Deontay Wilder's message to Tyson Fury after KO win over Luis Ortiz
Wilder is scheduled to rematch Fury on February 22 in Las Vegas after his seventh-round win over Ortiz
by Irishmirror.ieDeontay Wilder knocked out Luis Ortiz and then warned Tyson Fury: You're next.
Wilder was outboxed for six rounds by the tricky Cuban in Las Vegas on Saturday night but detonated his right hand in the dying seconds of the seventh session.
Ortiz rose to his feet too slowly and the referee waved the fight off as Wilder retained his heavyweight world title.
And the American insisted he will be ready for his rematch with Fury which is scheduled for February 22.
"Fury is next," said Wilder. "Then I want a unification fight with whoever wins, Anthony Joshua or Andy Ruiz Jr.
"We're ready for Fury and hopefully he's ready for me. I know his trainer is here and I hope he got some notes down.
"I'm ready to go at any given time and any given moment and February is looking like our time.
"I was very confident in my ability and my skill. I tell people all the time that my intellect in the ring is very high so I know exactly what I'm doing.
"I had to calculate Ortiz perfectly; he's a very dangerous fighter that's why no other heavyweight wanted to give him the opportunity.
"These guys have to be perfect for 12 rounds, I have to be perfect for two seconds and every time I prove that.
"It was a game plan, I had to calculate with him. I wasn't getting tired or fatigued, I was having a lot of fun. he was getting tired, once i had my range and distance, it was goodnight."
Ortiz looked to have tied Wilder up in knots and was seconds away from the end of the round when he was dumped on the canvas.
The Cuban said: "This is boxing, I told everybody that it was going to be him or me and that it wasn't going to go 12 rounds.
“I was clear-headed. When he said seven I was trying to get up but the count was maybe quicker than I thought."


Here are the name of the students who worked on the project, per module and per phase.
The project was supported by M. Bouchez responsible of Incubator at ECE Paris.
Samuel Benarouch - Project Manager (specialized in Information Systems)
Marie De Tarade (specialized in Transportation & Mobility)
Marc Hurabielle (specialized in Embedded Systems)
Thibault Magnin (specialized in Embedded Systems)
Florian Verbeke (specialized in Transportation & Mobility)
Vincent Renaudat - Project Manager (specialized in Energy & Environment)
Nadir Hafsaoui (specialized in Embedded Systems)
Sophie Mas (specialized in Energy & Environment)
Chabba Abbar (specialized in Embedded Systems)
Marie de Tarade (specialized in Transportation & Mobility)
Alexandre Massiot (specialized in Embedded Systems)
Arthur Mauvezin (specialized in Information Systems)
Arthur Schmitt - Project Manager (specialized in Energy & Environment)
Alexandre Hippert (specialized in Energy & Environment)
Eva Lourau (specialized in Energy & Environment)
Thibault Magnin (specialized in Embedded Systems)
Florian Verbeke (specialized in Transportation & Mobility)
Alan Chadoutaud (specialized in System Network & Telecommunication)
Julien Rodrigues Alves (specialized in Network & Telecommunication)
The project was supported by M. Houelle electronic teatcher at ECE Paris.
Valentin Larrieu Project Manager(specialized in Information Systems)
Baptiste Bouchet (specialized in Information Systems)
Gaël Guegan (specialized in Embedded Systems)
Jérémie Martin (specialized in Embedded Systems)
Clément Turc (specialized in Embedded Systems)
Perrine Claveau - Project Manager (specialized in Energy & Environment)
Julien Abou (specialized in Embedded Systems)
Yasmine Bouamrene (specialized in Energy & Environment)
Sébastien Fontaine (specialized in Energy & Environment)
Thomas Teixeira (specialized in Embedded Systems)
Marie de Tarade -Project Manager(specialized in Transportation & Mobility)
Jérémy Chong (specialized in Embedded Systems)
Bertrand D'Illiers (specialized in Embedded Systems)
Alexandre Dujardin (specialized in Embedded Systems)
Rose Tafiki (specialized in Transportation & Mobility)
Thibault Magnin - Project Manager (specialized in Embedded Systems)
Geoffrey Absalon (specialized in Embedded Systems)
Théo Clodic (specialized in Embedded Systems)
Clément Houvet (specialized in Energy & Environment)
Laetitia Lebec (specialized in Embedded Systems)
Florian Pourchayre (specialized in Embedded Systems at OSAE)
Adrien Prieux (specialized in Embedded Systems at OSAE)
Florian Verbeke - Project Manager (specialized in Transportation & Mobility)
Victor Dardenne (specialized in Transportation & Mobility)
Quentin Duvivier (specialized in Transportation & Mobility)
Wesley Bentura (specialized in Connected things, Networks and Services)
The project was supported by M. Houelle electronic teacher at ECE Paris.
Valentin Larrieu Project Manager(specialized in Information Systems)
Julien Brehin (specialized in Embedded Systems)
Charles Grassin (specialized in Embedded Systems)
Pierre Blanchais (specialized in Information Systems)
Robin Dade (specialized in Embedded Systems)
Emile Charpentier (specialized in Information Systems)
Alice Petit Schlusselhuber - Project Manager (specialized in Energy & Environment)
Chloe Gautheron (specialized in Energy & Environment)
Julien Turbellier (specialized in Embedded Systems)
Constance Laroche (specialized in Energy & Environment)
Pierre Lala (specialized in Energy & Environment)
Adrien Chardon -Project Manager(specialized in Transportation & Mobility)
Caroline Mienne (specialized in Information Systems)
Salah Eddine (specialized in Embedded Systems)
Carl de Loture (specialized in Embedded Systems)
Clément Perier (specialized in Information Systems)
Theo Pierre - Project Manager (specialized in Embedded Systems)
Alexandre de Villardi de Montlaur (specialized in Embedded Systems)
Robin Leclerc (specialized in Embedded Systems)
Pierre Lorenzini (specialized in Embedded Systems)
Ambroise Gleron (specialized in Finance)
Agathe Henry (specialized in Energy & Environment)


{% load staticfiles %}
Automatically recommends products to the customers based on reviews of existing customers using Natural Language Processing and Machine Learning.
Automatically downloads all the bills of purchased items inside the local system of the user so that the customers doesn't have to visit the email and then manually download it.
Dynamically categorization of the product to a specific category(Camera,Telephone etc) based on the picture uploaded by the DB engineer using Image Processing Api.


(yank-buffer buffer-name) ESC-^Y
Inserts the contents of the specified buffer at the position of dot in the current buffer.
(yank-from-killbuffer) ^Y
Inserts the contents of the Kill buffer at the position of dot in the current buffer.


--- layout: post title: Three Reasons to Memorize a Poem date: 2012-02-29 11:28:48.000000000 -08:00 type: post parent_id: '0' published: true pd: '' status: publish categories: - Classroom Talk tags: - how to memorize a poem - poetry - poetry for children - reading author: login: k email: k@k display_name: mcary first_name: '' last_name: '' ---
1. Children learn that words and sounds can have a rhythmic pattern.
2. Poetry develops and deepens understanding of vocabulary words.
3. Children learn how to "play with" oral language. Besides being able to articulate words they discover that voice tone often leads to artistic expression.


We've created an outdoor experience unlike any other.
Coalescence is a "choose your own adventure" style campout that is focused on disconnecting from technology and our daily lives so we can reconnect with ourselves, each other and nature.
This camp out is for the curious beginner and the experienced outdoors person alike.
Everyone has a chance to participate as much or as little as they want in activities put on by our teachers, sponsors, partners and other Coalescees.
See our list of curated activities here.
Back at camp, enjoy music and art as we intertwine the two to create an intimate and immersive experience.
This camp out is for the curious beginner and the experienced outdoors person. Everyone has a chance to participate as much or as little as they want in activities put on by our teachers, sponsors, partners and Coalescees. See a list of activities here. Enjoy music and the arts as we intertwine the two to create a more intimate experience.
We believe that radical contribution enhances everyone's experience, and ask that every Coalescee contribute in some shape or form.

How can you and your camp add value to everyone’s weekend?
Coalescence believes in being stewards of the planet that makes these experiences possible, and strongly promotes simple conservation principles.
We strive to perfect the art of the R’s – Refuse, Reduce, Reuse, Repair, Repurpose, Recycle – and ask that you do your part to "leave no trace".
Practicing these concepts helps ensure that our environment and finite natural resources are preserved for future appreciation and use.


{% extends 'base_tools.html' %} {% block head_script %}
{% endblock%} {% block tool_group %} Slot profile {% endblock%} {% block tool_name %} Slot profile in unit-load warehouses {% endblock%} {% block tool_desc %} Ask any warehouse manager and he will probably tell you that he is running out of space and is looking for more. However, by using optimal slot profiling, warehouse managers can maximize space utilization, making room for more product within the same available space. We analyzed historical inventory levels and pallet heights of a data set to determine the optimal slot heights and quantities that guarantee a desired storage service level. {% endblock%} {% block link %} Learn More {% endblock%} {% block video %} {% endblock%} {% block inputs %}
Our model determines the best set of slot heights \( (x) \) and quantities \( (N) \) according to the pallet heights and inventory levels provided. The objective is to minimize the sum of the heights of all slot as a surrogate of the warehouse footprint, and the model guarantees that the warehouse desired storage service level.
{{ test_info }}
{% endblock%} {% block page_script %} {% endblock %}


{% macro displayPitches(all_pitches)%} {% if all_pitches%} {% for pitch in all_pitches%}
{{pitch.content}}
{{comment.comment_content}}


{{ name || resource.metadata.name }}
This builder image tracks the latest version of the {{name}} image, which could be updated to a newer major version in the future. If your application will not run on a different major version go
back and choose a specific version.


The mountains of Tranylvania are a historical region in the central part of Romania. Bounded on the east and south by the Carpathian mountain range, historical Transylvania extended in the west to the Apuseni Mountains; however, the term sometimes encompasses not only Transylvania proper, but also the historical regions of Crișana, Maramureș, and Romanian part of Banat. The region of Transylvania is known for the scenic beauty of its Carpathian landscape and its rich history. In the English-speaking world it has been commonly associated with vampires,[1][2][3] chiefly due to the influence of Bram Stoker's famous novel Dracula as well as the many later film adaptations.
Romanian cuisine is a diverse blend of different dishes from several traditions with which it has come into contact, but it also maintains its own character. It has been greatly influenced by Ottoman cuisine, while it also includes influences from the cuisines of other neighbours, such as Germans, Serbs, Bulgarians, and Hungarians.
Quite a few different types of dishes are sometimes included under a generic term; for example, the category ciorbă includes a wide range of soups with a characteristic sour taste. These may be meat and vegetable soups, tripe (ciorbă de burtă) and calf foot soups, or fish soups, all of which are soured by lemon juice, sauerkraut juice, vinegar, or traditionally borş. The category ţuică (plum brandy) is a generic name for a strong alcoholic spirit in Romania, while in other countries, every flavour has a different name.


