 Google AdWords campaign, creating novel promotional material via Adobe InDesign, and creating financial forecasts using Excel.
GPA: 3.98/4.00
Apart from being a student, I enjoy writing about life experieinces, including travel, education, social, and leisure. Check out some of my more notable blog posts here! Feel free to access the rest at medium account!


We define the pool as 'any plan or activity like a movie, party, trip or more that you would like to carry out with your friends/colleagues'. Our mission is to enable the same at one place where you and your friends can discuss, chat together as well as pay your own shares for the same. Then, you can redeem the complete amount quickly instead of going through bank transfers, cash handling or the uncomfortable 'You Owe Me's.


I am a Full Stack Developer based in India. I have a passion for web development and I love to create web applications that are scalable and responsive in nature.
I like to keep it simple. My goals are to focus on user experience and application performance. I strongly believe a quality product requires the commitment of customers, users and technology specialists.
I'm currently working at First Insight Technologies Pvt Ltd, I am
responsible for integrating new features in our core product and developing micro services using
diverse system architectures and technology stacks. Being in industry has taught me that how
important it is to manage stakeholders to understand what they need and give them what they need.
Let's get in touch to get the ball rolling
Drop me a line at<EMAIL_ADDRESS>or call me at +91 86901 49598


|
A light-based device for solving the Hamiltonian path problem
Department of Computer Science, Unconventional Computation (UC' 06) LNCS 4135, pp. 217-227, Springer-Verlag, 2006
1 IntroductionUsing the light to perform computations is an exciting idea whose applications can be already seen on the market. An important step was made by Intel researchers who have developed the first continuous wave all-silicon laser using a physical property called the Raman Effect [7, 16, 17, 18]. The device could lead to such practical applications as optical amplifiers, lasers, wavelength converters, and new kinds of lossless optical devices. Another solution comes from Lenslet [13] which has created a very fast processor for vector-matrix multiplications. This processor can perform up to 8000 Giga Multiple-Accumulate instructions per second. Lenslet technology has already been applied to data analysis using k-mean algorithm [15] and video compression. In this paper we suggest a new way of performing computations by using some properties of light waves. The idea may be used within a special device for solving the Hamiltonian path problem. We are not taking into account the quantum properties of light which have been used for solving the Traveling Salesman Problem [4, 10]. The paper is organized as follows: The Hamiltonian path problem is briefly described in section 2. The proposed device is presented in section 3. Mathematical background of the labeling system is described in section 3.2. The way in which the proposed device works is given in section 3.3. A list of components required by the proposed device is given in section 3.4. Complexity is discussed in section 3.5. Suggestions for improving the device are given in sections 3.8 and 3.9. Further work directions are suggested in section 4. 2 The Hamiltonian path problemThe description of the Hamiltonian Path (HP) problem for a direct graph is the following:Given a directed graph G = (V, E) with |V| = n nodes and a start node (vstart) and a stop node (vstop), the problem asks to compute is there is a simple path, beginning with node vstart and ending with node vstop, containing all nodes exactly once. The output for this decision problem is either YES or NO depending on whether the Hamiltonian path does exist or not. The Hamiltonian path problem arises in many real-word applications [3, 6]. The problem belongs to the class of NP-complete problems [9]. No polynomial time algorithm is known for it. A small instance of this problem was also the first problem solved using a DNA computer [1]. 3 The proposed deviceOur idea is based on two properties of light:
This section deeply describes the proposed system. First step is to find a way to mark the signals which passes through nodes such that the interesting signals can be easily identified at the destination node. The mathematical background required for this operation is described in section 3.2 and the hardware implementation of the labeling system is described in section 3.4. 3.1 Labeling systemAt the destination node we will wait for a particular ray which has passed through all nodes of the graph exactly once. This is why we need to find a way to label that particular ray so that it could be easily identified.Actually we are interested in marking all rays which pass through a particular node with a unique label, such that Hamiltonian path is uniquely identified at the destination node (vstop). In the solution proposed in this paper, the rays passing through a node are marked by delaying them with a certain amount of time. This delay can be easily obtained by forcing the rays to pass through an optical fiber of a certain length. Roughly speaking, we will know if a certain ray has traversed a Hamiltonian path only if its delay (at the destination node) is equal to the sum of delays of all nodes in that graph. We will also know the particular moment when the expected ray (the one which has completed a Hamiltonian path) will arrive. In this case the only thing that we have to do is to "listen" if there is a fluctuation in the intensity of the signal at that particular moment. Due to the special properties of the proposed system we know that no other ray will arrive, at the destination node, at the moment when the Hamiltonian path ray has arrived. The delays, which are introduced by each node, cannot take any values. If we would put random values for delays we might have different rays (which are not Hamiltonian paths) arriving, at the destination node, in the same time with a ray representing a Hamiltonian path. We need only the ray, which has traversed a Hamiltonian path, to arrive in the destination node at the moment equal to the sum of delays of each node (the moment when the ray has entered in the start node is considered moment 0). Thus, the delaying system must have the following property: Property of the delaying system Let us denote by d1, d2, ..., dn the delays introduced by each node of the graph. A correct set of values for this system must satisfy the condition: d1+d2+...+dn ≠ a1 * d1+a2 * d2+...+an * dn, where ai (1 ≤ i ≤ n) are natural numbers and cannot be all 1 in the same time. If a given value ai is strictly greater than 1 it means that the ray has passed at least twice through node 1. 3.2 Mathematical background for the labeling systemFinding the appropriate labeling system was two steps process. First of all we have written a computer program which generates this numbers by using a backtracking procedure [5]. We also wanted to generate numbers such that the highest number in a system is the smallest possible. This will ensure that the network is constructed in an efficient way. The labeling systems generated by our computer programs are given in Table 1.From Table 1 it can easily seen these numbers follow a general rule: For a graph with n nodes one of the possible labeling systems is: 2n−2n−1, 2n−2n−2, 2n−2n−3, ... , 2n−20. As the second step we have to prove that the property of delaying system (see section 3.1) holds for this sequence of numbers. Actually we have to prove that the equality:
is not possible unless all ai are equal to 1. The left part of the equality is: 2n−2n−1 + 2n−2n−2 + 2n−2n−3 + ... + 2n−20 = n * 2n − (2n−1 + 2n−2 + 2n−3 + ... + 20) = n * 2n − 2n + 1 = (n − 1) * 2n + 1. First of all we have to see that the equality does not hold if all ai numbers are at least 1 and at least one number is strictly greater than 1. If this happens the 2n term will be represented at least n times. But, it must be represented only n−1 times (see above). Thus, if at least one number ai is strictly greater than 1, it means that other numbers aj must be 0. We will prove that the equality (1) does not hold in this case too. As discussed above, if one of the coefficients is 0, at least one of the other coefficients must be strictly greater than 1. For instance, if a1 is set to 0, it means that a2 must be set to 3 in order to compensate the missing 2n−1 term. This is a direct consequence of the fact that 2n−1 = 2 ⋅ 2n−2. Of course, we also have to take into account that 2n−2 must be represented once. This is why we have to set a2 to value 3. If a2 is also 0 we have to set a3 to value 7 (we need 4 * 2n−3 in order to compensate the missing term 2n−1, we also need 2 * 2n−3 to compensate the missing term 2n−2 and, of course, the term 2n−3 must be represented 1 time). As a general idea: if a particular term (2n−j) is missing (the corresponding coefficient aj is set to 0), it can be compensate by setting one of the next coefficients to a value of at least 3. But, a coefficient set to 0 means that the term 2n is missing once, and by setting another coefficient to at least 3 we will get at least 2 extra representations for 2n. This will mean that right part of the equation (1) will be at least (n+1) * 2n + 1. But, the left part of the equation is only (n−1) * 2n + 1. With this we have shown that all ai (1 ≤ i ≤ n) must be 1 in order to have equality in equation (1). For any other values of ai the equality (1) does not hold. An important question is whether this system is the minimal possible (the biggest number is the minimal possible). A partial answer to this question is given in section 3.5.
