| 010:088 Khan | : |
And Musa (Moses) said: "Our Lord! You have indeed bestowed on Fir'aun (Pharaoh) and his chiefs splendour and wealth in the life of this world, our Lord! That they may lead men astray from Your Path. Our Lord! Destroy their wealth, and harden their hearts, so that they will not believe until they see the painful torment." |
| 010:088 Maulana | : |
And Moses said: Our Lord, surely Thou has given Pharaoh and his chiefs finery and riches in this worlds' life, our Lord, that they may lead (people) astray from Thy way. Our Lord, destroy their riches and harden their hearts, so that they believe not till they see the painful chastisement. |
| 010:088 Pickthal | : |
And Moses said: Our Lord! Lo! Thou hast given Pharaoh and his chiefs splendour and riches in the life of the world, Our Lord! that they may lead men astray from Thy way. Our Lord! Destroy their riches and harden their hearts so that they believe not till they see the painful doom. |
| 010:088 Rashad | : |
Moses said, "Our Lord, you have given Pharaoh and his elders luxuries and wealth in this world. Our Lord, they only use them to repulse others from Your path. Our Lord, wipe out their wealth, and harden their hearts to prevent them from believing, until they see the painful retribution." |
| 010:088 Sarwar | : |
Moses said, "Lord, You have given the Pharaoh and his people great riches and splendor in this life and this makes them stray from Your path.  Our Lord ! destroy their riches and harden their hearts so that they believe not until they see the grievous punishment.' |
| 010:088 Yusufali | : |
Moses prayed: "Our Lord! Thou hast indeed bestowed on Pharaoh and his chiefs splendour and wealth in the life of the present, and so, Our Lord, they mislead (men) from Thy Path. Deface, our Lord, the features of their wealth, and send hardness to their hearts, so they will not believe until they see the grievous penalty." |
Concepts/Themes Covered: تنظيم العلاقات المالية > الأموال Organizing Financial Relationships>Wealth Property
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


The Jordan Historical Museum currently occupies a parcel of land that once served as a location for a church, a small school, and the historical Fry House, which was built by Jacob Fry in 1815.
The Jordan Historical Museum, in conjunction with the Town of Lincoln and the Heritage Committee
have chosen to conduct Ground Penetrating Radar (GPR) and Electrical Resistance survey of the study grounds to report on the locations of possible interments, and document these possible locations in formal map documents.
This report, serves as the final report on the findings and analysis of the GPR and electrical resistance surveys of the Jordan Historical Museum Grounds. A presentation of the findings and results, open to the public, is to be presented to the client and the Town of Lincoln on June 1st.


White Box Cluster Algorithm Design allows you to create Representative based cluster algorithm by using reusable components. This way one can recreate already available cluster algorithms (i.e. K-Means, K-Means++, PAM) but also create new cluster algorithms not available in the literature or any other software. For more information see papers <doi:10.1007/s10462-009-9133-6> and <doi:10.1016/j.datak.2012.03.005>.
| Version: | 0.1.2 |
| Depends: | graphics, stats, clusterCrit, cluster |
| Suggests: | methods, testthat |
| Published: | 2018-11-20 |
| Author: | Sandro Radovanovic, Milan Vukicevic |
| Maintainer: | Sandro Radovanovic <sandro.radovanovic at gmail.com> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| CRAN checks: | whiboclustering results |
| Reference manual: | whiboclustering.pdf |
| Package source: | whiboclustering_0.1.2.tar.gz |
| Windows binaries: | r-devel: whiboclustering_0.1.2.zip, r-release: whiboclustering_0.1.2.zip, r-oldrel: whiboclustering_0.1.2.zip |
| OS X binaries: | r-release: whiboclustering_0.1.2.tgz, r-oldrel: whiboclustering_0.1.2.tgz |
Please use the canonical form https://CRAN.R-project.org/package=whiboclustering to link to this page.


