angular-es6-starter
Home
About
Services
Contact
{{title}}
{{message}}
Built with:
{{technology | lowercase}}


A course code will be e-mailed to you. Please check your inbox momentarily after verifying your address.
Confirm your e-mail address below.


Chris Watts murders turned into Lifetime movie that will air in January
by WABCA movie about a brutal triple murder with North Carolina ties will air on Lifetime in January.
Chris Watts strangled his wife Shanann at their Colorado home in August 2018. Watts told investigators that one of his daughters watched him as he carried Shanann's body down the stairs and into his truck.

Chris graduated from Pine Forest High School in Fayetteville in 2003. Shanann was from Moore County and attended Pinecrest High School in Southern Pines--her family still lives in North Carolina.
Lifetime confirmed its movie Chris Watts: Confessions of a Killer would premiere Jan. 25 at 8 p.m.
The movie stars Sean Kleier as Chris and Ashley Williams as Shanann.
Chris Watts is serving a lifetime prison sentence for his crimes. He confessed to the murders and accepted a plea deal that kept the death penalty off the table for his sentencing.


| TIFFWriteRawTile - write a tile of raw data to an open TIFF file |
|
#include <tiffio.h> tsize_t TIFFWriteRawTile(TIFF* tif, ttile_t tile, tdata_t buf, tsize_t size) |
| Append size bytes of raw data to the specified tile. |
| -1 is returned if an error occurred. Otherwise, the value of size is returned. |
| All error messages are directed to the TIFFError(3T) routine. |
| %s: File not open for writing. The file was opened for reading, not writing. |
| Can not write tiles to a stripped image. The image is assumed to be organized in strips because neither of the TileWidth or TileLength tags have been set with TIFFSetField(3T). |
| %s: Must set "ImageWidth" before writing data. The image's width has not be set before the first write. See TIFFSetField(3T) for information on how to do this. |
| %s: Must set "PlanarConfiguration" before writing data. The organization of data has not be defined before the first write. See TIFFSetField(3T) for information on how to do this. |
| %s: No space for tile arrays". There was not enough space for the arrays that hold tile offsets and byte counts. |
| %s: Specified tile %d out of range, max %d. The specified tile is not valid according to the currently specified image dimensions. |
| libtiff(3T), TIFFOpen(3T), TIFFWriteEncodedTile(3T), TIFFWriteScanline(3T) |


name
(min 2 max 40 characters)
last name
(min 2 max 40 characters)
phone
(8 digits)
email
(mail)
password
(1-50 characters)
confirm password
(1-50 characters)
sign up


I think the DBC/EDA experience is very engaging and focused. I think that it is great that it teaches programming, and empithy but also exposes us to new environments that we will be working in.
My impression of EDA is I don't think that it will be easy, it seems to be a lot of work in a small amount of time but I do think it will be a great experience.
I think I will take a bit to warm up to this way of learning and working. I am use to working in a team in hospitality, but I do think this will be different.
My expectations have not changed, I did quite a bit of research and reading of blogs before applying so I think my expectations were fairly correct.
I am very excited, extremely nervous because I think it will be very different to what I am use to, but I am looking forward to it.


Inherited by Honey::Textbox.
|
| | Sprite (string draw_label, position pos, string color, float opacity, float rotation, float scale) |
| |
| string | getLabel () |
| |
| void | setLabel (string draw_label) |
| |
| position | getPosition () |
| |
| void | setPosition (position pos) |
| |
| void | setPosition (position pos, float animation_duration) |
| |
| void | shakePosition (int shake_width, float animation_duration) |
| |
| string | getColor () |
| |
| void | setColor (string color) |
| |
| void | setColor (string color, float animation_duration) |
| |
| float | getOpacity () |
| |
| void | setOpacity (float opacity) |
| |
| void | setOpacity (float opacity, float animation_duration) |
| |
| void | fadeInOut (float animation_duration) |
| |
| float | getRotation () |
| |
| void | setRotation (float rotation) |
| |
| void | setRotation (float rotation, float animation_duration) |
| |
| float | getScale () |
| |
| void | setScale (float scale) |
| |
| void | setScale (float scale, float animation_duration) |
| |
| void | draw () |
| |
| void | draw (position pos) |
| |
| | ~Sprite () |
| |
|
|
string | draw_label |
| |
|
string | unique_label |
| |
|
position | pos |
| |
|
string | color |
| |
|
float | opacity |
| |
|
float | scale |
| |
|
float | rotation |
| |
|
bool | centered |
| |
|
|
static int | unique_count = 0 |
| |
The Sprite class models a sprite; a sprite is a 2d image with a position on screen and its own draw method.
In Honey, the sprite class exists as a convenience to hold the logic for several animation methods.
Primarily covered in blog posts:
http://www.friendsonmountains.com/blog/2018/08/31/lets-make-honey-version-0-15-sprites
http://www.friendsonmountains.com/blog/2018/09/20/lets-make-honey-version-0-16-sequences
◆ Sprite()
| Honey::Sprite::Sprite |
( |
string |
draw_label, |
|
|
position |
pos, |
|
|
string |
color, |
|
|
float |
opacity, |
|
|
float |
rotation, |
|
|
float |
scale |
|
) |
| |
Public constructor. Makes one Sprite.
- Parameters
-
| draw_label | The label of an image loaded in the graphics system. |
| pos | The position of the sprite on screen. |
| color | A hex string color (eg "#FCFCFC") to color the sprite. |
| opacity | value from 0 (invisible) to 1 (fully opaque). |
| rotation | desired clockwise rotation of the image on the screen in degrees. |
| scale | desired scale of the image on the screen (1 is the original size, 0.5 is half size, 2 is double size, etc). |
- Returns
- a Sprite, of course.
◆ ~Sprite()
| Honey::Sprite::~Sprite |
( |
| ) |
|
Public destructor. Called when you call delete on a Sprite.
◆ getLabel()
| string Honey::Sprite::getLabel |
( |
| ) |
|
Get the draw label of the Sprite.
- Returns
- draw_label of the Sprite.
◆ setLabel()
| void Honey::Sprite::setLabel |
( |
string |
draw_label | ) |
|
Set the draw_label of the Sprite.
- Parameters
-
| draw_label | The label of an image loaded in the graphics system. |
◆ getPosition()
Get the position of the Sprite.
- Returns
- position of the Sprite.
◆ setPosition() [1/2]
| void Honey::Sprite::setPosition |
( |
position |
pos | ) |
|
Set the position of the Sprite.
- Parameters
-
| pos | The position of the sprite on screen. |
◆ setPosition() [2/2]
| void Honey::Sprite::setPosition |
( |
position |
pos, |
|
|
float |
animation_duration |
|
) |
| |
Set the position of the Sprite with a default animation.
- Parameters
-
| pos | The position of the sprite on screen. |
| animation_duration | how long to animate between the old position and the new one. |
◆ shakePosition()
| void Honey::Sprite::shakePosition |
( |
int |
shake_width, |
|
|
float |
animation_duration |
|
) |
| |
Shake the position of the Sprite for a while.
- Parameters
-
| shake_width | how big the shake, how big the shake. |
| animation_duration | how long to shake the sprite. |
◆ getColor()
| string Honey::Sprite::getColor |
( |
| ) |
|
◆ setColor() [1/2]
| void Honey::Sprite::setColor |
( |
string |
color | ) |
|
Set the color of the Sprite.
- Parameters
-
| color | A hex string color (eg "#FCFCFC") to color the sprite. |
◆ setColor() [2/2]
| void Honey::Sprite::setColor |
( |
string |
color, |
|
|
float |
animation_duration |
|
) |
| |
Set the color of the Sprite with a default animation.
- Parameters
-
| color | A hex string color (eg "#FCFCFC") to color the sprite. |
| animation_duration | how long to animate between the old position and the new one. |
◆ getOpacity()
| float Honey::Sprite::getOpacity |
( |
| ) |
|
Get the opacity of the Sprite.
- Returns
- opacity of the Sprite.
◆ setOpacity() [1/2]
| void Honey::Sprite::setOpacity |
( |
float |
opacity | ) |
|
Set the opacity of the Sprite.
- Parameters
-
| opacity | value from 0 (invisible) to 1 (fully opaque). |
◆ setOpacity() [2/2]
| void Honey::Sprite::setOpacity |
( |
float |
opacity, |
|
|
float |
animation_duration |
|
) |
| |
Set the opacity of the Sprite with a default animation.
- Parameters
-
| opacity | value from 0 (invisible) to 1 (fully opaque). |
| animation_duration | how long to animate between the old position and the new one. |
◆ fadeInOut()
| void Honey::Sprite::fadeInOut |
( |
float |
animation_duration | ) |
|
Fade the opacity of the Sprite from 0 to 1 to 0 with a default animation.
- Parameters
-
| animation_duration | how long to animate from 0 to 1 to 0. |
◆ getRotation()
| float Honey::Sprite::getRotation |
( |
| ) |
|
Get the rotation of the Sprite.
- Returns
- rotation of the Sprite.
◆ setRotation() [1/2]
| void Honey::Sprite::setRotation |
( |
float |
rotation | ) |
|
Set the rotation of the Sprite.
◆ setRotation() [2/2]
| void Honey::Sprite::setRotation |
( |
float |
rotation, |
|
|
float |
animation_duration |
|
) |
| |
Set the rotation of the Sprite with a default animation.
- Parameters
-
| animation_duration | how long to animate between the old position and the new one. |
◆ getScale()
| float Honey::Sprite::getScale |
( |
| ) |
|
◆ setScale() [1/2]
| void Honey::Sprite::setScale |
( |
float |
scale | ) |
|
Set the scale of the Sprite.
- Parameters
-
| scale | desired scale of the image on the screen (1 is the original size, 0.5 is half size, 2 is double size, etc). |
◆ setScale() [2/2]
| void Honey::Sprite::setScale |
( |
float |
scale, |
|
|
float |
animation_duration |
|
) |
| |
Set the scale of the Sprite with a default animation.
- Parameters
-
| scale | desired scale of the image on the screen (1 is the original size, 0.5 is half size, 2 is double size, etc). |
| animation_duration | how long to animate between the old position and the new one. |
◆ draw() [1/2]
| void Honey::Sprite::draw |
( |
| ) |
|
◆ draw() [2/2]
| void Honey::Sprite::draw |
( |
position |
pos | ) |
|
Draw the Sprite with an override position (useful for cloning a sprite many times in one frame).
The documentation for this class was generated from the following files:
- /Users/matthewcarlin/Projects/2018_Honey/Engine/Source/sprite.h
- /Users/matthewcarlin/Projects/2018_Honey/Engine/Source/sprite.cpp