3.3 How the system worksAn schematic example of a graph-like system is given in Figure 1.In the graph depicted in Figure 1 the light will enter in node 1. It will be delayed with a certain amount of time and then it will be divided into 2 rays which will be sent to the nodes 3 and 5. In node 3 the ray will be delayed (with the amount of time corresponding to node 3) and then it will be sent to node 4. However, this is not a Hamiltonian path because it has visited only the nodes 1, 3 and 4. The other ray which was sent to node 5 (from node 1) can generate a Hamiltonian path by following the route 1, 5, 2, 3 4. Note that there is also a cycle in the graph: 1, 5, 2. The cycle will make that some particular rays to be trapped within the system. The rays which have passed once through the previously described cycle are not considered Hamiltonian paths because the moments when they arrive at the destination node are greater than the sum of delays introduced by each node. The partial paths traversed by rays are given below: 1 1, 3 1, 3, 4 1, 5 1, 5, 2 1, 5, 2, 1 .............{paths starting with 1, 5, 2, 1} 1, 5, 2, 3 1, 5, 2, 3, 4 1, 5, 2, 4 3.4 Hardware implementation of the labeling systemFor implementing the proposed device we need the following components:
3.5 ComplexityThis section answers a very important question: Why the proposed approach is not a polynomial-time solution for the HP problem?At the first sight one may be tempted to say that the proposed approach provides a solution in polynomial time to any instance of the HP problem. The reason behind such claim is given by the ability of the proposed device to provide output to any instance by traversing only once all nodes (O(n) complexity). This could mean that we have found a polynomial-time algorithm for the HP problem. A direct consequence is obtaining solutions, in polynomial time, for all other NP-Complete problems - since there is a polynomial reduction between them [9]. However, this is not our case. As can be seen from Table 1 the delay time increases exponentially with the number of nodes. Even if the ray has to traverse only n nodes (resulting a complexity of O(n)), the total time required by the ray to reach the destination node increases exponentially with the number of nodes. There are two direct consequences which are derived from here:
3.6 Problem sizeWe are interested in computing the size of the cables required to solve a certain instance of the problem in a small amount of time. This will give as a rough indication on the size of the graphs that can be solved using our system in reasonable time.This size heavily depends on the accuracy of the measurement tools. The rise-time of the best oscilloscope available on the market is in the range of picoseconds (10−12 seconds). This means that we should not have two signals that arrive at 2 consecutive moments at a difference smaller than 10−12 seconds. Knowing that the speed of light is 3 * 108 m/s we can easily compute the minimal cable length that should be traversed by the ray in order to be delayed with 10−12 seconds. This is obviously 0.0003 meters. This value is the minimal delay that should be introduced by a node in order to ensure that the difference between the moments when two consecutive signals arrive at the destination node is greater or equal to the measurable unit of 10−12 seconds. This will also ensure that we will be able to correctly identify whether the signal has arrived in the destination node at a moment equal to the sum of delays introduced by each node. No other signals will arrive within a range of 10−12 seconds around that particular moment. Once we have the length for that minimal delay is quite easy to compute the length of the other cables that are used in order to induce a certain delay. Recall from section 3.2, Table 1 that a graph with 5 nodes has the following delaying system: 16, 24, 28, 30, 31. From the previous reasoning line we have deduced
that the smaller indivisible unit is 0.0003. So, we have to multiply
these numbers by 0.0003. We obtain: These numbers represent the length of the cables that must be used in
graph's nodes in order to induce a certain delay.
2n * 0.0003 = 3 * 108 (2)
This number is about 40 nodes. However, the length of the optic fibers used for inducing the largest delay for this graph is huge: about 8 * 108 meters. We cannot expect to have such long cables for our experiments. However, shorter cables (of several hundreds of kilometers) are already available in the internet networks. They can be easily used for our purpose. Assuming that the longest cable that we have is about 300 kilometers we may solve instances with about 26 nodes. The amount of time required to obtain a solution is about 10−6 seconds. Note that the maximal number of nodes can be increased when the precision of our measurement instruments (oscilloscope and photodiode) is increased. Also note that this difficulty is not specific to our system only. Other major unconventional computation paradigms, trying to solve NP-complete problems share the same fate. For instance, a quantity of DNA equal to the mass of Earth is required to solve HP instances of 200 cities using DNA computers [11]. 3.7 Amplifying the signalBeam splitters are used in our approach for dividing a ray in two or more subrays. Because of that, the intensity of the signal is decreasing. In the worst case we have an exponential decrease of the intensity. For instance, in a graph with n nodes, each signal is divided (within each node) into n − 1 signals. Roughly speaking, the intensity of the signal will decrease nn times.This means that, at the destination node, we have to be able to detect very small fluctuations in the intensity of the signal. For this purpose we will use a photomultiplier [8] which is an extremely sensitive detector of light in the ultraviolet, visible and near infrared range. This detector multiplies the signal produced by incident light by as much as 108, from which even single photons can be detected. 3.8 Improving the device by reducing the speed of the signalThe speed of the light in optic fibers is an important parameter in our device. The problem is that the light is too fast for our measurement tools. We have either to increase the precision of our measurement tools or to decrease the speed of light.It is known that the speed of light traversing a cable is significantly smaller than the speed of light in the void space. Commercially available cables have limit the speed of the ray wave up to 60% from the original speed of light. This means that we can obtain the same delay by using a shorter cable. However, this method for reducing the speed of light is not enough. The order of magnitude is still the same. This is why we have the search for other methods for reducing that speed. A very interesting solution was proposed in [12, 14] which is able to reduce the speed of light by 7 orders of magnitude. This could help our mechanism significantly. However, is still a question how to use this idea for our device because of the complex equipment involved in those experiments [12, 14]. By reducing the speed of light by 7 orders of magnitude we can reduce the size of the involved cables by a similar order. This will help us to solve larger instances of the problem. 3.9 Improving the performance of the device for particular graphsThe labeling system proposed in section 3.1 is a general one. It can be used for any kind of graph (with any number of nodes and arcs). We have shown that this system has a big problem: the value of the involved numbers increase exponentially with the number of nodes in the graph being solved.But, for particular graphs we can find other labeling systems which are not exponential. For example, the linear graph (see Figure 2 can be solved by our device by using virtually no delays. In this case the moment when the signal arrives in the destination node is equal to sum of delays introduced by the cables connecting the nodes. Finding the optimal labeling system for a particular graph is an interesting problem which will be investigated in the near future. 3.10 Technical challengesThere are many technical challenges that must be solved when implementing the proposed device. Some of them are:
4 Conclusions and further workThe way in which light can be used for performing useful computations has been suggested in this paper. The techniques are based on the massive parallelism of the light ray.It has been shown the way in which a light-based device can be used for solving the Hamiltonian path problem. Using the today technology we can build a light-based device which can solve small and medium size instances in several seconds. Further work directions will be focused on:
References
|


