Gecode::Int::GCC Namespace Reference
Global cardinality propagators (Counting). More...
Classes | |
| class | UnReachable |
| Class for computing unreachable values in the value GCC propagator. More... | |
| class | Rank |
| Maps domain bounds to their position in hall[].bounds. More... | |
| class | MaxInc |
| Compares two indices i, j of two views according to the ascending order of the views upper bounds. More... | |
| class | MinInc |
| Compares two indices i, j of two views according to the ascending order of the views lower bounds. More... | |
| class | MinIdx |
| Compares two cardinality views according to the index. More... | |
| class | PartialSum |
| Partial sum structure for constant time computation of the maximal capacity of an interval. More... | |
| class | HallInfo |
| Container class provding information about the Hall structure of the problem variables. More... | |
| class | Node |
| Base class for nodes in the variable-value-graph. More... | |
| class | VarNode |
| Variable node More... | |
| class | ValNode |
| Value node. More... | |
| class | Edge |
| Class for edges in the variable-value-graph. More... | |
| class | VarValGraph |
| Variable-value-graph used during propagation. More... | |
| class | CardLess |
| Sort by increasing cardinality More... | |
| class | CardConst |
| Constant view containing lower and upper cardinality bounds. More... | |
| class | CardView |
| Cardinality integer view. More... | |
| class | Val |
| Value consistent global cardinality propagator. More... | |
| class | Bnd |
| Bounds consistent global cardinality propagator. More... | |
| class | Dom |
| Domain consistent global cardinality propagator. More... | |
Enumerations | |
| enum | BC { UBC = 1, LBC = 0 } |
Bounds constraint (BC) type. More... | |
Functions | |
| template<class Card > | |
| ExecStatus | prop_card (Space &home, ViewArray< IntView > &x, ViewArray< Card > &k) |
| Bounds consistency check for cardinality variables. | |
| template<class Card > | |
| bool | card_consistent (ViewArray< IntView > &x, ViewArray< Card > &k) |
| Consistency check, whether the cardinality values are feasible. | |
| template<class Card > | |
| ExecStatus | postSideConstraints (Home home, ViewArray< IntView > &x, ViewArray< Card > &k) |
| Post side constraints for the GCC. | |
| template<class Card > | |
| bool | isDistinct (Home home, ViewArray< IntView > &x, ViewArray< Card > &k) |
| Check if GCC is equivalent to distinct. | |
| template<class Card > | |
| ExecStatus | prop_val (Space &home, Propagator &p, ViewArray< IntView > &x, ViewArray< Card > &k) |
| template<class T > | |
| bool | lookupValue (T &a, int v, int &i) |
| Return index of v in array a. | |
Path compression | |
Each of the nodes on the path from start to end becomes a direct child of to. | |
| void | pathset_ps (HallInfo hall[], int start, int end, int to) |
| Path compression for potentially stable set structure. | |
| void | pathset_s (HallInfo hall[], int start, int end, int to) |
| Path compression for stable set structure. | |
| void | pathset_t (HallInfo hall[], int start, int end, int to) |
| Path compression for capacity pointer structure. | |
| void | pathset_h (HallInfo hall[], int start, int end, int to) |
| Path compression for hall pointer structure. | |
Path minimum | |
Returns the smalles reachable index starting from i. | |
| int | pathmin_h (const HallInfo hall[], int i) |
| Path minimum for hall pointer structure. | |
| int | pathmin_t (const HallInfo hall[], int i) |
| Path minimum for capacity pointer structure. | |
Path maximum | |
Returns the greatest reachable index starting from i. | |
| int | pathmax_h (const HallInfo hall[], int i) |
| Path maximum for hall pointer structure. | |
| int | pathmax_t (const HallInfo hall[], int i) |
| Path maximum for capacity pointer structure. | |
| int | pathmax_s (const HallInfo hall[], int i) |
| Path maximum for stable set pointer structure. | |
| int | pathmax_ps (const HallInfo hall[], int i) |
| Path maximum for potentially stable set pointer structure. |
Detailed Description
Global cardinality propagators (Counting).
Enumeration Type Documentation
| enum Gecode::Int::GCC::BC |
Bounds constraint (BC) type.
If BC = UBC, then we argue about the Upper Bounds Constraint else we use the functions for the Lower Bounds Constraint
Definition at line 52 of file dom-sup.hpp.
Function Documentation
| void Gecode::Int::GCC::pathset_ps | ( | HallInfo | hall[], | |
| int | start, | |||
| int | end, | |||
| int | to | |||
| ) | [inline] |
Path compression for potentially stable set structure.
Definition at line 511 of file bnd-sup.hpp.
| void Gecode::Int::GCC::pathset_s | ( | HallInfo | hall[], | |
| int | start, | |||
| int | end, | |||
| int | to | |||
| ) | [inline] |
Path compression for stable set structure.
Definition at line 519 of file bnd-sup.hpp.
| void Gecode::Int::GCC::pathset_t | ( | HallInfo | hall[], | |
| int | start, | |||
| int | end, | |||
| int | to | |||
| ) | [inline] |
Path compression for capacity pointer structure.
Definition at line 527 of file bnd-sup.hpp.
| void Gecode::Int::GCC::pathset_h | ( | HallInfo | hall[], | |
| int | start, | |||
| int | end, | |||
| int | to | |||
| ) | [inline] |
Path compression for hall pointer structure.
Definition at line 535 of file bnd-sup.hpp.
| int Gecode::Int::GCC::pathmin_h | ( | const HallInfo | hall[], | |
| int | i | |||
| ) | [inline] |
Path minimum for hall pointer structure.
Definition at line 553 of file bnd-sup.hpp.
| int Gecode::Int::GCC::pathmin_t | ( | const HallInfo | hall[], | |
| int | i | |||
| ) | [inline] |
Path minimum for capacity pointer structure.
Definition at line 560 of file bnd-sup.hpp.
| int Gecode::Int::GCC::pathmax_h | ( | const HallInfo | hall[], | |
| int | i | |||
| ) | [inline] |
Path maximum for hall pointer structure.
Definition at line 576 of file bnd-sup.hpp.
| int Gecode::Int::GCC::pathmax_t | ( | const HallInfo | hall[], | |
| int | i | |||
| ) | [inline] |
Path maximum for capacity pointer structure.
Definition at line 583 of file bnd-sup.hpp.
| int Gecode::Int::GCC::pathmax_s | ( | const HallInfo | hall[], | |
| int | i | |||
| ) | [inline] |
Path maximum for stable set pointer structure.
Definition at line 591 of file bnd-sup.hpp.
| int Gecode::Int::GCC::pathmax_ps | ( | const HallInfo | hall[], | |
| int | i | |||
| ) | [inline] |
Path maximum for potentially stable set pointer structure.
Definition at line 598 of file bnd-sup.hpp.
| ExecStatus Gecode::Int::GCC::postSideConstraints | ( | Home | home, | |
| ViewArray< IntView > & | x, | |||
| ViewArray< Card > & | k | |||
| ) | [inline] |
| bool Gecode::Int::GCC::isDistinct | ( | Home | home, | |
| ViewArray< IntView > & | x, | |||
| ViewArray< Card > & | k | |||
| ) | [inline] |
| ExecStatus Gecode::Int::GCC::prop_val | ( | Space & | home, | |
| Propagator & | p, | |||
| ViewArray< IntView > & | x, | |||
| ViewArray< Card > & | k | |||
| ) | [inline] |


Upcoming events at Common Code!
{% for event in events %}
{{ event.name }}
{{ event.when }}
{{ event.description|safe }}
{% endfor %}


ConstructorForDeserialization()
Annotation indicating a constructor to be used to reconstruct instances of a class during deserialization.


HAX is a decoupled authoring experience built using web components. Web components is a standard way of developers creating new HTML tags. It's a layer below traditional libraries and frameworks that gives us low-level property and tag capabilities that have standard life-cycles.
This means that developers can fundamentally change the way HTML operates while expressing it in a highly semantic tag structure.
HAX leverages this capability to express advanced functionality through a single tag in order to build itself. Ultimately, HAX is made up of dozens of complex new web component tags. In the end though. It shows up on the interface like . A single tag that cascades and unpacks a unique interface experience.
HAX also doesn't understand what it's editing though! It hasn't been built to say, understand the meme-maker tag above. It's been built to edit things
in a very general sense. If it's a custom element / DOM object, it could theoretically edit it... if it knew the directions. These directions are emitted from HAX capable elements when the editor sets itself up. The critical implication of this:
HAX is effectively organizing the HTML of the page just like you could. Let's look at an example of this page's source. Either hit edit and then the "Source View" button or see the screenshot below
So when this page was built and the files/lego.jpg file uploaded (drag and drop in a place holder area) we selected the "Full width" image type for rendering. Then, adding a caption in the HAX element panel, we hit insert and HAX writes the properties into the web component and adds it to the DOM it is editing. When you hit save, HAX takes this piece of DOM and converts it into HTML to send to a backend.
The output has no trace of HAX, meaning that if you can load the web component definition for the full-width-image tag, then you no longer require HAX. It also means that if this content migrates between platforms that have access to HAX, it'll know how to pick up and modify the content after the fact (as long as the web component definition is there).
In this way, HAX then gets integrated into other platforms by effectively managing the "body" / blob area that makes up the page. The visual assets produced that work with HAX can then be used anywhere in any website.