Dog(s) got into the garbage, possibly ate chicken bones. Grrr... off to the vet for the evening.
12/3/2007, 6:51:39 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
Dog(s) got into the garbage, possibly ate chicken bones. Grrr... off to the vet for the evening.
12/3/2007, 6:51:39 PM
Favs: 0
Retweets: 0
link


Bootleggers Rom Official Pie for zuk z2 plus [CLOSED]
Bootleggers ROM is a AOSP based ROM with some extra patches anf features from other projects, like LineageOS, Dirty Unicorns, PixelExperience, OmniROM, and many more. Our goal is trying to add the best to make you feel like
家. With all those feature, we also have some extra apps, themes and wallpaper to try to give you a great experience since the first boot.


Being confident of this very thing, that he which hath begun a good work in you will perform it until the day of Jesus Christ:
—Philippians 1:6
Our goal in the Jr. High Ministry is to worship the Lord, study the Bible and enjoy great fellowship. Whether we’re meeting on a Wednesday night or on one of our many trips, we always have an awesome time. As we study through the Bible, we learn what Jesus has done for us and how we should live our lives for Him. Come ready to worship the Lord, dig into the Word and have tons of crazy fun!
If you would like information on Bible Studies and Upcoming Events, check out the links below. You can also visit the Jr. High Blog to see the latest pictures from recent Jr. High activities!
If you have any questions, you can contact Nate.
Our goal in the Jr. High Ministry is to worship the Lord, study the Bible and enjoy great fellowship. Whether we’re meeting on a Wednesday night or on one of our many trips, we always have an awesome time. As we study through the Bible, we learn what Jesus has done for us and how we should live our lives for Him. Come ready to worship the Lord, dig into the Word and have tons of crazy fun!
If you would like information on Bible Studies and Upcoming Events, check out the links below. You can also visit the Jr. High Blog to see the latest pictures from recent Jr. High activities!
If you have any questions, you can contact Seth at<PHONE_NUMBER>.


| Total net profit | -12.84 | Gross profit | 27.79 | Gross loss | -40.63 |
| Profit factor | 0.68 | Expected payoff | -0.26 | ||
| Absolute drawdown | -12.84 | Maximal drawdown (%) | 24.87 (206.73%) | ||
| Total trades | 49 | Profit trades (% of total) | 6 (12.24%) | Loss trades (% of total) | 43 (87.76%) |
| Long positions (won %) | 23 (13.04%) | Short positions (won %) | 26 (11.54%) | ||
| Largest | profit trade | 14.44 | loss trade | -2.08 | |
| Average | profit trade | 4.63 | loss trade | -0.94 | |
| Minimum | profit trade | 0.26 | loss trade | -0.14 | |
| Maximum | take profit in pips | 151.6 | stop loss in pips | -20.7 | |
| Average | take profit in pips | 150.1 | stop loss in pips | -10.4 | |
| Minimum | take profit in pips | 139.8 | stop loss in pips | -8.9 | |
| Maximum | Reward-Risk | 17.0 | Duration in minutes | 5496 | |
| Average | Reward-Risk | 14.7 | Duration in minutes | 548.8 | |
| Minimum | Reward-Risk | 6.8 | Duration in minutes | 0 | |
| Maximum | consecutive wins (profit in money) | 1.0 (0.26) | consecutive losses (loss in money) | 19.0 (-16.55) | |
| Average | consecutive wins | 1.0 | consecutive losses | 6.0 |
| Total net profit | -1.51 | Gross profit | 16.28 | Gross loss | -17.79 |
| Profit factor | 0.92 | Expected payoff | -0.07 | ||
| Absolute drawdown | -1.51 | Maximal drawdown (%) | 15.19 (111.04%) | ||
| Total trades | 23 | Profit trades (% of total) | 3 (13.04%) | Loss trades (% of total) | 20 (86.96%) |
| Largest | profit trade | 14.44 | loss trade | -1.18 | |
| Average | profit trade | 5.43 | loss trade | -0.89 | |
| Minimum | profit trade | 0.26 | loss trade | -0.14 | |
| Maximum | take profit in pips | 151.1 | stop loss in pips | -16.3 | |
| Average | take profit in pips | 150.3 | stop loss in pips | -10.2 | |
| Minimum | take profit in pips | 144.2 | stop loss in pips | -9.4 | |
| Maximum | Reward-Risk | 16.1 | Duration in minutes | 5250.0 | |
| Average | Reward-Risk | 14.9 | Duration in minutes | 580.7 | |
| Minimum | Reward-Risk | 8.8 | Duration in minutes | 16.0 | |
| Maximum | consecutive wins (profit in money) | 1.0 (0.26) | consecutive losses (loss in money) | 13.0 (-11.49) | |
| Average | consecutive wins | 1.0 | consecutive losses | 7.0 |
| Total net profit | -11.33 | Gross profit | 11.51 | Gross loss | -22.84 |
| Profit factor | 0.5 | Expected payoff | -0.44 | ||
| Absolute drawdown | -11.33 | Maximal drawdown (%) | 11.69 (3247.22%) | ||
| Total trades | 26 | Profit trades (% of total) | 3 (11.54%) | Loss trades (% of total) | 23 (88.46%) |
| Largest | profit trade | 6.63 | loss trade | -2.08 | |
| Average | profit trade | 3.84 | loss trade | -0.99 | |
| Minimum | profit trade | 1.36 | loss trade | -0.14 | |
| Maximum | take profit in pips | 151.6 | stop loss in pips | -20.7 | |
| Average | take profit in pips | 149.9 | stop loss in pips | -10.6 | |
| Minimum | take profit in pips | 139.8 | stop loss in pips | -8.9 | |
| Maximum | Reward-Risk | 17.0 | Duration in minutes | 5496.0 | |
| Average | Reward-Risk | 14.6 | Duration in minutes | 520.5 | |
| Minimum | Reward-Risk | Duration in minutes | 0.0 | ||
| Maximum | consecutive wins (profit in money) | 1.0 (1.36) | consecutive losses (loss in money) | 10.0 (-8.34) | |
| Average | consecutive wins | 1.0 | consecutive losses | 5.0 |