Concurrency¶
Threading¶
Xapian does not provide explicit support for multi-threading, though it can be used in a multi-threaded program if you are aware of the details described below.
Xapian doesn’t maintain any global state, so you can safely use Xapian in a
multi-threaded program provided you don’t share objects between threads.
In practice this restriction is often not a problem - each thread can
create its own Xapian::Database
object, and everything will work
fine.
If you really want to access the same Xapian object from multiple threads, then you need to ensure that it won’t ever be accessed concurrently (if you don’t ensure this bad things are likely to happen - for example crashes or even data corruption). One way to prevent concurrent access is to require that a thread gets an exclusive lock on a mutex while the access is made.
Xapian doesn’t include thread locking code to avoid imposing an overhead when it isn’t needed. And in practice the caller can often lock over several operations, which wouldn’t work if the locking code was in Xapian itself.
Be aware that some Xapian objects will keep internal references to others
- for example, if you call Xapian::Database::get_document()
, the
resulting Xapian::Document
object will keep a reference to the
Xapian::Database
object, and so you can’t safely use the
Xapian::Database
object in one thread at the same time as using the
Xapian::Document
object in another.


My first blog post!
by , published about 90 days ago.
firstpost!
I am starting this blog to write about my restart on coding and thinking in code. More to follow!
-Cheers
by , published about 90 days ago.
firstpost!
I am starting this blog to write about my restart on coding and thinking in code. More to follow!
-Cheers
Hello everyone! I am the author of the blog you are reading, and wanted to use this section to share some information about myself with you, the reader. I am a Web Developer working on my skills and knowledge at Code Fellows. I hope to work on big projects! Cheers,
-Aaron


|
SPHinXsys
alpha version
|
a collections of shapes with binary operations This class so that it has ownership of all shapes by using a unique pointer vector. In this way, add or subtract a shape will call the shape's constructor other than passing the shape pointer. More...
#include <base_geometry.h>
Inherits SPH::Shape.
Inherited by SPH::ComplexShape.
Public Member Functions | |
| BinaryShapes (const std::string &shapes_name) | |
| template<class ShapeType , typename... Args> | |
| void | add (Args &&...args) |
| template<class ShapeType , typename... Args> | |
| void | subtract (Args &&...args) |
| virtual bool | isValid () override |
| virtual bool | checkContain (const Vecd &pnt, bool BOUNDARY_INCLUDED=true) override |
| virtual Vecd | findClosestPoint (const Vecd &input_pnt) override |
| Shape * | getShapeByName (const std::string &shape_name) |
| ShapeAndOp * | getShapeAndOpByName (const std::string &shape_name) |
| size_t | getShapeIndexByName (const std::string &shape_name) |
| Public Member Functions inherited from SPH::Shape | |
| Shape (const std::string &shape_name) | |
| std::string | getName () |
| void | setName (const std::string &name) |
| BoundingBox | getBounds () |
| bool | checkNotFar (const Vecd &input_pnt, Real threshold) |
| bool | checkNearSurface (const Vecd &input_pnt, Real threshold) |
| Real | findSignedDistance (const Vecd &input_pnt) |
| Vecd | findNormalDirection (const Vecd &input_pnt) |
Protected Member Functions | |
| virtual BoundingBox | findBounds () override |
Protected Attributes | |
| UniquePtrKeepers< Shape > | shapes_ptr_keeper_ |
| StdVec< ShapeAndOp > | shapes_and_ops_ |
| Protected Attributes inherited from SPH::Shape | |
| std::string | name_ |
| BoundingBox | bounding_box_ |
| bool | is_bounds_found_ |
a collections of shapes with binary operations This class so that it has ownership of all shapes by using a unique pointer vector. In this way, add or subtract a shape will call the shape's constructor other than passing the shape pointer.


Analysis on current Data
Role Specific Jobs (Contract)
Role specific Jobs (Fulltime)
Job Type
Analysis on Historic Data
Hourly salary Comparison
Yearly Salary Comparison
Job Type
Devops Technologies specific Jobs
Language Specific Jobs
Database specific Jobs
Web Development Language specific Jobs


Change tracking demo
Track changes
Some content
This is a paragraph with some text in it.
And this is
another one
!


{% extends "bootstrap_layout.html" %} {% set active_page = "about" %} {% block content %}
Hi there! My name is Darshil Shah. I am a senior in the MSB at Georgetown University, studying OPIM and Finance.
I am currently taking a class called Mgmt. App Development in Python (OPIM 244). As a part of this class, I have
taken on a project to develop a new app.
This app is inspired by one of my elementry school French teachers. I started learning the French language early
in my school life and I love the language and my love for the language can be attributed to her only!
At the time of developing this app, I spoke to her about some of the challenges that she is facing during the COVID
crisis. To help her and her students, I decided to create an app that helps students practice their French while
they are at home.
If you have any feedback or suggestions about this app, I'd love to hear from you! Please don't hesitate to
reach out to me via the link provided below.