Inspired By Passion. Driven By Results.
Target your customers based on their location
Keep all your customers data and information
Apps targeted based on your products
See changes as soon as users start interacting with your services
Apps build for user engagement and interaction
Apps that drive users experiance
Responsive apps you will love
Satisfied Clients
Professional Experts
Successful Projects
Our Branches
Inspired By Passion. Driven By Results.
Inspired By Passion. Driven By Results.
Inspired By Passion. Driven By Results.
Inspired By Passion. Driven By Results.
If you wish to join our team of mobile developers, please indicate by contacting us!
+234 (0)7039001367
+234 (0)9078940571
+856 123 7890
© 2019 JuneApps. All rights reserved


melatonin oxidative stress virus patients diabetes infection inflammation Covid- Melatonin immune {border-style diabetic px;} #ffffff;} antioxidant inflammatory metabolic reported respiratory severe associated coronavirus increased individuals levels potential including oxygen obese reactive research syndrome blood glucose obesity role species SARS-CoV- activity anti-inflammatory cytokine high leading signaling study treatment cell chronic demonstrated effects human mellitus patients. production risk caused clinical effect insulin px; recent receptors therapeutic {font-family COVID- Pineal acute causes cytokines font-size improve macrophages oral proinflammatory receptor storm (Reiter ability addition, cells double; immunomodulatory impact important induces influenza pathological pathway people studies viral (Muniyappa Ebola Elsevier Gubbi, SARS-CoV action adjuvant body border-color border-width cancer cellular decreased disease elderly evidence expression free healthy induce infected infections information lung major metabolism mice responses solid; susceptibility therapy using utility variety viruses {font-style {font-weight Cell. DNA Epsteinâ€"Barr Health Metab accompanied activation activities activity, administered agent attributed biological bold capacity centre corona courier; damage death development diabetes, direct diseases dysfunction effective em; endogenous exhibits experimental gene generation group hepatitis higher increasing induced inhibit injury intracellular involved level lipid low lytic management mechanisms melatonin: molecule new novel older organs periodontal prevent primarily pt;} recently remarkable replication required resistance resource state stress, suggesting type various vitro


Computes the singular value decomposition of a matrix. More...
Functions | |
| AFAPI void | svd (array &u, array &s, array &vt, const array &in) |
| C++ Interface for SVD decomposition. | |
| AFAPI void | svdInPlace (array &u, array &s, array &vt, array &in) |
| C++ Interface for SVD decomposition (in-place) | |
| AFAPI af_err | af_svd (af_array *u, af_array *s, af_array *vt, const af_array in) |
| C Interface for SVD decomposition. | |
| AFAPI af_err | af_svd_inplace (af_array *u, af_array *s, af_array *vt, af_array in) |
| C Interface for SVD decomposition (in-place) | |
Computes the singular value decomposition of a matrix.
This function factorizes a matrix \(A\) into two unitary matrices, \(U\) and \(V^T\), and a diagonal matrix \(S\), such that \(A = USV^T\). If \(A\) has \(M\) rows and \(N\) columns ( \(M \times N\)), then \(U\) will be \(M \times M\), \(V\) will be \(N \times N\), and \(S\) will be \(M \times N\). However, for \(S\), this function only returns the non-zero diagonal elements as a sorted (in descending order) 1D array.
To reconstruct the original matrix \(A\) from the individual factors, the following code snippet can be used:
When memory is a concern, and \(A\) is dispensable, af::svdInPlace() can be used. However, this in-place version is currently limited to input arrays where \(M \geq N\).
C Interface for SVD decomposition.
| [out] | u | is the output array containing U |
| [out] | s | is the output array containing the diagonal values of sigma, (singular values of the input matrix)) |
| [out] | vt | is the output array containing V^H |
| [in] | in | is the input matrix |
C Interface for SVD decomposition (in-place)
| [out] | u | is the output array containing U |
| [out] | s | is the output array containing the diagonal values of sigma, (singular values of the input matrix)) |
| [out] | vt | is the output array containing V^H |
| [in,out] | in | is the input matrix that will contain random data after this operation |
in
is limited to arrays where dim0
\(\geq\) dim1
in
is dispensable C++ Interface for SVD decomposition.
| [out] | u | is the output array containing U |
| [out] | s | is the output array containing the diagonal values of sigma, (singular values of the input matrix)) |
| [out] | vt | is the output array containing V^H |
| [in] | in | is the input matrix |
C++ Interface for SVD decomposition (in-place)
| [out] | u | is the output array containing U |
| [out] | s | is the output array containing the diagonal values of sigma, (singular values of the input matrix)) |
| [out] | vt | is the output array containing V^H |
| [in,out] | in | is the input matrix and will contain random data after this operation |
in
is limited to arrays where dim0
\(\geq\) dim1
in
is dispensable


We believe that the Bible, composed of the sixty-six books of the Old and New Testament, is the inspired word of God and without error in the original writing. The Bible was given by God through chosen people and thus reflects the backgrounds, styles, and vocabulary of human writers. The Bible is the full and final authority on all matters of faith and practice; there are no other writings similarly inspired by God. The Bible’s truth is timeless and speaks to our everyday lives.
Luke 21:33, 24:44; Romans 15:4; Hebrews 4:12; 2 Timothy 3:15-17; 1 Peter 1:25; 2 Peter 1:19-21
We believe there is only one God, Creator and Lord of everything, infinitely perfect, all powerful, all knowing and eternally existent in three persons: Father, Son and Holy Spirit (The Trinity).
Isaiah 43:10-11; Matthew 3:16-17, 28:19; John 14:16-17, 16:23-27; 2 Corinthians 13:14; Galatians 4:4-6
God The Father
We believe that the Father is Creator and Ruler of all. He is compassionate, loving and just toward all
people and is faithful to keep His promises. He hears and answers prayer. He calls all people to believe
in Him and saves from sin and eternal death each person who comes to Him through His Son, Jesus Christ.
Genesis 1; Matthew 7:7, 12:50; Ephesians 4:6; 2 Corinthians 6:18; 1 Timothy 2:4-5; Exodus 34:5-7
God The Son
We believe that Jesus Christ is the Son of God. He came to earth fully God and fully man through a
miraculous conception and virgin birth. He lived a sinless life and voluntarily died on the cross in our
place as full payment for the sins of all people. He arose bodily from the dead on the third day to
demonstrate His power over sin and death. He ascended into heaven to the right hand of the Father where
He is the only One who is able to provide access and reconciliation between God and people. He will
return personally and visibly to earth and those who have believed in Him will be united with God
eternally in Heaven. Those who have not believed in Him will be separated from God in Hell due to their
sin.
Matthew 1:18-23; Luke 24:1-8; John 1:1-5, 1:14, 3:16, 3:18, 11:25, 14:6-7, 14:9-11, 14:16; Acts 1:9-11; Romans 1:3-4, 5:8-11, 6:23; 1 Corinthians 15:3-6; 2 Corinthians 5:17-21; Hebrews 4:14-16, 7:24-25; Titus 2:13-14; Revelation 19:20, 20:15
God The Holy Spirit
We believe that the Holy Spirit is the Comforter, Counselor and Helper sent for believers. We believe in
the present ministry of the Holy Spirit who reveals God’s truth to the world and indwells believers to
empower them for Godly life and service. We believe in the diversity of gifts given by the Spirit for
the common good of the church and that they are operating today.
John 14:15-17, 14:25-26, 15:26, 16:5-15; Acts 1:8; 1 Corinthians 12:4-31
We believe every person is disobedient to God’s desires and plans in varying degrees. Any disobedience to God, regardless of how large or small, is characterized as “sin.” “Sin” literally separates each person from God, which is spiritual death. Spiritual death is not God’s desire. People can be united with God through a personal relationship with Jesus Christ, and Him alone. Jesus died for sinners. Anyone who accepts, and believes in Jesus’ death for their personal sins, and desires to have Him as King of their life, is forgiven for every sin. Upon this personal decision, God re-establishes a personal relationship with that person and promises eternal life.
Romans 3:23-24, 5:12, 5:16, 6:23; Psalms 51:4-5; John 3:16, 14:6; Acts 4:12, 10:43; Ephesians 2:8-9; Colossians 1:13-14; 1 John 5:11-13
We believe that all those, anywhere, who acknowledge Jesus Christ as Savior and Lord make up the one true church. The purpose of a local church is to organize Christians to reach unbelievers with the message of salvation, serve as a corporate body for worship of God, provide fellowship for Christians with each other, develop the gifts and talents of Christians for godly service, and practice baptism and communion. We believe baptism and communion are God’s ordinances to be observed by believers in Jesus Christ, but not to be regarded as means of salvation.
Matthew 28:18-20; Mark 16:15-16; Acts 2:38-41, 42-47, 38-41; Colossians 1:18; Hebrews 10:24-25, 13:17; 1 Corinthians 11:23-26, 12:12-13
Scripture is the final authority in all matters of faith and practice. This church recognizes that it cannot bind the conscience of individual members in areas where scripture is silent. Rather, each believer is to be led in these areas by the Lord, to whom he or she alone is ultimately responsible. By adhering to God’s Word and seeking Him, we can best observe His greatest commandments, which are to love Him and others.
Romans 12:2, 14; 1 Corinthians 8 & 9, 10:23-11:1; Proverbs 3:5-6; Mark 12:29-31; Romans 12:2; Deuteronomy 6:5
We believe this Statement of Faith to be an accurate summary of what Scripture teaches.


A NODE server-side component of a “movies” web application. The web application will provide users with access to information about different movies, directors, and genres. Users will be able to sign up, update their personal information, and create a list of their favorite movies.
| REQUEST | URL | HTTP METHOD | REQUEST DATA FORMAT | RESPONSE DATA BODY FORMAT |
|---|---|---|---|---|
| Get a list of Movies | /movies | GET | None | A JSON object holding data about all Movies |
| Get list movies by title. | /movies/:title | GET | None | A JSON object contain data(description, genres, director,image URL) about the movie chose. |
| Get list directors. | /directors | GET | None | JSON object contain all the directors. |
| Get list director by name. | /director/:name | GET | None | A JSON object contain data about director chose, bio, holding name, birthyear and movies |
| Register user | /users | POST | A JSON object holding data about the user to register. | A JSON object contain data about user that was register. |
| Deregister user. | /users/:username | DELETE | None | A text message indicating user was successfully deregister. |
| Get the list of favorites movies. | /users/:username/favorites | GET | None | A JSON object contain data about list of favorites movies. |
| Remove movie to the favorite list. | /users/:username/favorites/:movie | DELETE | None | A text message indicating movie was successfully remove. |
| Allow user to login to the application | /login | POST | None | A JSON object contain data about the user logged to the app, holding name, lastname, birthday, email, username. |


Last Updated: {{listing.dateUpdate | date : 'd MMMM yyyy'}}
Last Updated: {{listing.dateUpdated | date : 'd MMMM yyyy'}}
Owned by {{listing.owner}}
{{listing.summary}}


Alibaba's books close early in $13.4 bn Hong Kong listing: Report
Alibaba's closing price on Tuesday in New York will be used to set the final price that institutional investors will pay for the Hong Kong listed stocks
by ReutersAlibaba will close its order books early to prospective institutional investors as part of its $13.4 billion secondary listing in Hong Kong, according to two people with direct knowledge of the matter.
Books will now be shut at 12 p.m. EST Tuesday in New York which is a half day earlier than initially planned by the Chinese e-commerce giant and its investment banking advisers.
The decision was made by the company on Monday, and the final price will still be set by Wednesday evening, Hong Kong time, according to the sources.
Alibaba's closing price on Tuesday in New York will be used to set the final price that institutional investors will pay for the Hong Kong listed stocks.
Alibaba's listing comes amid Hong Kong anti-government protests which turned increasingly violent on the weekend.