--- layout: post title: ActionScript 2.0 resources tags: [] status: publish type: post published: true meta: {} ---
A thread on the CFCDev mailing list was discussing a ActionScript 2.0 books and resources. Here are two of the ones mentioned that grabbed my attention:


SableCC is a parser generator which generates fully featured object-oriented frameworks for building compilers, interpreters and other text parsers. In particular, generated frameworks include intuitive strictly-typed abstract syntax trees and tree walkers. SableCC also keeps a clean separation between machine-generated code and user-written code which leads to a shorter development cycle.
SableCC can be downloaded from the downloads page.
ObjectMacro 2.0 has its own page.
The documentation page explains how to use SableCC.
A community of users and developers is available to help at:
The source code repository is available at:


To that end, every feature added to Quark is simple and small. Hence the name of the mod, Quark, as a Quark is a very small thing. Quark is a Modular mod. Which means that its features are split within various modules. All of the modules can be disabled, and all the features can also be disabled individually if one wants to. Many of the features even have extra configuration options.
The mod features ingame configuration via the Mod Options menu. Most features can be toggled from inside the game, others require a world reload, it depends on the changes they make. Any features that add new explicit content, such as items, blocks or entities, will require a reset. For a similar reason, you can not enable a feature ingame that was disabled when you started it.
Check out the various tabs to have a look of what the mod contains. If you're on mobile you can scroll left on the tabs to see more. You can download Quark for Minecraft 1.9 or 1.10 using the download button in the header. Scroll down a bit for installation instructions and other stuff.
Note that this mod requires AutoRegLib, it must be installed for it to work. (older versions of the mod may not require it)
Installation Instructions
This mod requires Minecraft Forge. We do not support Bukkit, Spigot, Cauldron, Sponge or any other alternative servers. Though some may be compatible, if you choose to go that way, you're on your own. The mod is provided as-is, with no warranty. We are not responsible if it breaks or destroys your save. Always make backups.
This is just a standard forge mod installation. If you've done it before you can skip this.
- Make sure you have Minecraft installed.
- Locate the version of Minecraft Forge for your target Minecraft version here.
- Download installer-win (or installer if you're not on Windows) and run it. A new forge profile will be added to your minecraft launcher.
- Download AutoRegLib using the link above the image. Put the downloaded .jar into your "mods" folder.
- Download Quark using the download button above. Put the downloaded .jar file into your "mods" folder.
- The "mods" folder is next to your "resourcepacks" folder. To locate it, run the new forge instance, open the Resource Packs menu, open the folder, and go one level up to where all your minecraft files are. The "mods" folder should be there alongside others like "screenshots" or "saves".
- Run your new forge profile with Quark installed.
- Follow the above steps, up to step 3. For step 3 pick Server rather than Client, and change the location to an empty folder somewhere.
- Create a "mods" folder inside the empty folder you picked, that now contains your server files.
- Download AutoRegLib using the link above the image. Put the downloaded .jar into that "mods" folder.
- Download Quark using the download button above. Put the downloaded .jar file into that "mods" folder.
- Run the server using the forge jar. Not the minecraft_server jar
Yes, you can use the mod in modpacks.
Credits
- wiiv for most of the textures.
- Rorax for the emote icons.
- DylanKaiser for the inventory chest icon.
- SanAndreasP for the chest textures and most of their code.
- Darkhax for the sheep having wool feature.
- ZeroLevels for the Iron Plate texture.
- /u/Soniop for the realistic world preset.
- /u/Martwaza for the trapdoor textures.
- /u/FelitonC and /u/origamidragon412 for the banner textures.
- /u/kopasz7 for the Midori block textures.
- /u/robotthunder500 for the Bookshelf textures.
- /u/darwinpatrick for the Soul Sandstone textures.
- The creators of all the awesome suggestions I found in /r/MinecraftSuggestions that I implemented here.
Contact and Donations
- Minecraft Suggestions Subreddit (suggest here, tag /u/vazkii in a comment if you want it in quark)
- Issues (report your bugs here)
- Source Code
- APIs for Modders
- Vazkii's Twitter
- Vazkii's Patreon
- wiiv's Twitter
- wiiv's Patreon
- Donations
- Email and other Contacts
- vazkii.us


The powerless in a world of criminals who operate above the law. Believe it or not I'm walking on air. I never thought I could feel so free and a prayer.
Popular Destination
We're gonna make our dreams come trueBondi Beach
The Rock
Darling Harbour
Tanronga zoo
popular Destination
We're gonna make our dreams come trueBook your Happy tour
Took a whole lotta tryin' just to get up that hill. Doin' it our way.  Feels so right it cant be wrong. Rockin' and rollin' all week long.
Chris Evans, ParisThere's nothing can hold me when I hold you. Feels so right it cant be wrong. Rockin' and rollin' all week long.
Chris Evans, ParisThere's nothing can hold me when I hold you. Feels so right it cant be wrong. Rockin' and rollin' all week long.
Chris Evans, ParisThere's nothing can hold me when I hold you. Feels so right it cant be wrong. Rockin' and rollin' all week long.
Chris Evans, ParisThere's nothing can hold me when I hold you. Feels so right it cant be wrong. Rockin' and rollin' all week long.
Chris Evans, ParisThere's nothing can hold me when I hold you. Feels so right it cant be wrong. Rockin' and rollin' all week long.
Chris Evans, Paris


Installing Proximity for Linux/Mac OS X platforms
Extract the distribution to the location of your choice.
>cd
>directory
tar xvfz
path-to-tarfile
/proximity-4.3.tgz
where directory
is the directory in which
you want to install Proximity and
path-to-tarfile
is the relative path from
the current directory to the directory containing the tar file.
You must use a version of tar (e.g., GNU tar) that
supports long filenames.
Change permissions for the shell scripts in
proximity/bin
to make them executable.
>cd proximity
>chmod -R a+x bin
[Optional]
If you plan to work through the Proximity tutorial, set the
environment variable PROX_HOME
to your Proximity
installation directory.
Installing Proximity for Windows platforms
Extract the distribution to the location of your choice using WinZip or an equivalent application.
Create a new environment variable, PROX_HOME
,
and set it to the location where you installed Proximity. For example,
if you installed Proximity in C:\Proximity
, then you
would set PROX_HOME
= C:\Proximity\
.
Setting PROX_HOME
is required for using the
Proximity client on Windows. You may need to restart your command
(DOS) window to make the new environment variable available.
[Optional]
Add %PROX_HOME%\bin
to PATH
.


--- layout: page title: About header-img: "img/about-bg.png" ---
Learning software engineering one step at a time.


| A Cup of Radicchio: Install Redmine 5.0.2 + Nginx/Passenger + MariaDB on Ubuntu Server 22.04 LTS A personal website of a power looper, a skateboarder, and a coder |
|
| Home Docs Sources Blog GitHub |
15th of August, 2022
Let's consider installing the widely used project management system Redmine on the latest version of Ubuntu Server distribution – 22.04 LTS. Redmine was also selected as its latest stable release to be able to use new features and be aware there are fresh bugfixes incorporated. For the web and app server option the ideal candidate is Nginx with its integration of the Phusion Passenger app server. And for the database server option the stock Ubuntu MariaDB was chosen.
Note that in these instructions some moments like manipulations with file/directory permissions were omitted because of uniqueness of the installation process in each particular case. Instead, there are inactive (commented out) hyperlinks to various sources regarding installation and configuration of the target components provided, which might be considered helpful.
(1) Install the necessary dependencies
$ sudo apt-get update && \
sudo apt-get install build-essential libmariadb-dev ruby-dev imagemagick -y
(2) Install MariaDB Server, Nginx, and Phusion Passenger (Nginx integration mode)
$ sudo apt-get update && \
sudo apt-get install mariadb-server nginx -y
$ # https://phusionpassenger.com/library/install/nginx/install/oss/bionic/
$
$ sudo apt-key adv --keyserver hkp://keyserver.ubuntu.com:80 --recv-keys 561F9B9CAC40B2F7
$
$ sudo apt-get update && \
sudo apt-get install libnginx-mod-http-passenger -y
(3) Set up MariaDB for secured configuration
$ # https://dev.mysql.com/doc/refman/8.0/en/mysql-secure-installation.html
$
$ sudo mysql_secure_installation
(4) Configure MariaDB for Redmine readiness
$ mysql -uroot -p
Welcome to the MariaDB monitor. Commands end with ; or \g.
Your MariaDB connection id is 20
Server version: 10.6.7-MariaDB-2ubuntu1.1 Ubuntu 22.04
Copyright (c) 2000, 2018, Oracle, MariaDB Corporation Ab and others.
Type 'help;' or '\h' for help. Type '\c' to clear the current input statement.
MariaDB [(none)]>
MariaDB [(none)]> show databases;
+--------------------+
| Database |
+--------------------+
| information_schema |
| mysql |
| performance_schema |
| sys |
+--------------------+
4 rows in set (0.000 sec)
MariaDB [(none)]>
MariaDB [(none)]> select user, host from mysql.user;
+-------------+-----------+
| User | Host |
+-------------+-----------+
| mariadb.sys | localhost |
| mysql | localhost |
| root | localhost |
+-------------+-----------+
3 rows in set (0.000 sec)
MariaDB [(none)]>
MariaDB [(none)]> create database redmine;
Query OK, 1 row affected (0.000 sec)
MariaDB [(none)]>
MariaDB [(none)]> show databases;
+--------------------+
| Database |
+--------------------+
| information_schema |
| mysql |
| performance_schema |
| redmine |
| sys |
+--------------------+
5 rows in set (0.000 sec)
MariaDB [(none)]>
MariaDB [(none)]> create user 'redmine'@'localhost' identified by '<password>';
Query OK, 0 rows affected (0.000 sec)
MariaDB [(none)]>
MariaDB [(none)]> select user, host from mysql.user;
+-------------+-----------+
| User | Host |
+-------------+-----------+
| mariadb.sys | localhost |
| mysql | localhost |
| redmine | localhost |
| root | localhost |
+-------------+-----------+
4 rows in set (0.000 sec)
MariaDB [(none)]>
MariaDB [(none)]> grant all privileges on redmine.* to 'redmine'@'localhost';
Query OK, 0 rows affected (0.000 sec)
MariaDB [(none)]>
MariaDB [(none)]> flush privileges;
Query OK, 0 rows affected (0.000 sec)
MariaDB [(none)]>
MariaDB [(none)]> ^DBye
(5) Download and unpack Redmine
$ wget -c https://redmine.org/releases/redmine-5.0.2.tar.gz
$
$ cd /opt/
$ sudo tar -xvf ~/redmine-5.0.2.tar.gz
$ sudo ln -sfnv redmine-5.0.2 redmine
(6) Install gems dependencies using Gem Bundler and perform initial database migrations
$ # https://redmine.org/projects/redmine/wiki/RedmineInstall
$
$ cd /opt/redmine/
$ sudo -u<username> bundle3.0 config set --local without 'development test'
$ sudo -u<username> bundle3.0 install
$ sudo -u<username> bundle3.0 update
$ sudo -u<username> bundle3.0 exec rake generate_secret_token
$
$ sudo -u<username> RAILS_ENV=production bundle3.0 exec rake db:migrate
$ sudo -u<username> RAILS_ENV=production REDMINE_LANG=ru bundle3.0 exec rake redmine:load_default_data
Happy Redmining in Ubuntu !