Spark NLP Documentation#
Main Page | GitHub | Issues | Examples | Models Hub
Welcome to Spark NLP’s Python documentation! This page contains information how to use the library with examples.
Main Page | GitHub | Issues | Examples | Models Hub
Welcome to Spark NLP’s Python documentation! This page contains information how to use the library with examples.


Keeping plant life looking their best requires deft skill and proven experience. Our Customer Service Specialists are office plant service experts who have been trained to properly water, prune, feed, clean and dust your plants.  We pay meticulous attention to every detail to ensure that our customers can enjoy the many benefits office plants provide.
Our Design and Construction team of experts will work with you from the design phase through the installation to ensure your specific business needs are met.
Green Walls are at the cutting edge of design and are safe to install on almost any structure, indoors and outdoors.
Now you can Donload our mobile app via Google Playstore Download here


This is the offline version of the documentation. We recommend you to use the online documentation.
PLCSIM Advanced
Please note: the PLCSIM Advanced Interface is only available with the Game4Automation Professional Asset.
Introduction
PLCCSIM-Advanced is a virtual PLC from Siemens. PLCCSIM-Advanced can be used to simulate S7-1500 PLCs. If you use PLCSim-Advanced no real PLC is needed.
PLCCSIM-Advanced will work in a multi-threaded mode by starting a parallel .exe command line programm. The PLCCSIM-Advanced interface will only work in Windows environments.
Please check the Siemens Website for more information about PLCCSIM-Advanced:
https://w3.siemens.com/mcms/automation-software/de/tia-portal-software/step7-tia-portal/simatic-step7-options/s7-plcsim-advanced/seiten/default.aspx
Here is a short Youtube Tutorial showing you the interface in action:
Interface configuration
For using the PLCSim-Advanced Interface, you need to add an interface to your scene by selecting Tools > game4automation > Add Component > Interface > PLCSIMAdvanced or you add the Script SharedMemoryInterface to an empty Gameobject.
As a prerequisite you need to have PLCCSIM-Advanced installed on your computer. Additionally Unity needs to copy a DLL of PLCCSIM-Advanced into the streaming assets folder. This will be done automatically. You will need to provide the path to this DLL under Siemens DLL. Usually the path is C:/Program Files (x86)/Common Files/Siemens/PLCSIMADV/API/2.0/Siemens.Simatic.Simulation.Runtime.Api.x86.dll
For connecting you need to define the PLCCSIM-Advanced Instance Name as well as the synchronization cycle in Ms under Sync Cycle Ms:
If you select Pause With Unity, PLCCSIM-Advanced will pause as long as Unity is paused.
You are now able to import the Signals of PLCSim-Advanced by selecting Import Signals. All PLCSignals will be created automatically as sub-objects under the interface.
After importing the Signals you can start the simulation. The signals will be exchanged between Unity and PLCCSIM-Advanced automatically.
Please note, that a separate .EXE file PLCSimAdvancedCoupler.EXE needs to be started for the PLCCSIM-Advanced Interface. This is due to the fact, that the Siemens DLLs can’t compile under Unity. For this the separate PLCSimAdvancedCoupler.EXE is creating a Shared Memory Interface to exchange the Signals between Unity and PLCSimAdvancedCoupler.EXE. The EXE itself is exchanging the values with PLCSim-Advanced. This is just for your information, as PLCSimAdvancedCoupler.EXE is part of the asset delivery and is copied automatically to the StreamingAssets folder and will be started automatically during Simulation startup or for the import of signals.
© 2019 in2Sight GmbH https://game4automation.com - All rights reserved. No part of this publication may be reproduced, distributed, or transmitted in any form or by any means, including printing, saving, photocopying, recording, or other electronic or mechanical methods, without the prior written permission of the publisher.