The Tcl language has syntactic similarities to both Unix and Lisp. However, the interpretation of commands is different in Tcl than in either of those other two systems. A Tcl command string consists of one or more commands separated by newline characters. Each command consists of a collection of fields separated by white space (spaces or tabs). The first field must be the name of a command, and the additional fields, if any, are arguments that will be passed to that command. For example, the command:
var a 22
has three fields: the first,
var
, is the name of a Tcl command, and the last two,
a
and
22
, will be passed as arguments to the
var
command. The command name may refer to a built-in Tcl command, an application specific command, or a command procedure defined with the built-in
proc
command. Arguments are passed literally as text strings. Individual commands may interpret those strings in any fashion they wish. The
var
command, for example, will treat its first argument as the name of a variable and its second argument as a string value to assign to that variable. For other commands, arguments may be interpreted as integers, lists, file names, or Tcl commands.
If the first non-blank character in a command is
#
(a number sign), then everything from the # up through the next newline character is treated as comment and discarded by the parser.
Normally each argument field ends at the next white space (tabs or spaces), but curly braces ("{" and "}") may be used to group arguments in different ways. If an argument field begins with a left brace, then the argument is not terminated by white space; it ends at the matching right brace. Tcl will strip off the outermost layer of braces before passing the argument to the command. For example, in the command:
var a {b c}
the
var
command will receive two arguments:
a
and
b c
. The matching right brace need not be on the same line as the left brace; in this case the newline will be included in the argument field along with any other characters up to the matching right brace. In many cases an argument field to one command consists of a Tcl command string that will be executed later; braces allow complex command structures to be built up without confusion. For example, the
eval
command takes one argument, which is a command string;
eval
invokes the Tcl interpreter to execute the command string. The command:
eval { var a 22 var b 33 }
will assign the value 22 to
a
and 33 to
b
.
Tcl braces act like quote characters in most other languages, in that they prevent any special interpretation of the characters between the left brace and the matching right brace.
When an argument is in braces, then command, variable, and backslash substitutions do not occur in the normal fashion; all Tcl does is to strip off the outer layer of braces and pass the contents to the command. Braces are only significant in a command field if the first character of the field is a left brace. Otherwise neither left nor right braces in the field will be treated specially (except as part of variable substitution).
Normally, each command occupies one line (the command is terminated by a newline character). Thus, the string:
var a 22 var b 33
will be interpreted as two separate commands. However, brackets may be used to group commands in ways other than one-command-per-line. If the first character of a command is an open bracket, then the command is not terminated by a newline character; instead, it consists of all the characters up to the matching close bracket. Newline characters inside a bracketed command are treated as white space (they will act as argument separators for arguments that are not enclosed in braces). For example, the string:
[var a 22] [var b 33]
will have the same effect as the previous example.
If an open bracket occurs in any of the fields of a command, then command substitution occurs. All of the text up to the matching close bracket is treated as a Tcl command and executed immediately. The result of that command is substituted for the bracketed text. For example, consider the command:
var a [var b]
When the
var
command has only a single argument, it is the name of a variable and
var
returns the contents of that variable. In this case, if variable
b
has the value
test
, then the command above is equivalent to the command:
var a test
Brackets can be used in more complex ways. for example, if the variable
b
has the value
tmp
and the variable
c
has the value
val
, then the command:
var a test[var b].[var c]
is equivalent to the command:
var a testtmp.val
If a field is enclosed in braces then the brackets and the characters between them are not interpreted specially; they are passed through to the argument verbatim.
The dollar sign ($) may be used as a special shorthand form for substituting variables. If $ appears in an argument that is not enclosed in braces then variable substitution will occur. The characters after the $, up to the first character that is not a number, letter, or underscore, are taken as a variable name and the string value of that variable is substituted for the name. Or, if the dollar sign is followed by an open curly brace, then the variable name consists of all the characters up to the next close curly brace. For example, if variable
outfile
has the value
test
, then the command:
var a $outfile.c
is equivalent to the command:
var a test.c
and the command:
var a abc${outfile}tmp
is equivalent to the command:
var a abctesttmp
Variable substitution does not occur in arguments that are enclosed in braces: the dollar sign and variable name are passed through to the argument verbatim.
The dollar sign abbreviation is simply a shorthand form.
$a
is completely equivalent to
[var a]
; it is provided as a convenience to reduce typing.
Backslashes may be used to insert non-printing characters into command fields and also to insert braces, brackets, and dollar signs into fields without them being interpreted specially as previously described. The backslash sequences understood by the Tcl interpreter are listed below. In each case, the backslash sequence is replaced by the given character.
For example, in the command:
var a \{x\[\ yz\141
the second argument to
var
is
{x[ yza
(note the <space> as part of the argument).
If a backslash is followed by something other than one of the options listed below, then the backslash is transmitted to the argument field without any special processing, and the Tcl scanner continues normal processing with the next character. For example, in the command:
var \*a \\\{test
the first argument will be
\*a
and the second
\{test
.
If an argument is enclosed in braces, then backslash sequences inside the argument are parsed but no substitution occurs. In particular, backslashed braces are not counted in locating the matching right brace that terminates the argument. for example, in the command:
var a {\{abc}
the second argument to var will be
\{abc
.
The backslash mechanism is not sufficient to generate any argument structure; it only covers the most common cases. To produce particularly complicated arguments it will probably be easiest to use the
format
command along with command substitution.


Hello there! This our website for the Social Data Analysis and Visualization Assignment 2. Bellow you'll find the two parts for the assignment, you can click on each one to go the corresponding page. Inside you'll find more information about the exercises, the data we used and how it was done.
Some Javascript functions used in this project require an up-to-date browser. It has been tested to work properly on Chrome 57.


{% extends "base.html" %} {% load i18n %} {% block heading %}
The spike sorting evaluation website is an international collaboration to foster the availability and acceptance of spike sorting benchmark sets. The project started in Prof. Klaus Obermayers lab at the Technische Universität, Berlin, Germany with an initiative to make benchmarks easily available and offer an automatic spike sorting evaluation. Around the same time the group of Prof. Gaute T. Einevoll at University for Life Sciences Aas, Norway started to work on biophysically realistic simulations of extracellular recordings and thought about how to make those available. The groups decided to team up and the website was moved to the German Neuroscience Node (G-Node).


H.B. Woodrose
I received about 8 HBRW seeds from a friend who couldn't give enough accolades about his and other friendís experiences. I have used all kinds of substances for over 20 years and I have always taken caution when taking anything the first time. To be more specific I have used Cocaine, Crack, LSD, Mushrooms, Marijuana, Heroin, PCP, MDMA, just to name some mainstream drugs. I was excited to try something that my friend highly recommended and was cheap and legal at the same time.
Before I used the seeds I spent several hours researching the effects and possible things to be concerned about. I decided to start with three seeds and to be frank all I was worried about was the possibility of nausea.
I took three seeds, scraped of the fuzz, ground them up and chased them with orange juice on an empty stomach. I started to notice a buzz within 20 minutes.
T + 1:00 Nice mellow buzz like a mild MDMA experience.
T + 1:30 Head buzz intensifying rapidly. Starting to feel a little sleepy. I Drink some Ice Tea.
T + 2:00 Buzz like strong LSD intensifying. Strong visuals. Melting objects etc. At this point I was thrilled. No Nausea.
T + 2:30 I eat another seed.
T + 3:00 Start to feel a little panic. Very strange since I have a very solid career, health, love life, money, anything I want for the most part. I can't understand why I am panicking.
T + 4:00 till T + 12:00 Eight hours of terror. My heart was beating so hard that I almost went to the emergency room but being the veteran that I am... I rode it out.
I have had a few semi bad experiences with drugs including a couple of times where I may have come very close to an OD but this was light-years beyond anything I have ever experienced. I believe that my bad experience was most likely just me. But I wanted to share this in case anyone has any reservations. It can be bad.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Change the user's session ID when he logs in.
Change session IDs during login to make sure that the session state corresponds to the authenticated user.
To change session IDs during login:
Find login functionality. Find the code that is responsible for authentication.
session_regenerate_id(TRUE);


TODO : GreatBuys
defined by the discount rate function.Higher the discount much the chance of it appearing in Great buys columns. This is a corousel


Apply for help with NHS costs
{ if thirdparty }Tell us about {firstname}'s workplace and personal pensions
{ else }
Tell us about any workplace and private pensions you have
For example, Scottish Widows


COLD COMFORT FARM A film review by Steve Rhodes Copyright 1996 Steve Rhodes
RATING (0 TO ****): **
COLD COMFORT FARM is a comedy of manners and quirky country bumpkins set in the 1920s. It overflows with overly droll English comedy. Although there are some nice lines in the film, I suspect that unless you are a fan of this genre of British comedy you may be as unmoved as I was. For people who like BBC TV shows like "To the Manor Born", this may be just your cup of tea, but for me, I need more than overdrawn bizarre characters with thick accents to like a show.
Although I found some of the script by Malcolm Bradbury and Stella Gibbons interesting, I did not laugh once. Not a good sign for a comedy. The large audience I was in laughed a lot during the physical comedy like the mass twitching heads scene, but generally was pretty silent for a comedy. I started to say they laughed during the really stupid parts, but decided that was too much of a value judgment, but notice like a good lawyer, I managed to say it anyway.
Flora Poste (Kate Beckinsale who was Hero in MUCH ADO ABOUT NOTHING) leaves the city to go and live on Cold Comfort Farm. Let me say right now that her acting is the bright shining star in this dismal film. As soon as she arrives, the skies become overcast and the cinematography (Chris Seager) is suitably dark and foreboding. The farm looks like a sixteenth century farm that has been neglected. The make-up (Dorka Nieradzik) is of the let's cake on a quarter of an inch of dirt on everyone on the farm variety. The farm is populated by several generations of Starkadders, and grime seems to be their middle names.
Typical of the comedy is the guy who washes the dishes on the farm. He washes the old wooden bowls they eat from by swishing the end of a stick in the bowl while filled with dish water. He refuses modern implements like cloths or sponges. Another is that the Starkadders never call Flora by her name, rather they refer to her only as "Robert Poste's child." Typical lines are "Robert Poste's child, your dinner is ready," or "Where is Robert Poste's child?"
Great-aunt Ada Doom (Sheila Burrell) is a hermit who lives in a bedroom upstairs because she, "saw something nasty in the woodshed" decades ago, presumably having to do with the aforementioned Robert Poste. I did not like Sheila Burrell at all in this role save her good scene at the end.
Robert Poste's child is obsessed with tidiness which is a challenge on this pigsty of a farm. As she puts it, "Nature's all very well in her place, but there's no reason to be untidy." She is a budding author who keeps trying to write her big novel. It has quintessential bad writing with lines including, "From the stubborn interwoven strata of his unconscious ..."
One of my favorite minor characters appears in my least favorite scene. When the local preacher Amos Starkadder (Ian McKellen) warns his congregation that, "There's no butter in heaven," all of their heads begin twitching as if there is a sudden massive outbreak of spastic paralysis. Later he explains his new mission as, "I'm going to go all about in a Ford van. Like the apostles of old, I'll go about the land." In this same religious vein, a character named Charles observes, "We are all purified by suffering."
The film is a cornucopia of strange characters. We even have a film producer Mr. Neck (Harry Ditson) who drops by the farm and describes the sorts of actors he is looking for as, "I don't want sissies. It's red meat time in the movies." There is even a takeoff on the ending of GONE WITH THE WIND, which I think is the funniest scene in the show. The sweet ending of the picture is well done and a bit of a surprise. Finally, if you wonder, like me, where you saw Maria Miles who plays Elfine Starkadder before, she played Anna in KAFKA, but I think I have must have seen in other things as well.
COLD COMFORT FARM runs 1:44, but I would have been preferred a lot less. It is not subtitled, but the extremely thick Sussex accents are frequently unintelligible. I've been to Sussex several times, and I though I was fluent in the language. The film is rated PG-13. There is some sex, no nudity, no violence, and fairly mild language. I think the show would be fine for kids over say 9 or 10. If you like this brand of droll English comedy of manners, then you may like the show, but I did not so I can not recommend it. I give it **.
**** = One of the top few films of this or any year. A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show.  Totally unbearable.
REVIEW WRITTEN ON: May 30, 1996
Opinions expressed are mine and not meant to reflect my employer's.
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


