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ITNAmerica respects your privacy and will keep all customer information confidential. The following information allows us to provide better service to our customers, and helps us better understand the circumstances that customers face when they apply to use the ITN for rides.
A personal ITN transportation account is like a personal bank account. It is debited whenever you take an ITN ride, and when you make a payment to ITN, it is like making a deposit into your account. At the end of each month, you receive a statement that details your rides and any other account activity, such as payments, gift certificates, Ride & Shop™ or Healthy Miles™, volunteer credits, CarTrade™ credits, or payment of membership dues.
ITN is a charitable nonprofit service supported by your fares and voluntary local community support. Because fares cover only half the true cost of rides, the ITN affiliate may include family members and any others you have listed as contacts in its fundraising campaigns, including the Family Membership Campaign, Walk for Rides and Annual Appeal. Participation in these campaigns is voluntary. A contact’s decision not to participate will not affect the quality of your service or your eligibility to use ITN for rides.
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The Independent Transportation Network (ITN) is a nonprofit, community-based organization providing dignified, consumer-oriented transportation for seniors and people with visual impairments.
As an ITNAmerica affiliate community, your ITN benefits from more than a decade of research to develop a model for economically sustainable transportation. Among the public and private organizations that have supported this research are the Federal Transit Administration, the Transportation Research Board (National Academies of Science), AARP, the Great Bay Foundation for Social Entrepreneurs, and the Atlantic Philanthropies. Thousands of private individuals and their families have participated in this research and development, without which, this service would not be possible.
In the spirit of this public/private effort, to continue the development and analysis that will allow ITNAmerica to better understand the mobility needs of older Americans, their families and their communities, and to continuously improve the quality and sustainability of the service, we routinely collect data about riders and the rides we deliver. The identity of our riders is kept entirely confidential in all reports we use for these purposes.
In addition to this routine data collection, ITNAmerica also conducts research. From time to time, we may ask you to participate in a research project. Your participation in the ITNAmerica research studies is voluntary and confidential. If you prefer not to participate in the research studies, your decision will not affect the quality of your service or your eligibility to use ITN for rides.
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PhoPhlo is a screening test for early indications of reading troubles, before kids learn to read.
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The SWI-Prolog executable swipl-win.exe can be started from
the
StartMenu or by opening a .pl
file holding Prolog
program text from the Windows explorer.1The
.PL file extension can be changed during installation. See section
3.2. The installation folder (by default
C:\Program Files\swipl
) contains a subfolder
demo
with the file likes.pl
. This file can be
opened in Prolog from the StartMenu, by opening likes.pl
in
the Windows explorer or by using the following command in the Prolog
application. Be sure to get the quotes right and terminate the command
with a full stop (
).
.
?- [swi('demo/likes')].
If Prolog is started from the start menu it is passed the option
--win_app
, which causes it to start in the local equivalent
of
MyDocuments\Prolog
. This folder is created if it does not
exist.
After loading a program, one can ask Prolog queries about the
program. The query below asks Prolog what food `sam' likes. The system
responds with X = <value>
if it can prove
the goal for a certain
X. The user can type the semi-colon (;) or spacebar. If you
want another solution. Use the return
key if you do not want to see the more answers. Prolog completes the
output a full stop (.) if the user uses the return
key or Prolog knowns there are no more answers. If Prolog
cannot find (more) answers, it writes
false. Finally, Prolog can answer using an error message to
indicate the query or program contains an error.
?- likes(sam, X). X = dahl ; X = tandoori ; ... X = chips. ?-
Note that the answer written by Prolog is a valid Prolog program that, when executed, produces the same set of answers as the original program.
The SWI-Prolog console provided by swipl-win.exe has a menu for accessing the most commonly used commands. We assume not all menu entries need to be explained in detail. We make some exceptions:
swipl.ini
that contains commonly
used settings in comments.There are three options for editing. One is to run an editor of choice in a separate window and use the make/0 command described below to reload modified files. In addition to this option Prolog can be used to locate predicates, modules and loaded files by specifying the editor of choice for use with the edit/1 command, described below. This is achieved by editing the personalisation file (see section 1.3) and following the instructions in the comments.
The default editor is the built-in editor called PceEmacs. This editor provides colourisation support based on real-time parsing and cross-reference analysis of the program.
Other options for editing include GNU-Emacs, SWI-Prolog-Editor and the Eclipse-based PDT environment. See http://www.swi-prolog.org/IDE.html for an up-to-date overview.
This section provides a very brief overview of important or commonly used SWI-Prolog predicates to control the environment.
\
, which must be escaped, or by
using the POSIX standard
/
. Especially when used in source code, /
is to be preferred as it is portable. A Prolog list ([ ... ]) can be
used to abbreviate the consult command. The file extension (.pl
as well as the selected alternative) can be omitted. Here are some
examples:
?- consult(likes). | Load likes.pl
from the current folder (see pwd/0). |
?- ['C:/Program Files/pl/demo/likes'] | Load likes.pl
using absolute path. |
?- ['C: | Same using Windows-style path name |
.pl
file in the explorer,
edit this file. Also available from the menu.?- gtrace, run.
and finally you can include it in
your program to start tracing at a particular point or under a
particular condition:
..., (var(X) -> gtrace ; true), ...,
Using http://www.mingw.orgMinGW or a compiler with a compatible calling format you can write C or C++ code that can be loaded into SWI-Prolog and called as a predicate. You can also embed SWI-Prolog in C/C++ applications.
Details on how to interact with Prolog are in the
http://www.swi-prolog.org/pldoc/refman/SWI-Prolog reference manual . The
mailing list archives and TWiki web provide problems and solutions to
the many problems that may occur. Documentation of the
SWI-cpp.h
C++ include file is available from the
http://www.swi-prolog.org/pldoc/package/pl2cpp.htmlpackage documentation
. This section only discusses some Windows-specific issues.
Because the current versions of SWI-Prolog are compiled and linked with MinGW, we are unsure about the status with regard to compiling extensions using MSVC and embedding SWI-Prolog into MSVC projects.Please send your comments to the SWI-Prolog mailinglist, and/or<EMAIL_ADDRESS>First of all, add the include
folder of the installation
to the search path for headers and the lib
folder to the
search path for libraries. Both DLLs (extensions) or embedded
executables should link to
libswipl.dll.a
and, if appropriate, to the multithreaded
DLL version of the MSVC runtime library.
To create extensions, create a Win32 DLL. To embed Prolog, care
should be taken that Prolog can find the Prolog installation. For
development, the simplest way to ensure this is by adding the
installation bin
folder to the %PATH%
environment and calling PL_initialise() as illustrated below. PL_initialise()
uses the path of the loaded libswipl.dll
module to find the
Prolog installation folder.2When
using the C++ interface from SWI-cpp.h
, these comments
apply to the arguments for PlEngine().
{ static char *av[] = { "libswipl.dll", NULL }; if ( !PL_initialise(1, av) ) { <error> } }
To create an executable that does not rely on Prolog one must create
a saved state of the required Prolog code and attach this to the
executable. Creating saved states is described with qsave_program/2
in the reference manual. This can be attached to a state using the DOS
command below to create final.exe
from the executable
produced by MSVC and the generated saved state.
> copy /b file.exe+file.state final.exe
The swipl-ld.exe automates most of the above complications and
provides compatibility for common tasks on many platforms supported by
SWI-Prolog. To use it with MinGW, set the PATH
environment
variables to include the SWI-Prolog binary folder as well as the MinGW
binary folders (typically C:\MinGW\bin
) to find
gcc. An extension myext.dll
can be created from the
source myext.c
using the command below. Add -v
to see what commands are executed by swipl-ld.exe.
> swipl-ld.exe -shared -o myext myext.c
An embedded executable is created from C, C++ and Prolog files using
> swipl-ld.exe -o myexe file.c ... file.pl ...
SWI-Prolog requiring Windows XP or later (XP, Vista, Windows-7). The download site of SWI-Prolog contains older binaries that run on older versions of Windows. We provide both 32-bit and 64-bit installers.
By default, Prolog uses the .pl
extension to indicate
Prolog source files. Unfortunately this extension conflicts with the
Perl language. If you want to use both on the same Windows machine
SWI-Prolog allows you to choose a different extension during the
installation. The extension .pro
is a commonly used
alternative. If portability is an issue, it is advised to use the
alternative extension only for the
load file, the source file that loads the entire program, and
use the normal .pl
extension for libraries and files loaded
from other files.
The table below lists the installed components. Some components are marked (32-bits) or (64-bits). Most of this is because the 64-bit version is built using more recent tools and from more recent versions of required libraries using different naming conventions. This will probably be synchronised in the future.
| Programs | |
bin\swipl-win.exe | Default Windows application for interactive use. |
bin\swipl.exe | Console-based version for scripting purposes. |
| Utilities | |
bin\swipl-ld.exe | Linker front-end to make single-file mixed Prolog/C/C++ executables. |
bin\swipl-rc.exe | Manipulate Prolog resource files. |
| Important directories | |
bin | Executables and DLL files |
library | Prolog library |
boot | Sources for system predicates |
include | C/C++ header files for embedding or to create extensions |
xpce | XPCE graphics system |
xpce\prolog\lib | XPCE/Prolog library |
| DLLs and other supporting files | |
boot32.prc | Initial Prolog state (32-bits) |
boot64.prc | Initial Prolog state (64-bits) |
\bin\libswipl.dll | The Prolog kernel |
\bin\plterm.dll | The window for swipl-win.exe |
\bin\pthreadVC2.dll | POSIX thread runtime library (64-bits) |
| Extension DLLs (plugins) | |
\bin\cgi.dll | Gather CGI GET and POST arguments |
\bin\double_metaphone.dll | Soundex (sounds similar) |
\bin\memfile.dll | In-memory temporary `files' |
\bin\odbc4pl.dll | ODBC interface |
\bin\plregtry.dll | Windows registry interface |
\bin\porter_stem.dll | Porter stemming implementation |
\bin\random.dll | Portable random number generator |
\bin\rdf_db.dll | RDF database |
\bin\readutil.dll | Fast reading utility |
\bin\sgml2pl.dll | SGML/XML parser |
\bin\socket.dll | Prolog socket interface |
\bin\table.dll | Access structured files as tables |
\bin\time.dll | Timing and alarm library |
\bin\xpce2pl.dll | The XPCE graphics system |
\bin\zlib1.dll | Compression library (32-bits) |
\bin\zlibwapi.dll | Compression library (64-bits) |
\bin\zlib4pl.dll | Compression library interface |
The filetype .pl
or chosen alternative (see section
3.2) is associated to swipl-win.exe. A chosen folder (default
SWI-Prolog) is added to the start menu holding shortcuts to Prolog and
some related utilities. The following registry keys are in use. The
64-bit version uses Prolog64
instead of Prolog
as a key to accommodate installation of both versions on the same
machine. Note that opening a
.pl
file can be associated with one of the installed Prolog
versions only.
HKEY_LOCAL_MACHINE | |
fileExtension | Extension used for Prolog files |
group | Start menu group |
home | Installation directory |
HKEY_CURRENT_USER | |
| Note: thread-windows store the same info in sub-keys | |
Height | Height of window in character units |
Width | Width of window in character units |
X | Left edge of window in pixel units |
Y | Top edge of window in pixel units |
SaveLines | Number of lines available for scrollback |
The installer asks for the admin
execution level (Vista
and later) to be able to write shortcuts and registry keys.
If you want a desktop entry for SWI-Prolog, right-drag
swipl-win.exe to the desktop and select `Create shortcut'. Then
edit the properties and add --win_app
to the command line
to make the application start in MyDocuments\Prolog
.
The SWI-Prolog website is located at http://www.swi-prolog.org/.
The SWI-Prolog license allows it to be used in a wide variety of environments, including closed-source commercial applications. In practice, redistribution and embedding is allowed, as long as modifications to the SWI-Prolog source are published following the Free Software rules.
The SWI-Prolog kernel and foreign libraries are licensed under the Lesser General Public License (LGPL). The Prolog files are licensed under the normal General Public License GPL with an additional statement that allows for embedding in proprietary software:
As a special exception, if you link this library with other files compiled with a Free Software compiler to produce an executable, this library does not by itself cause the resulting executable to be covered by the GNU General Public License. This exception does not, however, invalidate any other reasons why the executable file might be covered by the GNU General Public License.
This exception is a proven construct used for libgcc, the GNU C-compiler runtime library.
There are several ways to support SWI-Prolog:
Sponsoring development has several benefits: (1) it solves your bottlenecks, (2) others help debugging it, and (3) it strengthens SWI-Prolog's position, which gives you better guarantees that the system remains actively developed and makes it easier to find resources and programmers.