Amber Alert issued for missing Jacksonville 5-year-old
by WFTX Digital TeamUPDATE (11:25 AM) -- FDLE has upgraded this situation to an AMBER Alert.
----------------------------------------------
DUVAL COUNTY, Fla. -- State law enforcement has issued a Missing Child Alert for a 5-year-old girl last seen in Jacksonville.

According to FDLE, she was last seen in the 600 block of Ivy Street in Jacksonville, wearing purple and pink pajamas.
If you have any information on the whereabouts of this child, please contact the Jacksonville Sheriff's Office at<PHONE_NUMBER> or 911.
.


{% include announce.html content="This blog post part of my free 'Test First Test Everything' series. Explore the complete series for comprehensive insights and guidance." href="https://www.ankushchoubey.com/tdd" image="/images/tdd.png" %}


[gecode-users] Controlling memory use
Malcolm Ryan
malcolmr at cse.unsw.edu.au
Mon Mar 31 02:51:14 CEST 2008
In general, the memory use in my search problem seems to be quite a
lot larger than I expected. I have a system with about 250 IntVars. I
did a search and found a solution with the following statistics:
Clones: 23
Commits: 178
Fails: 0
Propagates: 276937
Memory: 62.4 Mb (65477136 bytes)
That seems like an awfully large amount of memory for a relatively
small problem. How do I work out what is causing this? In general,
what are the factors that contribute towards memory usage and how do I
control them?
Malcolm
On 30/03/2008, at 4:53 PM, Malcolm Ryan wrote:
> My searches in Gecode/J are crashing when with messages like:
>
> java(221,0xb0801000) malloc: *** mmap(size=65536) failed (error
> code=12)
> *** error: can't allocate region
> *** set a breakpoint in malloc_error_break to debug
> terminate called after throwing an instance of
> 'Gecode::MemoryExhausted'
> what(): Memory: Heap memory exhausted
>
> Is there any way to avoid these, or at least to make the search fail
> more gracefully?
>
> Malcolm
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
More information about the gecode-users
mailing list


This is flexBox one example
This is flexBox two example
This is flexBox three example
This is the biggest flexBox example