Web Design/Development Course Projects Web Site
Fall Courses
1510
Cliff Clavin
This semester I am enrolled in the following courses:
CIST1510 Web Development 21353
I am in the Web Design/Development: MOWR Progam
Fall 2015


Template: If message CONTAINS //ABC// then REPLY //XYZ//
If message
Contains
Starts with
Ends with
then
React
Reply
with


|
Homebot
Betterlivingthroughrobotics
|
| BotActor | An actionlib action server that receives bot behavior actions and carries them out using its repertoire |
| BotAffectHADoorOpr | Provides a Home Automation "door" operation (open/close); derived from BotOperation |
| BotAffectHASceneOpr | Provides a home Automation "scene" (lighting) operation (turnon/turnoff); derived from BotOperation |
| BotAffectHAShadeOpr | Provides a Home Automation "shade" operation (lower/raise); derived from BotOperation |
| BotBehavior | Collection of operations used to perform a behavior |
| BotMoveBaseOpr | Provides a service robot "move_base" operation (move to frame_id/Pose); derived from BotOperation |
| BotOperation | Base class for all operations; used to create new instances of derived classes from text-based source |
| BotOprClients | An object to hold ROS action/service clients needed to perform Bot operations in the HomeBot system |
| FakeMoveBaseAction | An object to hold the action server for faking move_base actions in the HomeBot demo |
| HAClients | An object to hold ROS action/service clients needed to perform Home Automation activities in the HomeBot system |
| HADemoService | Provides HA Demo Service to a ROS node acting as a Home Automation Demo Server |
| HADoorService | Provides HA Door Service to a ROS node acting as a Home Automation Request Server |
| HAHvacAction | An object to hold the action server for controlling home temperature through the Home Automation system |
| HASceneService | Provides HA Scene Service to a ROS node acting as a Home Automation Request Server |
| HAShadeService | Provides HA Shade Service to a ROS node acting as a Home Automation Request Server |
| OperationParameters | Holds system parameters used to ensure Operations are built to respect the limits of the system |
| Repertoire | A collection of HomeBot service robot behaviors; used by a BotActor to find behaviors to execute |


In this facts and myths about covid-19 are collected and dataset is created. This dataset is trained the model and test the model. We have scraped some tweets from twitter about COVID-19 and this dataset is used to predict whether the tweet is fact or myth.
In this model is trained on IMDB Dataset and some tweets are extracted from twitter and we used this dataset to predict whether tweet sentiment is positive or negative.
Tweets are extracted from twitter and created a dataset
It is a payroll management system.


Sample: AES + Token + Showing HLS Proxy
Big Buck Bunny video - © copyright 2008, Blender Foundation |
bigbuckbunny.org
Sintel video - © copyright Blender Foundation |
durian.blender.org


The People
Claire Wicher
Founder, Organiser
Claire founded CodeUp shortly before she started working for Manchester Digital Laboratory (MadLab) but has since qualified as a teacher of computer science.
Claire is a technology-loving girl geek with a passion for organising events, as well as being a blogger, BCS PGCE Scholar, Custodian of BarCamp Manchester, Founder of CodeUp, and Awesomeness Ambassador for the Django Girls Foundation. She is a Raspberry Pi Certified Educator, North West Code Club Champion, National Coding Week Ambassador and Pi-Top Champion.
Drew Morgan
Assistant Organiser, Mentor
Drew has been coding since he was 7 years old and has worked in the healthcare, education and finance sectors. Qualified as a physics teacher in 2011, he taught for four years before returning to software development. Drew now works as a full-stack web and applications developer specialising in Microsoft technologies.
Drew has an innate curiosity about science and technology and loves to share his experiences and ideas. He studied two years of a Physics degree before swapping to Computer Science with Artificial Intelligence and is a musician, a climber and an assistant SCUBA diving instructor. Drew developed the three-part course “Programming 101” for CodeUp and runs it a few times a year.
Languages
C# Java Javascript Python SQL VB.NET
Markup/Web
CSS HTML Razor
Technologies
AJAX EF Dapper JSON MVC
Tools
Git IDLE SVN Visual Studio VS Code
Jon Bullock
Mentor
Jon is a mobile developer and director of Jon’s Apps Ltd, a software development company specialising in mobile development. He has a particular interest in iOS and has been developing apps for the platform since 2009.
Jon works closely with businesses to help develop and progress their mobile strategies and has clients of varying sizes from all over the world.
If you’re interested in getting into the world of mobile development or want to talk about the latest up-coming tech then find Jon at one of our sessions.
Ben Wainwright
Mentor
Ben has been a hobbyist nerd since he was 24 (that's 10 years) and decided to take the plunge into becoming a professional two and a half years ago. He has just moved to the Manchester area to take up a role as a software engineer at the BBC where he is part of a team responsible for providing NodeJS services that are utilised by a large number of other BBC product teams.
In his spare time he is mostly trying to make new friends in this big city he decided to move to and has been known to play a bit of rugby.
Languages
C C++ C# Java Javascript PHP Python SQL
Tools
Git SVN Teamcity Vim Visual Studio VS Code
Peter Daily
Mentor
Peter worked in HR and analytical roles for 10 years before discovering the joy of code and changing careers to software develoment. First attending CodeUp in 2015 and working through the FreeCodeCamp curriculum, he secured a Frontend Developer job at ResponseTap in 2016. He is a self-confessed JavaScript and React fanboy!
Peter helps to run FreeCodeCamp Study Groups across Manchester - including at CodeUp. Passionate about open source learning, mountain biking and Nintendo, Peter is also a long suffering Stockport County fan.
Languages
JavaScript GraphQL
Frameworks/Libraries
React Redux JQuery Node Jest Webpack
Markup/Web
CSS Sass HTML Pug/Jade


Web Development. Introduction to Web development (design and creation) using current standards for client-side content delivery (e.g., HTML and CSS). Students will learn to create and publish a multi-page, static-content 246 Courses of Instruction website using associated applications. Special focus is given to user interface design, data presentation, and data organization. (Fall, Spring, Summer)
Link to the University of North Alabama's Computer Science & Information Systems homepage
COURSE INFORMATION
LOCATION: Raburn Wing of Keller Hall 210
MEETING TIME: Tuesdays & Thursdays, 12:30-1:45pm
SECTION NUMBER: 01 (Course Registration Number, CRN #10737)
CREDIT HOURS: 3
PRE-REQUISITES: CIS 225, 236 (with a grade of C or higher in both).
DELIVERY METHOD: In-person
INSTRUCTOR: Barry A. Cumbie, Ph.D., Associate Professor
Department of Computer Science & Information Systems
OFFICE HOURS: Mondays & Wednesdays: 1-3pm, Tuesdays & Thursdays: 1:45-2:25pm and by Appointment
OFFICE LOCATION: Keller #249
CONTACT OFFICE PHONE:<PHONE_NUMBER>, FAX:<PHONE_NUMBER>
Click here for example of student work from the course.
By viewing the student view this will give a better idea of assignments students are expected to complete.


When i was 12yo, my brother accedantly drived my father car to the steert, and i know how to stop it
Dash Board
Question 1
Question 2
It was perfect day with my frind in 2012, we enjoy alot in the cafteria
Question 3
This picture taked by my frind in U.S.A, 5 years ago
Question 4
I used to go the Gym evry day before the quartine
Question 5
Sometimes I love to leave every one and just go for walking..
Question 6
gus how's care about the age? exactly no 1!!, what's realy mater is your Spirit, is it realy old?
Question 7
I always Listen to eminem music since i was 12 y.o ,he is realy been and still gives me the energy and that hope push witch we lose it Sometimes