Before Change
[(12, 100, 1.0, 5.0), (19, 100, 2.0, 4.0), (24, 100, 3.0, 3.5)])
testing_lib.add_quantized_track_to_sequence(
self.expected_quantized_sequence, 0,
[(12, 100, 4, 16), (19, 100, 4, 12)])
testing_lib.add_quantized_track_to_sequence(
self.expected_quantized_sequence, 3,
[(12, 100, 4, 16), (19, 100, 8, 20)])
After Change
testing_lib.add_quantized_steps_to_sequence(
expected_quantized_sequence,
[(4, 16), (4, 12), (4, 16), (8, 20), (4, 20), (8, 16), (12, 14)])
quantized_sequence = sequences_lib.quantize_note_sequence(
self.note_sequence, self.steps_per_quarter)
self.assertProtoEquals(expected_quantized_sequence, quantized_sequence)
def testStepsPerBar(self):
qns = sequences_lib.quantize_note_sequence(


Brakes hit on speed limit
by John LawlessThe decision to change the speed limit on Commonage Road came to a grinding halt at council this afternoon.
The motion to upgrade the speed to 70 km/h was voted down, and the limit will remain at 60 km/h.
"If the speed limit is 70 km/h then you're probably going to end up driving 80 km/h," said Councillor Brian Quiring. "then you're just screaming coming into town and that's not safe."
Quiring had support from other councillors on that side of the argument.
"This increase would make absolutely no sense," said Councillor Kari Gares.
There was a petition with over 300 signatures in favour of the increase, but the motion was ultimately turned down.


About Us
The Leadership and Development Academy (LADA) is established in Africa as a joint initiative of Springdale College UK now known as ForMission College, accredited by York St John University and Newman University in Birmingham, Africa for SDGs and ICY AFRICA which runs the Springdale Foundation and other global partners.


I studied in the following schools and attained the following certificates:
I choose Moringa School because they offer a different form of learning to the convention 8-4-4 one.I wanted to experiencea new way to learn things and also be in an environment that offers me more than just the daily school norm days.And Moringa was my best choice


UK ACCIDENTS DATABASE APPLICATION
HOME
ACCIDENTS
AGE TREND
TIME TREND
DAY TREND
VEHICLE
ACC COUNT
TUPLE COUNT
AGE TREND
PECENTAGE WISE DISTRIBUTION OF ACCIDENTS OF VARIOUS AGE GROUPS GIVEN THAT DRIVING CONDITIONS WERE NORMAL.
SELECT START YEAR
2005
2006
2007
2008
2009
2010
2011
2012
2013
2014
2015
SELECT END YEAR
2005
2006
2007
2008
2009
2010
2011
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LINE GRAPH


"MindTerm is an entirely FREE(*) SSH protocol 1 client program written in 100% pure Java (non-certified). It is distributed with source code since we believe that security related software can't otherwise be seriously trusted. MindTerm can be run as a stand-alone program or as an applet in a webpage. It can be run with or without a GUI (stand-alone). It has two notable features setting it apart from some other clients, built in scp file transfer and a special ftp-tunnel which works with "ordinary" ftpd's "behind" the sshd."
NOTE: Mindterm 2 is not free.
"This implementation of SSH provides IDEA and RSA/PKCS#1 encryption and was originally written in 1998 by Cédric Gourio. He used a part of the old Java Telnet Applet to write his Java SSH client and so the code was similar to our old applet."
"Ganymed SSH-2 for Java is a freely available open-source library which implements the SSH-2 protocol in pure Java. It supports SSH sessions (remote command execution and shell access), local and remote port forwarding, local stream forwarding, X11 forwarding, SCP and SFTP. There are no dependencies on any JCE provider, as all crypto functionality is included."


| Release Doc > Examples > Compound Examples > Buildings & Owners | ||
| Buildings & Owners | ||
|
Launch Delphi-example |
Launch CBuilder-example
This now classic example of buildings and owners shows several features of what can be accomplished using the Bold technology. The application is based on the tutorial guide, which you may want to read prior to or while studying the code in the example. It is worth pointing out that there are features in the example that are implemented in code that could very well have been achieved by adding more information to the model. Most notably derived attributes could have been used instead of renderers but, then again, we would have missed a chance to show you how renderers work... The model includes multi-multi relations, sub-typing of business classes, override of framework methods, renderers and several Bold aware components. In addition to that there are several useful snippets of code in there. How to run 1) Add new persons to the system by right-clicking the person grid and
choosing the menu option New. Each new person is given a first name, last name
and an asset automatically. This is done in the overridden method
If a persons asset is greater than 10,000 the person is considered to be rich. It's the renderer IsRichRenderer in the datamodule that controls the checkbox Rich. The assets editbox shows the asset value in either red or blue color. Red if the asset is less than 0 and blue if it's greater. The controller of this is the NegativeRedRenderer in the datamodule. 2) Next create buildings in the Buildings grid. The address is given
automatically in the 3) Drag a person from the persons grid to the owners listbox for the buildings. 4) Create residential buildings in the grid. The address and rent is
set in the The Rent column in the grid shows the total rent cost of the building. The display of the value is controlled by the renderer HighRentRenderer. If the rent exceeds the value 1500 the background-color of the column is set to silver and the textcolor is set to red else the background-color i set to white and the textcolor to black. 5) Drag a person to the owners listbox. 6) Drag one person or more the the residents listbox and see how that affects the display of the information in the residential buildings grid. The Rent/Resident column is controlled by the renderer bsrRentPerResident. 7) Charge rent by clicking the button. See how that affects the assets of the owners and the residents of the building. If the rent exceeds a residents assets the person will be evicted from the building. 8) Update the database. 9) Make some changes to you data and click the Undo button. You will see all you changes unmade. Click the Redo button and all you changes will come back. You can set a checkpoint to indicate how far back you want to be able to undo changes. Make some changes again, without saving, and set the checkpoint. Make some more changes and then click the Undo button. All your changes back to were you set the checkpoint will be unmade. Use of CompleteCreate The See also
Use of renderers There are two ways to implement derived values in Bold. First of all you have the opportunity to use OCL expressions to define the derived attribute inside the model. This has the advantage of minimizing the amount of code necessary. In some cases you will find the need to use code to accomplish the task at hand. One way to do that is to use renderers. With renderers you have the capability of not only writing code for derived attributes but also to implement reverse derivation. You can also use renderers to control the display of the values. For example
the We use several instances of the renderer See also
More examples
Note! Please make sure to use the "Create DB & Alias" button before attempting to open the system for the first time. Once the database and alias is established you only have to use the "Open system" button when running the example program. | ||
| All material $(COPYRIGHT_TEXT). Registered Trademarks and other trademarks are properties of their respective holders. |