|
This tutorial is for Processing's Python Mode. If you see any errors or have comments, please let us know. This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
Most of the material online about Processing.py is oriented to Python Mode, which allows you to write Processing sketches in the PDE using the Python programming language. But Processing.py also provides a way for you to write and launch sketches from the command line. Why use the command line? The PDE is great, of course, and many people use it for writing interactive applications from sketch to finished product. But there are some scenarios in which you might want to use the command line: for easier integration with collaborative version control tools; for more control over how your application gets packaged; for easier interoperability with other tools that live on the command-line; etc. Or maybe (like me) you just prefer working on the command line to working in a GUI. Whatever your reason, this tutorial will show you how to get up and running. These instructions are tested on OSX El Capitan, but should work on other platforms as well. RequirementsIn order to run Processing.py from the command line. For maximum compatability with processing, you'll need to install Java 8 -- specifically, we recommend JRE 8u202 from Oracle. From the Processing Build Instructions: Other versions of Java are not supported. It must be 8u202. Later versions of Java (9, 10, et cetera) don't work either. OpenJDK is also not supported. Really. Please don't use it (and then complain when things break). After installing, ensure that you can run Java by typing the following on the command line:
You should see some output that looks like this:
You'll also need to obtain the standalone version of Processing.py. Choose the appropriate link according to your platform: These files contain the Processing.py JAR file along with some example scripts and some utility programs for running Processing.py on its own, for various platforms. Decompress the file, making note of the location of the resulting directory. The basicsOnce you've
installed Java and decompressed the
Save the file in the same directory as the
The command above runs the Java interpreter ( After typing the above and hitting return, you should see a window appear
with the If something goes wrong...If the window did not appear, then something went wrong. Make sure that you
typed the command as specified, spaces and all (note that there's a space
between Any syntax errors or runtime exceptions in your program will be printed to the terminal. Java command-line parametersWhen you run The most important parameters for you to know about right from the beginning
are For example, to run Processing.py requesting a starting heap size of 256 megabytes and a maximum heap size of 1 gigabyte:
Included helper scriptsThe distribution you downloaded comes with a number of "helper scripts" for running Processing.py on the command line. These are:
The benefit of using these programs is that you can launch them directly
from your GUI's filesystem navigator without having to navigate to the
appropriate directory, etc. All of these helper scripts, by default, launch a
sketch called Loading media and other dataThe Processing language supports several functions, like
By default, functions like
... will first attempt to load An additional wrinkle with Processing.py is that Python's built-in
... will attempt to open a file named Note: For compatibility purposes, and to avoid any unusual behavior when
your sketch is bundled as a standalone library, we recommend keeping your
external media in the External librariesJust like Python Mode in the Processing IDE, Processing.py on the command line can make use of third-party libraries. Processing librariesProcessing (the vanilla Java version) has a rich library of third-party contributed libraries. The Processing IDE has a helpful "Add Library" feature that allows you to locate, download and use these libraries in your project using a GUI interface. Of course, on the command line, that option isn't available to you! So here's what you do:
If you're having trouble locating the right file to download for a
particular library, there's a helpful alternative technique. Use the Processing
IDE's "Add Library" feature to download and install the library for
use in the IDE. Then find the folder where the IDE keeps the libraries you've
downloaded by going to the IDE's Preferences panel and clicking the
"Browse" button next to the "Sketchook Location" field.
Take a look inside the Once you've copied the files to the correct location, use Processing.py's For example, to use the Processing Sound
library, download the ZIP file from the
repository's "releases" page. Unzipping the file should
result in a directory called
Python codeUse the It's important to note that Processing.py uses the pre-packaged Jython standard library, and (by default) can't see or use any of the Python libraries in your own system installation of Python. See this tutorial on using Python libraries in Processing.py for more information. Because Processing.py is built with Jython, it might also be helpful to consult Jython's documentation on modules and packages. Other Java librariesProcessing.py is built with Jython, which is built with Java, which means you can also regular Java libraries in your Processing.py sketches. (This is true whether you're using Python Mode in the IDE or Processing.py from the command line.) Just for starters, all of the Java standard API is available to you; here's a sample sketch that opens a Swing window:
Consult the Jython Book's chapter on modules and packages for more information. You can also use third-party Java libraries. The easiest way to do this is to download the library's JAR file and put it in the same directory as your Processing.py sketch. (The command-line launcher for Processing.py automatically adds whatever JARs it finds in the sketch's directory to Java's classpath.) A forthcoming tutorial will show a full example of using a Java library in a Processing.py sketch. Command-line parameters and environment variablesUnfortunately, the way that the Processing.py command-line launcher is
written makes it impossible to supply extra parameters to your script on the
command line. As a workaround, you can use environment variables. For example,
here's a sketch that reads the environment variables
On the OS X or Linux command line, you can set the environment variables and
run the sketch simultaneously by typing something like this (assuming you've
put the code above in a file named
Moving a project from the IDE to the command line (and vice versa)You can run any sketch you create in the Processing IDE on the command line.
To do this, you'll first need to find the directory on your computer where the
sketch files are using the "Show Sketch Folder" option in the
"Sketch" menu of the IDE. Copy the After you've done this, run the Java interpreter as you would for any
command-line Processing.py sketch. The filename to supply on the command line
is the main
If you have an existing Processing.py sketch that you wrote on the command line, it's possible to "import" it back into the Processing IDE. For short sketches, the easiest way to do this is probably to just copy and paste the source code into a new Processing IDE project. For more sophisticated sketches, you can create a sketch in the format the IDE expects "by hand" using the following steps:
Building a standalone applicationThe command-line version of Processing.py has had, in the past, a feature to create a standalone application bundle. Unfortunately, as of this writing this feature is broken on some platforms. For now, the easiest way to create a stand-alone application with a command-line Processing.py sketch is to import it into the Processing IDE (as outlined in the previous section) and use Python Mode's "Export Application" feature, which works just fine.
This tutorial is for Processing's Python Mode. If you see any errors or have comments, please let us know. This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. |