Metadata is structured data about data.
In the computing industry, there are ongoing standardization efforts towards metadata with the goal of promoting industry interoperability and efficiency. Content creators should track these developments and include appropriate metadata in their SVG content which conforms to these various metadata standards as they emerge.
The W3C has a Semantic Web Activity which has been established to serve a leadership role, in both the design of enabling specifications and the open, collaborative development of technologies that support the automation, integration and reuse of data across various applications. The Semantic Web Activity builds upon the earlier W3C Metadata Activity, including the definition of Resource Description Framework (RDF). The RDF Primer is the first in a set of six documents that define the Resource Description Framework [RDF-PRIMER].
Another activity relevant to most applications of metadata is the Dublin Core [DCORE], which is a set of generally applicable core metadata properties (e.g., Title, Creator/Author, Subject, Description, etc.).
Individual industries or individual content creators are free to define their own metadata schema but are encouraged to follow existing metadata standards and use standard metadata schema wherever possible to promote interchange and interoperability. If a particular standard metadata schema does not meet your needs, then it is usually better to define an additional metadata schema in an existing framework such as RDF and to use custom metadata schema in combination with standard metadata schema, rather than totally ignore the standard schema.
Metadata which is included with SVG content should be specified within ‘metadata’ elements. The contents of the ‘metadata’ should be elements from other XML namespaces, with these elements from these namespaces expressed in a manner conforming with the Namespaces in XML Recommendation [XML-NS].
Authors should provide a ‘metadata’ child element to the outermost svg element within a stand-alone SVG document. The ‘metadata’ child element to an ‘svg’ element serves the purposes of identifying document-level metadata.
The DTD definitions of many of SVG's elements (particularly, container and text elements) place no restriction on the placement or number of the ‘metadata’ sub-elements. This flexibility is only present so that there will be a consistent content model for container elements, because some container elements in SVG allow for mixed content, and because the mixed content rules for XML ([XML10], section 3.2.2) do not permit the desired restrictions. Representations of future versions of the SVG language might use more expressive representations than DTDs which allow for more restrictive mixed content rules. It is strongly recommended that at most one ‘metadata’ element appear as a child of any particular element, and that this element appear before any other child elements (except possibly ‘desc’ or ‘title’ elements) or character data content. If metadata-processing user agents need to choose among multiple ‘metadata’ elements for processing it should choose the first one.
Here is an example of how metadata can be included in an SVG document. The example uses the Dublin Core version 1.1 schema. (Other XML-compatible metadata languages, including ones not based on RDF, can be used also.)
<?xml version="1.0" standalone="yes"?> <svg width="4in" height="3in" version="1.1" xmlns = 'http://www.w3.org/2000/svg'> <desc xmlns:myfoo="http://example.org/myfoo"> <myfoo:title>This is a financial report</myfoo:title> <myfoo:descr>The global description uses markup from the <myfoo:emph>myfoo</myfoo:emph> namespace.</myfoo:descr> <myfoo:scene><myfoo:what>widget $growth</myfoo:what> <myfoo:contains>$three $graph-bar</myfoo:contains> <myfoo:when>1998 $through 2000</myfoo:when> </myfoo:scene> </desc> <metadata> <rdf:RDF xmlns:rdf = "http://www.w3.org/1999/02/22-rdf-syntax-ns#" xmlns:rdfs = "http://www.w3.org/2000/01/rdf-schema#" xmlns:dc = "http://purl.org/dc/elements/1.1/" > <rdf:Description about="http://example.org/myfoo" dc:title="MyFoo Financial Report" dc:description="$three $bar $thousands $dollars $from 1998 $through 2000" dc:publisher="Example Organization" dc:date="2000-04-11" dc:format="image/svg+xml" dc:language="en" > <dc:creator> <rdf:Bag> <rdf:li>Irving Bird</rdf:li> <rdf:li>Mary Lambert</rdf:li> </rdf:Bag> </dc:creator> </rdf:Description> </rdf:RDF> </metadata> </svg>
interface SVGMetadataElement : SVGElement { };


Lost in America * * 1/2 (out of * * * * )
Directed by Albert Brooks. Cast: Albert Brooks, Julie Hagerty, Garry Marshall, Art Frankel, Michael Greene, Joey Coleman. 1985 - 91 minutes. Rated R (for profanity). Reviewed October 11, 1998.
By Dustin Putman
"Lost in America" is a very funny comedy from Albert Brooks (who also made 1996's "Mother"), about an unhappy married couple (Brooks and Julie Hagerty) in their 30's who are stuck in high-paying jobs that are going nowhere, and feel like their lives are just passing them by. When Brooks finds out that the execute vice manager position has been passed over him to another worker, they decide to quit their jobs, sell everything they own, purchase a motor home, and set out on the open road together. It's what they've always wanted to do, and besides, they are hoping it will save their marriage. Predictably, things immediately don't go as planned when they stop in Las Vegas to renew their wedding vows and Hagerty loses all of their money gambling.
"Lost in America" isn't necessarily an original film, and it knows it isn't (there are various references to it being exactly like "Easy Rider", and it is very similar to the delightful 1950's comedy, "The Long Long Trailer," starring Lucille Ball and Desi Arnaz), but what saves it from being completely cliched is the highly enjoyable and witty screenplay by Albert Brooks and Monica Johnson. The dialogue, as in all of Brooks' films, is sharp and funny, and he and Hagerty make a great team. In fact, they are so charismatic together, I'm surprised they've never reteamed for a film. Now, that's an idea!
"Lost in America" was so good throughout that the film easily had the potential to be a great comedy, like the similar "National Lampoon's Vacation," but it feels much too short, and just when you think it should be hitting the 3/4 mark, it ends, as if they forget to film a conclusion. When the end credits started to roll, I was disappointed because I felt like there was so much more that could have been done, but wasn't.
Nonetheless, Albert Brooks' "Lost in America" is so entertaining the whole way through that it certainly should not be missed. It's a perfectly good way to spend an hour-and-a-half.
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
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Related links: index of all rec.arts.movies.reviews reviews


svo module¶
This is the main module for svo_filters.
A Python wrapper for the SVO Filter Profile Service
-
class
svo.
Filter
(band, filter_directory=None, wave_units=Unit("um"), flux_units=Unit("erg / (Angstrom cm2 s)"), **kwargs)[source]¶ Bases:
object
Creates a Filter object to store a photometric filter profile and metadata
-
path
¶ The absolute filepath for the bandpass data, an ASCII file with a wavelength column in Angstroms and a response column of values ranging from 0 to 1
Type: str
-
rsr
¶ The wavelength and relative spectral response (RSR) arrays
Type: np.ndarray
-
apply
(spectrum, plot=False)[source]¶ Apply the filter to the given spectrum
Parameters: - spectrum (array-like) – The wavelength [um] and flux of the spectrum to apply the filter to
- plot (bool) – Plot the original and filtered spectrum
Returns: The filtered spectrum
Return type: np.ndarray
-
bin
(n_bins=1, pixels_per_bin=None, wave_min=None, wave_max=None)[source]¶ Break the filter up into bins and apply a throughput to each bin, useful for G141, G102, and other grisms
Parameters: - n_bins (int) – The number of bins to dice the throughput curve into
- pixels_per_bin (int (optional)) – The number of channels per bin, which will be used to calculate n_bins
- wave_min (astropy.units.quantity (optional)) – The minimum wavelength to use
- wave_max (astropy.units.quantity (optional)) – The maximum wavelength to use
-
centers
¶ A getter for the wavelength bin centers and average fluxes
-
flux_units
¶ A getter for the flux units
-
load_TopHat
(wave_min, wave_max, pixels_per_bin=100)[source]¶ Loads a top hat filter given wavelength min and max values
Parameters: - wave_min (astropy.units.quantity (optional)) – The minimum wavelength to use
- wave_max (astropy.units.quantity (optional)) – The maximum wavelength to use
- n_pixels (int) – The number of pixels for the filter
-
load_xml
(filepath)[source]¶ Load the filter from a txt file
Parameters: filepath (str) – The filepath for the filter
-
overlap
(spectrum)[source]¶ Tests for overlap of this filter with a spectrum
Example of full overlap:
Examples of partial overlap: :
Examples of no overlap: :
Parameters: spectrum (sequence) – The [W, F] spectrum with astropy units Returns: ans – Overlap status. Return type: {‘full’, ‘partial’, ‘none’}
-
rsr
A getter for the relative spectral response (rsr) curve
-
throughput
¶ A getter for the throughput
-
wave
¶ A getter for the wavelength
-
wave_units
¶ A getter for the wavelength units
-
-
svo.
color_gen
(colormap='viridis', key=None, n=15)[source]¶ Color generator for Bokeh plots
Parameters: colormap (str, sequence) – The name of the color map Returns: A generator for the color palette Return type: generator
-
svo.
filters
(filter_directory=None, update=False, fmt='table', **kwargs)[source]¶ Get a list of the available filters
Parameters: Returns: The list of band names
Return type:
-
svo.
rebin_spec
(spec, wavnew, oversamp=100, plot=False)[source]¶ Rebin a spectrum to a new wavelength array while preserving the total flux
Parameters: - spec (array-like) – The wavelength and flux to be binned
- wavenew (array-like) – The new wavelength array
Returns: The rebinned flux
Return type: np.ndarray


This tutorial will cover the 3 main topics in the time card module.
1. ‘Clock In’ and ‘Clock Out’.
This is the mechanism used to indicate the time you start your work day to the time you finish your work day.
At the beginning of each day select today’s date and click on the ‘Clock In’ button
At the end of each day click on the ‘Clock Out’ button
Note: If you forgot to ‘Clock Out’ for the previous day, notify your administrator so the time may be
manually corrected. Clicking on the 'Clock Out' button after the actual 'Clock Out' time, would result
in the incorrect time being reported.
2. ‘Check In’ and ‘Check Out’.
This is the mechanism used to record the details of the work that was performed during the work day.
Each job or tasks that is performed is indicated by ‘Check In’ and ‘Check Out’.
‘Check In’ and ‘Check Out’ is placed within the ‘Clock In’ and ‘Clock Out’.
From a work order, there are 2 places from where time can be automatically added to the timecard
By clicking on the ‘In Route’ button in a work order ... a ‘Check In’ and ‘Check Out’ is automatically added to the Time
card. (view image below)
Time may also be automatically added to the time card by clicking on the ‘Check In’ and ‘Check Out’ button in a work order
Adding time manually to a time card: This is an important feature that needs to be followed in order to maintain time card
integrity. Often you are asked to do work that is not in your work orders. This work maybe verbally
assigned to you from your office. The best way to capture this work in the time card is to use the
'Add Time' button as shown below.
Note: It is important that all fields need to be filled in the 'Add Time' window. You may need to ask your office administrator
what job code and Work Order number needs to be selected. Additionally 'Add Time' should also be
used to record any non work related task that you performed... like taking lunch, or going to a doctor's
visit etc.
3. Approving time card.
Each day’s time card needs to be submitted for Approval.
The administrator may Approve or Reject a time card. If the time card is rejected by the administrator, the time card will
be given a status of 'Rejected' with a note for why it was rejected. You can then update the time card
note and submit again for Approval.


Organize. Browse. Track.

Organize. Browse. Track.