A project like PicoContainer is always made possible by the effort of a lot of people. Read about the developers and the contributers' names below. All of them have worked together to make PicoContainer the most respected IoC framework.
Paul is 39, has worked for ThoughtWorks since 2002 and is co-founder of the PicoContainer project. He used to freelance but is now very happy at TW. Paul practices XP on client sites and loves open source on which he is chief zealot for TW. He formerly worked at Apache on the Avalon project and remains there working on AltRMI. He loves the simplest thing as a design metaphor, hates too much XML. He loves the lowest common denominator (LCD) as a mechanism for facilitating divergent designs. To that end, he encourages multiple implementations of LCD ideas and APIs. Paul hopes to see Milli, Kilo and Mega implementations of the Pico idea. He hopes to see a myriad of interchangeable Pico Components. He hopes to see standard APIs for components emerge from those implementations, but never be forced when teams cannot agree. It would be fairly easy to guess that Paul does not like big up-front design. That not withstanding the fact that he used to do bucket-loads of it Paul with Aslak, wrote the first lines. Paired, under the influence of a couple of beers, and based on Joe's story of Rachel Davies' comments to his setter injector IoC work at the start of June 2003.
Paul is also well known for Enterprise Object Broker and Jesktop, the original driven side of Selenium and other stupid ideas like Thicky and related early Web 3.0 references
Konstantin Pribluda
I'm 32 and live in Wiesbaden. I started programming at the age of 12 and had access to really cool systems ranging from WANG 3200 through PDP 8/11 to System-360 ( actually sovjet clones of them, but who cares? ). My first "paid for" work was in 1988, and from that point I financed my study freelance software development. I developed fiscal management systems, medical video archiving, internet applications for telcos and java applet games ( later was for personal fun )...
After study I continued to freelance ( this time for better paying, but also fast failing ) companies and started to work on open source software ( xdoclet ). Now I'm permanently hired project leader, and I'am in position to use ( and develop ) whatever technologies I see fit - of course xdoclet, pico, nano and a lot of other stuff.
My biggest private interest ( besides open source programming ) is mountainbike racing.
Jörg Schaible
I was invited by Paul and Aslak early in 2004 to participate on the development of this project. I am currently 36 and write code for nearly 20 years in several languages and lately also Java. I have experience in AI software, did system programming and developed and maintained a plattform-independent GUI and database framework, and had to deal with CMS programming in JavaScript and J2EE. I was always involved in automated builds and tests for all these projects and one artifact left is JsUnit.
Pico got my interest after some first steps with IoC using the Avalon framework. I felt in love with Pico from the first moment, because of its simplicity and natural way of programming. Yet, there is a lot of space for further development on top of it and I am happy to be part of it.
My interests besides programming are my wife (who always gets too less time), reading books (a lot of fantasy and SF stuff), hearing celtic-rooted music (although I like others also lot), and - when in mood - cooking
Last, but not least, beeing a Christian is a part of my life, where I have my roots.
I first came across Paul at an XTC (eXtreme Tuesdays Club) on Agile development at the Ol' Bank of England Pub in London. Back then PicoContainer had yet to be born. We were both working with Avalon IoC and in particular the Phoenix microkernel. Ever since discussing all the limitations of the Avalon framework - in particular the dependency on an API - I knew that the way forward was the Pico way.
I've worked in Java and enterprise systems for several years in various business domains - ranging from space data search portal for ESA to real-time messaging at the BBC - and I've come to appreciate the beauty, elegance and power of CDI.
I live in Chicago, or at least that is where all my bills are sent. As it seems to be the lingo, I was assimilated into ThoughtWorks back in 2003. I have been developing professionally since 1997 and have had the great opportunity to work and live in many great locations with some exceptionally talented individuals. I was immediately drawn to PicoContainer because of its simplicity. The API is small and does not force you to define all your configurations in XML. The projects I have worked on are easier to test, refactor, debug and extend because a natural side effect of utilizing CDI is a small and easy to comprehend code base. Mike leads the Waffle web framework project (the easiest for Java we think).
Have worked/contributed to various PicoContainer Java modules as well as the .NET port.
Michael came to the Java world after programming for about eight years in the Windows API. He dove head first into Java J2EE frameworks by initially working with the popular heavyweight Expresso framework where he introduced unit testing to those developers. During his stint as Lead Developer, the framework's usage numbers exploded. After about nine years working with J2EE, Michael found the joys of light weight components and PicoContainer and has been reaping the performance benefits of both ever since. His goal is to see PicoContainer grow in the J2EE arena, in particular for web applications, while keeping Pico perfect for embedding in all applications.
Michael works for Centerline Computers, Inc in Corvallis Oregon.
Emeritus committers are those committers who have contributed significantly to the development of the project, but have been inactive for a period amount of time.
* Thomas Heller
Aslak is very accomplished in the Open Source space and co-founder of PicoContainer. He leads XDoclet, and has taken over QDox from Joe. He wrote most of the impressive MiddleGen, and has refactored Generama out of both. From an observers point of view Aslak is prolific. Aslak was assimilated into ThoughtWorks in 2003. [ Words by Paul ]
* Mike Hogan
* Stephen L. Molitor
Dan is a passionate Agile Coach and Developer. He's adept at a huge range of languages, with Ruby being his current favorite. This is his first foray into Open Source. Dan was assimilated into ThoughtWorks in 2002. [ Words by Paul ]
* Leo Simons
* Chris Stevenson
James used to dislike IoC, when the type that forced you to implement interfaces was the only choice. He championed the whole 'beans' effort at Apache, particularly in Jakarta-Commons. Most recently he's one of the the technical figurehead of LogicBlaze and a key in the Apache Geronimo project. Most exciting of all of James' activities has been as initial lead of the Groovy language (thank god James got off his XML horse - Ed). James refuses to join ThoughtWorks. [ Words by Paul ]
Jon is a passionate fellow who's invidually accomplished in the Open Source space. Nanning is one of his babies, and he's a committer to Prevayler. With Aslak, DamageControl is is latest project. Jon was assimilated into ThoughtWorks in 2003. Latterly in Australia, he leads some of the ThoughtWorks Studios developments. [ Words by Paul ]
Joe Walnes is one of those high accomplished people, with a trail of "I must work with him" fans and quality Open Source projects behind him. He wrote SiteMesh, and large chunks of OpenSymphony. He started QDox, and XStream. One of the unsung heroes of Java/.Net development. Joe was assimilated into ThoughtWorks in 2002, then Google in 2006. [ Words by Paul ]
I live in Rio de Janeiro, Brazil.
http://www.peleteiro.net
Jose Peleteiro works for Neoris do Brasil.
Contributers
A lot of people have contributed ideas and code to the PicoContainer's code base. See the names in the list below in alphabetical order.
* Nicolas Averseng
* Mathias Bogaert
* Rao Chejarla
* Jeppe Cramon
* Stacy Curl
* Laurent Etiemble
* Scott Farquhar
* Obie Fernandez
* Jay Fields
* Steve Freeman
* Mario Gutierrez
* Matt Ho
* Jacob Kjome
* Rafal Krzewski
* Aapo Laakkonen
* Graham Lea
* Philipp Meier
* Zohar Melamed
* Kouhei Mori
* Mirco Novakovic
* Rickard Öberg
* Kevin O'Neill
* Miguel A. Paraz
* Gilles Philippart
* Michael Rettig
* Adam Rosien
* Pedro Santos
* Jens Schumann
* Nick Sieger
* Paulo Silvera
* Vincent Tence
* Calvin Yu