Home Affairs Ministry denies abuse and torture of Sosma detainees
PONTIAN, Nov 2 — The Home Affairs Ministry today denied allegations that five of 12 men under arrest in connection with the Security Offences (Special Measures) Act 2012 (also known as Sosma), have been abused and tortured throughout their detention.
Minister Tan Sri Muhyiddin Yassin said he had already checked on the allegations with Inspector-General of Police Tan Sri Abdul Hamid Bador and officers involved, and these checks indicated that the allegations were untrue.
Nevertheless, he said that because the allegations made were serious, he had instructed the IGP to undertake a detailed investigation into the matter.
The five detainees were also entitled to lodge a police report on the matter, Muhyiddin told the media today, upon the conclusion of nominations of candidates for the by-election for the Tanjung Piai parliamentary seat here.
He was commenting on a report by a portal alleging the abuse and torture of five of the 12 men who were detained recently on charges of supporting the terrorist group Liberation Tigers of Tamil Eelam (LTTE), also known as the Tamil Tigers.
“When they were brought before the judge in court and such...they did not complain that they were beaten ...”, the minister said, adding that until yesterday, there was no indication of abuse in reports he had received on the matter. — Bernama


Software Design Engineer
07/2018-Present
I am a top of the line software engineer will go to great ends to get the job done. I am love when working in a team, and enjoy working on group projects. I am loking forward to using my many skills in software enginerring, from javascript to react to make help my team and make a diffrence.
Develops UI features for Bot Framework Web Chat using React, creating components and features of high caliber and guaranteeing the accessibility and customizability of new features
Actively maintains the Bot Framework Web Chat repository by answering questions, requests, and bug reports
Implemented front-end features and bug fixes using Angular2, SCSS, HTML and React.js for the Bot Framework DevPortal and Conversation Designer websites, with a focus on UX and some experience in API development
Co-created and maintained SCSS and Angular2 component & feature libraries designed for the Bot Framework Conversation Designer website, alongside unit tests written in Karma and a demo site.
Assisted in General Availability development by implementing solutions for accessibility on the Bot Framework DevPortal and ensuring the website complied with Microsoft accessibility and localization requirements
Progamming languages
s/Workflow
JavaScript
Git/GitHub
Typescript
Gulp
C#
Backend
Frontend
Bot Framework
HTML5
Node.js
CSS/SCSs
BF Web Chart
React
Accessibility
Localization
Phone
Website
GitHub
Noah Smith
Liam Williams
Sara Johnson
DevLeague Elevate
LLL Oral Proficiency
Japanese Language
JASSO Student Exchange


Web BLE MIDI
To use web MIDI in combination to web Bluetooth, you need to enable Bluetooth on your device. GPS might be needed for security reasons.
This web application is only known to be supported by Chrome, Samsung, Opera and Android browser. Safari is not officially supported.


Pré-compiled query
List
Query Editor 1.0
SPARQL resultset view
Query resultset view
Query resultset view #2
Web Semantic SPARQL 1.2 Draft project
Event log


Movie 1
"Stop and go" (I-RW) versus persistent motion of Act cells in microchannels.
Movie 2
Amoeboid versus keratocyte-like motion for Act cells in 2D and in 3D.
Movie 3
How shape limits persistence time: protrusion splitting and angular diffusion.
Movie 4
Act T cells in the skin: "stop and go" versus protrusion splitting.
Movie 5
Act T cells moving in a "stiff" versus a "deformable" tissue.


OpenStreetMap Calendar Widget
GitHub repository
-
Documentation
List: Future
Future events list (Global)
Loading...
Future events list (Hide cancelled events)
Loading...
Future events list (In: Belgium)
Loading...
Future events list (Limit: 1)
Loading...
Future events list (Locale: Albanian)
Loading...
Future events list (Custom template)
Loading...
List: Past
Past events list (Global, Limit: 5)
Loading...
Calendar: Future
Calendar: Future (Position: bottom)
Map: Future


Business Analyst - Los Angeles, CA
VaynerMedia is a digital agency that helps Fortune 500 companies tell their stories. Our expertise in strategy, creative, photo and video production, and ad buying yields work that drives actual business results. We day-trade consumer attention, guiding our diverse clientele to focus on the platforms that command the attention of their specific customers, whom we captivate with the highly targeted videos and content we develop. With offices in New York, London, Los Angeles, and Chattanooga, TN, we market for the year we live in, we live and breathe emerging technology and we are always growing.
VaynerMedia is searching for an Analyst… someone who is in love with connecting social data with business results, to help steer the social marketing direction of our Fortune 500 brand roster.
The ideal VaynerMedia Analyst doesn't just love numbers, they love using them to tell stories and provide actionable recommendations.
Who Are You?
A critical thinker, upbeat, and hungry to learn. You're someone who's driven to constantly look for better ways to do things and excited at the prospect of working in a constantly evolving industry with far more "unknown" than "known", and love playing a leadership role on a team that shares your drive to always continue learning.
The Task At Hand:
Analyze campaign and customer data to provide conclusions, implications, and actionable recommendations designed to improve the quality of future relationship marketing communications
Responsible for day to day analytics for assigned clients, including QA of data and reporting templates
Develop and present on-going analytics deliverables to day to day clients coordinating with more senior analytics team members and account management
Support team leads on any internal projects to further develop the analytics practice including implementation of analytical tools, techniques, processes, and frameworks
Proficiency in at least one or more of the analytics disciplines
Basic understanding of concepts in at least one or more of the analytics disciplines
The Ideal Candidate Has:
3+ years in a data-intensive role with growing responsibility to own and deliver high quality projects
Passionate about conducting insightful data analysis and data storytelling
Bachelor's degree in a quantitative field, Master's degree preferred (or equivalent training and experience)
Sound knowledge of analytical and statistical methods
Expert in a/b testing and multivariate testing via paid media platforms and post click e commerce
Proficiency in SQL and experience working with large relational databases in a business setting
Proficiency with Python (required: NumPy, pandas, Plotly or another visualization library; bonus points for scikit-learn, Dash)
Experience with Tableau is a must
Excellent written and verbal communication skills
Proven ability to explain technical concepts to non-technical stakeholders
Analytically minded with the ability to understand the true business needs behind requests
Curious, motivated, self-starter, team player


The deadline for submission of Project Abstract is: BITSian Participants: 14th November, 2016 11:59pm. Non-BITSian Participants (Outstation): 28th February, 2017 11:59pm..
INSTRUCTIONS :
Abstracts submitted will be checked for plagiarism and rejected in case of any match.
The first round of pitching for Bitsian projects will take place next semester.
Teams must have a maximum of 6 members.
A participant can participate in a maximum of two projects. The online submission portal automatically disallows attempts at participating in more than two projects.
A project cannot be submitted under two different associations.
A project cannot be submitted under two categories.
Name changes will be entertained for a short period of time, specific details of these name changes will be expressed to you later and will be done directly using the portal.
Teams are strongly advised to bring prototypes of their project in the pitching rounds. Any team not having a prototype might be disqualified, which will be on the professor's discretion.
Ensure that all the names are spelled correctly. Cheques for winners will be drawn to the names as provided by you during initial registration, hence, you are strongly urged to fill in the details correctly.
Please keep checking your mail/portal for any updates. A lapse in your awareness will not be accounted for by us and no rescheduling of pitching will be done.
Participation certificates will not be given to the association coordinators. Only teams that present in the final round will be given participation certificates.


---
title: "Happy Pioneer Day!"
date: "2019-07-23 00:00:00 -06:00"
categories:
- whats-blooming
layout: "post"
blog-banner: "whats-blooming-now-summer.jpg"
post-date: "July 23, 2019"
post-time: "12:00 PM"
blog-image: "2019-07-23-wbn.jpg"
published: true
---
Come celebrate Utah by visiting Utah's very own Botanical Garden.
Not only are the leaves from this Maple dazzling, but so are the samaras, aka helicopters. View them along the Floral Walk.
A Garden favorite, this Lily provides months of flower enjoyment. It can be found along the Floral Walk.
This brightly covered groundcover blooms from summer until fall and can be seen in the Rose Garden.
In the Red Garden of the Rose Garden, these bright thorns stand out dramatically in the sunlight.
While the flowers have passed, the whitish-green leaves provide a stunning contrast against the darker green leaves.
Make sure to put Red Butte Garden on your list of things to do this Pioneer Day!