ASP.NET MVC 音乐商店
主页
商店
登录
Music List
雷鬼
流行
民谣
电子
轻音乐
英伦
后摇
怀旧
电音
当前位置：
This'Good
This'Good
This'Good
This'Good
This'Good
That's very Good
This'Good
This'Good
This'Good
This'Good
This'Good
That's very Good
This'Good
This'Good
This'Good
This'Good
This'Good
That's very Good


Jukebox
Shooter
Inspector
Under iOS, there's a security model that only allows playback of audio if it was caused by a user event. For example, you can use a <button> with an onclick callback function to playback audio.
iOS relevant example with repeating background music
initialize Jukebox


I was a regular smoker of PCP for years and had many fantastic trips to the boundaries of my imagination. once while smoking PCP in a motel in Santa Cruz with numerous males and females. I became overwhelmed with the TV program [twilight zone] episode [living doll] I was laughing at it all good. When all of the sudden I could feel a cloud of evil come over me. It seemed to fill the hole room and everyone in it. I retreated to the restroom to try to escape it.
But it was then I realized I had walk onto a television production set movie cameras ' light etc, etc. As I turn to the bathroom mirror. to my surprise standing before me was none other than Rod Sterling in the flesh. He was making his opening episode speech. And I was the subject of it. it went something like this.
[you are looking at a man A. Gonzales who has taken so much p.c.p he will die here tonite in santa cruz on this side of the twilight zone.]
 It was then Rod Sterling said if you don't believe me open the door this is what you will see immediately I saw a vision of two party goers looking at me dancing saying [let's party] I told Mr. Sterling if that happens as you say I will believe you and do whatever you say. So I opened the door and saw and heard what I had seen in the vision seconds before. I slammed the door a begged Mr. Sterling to tell me if there was a way I could escape my death in the twilight zone that night. he said there is only one way get the keys to the car drive back over the hill to Santa Clara or you will die here tonight. [I said] I can't do that I will kill myself try to drive threw the hills that's a dangerous drive for someone as wasted as me.  I said no I'll do it.
I walk out of the bathroom my friends ask me if I was alright.  I grabbed the keys to car of table and made a run for door with friends in chase.
Once back in room I made run for door again breaking a girls nose who tried to stop me. My friend then tied me up put me on the bed and kept partying. When I woke in the morning they ask me if I remembered what happened that night. I told them everything. They said you were just trippin on that blast. But I know the truth I was there somehow. Though I was on drugs I remember it all in detail it was all too real I had survived.
[Twilight zone] A. Gonzales
P.S. smoking to much PCP can be dangerous to your mental health. But it's great fun losing your noodles once in a while.
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.


Vanilla JS
Get elements by class
Kiwi
Banana
Orange
Strawberry
BlackBerry
jQuery
Get elements by class
Kiwi
Banana
Orange
Strawberry
BlackBerry


╒lymail
Home
About
Send Parcel
Admin
Add a Parcel
Receiver Name
Content Description
Weight
Quantity
Parcel Type
Email
Destination Phone:
Pickup Address:
Destination Address:


Since 2016, PDIS has been developing these toolkits for public sector's service design process.
Issue Card
Issue Card is a toolkit which can foster discussion on different issues. These cards contain a variety of information regarding
to the issue (e.g. Problems, ideas, resources, etc.) We can categorize and make connections of the cards
according to the similarity of the information. The connections between each information will be presented
on a table clearly. By doing this, it helps lower the threshold for reflection and critique by making the
information clearer during discussions.
Issue Card Instruction
With the help of Issue Card, facilitator can start with semi-structured conversation around an issue. Here is an instruction
paper specifying purpose and usages of all areas on an issue card template.
Issue Mapping Instruction
The ‘Issue Mapping Instruction’ can help lower the threshold for reflection and critiquing by making the information clearer
during discussions. Issue Mapping Instruction consists of three linked segments. The first segment asks participants
to clarify context of issue, the second segment identifies stakeholders, and the last segment highlights
policy and strategy.
Idea Development Sheet
Idea development sheet is a big canvas use to develop innovative ideas. There are two idea development sheets per the facilitator's
choice. It is recommended to use idea development sheet A for a more abstract value proposition discussion,
while to use idea development sheet B for a more concrete discussion and idea illustration.


We also provide opportunities to interact with other Minority Groups like: {{society.name}}, and many more!!


The e tabs below were pink/red snoopies from Canada. We had taken them before with ZERO visuals. We even took the same batch once with small booster doses of 2-c-I and 2-c-t-7 : 3-5 mg apiece, and THIS had no visuals and was a 5 day comedown with hellish paranoia and very little e like effect. I hesitantly tried these pills again, thinking they might not be mdma. I had had them tested with GCMS and was told they WERE nothing but MDMA. I still doubted it after the last experience, which was also done w/o 5-h-tp loading.
Something pushed me to take a piracetam with these. I took one tab, and went into an incredibly clean, pure e space, almost as good as my first time. And we only do e every 3-6 months... the comedown was gentle, no sharp drop as usual. And the e ride lasted almost 10 hours. It was not over! This is what happened next, visuals the likes of which I have not seen on anything but DMT or high dose salvia. But with a totally clear head, as I was over the e by this time. In fact I would still be seeing gorgeous Arthur Rackham style line visuals in surfaces for the next few days. The paranoia was only a twinge this time, and the body pain was confined to a 2 day sharp headache. I gobbled 5-h-tp in gram quantites before, during and after this experience, along with many grams of ester C. The Piracetam was 800 mg along with the initial tab, 1 half tab was taken at the 2 and 4 hour mark.
VISUALS:
I noticed the new small crystal singing bowl was glowing in what looked like pink cuneiform script, but on close examination it was melting into also sanskrit, egyptian heiroglyphs and enochian/(atlantean).
I played the bowl a bit and then picked up the large, double terminated crystal we got in china town last year, after dreaming it was there.
I looked in the crystal and .... my god!
A little blue parakeet, as sharp as high definition TV appeared! He seems to personify some kind of 'librarian'.
I could name a period of history, any period, and he would summon it. I could see every feather on his body.
I went to the Pleistocene Epoch, saw huge armadillo? creatures with shaggy black fur and a white skunk stripe.
I saw Heironymous Bosch in his stone studio, painting his great Tryptich!
I saw many alien cities with throngs of strange inhabitants.
I saw many millions more things, and all the bits of opaque stuff in the crystals was slowly circulating ...like blood and organs. Are crystals 'alive' at a time scale different from ours?
This was all like a movie, THAT clear. MORE clear.
Always the bird would fly in and clear away a scene and bring on a new one.
At one point a graphical option came up with 'layers' of history I could choose from.
I saw a pyramid open with blinding light, and a tall, glowing, utterly regal Egyptian Queen come out and greet a flying machine that resembled a beetle.
I saw huge, boxy robots eating methane on a frozen moon....
many views of the Arthropodic Band, great insect civilizations, many biomechanical ....
I am going to practice all next week, I don't want to lose this ability again. I thought it was gone forever.
need a larger crystal to enlarge the images, I know now why A.C. strapped the topaz to his head - larger field of vision. many things I saw in the crystal were on the surface of imperfections in the crystal matrix that were no more than 3 or 5 millimeters across...these had incredible detail too, but it took huge concentration to keep them in focus.
the entire excercise lasted 45 mins, and was utterly exhausting...., tried to skry the great sphere as well, dimmer amber colored linear designs
the animals of the old ice age - more amazing than I even pictured or imagined!
I am going to try piracetam with all my serotogenics from now on.
One thing I saw was very surprising, I forgot it until the next day. I seemed at one point to be in 2-way visuals with a lovely female humanoid sitting at a complex terminal setup or audio mixer computer? It had racks like a mixing setup. She seemed to see ME! and she was VERY startled!
There were also a number of 3-d visuals in the room with us, which I have never had before. I never conceived them as possible. I suspect now my visual skills were probably atrophied by overindulgence in 2-d scrolling video games as a child?
These were DMT quality visuals, even better and sharper and I was able to think, speak and deal with them in a very sane and logical manner.
Now to get audio also? And more control over the 'channels'? Some of these visuals were obviously being morphed by or drawn from my unconcious, but most of it I believe is really from the 'Memory of Nature'.
And this from what is certainly just plain MDMA! Hail Piracetam? This was TOTALLY unexpected, at a time I am getting less and less from psychedelics, giving them up really.....
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.


One of the best ways to be able to learn rapidly is to ask questions. While it may seem like an easy thing to do, it is actually a skill that can accelerate your learning.
I actually have some familiarity with the importance of asking the right questions. My past job was a product specialist for a software company so I answered questions all day long. Some common problems that I dealt with were (1) confusing wording, (2) incomplete questions, and (3) questions without a context.
Confusing Wording
If you have poor grammar, there's no other way to put this but you need to fix it or different way to ask your question so it is clear. Aside from grammar, one of the main problems that causes confusing wording is the person doesn't even know what they want very clearly. They may describe portions of the problem, but they can't get to the heart of the problem because they don't have a clear idea of what they are looking for. So before you go asking a community of individuals, get a clear idea of what your question.
Incomplete Questions
There are many ways that you can make your question more complete. Sometimes in trying to get to the point you omit information that is necessary for the question. For example, if you have a constraint that forces you to do something in an atypical manner, make sure you include it. Other things that are omitted are usually things that are assumed--the language that you are using, the type of project you are working on, or other simple components to your question that can make a big difference in how to approach the answer. Make sure that your question is clear enough someone can walk into it and know exactly how to answer it.
Questions Without a Context
Sometimes you ask a question of how to do a particular thing, but if you put it into context someone would be able to point out to you that there is a far better way than the one you are using to approach the problem! You may ask how to do a particular function, but if you gave an overview someone might point out a different function that will accomplish what you want even better. Adding context allows someone to not only check to see the best way to approach your specific question, but the entire solution you have in mind as well.
Using Aids
Some important things to include are screenshots of what you have, code snippets, error messages or anything else that will allow someone to have a clearer picture (good pun?) of what you are trying to accomplish. As the saying goes, sometimes a picture is worth a 1000 words so it can ask a lot of the question for you.
As a summary, make sure to follow the "golden rule" reread your question and make sure it is asked in a way you would hope others would ask you. This will help you get the best advice to move forward in the best ways.