PUBLIC ROUTINES
==========================================================================
subroutine gcm_vert_diff_init(Tri_surf, idim, jdim, kdim, &
conserve_energy,
use_virtual_temp_vert_diff,
do_mcm_plev)
integer, intent(in) :: idim, jdim, kdim
the three "global" dimensions of the fields to be diffused,
with kdim being the number of vertical levels;
"global" refers to the entire field residing on a processor
type(surf_diff_type), intent(inout) :: Tri_surf
where data needed outside of module is stored
logical, intent(in) :: conserve_energy
.true. => kinetic energy that is lost due to vertical diffusion
is returned as heat in the temperature tendency so as to
conserve energy
logical, intent(in) :: use_virtual_temp_vert_diff
logical, intent(in) :: do_mcm_plev
==========================================================================
subroutine gcm_vert_diff_end()
no arguments
==========================================================================
subroutine vert_diff(delt, xi, t, q, diff, p_half, z_full, &
flux, dflux_datmos, factor, dt_xi, kbot)
input:
delt -- real
time step , seconds
if using leapfrog step, set equal to 2*dt = time(i+1) - time(i-1)
xi -- real, dimension(:,:,:)
field to be diffused,
at time step i for two-time level schemes
at time step i-1 for three-time level (leapfrog) schemes
units up to user
t -- real, dimension(:,:,:)
temperature ( degrees K)
used only for computation of density
shape must conform to that of xi
q -- real, dimension(:,:,:)
specific humidity (dimensionless)
used only for computation of density
shape must conform to that of xi
(set = 0 to ignore effects of vapor on density)
diff -- real, dimension(:,:,:)
kinematic diffusivity (m*2/s)
shape must conform to that of xi
diff(:,:,k) is the diffusivity evaluated at the interface
between the k-1 and k levels
the value diff(:,:,1) is not used
p_half -- real, dimension(:,:,:)
pressure at interface between model levels
size(p_half,3) must = 1 + size(xi,3)
units = Pascals
z_full -- real, dimension(:,:,:)
height of the level where xi is defined
shape must conform to that of xi
units = meters
factor -- real
used if one wants to modify the units of the flux input
The units for flux are [factor]*[xi]*kg/(m**2 s)
where [xi} is the unit for the field xi
Thus, if xi = temperature in K, and if you want to input the
flux in W/(m**2) set factor = heat capacity per unit mass
in (J/(kg K))
dflux_datmos -- real, dimension(:,:)
shape must conform to first two dimensions of xi.
Set = 0.0 if the surface flux is treated explicitly.
If dependence of flux on lowest level of atmosphere is
treated implicitly, set equal to derivative of flux
with respect to value of xi in lowest model layer.
Units = [factor]*kg/(m**2 s)
input/output:
flux -- real, dimension(:,:)
Surface flux (positive upwards)
shape must conform to first two dimensions of xi
Units = [factor]*[xi]*kg/(m**2 s)
Flux should be evaluated with atmospheric fields
from time i for two-time level schemes
from time i-1 for leapgrog
If dflux_datmos is non-zero, input flux is modified by
the implicit correction
flux(i+1) = flux(i or i-1) + delt*dflux_datmos*dt_xi(:,:,N)
where dt_xi is the final (output) tendency and
N = size(dt_xi,3) is the lowest model level
dt_xi -- real, dimension(:,:,:)
Tendency of xi
shape must conform to that of xi
input is the tendency due to all other processes
that have been added prior to this call
output will be the tendency modified by the effects of diffusion
Because the algorithm is implicit, the final tendency
depends on which other processes contribute to
the tendency before, and which after, this call
optional input:
kbot -- integer,dimension(:,:)
shape must conform to first two dimensions of xi
For use with models in which different columns
have different number of levels above the surface.
The levels k <= kbot are assumed to be above the surface.
If kbot is present, the module will function properly
if diff = 0 for levels below the surface. Also, to avoid
division by zero, be sure that the underground
input temperatures are non-zero and that the pressure
thicknesses of the underground layers are non-zero as well.
==========================================================================
subroutine gcm_vert_diff(delt, u, v, t, q, tr, diff_m, diff_t, &
p_half, z_full, &
dtau_datmos, dsens_datmos, devap_datmos, &
sens, evap, tau_u, tau_v, flux_tr, &
dt_u, dt_v, dt_t, dt_q, dt_tr, dissipative_heat, &
kbot)
input:
delt -- real
time step , seconds
if using leapfrog step, set equal to 2*dt = time(i+1) - time(i-1)
u -- real, dimension(:,:,:) zonal wind (m/sec)
v -- real, dimension(:,:,:) meridional wind (m/sec)
T -- real, dimension(:,:,:) temperature (K)
q -- real, dimension(:,:,:) specific humidity
(non-dimensional -- Kg water/Kg air)
tr -- real, dimension(:,:,:,:) tracers
(units arbitrary)
size(tr,4) = number of tracers
fields to be diffused,
at time step i for two-time level schemes
at time step i-1 for three-time level (leapfrog) schemes
(t and q also used to compute density)
diff_m -- real, dimension(:,:,:)
kinematic diffusivity for momentum (m*2/s)
diff_t -- real, dimension(:,:,:)
kinematic diffusivity for heat, water vapor, tracers (m*2/s)
shape must conform to those of u, v, t, q
diff_m(:,:,k) and dsiff_t(:,:,k) are the diffusivities
evaluated at the interface between the k-1 and k levels
the values diff_m(:,:,1) and diff_m(:,:,1) are not used
p_half -- real, dimension(:,:,:)
pressure at interface between model levels
size(p_half,3) must = 1 + size(t,3)
units = Pascals
z_full -- real, dimension(:,:,:)
height of the levels where t, q, u, v, tr are defined
shape must conform to that of xi
units = meters
dtau_datmos -- real, dimension(:,:)
dsens_datmos -- real, dimension(:,:)
devap_datmos -- real, dimension(:,:)
shape must conform to first two dimensions of input fields
Set = 0.0 if the surface flux is treated explicitly
If dependence of flux on lowest level of atmosphere is
treated implicitly, set
dtau_datmos = derivative of surface stress with respect to
wind component in lowest model layer.
Units = kg/(m**2 s)
dsens_datmos = derivative of surface sensible heat flux
with respect to temperature in lowest model layer.
Units = W/(m**2 K)
devap_datmos = derivative of surface flux of water vapor
with respect to specific humidity in lowest model layer.
Units = kg/(m**2 s)
input/output:
sens, evap, tau_u, tau_v -- real, dimension(:,:)
Surface fluxes (positive upwards)
shape must conform to first two dimensions of input fields
Units: sens : W/(m**2) = J /(m**2 s)
evap : Kg/(m**2 s)
tau_u : Kg/(m s**2) = (Kg m/s)/(m**2 s)
= (Kg/(m**3))((m/s)**2) = Pascals
tau_v : as above
Flux should be evaluated with atmospheric fields
from time i for two-time level schemes
from time i-1 for leapgrog
If dflux_datmos is non-zero, input flux is modified by
the implicit correction to be
flux(i+1) = flux(i or i-1) + delt*dflux_datmos*dt_xi(:,:,N)
where dt_xi is the final (output) tendency and
N is the lowest model level
flux_tr -- real, dimension(:,:,:)
with size(flux,tr_3) = number of tracers
(although listed as inout, the implicit treatment of
tracer fluxes is not implemented here, so the
ouput tracer flux will be identical to the input flux
dt_u, dt_v, dt_t, dt_q -- real, dimension(:,:,:)
Tendency of u, v, t, q
shape must conform to that of u, v etc
input is the tendency due to all other processes
that have been added prior to this call
output will be the tendency modified by the effects of diffusion
Because the algorithm is implicit, the final tendency
depends on which other processes have contributed to
the tendency before, and which after, this call
Units of dt_xi are [xi]/s where [xi] are units of xi
dt_tr -- real, dimension(:,:,:,:)
Tracer tendency (see above) size(dt_tr,4) = number of tracers
output:
dissipative_heat -- real, dimension(:,:,:)
shape must conform to that of u, v, t, etc
units: deg_K/s
(computed when do_conserve_energy = .true.
and added to dt_t before temperature is diffused)
optional input:
kbot -- integer,dimension(:,:)
shape must conform to first two dimensions of xi
For use with models in which different columns
have different number of levels above the surface.
The levels k <= kbot are assumed to be above the surface.
If kbot is present, the interface will function properly
if diff = 0 for levels below the surface. Also, to avoid
division by zero, be sure that the underground
input temperatures are non-zero and that the pressure
thicknesses of the underground layers are non-zero as well.
==========================================================================
type surf_diff_type
a public type used to store data needed by the
multi-step version of the diffusion algorithm
real, pointer, dimension(:,:) :: dtmass, &
dflux_t, &
dflux_q, &
delta_t, &
delta_q
for full description of these fields, and the rationale for
saving these particular fields,
see vert_diff.tech.ps
dtmass = dt/mass, where dt = atmospheric time step (sec)
((i+1)-(i-1), not (i+1)-i, if atmos model is leapfrog)
mass = mass of lowest atmospheric layer (Kg/m2)
(defined in gcm_vert_diff_down -- not used elsewhere)
dflux_t = derivative of the temperature flux at the top of the lowest
atmospheric layer with respect to the temperature
of that layer (J/(m2 K))
(defined in gcm_vert_diff_down -- not used elsewhere)
dflux_q = derivative of the flux of specific humidity
at the top of the lowest atmospheric layer with respect to
the specific humidity of that layer (--/(m2 K))
(defined in gcm_vert_diff_down -- not used elsewhere)
delta_t = the increment in temperature in the lowest atmospheric
layer (((i+1)-(i-1) if atmos model is leapfrog) (K)
(defined in gcm_vert_diff_down as the increment computed up
to this point in model, including effect of vertical
diffusive flux at top of lowest model level, presumed
to be modified to include effects of surface fluxes
outside of this module, then used to start upward
tridiagonal sweep,
see vert_diff.tech.ps
delta_q = similarly for the increment in specific humidity
(non-dimensional = Kg/Kg)
==========================================================================
subroutine gcm_vert_diff_down (is, js, delt, &
u, v, t, q, tr, &
diff_m, diff_t, p_half, p_full, z_full, &
tau_u, tau_v, dtau_datmos, &
flux_tr, &
dt_u, dt_v, dt_t, dt_q, dt_tr, &
dissipative_heat, Tri_surf, &
kbot)
input:
is, js -- integers
the location in the global lon-lat grid of the rectangular
domain on which diffusion is to be performed
the size of the domain is determined by the size ofthe input
i.e, longitude index ranges from is to is + size(t,1) -1
latitude index ranges from js to js + size(t,2) -1
delt -- real
time step , seconds
if using leapfrog step, set equal to 2*dt = time(i+1) - time(i-1)
u -- real, dimension(:,:,:) zonal wind (m/sec)
v -- real, dimension(:,:,:) meridional wind (m/sec)
T -- real, dimension(:,:,:) temperature (K)
q -- real, dimension(:,:,:) specific humidity
(non-dimensional -- Kg water/Kg air)
tr -- real, dimension(:,:,:,:) tracers
(units arbitrary)
size(tr,4) = number of tracers
input fields to be diffused,
values at time step i for two-time level schemes
at time step i-1 for three-time level (leapfrog) schemes
(t and q also used to compute density)
diff_m -- real, dimension(:,:,:)
kinematic diffusivity for momentum (m*2/s)
diff_t -- real, dimension(:,:,:)
kinematic diffusivity for heat, water vapor, tracers (m*2/s)
shape must conform to those of u, v, t, q
diff_m(:,:,k) and dsiff_t(:,:,k) are the diffusivities
evaluated at the interface between the k-1 and k levels
the values diff_m(:,:,1) and diff_m(:,:,1) are not used
p_half -- real, dimension(:,:,:)
pressure at interface between model levels
size(p_half,3) must = 1 + size(t,3)
units = Pascals
p_full -- real, dimension(:,:,:)
pressure at full model levels
size(p_half,3) must = size(t,3)
units = Pascals
z_full -- real, dimension(:,:,:)
height of the levels where t, q, u, v, tr are defined
shape must conform to that of xi
units = meters
dtau_datmos -- real, dimension(:,:)
shape must conform to first two dimensions of input fields
Set = 0.0 if the surface flux is treated explicitly. If
dependence of flux on lowest level of atmosphere is
treated implicitly, set = derivative of surface stress
with respect to wind component in lowest model layer.
Units = kg/(m**2 s)
dt_t, dt_q -- real, dimension(:,:,:)
Tendency of t, q up to this point
(The final value of dt_t and dt_q are output by
gcm_vert_diff_up)
Units are [xi]/s where [xi] = [T], [q]
input/output:
tau_u, tau_v -- real, dimension(:,:)
Surface stresses (positive upwards)
shape must conform to first two dimensions of input fields
Units: Kg/(m s**2) = (Kg m/s)/(m**2 s)
= (Kg/(m**3))((m/s)**2) = Pascals
Flux should be evaluated at time i for two-time level schemes
and at time i-1 for leapgrog
If dtau_datmos is non-zero, input stress is modified by
the implicit correction
tau_u(i+1) = tau_u(i or i-1) + delt*dtau_datmos*dt_u(:,:,N)
where dt_u is the final (output) tendency and
N is the lowest model level; similarly for tau_v
flux_tr -- real, dimension(:,:,:)
with size(flux,tr_3) = number of tracers
(although listed as inout, the implicit treatment of
tracer fluxes is not implemented here, so the
ouput tracer flux will be identical to the input flux
dt_u, dt_v, -- real, dimension(:,:,:)
Tendency of u and v
shape must conform to that of u, v etc
input is the tendency due to all other processes
that have been added prior to this call
output will be the tendency modified by the
effects of diffusion
Units are [xi]/s where [xi] = [u], [v] etc
dt_tr -- real, dimension(:,:,:,:)
Tracer tendency (see above) size(dt_tr,4) = number of tracer
Tri_surf -- type(surf_diff_type)
information needed to pass
=> surface modules => gcm_vert_diff_up
output:
dissipative_heat -- real, dimension(:,:,:)
shape must conform to that of u, v, t, etc
units: deg_K/s
(computed when do_conserve_energy = .true.
and added to dt_t before temperature is diffused)
optional input:
kbot -- integer,dimension(:,:)
shape must conform to first two dimensions of xi
For use with models in which different columns
have different number of levels above the surface.
The levels k <= kbot are assumed to be above the surface.
If kbot is present, the interface will function properly
if diff = 0 for levels below the surface. Also, to avoid
division by zero, be sure that the underground
input temperatures are non-zero and that the pressure
thicknesses of the underground layers are non-zero as well.
==========================================================================
subroutine gcm_vert_diff_up (is, js, delt, Tri_surf, dt_t, dt_q, kbot)
input:
is, js -- integers
the location in the global lon-lat grid of the rectangular
domain on which diffusion is to be performed
the size of the domain is determined by the size ofthe input
i.e, longitude index ranges from is to is + size(dt_t,1) -1
latitude index ranges from js to js + size(dt_t,2) -1
delt -- real
time step , seconds
if using leapfrog step, set equal to 2*dt = time(i+1) - time(i-1)
Tri_surf -- type(surf_diff_type)
information passed from information
surface modules and gcm_vert_diff_down
dt_t, dt_q -- real, dimension(:,:,:)
The tendencies modified by the effects of diffusion
Because the algorithm is implicit, the final tendency
depends on which other processes have contributed to
the tendency before, and which after, this call
Units of dt_xi are [xi]/s where [xi] are units of xi
optional input:
kbot -- integer,dimension(:,:)
shape must conform to first two dimensions of xi
For use with models in which different columns
have different number of levels above the surface.
The levels k <= kbot are assumed to be above the surface.
If kbot is present, the interface will function properly
if diff = 0 for levels below the surface. Also, to avoid
division by zero, be sure that the underground
input temperatures are non-zero and that the pressure
thicknesses of the underground layers are non-zero as well.
==========================================================================
subroutine gcm_vert_diff_end