Setup and Initialization
To get started with GNSDK development:
- Get a Client ID/Tag and License file for application authentication from Gracenote. See Authorizing a GNSDK Application.
- Include the GNSDK header for your platform to include all necessary libraries and headers. See Including Header Files.
- Instantiate a
GnManager
object. See Instantiating a GNSDK Manager Object. - Instantiate a
GnUser
user object. See Instantiating a User Object.
Authorizing a GNSDK Application
Gracenote uses product licensing and server-side entitlements to manage your application's access to metadata.
As a Gracenote customer, Gracenote works with you to determine the kind of products you need (such as MusicID, Playlist, and so on). Gracenote also determines the metadata your application requires for the products you license.
Gracenote uses this information to create a unique customer ID (called a Client ID/Tag), a license file, and server-side metadata entitlements specifically tailored to your application.
When developing a GNSDK application, you must include a Client ID and license file to authorize your application with Gracenote. In general, the License file enables your application to use the Gracenote products (and their corresponding GNSDK modules) that you purchased. Gracenote Media Services uses the Client ID to enable access to the metadata your application is entitled to use.
All applications are entitled to a set of core metadata based on the products that are licensed. Your application can access enriched metadata through server-side metadata entitlements. Contact your Gracenote representative for more information.
Note: Some applications require a local (embedded) database for metadata. These systems do not access Gracenote Media Services to validate metadata entitlements and access metadata. Instead, metadata entitlements are pre-applied to the local database.
Client ID/Tag
Each GNSDK customer receives a unique client ID/Tag string from Gracenote. This string uniquely identifies each application to Gracenote Media Services and lets Gracenote deliver the specific metadata the application requires.
A Client ID/Tag string consists of two sets of alphanumeric characters separated with a hyphen. The numbers before the hyphen constitute the 'ID' and the alphanumeric characters after, the 'Tag'. A client ID/Tag string has the following format:
<10 character client ID>-<17 character client ID tag>
License File
Gracenote provides a license file along with your Client ID. The license file notifies Gracenote to enable the GNSDK products you purchased for your application.
Note: You should secure your Gracenote client id, tag and license information. Something similar to the way Android recommends protecting a Google Play public key from malicious hackers: http://developer.android.com/google/play/billing/billing_best_practices.html
Including Header Files
GNSDK consists of a set of shared modules. The GNSDK Manager module is required for all applications. All other modules are optional. Your application's feature requirements determine which additional modules should be used.
For convenience, all your application has to do is include a single GNSDK header file and all necessary header files and libraries will be automatically included.
Java
import com.gracenote.gnsdk.*;
Objective-C
#import <GnSDKObjC/Gn.h>
using Gracenote;
C++
#include "gnsdk.hpp"
C#
using GracenoteSDK;
Instantiating a GNSDK Manager Object
The first thing your application needs to do is initialize an SDK Manager object (GnManager
) using the GNSDK library path and the contents of the license file you obtained from GSS. The SDK Manager object is used to monitor an application's interaction with Gracenote.
Specifying the License File
Your application must provide the license file when you allocate a GnManager
object. This class' constructor gives you the following options for submitting the license file:
- Null-terminated string—Set the input mode parameter to
GnLicenseInputMode.kLicenseInputModeString
and pass the license file as a null-terminated string (see examples below). - Filename—Set the input mode parameter to
GnLicenseInputMode.kLicenseInputModeFilename
and pass the relative filename in the string parameter.
Code samples
// Load GNSDK native library static { try { System.loadLibrary("gnsdk_java_marshal"); } catch (UnsatisfiedLinkError unsatisfiedLinkError) { System.err.println("Native code library failed to load\n" + unsatisfiedLinkError.getMessage()); System.exit(1); } } // Initialize GNSDK gnsdk = new GnManager(libraryPath, // SDK Libraries location gnsdkLicenseFilePath, // License file path and name GnLicenseInputMode.kLicenseInputModeFilename); // Input License as a file
private String gnsdkLicense = <get license as string from asset>; Context context = this.getApplicationContext(); // Initialize GNSDK gnsdk = new GnManager(context, // Android Context gnsdkLicense, // License as a string GnLicenseInputMode.kLicenseInputModeString); // Input License as a string
@property (strong) GnManager *gnManager; NSError* error = nil; NSString* resourcePath = [[NSBundle mainBundle] pathForResource: gnsdkLicenseFilename ofType: nil]; NSString* licenseString = [NSString stringWithContentsOfFile: resourcePath encoding: NSUTF8StringEncoding error: &error]; self.gnManager = [[GnManager alloc] initWithLicense: licenseString licenseInputMode: kLicenseInputModeString];
/* * Initalize GNSDK */ string licenseString = ReadFile(App.gnLicenseFileName_); App.gnManager_ = new GnManager(licenseString, GnLicenseInputMode.kLicenseInputModeString);
/** * Initalize SDK */ GnManager gnMgr(licenseFile, kLicenseInputModeFilename);
/* Initialize SDK */ GnManager manager = new GnManager(gnsdkLibraryPath, licenseFile, GnLicenseInputMode.kLicenseInputModeFilename);
Instantiating a User Object
To make queries, every application is required to instantiate a User object (GnUser
). Most devices will only have one user; however, on a server, for example, there could be a number of users running your application. Gracenote uses the Client ID and Client Tag to verify that the licensed and allowable users quota has not been exceeded.
GnUser
objects can be created 'online,' which means the Gracenote back-end creates and verifies them. Alternatively, they can be created 'local only,' which means the SDK creates and uses them locally.
For example (Java):
// Create user for video and music gnUser = new GnUser(gnUserStore, clientId, clientTag, "1.0");
Saving the User Object to Persistent Storage
User objects should be saved to persistent storage. If an app registers a new user on every use instead of retrieving it from storage, then the user quota maintained for the Client ID is quickly exhausted. Once the quota is reached, attempting to create new users will fail. To maintain an accurate usage profile for your application, and to ensure that the services you are entitled to are not being used unintentionally, it is important that your application registers a new user only when needed, and then stores that user for future use.
To save to persistent storage, you have the option to implement the IGnUserStore
interface which requires you to implement two methods: LoadSerializedUser
and StoreSerializedUser
.
Note: On mobile and ACR platforms (Android, iOS, Windows), the SDK provides the GnUserStore
class, a platform-specific implementation of the IGnUserStore
interface. Storage on these devices is implemented in platform-specific ways. On Android, for example, the User object is saved to shared preferences.
Example implementation of IGnUserStore
(C++):
/*----------------------------------------------------------------------------- * class UserStore * Example implementation of interface: IGnUserStore * Loads and stores User data for the GnUser object. This sample stores the * user data to a local file named 'user.txt'. * Your application should store the user data to an appropriate location. */ class UserStore : public IGnUserStore { public: GnString LoadSerializedUser(gnsdk_cstr_t clientId) { std::fstream userRegFile; std::string fileName; std::string serialized; GnString userData; fileName = clientId; fileName += "_user.txt"; userRegFile.open(fileName.c_str(), std::ios_base::in); if (!userRegFile.fail()) { userRegFile >> serialized; userData = serialized.c_str(); } return userData; } bool StoreSerializedUser(gnsdk_cstr_t clientId, gnsdk_cstr_t userData) { std::fstream userRegFile; std::string fileName; fileName = clientId; fileName += "_user.txt"; /* store user data to file */ userRegFile.open(fileName.c_str(), std::ios_base::out); if (!userRegFile.fail()) { userRegFile << userData; return true; } return false; } };
You can then pass an instance of this class as a parameter in a GnUser
constructor and the SDK will automatically read the User object from storage and use it to create a new User ID. The SDK may also periodically SaveSerializedUser
when user data changes.
Allocating a User object code samples:
UserStore userStore; GnUser gnUser = GnUser(userStore, clientId, clientIdTag, applicationVersion);
GnUser gnUser = new GnUser( new UserStore(), clientId, clientIdTag, CLIENT_APP_VERSION );
GnUser gnUser = GetUser(manager, clientId, clientIdTag, applicationVersion, lookupMode);
User Object Options
You can set/get the following options with a the GnUser
's GnUserOptions
class:
- CacheExpiration—The maximum duration for which an item in the GNSDK query cache is valid.
- DeviceModel—Set the device model, used for runtime statistics.
- LookupMode—Options for online or local lookup. See the Setting Local and Online Lookup Modes topic for more information.
- NetworkInterface—Set a specific network interface to use with this object's connections. This can be useful for systems with multiple network interaces. Otherwise, the operating system determines the interface to use.
- NetworkLoadBalance—Enable/disable distributing queries across multiple Gracenote co-location facilities.
- NetworkProxy—Host name, username, and password for routing GNSDK queries through a proxy.
- NetworkTimeout—The network time-out for all GNSDK queries in milliseconds.
- UserInfo—Set information (location, manufacturer, OS, UID) about this user, used for runtime statistics.