PERLPRAGMA
Section: Perl Programmers Reference Guide (1)Updated: 2009-02-12
Index Return to Main Contents
NAME
perlpragma - how to write a user pragmaDESCRIPTION
A pragma is a module which influences some aspect of the compile time or run time behaviour of Perl, such as "strict" or "warnings". With Perl 5.10 you are no longer limited to the built in pragmata; you can now create user pragmata that modify the behaviour of user functions within a lexical scope.A basic example
For example, say you need to create a class implementing overloaded mathematical operators, and would like to provide your own pragma that functions much like "use integer;" You'd like this code
use MyMaths; my $l = MyMaths->new(1.2); my $r = MyMaths->new(3.4); print "A: ", $l + $r, "\n"; use myint; print "B: ", $l + $r, "\n"; { no myint; print "C: ", $l + $r, "\n"; } print "D: ", $l + $r, "\n"; no myint; print "E: ", $l + $r, "\n";
to give the output
A: 4.6 B: 4 C: 4.6 D: 4 E: 4.6
i.e., where "use myint;" is in effect, addition operations are forced to integer, whereas by default they are not, with the default behaviour being restored via "no myint;"
The minimal implementation of the package "MyMaths" would be something like this:
package MyMaths; use warnings; use strict; use myint(); use overload '+' => sub { my ($l, $r) = @_; # Pass 1 to check up one call level from here if (myint::in_effect(1)) { int($$l) + int($$r); } else { $$l + $$r; } }; sub new { my ($class, $value) = @_; bless \$value, $class; } 1;
Note how we load the user pragma "myint" with an empty list "()" to prevent its "import" being called.
The interaction with the Perl compilation happens inside package "myint":
package myint; use strict; use warnings; sub import { $^H{myint} = 1; } sub unimport { $^H{myint} = 0; } sub in_effect { my $level = shift // 0; my $hinthash = (caller($level))[10]; return $hinthash->{myint}; } 1;
As pragmata are implemented as modules, like any other module, "use myint;" becomes
BEGIN { require myint; myint->import(); }
and "no myint;" is
BEGIN { require myint; myint->unimport(); }
Hence the "import" and "unimport" routines are called at compile time for the user's code.
User pragmata store their state by writing to the magical hash "%^H", hence these two routines manipulate it. The state information in "%^H" is stored in the optree, and can be retrieved at runtime with "caller()", at index 10 of the list of returned results. In the example pragma, retrieval is encapsulated into the routine "in_effect()", which takes as parameter the number of call frames to go up to find the value of the pragma in the user's script. This uses "caller()" to determine the value of $^H{myint} when each line of the user's script was called, and therefore provide the correct semantics in the subroutine implementing the overloaded addition.
Implementation details
The optree is shared between threads. This means there is a possibility that the optree will outlive the particular thread (and therefore the interpreter instance) that created it, so true Perl scalars cannot be stored in the optree. Instead a compact form is used, which can only store values that are integers (signed and unsigned), strings or "undef" - references and floating point values are stringified. If you need to store multiple values or complex structures, you should serialise them, for example with "pack". The deletion of a hash key from "%^H" is recorded, and as ever can be distinguished from the existence of a key with value "undef" with "exists".Don't attempt to store references to data structures as integers which are retrieved via "caller" and converted back, as this will not be threadsafe. Accesses would be to the structure without locking (which is not safe for Perl's scalars), and either the structure has to leak, or it has to be freed when its creating thread terminates, which may be before the optree referencing it is deleted, if other threads outlive it.
Index
This document was created by man2html, using the manual pages.
Time: 05:29:08 GMT, December 24, 2015


Flow of control in XOCL is controlled by the constructs defined in this section. All the basic control statements are supported, including If, Case, While and For. In addition, XOCL supports convenient notations for iterating over collections.
An if expression if used to choose between alternative expressions based on the outcome of a boolean expression. The different forms of if expression are outlined as follows:
1 if test 2 then consequent 3 end 4 5 if test 6 then consequent 7 else alternative 8 end 9 10 if test1 11 then consequent1 12 elseif test2 13 then consequent2 14 elseif test3 15 then … 16 else alternative 17 end
Lines 1-3 show that an if can be used to construct a guarded expression. If the test in line 1 produces true then the consequent in line 2 is evaluated and produces the value fo the if expression otherwise nothing is evaluated and the value of the if expression is undefined.
Lines 5 – 8 show how a n if expression is used to choose between two different expressions. If the expression at line 5 produces true then the expression at line 6 is evaluated and produces the value of the if expression. Otherwise the expression at line 7 is evaluated and produces the value of the if expression.
Lines 10 – 17 show how the elseif keyword can be used to avoid deeply nested if expressions.
A case expression is used to dispatch on a sequence of values. The simplest form of a case expression is shown as follows:
@Case e of p1 do e1 end p2 do e2 end … pn do en end else x end
The case expression is evaluated as follows. The expression e at line 1 is evaluated to produce a value v. If v matches pattern p1 then e1 is evaluated and produces the value of the case expression. Otherwise if value v matches p2 then e2 is evaluated and produces the value of the case expression. Matching continues sequentially until a pattern pi matches and the corresponding expression ei produces the value of the case or the else-clause is reached. If the else-clause is reached then x is evaluated and produces the value of the case expression. Note that the else-clause is optional.
Note that the semantics of pattern matching is covered elsewhere in this document. The simplest form of pattern matching is against basic values:
@Case x of 1 do // The value of x is 1… end 2 do // The value of x is 2… end … 100 do // The value of x is 100… end else self.error(“Illegal value for x: “ + x.toString()) end
In general a case statement can match over a sequence of values:
@Case e1,e2,…,en of p11,p12,…,p1n do b1 end p21,p22,…,p2n do b2 end … pm1,pm2,…,pmn do bm end else x end
An integer case expression dispatches on the value of an integer. An integer case expression is much more efficient that a case expression because it compiles to a simple indexed dispatch in XVM. The following is an example that returns true when the value of char is an alpha-numeric character code:
@CaseInt[256] char of " "->at(0) do false end "\n"->at(0) do false end "\t"->at(0) do false end "\r"->at(0) do false end "("->at(0) do false end ")"->at(0) do false end "\""->at(0) do false end "0"->at(0) to "9"->at(0) do true end "A"->at(0) to "z"->at(0) do true end else false end
Line 1 states that the range of values for char is 0 to 255. Each case arm uses s->at(0) to include a literal character code. Note that the values in case arms may be any XOCL expression but that the expression must have a value at compile time. A case arm has values to be matched before the keyword do. The values can take the following forms:
A constant integer valued expression.
A range x to y where x and y are constant integer valued expressions.
A sequence of integer case values separated with comma (,).
In a pure OO program it should not be necessary to test the type of a value, all computation should be performed using message passing. However, few if any applications are pure and testing the type of a value at run-time is occasionally necessary. All values in XOCL can respond to an isKindOf message whose single argument is an XCore classifier. The return is a Boolean value determining whether or not the value is considered, with respect to inheritance, to be an instance of the classifier. Where there are many such tests on a value it is more declarative and potentially more efficient to use the TypeCase special form:
@TypeCase(x) type1 do exp1 end type2 do exp2 end …. typen do expn end else d end
The expression x is evaluated in line 1 to produce a value. Each type (lines 2,5 etc) is a name or path referencing a classifier. If the value of x is of type type1 then exp1 is evaluated and produces the value of the case expression. Otherwise, checking proceeds case by case until the optional default case us evaluated. A value v is of type t when it is a direct instance of t or when the direct type of v inherits from t.
A While loop performs an action until a condition is satisfied (note a named element may use a symbol for its name so we ensure the name is a string using the toString operation):
context Root @Operation findElement(N:Set(NamedElement),name:String) let found = null in @While not N->isEmpty do let n = N->sel in if n.name().toString() = name then found := n else N := N->excluding(n) end end end; found end end
It is often the case that While loops are used to iterate through a collection. This pattern is captured by a For loop:
context Root @Operation findElement(N:Set(NamedElement),name:String) let found = null in @For n in N do if n.name().toString() = name then found := n end end; found end end
In general a For loop @For x in S do e end is equivalent to the following While loop:
let forColl = S; isFirst = true in @While not forColl->isEmpty do let x = forColl->sel in forColl := forColl->excluding(x); let isLast = forColl->isEmpty in e; isFirst := false end end end end
Where the variables forColl, isFirst and isLast are scoped over the body of the loop e. These can be useful if we want the body action to depend on whether this is the first or last iteration, for example turning a sequence into a string:
context Seq(Operation) @Operation toString() let s = "Seq{" in @For e in self do s := s + e.toString(); if not isLast then s := s + "," end end; s + "}" end end
A For loop may return a result. The keyword do states that the body of the For loop is an action and that the result of performing the entire loop will be ignored when the loop exits. Alternatively, the keyword produce states that the loop will return a sequence of values. The values are the results returned by the loop body each time it is performed. For example, suppose we want to calculate the sequence of names from a sequence of people:
context Root @Operation getNames(people:Seq(Person)):Seq(String) @For person in people produce person.name end end
The keyword in is a For-loop directive. After in the loop expects one or more collections. The in directive supports multiple variables. This feature is useful when stepping through multiple collections in sync, as in:
context Root @Operation createTable(names:Seq(String),addresses:Seq(String),telNos:Seq(String)) @For name,address,telNo in names,addresses,telNos produce Seq{name,address,telNo} end end
A For-loop also has a where option. This allows the elements to be filtered. The following only iterates over names of persons that are not excluded.
context Root @Operation getNames(people:Seq(Person),excluded:Seq(Person)):Seq(String) @For person in people where not excluded->includes(person) do person.name end end
The Find construct is used to perform an action in terms of an element of a collection. Typically we want to find the first element in a collection that satisfies a given predicate and to perform an action. If no value exists that satisfies the predicate then we optionally want to perform some other action. This construct captures that pattern.
As an example, imagine we want find a transition in a statemachine whose targetName is equal to the name of a state, and that when we do, we want to return the State object with that name, or if one does not exist, return the initial state. The following operation getTarget() implements this using Find.
@Operation getTarget(name: String):XCore::Element let next = null in @Find(t,transition) when t.targetName = name do next := states->select(s | s.name = name)->sel else next := states->select(s | s.name = startName)->sel end; next end end
There are number of important collection operations that can be used to iterate over elements in a collection to produce a result. Each iterator operation has an iterator variable, which is matched with each element of the collection in turn. An iterator expression is then evaluated against the variable to produce a result.
There are four main iterator operations: select, collect, reject and iterate.
C->select(c | <expression with c>)
Select filters the elements in the collection. The element c is added to the result if and only if the <Expr> is true. The following example will return only those values of the set that are greater than 5:
Set{1,2,3,4,5,6,7,8,9,10}->select(i | i > 5)
In the context of a class model, select statements are very useful for filtering collections of objects subject to some property. For instance, this operation returns all states of a StateMachine that match the name x and which are not an initial state of the StateMachine (see Part 2 of this Reference Manual):
context StateMachine @Operation statesForName(x):Set(Element) states->select(s | s.name = x and not startName = x) end
C->reject(c | <expression with c>)
Reject is the converse of select. It rejects any elements where <Expr> returns true.
As an example, the following rejects all the values of the sequence of characters that are alphabetically greater than the character "a":
Seq{"a","b"}->reject(x | x > "a")
C->collect(c | <expression with c>)
Collect iterates over the elements in the collection and collects together the result of evaluating the expression. The following collect expression add 1 to each element in the set:
Set{1,2,3,4,5,6,7,8,9}->collect(x | x+1)
Here is an example that collects together the names of the states in a state machine: context StateMachine
@Operation allStateNames() states->collect(s | s.name) end
C->iterate(c acc = <expression> | <expression with c and acc>)
The iterate operation is the most fundamental and general of the iterator operations. All other loop operations can be described as a special case of this operation. Like select and collect, an iterate has a iterator variable. In addition, it has an accumulator variable, which is given an initial value. The result of the iterate operation is the result of iterating over all the elements in the collection. For each successive element, the body expression is evaluated using the previous result of the accumulator. Here is an example of using iterate to add together a collection of numbers:
Seq{1,2,3,4,5,6,7,8,9,10}->iterate(e s=0 | s + e)
This sum() operation makes use of an iterate to sum a collection of integers:
context Seq(Element) @Operation sum() self->iterate(e sum=0 | sum + e) end