From:Sever To:Neal Sent:2017-01-11T04:40:12.0000000Z Subject:EnronOnline Desk to Desk ID and Password
Scott,
The ENA - IM NE Gulf3 book has been set up as an internal counterparty for desk-to-desk trading on EnronOnline.
The following User ID and Password will give you access to live prices on the web-site http://www.enrononline.com.
User ID: ADM04055
Password: WELCOME!
(note these are case sensitive)
Please keep your User ID and Password secure as this allows you to transact on EnronOnline.
Contact the helpdesk at x34357 if you have any questions or problems gaining access with this ID.
Thanks,
Stephanie x33465
Thank you,
Stephanie Sever
EnronOnline
713-853-3465
***********
EDRM Enron Email Data Set has been produced in EML, PST and NSF format by ZL Technologies, Inc. This Data Set is licensed under a Creative Commons Attribution 3.0 United States License <http://creativecommons.org/licenses/by/3.0/us/> . To provide attribution, please cite to "ZL Technologies, Inc. (http://www.zlti.com)."
***********
California


This document includes tim.js, and contains micro-templates in the HTML for testing.
View the HTML source to see what's going on.


When `should` is called with no explicit receiver, the call is delegated to the object returned by `subject`. Combined with an implicit subject this supports very concise expressions.
@example
describe Person do it { should be_eligible_to_vote } end
@see subject
# File lib/rspec/core/memoized_helpers.rb, line 67 def should(matcher=nil, message=nil) RSpec::Expectations::PositiveExpectationHandler.handle_matcher(subject, matcher, message) end
Just like `should`, `#should_not` delegates to the subject (implicit or explicit) of the example group.
@example
describe Person do it { should_not be_eligible_to_vote } end
@see subject
# File lib/rspec/core/memoized_helpers.rb, line 81 def should_not(matcher=nil, message=nil) RSpec::Expectations::NegativeExpectationHandler.handle_matcher(subject, matcher, message) end
@note `subject` was contributed by Joe Ferris to support the one-liner
syntax embraced by shoulda matchers: describe Widget do it { should validate_presence_of(:name) } end While the examples below demonstrate how to use `subject` explicitly in examples, we recommend that you define a method with an intention revealing name instead.
@example
# explicit declaration of subject describe Person do subject { Person.new(:birthdate => 19.years.ago) } it "should be eligible to vote" do subject.should be_eligible_to_vote # ^ ^ explicit reference to subject not recommended end end # implicit subject => { Person.new } describe Person do it "should be eligible to vote" do subject.should be_eligible_to_vote # ^ ^ explicit reference to subject not recommended end end # one-liner syntax - should is invoked on subject describe Person do it { should be_eligible_to_vote } end
@note Because `subject` is designed to create state that is reset between
each example, and `before(:all)` is designed to setup state that is shared across _all_ examples in an example group, `subject` is _not_ intended to be used in a `before(:all)` hook. RSpec 2.13.1 prints a warning when you reference a `subject` from `before(:all)` and we plan to have it raise an error in RSpec 3.
@see should
# File lib/rspec/core/memoized_helpers.rb, line 47 def subject __memoized.fetch(:subject) do __memoized[:subject] = begin described = described_class || self.class.description Class === described ? described.new : described end end end


Learn the basics of making websites.
Learn to style your webpage.
Learn to make your webpage more intractive.
Look at some of our examples and get ideas from it.


Woman arrested for DWI, passenger jumps from vehicle after hitting parked cars on Long Island
by Eyewitness NewsBALDWIN, Nassau County (WABC) -- A woman on Long Island is facing DWI charges after a passenger in her car jumped out of the vehicle and called police.
Madeline Banegas, 49, was arrested Sunday morning in Baldwin.
Police say a 24-year-old woman was in Banegas' car when the driver hit several parked cars on Cherrywood Drive and Milburn Avenue.
That woman jumped out of the moving vehicle and called 911.
Banegas is charged with DWI, reckless endangerment and seven counts of leaving the scene of an accident with property damage.


{% extends "admin/_base.html" %} {% block content %}
This is the Admin.More features to be added here


Test 1
Authors SHOULD NOT use the aria-checked
attribute on any element where the checkedness of the element can be in opposition to the current value of the aria-checked
attribute.
The following input type=checkbox
has an aria-checked=true
, which does not update to match the checked state of the native element.
Expected result:
Warning that authors should not use aria-checked
on the input
.
Test 2
Authors SHOULD NOT use the aria-checked
attribute on any element where the checkedness of the element can be in opposition to the current value of the aria-checked attribute.
The following input type=radio
elements each have an aria-checked=true
, which does not update to match the checked state of the native element.
Expected result:
Warning that authors should not use aria-checked
on the input
s.


Lockdown Can't
Stop Your Learning
Elearn is global training provider based across the UK that specialises
in accredited adn bespoke training courses. We crush the
barriers to
getting a degreee.