"THE LORDS OF DISCIPLINE" (USA, 1983) A Film Review by James Kendrick **1/2 (out of ****)
Director: Franc Roddam || Screenplay: Thomas Pope and Lloyd Fonvielle (based on the novel by Pat Conroy) || Stars: David Keith (Will McLean), Robert Prosky (Bear), G.D. Spradlin (Gen. Durrell), Barbara Babcock (Abigail), Michael Biehn (Alexander), Rick Rossovich (Dante Pignetti), John Lavachielli (Mark), Mitchell Lichtenstein (Trado), Mark Breland (Pearce), Malcolm Danare (Poteete) || MPAA Rating: R
"The Lords of Discipline" was one of the last in a string of youth-oriented military movies that appeared in the early eighties, including "Taps" (1981) and "An Officer and a Gentleman" (1983). However, it has neither the idealism of the former, nor the romance of the latter.
The story is set at the fictional Carolina Military Institute in South Carolina, some time during the mid-sixties when America was in a period of profound change. Although at first, the movie seems to be about the school's difficulty in incorporating its first black cadet, it soon turns into a sort of quasi-mystery about one honest cadet's battle against a secretive group-within-the-group. Known as "The Ten," this group has determined to ensure that all those that "don't fit in" according to their standards are run out of the school.
The main character is a senior cadet named Will McLean, effectively portrayed by David Keith, who looks like a less severe version of Patrick Swayze. Will is something of a misfit, and the only reason he is at the school is because it was his dying father's wish. He has been taken under the wing of the school's cadet commander, a salty old cigar-chomping colonel known as Bear (Robert Prosky). Bear asks Wills to keep an eye on the new black cadet, Pearce (Mark Breland), because Bear knows there will be trouble, and Pearce will need an older cadet to stand up for him. Will isn't excited about the idea, but because of the respect and friendship he shares with Bear, he agrees.
It doesn't take long for the pressure to mount on Pearce - he is systematically attacked with racial slurs and extreme physical exercise, but it's really no worse than any of the freshman "knobs" are getting. However, once "The Ten" get involved, everything changes. The movie establishes the danger of "The Ten" by first depicting their physical and mental torture of another freshman, this one a chubby slacker who ends up throwing himself off a building in desperation. This suicide is probably the most gratuitous scene in the film, not because it's graphically violent, but because once it happens, the character is just forgotten. (Somehow, I have a hard time believing that if a military school lost a freshman to suicide in the first week, there wouldn't be some kind of investigation.)
Before the suicide, Will had never heard about "The Ten." When he asks Bear about it, Bear is allusive. Was he, perhaps, a past member? And who are the current members? Infuriated that "The Ten" are able to break the school's strict codes of conduct at their leisure, and suspecting that the school itself is secretly backing them, Will sets out to unmask the group and put a stop to their reign of terror.
The framework of "The Lords of Discipline" is your typical one man and his righteousness versus the group and their evil doings. As directed by Franc Roddam, it's a fairly effective thriller, although it sometimes feels a bit mean-spirited and sadistic. The movie was based on a novel by Pat Conroy, the same man who wrote "The Great Santini" (1979) and "The Prince of Tides" (1991). It contains Conroy's typically melodramatic and intense treatment of characters and situations, but there is a strain of realism because Conroy attended The Citadel, which is the obvious inspiration for the fictional Carolina Military Institute.
One of the major disappointments in the film is its coarse and ill-defined treatment of racial matters. It seems that every single character is racist, even those we're suppose to be siding with, including Bear, Will, and his three roommates, Dante Pignetti, a.k.a. "Pig" (Rick Rossovich), Mark (John Lavachielli), and Trado (Mitchell Lichtenstein). The roommates are ostensibly on Will's side and therefore on the audience's side as well, but the movie often makes them quite difficult to like as people. The movie throws around a lot of racial slurs amongst the roommates and other caders, but little is ever made of it.
Of course, the story does take place in the South during the sixties, but does that mean that every white character living in that time and place was openly racist? At one point, Will and his roommates are on the verge of getting run out of the school for their actions against "The Ten," and in his defense Will blurts out, "I never did it for the nigger!" It almost completely undermines his credibility as a character, and brings into question the film's motives.
There's a small scene between Will and Pearce at the end of the film that tries to smooth everything over, but it feels forced and phony. Is Will truly proud that the school's first black cadet might actually make it, or is he just proud of himself for winning against the system?
In a nutshell, "The Lords of Discipline" wants be titillating with its sadistic violence and hazing rituals (including Pearce having the number "10" carved on his back with a knife and a torture session involving electrodes and gasoline), and then throw down a firm ruling that it was all wrong. Those who dislike the military environment could easily point this movie out as a perfect example of what's wrong with our military system. However, at the same time, those who support the military can also use the movie in their defense, citing the fact that when the cadets play by the rules, everything works. It's only when a small group takes matters in its own hands that the system gets out of control.
However, despite the alternating sadistic/righteous tone of "The Lords of Discipline," there is some fun to be had: watching for now-famous actors in early roles. Look for Judge Reinhold ("Beverly Hills Cop"), Michael Biehn ("The Terminator," "The Abyss") and especially Bill Paxton ("Apollo 13," "Titanic"), who for some reason chose to be listed in the credits as "Wild" Bill Paxton. Ironically enough, it the two young actors who give the best performances - David Keith who also starred in "An Officer and a Gentleman," and Rick Rossovich, who some will remember as Slider in "Top Gun" - who went virtually nowhere.
©1998 James Kendrick ____________________________________________ Visit "Charlie Don't Surf!" an eclectic collection of film reviews by James Kendrick http://www.bigfoot.com/~jimkendrick || E-mail<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


pa02 : Linked-list implementation of a card game
| num | ready? | description | assigned | due |
|---|---|---|---|---|
| pa02 | false | Linked-list implementation of a card game | Thu 04/26 09:00AM | Fri 05/11 11:59PM |
Introduction
- Create a github repo following the correct naming convention.
- If you have a partner, add you partner as a collaborator to the repo. Partner should accept the invitations to complete this process
- Join a team on submit.cs
- Get the starter code for this lab by doing a git pull in your starter-code repo and copying the files from the pa02 folder in this git repo: https://github.com/ucsb-cs24-w18/cs24-w18-lab-starter-code
Goal of this assignment
- Practice using linked lists
- Learn to organize a project’s code structure on your own (not just filling in a template)
- Learn to design classes using good OOP design principles discussed in class
Instructions
The game
Alice and Bob are playing a game a bit like Go Fish, although neither of them is very good at it. Rather than randomly guessing what card the other person has, they take turns to find a matching card. Each player goes through their list of cards in order and asks the other player to list all of their cards in order until a match is found. The game ends once they do not have any cards in common. Note that they do not draw any cards during this process.
You have pointed out to Alice and Bob that this game is completely deterministic. They’re not sure what you mean, so you decide to demonstrate by showing that a computer can predict how a game will play out. To do this, you’ll be using a linked list!
Your approach
At the start of the program, you will read in Alice and Bob’s starting hands from two files. The names of these files are provided as command line arguments with Alice’s file in argv[1]
and Bob’s in argv[2]
. The starter code opens the files for you as ifstream
objects, which you can treat much like cin
. You should read Alice and Bob’s cards into two linked lists, making sure to maintain the order in the file, that is the first card in the file should be at the head of the list.
Once you have the lists of cards, the game begins. Alice goes first and iterates over each card in her hand, checking whether Bob has that card. Once a matching card is found, you should print the line “Alice picked matching card
The process then repeats, except this time, Bob looks through his cards for the first one that Alice also has. Each player should begin their search where they left off in a previous round. Once there are no matching cards, you should print out the final hands of both players with the matching cards removed.
You should write your own Makefile for this lab so that running make
builds an executable called game
.
Example
Contents of alice_cards.txt
:
h 3
s 2
c a
c 3
h 9
s a
Contents of bob_cards.txt
:
c 2
s a
d j
h 9
c 3
Correct output after running make && ./game alice_cards.txt bob_cards.txt
:
Alice picked matching card c 3
Bob picked matching card s a
Alice picked matching card h 9
Alice's cards:
h 3
s 2
c a
Bob's cards:
c 2
d j
Note: a=ace, k=king, q=queen, j=jack
Requirements
For this lab, you will have a lot of flexibility on your implementation (which just means we won’t be providing a code framework for you to fill in). However, there are a few requirements that your mentor will check for when they look at your code. Keep these in mind as you think about your solution:
- You must use a linked list you implemented yourself to solve the problem, not another data structure or a linked list in the standard library.
- Your solution must include at least one overloaded operator. This will probably be the operator on your Card class to check if two cards match i.e. they have the same suit and value.
- Your linked list must implement a constructor, a de-constructor and other other methods as needed
- You code should be readable
- Your classes should define clear interfaces and hide implementation details as much as possible.
-
Your program must properly free all memory it allocates, including your linked list nodes and any dynamically allocated data stored inside them. We will also check this with valgrind when you turn in your code to submit.cs.
- Extra credit: Appropriate use of recursion to write concise and elegant code without compromising on performance.
Submission instructions
Files to submit
You must organize your program in three files: main.cpp cards.cpp and cards.h
In addition you must create a Makefile that compiles your program to an executable called game
You must submit exactly four files with the names: Makefile, main.cpp, cards.cpp, cards.h
Checkpoint deadline: 02/16 at midnight (20 points)
Complete an initial design of your classes and push your code to github by the checkpoint deadline. For example if you decide to use two classes to create the card game you must provide the declarations of both classes in cards.h and describe the public interface of each class. You must also complete implementing the code that reads each player’s cards from a file and stores it in a linked list as well as the code that prints each players hand. To get credit for the checkpoint your code must compile without error. This means that you must create stubs for any functions that you are yet to implement.
Include the commit message “CHECKPOINT SUBMISSION” when pushing your code to github.
Submit PA4 at https://submit.cs.ucsb.edu/, or use the following command from a CS terminal:
~submit/submit -p 951 Makefile cards.cpp cards.h main.cpp
You should see a score of 60/60
The remaining 40 points are broken down as:
- 20 pts for meeting the checkpoint requirements
- 20 points for style and overall design following the guidelines in the requirements (above)
Created by Jack Alexander and Diba Mirza


Sat Jan 28, 2012
Anyone who grew up in the 80s will remember Revenge of the Nerds. The movie made ruthless fun of nerds, while offering them an olive branch in the form of Hollywood catharsis. My, how times have changed.
Now, social awkwardness is endearing. Comic-book movies are cool. Gadgets, gaming, and tech are in. Kids want to be programmers and engineers. Their parents want them to do well in math and science - in short, they want their kids to be nerds.
What happened to the jocks? Are they out there somewhere, hosting secret Superbowl parties, covertly snapping towels at each other, and anxiously awaiting the release of Revenge of the Jocks? One thing’s for sure - they’re not holding their heads high anymore. The nerds won. And I for one welcome our new overlords (had to say it).