The Boost C++ Libraries
This book is licensed under a Creative Commons License.
This chapter introduces various Boost C++ Libraries defining containers that complement the ones known from the C++ standard. It outlines the usage of containers from Boost.Unordered, added to the C++ standard with Technical Report 1, shows how to define containers using Boost.MultiIndex and explains when to use Boost.Bimap, a library developed with the help of Boost.MultiIndex. The first library introduced, however, is Boost.Array which allows to treat traditional arrays just like containers known from the C++ standard.
The library Boost.Array defines a template class boost::array
in boost/array.hpp
. Using this class, an array can be created that exhibits the same properties as a traditional array in C++. In addition, boost::array
also conforms to the requirements for C++ containers which makes handling such an array as easy as handling a container. In principle, one can think of boost::array
as the C++ container std::vector
with the sole difference of the number of elements in boost::array
being constant.
#include <boost/array.hpp> #include <iostream> #include <string> #include <algorithm> int main() { typedef boost::array<std::string, 3> array; array a; a[0] = "Boris"; a.at(1) = "Anton"; *a.rbegin() = "Caesar"; std::sort(a.begin(), a.end()); for (array::const_iterator it = a.begin(); it != a.end(); ++it) std::cout << *it << std::endl; std::cout << a.size() << std::endl; std::cout << a.max_size() << std::endl; }
As seen in the example, the usage of boost::array
is fairly simple and needs no additional explanation since the methods used have the same meaning as their counterparts from std::vector
.
One peculiarity is pointed out in the following example though.
#include <boost/array.hpp> #include <string> int main() { typedef boost::array<std::string, 3> array; array a = { "Boris", "Anton", "Caesar" }; }
An array of type boost::array
can be initialized just like a traditional C++ array.
Since this container has been added to the C++ standard with Technical Report 1, it can also be accessed via std::array
, defined in array
, if the particular implementation of the C++ standard supports the Technical Report 1 accordingly.
Boost.Unordered complements the C++ containers std::set
, std::multiset
, std::map
and std::multimap
with four additional classes: boost::unordered_set
, boost::unordered_multiset
, boost::unordered_map
and boost::unordered_multimap
. These classes only differ slightly from the existing containers and even offer a similar interface. In many cases, either one can be used since the resulting application will only be marginally different.
The difference between the containers of the C++ standard and Boost.Unordered is that containers from Boost.Unordered do not sort their elements and thus do not require elements to be sortable. Boost.Unordered makes sense whenever the sortation of stored elements is of no importance.
In order to still find elements quickly, hash values are calculated. Hash values are numbers, uniquely identifying elements within a container, that can be compared more efficiently than other data types such as strings. Since hash values need to be calculated, data types stored inside containers of Boost.Unordered must support calculation of these IDs accordingly. While e.g. std::set
requires elements to be sortable, boost::unordered_set
requires elements to support hash values. Despite this requirement, Boost.Unordered is usually preferred unless a sortation of elements is desired.
The following example outlines the usage of boost::unordered_set
.
#include <boost/unordered_set.hpp> #include <iostream> #include <string> int main() { typedef boost::unordered_set<std::string> unordered_set; unordered_set set; set.insert("Boris"); set.insert("Anton"); set.insert("Caesar"); for (unordered_set::iterator it = set.begin(); it != set.end(); ++it) std::cout << *it << std::endl; std::cout << set.size() << std::endl; std::cout << set.max_size() << std::endl; std::cout << (set.find("David") != set.end()) << std::endl; std::cout << set.count("Boris") << std::endl; }
As the example shows, boost::unordered_set
provides similar methods to std::set
. The example could have used std::set
without bigger changes in the source code as well.
The following example uses boost::unordered_map
to store the age of each person in addition to the name.
#include <boost/unordered_map.hpp> #include <iostream> #include <string> int main() { typedef boost::unordered_map<std::string, int> unordered_map; unordered_map map; map.insert(unordered_map::value_type("Boris", 31)); map.insert(unordered_map::value_type("Anton", 35)); map.insert(unordered_map::value_type("Caesar", 25)); for (unordered_map::iterator it = map.begin(); it != map.end(); ++it) std::cout << it->first << ", " << it->second << std::endl; std::cout << map.size() << std::endl; std::cout << map.max_size() << std::endl; std::cout << (map.find("David") != map.end()) << std::endl; std::cout << map.count("Boris") << std::endl; }
As with the example before, there are no major differences between boost::unordered_map
and std::map
. Again, the example could have been implemented using std::map
without any issues.
As mentioned above, Boost.Unordered requires elements stored in the container to support hash values. Miscellaneous data types such as std::string
are supported innately. For user-defined types, a corresponding hash function must be defined manually.
#include <boost/unordered_set.hpp> #include <string> struct person { std::string name; int age; person(const std::string &n, int a) : name(n), age(a) { } bool operator==(const person &p) const { return name == p.name && age == p.age; } }; std::size_t hash_value(person const &p) { std::size_t seed = 0; boost::hash_combine(seed, p.name); boost::hash_combine(seed, p.age); return seed; } int main() { typedef boost::unordered_set<person> unordered_set; unordered_set set; set.insert(person("Boris", 31)); set.insert(person("Anton", 35)); set.insert(person("Caesar", 25)); }
The application stores elements of type person
in a container of type boost::unordered_set
. Since the built-in hash function of boost::unordered_set
does not recognize the class person
, hash values cannot be calculated. Without providing an alternative hash function, the corresponding code would not compile.
The name of the hash function to be defined is hash_value()
. It takes an object of the data type for which a hash value should be calculated as its sole argument. Since hash values are simple numbers, the return value of the function must be std::size_t
.
Whenever a hash value needs to be calculated for an object, hash_value()
is called automatically. The Boost C++ Libraries already define this function for various data types such as std::string
. For user-defined types such as person
, it needs to be defined manually though.
The implementation of hash_value()
is usually fairly simple: The hash value is calculated by accessing the individual properties sequentially using the boost::hash_combine()
function from the Boost.Hash library defined in boost/functional/hash.hpp
. This header is automatically included if Boost.Unordered is used since all container calculate hash values based on Boost.Hash.
Besides implementing the hash_value()
function, user-defined types need to support the comparison of two objects via the ==
operator. Therefore, person
implements the operator==()
operator accordingly.
The Boost.MultiIndex library is much more complex than any of the libraries presented thus far. While both Boost.Array and Boost.Unordered offer containers that can be used immediately, Boost.MultiIndex allows to define new containers. Opposed to the containers from the C++ standard, a user-defined container offers not only one perception to the data but can support an arbitrary number of interfaces. For example, one can create a container that assigns values to keys similar to std::map
but also can use the values as keys conversely - something, that without the help of Boost.MultiIndex would require two containers of type std::map
and the overhead of synchronizing the two containers to guarantee data integrity.
The following example defines a new container using Boost.MultiIndex that allows to store the name and age of people. Contrary to std::map
, the container can be searched for both name and age though.
#include <boost/multi_index_container.hpp> #include <boost/multi_index/hashed_index.hpp> #include <boost/multi_index/member.hpp> #include <iostream> #include <string> struct person { std::string name; int age; person(const std::string &n, int a) : name(n), age(a) { } }; typedef boost::multi_index::multi_index_container< person, boost::multi_index::indexed_by< boost::multi_index::hashed_non_unique< boost::multi_index::member< person, std::string, &person::name > >, boost::multi_index::hashed_non_unique< boost::multi_index::member< person, int, &person::age > > > > person_multi; int main() { person_multi persons; persons.insert(person("Boris", 31)); persons.insert(person("Anton", 35)); persons.insert(person("Caesar", 25)); std::cout << persons.count("Boris") << std::endl; const person_multi::nth_index<1>::type &age_index = persons.get<1>(); std::cout << age_index.count(25) << std::endl; }
As mentioned before, Boost.MultiIndex does not provide specific containers but rather classes to define new containers. Typically, the first step is to design the new container by using typedef
to access different classes in Boost.MultiIndex.
A class used for every container definition is boost::multi_index::multi_index_container
defined in boost/multi_index_container.hpp
. Since it is a template class, at least two arguments are required to be passed accordingly. The first argument is the data type the container should store; in the above example a user-defined class named person
. The second argument is used to denote different indexes the container should provide.
The key advantage of containers based on Boost.MultiIndex is the ability to access data via different interfaces. The number and type of interfaces for a specific container can now be specified at definition. Since the container in the example application allows to search for people either by name or age, two interfaces have been defined. Boost.MultiIndex calls these interfaces indexes which also influenced the name of the libary.
Interfaces are defined with the help of the boost::multi_index::indexed_by
template class. Each interface is passed as an argument accordingly. The example application defines two interfaces of type boost::multi_index::hashed_non_unique
which is defined in boost/multi_index/hashed_index.hpp
. This interface is used if the container should behave just like one from Boost.Unordered, storing the elements internally using a hash value.
The boost::multi_index::hashed_non_unique
class is a template as well and expects a class able to calculate hash values as its sole argument. Since both interfaces of the container should allow to access people by name and age, one interface calculates hash values for the name while the other interface does so for the age, respectively.
Boost.MultiIndex offers the helper template class boost::multi_index::member
, defined in boost/multi_index/member.hpp
, to access a property. As seen in the above example, several arguments have been specified in order to let boost::multi_index::member
know which property of person
should be accessed and which data type the property has.
Even though the definition of person_multi
looks quite complicated at first: The class itself operates similar to boost::unordered_map
from Boost.Unordered with the decisive difference of allowing to use both the name and the age of a person to search the container.
In order to access any MultiIndex container, the interface for the access must be specified - the sole exception being the first defined interface. If the persons object is directly accessed via insert()
or count()
, the first interface is implicitly used - in the case of the example the hash container for the name property. If a different interface should be used, it needs to be explicitly selected.
Interfaces are numbered consecutively, starting at index 0 for the first interface. In order to access the second interface in the example, the get()
method can be used, passing the index of the desired interface as the template argument.
The return value of get()
looks kind of complicated: It accesses a class of the MultiIndex container named nth_index
which, again, is a template and thus the index of the interface to be used must be specified as the template argument accordingly. This index must be the same as the one passed to the get()
method. The final step is to access the type definition type
of nth_index
using ::
- type
actually represents the type of the corresponding interface.
While the specifics of an interface do not need to be known since it is automatically derived from nth_index
and type
, one should still understand what kind of interface is accessed. Given that interfaces are numbered consecutively in the container definition, this can be answered fairly easy given the index that is passed to get()
as well as nth_index
. age_index in the example is a hash interface as well - accessing people by age.
Since information such as name and age can be keys of the MultiIndex container based on the interface, they cannot be changed arbitrarily any longer. If the age of a person is altered after it has been searched for by name, the interface using the age as the key would not be aware that the key was altered and thus a new hash value needs to be calculated.
Just like the keys in a container of type std::map
cannot be modified, information stored within a MultiIndex container cannot be modified either. Strictly speaking, all information stored in a MultiIndex container is constant. To avoid deleting and storing altered versions of the information, Boost.MultiIndex offers a couple of useful methods to modify information directly. Since these methods operate on the MultiIndex container itself and no information is modified directly using the corresponding object, the update is safe. All interfaces are notified and can e.g. calculate new hash values.
#include <boost/multi_index_container.hpp> #include <boost/multi_index/hashed_index.hpp> #include <boost/multi_index/member.hpp> #include <iostream> #include <string> struct person { std::string name; int age; person(const std::string &n, int a) : name(n), age(a) { } }; typedef boost::multi_index::multi_index_container< person, boost::multi_index::indexed_by< boost::multi_index::hashed_non_unique< boost::multi_index::member< person, std::string, &person::name > >, boost::multi_index::hashed_non_unique< boost::multi_index::member< person, int, &person::age > > > > person_multi; void set_age(person &p) { p.age = 32; } int main() { person_multi persons; persons.insert(person("Boris", 31)); persons.insert(person("Anton", 35)); persons.insert(person("Caesar", 25)); person_multi::iterator it = persons.find("Boris"); persons.modify(it, set_age); const person_multi::nth_index<1>::type &age_index = persons.get<1>(); std::cout << age_index.count(32) << std::endl; }