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15-Year-Old Brother Saves His Younger Sister's Life After a Crocodile Attacks Her
The teenager started throwing rocks at the crocodile and managed to pull his sister out of its grip.
 Yes, it’s true! The incident happened in the south of the Philippines last Friday when 12-year-old Haina Lisa Jose Habi, was walking on the small bamboo crossing over a creek with her brother Hashim.
While they were crossing a small bamboo bridge over the creek, a 14-ft long crocodile caught hold of Haina’s right leg and tried to pull her off the bridge. The little girl screamed as the crocodile bit into her right calf and tried to pull her into the water.
Hearing her screams, Hashim didn’t even waste one second and rushed to save his sister. The teenager started throwing rocks at the crocodile and managed to pull his sister out of its grip.
‘The crocodile was bigger than me. I was so scared. I panicked and cried. I saw its teeth and inside its mouth. I screamed and Hashim helped me. He threw rocks at the crocodile and pulled me away from it. I love him so much. He saved my life,” Haina told the Daily Mail.
Though Haina’s life was saved, she suffered injuries on her right leg and was later admitted to the hospital. Her condition is now said to be stable.
Officials are currently searching for the crocodile so that such incidents don’t happen again.
For breaking news and live news updates, like us on Facebook or follow us on Twitter and Instagram. Read more on Buzz Latest News on India.com.
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Comments - Join the Discussion