| University |
State |
CAE-CD |
CAE-2Y |
CAE-R |
CAE-O |
Research Center |
CSec in CS |
CSEC in SE |
CSEC in IS |
CSEC in IT |
CSEC in CE |
Dedicated Degree |
CSec Dept |
Csec Minor |
CSec Masters |
GenCyber |
CCDC 2017 |
CCDC 2016 |
CCDC 2015 |
CCDC 2014 |
CCDC 2013 |
CCDC 2012 |
CCDC 2011 |
CCDC 2010 |
CCDC 2009 |
CCDC 2008 |
CCDC 2007 |
CCDC 2006 |
CCDC 2005 |
| University |
State |
CAE-CD |
CAE-2Y |
CAE-R |
CAE-O |
Research Center |
CSec in CS |
CSEC in SE |
CSEC in IS |
CSEC in IT |
CSEC in CE |
Dedicated Degree |
CSec Dept |
Csec Minor |
CSec Masters |
GenCyber |
CCDC 2017 |
CCDC 2016 |
CCDC 2015 |
CCDC 2014 |
CCDC 2013 |
CCDC 2012 |
CCDC 2011 |
CCDC 2010 |
CCDC 2009 |
CCDC 2008 |
CCDC 2007 |
CCDC 2006 |
CCDC 2005 |
{{ tc|safe }}
* Note: To be considered a dedicated degree you had to have at least four security courses not housed in another department.


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single_bubble_model.sbm_ic¶
| Release: | 1.1 |
|---|---|
| Date: | Nov 08, 2017 |
-
single_bubble_model.
sbm_ic
(profile, particle, X0, de, yk, T0, K, K_T, fdis, t_hyd)[source][source]¶ Set the initial conditions for a single bubble model simulation
Set up the state space at the release point for the single bubble model simulation
Parameters: profile :
ambient.Profile
objectAmbient CTD data for the model simulation
particle :
dbm.FluidParticle
ordbm.InsolubleParticle
objectObject describing the properties and behavior of the particle.
X0 : ndarray
The release location (x, y, y) in m of the particle in the simulation
de : float
Initial diameter of the particle (m)
yk : ndarray
Initial mole fractions of each component in the particle (–)
T0 : float, optional
Initial temperature (K) of the particle at release if not equal to the temperature of the surrounding fluid. If omitted, the model will set T0 to the ambient temperature.
K : float, default = 1.
Mass transfer reduction factor (–). Pre-multiplies the mass transfer coefficients providing amplification (>1) or retardation (<1) of the dissolution.
K_T : float, default = 1.
Heat transfer reduction factor (–). Pre-multiplies the heat transfer coefficient providing amplification (>1) or retardation (<1) of the heat flux.
fdis : float, default = 0.01
Fraction of the initial total mass (–) remaining when the particle should be considered dissolved.
t_hyd : float, default = 0.
Hydrate film formation time (s). Mass transfer is computed by clean bubble methods for t less than t_hyd and by dirty bubble methods thereafter. The default behavior is to assume the particle is dirty or hydrate covered from the release.
Notes
This function converts an initial diameter and a list of mole fractions to the actual mass of each component in a particle. This seems like the most common method a single particle would be initialized. Note, however, that the user does not specify the mass: it is calculated in this function. If the same diameter particle is released as a deeper depth, it will contain more mass (due to compressibility). Likewise, if the composition is changed while the depth and diameter are maintained constant, the mass will change, altering the trajectory and simulation results. If the mass is to be kept constant, this must be done outside this routine and the correct diameter calculated and passed to this function.


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The following documents are available:
QPT Installation Guide
QPT Reference Manual
QPT Troubleshooting Guide


In pictures: Mauricio Pochettino’s Premier League career
The Argentinian has left Tottenham after five and a half years.
19 Nov 2019, 20:46
Tottenham have announced they have sacked manager Mauricio Pochettino.
Spurs, who were in the Champions League final only six months ago, have endured a tough start to the season and are currently 14th in the Premier League table.
Here, the PA news agency takes a look at Pochettino’s English coaching career in pictures.
Pochettino was announced as Southampton manager in January 2013 (Chris Ison/PA)
Pochettino was appointed Tottenham head coach in May 2014 (Adam Davy/PA)
Pochettino’s Tottenham were runners-up to Chelsea in the Carabao Cup final in 2015 in his first season in charge (Andrew Matthews/POOL wire)
Watford manager Quique Sanchez Flores speaks to Pochettino during their Premier League match at White Hart Lane (Adam Davy/PA)
Tottenham were in contention to win the league in 2015/16, but on May 2 2016 they drew 2–2 against Chelsea, confirming Leicester as champions (John Walton/PA)
Liverpool manager Jurgen Klopp and Pochettino shake hands prior to the Premier League between their sides at White Hart Lane in 2016 (Steve Paston/PA)
Pochettino gestures on the touchline during the Champions League match against Monaco at Wembley in September 2016 (Yui Mok/PA)
Pochettino celebrates with Tottenham goalkeeper Hugo Lloris, Harry Winks and Kieran Trippier during the Premier League match at Goodison Park in December 2018 (Peter Byrne/PA)
Pochettino celebrates after the final whistle during the UEFA Champions League semi-final against Ajax, as Spurs went through to the Madrid showpiece (Adam Davy/PA)
Pochettino led Tottenham into the Champions League final in May 2019, where they were beaten 2-0 by Liverpool (Peter Byrne/PA)
Pochettino during his last match in charge of Spurs, a 1-1 draw against Sheffield United (Bradley Collyer/PA)


Resources for Scalding Developers
Scalding IO hosts a series of projects we built around Twitter's Scalding (https://github.com/twitter/scalding) framework.
It contains the following projects:
Antonios Chalkiopoulos (@antwnis) - Stefano Galarraga (@galarragas)
Licensed under the Apache License, Version 2.0: http://www.apache.org/licenses/LICENSE-2.0


Controls
Add Predefined Patterns
Pattern:
Single
Glider
Glider Gun
Acorn
Grid Control
Size:
25 x 12
50 x 25
100 x 50
200 x 100
Grid:
Off
Partial
Light
On
Trail size:
Off
1
2
3
Randomize
Reset
Time Control
Speed:
Slow
Medium
Fast
Very Fast
Step
Start
Yet Another Conway's Game of Life Implementation
Generation: 0
Cells Alive: 0 (0.00%)


CANDIDATE :
Q : About peeljobs.com ?
A : Peeljobs.com is a job portal site where you can find your suitable jobs easily and fastly.
Q : How can i search for jobs ?
A : whenever jobs are available, peeljobs.com posted that jobs on various social sites like facebook, linked IN, twitter etc. From there you can directly apply to jobs. No need to register, no need to pay any registration fee.
.
Q : How to apply for jobs?
A : According to your requirement you can direct apply jobs from social sites. you can see similar jobs also, if you find relevant you can apply as you want.
Q : How do i know i am being selected/shortlisted for a job ?
A : If you are selected, you will get a notification via email or given contact number.
Q : How do i submit my resume ?
A : When completing the details of the online application form, you will be asked to attach your CV, so make sure you have it ready.
Q : Can i apply more than one job ?
A : If you meet qualifications and experience necessary for that position then you may apply for more than one vacancy by completing the application requirements.
Everyday new and active jobs are posted.
Q : If i do not find a suitable vacancy, what can i do ?
A : If you do not find a suitable job, we encourage you to see job details every day.