|
| Value |
Description |
Notes |
|
| 01 |
RRP excluding tax |
RRP excluding any sales tax or value-added tax |
| 02 |
RRP including tax |
RRP including sales or value-added tax if applicable |
| 03 |
Fixed retail price excluding tax |
In countries where retail price maintenance applies by law to certain products: not used in USA |
| 04 |
Fixed retail price including tax |
In countries where retail price maintenance applies by law to certain products: not used in USA |
| 05 |
Supplier’s net price excluding tax |
Unit price charged by supplier to reseller excluding any sales tax or value-added tax: goods for retail sale |
| 06 |
Supplier’s net price excluding tax: rental goods |
Unit price charged by supplier to reseller / rental outlet, excluding any sales tax or value-added tax: goods for rental (used
for video and DVD)
|
| 07 |
Supplier’s net price including tax |
Unit price charged by supplier to reseller including any sales tax or value-added tax if applicable: goods for retail sale |
| 08 |
Supplier’s alternative net price excluding tax |
Unit price charged by supplier to a specified class of reseller excluding any sales tax or value-added tax: goods for retail
sale (this value is for use only in countries, eg Finland, where trade practice requires two different net prices to be listed
for different classes of resellers, and where national guidelines specify how the code should be used)
|
| 09 |
Supplier’s alternative net price including tax |
Unit price charged by supplier to a specified class of reseller including any sales tax or value-added tax: goods for retail
sale (this value is for use only in countries, eg Finland, where trade practice requires two different net prices to be listed
for different classes of resellers, and where national guidelines specify how the code should be used)
|
| 11 |
Special sale RRP excluding tax |
Special sale RRP excluding any sales tax or value-added tax. Note ‘special sales’ are sales where terms and conditions are
different from normal trade sales, when for example products that are normally sold on a sale-or-return basis are sold on
firm-sale terms, where a particular product is tailored for a specific retail outlet (often termed a ‘premium’ product), or
where other specific conditions or qualiifications apply. Further details of the modified terms and conditions should be given
in <PriceTypeDescription>
|
| 12 |
Special sale RRP including tax |
Special sale RRP including sales or value-added tax if applicable |
| 13 |
Special sale fixed retail price excluding tax |
In countries where retail price maintenance applies by law to certain products: not used in USA |
| 14 |
Special sale fixed retail price including tax |
In countries where retail price maintenance applies by law to certain products: not used in USA |
| 15 |
Supplier’s net price for special sale excluding tax |
Unit price charged by supplier to reseller for special sale excluding any sales tax or value-added tax |
| 17 |
Supplier’s net price for special sale including tax |
Unit price charged by supplier to reseller for special sale including any sales tax or value-added tax |
| 21 |
Pre-publication RRP excluding tax |
Pre-publication RRP excluding any sales tax or value-added tax. Use where RRP for pre-orders is different from post-publication
RRP
|
| 22 |
Pre-publication RRP including tax |
Pre-publication RRP including sales or value-added tax if applicable. Use where RRP for pre-orders is different from post-publication
RRP
|
| 23 |
Pre-publication fixed retail price excluding tax |
In countries where retail price maintenance applies by law to certain products: not used in USA |
| 24 |
Pre-publication fixed retail price including tax |
In countries where retail price maintenance applies by law to certain products: not used in USA |
| 25 |
Supplier’s pre-publication net price excluding tax |
Unit price charged by supplier to reseller pre-publication excluding any sales tax or value-added tax |
| 27 |
Supplier’s pre-publication net price including tax |
Unit price charged by supplier to reseller pre-publication including any sales tax or value-added tax |
| 31 |
Freight-pass-through RRP excluding tax |
In the US, books are sometimes supplied on ‘freight-pass-through’ terms, where a price that is different from the RRP is used
as the basis for calculating the supplier’s charge to a reseller. To make it clear when such terms are being invoked, code
31 is used instead of code 01 to indicate the RRP. Code 32 is used for the ‘billing price’
|
| 32 |
Freight-pass-through billing price excluding tax |
When freight-pass-through terms apply, the price on which the supplier’s charge to a reseller is calculated, ie the price
to which trade discount terms are applied. See also code 31
|
| 33 |
Importer’s Fixed retail price excluding tax |
In countries where retail price maintenance applies by law to certain products, but the price is set by the importer or local
sales agent, not the foreign publisher. In France, ‘prix catalogue éditeur étranger’
|
| 34 |
Importer’s Fixed retail price including tax |
In countries where retail price maintenance applies by law to certain products, but the price is set by the importer or local
sales agent, not the foreign publisher. In France, ‘prix catalogue éditeur étranger’
|
| 41 |
Publishers retail price excluding tax |
For a product supplied on agency terms, the retail price set by the publisher, excluding any sales tax or value-added tax |
| 42 |
Publishers retail price including tax |
For a product supplied on agency terms, the retail price set by the publisher, including sales or value-added tax if applicable |
|