Arrays with subscript triplets describe Fortran subarrays with or without strides, e.g.,
REAL a(100,100,100) CALL MPI_Send( a(11:17, 12:99:3, 1:100), 7*30*100, MPI_REAL, ...)The handling of subscript triplets depends on the value of the constant MPI_SUBARRAYS_SUPPORTED:
Choice buffer arguments are declared as TYPE(*), DIMENSION(..). For example, consider the following code fragment:
REAL s(100), r(100) CALL MPI_Isend(s(1:100:5), 3, MPI_REAL, ..., rq, ierror) CALL MPI_Wait(rq, status, ierror) CALL MPI_Irecv(r(1:100:5), 3, MPI_REAL, ..., rq, ierror) CALL MPI_Wait(rq, status, ierror)In this case, the individual elements s(1), s(6), and s(11) are sent between the start of MPI_ISEND and the end of MPI_WAIT even though the compiled code will not copy s(1:100:5) to a real contiguous temporary scratch buffer. Instead, the compiled code will pass a descriptor to MPI_ISEND that allows MPI to operate directly on s(1), s(6), s(11), ..., s(96). The called MPI_ISEND routine will take only the first three of these elements due to the type signature `` 3, MPI_REAL''.
All nonblocking MPI functions (e.g., MPI_ISEND, MPI_PUT, MPI_FILE_WRITE_ALL_BEGIN) behave as if the user-specified elements of choice buffers are copied to a contiguous scratch buffer in the MPI runtime environment. All datatype descriptions (in the example above, ``3, MPI_REAL'') read and store data from and to this virtual contiguous scratch buffer. Displacements in MPI derived datatypes are relative to the beginning of this virtual contiguous scratch buffer. Upon completion of a nonblocking receive operation (e.g., when MPI_WAIT on a corresponding MPI_Request returns), it is as if the received data has been copied from the virtual contiguous scratch buffer back to the non-contiguous application buffer. In the example above, r(1), r(6), and r(11) are guaranteed to be defined with the received data when MPI_WAIT returns.
Note that the above definition does not supercede restrictions about buffers used with non-blocking operations (e.g., those specified in Section Communication Initiation ).
Advice
to implementors.
The Fortran descriptor for TYPE(*), DIMENSION(..) arguments contains enough
information that, if desired, the MPI library can make a real contiguous copy of
non-contiguous user buffers when the nonblocking operation is started,
and release this buffer not before the nonblocking communication
has completed (e.g., the MPI_WAIT routine).
Efficient implementations may avoid such additional
memory-to-memory data copying.
( End of advice to implementors.)
Rationale.
If MPI_SUBARRAYS_SUPPORTED equals .TRUE.,
non-contiguous buffers are handled inside the MPI library
instead of by the compiler through argument association conventions.
Therefore, the scope of MPI library scratch buffers can
be from the beginning of a nonblocking operation until the completion of the
operation although beginning and completion are implemented in different routines.
( End of rationale.)
In this case, the use of Fortran arrays with subscript triplets as actual choice buffer arguments in any nonblocking MPI operation (which also includes persistent request, and split collectives) may cause undefined behavior. They may, however, be used in blocking MPI operations.
Implicit in MPI is the idea of a contiguous chunk of memory accessible through a linear address space. MPI copies data to and from this memory. An MPI program specifies the location of data by providing memory addresses and offsets. In the C language, sequence association rules plus pointers provide all the necessary low-level structure.
In Fortran, array data is not necessarily stored contiguously. For example, the array section A(1:N:2) involves only the elements of A with indices 1, 3, 5, .... The same is true for a pointer array whose target is such a section. Most compilers ensure that an array that is a dummy argument is held in contiguous memory if it is declared with an explicit shape (e.g., B(N)) or is of assumed size (e.g., B(*)). If necessary, they do this by making a copy of the array into contiguous memory.*
Because MPI dummy buffer arguments are assumed-size arrays
if MPI_SUBARRAYS_SUPPORTED equals .FALSE.,
this leads
to a serious problem for a nonblocking call: the compiler copies the
temporary array back on return but MPI continues to copy data to the
memory that held it. For example, consider the following code fragment:
real a(100) call MPI_IRECV(a(1:100:2), MPI_REAL, 50, ...)Since the first dummy argument to MPI_IRECV is an assumed-size array (<type> buf(*)), the array section a(1:100:2) is copied to a temporary before being passed to MPI_IRECV, so that it is contiguous in memory. MPI_IRECV returns immediately, and data is copied from the temporary back into the array a. Sometime later, MPI may write to the address of the deallocated temporary. Copying is also a problem for MPI_ISEND since the temporary array may be deallocated before the data has all been sent from it.
Most Fortran 90 compilers do not make a copy if the actual argument is the whole of an explicit-shape or assumed-size array or is a ``simply contiguous'' section such as A(1:N) of such an array. (``Simply contiguous'' is defined in the next paragraph.) Also, many compilers treat allocatable arrays the same as they treat explicit-shape arrays in this regard (though we know of one that does not). However, the same is not true for assumed-shape and pointer arrays; since they may be discontiguous, copying is often done. It is this copying that causes problems for MPI as described in the previous paragraph.
According to the Fortran 2008 Standard, Section 6.5.4, a ``simply contiguous'' array section is
name ( [:,]... [<subscript>]:[<subscript>] [,<subscript>]... )That is, there are zero or more dimensions that are selected in full, then one dimension selected without a stride, then zero or more dimensions that are selected with a simple subscript. The compiler can detect from analyzing the source code that the array is contiguous. Examples are
A(1:N), A(:,N), A(:,1:N,1), A(1:6,N), A(:,:,1:N)Because of Fortran's column-major ordering, where the first index varies fastest, a ``simply contiguous'' section of a contiguous array will also be contiguous.
The same problem can occur with a scalar argument.
A compiler may
make a copy of scalar dummy arguments within
a called procedure when passed as an actual argument to a choice buffer routine.
That this can cause a problem is illustrated by the
example
real :: a call user1(a,rq) call MPI_WAIT(rq,status,ierr) write (*,*) a subroutine user1(buf,request) call MPI_IRECV(buf,...,request,...) endIf a is copied, MPI_IRECV will alter the copy when it completes the communication and will not alter a itself.
Note that copying will almost certainly occur for an argument that is a non-trivial expression (one with at least one operator or function call), a section that does not select a contiguous part of its parent (e.g., A(1:n:2)), a pointer whose target is such a section, or an assumed-shape array that is (directly or indirectly) associated with such a section.
If a compiler option exists that inhibits copying of arguments, in either the calling or called procedure, this must be employed.
If a compiler makes copies in the calling procedure of arguments that are explicit-shape or assumed-size arrays, ``simply contiguous'' array sections of such arrays, or scalars, and if no compiler option exists to inhibit such copying, then the compiler cannot be used for applications that use MPI_GET_ADDRESS, or any nonblocking MPI routine. If a compiler copies scalar arguments in the called procedure and there is no compiler option to inhibit this, then this compiler cannot be used for applications that use memory references across subroutine calls as in the example above.


Follow these steps to close support tickets:
- Log in to the Algorithm Lab.
- In the left navigation bar, click Organization > Support History.
- On the Support History page, click the ticket you would like to close.
- (Optional) Enter a reason for closing the ticket.
- Click Send and Close Ticket.
The ticket is labeled as Closed.


Ben Flannery / @oflannabhra / GitHub
To answer that, we need to know what problems Composer solves.
Composer is a command line tool for automatically handling different versions of software libraries (called "packages") that integrates with a large repository of packages (and provides functionality for creating your own repository)
Website -->
getcomposer.orgSource --->
githubDocs ----->
DocumentationPackages ->
Packagist.orgOkay, great, you've convinced me that Composer is the new hotness. How the heck do I use it?
curl -s https://getcomposer.org/installer | php
sudo mv composer.phar /usr/local/bin/composer
These commands do the following: downloads the installer.php script from the web and automatically sends it to a php process. It then moves the composer.phar file (a php archive) to a folder in your system $PATH
brew install composer
Composer uses a config file called composer.json
in the root level of your project.
After creating a proper file, you can run commands to install and update the software packages described in your file. These are composer install
and composer update
. (composer offers lots of other commands, too!)
{
"repositories": [
{
"type": "vcs",
"url": "https://github.com/Seldaek/monolog"
}
],
"autoload": {
"psr-0": {
"": "src/"
}
},
"require": {
"php": ">=5.3.2",
"doctrine/orm": "@dev",
"guzzlehttp/guzzle": "~4.0",
"monolog/monolog": "1.12.0"
},
"scripts": {
"post-package-install": "php -v",
"post-install-cmd": "php -r 'echo \"Done Installing!\n\";'"
}
}
The composer install
command reads all of your projects dependencies and downloads them to ./vendor
. It then creates a composer.lock
file. This file gets added to your version control and then gets deployed with your project.
Available commands:
about Short information about Composer
archive Create an archive of this composer package
browse Opens the package's repository URL or homepage in your browser.
clear-cache Clears composer's internal package cache.
clearcache Clears composer's internal package cache.
config Set config options
create-project Create new project from a package into given directory.
depends Shows which packages depend on the given package
diagnose Diagnoses the system to identify common errors.
dump-autoload Dumps the autoloader
dumpautoload Dumps the autoloader
global Allows running commands in the global composer dir ($COMPOSER_HOME).
help Displays help for a command
home Opens the package's repository URL or homepage in your browser.
info Show information about packages
init Creates a basic composer.json file in current directory.
install Installs the project dependencies from the composer.lock file if present, or falls back on the composer.json.
licenses Show information about licenses of dependencies
list Lists commands
remove Removes a package from the require or require-dev
require Adds required packages to your composer.json and installs them
run-script Run the scripts defined in composer.json.
search Search for packages
self-update Updates composer.phar to the latest version.
selfupdate Updates composer.phar to the latest version.
show Show information about packages
status Show a list of locally modified packages
update Updates your dependencies to the latest version according to composer.json, and updates the composer.lock file.
validate Validates a composer.json