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hide lt;variable_namegt; lt;variable_namegt; ... Module
This function creates a new module which hides the given variables of the specified module. It returns the name of the new module.
The name of the new module is generated internally. To designate a name, use let. For example, the command
let P be [hide x1 x2 Pete]
creates a module P which has x1 and x2 hidden.
Command Options:


|
Exact Stochastic Simulation Software
|
Basic implementation of a standard moecular species. More...
#include <Standard_Spc.h>
Public Member Functions | |
| Standard_Spc (long id, std::string name, double initial_conc) | |
| Constructor. More... | |
| ~Standard_Spc () | |
| Destructor. More... | |
| long | get_n_molecules () |
| Implementation of the _Species::get_n_molecules() method. More... | |
| void | mod_n_molecules (long n) |
| Implementation of the _Species::mod_n_molecules() method. More... | |
| _Species * | copy () |
| Implementation of the _Species::copy() method. More... | |
| Public Member Functions inherited from nw::_Species | |
| _Species (long id, string name, double init_conc) | |
| Constructor. More... | |
| virtual | ~_Species () |
| Destructor. More... | |
| virtual void | set_n_molecules (double volume) |
| Set initial molecular count (n_molecules). More... | |
| long | get_id () |
| string | get_name () |
| double | get_initial_conc () |
| bool | get_dirty_flag () |
| void | set_dirty_flag (bool b) |
Additional Inherited Members | |
| Protected Attributes inherited from nw::_Species | |
| long | id |
| Species ID. More... | |
| string | name |
| Species name. More... | |
| bool | dirty_flag |
| Indicates whether this _Species needs to be updated or not. More... | |
| long | n_molecules |
| Current number of molecules. More... | |
| double | initial_conc |
| Initial concentration. More... | |
| double | volume |
| Volume of the _Voxel containing this _Species. More... | |
Basic implementation of a standard moecular species.
Basic unit of a Gillespie_Sys. Every _Voxel has a state_vector that consists of molecular _Species. A _Species is defined by its current number of molecules, its id and name, and a dirty_flag. The dirty flag indicates that the species has been updated during the previous _Event.
|
inline |
Constructor.
|
inlinevirtual |
Implementation of the _Species::copy() method.
Implements nw::_Species.
|
inlinevirtual |
|
inlinevirtual |
Implementation of the _Species::mod_n_molecules() method.
Implements nw::_Species.


I have been on tramadol consistently (with the exception of a week in 2003) for the past three years. I have previous experience with opioids and opiates, but this is my favorite by far. I have never had a truly negative experience while taking it and think it's great.
Originally, I was prescribed brand-name tramadol ('Ultram') to deal with the pain of an infected tooth. I was impressed with its effectiveness from the very beginning... no pain, and a delightful, cozy, joyful feeling. This is not just a general 'happy' feeling, but that special kind of warm fuzzy gladness I get when life is perfect and about to get better. I noticed it also makes me more pleasant, talkative, and agreeable (I am naturally a painfully shy person, so this is a definite plus). When taken before bed, it also makes me sleep soundly. I can wake up feeling fully rested on only two or three hours of sleep, and my dreams are superbly interesting. Tramadol also has done a great job of ridding me of depression and insomnia, which I have been affected with since my teen years.
I now take generic tramadol, as it's cheaper, but it seems to me that the Ultram brand is slightly more effective. This could just be my imagination though. Three in the morning and another two or three at night keep me going, in a great mood.
The only other minus to tramadol is that I stopped for one week, and was hit with chills, panic attacks, cold sweats, hot flashes, muscle weakness, sleeplessness, weepiness, and a bad headache. According to reports I've read withdrawal is only supposed to last a few days, but I felt it for a week and a half. All in all though, I think this is a marvelous drug that is easy to find and cheap to get online.
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.


NY Daily News coverage of New York Fashion Week Fall Winter 2018
They say it’s the city that never sleeps and nothing encapsulates this better than New York Fashion Week. From the runways to the after-parties, check out our around-the-clock coverage of NYFW Fall/Winter 2018.


--- layout: default title: Upcoming Events primary_title: Events body_class: events-page --- {% assign now = site.time | date_to_xmlschema %} {% assign future_events = site.events | where_exp: "event","event.eventdate > now" %} {% assign primary_title = site.headings.events %} {% assign layout_class = 'sidebar-right events-page' %} {% capture content %}
Are you hosting your own OpenSearch event? Write some yaml / markdown, do pull-request on the events directory and we'll merge qualifying events.
Take a look at the past events page.


††††††††††† The ability of organisms to use molecular oxygen was a major evolutionary breakthrough that enabled the production of significantly more energy from the breakdown of foods, amongst many other advantages.† However, these advantages came at a cost:† toxic by-products known as reactive oxygen species (ROS) are produced, which if left unchecked would seriously effect an organismís viability.† These ROS include hydrogen peroxide, superoxide anion radicals, singlet oxygen, hydroxyl radicals and nitric oxide.† ROS serve as normal signalling molecules, but unchecked they can damage a wide variety of molecules within cells, leading to oxidative stress.† In order to limit the crippling effects of oxidative stress, a cell can respond by committing suicide, whereby the ROS produced by a cellís mitochondria can act as a trigger for apoptotic cell death through the activation of caspases.† This is effective in the short-term, but high levels of oxidative stress can lead to serious tissue damage through excessive cell death and oxidative damage.† Just how harmful these ROS can be is evidenced by the diseases they are involved in when their levels become too high, which include inflammatory joint disease (destruction of cartilage), insulin-dependent diabetes mellitus (destruction of pancreatic beta cells), asthma, cardiovascular disease, and many neurodegenerative diseases (destruction of nerve cells) including Alzheimerís and amyotrophic lateral sclerosis (ALS).† To help protect against the destructive effects of ROS, aerobic organisms produce protective antioxidant enzymes such as catalase (EC <IP_ADDRESS>), superoxide dismutase (EC <IP_ADDRESS>), and glutathione peroxidase (EC <IP_ADDRESS>).† It was the evolution of these enzymes that made oxidative cellular metabolism possible.
††††††††††† Catalases are produced by aerobic organisms ranging from bacteria to man.† Catalases (EC <IP_ADDRESS>) are haem-containing proteins that catalyse the conversion of hydrogen peroxide (H2O2) to water and molecular oxygen, thereby protecting cells from the toxic effects of hydrogen peroxide:†
2H2O2 ŗ 2H2O + O2
Some haem-containing catalases are bifunctional, acting as a catalase and a peroxidase (EC <IP_ADDRESS>).† In these bifunctional catalase-peroxidases, a variety of organic substances can be used as a hydrogen donor, for example alcohol, which can be oxidised in the liver.† These bifunctional catalases are closely related to plant peroxidases.† There are also non-haem manganese-containing catalases, which occur in bacteria.† This review concentrates on the mono-functional, haem-containing catalases (EC <IP_ADDRESS>).


{% extends 'layouts/form.html' %} {% block head %} {% block title %}Register {% endblock %} {% endblock %} {% block content %}
Sex:
Check if you have a job:
Check if you own housing:
Check if you rent housing:
Check if you have moderate savings:
Check if you are somewhat rich:
Check if you are rich:
Check if you have some money in a checking account:
Check if you have a lot of money in a checking account:


Several features of Open XAL including functionality depend upon external (third party) jars. It should be stressed that these external jar files are not part of Open XAL. While Open XAL is distributed through BSD licensing on the Source Forge Open XAL project, many of the external jar files have different licensing terms (e.g. GPL, commercial) which restrict us from redistributing these files.
Please abide by the terms and conditions set forth by the third party vendors.
| File | Version | External Source | Redistribution* | Comment |
|---|---|---|---|---|
| ojdbc6.jar | 11g release 1 | Oracle | No |


{# include template "patterns/basics/headings/sp_variations/heading.html" #}
{% trans "Thank you for joining!" as headingtext %}
{% with type="component" htmltag="h1" title=headingtext %}
<{{htmltag}}>{{title}}{{htmltag}}>
{% endwith %}
{# end include template #}
{% with profile_settings=settings.profiles.UserProfilesSettings %}
{% if profile_settings.activate_dob and not profile_settings.capture_dob_on_reg or profile_settings.activate_display_name and not profile_settings.capture_display_name_on_reg or profile_settings.activate_gender and not profile_settings.capture_gender_on_reg or profile_settings.activate_education_level and not profile_settings.capture_education_level_on_reg %}
{# include template "patterns/basics/headings/sp_variations/heading.html" #}
{% trans "Let us know your birthday to get access to exclusive content." as headingtext %}
{% with type="subheading" htmltag="p" title=headingtext %}
<{{htmltag}}>{{title}}{{htmltag}}>
{% endwith %}
{# end include template #}
{% else %}
{# include template "patterns/basics/headings/sp_variations/heading.html" #}
{% trans "Update profile to let us know your birthday to get access to exclusive content." as headingtext %}
{% with type="subheading" htmltag="p" title=headingtext %}


Before Change
computer = 0
question_num = 0
question_ids = questions._questions.keys()
shuffle(question_ids)
for ii in question_ids:
question_num += 1
hum, comp, ans = present_question(ii, questions[ii], buzzes,
finals[ii],
After Change
continue
power_mark = power(ii)
if power_mark == "10":
print("Looking for power for %i, got %s %s" %
(ii, power_mark, str(ii in power._power_marks.keys())))
hum, comp, ans = present_question(question_num, ii, questions[ii],
buzzes, finals[ii],
questions.answer(ii),
human=human,


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