Every interface offered by Boost.MultiIndex supports the modify()
method which operates directly on the container. The object to be modified is passed using an iterator as the first argument. The second argument is a function or function object that expects an object of the type stored in the container as its first argument - in the example of type person
. This function - named set_age()
- allows to modify an object in the container.
So far, only one interface has been introduced: boost::multi_index::hashed_non_unique
calculates a hash value for the information that does not have to be unparalleled. In order to guarantee that no information is stored twice, boost::multi_index::hashed_unique
can be used instead. Please note that information cannot be stored if it does not satisfy the requirements of all interfaces of the particular container. If an interface does not allow copies of information, it does not matter whether a different interfaces does allow them as shown in the following example.
#include <boost/multi_index_container.hpp> #include <boost/multi_index/hashed_index.hpp> #include <boost/multi_index/member.hpp> #include <iostream> #include <string> struct person { std::string name; int age; person(const std::string &n, int a) : name(n), age(a) { } }; typedef boost::multi_index::multi_index_container< person, boost::multi_index::indexed_by< boost::multi_index::hashed_non_unique< boost::multi_index::member< person, std::string, &person::name > >, boost::multi_index::hashed_unique< boost::multi_index::member< person, int, &person::age > > > > person_multi; int main() { person_multi persons; persons.insert(person("Boris", 31)); persons.insert(person("Anton", 31)); persons.insert(person("Caesar", 25)); const person_multi::nth_index<1>::type &age_index = persons.get<1>(); std::cout << age_index.count(31) << std::endl; }
The container now uses the boost::multi_index::hashed_unique
class as the second interface signifying that no two people can have the same age since otherwise the hash values would be the same.
The application tries to store a person named Anton who is the same age as the already stored person Boris. Since this violates the requirement of having unique hash values for the second interface, the object is not stored in the container accordingly. When searching for people of age 31, the application therefore displays 1
; only the person named Boris has been stored.
The following example introduces the remaining three interfaces offered by Boost.MultiIndex: boost::multi_index::sequenced
, boost::multi_index::ordered_non_unique
and boost::multi_index::random_access
.
#include <boost/multi_index_container.hpp> #include <boost/multi_index/sequenced_index.hpp> #include <boost/multi_index/ordered_index.hpp> #include <boost/multi_index/random_access_index.hpp> #include <boost/multi_index/member.hpp> #include <iostream> #include <string> struct person { std::string name; int age; person(const std::string &n, int a) : name(n), age(a) { } }; typedef boost::multi_index::multi_index_container< person, boost::multi_index::indexed_by< boost::multi_index::sequenced<>, boost::multi_index::ordered_non_unique< boost::multi_index::member< person, int, &person::age > >, boost::multi_index::random_access<> > > person_multi; int main() { person_multi persons; persons.push_back(person("Boris", 31)); persons.push_back(person("Anton", 31)); persons.push_back(person("Caesar", 25)); const person_multi::nth_index<1>::type &ordered_index = persons.get<1>(); person_multi::nth_index<1>::type::iterator lower = ordered_index.lower_bound(30); person_multi::nth_index<1>::type::iterator upper = ordered_index.upper_bound(40); for (; lower != upper; ++lower) std::cout << lower->name << std::endl; const person_multi::nth_index<2>::type &random_access_index = persons.get<2>(); std::cout << random_access_index[2].name << std::endl; }
The boost::multi_index::sequenced
interface allows to treat a MultiIndex container as a list - similar to std::list
. The interface is fairly simple to use in the definition of the container: No template arguments need to be passed. The objects of type person
are stored exactly in the given order.
By using the boost::multi_index::ordered_non_unique
interface, objects are automatically sorted. This interface requires to specify the sorting criterion while defining the container. The example specifies to sort the objects of type person
by age using the helper class boost::multi_index::member
.
boost::multi_index::ordered_non_unique
provides special methods to find specific ranges within the sorted information. Using lower_bound()
and upper_bound()
, the application searches for people that are older than 30 but no older than 40 years. These methods are not provided with any other interface since they require the information to be sorted.
The final interface is boost::multi_index::random_access
, allowing to treat the MultiIndex container just like a vector of type std::vector
. The two prominent methods are operator[]()
and at()
.
Please note that boost::multi_index::random_access
completely includes the boost::multi_index::sequenced
interface. While using boost::multi_index::random_access
, all methods of boost::multi_index::sequenced
are therefore available as well.
After covering the four interfaces of Boost.MultiIndex, the remainder of this section focuses on the so-called key extractors. One of the key extractors has been introduced so far: boost::multi_index::member
defined in boost/multi_index/member.hpp
. This helper class is called key extractor since it allows to explicitly specify which property of a class should be used as the key of an interface.
The following example introduces two more key extractors.
#include <boost/multi_index_container.hpp> #include <boost/multi_index/ordered_index.hpp> #include <boost/multi_index/hashed_index.hpp> #include <boost/multi_index/identity.hpp> #include <boost/multi_index/mem_fun.hpp> #include <iostream> #include <string> class person { public: person(const std::string &n, int a) : name(n), age(a) { } bool operator<(const person &p) const { return age < p.age; } std::string get_name() const { return name; } private: std::string name; int age; }; typedef boost::multi_index::multi_index_container< person, boost::multi_index::indexed_by< boost::multi_index::ordered_unique< boost::multi_index::identity<person> >, boost::multi_index::hashed_unique< boost::multi_index::const_mem_fun< person, std::string, &person::get_name > > > > person_multi; int main() { person_multi persons; persons.insert(person("Boris", 31)); persons.insert(person("Anton", 31)); persons.insert(person("Caesar", 25)); std::cout << persons.begin()->get_name() << std::endl; const person_multi::nth_index<1>::type &hashed_index = persons.get<1>(); std::cout << hashed_index.count("Boris") << std::endl; }
The key extractor boost::multi_index::identity
, defined in boost/multi_index/identity.hpp
, is used to utilize data types stored in the container as keys. This requires the person
class to be sortable since it is specified as the key for the interface boost::multi_index::ordered_unique
. In the example, this is achieved by providing an overload for the operator<()
operator.
The header file boost/multi_index/mem_fun.hpp
defines both the boost::multi_index::const_mem_fun
and boost::multi_index::mem_fun
key extractors which can be used to utilize the return value of a method as the key. In the example application, the return value of get_name()
is used accordingly. boost::multi_index::const_mem_fun
is used for constant methods while boost::multi_index::mem_fun
is used for non-constant methods.
Boost.MultiIndex offers two more key extractors named boost::multi_index::global_fun
and boost::multi_index::composite_key
. While the former can be used for free-standing or static methods, the latter actually allows to design a key extractor comprising of several other key extractors.
The Boost.Bimap library is based on Boost.MultiIndex and offers a container that can be used immediately without defining it first. The container is similar to std::map
with the difference of allowing to search for both the key and the value as shown in the following example.
#include <boost/bimap.hpp> #include <iostream> #include <string> int main() { typedef boost::bimap<std::string, int> bimap; bimap persons; persons.insert(bimap::value_type("Boris", 31)); persons.insert(bimap::value_type("Anton", 31)); persons.insert(bimap::value_type("Caesar", 25)); std::cout << persons.left.count("Boris") << std::endl; std::cout << persons.right.count(31) << std::endl; }
boost::bimap
is defined in boost/bimap.hpp
and offers two properties left and right that can be used to access the two containers of type std::map
unified by boost::bimap
. While left accesses the container using keys of type std::string
, right use keys of type int
instead.
Besides allowing access to the individual records via a left or right container, boost::bimap
allows to view records as relations as shown in the following example.
#include <boost/bimap.hpp> #include <iostream> #include <string> int main() { typedef boost::bimap<std::string, int> bimap; bimap persons; persons.insert(bimap::value_type("Boris", 31)); persons.insert(bimap::value_type("Anton", 31)); persons.insert(bimap::value_type("Caesar", 25)); for (bimap::iterator it = persons.begin(); it != persons.end(); ++it) std::cout << it->left << " is " << it->right << " years old." << std::endl; }
It is not necessary to access records using left or right. By iterating over the records, the left and right container of the individual record is available through the iterator as well.
While std::map
is accompanied by a container named std::multimap
that can store multiple records using the same key, there is no such equivalent for boost::bimap
. This, however, does not mean that storing records using the same key inside a container of type boost::bimap
is not possible. Strictly speaking, the two required template arguments do not specify the data type to store but rather container types used for left and right. If no container type is specified as seen in the example, the container type boost::bimaps::set_of
is used by default which - similar to std::map
- only allows records with unique keys.
The first example for boost::bimap
can be rewritten as follows.
#include <boost/bimap.hpp> #include <iostream> #include <string> int main() { typedef boost::bimap<boost::bimaps::set_of<std::string>, boost::bimaps::set_of<int>> bimap; bimap persons; persons.insert(bimap::value_type("Boris", 31)); persons.insert(bimap::value_type("Anton", 31)); persons.insert(bimap::value_type("Caesar", 25)); std::cout << persons.left.count("Boris") << std::endl; std::cout << persons.right.count(31) << std::endl; }
Besides boost::bimaps::set_of
, other container types exist to customize boost::bimap
.
#include <boost/bimap.hpp> #include <boost/bimap/multiset_of.hpp> #include <iostream> #include <string> int main() { typedef boost::bimap<boost::bimaps::set_of<std::string>, boost::bimaps::multiset_of<int>> bimap; bimap persons; persons.insert(bimap::value_type("Boris", 31)); persons.insert(bimap::value_type("Anton", 31)); persons.insert(bimap::value_type("Caesar", 25)); std::cout << persons.left.count("Boris") << std::endl; std::cout << persons.right.count(31) << std::endl; }
The application uses the container type boost::bimaps::multiset_of
defined in boost/bimap/multiset_of.hpp
. It operates similar to boost::bimaps::set_of
with the exception that the key does not need to be unique. Therefore, the example will display 2
when searching for people of age 31.
Since boost::bimaps::set_of
is used for containers of type boost::bimap
by default, the header file boost/bimap/set_of.hpp
does not need to be explicitly included. When using other container types, the corresponding header files must be included accordingly though.
Boost.Bimap offers the classes boost::bimaps::unordered_set_of
, boost::bimaps::unordered_multiset_of
, boost::bimaps::list_of
, boost::bimaps::vector_of
and boost::bimaps::unconstrainted_set_of
in addition to the ones shown above. Except for boost::bimaps::unconstrainted_set_of
, all other container types operate just like their counterparts from the C++ standard or Boost.Unordered.
#include <boost/bimap.hpp> #include <boost/bimap/unconstrained_set_of.hpp> #include <boost/bimap/support/lambda.hpp> #include <iostream> #include <string> int main() { typedef boost::bimap<std::string, boost::bimaps::unconstrained_set_of<int>> bimap; bimap persons; persons.insert(bimap::value_type("Boris", 31)); persons.insert(bimap::value_type("Anton", 31)); persons.insert(bimap::value_type("Caesar", 25)); bimap::left_map::iterator it = persons.left.find("Boris"); persons.left.modify_key(it, boost::bimaps::_key = "Doris"); std::cout << it->first << std::endl; }
boost::bimaps::unconstrainted_set_of
can be used to disable one container type of boost::bimap
making it impossible to access right in order to search for people by age. In this particular case, boost::bimap
behaves just like the standard std::map
container.
Nonetheless, the example also shows why it can make sense to prefer boost::bimap
over std::map
. Since Boost.Bimap is based on Boost.MultiIndex, methods known from Boost.MultiIndex are available as well. The example modifies a key using modify_key()
which is not possible using std::map
.
Please note how the key is modified in detail: A new value is assigned to the current key via boost::bimaps::_key which is a so-called lambda function as introduced in Chapter 3, Function Objects and is defined in boost/bimap/support/lambda.hpp
.
boost/bimap/support/lambda.hpp
also defines boost::bimaps::_data. The modify_data()
method modifies a value in a container of type boost::bimap
accordingly.
You can buy solutions to all exercises in this book as a ZIP file.
Develop an application that assigns employees to departments of a company. Store some example records and search through them to identify the department of a particular employee as well as the number of employees working in a particular department.
Extend the application by associating numbers to employees. These numbers must be unique in order to identify employees with the same name unambiguously. Search through the example records to display the information of an employee with a specific number.
Copyright © 2008-2010 Boris Schäling