Biodegradable Packaging
My idea is to create a medical transport packaging that is biodegradable so that it is good for the environment.
Mary Carter
5 star average of 54 people
iApp for Vacation/Sick Days
My idea is to create an apple application that allows the employees to log their vacation and sick days from where ever they are so they don't need to call their supervisors.
Tim Flinn
4 star average of 48 people
Incentive Program
My idea is to create an incentive reward program for an extended period of Job Excellence. So that employees will feel more valued and respected for the talents that they give to this burgeoning company.
James Allison
4 star average of 29 people


Netflix will stop working on these popular TVs next month - and users are furious
From December 1, Netflix will no longer be supported on Samsung’s 2010 and 2011 smart TVs, due to ‘technical limitations’
by Shivali Best, https://www.facebook.com/shivalibestjournalist/It’s the go-to TV streaming service for many people, but it seems that Netflix will soon stop working on several popular TVs.
From December 1, Netflix will no longer be supported on Samsung ’s 2010 and 2011 smart TVs, due to ‘technical limitations.’
Samsung explained: “Samsung was recently notified by Netflix that as of 1 December, the Netflix app will no longer be supported on selected 2010 and 2011 Smart TV models sold in Canada and the US.
"For consumers with these models, there are still many other devices supported by Netflix that can be connected to a Smart TV in order to access the app.”
And the changes don’t stop there - seven older Roku streaming sticks will also no longer be supported from next month.
These include the Roku 2050X, Roku 2100X, Roku 2000C, Roku HD Player, Roku SD Player, Roku XR Player and Roku XD Player.
Unsurprisingly, many users are annoyed about the change, which could mean they’re forced to buy a new TV or streaming stick to continue watching Netflix.
 They will have to get a casting device now.”
Another added: “So, basically what Netflix is saying is that on December 1 when I can’t access Netflix on my roku is that I need to cancel my subscription?”
And one joked: “Me when Netflix isn’t supported on my Samsung smart TV any longer”, alongside a photo of Apple TV+ and Disney+.
The update will take place on December 1 - so if you have one of the affected TVs or streaming sticks, you'll need to act fast!


Vector3 Class
A vector with three components.
Constructor
Vector3
-
[x=0]
-
[y=0]
-
[z=0]
Parameters:
-
[x=0]
Number optional- The x value.
-
[y=0]
Number optional- The y value.
-
[z=0]
Number optional- The z value.
Item Index
Methods
Methods
add
-
v
Adds a vector to this one.
Parameters:
-
v
Vector3- The vector to add.
Returns:
This vector.
addScalar
-
s
Adds a scalar to this vector.
Parameters:
-
s
Number- The scalar to add.
Returns:
This vector.
addScaledVector
-
v
-
s
Adds a scaled vector to this one.
Parameters:
-
v
Vector3- The vector to scale and add.
-
s
Number- A scalar.
Returns:
This vector.
addVectors
-
a
-
b
Sets this vector to the sum of two given vectors.
Returns:
This vector.
applyMatrix3
-
m
Applies a matrix to this vector.
Parameters:
-
m
Matrix3- A matrix.
Returns:
This vector.
applyMatrix4
-
m
Applies a matrix to this vector.
Parameters:
-
m
Matrix4- A matrix.
Returns:
This vector.
copy
-
v
Copies the values of another vector.
Parameters:
-
v
Vector3- A vector.
Returns:
This vector.
distanceTo
-
v
Calculates the distance to a given vector.
Parameters:
-
v
Vector3- A vector.
Returns:
The distance.
distanceToSquared
-
v
Calculates the squared distance to a given vector.
Parameters:
-
v
Vector3- A vector.
Returns:
The squared distance.
divide
-
v
Divides this vector by another vector.
Parameters:
-
v
Vector3- A vector.
Returns:
This vector.
divideScalar
-
s
Divides this vector by a given scalar.
Parameters:
-
s
Number- A scalar.
Returns:
This vector.
divideVectors
-
a
-
b
Sets this vector to the quotient of two given vectors.
Returns:
This vector.
dot
-
v
Calculates the dot product with another vector.
Parameters:
-
v
Vector3- A vector.
Returns:
The dot product.
equals
-
v
Checks if this vector equals the given one.
Parameters:
-
v
Vector3- A vector.
Returns:
Whether this vector equals the given one.
fromArray
-
array
-
offset
Copies values from an array.
Parameters:
-
array
Array- An array.
-
offset
Number- An offset.
Returns:
This vector.
length
()
Number
Calculates the length of this vector.
Returns:
The length.
lengthSq
()
Number
Calculates the squared length of this vector.
Returns:
The squared length.
max
-
v
adopts the max value for each component of this vector and the given one.
Parameters:
-
v
Vector3- A vector.
Returns:
This vector.
min
-
v
Adopts the min value for each component of this vector and the given one.
Parameters:
-
v
Vector3- A vector.
Returns:
This vector.
multiply
-
v
Multiplies this vector with another vector.
Parameters:
-
v
Vector3- A vector.
Returns:
This vector.
multiplyScalar
-
s
Multiplies this vector with a given scalar.
Parameters:
-
s
Number- A scalar.
Returns:
This vector.
multiplyVectors
-
a
-
b
Sets this vector to the product of two given vectors.
Returns:
This vector.
set
-
x
-
y
-
z
Sets the values of this vector
Parameters:
-
x
Number- The x value.
-
y
Number- The y value.
-
z
Number- The z value.
Returns:
This vector.
sub
-
v
Subtracts a vector from this vector.
Parameters:
-
v
Vector3- The vector to subtract.
Returns:
This vector.
subScalar
-
s
Subtracts a scalar to this vector.
Parameters:
-
s
Number- The scalar to subtract.
Returns:
This vector.
Properties
x
Number
The x component.
y
Number
The y component.
z
Number
The z component.


Lorem ipsum dolor sit amet, consectetur adipisicing elit. Aut eaque, laboriosam veritatis, quos non quis ad perspiciatis, totam corporis ea, alias ut unde.
Go Green
Taught more than 8000 students in a very short span of 5 years. It’s not only conceptual clarity but Concept plus Cumulative Revision to Remember the subject. Teaching with Real life Examples, live Demo and case studies.