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Perl Weekly
Issue #226 - 2015-11-23 - 2 interviews
latest | archive | by Gabor Szabo
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Hi there!
Usually Perl developers don't get a lot of screen-time, but this week we have two interviews. One with Ribasushi, and the other one with Larry Wall.
If you don't have time to watch them right away, then save this issue of the Perl Weekly, and check out the interviews later during the week.
Enjoy!
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Sponsors
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Senior Applications Engineer
Uniregistry is looking for a talented and passionate engineer to build and maintain a world-class registry and registrar. This position requires the ability to analyze and implement elegant solutions to complex problems while contributing to the development of reusable components
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Announcements
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Articles
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Discussion
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Should we call it "Learning Perl 5"
by brian d foy (BDFOY)
Now that Perl 6 is going to be release within a few weeks brian d foy is wondering if the next edition of the "Learning Perl" book that deals with the Perl 5 syntax should say so in the title. Not surprisingly the Reddit discussion got quite long. People have strong opinions.
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Testing
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Code
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CPAN
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One more month in the 2015 CPAN PR Challenge
by Neil Bowers (NEILB)
Let's end the year in a bang! If you have started the CPAN PR Challenged at the beginning of the year, and have not followed through, it is the time to do all the remaining tasks. There is no better time than 2 days before the dead-line! Except maybe 1 day before the dead-line.
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Fun
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Grants
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Perl 5 Porters
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Videos
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Perl 6
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What one Christmas elf has been up to
by Jonathan Worthington (JONATHAN)
60 out of 100 issues that are needed for the Christmas release were fixed. NFG improvements is just one subject. Normal Form Grapheme is an efficient way of providing strings at grapheme level. Apparently there is an example when Unicode standard and 'how people think' differs.
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Training
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A gentle crash course on Perl in London
by Andrew Solomon (ILLY)
Developers of all programming languages are invited to the London Perl Workshop on December 12. There will be a free 2 hour hands-on course with the highlights of Perl, its community and its ecosystem so that the attendees are well prepared when they encounter it in the wild.
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Weekly collections
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Other
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Events
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OSCON Call for Papers
by Mark Keating
The OSCON Call for Papers closes this Tuesday, 24th November, and at this moment there are no papers submitted on Perl. It would be a shame if the conference that started as The Perl Conference did not have any presentation about Perl.
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You know, you could get the Perl Weekly right in your mailbox. Every Week. Free of charge!
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PowerAid: A Smart, Wireless Triple-Relay Metering Load Controller
Winner: UCI Undergraduate Research Fellowship (2016)
California aims to reduce the consumption of non-renewable energy sources and increase renewable energy sources with a target of 50% renewables by 2030. Simultaneously, Internet of Things (IoT) technology is growing in capability and popularity enabled by low cost, low power, microcontroller and wireless components. Can IoT technology be a major key to both energy savings and demand response? By 2020, IoT will be a trillion-dollar industry worldwide with a subnet of multi-billion-dollar energy management industry. What types of devices and which implementation strategies can yield the largest impact on energy management? We seek to deliver a solution to bring control to a class of overlooked large residential loads.
Our project aims to reduce and manage energy consumption within high load devices by monitoring energy usage and providing control of these devices in residences. These loads include pool pumps, spas, HVAC compressors, and Electric Vehicle (EV) chargers. Pool pumps commonly have two speed modes that can be controlled. In collaboration with Smartenit, LLC, we developed a triple relay load controller that interfaces through WiFi. The device is designed to measure and control 3 loads up to 240VAC and 30 AMPs, allowing consumers to manage large loads in an intelligent and efficient manner in order to maximize energy management.


Two taskbar, both with autoHide feature on. Taskbar on the bottom has the default settings, while taskbar on the top has custom durations (note how false accounts for no animation and taskbar is shown immediately).


Q. Reminders not working on Android?
Most reminder apps suffer from this issue. Please refer to the following sites.
Q. How to sync data on multiple devices?
Sorry but the app doesn't support that feature.
Most recent apps support automatic data sync between multiple devices with cloud database servers and associated users accounts. As a part-time individual developer, it's not easy for me to maintain the database server. However you can transfer data when you change phones with backup & restore features.


{% extends "base.html" %} {% block title %}Not Found{% endblock %} {% block breadcrumb %}
{% endblock breadcrumb %} {% block content %}We couldn't find the content that you were looking for.
Use the following links in the Site Navigation section below to view content available on this site.


|
SWE_FVM
1.0.0
|
#include <StructTriangMesh.h>
Public Member Functions | |
| StructTriangMesh (size_t ni, size_t nj, double h) | |
| size_t | Ni () const |
| size_t | Nj () const |
| Public Member Functions inherited from TriangMesh | |
| TriangMesh ()=default | |
| TriangMesh (TriangMesh &&other)=default | |
| TriangMesh (const TriangMesh &other)=delete | |
| TriangMesh (std::string const &filename) | |
| size_t | NumNodes () const |
| size_t | NumEdges () const |
| size_t | NumTriangles () const |
| EdgeTag | EdgePoints (NodeTag i) const |
| EdgeTag | EdgeTriangs (NodeTag i) const |
| bool | IsEdgeBoundary (NodeTag i) const |
| TriangTag | TriangPoints (NodeTag i) const |
| TriangTag | TriangEdges (NodeTag i) const |
| TriangTag | TriangTriangs (NodeTag i) const |
| bool | IsTriangleBoundary (NodeTag i) const |
| double | MinX () const |
| double | MaxX () const |
| double | MinY () const |
| double | MaxY () const |
| Point | P (NodeTag i) const |
| Point | T (NodeTag i) const |
| Point | E (NodeTag i) const |
| Point | C (NodeTag i) const |
| PointArray | P (NodeTagArray const &i) const |
| PointArray | T (NodeTagArray const &i) const |
| PointArray | E (NodeTagArray const &i) const |
| PointArray | C (NodeTagArray const &i) const |
| Eigen::Vector2d | Tang (NodeTag ie, NodeTag it) const |
| Eigen::Vector2d | Norm (NodeTag ie, NodeTag it) const |
| double | L (NodeTag ie) const |
| double | Area (NodeTag it) const |
Private Member Functions | |
| void | TriangB (Idx i, Idx j) |
| void | TriangR (Idx i, Idx j) |
| void | TriangT (Idx i, Idx j) |
| void | TriangL (Idx i, Idx j) |
Private Attributes | |
| Idx | m_curr_e = 0 |
| size_t | m_ni |
| size_t | m_nj |
| size_t | m_num_verts |
| size_t | m_num_sqrs |
Additional Inherited Members | |
| Public Types inherited from TriangMesh | |
| using | NodeTag = Idx |
| Protected Attributes inherited from TriangMesh | |
| PointArray | m_p |
| EdgeTagArray | m_edge_points |
| EdgeTagArray | m_edge_triangs |
| TriangTagArray | m_triang_points |
| TriangTagArray | m_triang_edges |
| TriangTagArray | m_triang_triangs |
| StructTriangMesh::StructTriangMesh | ( | size_t | ni, |
| size_t | nj, | ||
| double | h | ||
| ) |
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inline |
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inline |
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private |
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private |


My Homework - TODO App
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I was toying around with an idea for a short fantasy-genre story called "A guy with a sword" last night and thinking about how (if at all) it should be influenced by my own Australian nature.
But then I was thinking, have swords ever been a big deal here? Are there any records of men dueling each other from the early days of the colony? In fact, has anyone in Australia ever been killed with an actual sword?
It was common for certain military ranks to wear swords as part of formal dress, but certainly not for combat.
Hapkido Master splits assistant's head open during demonstration
http://www.tsuki-kage.com/darwin.html
Man charged over samurai sword attack
http://www.news.com.au/story/0,27574,24600580-1245,00.html
Four charged with sword-fight death
http://www.smh.com.au/news/national/four-charged-with-swordfight-death/2007/01/10/1168105052403.html
I'm pretty sure a Japanese street gang finished off one of their members with a samurai sword near where I used to live in Prahran in Melbourne, and of course Australian POW's were beheaded by the Japanese during WWII.
Also, I once split Benny's finger open duelling with a spade and a stick.


Hello [full_name]. Click the link below to reset your password.
Reset your password by clicking this link.
Psst, your username at AnarQ is [username]
Didn't request this email? Don't worry, just delete it.