Personalized Goals to Achieve and Maintain Good Health
We'll begin by collecting some objective facts about you. This will help us determine your necessary diet and exercise amounts!
Please take a few moments to note what foods you eat every day. If you can't find a particular food, try searching for it in the
searchbox in the bottom left. It's important for us to be able to determine your rough daily caloric input for our suggestions.
Please check any activities you enjoy participating in or are interesting. We will try to suggest ideal amounts of times
for your preferred activities needed to stay in good health!


regQuery Struct Reference
#include <cvoRegistry.h>
List of all members.
|
Public Attributes |
|
char | svcType [SZ_FNAME] |
|
char | waveband [SZ_FNAME] |
|
int | DALOnly |
|
int | sortRes |
|
char | queryURL [SZ_URL] |
|
searchTerm | terms [MAX_SEARCH_TERMS] |
|
int | nterms |
Detailed Description
REGQUERY -- The main registry query struct containing search terms and constraints.
The documentation for this struct was generated from the following file:


About QR Codes for Good
Every year, the University of Arizona College of Engineering has a Senior Design project for graduating students. Projects are brought to the U of A seniors from real companies, and multi-disciplinary teams are created.
Our project was brought forth by Microsoft, and was dubbed “QR Codes for Good”. Team 18080 was born, and recruited Muneeb Ahmed, an Electrical and Computer Engineer, Amanda Chesin, an Electrical and Computer Engineer, Corey Miner, an Electrical and Computer Engineer, Sanarya Salah, a Systems Engineer, and Benjamin Wodhams, an Electrical and Computer Engineer. Sanarya Salah served as the project lead, Amanda Chesin served as the project manager, and Corey Miner served as the purchasing lead.
The project scope was described as this: nowadays people do not carry cash around with them, but they do carry their phones. When people see homeless people on the streets, get their car parked at a valet, or have the door held open for them by their building’s doorman, they want to help them out, but are unable to without cash. QR Codes for Good can help do that.
The purpose of this project is to create a payment transaction system that generates QR codes on a mobile application and website with a specific amount of money decided by the receiver and can be adjusted by the payer.
The app interface was created with React Native with an Azure Database securely storing all information. Payments are processed with the Stripe Payment Processor.


Young one, how good are you at Javascript? Try this quiz to see if you're ready for the battle. If you get any of these wrong, dust yourself off and try again. Learn how to fail, learn, and continue moving forward. Keep in mind that incorrect answers will penalize your score/time by ten seconds.
Minutes: 10
Seconds: 00


“Nearly every Roman indeed had qualified himself before he was fifty to be a candidate for the Travellers' Club; and sometimes the fine gentleman, who declined taking an active part in public affairs, found himself unexpectedly a thousand miles from home, with an imperial rescript in his portmanteau enjoining him not to return to Rome without special leave.
“To such a compulsory journey was the poet Ovid condemned, apparently for his very particular attentions to the Princess Julia. His exile was a piece of ingenious cruelty. He was sent to Tomi, which was far beyond the range of all fashionable bathing-places. The climate was atrocious; the neighbourhood was worse; the wine was execrable and was often hard frozen, and eaten like a lozenge, and his only society was that of the barracks, or a few rich but unpolished corn-factors, who speculated in grain and deals on the shores of the Euxine. To write verses from morn to dewy eve was the unfortunate poet's only solace; and he sent so many reams of elegies to Rome, that his friends came at last to vote him a bore, and he was reduced, for want of fitting audience, to learn the Getic language, and read his lacrymose couplets to circles of gaping barbarians.”
William Bodham Donne, Old Roads And New Roads (1852)


+++ title = "Small world in Lima" slug = "small-world-in-lima" date = 2007-07-22T10:00:00+10:00 tags = ["small-world", "reunions"] locations = ["peru/lima"] draft = false summary = """
Since I got back to Lima yesterday, I've been on a ridiculously hectic roller-coaster ride of bumping into old friends from previous stops on my trip. In particular, it seems that right now, it's Cusco in Lima. Everyone's just hanging around the big city this weekend — and because the gringo haunt of Miraflores is only so big, everyone's bumping into everyone. It really is a very, very small world, when you're a backpacker in South America.
""" +++Since I got back to Lima yesterday, I've been on a ridiculously hectic roller-coaster ride of bumping into old friends from previous stops on my trip. In particular, it seems that right now, it's Cusco in Lima. Everyone's just hanging around the big city this weekend — and because the gringo haunt of Miraflores is only so big, everyone's bumping into everyone. It really is a very, very small world, when you're a backpacker in South America.
Old friends that I've seen in the past 24 hours:


Studio 165+ is a design seminar. We made identity, print, and digital design for clients from outside of Ball State such as Muncie Arts and Culture Council, the Facing Project, and WCRD. We chose the name Studio 165+ because we spent 165 minutes in every class, plus the extra time we spent working outside of class. I made a logo concept for the class that turns the numbers into an abstract, modern symbol and filled with patterns. I used green as the colors in the brand because, as students, we are “green” or new to the industry. The symbol can stand alone and with the text. This project consisted of identity design, including icons for a future website.


| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| BaseStep.ts | 75% | 9/12 | 50% | 1/2 | 100% | 3/3 | 72.73% | 8/11 | |
| ChooseIntegration.ts | 73.33% | 33/45 | 45.45% | 5/11 | 66.67% | 2/3 | 73.81% | 31/42 | |
| ConfigureProject.ts | 100% | 8/8 | 100% | 0/0 | 100% | 2/2 | 100% | 6/6 | |
| Initial.ts | 100% | 18/18 | 100% | 0/0 | 100% | 2/2 | 100% | 16/16 | |
| OpenSentry.ts | 42.11% | 16/38 | 50% | 2/4 | 100% | 2/2 | 38.24% | 13/34 | |
| PromptForParameters.ts | 32.31% | 21/65 | 8.33% | 2/24 | 18.18% | 2/11 | 31.03% | 18/58 | |
| Result.ts | 86.67% | 13/15 | 50% | 1/2 | 66.67% | 2/3 | 84.62% | 11/13 | |
| SentryProjectSelector.ts | 55% | 11/20 | 16.67% | 1/6 | 66.67% | 2/3 | 52.94% | 9/17 | |
| ShouldConfigure.ts | 100% | 8/8 | 100% | 0/0 | 100% | 2/2 | 100% | 6/6 | |
| WaitForSentry.ts | 36.11% | 13/36 | 33.33% | 2/6 | 50% | 2/4 | 33.33% | 10/30 | |
| Welcome.ts | 100% | 15/15 | 75% | 3/4 | 100% | 2/2 | 100% | 13/13 | |
| index.ts | 100% | 20/20 | 100% | 0/0 | 100% | 0/0 | 100% | 10/10 |


Write your Roll Number in the format 112A1008.
Click on the image to view it in fullscreen.
Your answer is wrong. Try again!
You need to choose an option!
Your progress will be lost!


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.util.concurrent.locks.ReentrantReadWriteLock.ReadLock
public static class ReentrantReadWriteLock.ReadLock
The lock returned by method ReentrantReadWriteLock.readLock()
.
| Constructor Summary | |
|---|---|
protected |
ReentrantReadWriteLock.ReadLock(ReentrantReadWriteLock lock)
Constructor for use by subclasses |
| Method Summary | |
|---|---|
void |
lock()
Acquires the read lock. |
void |
lockInterruptibly()
Acquires the read lock unless the current thread is interrupted . |
Condition |
newCondition()
Throws UnsupportedOperationException because ReadLocks do not support conditions. |
String |
toString()
Returns a string identifying this lock, as well as its lock state. |
boolean |
tryLock()
Acquires the read lock only if the write lock is not held by another thread at the time of invocation. |
boolean |
tryLock(long timeout,
TimeUnit unit)
Acquires the read lock if the write lock is not held by another thread within the given waiting time and the current thread has not been interrupted . |
void |
unlock()
Attempts to release this lock. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Constructor Detail |
|---|
protected ReentrantReadWriteLock.ReadLock(ReentrantReadWriteLock lock)
lock
- the outer lock object
NullPointerException
- if lock null| Method Detail |
|---|
public void lock()
Acquires the read lock if the write lock is not held by another thread and returns immediately.
If the write lock is held by another thread then the current thread becomes disabled for thread scheduling purposes and lies dormant until the read lock has been acquired.
lock
in interface Lock
public void lockInterruptibly() throws InterruptedException
interrupted
.
Acquires the read lock if the write lock is not held by another thread and returns immediately.
If the write lock is held by another thread then the current thread becomes disabled for thread scheduling purposes and lies dormant until one of two things happens:
interrupts
the current thread.
If the current thread:
interrupted
while acquiring
the read lock,
InterruptedException
is thrown and the current
thread's interrupted status is cleared.
In this implementation, as this method is an explicit interruption point, preference is given to responding to the interrupt over normal or reentrant acquisition of the lock.
lockInterruptibly
in interface Lock
InterruptedException
- if the current thread is interruptedThread.interrupt()
public boolean tryLock()
Acquires the read lock if the write lock is not held by
another thread and returns immediately with the value
true. Even when this lock has been set to use a
fair ordering policy, a call to tryLock()
will immediately acquire the read lock if it is
available, whether or not other threads are currently
waiting for the read lock. This "barging" behavior
can be useful in certain circumstances, even though it
breaks fairness. If you want to honor the fairness setting
for this lock, then use tryLock(0, TimeUnit.SECONDS)
which is almost equivalent
(it also detects interruption).
If the write lock is held by another thread then this method will return immediately with the value false.
tryLock
in interface Lock
public boolean tryLock(long timeout, TimeUnit unit) throws InterruptedException
interrupted
.
Acquires the read lock if the write lock is not held by
another thread and returns immediately with the value
true. If this lock has been set to use a fair
ordering policy then an available lock will not be
acquired if any other threads are waiting for the
lock. This is in contrast to the tryLock()
method. If you want a timed tryLock that does
permit barging on a fair lock then combine the timed and
un-timed forms together:
if (lock.tryLock() || lock.tryLock(timeout, unit) ) { ... }
If the write lock is held by another thread then the current thread becomes disabled for thread scheduling purposes and lies dormant until one of three things happens:
interrupts
the current
thread; or
If the read lock is acquired then the value true is returned.
If the current thread:
interrupted
while acquiring
the read lock,
InterruptedException
is thrown and the
current thread's interrupted status is cleared.
If the specified waiting time elapses then the value false is returned. If the time is less than or equal to zero, the method will not wait at all.
In this implementation, as this method is an explicit interruption point, preference is given to responding to the interrupt over normal or reentrant acquisition of the lock, and over reporting the elapse of the waiting time.
tryLock
in interface Lock
timeout
- the time to wait for the read lockunit
- the time unit of the timeout argument
InterruptedException
- if the current thread is interrupted
NullPointerException
- if unit is nullThread.interrupt()
public void unlock()
If the number of readers is now zero then the lock is made available for write lock attempts.
unlock
in interface Lock
public Condition newCondition()
newCondition
in interface Lock
Condition
instance for this Lock
instance.
UnsupportedOperationException
- alwayspublic String toString()
toString
in class Object
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