Writing Manifests for Windows
This documentation applies to Puppet ≥ 2.7.6 and Puppet Enterprise ≥ 2.5. Earlier versions may behave differently.
Just as on *nix systems, Puppet manages resources on Windows using manifests written in the Puppet language. There are several major differences to be aware of when writing manifests that manage Windows resources:
- Windows primarily uses the backslash as its directory separator character, and Ruby handles it differently in different circumstances. You should learn when to use and when to avoid backslashes.
- Most classes written for *nix systems will not work on Windows nodes; if you are managing a mixed environment, you should use conditionals and Windows-specific facts to govern the behavior of your classes.
- Puppet generally does the right thing with Windows line endings.
- Puppet supports a slightly different set of resource types on Windows.
File Paths on Windows
Windows file paths must be written in different ways at different times, due to various tools’ conflicting rules for backslash use.
- Windows file system APIs accept both the backslash (
\
) and forwardslash (/
) to separate directory and file components in a path. - Some Windows programs only accept backslashes in file paths.
- *nix shells and many programming languages — including the Puppet language — use the backslash as an escape character.
As a result, any system that interacts with *nix and Windows systems as equal peers will unavoidably have complicated behavior around backslashes.
The following guidelines will help you use backslashes safely in Windows file paths with Puppet.
Forward Slashes vs. Backslashes
In many cases, you can use forward slashes instead of backslashes when specifying file paths.
Forward slashes MUST be used:
-
In template paths passed to the
template
function. For example:file {'C:/warning.txt': ensure => present, content => template('my_module/warning.erb'), }
-
In Puppet URLs in a
file
resource’ssource
attribute. -
When part of the
modulepath
configuration option, e.g.puppet apply --modulepath="Z:/path/to/my/modules" "Z:/path/to/my/site.pp"
(This restriction applies only to versions of Puppet prior to 3.0.)
Forward slashes SHOULD be used in:
- The title or
path
attribute of afile
resource - The
source
attribute of apackage
resource - Local paths in a
file
resource’ssource
attribute - The
command
of anexec
resource, unless the executable requires backslashes, e.g. cmd.exe
Forward slashes MUST NOT be used in:
- The
command
of ascheduled_task
resource. - The
install_options
of apackage
resource.
The Rule
If Puppet itself is interpreting the file path, forward slashes are okay. If the file path is being passed directly to a Windows program, forward slashes may not be okay.
Using Backslashes in Double-Quoted Strings
Puppet supports two kinds of string quoting. Strings surrounded by double quotes ("
) allow variable interpretation and many escape sequences (including the common \n
for a newline), so care must be taken to prevent backslashes from being mistaken for escape sequences.
When using backslashes in a double-quoted string, you must always use two backslashes for each literal backslash. There are no exceptions and no special cases.
Using Backslashes in Single-Quoted Strings
Strings surrounded by single quotes ('
) do not allow variable interpretation, and the only escape sequences permitted are \'
(a literal single quote) and \\
(a literal backslash).
Lone backslashes can usually be used in single-quoted strings. However:
- When a backslash occurs at the very end of a single-quoted string, a double backslash must be used instead of a single backslash. For example:
path => 'C:\Program Files(x86)\\'
- When a literal double backslash is intended, a quadruple backslash must be used.
The Rule
In single-quoted strings:
- A double backslash always means a literal backslash.
- A single backslash usually means a literal backslash, unless it is followed by a single quote or another backslash.
Notable Windows Facts
Windows nodes with a default install of Puppet will return the following notable facts, which can be useful when writing manifests:
Identifying Facts
The following facts can help you determine whether a given machine is running Windows:
kernel => windows
operatingsystem => windows
osfamily => windows
Windows-Specific Facts
The following facts are either Windows-only, or have different values on Windows than on *nix:
env_windows_installdir
— This fact will contain the directory in which Puppet was installed.id
— This fact will be<DOMAIN>\<USER NAME>
. You can use the user name to determine whether Puppet is running as a service or was triggered manually.
Line Endings in Windows Text Files
Windows uses CRLF line endings instead of *nix’s LF line endings.
- If the contents of a file are specified with the
content
attribute, Puppet will write the content in “binary” mode. To create files with CRLF line endings, the\r\n
escape sequence should be specified as part of the content. - If a file is being downloaded to a Windows node with the
source
attribute, Puppet will transfer the file in “binary” mode, leaving the original newlines untouched. -
Non-
file
resource types that make partial edits to a system file (most notably thehost
type, which manages the%windir%\system32\drivers\etc\hosts
file) manage their files in text mode, and will automatically translate between Windows and *nix line endings.Note: When writing your own resource types, you can get this behavior by using the
flat
filetype.
Resource Types
Puppet can manage the following resource types on Windows nodes:
file
file { 'c:/mysql/my.ini':
ensure => 'file',
mode => '0660',
owner => 'mysql',
group => 'Administrators',
source => 'N:/software/mysql/my.ini',
}
Puppet can manage files and directories, including owner, group, permissions, and content. Symbolic links are not supported.
- If an
owner
orgroup
are specified for a file, you must also specify amode
. Failing to do so can render a file inaccessible to Puppet. See here for more details. - Windows NTFS filesystems are case-preserving, but case-insensitive; Puppet is case-sensitive. Thus, you should be consistent in the case you use when referring to a file resource in multiple places in a manifest.
- In order to manage files that it does not own, Puppet must be running as a member of the local Administrators group (on Windows 2003) or with elevated privileges (Windows 7 and 2008). This gives Puppet the
SE_RESTORE_NAME
andSE_BACKUP_NAME
privileges it requires to manage file permissions. - Permissions modes are set as though they were *nix-like octal modes; Puppet translates these to the equivalent access controls on Windows.
- The read, write, and execute permissions translate to the
FILE_GENERIC_READ
,FILE_GENERIC_WRITE
, andFILE_GENERIC_EXECUTE
access rights. - The owner of a file/directory always has the
FULL_CONTROL
access right. - The
Everyone
SID is used to represent users other than the owner and group.
- The read, write, and execute permissions translate to the
- Puppet cannot set permission modes where the group has higher permissions than the owner, or other users have higher permissions than the owner or group. (That is, 0640 and 0755 are supported, but 0460 is not.) Directories on Windows can have the sticky bit, which makes it so users can only delete files if they own the containing directory.
- On Windows, the owner of a file can be a group (e.g.
owner => 'Administrators'
) and the group of a file can be a user (e.g.group => 'Administrator'
). The owner and group can even be the same, but as that can cause problems when the mode gives different permissions to the owner and group (like0750
), this is not recommended. - The source of a file can be a puppet URL, a local path, or a path to a file on a mapped drive.
- When downloading a file from a puppet master with a
puppet:///
URI, Puppet will set the permissions mode to match that of the remote file. Be sure to set the proper mode on any remote files.
user
Puppet can create, edit, and delete local users. Puppet does not support managing domain user accounts, but can add (and remove) domain user accounts to local groups.
- The
comment
,home
, andpassword
attributes can be managed, as well as groups to which the user belongs. - Passwords can only be specified in cleartext. Windows does not provide an API for setting the password hash.
- The user SID is available as a read-only parameter. Attempting to set the parameter will fail
- User names are case-sensitive in Puppet manifests, but insensitive on Windows. Make sure to consistently use the same case in manifests.
Security Identifiers (SID)
On Windows, user and group account names can take multiple forms, e.g. Administrators
, <host>\Administrators
, BUILTIN\Administrators
, S-1-5-32-544
. When comparing two account names, puppet always first transforms account names into their canonical SID form and compares the SIDs instead.
group
Puppet can create, edit, and delete local groups, and can manage a group’s members. Puppet does not support managing domain group accounts, but a local group can include both local and domain users as members.
- The group SID is available as a read-only parameter. Attempting to set the parameter will fail.
- Group names are case-sensitive in puppet manifests, but insensitive on Windows. Make sure to consistently use the same case in manifests.
- Nested groups are not supported. (Group members must be users, not other groups.)
scheduled_task
scheduled_task { 'Daily task':
ensure => present,
enabled => true,
command => 'C:\path\to\command.exe',
arguments => '/flags /to /pass',
trigger => {
schedule => daily,
every => 2, # Defaults to 1
start_date => '2011-08-31', # Defaults to 'today'
start_time => '08:00', # Must be specified
}
}
Puppet can create, edit, and delete scheduled tasks. It can manage the task name, the enabled/disabled status, the command, any arguments, the working directory, the user and password, and triggers. For more information, see the reference documentation for the scheduled_task
type. This is a Windows-only resource type.
- Puppet does not support “every X minutes” type triggers.
package
package { 'mysql':
ensure => installed,
provider => 'msi', # deprecated in Puppet 3.0
source => 'N:/packages/mysql-5.5.16-winx64.msi',
install_options => { 'INSTALLDIR' => 'C:\mysql-5.5' },
}
Puppet can install and remove MSI packages, including specifying package-specific install options, e.g. install directory.
Identifying Packages
The title
or name of the package must match the value of the DisplayName
property in the registry, which is also the value displayed in Add/Remove Programs. Alternately, when a package name is not unique across versions (e.g. VMWare Tools, or where there are 32- and 64-bit versions with the same name), we provide the ability to specify the package’s PackageCode as the package name. This is a GUID that’s unique across all MSI builds. For instance:
package { '{XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX}':
ensure => installed,
source => 'the.msi',
provider => windows
}
To find the PackageCode from an MSI, you can use Orca, or you can get to it programmatically with Ruby:
require 'win32ole'
installer = WIN32OLE.new('WindowsInstaller.Installer')
db = installer.OpenDatabase(path, 0) # where 'path' is the path to the MSI
puts db.SummaryInformation.Property(9)
Additional Notes on Windows Packages
- The source parameter is required, and must refer to a local .msi file, a file from a mapped drive, or a UNC path. You can distribute packages as
file
resources. Puppet URLs are not currently supported for thepackage
type’ssource
attribute. - The
install_options
attribute is package-specific; refer to the documentation for the package you are trying to install.- Any file path arguments within the
install_options
attribute (such asINSTALLDIR
) should use backslashes, not forward slashes.
- Any file path arguments within the
- As of Puppet 3.0,
windows
is the default provider parameter for all Windows packages. Usingmsi
will result in a deprecation warning.
service
service { 'mysql':
ensure => 'running',
enable => true,
}
Puppet can start, stop, enable, disable, list, query and configure services. It does not support configuring service dependencies, account to run as, or desktop interaction.
- Use the short service name (e.g.
wuauserv
) in Puppet, not the display name (e.g.Automatic Updates
). - Setting the
enable
attribute totrue
will assign a service the “Automatic” startup type; settingenable
tomanual
will assign the “Manual” startup type.
exec
Puppet can execute binaries (exe, com, bat, etc.), and can log the child process output and exit status.
- If an extension for the
command
is not specified (for example,ruby
instead ofruby.exe
), Puppet will use thePATHEXT
environment variable to resolve the appropriate binary.PATHEXT
is a Windows-specific variable that lists the valid file extensions for executables. - Puppet does not support a shell provider for Windows, so if you want to execute shell built-ins (e.g.
echo
), you must provide a completecmd.exe
invocation as the command. (For example,command => 'cmd.exe /c echo "foo"'
.) - When executing Powershell scripts, you must specify the
remotesigned
execution policy as part of thepowershell.exe
invocation:
exec { 'test':
command => 'C:\Windows\System32\WindowsPowerShell\v1.0\powershell.exe -executionpolicy remotesigned -file C:\test.ps1',
}
host
Puppet can manage entries in the hosts file in the same way that is supported on Unix platforms.


Hi, I'm Joan Marie Verba and I sew the shoulder bags you see on the page. I started using these because I found that whenever
I purchased a purse, it would not be long before the purse became stained or dirty, or something spilled on it. Then I'd
either have to try to clean it, or I'd have to throw it away. After throwing away a lot of purses, I decided that I needed
a purse that I could simply wash when either the inside or outside was dirty. That's when I started using these, which are
machine washable. They're durable, roomy, comfortable to wear, and have a lot of pockets. I believe you'll find them as useful
as I have.


The path_canon function
Description
#include <mba/path.h> int path_canon(const unsigned char *src, const unsigned char *slim, unsigned char *dst, unsigned char *dlim, int srcsep, int dstsep);
Specifically, canonicalization will eliminate '.' and '..' components in paths in the conventional way as well as normalize redundant separators. The presence or lack of an initial and/or trailing separator is preserved. The following lists some examples of paths before and after canonicalization:
before after . .. / / /. / ./ ../ .../ .../ a/.. abc/../ a/b/c a/b/c /a/b/c /a/b/c /./a/b/c /a/b/c /../a/b/c /a/b/c ..a/b/c ..a/b/c a/b/c/ a/b/c/ a/b/c/.. a/b/ a/b/c/../ a/b/ a/b/c/./ a/b/c/Returns


1 reference to QueryServiceConfig
Microsoft.PowerShell.Commands.Management (1)
commands\management\Service.cs (1)
696
querySuccessful = querySuccessful && NativeMethods.
QueryServiceConfig
(hService, out serviceInfo);


Carnegie Financial Services
Home
Checking
Savings
CDs
Loans
Mortgages
Our Checking Services
Checking Fee
Online Electronic Checking
Image Checking
Checking FAQ
Carnegie Financial Services® is a registered trademark of Carnegie Mellon University.


Bare Bones
(page with no css or javascript)
Loading and showing all rb components.
Textcurve
Hello Gorgeous!
Elementary my dear Watson
Show Modal
Now that's poppin!
Easy peasy modal content!
Modal Header
Modal Footer
home
components
examples
Submit


pips Red=195 White=28
(CorrectAnswer= 0/0, ErrorScore= 0)
Black has hit a late shot to give himself chances both to save the gammon and perhaps even win the game. How should he play this double fives?
I have already mentioned “The Art of War” by Sun Tzu in my columns and once again we can use his wise words to help guide us to the solution. One of the fundamental principles of war is not to let your army be split into disparate groups. Soldiers work efficiently when they work together towards a common goal. Keep that idea in your mind.
In the early days of backgammon bots the first effective program was Dr. Gerry Tesauro’s TD-Gammon. Bill Robertie analysed some of its early games in “Inside Backgammon”, a magazine he brilliantly co-authored with Kent Goulding. I remember him analysing a position similar to this one and querying one of TD-Gammon’s moves which looked somewhat awkward to him. Its opponent’s next roll was 44, which TD-Gammon had carefully blocked with its ‘awkward’ play. That particular comment stuck in my mind and ever since in positions like this one, I have taken careful note of how my opponent’s doubles play on his next turn.
The final clue to solving positions like this is to note that Black can choose where to build his prime and then roll it home from wherever he elects builds it. Rolling it home will eventually end with a closeout, but the key idea is to build a prime somewhere. Here, Black could for example, initially target building his prime from his 11-pt to his 6-pt.
Armed with these ideas what is Black’s best play? Certainly, anything that involves hitting on his 5-pt is completely the wrong idea as that splits his army too much and, in any case, what is the point of hitting with a one-point home board? 20/10(2) is reasonable because it blocks White’s double fives but Black can do better.
Look at 22/17, 21/16, 20/15(2). It blocks all six doubles! Not only that but the soldiers of the army (the checkers) are working together in tight formation and are well place to build an effective prime in Blacks’s outer board. It is very clearly the best play. Any other move, other than 20/10 (2), is at least an error and any hitting play is a blunder.
I am pleased to say that having learnt how to think about such positions I found this play over the board. The bad news is that my opponent rolled 65, played 20/9*. I fanned with double ones and I was lucky to save the backgammon! Such is backgammon. I may have lost this game but the ability to reuse the thinking outlined in this article will win me many more games in the future.
I have already mentioned “The Art of War” by Sun Tzu in my columns and once again we can use his wise words to help guide us to the solution. One of the fundamental principles of war is not to let your army be split into disparate groups. Soldiers work efficiently when they work together towards a common goal. Keep that idea in your mind.
In the early days of backgammon bots the first effective program was Dr. Gerry Tesauro’s TD-Gammon. Bill Robertie analysed some of its early games in “Inside Backgammon”, a magazine he brilliantly co-authored with Kent Goulding. I remember him analysing a position similar to this one and querying one of TD-Gammon’s moves which looked somewhat awkward to him. Its opponent’s next roll was 44, which TD-Gammon had carefully blocked with its ‘awkward’ play. That particular comment stuck in my mind and ever since in positions like this one, I have taken careful note of how my opponent’s doubles play on his next turn.
The final clue to solving positions like this is to note that Black can choose where to build his prime and then roll it home from wherever he elects builds it. Rolling it home will eventually end with a closeout, but the key idea is to build a prime somewhere. Here, Black could for example, initially target building his prime from his 11-pt to his 6-pt.
Armed with these ideas what is Black’s best play? Certainly, anything that involves hitting on his 5-pt is completely the wrong idea as that splits his army too much and, in any case, what is the point of hitting with a one-point home board? 20/10(2) is reasonable because it blocks White’s double fives but Black can do better.
Look at 22/17, 21/16, 20/15(2). It blocks all six doubles! Not only that but the soldiers of the army (the checkers) are working together in tight formation and are well place to build an effective prime in Blacks’s outer board. It is very clearly the best play. Any other move, other than 20/10 (2), is at least an error and any hitting play is a blunder.
I am pleased to say that having learnt how to think about such positions I found this play over the board. The bad news is that my opponent rolled 65, played 20/9*. I fanned with double ones and I was lucky to save the backgammon! Such is backgammon. I may have lost this game but the ability to reuse the thinking outlined in this article will win me many more games in the future.
1. Cubeful 2-ply 22/17 21/16 20/15(2) Eq.: -0.403 0.391 0.000 0.000 - 0.609 0.307 0.012 2. Cubeful 2-ply 20/10(2) Eq.: -0.406 (-0.004) 0.395 0.000 0.000 - 0.605 0.301 0.029 3. Cubeful 2-ply 21/16 20/15(2) 19/14 Eq.: -0.431 (-0.028) 0.386 0.000 0.000 - 0.614 0.315 0.019 4. Cubeful 2-ply 20/5* 20/15 Eq.: -0.482 (-0.079) 0.376 0.000 0.000 - 0.624 0.319 0.044 5. Cubeful 2-ply 20/5* 19/14 Eq.: -0.485 (-0.082) 0.376 0.000 0.000 - 0.624 0.319 0.046