Sample code from Hands-On Machine Learning¶
One of the best ways to learn to code is to read and understand code written by experienced programmers.
This code comes from the book Hands-On Machine Learning with Scikit-Learn, Keras, and TensorFlow, 2nd Edition by Aurélien Géron. From the UC Irvine campus (or using VPN), the book can be accessed through O’Reilly textbooks. The code was copied from the corresponding GitHub page. Some small modifications have been made to incorporate additional Math 10 material. (Here is the License.)
Worksheet assignment¶
You can download this notebook by clicking the link at the top right of the page, and then right-clicking on the .ipynb
option. You need to download this notebook so you can evaluate this code yourself.
Take notes on one of the notecards distributed in class. The notes can be anything you think is useful from this code. The notes could be things like: what are the different modules used for? What is the syntax for plotting in Seaborn vs Matplotlib?
The notes should include a description of how to perform linear regression using scikit-learn.
Write the names of everyone in your group at the top of the notecard.
Upload a picture of the notecard to Canvas. (If you don’t receive a notecard, you can take notes on an ordinary sheet of paper.)
Remark: You are allowed to use a (different) notecard with notes during the midterm. So while you are taking notes, be thinking about what sort of material would be useful for the midterm.
Advice¶
Don’t be intimidated if some of this material looks very unfamiliar. Almost all code looks unfamiliar the first time you see it. Even if you return to some of your earlier Math 10 assignments, the code you wrote might also look confusing.
Preparing the data¶
import os
import urllib.request
import numpy as np
import pandas as pd
import matplotlib.pyplot as plt
import seaborn as sns
import altair as alt
import sklearn
import sklearn.linear_model
assert sklearn.__version__ >= "0.20"
os.getcwd()
datapath = os.path.join("datasets", "lifesat", "")
DOWNLOAD_ROOT = "https://raw.githubusercontent.com/ageron/handson-ml2/master/"
os.makedirs(datapath, exist_ok=True)
for filename in ("oecd_bli_2015.csv", "gdp_per_capita.csv"):
print(f"Downloading {filename}")
url = DOWNLOAD_ROOT + "datasets/lifesat/" + filename
urllib.request.urlretrieve(url, datapath + filename)
os.listdir(datapath)
oecd_bli = pd.read_csv(datapath + "oecd_bli_2015.csv", thousands=',')
gdp_per_capita = pd.read_csv(datapath + "gdp_per_capita.csv",thousands=',',delimiter='\t',
encoding='latin1', na_values="n/a")
The next function prepare_country_stats
is a little more complicated than the rest of the code, so focus on the rest of the code before returning to this function.
def prepare_country_stats(oecd_bli, gdp_per_capita):
oecd_bli = oecd_bli[oecd_bli["INEQUALITY"]=="TOT"]
oecd_bli = oecd_bli.pivot(index="Country", columns="Indicator", values="Value")
gdp_per_capita.rename(columns={"2015": "GDP per capita"}, inplace=True)
try:
gdp_per_capita.set_index("Country", inplace=True)
except KeyError:
pass
full_country_stats = pd.merge(left=oecd_bli, right=gdp_per_capita,
left_index=True, right_index=True)
full_country_stats.sort_values(by="GDP per capita", inplace=True)
remove_indices = [0, 1, 6, 8, 33, 34, 35]
keep_indices = list(set(range(36)) - set(remove_indices))
return full_country_stats[["GDP per capita", 'Life satisfaction']].iloc[keep_indices]
country_stats = prepare_country_stats(oecd_bli, gdp_per_capita)
Getting data for the predictor (input) variable \(X\) and the target (output) variable \(y\).
X = np.c_[country_stats["GDP per capita"]]
y = np.c_[country_stats["Life satisfaction"]]
Linear regression with scikit-learn¶
# Select a linear model
model = sklearn.linear_model.LinearRegression()
# Train the model
model.fit(X, y)
# Make a prediction for Cyprus
X_new = [[22587]] # Cyprus' GDP per capita
print(model.predict(X_new)) # outputs [[ 5.96242338]]
Four examples of plotting the data¶
# Altair
alt.Chart(country_stats).mark_circle().encode(
x = "GDP per capita",
y = "Life satisfaction"
)
# Matplotlib
fig, ax = plt.subplots()
ax.scatter(X,y)
# Seaborn
sns.scatterplot(data=country_stats, x="GDP per capita", y = "Life satisfaction")
# pandas
country_stats.plot(kind='scatter', x="GDP per capita", y='Life satisfaction')


| dc:title | KEV Metadata Format: patent |
|---|---|
| dc:creator | NISO Committee AX, OpenURL Standard Committee |
| dc:description | This Matrix represents a patent document as a string of ampersand-delimited Key/Encoded Value pairs |
| dc:identifier | http://www.openurl.info/registry/docs/mtx/info:ofi/fmt:kev:mtx:patent |
| dc:identifier | info:ofi/fmt:kev:mtx:patent |
| dcterms:created | "2004-01-01" |
| dcterms:modified |
A representation of a Key/Encoded-Value pair is generated by concatenating the contents of the first four columns of a row that begins with an ampersand in the Matrix below. The ordering of KEV pairs is not important. Rows which have '#' in the first column are comments and should not be included in the representation.
The following data types are provided for the values of the Keys, which must be URL-encoded:
| <data> | Character string |
|---|---|
| <id> | Character string for an Identifier (Z39.88-2004, Part 1, Section 7) |
| <fmt-id> | Character string for a Format Identifier (Z39.88-2004, Part 1, Sections 12 and 13) |
| <m-key> | Character string for a Metadata Key (Z39.88-2004, Part 2, Section 7.1) |
| <url> | Character string for a URL |
| <date> | Character string representing a date to the complete date level of the W3CDTF profile of ISO 8601, of the form: [ YYYY-MM-DD | YYYY-MM | YYYY ] |
| <time> | Character string representing a date and time to the seconds level of the W3CDTF profile of ISO 8601, of the form: [ YYYY-MM-DDThh:mm:ssTZD | YYYY-MM-DD ] |
Abbreviations in column headings:
| Delim | Key | Equals | Value | Min | Max | Description |
|---|---|---|---|---|---|---|
| & | inventor | = | <data> | 0 | * | Inventor's full name e.g. "Smith, John J." |
| & | invlast | = | <data> | 0 | 1 | Family name of the first inventor listed on the patent, e.g. "Smith". |
| & | invfirst | = | <data> | 0 | 1 | First or given name or names of the first inventor listed on the patent, e.g. "John J." |
| & | title | = | <data> | 0 | 1 | Patent title, e.g. "Multi-purpose, species discriminating bird feeder". |
| & | co | = | <data> | 0 | 1 | Full name of the country of publication, e.g. "Canada" |
| & | cc | = | <data> | 0 | 1 | County of publication code, in ISO 2-character format, e.g. "JP". |
| & | kind | = | <data> | 0 | 1 | The patent kind code indicates the stage of the patent. Kind codes are meaningful within a country code, ie.e. "AU A1". |
| & | applcc | = | <data> | 0 | 1 | Application country code; the country in which the patent application was made (mainly used for patents pending). |
| & | applnumber | = | <data> | 0 | 1 | Application number assigned to the patent, e.g. "2000028896". |
| & | number | = | <data> | 0 | 1 | Patent number.This number is usually combined with the country code for retrieval. |
| & | date | = | <date> | 0 | 1 | Date patent was issued. |
| & | applyear | = | <date> | 0 | 1 | Year the application was made. |
| & | appldate | = | <date> | 0 | 1 | Date of the patent application. |
| & | assignee | = | <data> | 0 | 1 | Patent assignee, e.g. "IBM", "Microsoft Corporation". |
| & | pubdate | = | <date> | 0 | 1 | Publication date of the patent. |
| & | prioritydate | = | <date> | 0 | 1 | Priority application date |


Help
Tutorials to help you get started with the shelter-database
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---
layout: post
title: Aaron Swartz Gets Indicted on More Charges in Connection with MIT Break In
date: '2011-11-17T19:02:07-08:00'
tags:
tumblr_url: http://alexhwilliams.tumblr.com/post/12953223208/aaron-swartz-gets-indicted-on-more-charges-in
---
Aaron Swartz Gets Indicted on More Charges in Connection with MIT Break In
Aaron Swartz, the technology scholar, Internet activist and early Reddit employee, has been indicted on more charges in connection with the Massachusetts Institute of Technology (MIT) incident in this past summer.


Engadget's 2019 holiday gift guide is here!
We have over 150 picks, with even more gift ideas rolling out throughout the week.
by Dana WollmanSomehow, it's November. Mid-November. Which means while you might just be gearing up to begin your holiday shopping, we're already done. At least, we're done shopping for you. After months of thinking, curating, photographing, more thinking, we've come up with a holiday gift guide that covers all the bases (and budgets), from laptops and mobile devices, to toys, to the smart home, to book and media recommendations (only on nerdy subjects, of course). All told, there are more than 150 items in our guide, spanning 13 categories, with advice from 25 of our writers and editors. You know, the people testing and reviewing this stuff all year long.
And we're not done yet: We have additional picks and buying advice coming throughout this week, including gifts for coffee geeks, shopping for hypebeasts and our favorite wireless earbuds. (Because we expect those to be popular stocking stuffers this year.) To start, we have a guide to the best Switch and Switch Lite accessories. The Switch and Switch Lite itself made our list, too, but in the event your intended already has one, perhaps they could use a more functional d-pad controller? Our staff thinks so.
The 2019 Engadget Holiday Gift Guide
- The best gifts for the home
- The best audio gifts, from headphones to DJ gear
- The media streamers and soundbars to buy this holiday season
- The movies and books we'd give as gifts
- The best smartphones, tablets and smartwatches to give as gifts
- The best gifts and games for console gamers
- PC and mobile accessories that'll make great gifts
- The best laptops and 2-in-1s to give as gifts
- Subscriptions and gift cards that make great last-minute gifts
- The best gifts for PC gamers, from laptops to GPUs
- The best cameras, accessories and bags to give as gifts
- The best fitness gadgets for the athlete on your list
- The best tech toys and STEM kits


| < Day Day Up > |
You must periodically signal Squid to rotate its log files. If you don't, they will increase in size and eventually fill up the disk partition. This directive specifies how many old copies of each log file to keep around. See Section 13.7 for more information.
|
| < Day Day Up > |


Demos highlighting different CSS animation techniques and how some perform better than others.
Source code is available in the GitHub repo. Questions? Hit me up @lonekorean.


The purpose of this website is to empower women and educate the world about the experiences of women in different aspects of society. This website showcases amazing and intelligent women in different careers and emphasizes the need for progress around the world. It highlights the importance of women empowerment and equality.
I enjoyed creating this project, for women's rights is very important to me. My team and I created this website to empower women and educate people about women's rights. My role on this project was inserting a map API and ensuring that the map was informative of women's rights violations and struggles from all around the world.
 Over the course of 7 weeks, Girls Who Code has provided me with the necessary tools and support I needed. For the past 2 weeks my group and I have worked together to create this website to help inform others of the sexism women have to go through.
This is a project we been doing during our time at the Girls Who Code intership. I love working on this project, I was in charge of researching women who have professions in the feild of males. I hope people are inform about the injustice women experience in other countries.


The main page of this module lists all the actions setup on your system, the classes that they apply to, and a summary of what the action will do for each class. You can add a new action type by using the button below the table, add a new class for an existing action by clicking on the Add class.. link, or edit an existing class for an action by clicking on the class name in the Apply to classes column.
If your configuration is currently empty, you should start by creating a Master control action that determines which other actions get run. When adding new actions, you must also make sure that they are listed in the master control action. If not, No will appear next to the action in the Active? column, and it will never be run.