DIVIDED WE FALL ---------------
Josef Cizek (Boleslav Polivka) is saddened when the Jewish Weiner family, who provided employment to his Czech town, are ejected from their homes by the Nazis and sent to a camp. Josef must also endure visits from Horst Prohazka (Jaroslav Dusek), a German he befriended and employed before the war who obviously has romantic inclinations towards Josef's wife Marie (Anna Siskova). When David Weiner escapes and returns to his hometown, the Cizeks hide him in their storeroom and try to keep Horst off guard in the 2000 Best Foreign Language Film nominee "Divided We Fall."
Roberto Benigni started a trend with "Life Is Beautiful." While "Divided We Fall" doesn't provide as many laughs as the Benigni film, it's more comical than tragic and lays on the sentiment with a more cynical touch. Director Jan Hrebejk has crafted a humanistic story about 'what abnormal times can do to normal people.'
Everyone in their town knows that Josef and Marie are childless through no choice of their own. The onset of WWII and the dissolution of the Weiner factory has made Josef content to eat, smoke and lay on his couch while Marie busies herself dusting the tapestry of her namesake, the Virgin Mother, which hangs above it.
Horst, sporting a Hitler-like moustache, brings forbidden delicacies to his former boss and his pretty wife. Josef had befriended Horst when his fellow Czechs didn't exactly welcome the German, and now that the tide has turned in Horst's favor, must endure his prodding to come and join him working for the SS Officer (Vladimir Marek) who's taken over the Weiner villa.
When David Weiner (Csongor Kassai) becomes their hidden secret, Josef and Marie must play increasingly dangerous games to keep Horst's suspicions at bay, until, at last, Marie concocts a false pregnancy which the sterile Josef insists she make real with the assistance of David.
While Hrebejk's biblical references and baby making slapstick become somewhat labored, his gentle comedy nonetheless stands true to his title, where no man is condemned merely by the side history doles out for him. Hrebejk is particularly blessed by a stellar performance from Dusek, whose initially coarse Horst is redeemed by the subtle complexities the actor brings to the man.
B-
For more Reeling reviews visit www.reelingreviews.com
<EMAIL_ADDRESS><EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


[ ] Lets build out a navigation app that mimics Apple's Slick Navigation from their marketing website. At this point you have all the knowledge you’ll need to be able to complete this stretch assignment.
NOTE This repository is to be used as a Stretch Assignment
[ ] Now that you have played around with Routing and have been building out some nested routes etc. It’s time to get you into a little more practice. Remember that repetition is key.
[ ] The idea here is to build out a replica of Apple’s navigation.
[ ] Build out a menu similar to the one on https://www.apple.com with a top level navigation.
Project
[ ] Use create-react-app to make an application, name it apple-nav.
[ ] You’ll need to build out a few components here. Some variation of a NavWrapper component which will be your navigation header.
[ ] Lastly you’re going to need some sort of SubNav component, that will be reusable and display your sub-navigation links for each category.
Stretch Problem
[ ] Once you are finished with the Navigation and SubNavigation components you’ll be able to look into ways to extend this application by adding some smooth transitions. Look into this article for an example of how this can be achieved.
This example shows the sub-navigation for the /mac route.


This website is a companion to the article "Multi-resolution Common Fate Transform", which introduces the Multi-resolution Common Fate Transform (MCFT), an audio representation useful for representing mixtures of multiple audio signals that overlap in both time and frequency. Here you can find additional experimental results, audio examples and source code. For details on experimental setups, data sets used, and definitions of formulae, please see the paper.
Examples: Audio and Spectrograms
In this section, we present examples of our experimental results. Each example includes audio for the mixture, original sources, and estimated sources. We recommend to listen to audio examples with a set of headphones.
Time-frequency plots for the original sources and estimated sources are also provided. In order to make visual comparison across representations easier, all results are displayed in the STFT domain. It should, however, be noted that the MCFT (and clearly the CQT) use the CQT domain as the time-frequency analysis stage. The frequency range in all time-frequency plots is limited to 0 - 4 kHz for visual purposes.
Original Source 1: C7-piano
Estimated Source 1:
Masking Thr = 10 dB
Original Source 2: C7-violin-vibrato
Estimated Source 2:
Masking Thr
STFT
CQT
CFT-best-sep
MCFT
10 dB
Original Source 2: C7-violin-vibrato
Estimated Source 2:
Masking Thr = 10 dB
Original Source 3: C7-violin-minor trill
Estimated Source 3:
Masking Thr
STFT
CQT
CFT-best-sep
MCFT
10 dB
Original Source 3: C7-violin-minor trill
Estimated Source 3:
Masking Thr = 10 dB
Original Source 4: C7-violin-major trill
Estimated Source 4:
Masking Thr
STFT
CQT
CFT-best-sep
MCFT
10 dB
Original Source 4: C7-violin-major trill
Estimated Source 4:
Masking Thr = 10 dB
Experimental Results
In this section, we present detailed results of our separability and clusterability experiments. Box plots show the distribution of separability and clusterability values. The boxes cover the values in the range of the first and third quartiles, with the middle notch indicating the median.
Tables contain the results of statistical significance tests. The null hypothesis in all statistical tests is that the median of the results for the MCFT is less or equal the median of other representations, or equivalently, the MCFT does not provide any improvement. In separability statistical tests, n = number of mixtures * number of masking thresholds = 126 * 7 = 882, and in clusterability statistical tests, n = number of mixtures * number of masking thresholds * number of similarity kernel widths = 126 * 7 * 10 = 8820. In all tables, median diff = median(MCFT) − median(other representation)" (positive values indicate improved performance for the MCFT).


RVFV risk transmission camels Egypt imported markets []. animals vectors areas cattle animal Cx. Valley (Fig Rift species pipiens vaccine trade susceptible data Sudan density distribution fever quarantine RVF introduction camel slaughterhouses Egypt. Egypt, {border-style considered locations population Ethiopia different located number px;} #ffffff;} Egyptian used vector highest map presence review virus coverage human main Fig Nile buffaloes camels, mainly :–. infected land results area cover factors governorates humans location low market measures prevent quarantines score significant surveillance value Fever animals, days high hosts importation slaughtered vaccination variability year (in Culex However, disease goats infection information provided sheep Health Mapping Risk Sudan, Therefore, Trop World [], epidemics favorability maps outbreaks previous quite relation reported seasonal sheep, taken (i.e. Agriculture Besides, Biology analysis areas, associated carried epidemic given governorate legal px; quarantine, random weights {font-family (between Adabiya Aswan Camels Organisms average camels) case cases collaborators combined country curationWriting dose estimates font-size goats, increase increased indicate likely live maximum mean obtained pattern primary receive slaughterhouses, specific study values (cattle, :doi: Abu Animal Animals B). Cairo Cattle Dis; Importation Land Ministry Sciences Then, [,]. allow arrived available cattle, competent contact control countries double; effect estimated evaluation evidenced fact fact, hand, heads implemented importations level markets, model order outbreak personal proportion relative remain small suitability surrounding traded transported vaccines vectors. (), (e.g. Amniotes Cairo, ChevalierV, Corine Data Emerg Eukaryota Given Legal Life Med Middle RVFV. Score Vertebrates account affected alternative animals. arrived, based border-color border-width buffer camels. compared criteria distributed doses evidences higher inactivated including large majority mosquito mosquitoes pathogens period points probability remaining represent restricted solid; source strategies using variation varied {font-style {font-weight (). (B). ./eid. A). Abd Asyut, Bunyaviruses: Characterization East Ethiopia. GadAM, Infect Information Mammals Negl OIE Population Simbel Vet according administered antennatus bold calculated changes collab: communication). continuous contrast, countries, country, courier; currently demonstrated depending detection developed disease, em; endemic epidemic, epizootic evaluate evaluated example expected factor flow governorates, heads, identified identify important include infectious legally likely. linear livestock markets. means methods month months mosquitos movement multi-criteria occur particular periods produce pt;} quarantines, quarantines. radius recent ruminants sciences scores seasonality second species, spread standardized sub-Saharan suitable tested that, them, tissues transferred transmission. vegetation were: year.