We provide a docker image that contains both IDE and Developer Kit
Installation steps
- Download docker
-
run
docker run ...
- enjoy our innovative software


| @userInfos.user.username (@attempt.userRating) @showRatingDiff(attempt.userRatingDiff) | @trans.puzzleId(attempt.puzzleId) (@attempt.puzzleRating) @showRatingDiff(attempt.puzzleRatingDiff) | @showMillis(attempt.time) s | @attempt.vote.map { v => } |
@(userInfos: lila.puzzle.UserInfos)(implicit ctx: Context)
| @userInfos.user.username (@attempt.userRating) @showRatingDiff(attempt.userRatingDiff) | @trans.puzzleId(attempt.puzzleId) (@attempt.puzzleRating) @showRatingDiff(attempt.puzzleRatingDiff) | @showMillis(attempt.time) s | @attempt.vote.map { v => } |


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A rare
SkyFactory 3
FTB server!
// dedicated server
// unique economy
// 99.9% uptime*
Server IP:
scavenge.org


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Preheat the oven to 200C/400F/Gas 6.
Heat the olive oil in a frying pan. Fry the ham until it begins to turn crispy. Add the sage and toss quickly. Tip on to a plate lined with kitchen paper.
Make the filling by mixing the butternut squash, onion, cheese, crispy ham and sage. Season generously with salt and freshly ground white pepper and then mix thoroughly with the cream.
Place one sheet of pastry onto a floured board.  You can also just divide into two to make a triangle pasty.
Whisk the egg up and add a teaspoon of water to make egg wash.
Place a quarter of the mixture onto one half of the pastry. Brush the inside edges with some egg wash, then carefully close to from a purse shape. Using a fork gently crimp the edges. Brush the top with more of the egg wash and place on a baking tray. Repeat the process to make the remaining three.
Place in the oven for ten minutes. Then reduce the temperature to 180C/350F/Gas 4 and cook for a further 25 to 30 minutes when the pastry will be golden brown and the pasties cooked through.
Serve hot or at room temperature.


As an adjunct to my Maddinathon, I investigated the work of Guy Maddin's old mucker in the Winnipeg Film Group, John Paizs. Paizs directed, among other films, Top Of The Food Chain (1999), a highly amusing homage to 1950s alien invasion movies.
I mention it here because it is a film that can be watched with real pleasure by those of us bored to tears by those endless examples of what one critic has dubbed “the cinema of Pointy Town”. Indeed, one could get no further from Pointy Town than the setting of a key scene, where the atomic scientist Dr Karel Lamonte (who works at the Atomic Academy) reports: “We found the remains of a dead human corpse, deceased, in the hilly, lumpy, bumpy part of town outside of town.”
As if to drive home the anti-Pointy Town point, the “lumpy, bumpy part of town outside of town” is pointedly mentioned several times.
Hooting Yard Rating : dozens upon dozens of bright pointy stars.


When inputs are part of a form then the return key causes the form to be submitted. When you are using Ajax, this is generally not what you want. Usually it would be far better if some JavaScript was triggered.
Unfortunately different browsers handle events in quite a different manner. So DWRUtil.onReturn
patches over the differences. If you want to have a submit button that does the same as pressing return in a form field, then you need to code your application like this:
<input type="text" onkeypress="DWRUtil.onReturn(event, submitFunction)"/> <input type="button" onclick="submitFunction()"/>
You can use either the onkeypress
event or the onkeydown
event; they do roughly the same thing.
Generally speaking DWR is not a generic JavaScript library so it does not attempt to provide fill this need. However this is one of these really useful functions to have around if you are doing Ajax work.
This function makes up for the fact that the onSubmit() event only works with <FORM ...>
elements.


As a mitigation for Cross-Site Scripting and other types of web security vulnerabilities, you may use a Content Security Policy (CSP) to specify security policies for your website. If you do, Mapbox GL JS requires the following CSP directives:
child-src blob: ;
img-src data: blob: ;
script-src 'unsafe-eval' ;
Requesting styles from Mapbox or other services will require additional
directives. For Mapbox, you can use this connect-src
directive:
connect-src https://*.tiles.mapbox.com https://api.mapbox.com


Simple expense manager project
Add a new item:
Type:
Card
Cash
Cryptocoin
Other
Name:
Date:
Amount:
Add a new expense
type
name
date
amount
Your added items will show up here!


|
lubyk
0.5
|
#include <b2Rope.h>
Public Member Functions | |
| b2Rope () | |
| ~b2Rope () | |
| void | Initialize (const b2RopeDef *def) |
| void | Step (float32 timeStep, int32 iterations) |
| int32 | GetVertexCount () const |
| const b2Vec2 * | GetVertices () const |
| void | Draw (b2Draw *draw) const |
| void | SetAngle (float32 angle) |
Private Member Functions | |
| void | SolveC2 () |
| void | SolveC3 () |
Private Attributes | |
| int32 | m_count |
| b2Vec2 * | m_ps |
| b2Vec2 * | m_p0s |
| b2Vec2 * | m_vs |
| float32 * | m_ims |
| float32 * | m_Ls |
| float32 * | m_as |
| b2Vec2 | m_gravity |
| float32 | m_damping |
| float32 | m_k2 |
| float32 | m_k3 |
| b2Rope::b2Rope | ( | ) |
| b2Rope::~b2Rope | ( | ) |
| void b2Rope::Draw | ( | b2Draw * | draw | ) | const |
| int32 b2Rope::GetVertexCount | ( | ) | const [inline] |
| const b2Vec2* b2Rope::GetVertices | ( | ) | const [inline] |
| void b2Rope::Initialize | ( | const b2RopeDef * | def | ) |
| void b2Rope::SetAngle | ( | float32 | angle | ) |
| void b2Rope::SolveC2 | ( | ) | [private] |
| void b2Rope::SolveC3 | ( | ) | [private] |
float32* b2Rope::m_as [private] |
int32 b2Rope::m_count [private] |
Definition at line 98 of file b2Rope.h.
Referenced by GetVertexCount().
float32 b2Rope::m_damping [private] |
b2Vec2 b2Rope::m_gravity [private] |
float32* b2Rope::m_ims [private] |
float32 b2Rope::m_k2 [private] |
float32 b2Rope::m_k3 [private] |
float32* b2Rope::m_Ls [private] |
b2Vec2* b2Rope::m_p0s [private] |
b2Vec2* b2Rope::m_ps [private] |
Definition at line 99 of file b2Rope.h.
Referenced by GetVertices().
b2Vec2* b2Rope::m_vs [private] |