Through my work at Foresight and/or with the FileMaker platform, I have developed proficiences in PowerQuery, VBA, SQL, and JSON. Through the Coding Bootcamp course I am currently taking, I've developed proficiences in HTML, CSS, and JavaScipt. I look forward to taking my coding and career to the next level.
I attended UMass Amherst from 2003 to 2008, where I earned a B.S. in Mathematics and studied to be a high school teacher. After two years of teaching, I decided that the profession was not a good fit for me and I moved onto other things; I worked as a server and bartender at Chili's in Hadley, MA for a few years, after which I moved to Boston and took a job as a dog walker and petsitter. In addition, I spent my Summers working as a wilderness trip leader and outdoor education director at Birch Rock Summer Camp in Waterford, ME. While in Boston, I was fortunate to meet my wife, Samantha; who loves dogs as much as I do.
I took two significant breaks throughout all this, once in 2013 when I successfully thru-hiked the Appalachian Trail, and again in 2016, when I attempted to hike the Pacific Crest Trail but was forced to abandon the trip after 500 miles due to a medical emergency on the East coast. Hopefully I'll have a chance to give it another go someday.
Now, I reside in Nottingham, NH with Sam and our two dogs, Franconia and Tuckerman. I am in the process of taking UNH's Coding Bootcamp course, where I am learning new professional skills in the hopes of advancing my professional career as a FUll Stack Developer.
In my free time I enjoy backpacking, hiking, canoeing, video games, board games, spending time with my dogs, practicing Uechi Ryu Karate (in which I have a 2nd degree blackbelt,) and visiting new breweries. Also, I love Calvin and Hobbes.


Compute the t-SNE embedding for 19992 genes x 105 brain samples. (gene/sample data from Allen Brain Atlas)
knn iteration: 0
tsne iteration: 0


{{- $branch := .Get "branch" | default (getenv "RELEASE_BRANCH") | default $.Page.Site.Params.release_branch }} {{- $test := eq (.Get "link_test") "true" | default true }}
The following prerequisites are required to create a GameServer:
If you don’t have a Kubernetes cluster you can follow these instructions to create a cluster on Google Kubernetes Engine (GKE), Minikube or Azure Kubernetes Service (AKS), and install Agones.
For the purpose of this guide we’re going to use the simple-game-server example as the GameServer container. This example is a very simple UDP server written in Go. Don’t hesitate to look at the code of this example for more information.


Java™ Execution Time Measurement Library
Runtime performance monitoring made easy
JETM Mailing lists
Currently there are two JETM mailing lists. Since we just migrated from sourceforge to github/google groups the new mailing lists are pretty empty. You may read the old content at the Sourceforge mailing list page.
JETM User Mailing List
The JETM User Mailing list is available at Google Groups here.
JETM Developer Mailing List
The JETM Developer Mailing list is available at Google Groups here.


--- layout: post title: 'LIFT07: The Luminous Bath: our new volumetric medium, Ben Cerveny' date: 2007-02-08 00:00:00 categories: digital-media interfaces-&-interaction ---
LIFT07: The Luminous Bath: our new volumetric medium, Ben Cerveny
What does it mean to be in a world of pervasive computing? Since culture started, we've been piling meaning onto objects. Information is "spilling out into space".
Fluidity of attention: "an enormous viscosity of experience blankets the places where we live and work".
Suspension of beliefs: digitally mediated artefacts are created by ourselves out of our attention and are suspended in it.
Memotaxis: all around us are other shards of attention, of other peoples experiences. These objects gather metadata as they receive attention and form more complex structures based on the relationships caused by this metadata.
Aggregate morphologies: (or mashups)
Accretion: in a fluid medium, there isn't a hard line between an object and the medium in which it sits.
Signalling: we have mobile objects, ambient displays, other objects in the environment through which this data flows.
Schooling: organisation on a collective level isn't available to members of a group, in the same way that the shape of a school of fish isn't visible to members of that school.
Decanting: you distil a package of information out of the network, e.g. taking a dump of wikipedia and place it in a static form onto a laptop.
Crystallizing: creating a useful but temporary structure from information.
Lots of biological metaphors here. Talk of "intelligent information", etc.
I think I can summarise bits of this as:
I don't think I understood this fully, but maybe I'm just really tired. I got a bit lost at the moment when the information starts to exhibit behaviour under its own steam...


Steps for Creating an RMI Program
The RMI module generates most of the source code you need for RMI
client and server programs. The steps you follow to create RMI
programs are outlined below:
-
Obtain or write a remote interface that defines the interfaces for
your RMI programs. If you use an implementation file template to
generate server-side code, you can write your remote interface and
generate program files based on the interface.
-
Decide which Java source files you need generated: client-side, server-side,
or both.
-
Select an RMI template to generate the files.
-
Add the code that completes the generated files:
-
On the client side, add code that contacts an RMI Registry and looks up
a reference for an RMI server. When the RMI server is running, you can
use the RMI module's Registry Browser to generate this code for you.
-
On the server side, add code that implements the methods declared in the
remote interface.
-
Compile the package. On the server side this includes the remote
interface.
-
Run and test your programs.
Legal Notices


catch
sections. The quick fix splits multi-catch section into separate catch
blocks.
Example:
try { int i = getIndex(); } catch (NullPointerException|IndexOutOfBoundsException e) { e.printStackTrace(); }
After the quick-fix is applied the result looks like:
try { int i = getIndex(); } catch (NullPointerException e) { e.printStackTrace(); } catch (IndexOutOfBoundsException e) { e.printStackTrace(); }
This inspection only reports if the language level of the project or module is 7 or higher


[gecode-users] Gist question
Malcolm Ryan
malcolmr at cse.unsw.edu.au
Thu May 7 03:46:50 CEST 2009
Is there any way to get Gist to provide a space as a return value to
my code?
I want to do something like:
MySpace* space = new MySpace();
Gecode::Gist::PrintingInspector<MySpace> pi("MySpace");
MySpace* result = Gecode::explore(space, &pi);
Where result ends up being some user-selected space from the gist
search tree.
This would be a very useful feature for me.
Malcolm
More information about the gecode-users
mailing list


Criterion.rs Benchmark Index
See individual benchmark pages below for more details.
Fibonacci
Iterative
Recursive
Fibonacci2
Iterative
Recursive
20
Fibonacci2/Iterative/20
Fibonacci2/Recursive/20
21
Fibonacci2/Iterative/21
Fibonacci2/Recursive/21


I had a cuppa with Tilly Losch
Just tea, the caff was out of nosh
It cost an awful lot of dosh
Then we went to a pit to mosh
Oh Tilly!  Tilly will abide
Abide with me
Abide with Ned
Young Edward James
Shared Tilly's bed
Soon enough the pair did part
Ned collected surrealist art
Some influenced by old H. Bosch
But he never forgot Tilly—Tilly Losch!


KaTeX is a fast, easy-to-use JavaScript library for TeX math rendering on the web.
KaTeX is compatible with all major browsers, including Chrome, Safari, Firefox, Opera, Edge, and IE 11.
KaTeX supports much (but not all) of LaTeX and many LaTeX packages. See the list of supported functions.
Try out KaTeX on the demo page!
<!DOCTYPE html>

<link rel="stylesheet"<EMAIL_ADDRESS>integrity="sha384-ZPe7yZ91iWxYumsBEOn7ieg8q/o+qh/hQpSaPow8T6BwALcXSCS6C6fSRPIAnTQs" crossorigin="anonymous">

...

You can also download KaTeX and host it yourself.
For details on how to configure auto-render extension, refer to the documentation.
Call katex.render
to render a TeX expression directly into a DOM element.
For example:
katex.render("c = \\pm\\sqrt{a^2 + b^2}", element, {
throwOnError: false
});
Call katex.renderToString
to generate an HTML string of the rendered math,
e.g., for server-side rendering. For example:
var html = katex.renderToString("c = \\pm\\sqrt{a^2 + b^2}", {
throwOnError: false
});
// '...'
Make sure to include the CSS and font files in both cases. If you are doing all rendering on the server, there is no need to include the JavaScript on the client.
The examples above use the throwOnError: false
option, which renders invalid
inputs as the TeX source code in red (by default), with the error message as
hover text. For other available options, see the
API documentation,
options documentation, and
handling errors documentation.
Learn more about using KaTeX on the website!
This project exists thanks to all the people who contribute code. If you’d like to help, see our guide to contributing code.
Become a financial contributor and help us sustain our community.
Support this project with your organization.
KaTeX is licensed under the MIT License.