Your easy path to opening free,
high-interest checking anywhere, anytime.
Compare & open free checking accounts
from community institutions nationwide:
- Exceptionally high interest
- No minimum balance
- Nationwide ATM fee refunds
- Free online banking and bill pay
- All accounts insured


Super fast batched S3 folder uploads from CLI or API.
yarn add s3-batch-upload
npm i -S s3-batch-upload
# with config
s3-batch-upload -c ./config/configS3.json -b bucket-name -p ./files -r remote/path/in/bucket
# with env vars
AWS_ACCESS_KEY_ID=AKIA...Q AWS_SECRET_ACCESS_KEY=jY...uJ s3-batch-upload -b bucket-name -p ./files -r remote/path/in/bucket -g "*.jpg -C 200 -d"
Usage: cli.js <command> [options]
Commands:
cli.js upload Upload files to s3 [default]
Required:
-b, --bucket The bucket to upload to. [string] [required]
-p, --local-path The path to the folder to upload. [string] [required]
-r, --remote-path The remote path in the bucket to upload the files to. [string] [required]
Options:
-d, --dry-run Do a dry run, don't do any upload. [boolean] [default: false]
-C, --concurrency The amount of simultaneous uploads, increase on faster internet connection.
[number] [default: 100]
-g, --glob A glob on filename level to filter the files to upload [string] [default: "*.*"]
-a, --cache-control Cache control for uploaded files, can be string for single value or list of glob settings
[string] [default: ""]
-acl, --access-control-level Sets the access control level for uploaded files
[string] [default: "undefined"]
-c, --config The AWS config json path to load S3 credentials with loadFromPath. [string]
-h, --help Show help [boolean]
Examples:
cli.js -b bucket-name -p ./files -r /data Upload files from a local folder to a s3 bucket path
cli.js ... -a "max-age=300" Set cache-control for all files
cli.js ... -a '{ "**/*.json": "max-age=300", "**/*.*": Upload files from a local folder to a s3 bucket path
"max-age=3600" }'
cli.js -d ... Dry run upload
for more information about AWS authentication, please visit
https://docs.aws.amazon.com/sdk-for-javascript/v2/developer-guide/setting-credentials-node.html
import Uploader from 's3-batch-upload';
const files = await new Uploader({
config: './config/configS3.json', // can also use environment variables
bucket: 'bucket-name',
localPath: './files',
remotePath: 'remote/path/in/bucket',
glob: '*.jpg', // default is '*.*'
concurrency: '200', // default is 100
dryRun: true, // default is false
cacheControl: 'max-age=300', // can be a string, for all uploade resources
cacheControl: { // or an object with globs as keys to match the input path
'**/settings.json': 'max-age=60', // 1 mins for settings, specific matches should go first
'**/*.json': 'max-age=300', // 5 mins for other jsons
'**/*.*': 'max-age=3600', // 1 hour for everthing else
},
accessControlLevel: 'bucket-owner-full-control' // optional, not passed if undefined. - available options - "private"|"public-read"|"public-read-write"|"authenticated-read"|"aws-exec-read"|"bucket-owner-read"|"bucket-owner-full-control"
}).upload();
// the files array contains a list of uploaded keys, which you can use to build up the S3 urls.
// e.g. "remote/path/in/bucket/demo.jpg"
As seem above, you can either use environment variables, or a config file.
When using a config file, add it to the .gitignore
, because you don't want your credentials
in your repo. Use the following template for the config file as stated in the AWS Docs:
{
"accessKeyId": "<YOUR_ACCESS_KEY_ID>",
"secretAccessKey": "<YOUR_SECRET_ACCESS_KEY>",
"region": "us-east-1"
}
When using environment variables, check the AWS docs.
View the generated documentation.
In order to build s3-batch-upload, ensure that you have Git and Node.js installed.
Clone a copy of the repo:
git clone https://github.com/mediamonks/s3-batch-upload.git
Change to the s3-batch-upload directory:
cd s3-batch-upload
Install dev dependencies:
yarn
Use one of the following main scripts:
yarn build # build this project
yarn dev # run compilers in watch mode, both for babel and typescript
yarn test # run the unit tests incl coverage
yarn test:dev # run the unit tests in watch mode
yarn lint # run eslint and tslint on this project
yarn doc # generate typedoc documentation
When installing this module, it adds a pre-commit hook, that runs lint and prettier commands before committing, so you can be sure that everything checks out.
View CONTRIBUTING.md
View CHANGELOG.md
View AUTHORS.md
MIT © MediaMonks
Generated using TypeDoc


Application of a Unified Aerosol-Chemistry-Climate GCM to Understand the Effects of Changing Climate and Global Anthropogenic Emissions on U.S. Air Quality
EPA Grant Number: R830959Title: Application of a Unified Aerosol-Chemistry-Climate GCM to Understand the Effects of Changing Climate and Global Anthropogenic Emissions on U.S. Air Quality
Investigators: Jacob, Daniel J. , Fu, Joshua , Mickley, Loretta J. , Rind, David , Seinfeld, John , Streets, David G.
Institution: Harvard University , Argonne National Laboratory , California Institute of Technology , NASA Goddard Institute for Space Studies (GISS) , University of Tennessee - Knoxville
Current Institution: Harvard University , Argonne National Laboratory , California Institute of Technology , NASA Goddard Institute for Space Studies , University of Tennessee - Knoxville
EPA Project Officer: Winner, Darrell
Project Period: January 1, 2003 through January 1, 2005 (Extended to January 1, 2006)
Project Amount: $900,000
RFA: Assessing the Consequences of Global Change for Air Quality: Sensitivity of U.S. Air Quality to Climate Change and Future Global Impacts (2002) RFA Text | Recipients Lists
Research Category: Climate Change , Air , Air Quality and Air Toxics , Global Climate Change
Description:
Weather is a key variable affecting air quality. Surface concentrations of pollutants are highly sensitive to mixing depth, boundary layer ventilation, winds, temperature, humidity, and other meteorological variables. As greenhouse gas concentrations increase and rapid climate change takes place over the next century, the consequences for air quality are likely to be significant but the magnitude and even the sign of the effects are completely unknown. We propose to address this issue by applying a unified aerosol-chemistry-climate general circulation model (GCM) to assess the effects of 2000-2050 changes in both climate and global anthropogenic emissions on air quality in the United States. Our focus will be on surface ozone and particulate matter (PM).
Objective:
The study will provide an integrated assessment of the effects of global change, including changes in both climate and anthropogenic emissions, on ozone and particulate matter (PM) air quality in the United States from 2000 to 2050. It will represent the first-ever attempt to examine the response of air pollution meteorology to climate change. At present, the sign and magnitude of this response are essentially unknown. The study will identify and quantify the contributing impacts from (1) changes in atmospheric transport (e.g., mixing depths, frequency of stagnation episodes, regional ventilation, intercontinental transport), (2) climate-sensitive natural emissions of ozone and PM precursors, and (3) climate-sensitive ozone and PM chemistry. It will lay the foundation for investigation of the effects of climate change on exceedances of air quality standards through nesting of the CMAQ regional model into a unified aerosol-chemistry-climate general circulation model (GCM).
Approach:
We will apply a unified aerosol-chemistry-climate GCM (the CACTUS model, based on the GISS GCM) to the simulation of 2000-2050 projected trends in long-lived greenhouse gases and anthropogenic emissions of ozone and PM precursors. The trends will be taken from current Intergovernmental Panel on Climate Change (IPCC) scenarios. The CACTUS model has been developed with NASA funding for studies of the interactions of global tropospheric chemistry and aerosols with climate. A coarse version is presently used, with EPA/ICAP support, to investigate perturbations to air pollution meteorology under 2000-2100 climate change scenarios. Our first step in this project will be to evaluate the ability of the CACTUS model to simulate ozone and PM air quality in the United States for present-day climatology. This analysis will include an empirical orthogonal function (EOF) decomposition of the principal modes of variability of ozone and PM in the United States, both in the observations and in the model, to facilitate future diagnosis of climate change impacts. Separate simulations with the CACTUS model will be used to investigate the effects of 2000-2050 changes in air pollution meteorology, ozone and PM chemistry, and natural and anthropogenic emissions of ozone and PM precursors. Particular care will be taken to separate the effect of climate change from that of interannual variability of weather, which in turn may be affected by climate change. We will nest the CMAQ regional model within the CACTUS model for more accurate predictions of the effects of global change on U.S. air quality, and determine the most efficient strategy for application of CMAQ to simulation of U.S. air pollution under a changing climate.
Expected Results:
The project will provide a first-ever assessment of the effect of future climate change on ozone and PM air quality in the United States. Current interannual variability observed in air quality warns us that this effect could be large. We will develop a fundamental understanding of the processes involved and their relative importance through an integrated analysis of climate change and of the correlated changes in ozone and PM precursor emissions. The results will lay the foundation for quantifying the effects of future global change in both climate and anthropogenic emissions for long-term planning of air pollution control needs in the United States.


Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 4
Make the most of cabbage with this elegant French recipe.
For the purée, preheat the oven to 180C/160C Fan/Gas 4.
Lay two large sheets of foil on top of each other on a work surface. Put the shallots in the centre of the foil, pour over the oil, add the thyme and season well. Draw the sides of the foil up to the centre and crinkle the edges to seal and form a parcel. Put on a baking tray and bake for 1½ hours, or until the shallots are really soft.
Remove the skins from the shallots and put the flesh in a blender with the butter and cream. Blitz well, then transfer to a bowl and season.
For the mushroom duxelles, heat a medium sauté pan and add the oil and butter, one hot add the shallots and cook for 3-4 minutes. Add the mushrooms and cook for a further 8-10 minutes or until all the water has gone out of the mushrooms. Set aside.
For the guinea fowl, put the mince, duxelles, mustard, chives, parsley and tarragon in a large bowl and mix. Roll the mixture into six balls.
Blanch the cabbage in lightly salted water for 3–4 minutes, then plunge into iced water. Drain on kitchen paper.
Lay a sheet of cling film out and place a cabbage leaf on it. Put a guinea fowl ball in the centre and wrap the leaf around. Bring the cling film up around the leaf and tie like a balloon. Repeat with the remaining leaves and guinea fowl balls.
Bring a pan of water to 90C. Poach the balls for 15 minutes. Remove and set aside.
Heat a medium frying pan and add half the butter. Once hot and melted, add the mushrooms and cook for 2–3 minutes.
Heat the remaining butter in a separate pan, add the spirlised potato and cook until crispy.
Serve the guinea fowl with the shallot puree, sautéed girolles, crispy potatoes and gravy.


A combined Bar and Pie chart
This is the chart that was used on the front page (as of 13th December 2013)
[No canvas support]
« Back


I studied sociology, psychology, computer science and statistics at the Free University of Berlin from 2001 to 2006. Then I received a doctoral scholarship from the Robert Koch-Institute in 2006. In 2010, I completed my doctorate in sociology at the Humboldt University of Berlin on the topic "Social Change, Social Inequality and Health".
My doctoral thesis was awarded the dissertation prize of the German Society for Medical Sociology (DGMS). Since 2004, I have been employed at the Robert Koch Institute (RKI), first as a student assistant and later as a researcher. As a staff member in health reporting at the RKI I was involved in the development of the research focus Social Differences in Health and has published on a broad spectrum of social epidemiological topics. From 2015 to early 2019 I was Deputy Head of the Department 28 on Social Determinants of Health at the Robert Koch-Institut (RKI).
Since 2019 I am Head of the Department for Health Services Research, System Analysis and Data Science at the Central Institute for Ambulatory Care in Germany (Zi).
I published various peer reviewed articles in the area of social Inequality and health with a focus on regional differences, work and the operationalisation of sociodemographic characteristics. I was head or deputy head of several third party funded research projects in various areas.