{% load staticfiles %}
To post a new listing, go to the category you would like to place it in and click the Add New Listing button.


|
Ext.NET
5.3.0
.NET Component Framework for Enterprise Level Apps
|
Public Member Functions | |
| Builder (TAbstractWriter component) | |
| virtual TBuilder | AllDataOptions (Action< DataOptions > action) |
| This object contains the options passed to Ext.data.Model.getData when writing Ext.data.Model.phantom records or when writeAllFields is set to true. More... | |
| virtual TBuilder | NameProperty (string nameProperty) |
| This property is used to read the key for each value that will be sent to the server. More... | |
| virtual TBuilder | WriteAllFields (bool writeAllFields) |
| True to write all fields from the record to the server. If set to false it will only send the fields that were modified. Defaults to false. More... | |
| virtual TBuilder | GetRecordData (Action< JFunction > action) |
| Formats the data for each record before sending it to the server. This method should be overridden to format the data in a way that differs from the default. More... | |
| virtual TBuilder | FilterRecord (Action< JFunction > action) |
| virtual TBuilder | FilterField (Action< JFunction > action) |
| virtual TBuilder | Prepare (Action< JFunction > action) |
| virtual TBuilder | ExcludeId (bool excludeId) |
| virtual TBuilder | SkipIdForPhantomRecords (bool skipIdForPhantomRecords) |
| virtual TBuilder | SkipPhantomId (bool skipPhantomId) |
| virtual TBuilder | HtmlEncode (bool htmlEncode) |
Configure true to encode html in record data before sending More... | |
| virtual TBuilder | ClientIdProperty (string clientIdProperty) |
| When specified this property causes the Ext.data.Model.idProperty of newly created records to be sent to the server as this name instead of the value of the idProperty. More... | |
| virtual TBuilder | DateFormat (string dateFormat) |
| virtual TBuilder | PartialDataOptions (Action< DataOptions > action) |
| This object contains the options passed to Ext.data.Model.getData when writing non Ext.data.Model.phantom records or when writeAllFields is set to false. More... | |
| virtual TBuilder | Transform (Action< TransformFunction > action) |
| If a transform function is set, it will be invoked just before writeRecords executes. It is passed the unserialized data object and the request object. The transform function returns a data object, which can be a modified version of the original data object, or a completely new data object. The transform can be a function, or an object with a 'fn' key and an optional 'scope' key. More... | |
| virtual TBuilder | WriteRecordId (bool writeRecordId) |
| Public Member Functions inherited from Ext.Net.BaseItem.Builder< TAbstractWriter, TBuilder > | |
| Builder (TItem item) | |
| virtual TItem | ToComponent () |
| Get the instance of the underlying StateManagedItem. More... | |
| virtual TBuilder | CustomConfig (Action< ConfigItemCollection > action) |
| Collection of custom js config More... | |
Additional Inherited Members | |
| Static Public Member Functions inherited from Ext.Net.BaseItem.Builder< TAbstractWriter, TBuilder > | |
| static implicit | operator TItem (BaseItem.Builder< TItem, TBuilder > builder) |
| Implicit conversion of a TItem object directly into a TComponent. More... | |
| Protected Attributes inherited from Ext.Net.BaseItem.Builder< TAbstractWriter, TBuilder > | |
| TItem | item |
| TAbstractWriter | : | AbstractWriter | |
| TBuilder | : | Builder | |
| TBuilder | : | TAbstractWriter | |
| TBuilder | : | TBuilder |
|
inline |
|
inlinevirtual |
This object contains the options passed to Ext.data.Model.getData when writing Ext.data.Model.phantom records or when writeAllFields is set to true.
| action | The action delegate |
|
inlinevirtual |
When specified this property causes the Ext.data.Model.idProperty of newly created records to be sent to the server as this name instead of the value of the idProperty.
|
inlinevirtual |
|
inlinevirtual |
|
inlinevirtual |
| action | The action delegate |
|
inlinevirtual |
| action | The action delegate |
|
inlinevirtual |
Formats the data for each record before sending it to the server. This method should be overridden to format the data in a way that differs from the default.
| action | The action delegate |
|
inlinevirtual |
Configure true
to encode html in record data before sending
|
inlinevirtual |
This property is used to read the key for each value that will be sent to the server.
|
inlinevirtual |
This object contains the options passed to Ext.data.Model.getData when writing non Ext.data.Model.phantom records or when writeAllFields is set to false.
| action | The action delegate |
|
inlinevirtual |
| action | The action delegate |
|
inlinevirtual |
|
inlinevirtual |
|
inlinevirtual |
If a transform function is set, it will be invoked just before writeRecords executes. It is passed the unserialized data object and the request object. The transform function returns a data object, which can be a modified version of the original data object, or a completely new data object. The transform can be a function, or an object with a 'fn' key and an optional 'scope' key.
| action | The action delegate |
|
inlinevirtual |
True to write all fields from the record to the server. If set to false it will only send the fields that were modified. Defaults to false.
|
inlinevirtual |


| KalmanLike {stats} | R Documentation |
Use Kalman Filtering to find the (Gaussian) log-likelihood, or for forecasting or smoothing.
KalmanLike(y, mod, nit = 0L, update = FALSE) KalmanRun(y, mod, nit = 0L, update = FALSE) KalmanSmooth(y, mod, nit = 0L) KalmanForecast(n.ahead = 10L, mod, update = FALSE) makeARIMA(phi, theta, Delta, kappa = 1e6, SSinit = c("Gardner1980", "Rossignol2011"), tol = .Machine$double.eps)
y |
a univariate time series. |
mod |
a list describing the state-space model: see ‘Details’. |
nit |
the time at which the initialization is computed.
|
update |
if |
n.ahead |
the number of steps ahead for which prediction is required. |
phi, theta |
numeric vectors of length ≥ 0 giving AR and MA parameters. |
Delta |
vector of differencing coefficients, so an ARMA model is
fitted to |
kappa |
the prior variance (as a multiple of the innovations variance) for the past observations in a differenced model. |
SSinit |
a string specifying the algorithm to compute the
|
tol |
tolerance eventually passed to |
These functions work with a general univariate state-space model with state vector a, transitions a <- T a + R e, e ~ N(0, kappa Q) and observation equation y = Z'a + eta, eta ~ N(0, kappa h). The likelihood is a profile likelihood after estimation of kappa.
The model is specified as a list with at least components
T
the transition matrix
Z
the observation coefficients
h
the observation variance
V
RQR'
a
the current state estimate
P
the current estimate of the state uncertainty matrix Q
Pn
the estimate at time t-1 of the state
uncertainty matrix Q (not updated by KalmanForecast
.
KalmanSmooth
is the workhorse function for tsSmooth
.
makeARIMA
constructs the state-space model for an ARIMA model,
see also arima
.
The state-space initialization has used Gardner et al's method
(SSinit = "Gardner1980"
), as only method for years. However,
that suffers sometimes from deficiencies when close to non-stationarity.
For this reason, it may be replaced as default in the future and only
kept for reproducibility reasons. Explicit specification of
SSinit
is therefore recommended, notably also in
arima()
.
The "Rossignol2011"
method has been proposed and partly
documented by Raphael Rossignol, Univ. Grenoble, on 2011-09-20 (see
PR#14682, below), and later been ported to C by Matwey V. Kornilov.
It computes the covariance matrix of
(X_{t-1},...,X_{t-p},Z_t,...,Z_{t-q})
by the method of difference equations (page 93 of Brockwell and Davis),
apparently suggested by a referee of Gardner et al (see p.314 of
their paper).
For KalmanLike
, a list with components Lik
(the
log-likelihood less some constants) and s2
, the estimate of
kappa.
For KalmanRun
, a list with components values
, a vector
of length 2 giving the output of KalmanLike
, resid
(the
residuals) and states
, the contemporaneous state estimates,
a matrix with one row for each observation time.
For KalmanSmooth
, a list with two components.
Component smooth
is a n
by p
matrix of state
estimates based on all the observations, with one row for each time.
Component var
is a n
by p
by p
array of
variance matrices.
For KalmanForecast
, a list with components pred
, the
predictions, and var
, the unscaled variances of the prediction
errors (to be multiplied by s2
).
For makeARIMA
, a model list including components for
its arguments.
These functions are designed to be called from other functions which check the validity of the arguments passed, so very little checking is done.
Durbin, J. and Koopman, S. J. (2001) Time Series Analysis by State Space Methods. Oxford University Press.
Gardner, G, Harvey, A. C. and Phillips, G. D. A. (1980) Algorithm AS154. An algorithm for exact maximum likelihood estimation of autoregressive-moving average models by means of Kalman filtering. Applied Statistics 29, 311–322.
R bug report PR#14682 (2011-2013) https://bugs.r-project.org/bugzilla3/show_bug.cgi?id=14682.
## an ARIMA fit fit3 <- arima(presidents, c(3, 0, 0)) predict(fit3, 12) ## reconstruct this pr <- KalmanForecast(12, fit3$model) pr$pred + fit3$coef[4] sqrt(pr$var * fit3$sigma2) ## and now do it year by year mod <- fit3$model for(y in 1:3) { pr <- KalmanForecast(4, mod, TRUE) print(list(pred = pr$pred + fit3$coef["intercept"], se = sqrt(pr$var * fit3$sigma2))) mod <- attr(pr, "mod") }