4 Difference in resouce use betweek H. curtus and H. schistosus
Carbon and Nitrogen isotope ratios were compared across snake species. Plasma and scale samples were used to compare short term and long term resource use respectively. Multiples metrics including niche width (SEA), variance (range), overlap (%) were used.
source("Functions/setup.R")
# importing stable isotope data
= read.csv("./Data/Stable Isotope Data_CEAS_final_191020.csv")
sia
# joining SI data to snake data
= sia%>%
sia_snakes filter(Tissue.type != "Gut Content")%>% # removing prey SI data
left_join(snakes, 'Field.Code')%>%
mutate(Lab = "CEAS")%>%
# renamving variables for ease of understanding
::rename(Delta.Carbon = d13C..vpdb. , Delta.Nitrogen = d15N..N2.air.)%>%
dplyr# selecting relevant variables
::select(Field.Code, Species, Snout.to.Vent..cm., Sex, Class,
dplyr
Gear.Type, Fishing.Location, Depth.Caught..m.,
Plasma.Color, Delta.Carbon, Delta.Nitrogen, Lab,
Tissue.type, Month, Year)
# creating labels for figures
= expression({delta}^13*C~'\u2030')
D.C
= expression({delta}^15*N~'\u2030') D.N
4.1 Number of tissue samples analysed
%>%
sia_snakes filter(Tissue.type == "Plasma" | Tissue.type == "Scales") %>%
filter(Species == "Hydrophis curtus" | Species == "Hydrophis schistosus") %>%
group_by(Species, Tissue.type) %>%
count() %>%
spread(Tissue.type, n)
| Species | Plasma | Scales |
|---|---|---|
| Hydrophis curtus | 28 | 35 |
| Hydrophis schistosus | 68 | 52 |
4.2 Summary statistics on Carbon and Nitrogen stable isotopes
Mean ± standard deviation (parts per mil)
%>%
sia_snakes filter(Tissue.type == "Plasma" | Tissue.type == "Scales") %>%
filter(Species == "Hydrophis curtus" | Species == "Hydrophis schistosus") %>%
gather(c("Delta.Carbon", "Delta.Nitrogen"), key = "Isotope", value = "value") %>%
group_by(Species, Tissue.type, Isotope) %>%
summarise(Mean = round(mean(value, na.rm = T), 2), sd = round(sd(value, na.rm = T), 2), n = sum(!is.na(value))) %>%
unite("Mean.sd", Mean:sd, sep = "±") %>%
::select(-n) %>%
dplyrspread(Isotope, Mean.sd) %>%
arrange(Tissue.type, Species)
| Species | Tissue.type | Delta.Carbon | Delta.Nitrogen |
|---|---|---|---|
| Hydrophis curtus | Plasma | -16.98±1.08 | 13.92±0.76 |
| Hydrophis schistosus | Plasma | -16.74±0.92 | 14.73±1.25 |
| Hydrophis curtus | Scales | -14.68±0.99 | 14.44±1.02 |
| Hydrophis schistosus | Scales | -14.52±1.29 | 14.69±1.18 |
Both \(\delta^{15}N\) and \(\delta^{13}C\) were enriched in H. schistosus compared to H. curtus
4.3 Difference in niche width between sea snakes
We used the SIBER package (Jackson et al. 2011) for to compare isotopic niche width and overlap between H. curtus and H. schistosus.
# importing required libraries for stable isotope analysis
library(SIBER)
# Formating SI data for use with SIBER
<- sia_snakes%>%
siber_snakes filter(Tissue.type == "Plasma" | Tissue.type == "Scales")%>%
::select(Delta.Carbon, Delta.Nitrogen, Tissue.type, Species)%>% # selecting required variables
dplyr# renaming varibale as per requirement for SIBER
::rename(iso1 = Delta.Carbon,
dplyriso2 = Delta.Nitrogen,
group = Tissue.type,
community = Species)%>%
# removing missing data points
filter(!is.na(group),
!is.na(iso1),
!is.na(iso2),
== "Hydrophis schistosus" | community == "Hydrophis curtus")%>%
community droplevels()
# Creating a SIBER object for analysis
= createSiberObject(siber_snakes) siber.snakes
4.3.1 Maximum likelihood estimate of SEA
<- groupMetricsML(siber.snakes)
SEA.ML_snakes
# Clean table
data.frame(t(SEA.ML_snakes)) %>%
rownames_to_column("Species.Tissue") %>%
separate(Species.Tissue, c("Species", "Tissue"), sep = "([\\.\\?\\:])") %>%
arrange(Tissue, Species)
| Species | Tissue | TA | SEA | SEAc |
|---|---|---|---|---|
| Hydrophis curtus | Plasma | 5.12750 | 1.734842 | 1.813699 |
| Hydrophis schistosus | Plasma | 11.77120 | 2.467868 | 2.520375 |
| Hydrophis curtus | Scales | 12.21050 | 3.126758 | 3.247018 |
| Hydrophis schistosus | Scales | 25.89415 | 4.550803 | 4.656636 |
As maximum likelihood can only porivde point estimates of SEA, a bayesian model was used to provide more robust comparison of niche width.
4.3.2 Bayesian estimate of SEA
We estimate the standard ellipse area (SEA) of each species in isotopic space by fitting a multivariate normal model to the isotope data using bayesian inference.
# Setting options for running jags
<- list() # list of parameters fir JAGS
parms
$n.iter <- 2 * 10^4 # number of iterations to run the model for
parms
$n.burnin <- 1 * 10^3 # discard the first set of 1000 values
parms
$n.thin <- 10 # thin the posterior by this many
parms
$n.chains <- 2 # run this many chains
parms
# Defining vague priors
<- list()
priors
$R <- 1 * diag(2)
priors
$k <- 2
priors
$tau.mu <- 0.001
priors
# Fitting the model and getting posteriors
<- siberMVN(siber.snakes, parms, priors)
snakes.post
# estimating standard ellipse area from posteriors
<- siberEllipses(snakes.post)
SEA.B_snakes
# Creating a table of posterior estiamtes of Standard ellipse area
<- names(snakes.post)
ccc
colnames(SEA.B_snakes) <- ccc
= data.frame(SEA.B_snakes, check.names = F) %>%
SEA.B_snakesdf rowid_to_column(var = "run") %>%
gather(Species.Tissue, SEA.B, -run) %>%
separate(Species.Tissue, c("Species", "Tissue"), sep = "([\\.\\?\\:])")
# Summarising Bayesian estimate of SEA
%>%
SEA.B_snakesdf group_by(Species, Tissue) %>%
summarise(`Mean SEAb` = mean(SEA.B), `Standard deviation` = sd(SEA.B)) %>%
arrange(Tissue, Species)
| Species | Tissue | Mean SEAb | Standard deviation |
|---|---|---|---|
| Hydrophis curtus | Plasma | 1.812821 | 0.3907886 |
| Hydrophis schistosus | Plasma | 2.520315 | 0.3645563 |
| Hydrophis curtus | Scales | 3.211524 | 0.6430074 |
| Hydrophis schistosus | Scales | 4.644490 | 0.7101473 |
4.3.3 Testing difference in species niche area by tissue type
%>%
SEA.B_snakesdf spread(key = Species, value = SEA.B) %>%
group_by(Tissue) %>%
summarise(`P(HS > HC)` = sum(`Hydrophis schistosus` > `Hydrophis curtus`)/n())
| Tissue | P(HS > HC) |
|---|---|
| Plasma | 0.91050 |
| Scales | 0.94325 |
Hypothesis: H. schistosus SEA is larger than H. curtus
4.4 Visualising posterior ellipses to compare species isotopic niche
# how many of the posterior draws do you want?
<- 10
n.posts
# decide how big an ellipse you want to draw
<- pchisq(1, 2)
p.ell
set.seed(1)
# a list to store the results
<- list()
snake_ellipses
# loop over groups
## generating list with length groups*communities
for (i in 1:length(snakes.post)) {
# a dummy variable to build in the loop
<- NULL
ell <- NULL
post.id
# randomly extracting parameters for n samples from posterior distribution
for (j in sample(1:4000, n.posts)) {
# covariance matrix
<- matrix(snakes.post[[i]][j, 1:4], 2, 2)
Sigma
# mean
<- snakes.post[[i]][j, 5:6]
mu
# ellipse points
<- ellipse::ellipse(Sigma, centre = mu, level = p.ell)
out
<- rbind(ell, out) #ellipse points from current loop
ell
<- c(post.id, rep(j, nrow(out))) #adding loop number (rep)
post.id
}
<- as.data.frame(ell) # data frame of ellipse points from all draws
ell
$rep <- post.id # adding draw id
ell
<- ell # creading list of draws from each community.group
snake_ellipses[[i]]
}
<- bind_rows(snake_ellipses, .id = "id") # creating a data frame of post ellipse draws
snake.ellipses
# now we need the group and community names
# extract them from the ellipses.posterior list
<- names(snakes.post)[as.numeric(snake.ellipses$id)] # extractin community.group from posteriors
group_comm_names
# split them and conver to a matrix, NB byrow = T
<- matrix(unlist(strsplit(group_comm_names, "[.]")), nrow(snake.ellipses), 2, byrow = TRUE) # splitting communit and group
split_group_comm
$community <- split_group_comm[, 1]
snake.ellipses
$group <- split_group_comm[, 2]
snake.ellipses
<- dplyr::rename(snake.ellipses, iso1 = x, iso2 = y, Species = community, Tissue = group)
snake.ellipses
# Plotting 10 randomly sampled ellipses
%>%
siber_snakes rename(Species = community, Tissue = group) %>%
ggplot(aes(iso1, iso2, col = Species)) + geom_point(aes(shape = Species), size = 2) + ylab(expression(paste(delta^{
15
"N (‰)"))) + xlab(expression(paste(delta^{
}, 13
"C (‰)"))) + geom_polygon(data = snake.ellipses, mapping = aes(iso1, iso2, group = rep, linetype = Species, col = Species), fill = NA) + scale_color_brewer(palette = "Set1") +
}, facet_wrap(~Tissue) + theme(legend.text = element_text(face = "italic"))
ggsave(last_plot(), filename = "./Figures and Tables/figure3.tiff", height = 6, width = 8)
Figure 3: Bayesian ellipses in isotopic space describing difference in niche width and resource use between H. curtus and H. schistosus.
4.5 Relative overlap in bayesian standard ellipses
# Overlap in ellipse based on plasma samples
<- bayesianOverlap(ellipse1 = "Hydrophis schistosus.Plasma" , #Group 1
snake.p.overlap ellipse2 = "Hydrophis curtus.Plasma", #Group 2
#list with posteriour dists
snakes.post, draws = 100, p.interval = 0.95, n = 100) #params
<- snake.p.overlap%>%
snake.p.overlap mutate(Turnover = "Short-term") # plasma represents short - term turnover in isotope ratios
# Overlap in ellipse based on scale samples
<- bayesianOverlap(ellipse1 = "Hydrophis schistosus.Scales" , #Group 1
snake.s.overlap ellipse2 = "Hydrophis curtus.Scales", #Group 2
#list with posteriour dists
snakes.post, draws = 100, p.interval = 0.95, n = 100) #params
<- snake.s.overlap%>%
snake.s.overlap mutate(Turnover = "Long-term") # scales represent long term turn over in isotope ratios
# Creating a combined data frame
<- bind_rows(snake.p.overlap, snake.s.overlap)
snake.overlap
# Plotting overlap
%>%
snake.overlapmutate(prop.overlap = overlap/(area1 + area2 - overlap))%>% #relative overlap
ggplot(aes(prop.overlap))+
geom_histogram(bins = 10, col = "black")+
#geom_vline(aes(xintercept = mean(prop.overlap), col = "red"), size = 1)+
labs(x = "Proportion of overlap", y = "Number of samples")+
scale_color_discrete(name = "Mean")+
facet_wrap(~Turnover)
# summarising overlap in standard ellipses
%>%
snake.overlap group_by(Turnover) %>%
# calculating relative overlap in bayesian standard ellipses
mutate(prop.overlap = overlap/(area1 + area2 - overlap)) %>%
summarise(`Average overlap` = mean(prop.overlap), `Standard deviation` = sd(prop.overlap))
| Turnover | Average overlap | Standard deviation |
|---|---|---|
| Long-term | 0.6294089 | 0.0958336 |
| Short-term | 0.4305321 | 0.0716637 |
4.6 References
Section 4.3.2 was adapeted from Andrew Jackson’s Github example.
Section 4.4 was adapted from the SIBER Vignette.
Section 4.5 was adapted from this Vignette.