Vinales wins Malaysian MotoGP ahead of charging Marquez
SEPANG, Malaysia (Reuters) - Yamaha rider Maverick Vinales staved off MotoGP world champion Marc Marquez’s spectacular charge to win the Malaysian Grand Prix for his second win of the 2019 season at the Sepang International Circuit on Sunday.
A week after crashing out in the final lap at Phillip Island to allow Marquez win the season’s penultimate race in Australia, Vinales built an early lead and raced clear of his fellow Spaniard, who finished second after beginning 11th.
Ducati’s Andrea Dovizioso finished third, denying Yamaha’s Valentino Rossi a podium place.
Yamaha’s Fabio Quartararo finished a disappointing seventh, failing to reproduce the speed which earned him pole position on Saturday.
Marquez had sewed up his sixth MotoGP title and fourth in a row in Thailand last month.
Valencia hosts the final race of the season on Nov. 17.


Github Guardians
HTML5 Support Required
Health
Mana
Strength
Attack
Defence
Magic
10
10
10
10
10
10
Armor
Backpack
Commit Sudoku
Character Info
Inventory Info
Game Options


The Whole Thing
Fun Engine
Power Up Your Plan
×
Price
Distance
Free
Paid
Walking
Driving
Food
Drinks
Comedy
Popular
Music
Expo
Now Search!


plot_fit.Rd
Create a ggplot2
-style plot with the fitted models curves and the epidemic data.
plot_fit(object, point_size =1.2, line_size = 1, models = c("Exponential","Monomolecular", "Logistic", "Gompertz"))
| object | A |
|---|---|
| point_size | Point size |
| line_size | Line size |
| models | Select the models to be displayed in the panel |
It is possible to add more ggplot
components by using the +
syntax. See examples below.
epi1 <- sim_logistic(N = 30, y0 = 0.01, dt = 5, r = 0.3, alpha = 0.5, n = 4) data = data.frame(time = epi1[,2], y = epi1[,4]) fitted = fit_lin( time = data$time, y = data$y) plot_fit(fitted)# adding ggplot components library(ggplot2) plot_fit(fitted)+ theme_minimal()+ ylim(0,1)+ labs(y = "Disease internsity", x = "Time")#> Warning: Removed 18 row(s) containing missing values (geom_path).#> Warning: Removed 19 row(s) containing missing values (geom_path).


Make your order
Napoletana
3 maximum on order
Size
Regular - Ksh 1000
Medium - Ksh 1200
Large - Ksh 1500
Mega - Ksh 2000
crust
Regular - Ksh 500
Medium - Ksh 900
Large - Ksh 1050
Mega - Ksh 1500
Toppings
soda
sauce
bites
place order
Pizza Fritta
4 maximum on order
Size
Regular - Ksh 1000
Medium - Ksh 1200
Large - Ksh 1500
Mega - Ksh 2000
Crust
Regular - Ksh 500
Medium - Ksh 900
Large - Ksh 1050
Mega - Ksh 1500
Toppings
soda
sauce
bites
place order
Pizza Siciliana
2 maximum on order
Size
Regular - Ksh 1000
Medium - Ksh 1200
Large - Ksh 1500
Mega - Ksh 2000
Crust
Regular - Ksh 500
Medium - Ksh 900
Large - Ksh 1050
Mega - Ksh 1500
Toppings
soda
sauce
bites
place order
Pizza Napoletana
2 minimum per oder
Pizza Size
Regular - Ksh 1000
Medium - Ksh 1200
Large - Ksh 1500
Mega - Ksh 2000
Pizza Crust
Regular - Ksh 500
Medium - Ksh 900
Large - Ksh 1050
Mega - Ksh 1500
Toppings
soda
sauce
bites
place order
seletced items
Checkout
Confirm price
×
TOTAL KSH


Yes: This is the textbook way to fell a tree using a chainsaw.
Not sure: The man is cutting a branch. Per the definition, the man may fell the tree subsequently, but I am not sure unless more evidence is provided.


Please Note: First Name, Last Name, Password and Email are required.
Are you over the age of 18?
Do you have a Credit Card, PayPal or Cash?


Ryu Hoshi (リュウ Ryū)
Résumé
I do not compete with others, the only competition that challenges me is myself. As a fighter, friend and an employee I am known as contemplative, tortured and driven.
-
2008
My evil alter ego sneaked out of control and became a boss in "Street Fighter IV".
-
2006
Borrowed my famous ripped gi to Soki in "Onimusha: Dawn of Dreams", gods informed me he needed that for the battle.
-
1998
Defeated M. Bison in "Street Fighter Alpha 2", bastard wanted to use my heroic body for his evil intentions, but retreated with shame. Also this year I encountered Marvel universe in "Marvel vs. Capcom: Clash of Super Heroes" fighter,loyal to my employer, Capcom, of course.
-
1997
Reunited with Ken, my friend and opponent in "Street Fighter III". Men's friendship works mysteriously. Also helped with Arika project "Street Fighter EX"
-
1996
Took care of villainous Akuma in "Street Fighter Alpha 2". As a freelance on "Super Puzzle Fighter II Turbo" tried myself in a new genre, puzzle games. Let the wrath of seven heavens come upon these malicious enigmas, never again!
-
1995
Kept fighting in "Street Fighter Alpha: Warriors' Dreams".
-
1994
Screened in a movie "Street Fighter", so that the batllesof past would not be forgotten by millenial generation.
-
1991
Was promoted to "Street Fighter II". Didn't stay there for long, celebrations and office dwelling is not for me!
-
1987
Started working for Capcom project "Street Fighter". My partner was Ken Masters, the boss'name was Sagat.
Publications
-
2011
The true and humble story of me under pseudonim Tyler Wilde in an article "The evolution of Ken and Ryu"
-
2003-2018
For 15 years I have published comic books with Udon Entertainment depicting my adventures, bitter lessons and great victories.
SKILLS
KARATE🥊 • ENERGY ATTACK🔥 • SHORYUKEN🎇 • WALKING BAREFOOT🦶 •
LIKES 👍
VEGETABLES 🥦 • BLOOD🩸 • RED🟥 • KILLED ENEMY 🦴;


@(allsales: List[Sale])
Browse Sales
browse what others are selling near you
Search All Sales
Search All Items
or


These terms of use (the “phrases of use”) set out the jail duties of the sports with respect to the use of our services and of freshersoft.Com (the “internet site”). Please have a examine them carefully earlier than the usage of this internet site.
Note: freshersoft.com is NOT associated or affiliated with Google, Google Play or Android in any way. Android is a hallmark of Google Inc. All the apps & video video games are property and trademark of their respective developer or author and for HOME or PERSONAL use ONLY.
The Agreement
These phrases of use are a jail settlement amongst you (said hereinafter as “you”, “your,” or “individual”) and freshersoft.Com, which incorporates its decide enterprise and all of its subsidiaries and affiliated entities (said hereinafter as “", “we,” “us”, or “our”). These phrases of use set forth the Terms and Conditions underneath which you could use our internet site on-line and any services (i.E. Search) that can be furnished at our net internet website online now or within the future (the “services”). References to “our net web page online” encompass, wherein applicable, the offerings.
You should furthermore evaluation our Privacy Policy before the usage of this net internet website.
By the use of our internet net page you represent your agreement to the ones phrases of use and to the Privacy Policy. We can also amend the ones phrases of use occasionally without observe to you, and you agree to make certain via this sort of amendments. Therefore, you want to examine those phrases of use whenever you use our internet net website.
Happymod.Com simplest offers super statistics and no longer some thing at the internet internet page should be taken as any form of recommendation, assure or endorsement. The content fabric material, data, articles, links, pics, pix, and excellent facts contained in this net net internet page is for records and amusement talents exquisite and is not an possibility desire to expert advice. To examine extra, your want to assess our Privacy Policy which records critical data as a manner to help answer questions concerning private privateness in phrases of using our net internet site on-line.
All statistics, content material fabric material and substances contained or furnished on our net internet site on-line are our copyrighted property or the copyrighted assets of our content fabric suppliers, licensors or licensees. All logos, provider marks, exchange names, and change dress are proprietary to us and/or our content fabric fabric vendors, licensors or licensees. Nothing contained on our net website online confers any license, proper, apprehend, or interest in or to our highbrow belongings or any zero.33-celebration’s highbrow assets (inclusive of however not confined to patents, copyrights and symbols) in any form by means of the usage of way of implication, estoppel, or otherwise. No content cloth cloth or cloth from our net internet web website online may be copied, reproduced, republished, uploaded, posted, transmitted or disbursed in any manner that violates those phrases of use or applicable law.
You agree that you can only use our internet internet site to your personal use. You need to not use our internet web page for agency competencies or in any manner that harms us or each other individual or entity. You shall no longer use or try to use our internet site on line for any flawed or illegal cause which encompass, without seize 22 situation, to violate any of our hints, techniques, or necessities, or to intrude with, disrupt, or breach the protection of our internet website online or any of our servers or networks. You are in addition responsible for making sure that your use of our internet web page online does now not violate any applicable nearby, (USA) ., federal, worldwide or special regulation, rule, or regulation.
We are devoted to defensive the privacy of youngsters. You must be conscious that this internet internet web page isn’t always meant or designed to draw kids below the age of 13. We do now not accumulate for my part identifiable statistics from any man or woman we in reality understand is a infant beneath the age of 13.
Should you ship e-mails to us for any cause, you’re speaking with us electronically. By doing so, you consent to obtain communications from us electronically. We might also furthermore communicate with you thru using electronic mail or via posting notices on our website. You agree that each one notices, disclosures, agreements and specific communications that we offer to you electronically satisfy any crook requirement that such communications be in writing.
You will not impair or purpose harm to our internet site online, or any related community, or otherwise intervene with any individual or entity’s use or leisure of our internet site in any way, which consist of without trouble, the use of or launching any automatic tool that accesses our net net web page in a way that sends more request messages to our servers in a given time body than a human can quite produce in the equal duration through the use of a conventional online net browser. Notwithstanding the foregoing, operators of public search engines like google and yahoo may moreover use spiders for the simplest cause of creating publicly to be had searchable indices of the substances and our net web page online, however no longer for caching or archiving such materials.
You agree that you can no longer take any movement that imposes an unreasonable or disproportionately huge load at the infrastructure of our internet web websites.


Thank you
We have found your {{title}}.
Penalty charge notice {{ref}} has been deleted from our system.
How to avoid future penalties
- Make sure that your GP and dentist have your correct home address
- If you receive benefits or have an exemption certificate, make sure that the relevant organisations have your correct home address
- If you have an exemption certificate, make sure that it does not expire
- For more information visit www.nhsbsa.nhs.uk/penaltycharges
Feedback
Leaving feedback only takes five minutes. Your comments are extremely helpful and will help us to provide a better service.
{{hasmail}}


- Creating an outlet for local musicians and artists to market their merch and custom clothing pieces -