University of Manitoba (Fort Garry Campus)
Date: May 15-19, 2017
Web Site: Coming soon!
University of Manitoba (Fort Garry Campus)
Date: May 13-14, 2017
More information: click here!
Western University / University of Western Ontario
Date: May 8-13, 2016
Web Site: www.csz-scz2016.com
| Columbia Mountains Institute of Applied Ecology | http://www.cmiae.org/ |
| Distributed European School of Taxonomy | http://taxonomytraining.eu/ |
| Eagle Hill Institute Summer Field Courses in Zoology | http://www.eaglehill.us/ |


You must have an available live trading node for each live trading algorithm you deploy.
Follow these steps to deploy a live algorithm:
- Open the project you want to deploy.
- Click Go Live.
- Click the Brokerage field and then click Atreyu Brokerage from the drop-down menu.
- Enter your Atreyu user name, password, client ID, request port, and subscription port.
- Click the Node field and then click the live trading node that you want to use from the drop-down menu.
- If your brokerage account has existing cash holdings, follow these steps:
- In the Algorithm Cash State section, click Show.
- Click Add Currency.
- Enter the currency ticker (for example, USD or BTC) and a quantity.
- If you want to add additional cash holdings, click the plus sign and then continue from step 6.3.
- If your brokerage account has existing position holdings, follow these steps:
- In the Algorithm Holdings State section, click Show.
- Click Add Holding.
- Enter the symbol ID, symbol, quantity, and average price.
- If you want to add additional position holdings, click the plus sign and then continue from step 7.3.
- (Optional) Set up notifications.
- Configure the Automatically restart algorithm setting.
By enabling automatic restarts, the algorithm will use best efforts to restart the algorithm if it fails due to a runtime error. This can help improve the algorithm's resilience to temporary outages such as a brokerage API disconnection.
- Click Deploy.
"Live algorithm deployed successfully" displays.


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If you've got large MP3 files that you want to split, then using an audio file splitter . Most audio file splitting software also supports various file formats such as FLAC, . to quickly split up large audio files into smaller, more manageable pieces.
http://mp3.about.com/od/essentialsoftware/tp/best_mp3_file_splitters.htm
flac2mp3 converter - convert flac to MP3, WMA files software review
In addition, you can also use FLAC to MP3 Converter to split FLAC files from CUE files or split FLAC or MP3 files into smaller pieces only. FLAC to MP3 .
http://www.qweas.com/reviews/flac2mp3_converter.htm
Flac Files at CUT Software Informer
Download Cut Flac Files at CUT Informer: FLAC frontend, Check Identical Files, FLAC Ripper. . Sobolsoft. Split one or many MP3 files into many smaller ones.
http://cut.software.informer.com/download-cut-flac-files/
Media File Splitter - 1 - Informer Technologies, Inc.
Nov 1, 2012 . Media File Splitter Downloads (Multimedia File Splitter, Split Multimedia . These applications allow you to split media files into smaller pieces. . WAV and CUE files (no support for WMA, OGG, AAC, FLAC and other formats).
http://softwaresolution.informer.com/Media-File-Splitter/


CML imposes a small amount of semantics, e.g. <cml:molecule> defines a container for molecules or atoms and bonds; formalCharge is an integer defining the formal change on an object. But most of the semantics of CML are added from dictionaries external to the document. These have the properties:
Assume that two different codes (A and B) use the term "charge". A can define a:charge which might be an integer and B b:charge which might be a float. On further inspection it becomes clear that A means "nuclear charge" while B means "Mulliken charge" (of course even the latter may have different formulations or interpretations).
A then decides that "atomicNumber" is probably a better representation of the concept. Similarly code C may also have a need for "atomicNumber". Rather than both managing the same concept they agree on a common representation (compchem:atomicNumber). This reduces maintenance and helps to grow a community approach to semantics.
The syntax for a dictionary entry is prefix:entryId where prefix maps onto a namespaceURI, e.g. "compchem" maps onto "http://www.xml-cml.org/dictionary/compchem/". It is the URI (NOT the prefix) than uniquifies the entries. (Nonetheless it is useful to use a fairly consistent set of prefixes). In JUMBOParser we commonly use:
If you know a dictionary entry exists then simply mint a dictRef
<cml:scalar dictRef="cc:cputime" units="si:second">123.45<cml:scalar>
although note that in
the compchem convention the dictRef would be on the property:
<cml:property dictRef="cc:cputime"> <cml:scalar units="si:second">123.45<cml:scalar> </cml:property dictRef="cc:cputime">If you need to create a new dictionary entry then you can edit the working copy of the dictionary. Currently this is often held at the program level within the distrib, e.g.
src/main/resources/org/xmlcml/cml/converters/compchem/nwchem/nwchemDict.xml
.
This will then be committed (pushed) to bitbucket where everyone ca see it. After a period it can be added
to the official compchem site.
You are likely to need to add dictRefs to:
The <transform> process allows conformant semantics to be added and temporary ones to be removed. Thus you may see many
dictRefs of the form "x:x", "x:line", "x:junk". These are not allowed to end up in the final CML file and so
are often temporary and not unique. dictRefs are created by the symbolic fields, e.g
<record id="foo">{F,cc:jobtime}</record>
will translate to
<scalar cmlx:templateRef="foo" dictRef="cc:jobtime" dataType="xsd:double">123.45</scalar>
This is not conformant compchem (it has no units, no property wrapper), and will need to be <transform>ed
before final serialization.
The dictionary entries will grow as we collect them. Here is a typical example:
<entry id="totdft" term="Total DFT energy" dataType="xsd:double" unitType="unitType:energy" > <definition> <h:p>TODO</h:p> </definition> <description> <h:p>TODO</h:p> <h:p class="example"> Total DFT energy = -1823.680196170071 ... what are the units??? </h:p> </description> </entry>


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Contact sipb-hwops [at] mit [dot] edu with questions and corrections.
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My name is Logan Weber, and I'm a third-year PhD student at MIT, advised by Saman Amarasinghe and Michael Carbin. My collaborators and I investigate properties of programming languages that govern the ability of neural networks to embed them.
Previously, I was a BS/MS student in the CS department at UW, where I worked in the PLSE and SAMPL groups. I am thankful to have been mentored by Jared Roesch and Tianqi Chen and to have been advised by Zachary Tatlock.
Before I worked in programming languages, I worked under Adam Blank as a teaching assistant for discrete mathematics and data structures courses and as a researcher in CS education. Together, we built software to assist students learning various CS concepts. Examples include: an induction tutor, an interface for constructing formal proofs, and a system for judgement-based grading.
Relay: A New IR for Machine Learning Frameworks
Jared Roesch,
Steven Lyubomirsky,
Logan Weber,
Josh Pollock,
Marisa Kirisame,
Tianqi Chen,
Zachary Tatlock
Proceedings of the 2nd ACM SIGPLAN International Workshop on Machine Learning and Programming Languages (MAPL 2018).
Relay: A High-Level Compiler for Deep Learning
Jared Roesch,
Steven Lyubomirsky,
Marisa Kirisame,
Logan Weber,
Josh Pollock,
Luis Vega,
Ziheng Jiang,
Tianqi Chen,
Thierry Moreau,
Zachary Tatlock
I have a budding blog here and some artifacts from course projects and industry collaborations below.
Formal Verification of a Closest Pair Algorithm
Logan Weber
MIT 6.850 (Geometric Computing) Final Project
Towards An Algorithm for Reeb Graph Construction on Constructive Solid Geometry
Logan Weber
MIT 6.838 (Shape Analysis) Final Project
Fast(ish) Algorithms for Integer Programming
Logan Weber,
Josh Pollock
MIT 6.854 (Advanced Algorithms) Final Project
TinyML - How TVM is Taming Tiny
Logan Weber,
Andrew Reusch
Post on
TVM,
OctoML,
and Arm
blogs
µTVM: TVM on Bare-Metal Devices
Logan Weber
Lightning Talk at TVM Conference 2019
µTVM: Deep Learning on Bare-Metal Devices
Logan Weber
Poster Presentation at ARM Research Summit 2019
µTVM: Deep Learning on the Low-Power Edge
Logan Weber,
Pratyush Patel
Talk at TVM For Fun and Profit Tutorial (FCRC 2019)
Relay: An Extensible Intermediate Language for Deep Learning
Logan Weber,
Josh Pollock,
Marisa Kirisame
Poster Presentation at Paul G. Allen School of Computer Science Research Poster Fair


<noconds>
The <noconds> element specifies that there are no conditions to be fulfilled before performing a task.
Category: Task requirements domain


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Ready...Steady...Go!
Posted: Tue Aug 26, 2008 6:47 am
I am extremely excited about the day ahead, well, the afternoon and evening ahead for me.
Hope to see everyone around quite soon, I know I am currently waiting refreshing my browser every so often. Thank you everyone for sticking around for so long, this has to be one of the greatest efforts collectively to reproduce this sort of game, and it has finally been produced, to alpha standards and not far from final release either.
My hats off to Karl
All the Best Guys! Evidyon here we go!
Richard
Hope to see everyone around quite soon, I know I am currently waiting refreshing my browser every so often. Thank you everyone for sticking around for so long, this has to be one of the greatest efforts collectively to reproduce this sort of game, and it has finally been produced, to alpha standards and not far from final release either.
My hats off to Karl
All the Best Guys! Evidyon here we go!
Richard


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