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You can always communicate about anything which can be improved on this website in the Red Language room on Gitter, or create a ticket / submit a pull request on GitHub. Also you can reach us via e-mail here.


+++ title = "Death road river crossing video" slug = "death-road-river-crossing-video" date = 2007-06-22T12:00:00+10:00 tags = ["cycling", "dangerous", "adventure", "video"] locations = ["bolivia/la-paz"] draft = false summary = """
At the end of today's death road ride, we had a very cool river crossing, that we all blazed and splashed through at full speed on our bikes. And the fine folks at B-Side were kind enough to capture the whole thing on video. Check it out.
""" +++At the end of today's death road ride, we had a very cool river crossing, that we all blazed and splashed through at full speed on our bikes. And the fine folks at B-Side were kind enough to capture the whole thing on video. Check it out.


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Simple Particle Interactions


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Affordable Medical Ultrasound Training Simulator
a medical ultrasound training simulator built in Unity3D.
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Handles the behavior of a display GameObject. More...
Public Types | |
| enum | DisplayModes { InvHORAY, HORAY, FakeTexture, FakeImage, FakeProbeOutput, GaussianBlurTest } |
| A set of different modes for the display. More... | |
Public Attributes | |
| DisplayModes | displayMode |
| The selected mode from DisplayModes for this display. | |
| int | textureWidth = 640 |
| The width of the display's texture. | |
| int | textureHeight = 480 |
| The height of the display's texture. | |
Private Member Functions | |
| void | Start () |
| Initialization when the scene is started. More... | |
| void | Update () |
| Called every frame. This is the "entry point" into the ultrasound rendering procedure. | |
Private Attributes | |
| ITextureSource | textureSource |
| The class responsible for dynamically generating the texture that is drawn to this display object. | |
| Texture2D | texture |
| The actual texture applied to the display's model. This texture is dynamically generated, not static. | |
Handles the behavior of a display GameObject.
The behavior is primarily configured by setting the displayMode in the inspector. See documentation below on DisplayBehavior.DisplayModes for specific information on what each mode does.
A set of different modes for the display.
|
private |
Initialization when the scene is started.
This sets up the source of dynamic texture generation for the display. Based on the current choice of DisplayModes, the DisplayTexturePipelineFactory will provide the appropriate ITextureSource.


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+ wtp website design
( p h o t o g r a p h y & d e s i g n )
media kits ::
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home ::


A collapse allows you to conditionally hide some content with animation
The collapse component uses the Web Animations API.
This isn't yet supported in all browsers so if using this component please use the
web-animations-js
polyfill by adding it as a script tag to your page:


Compute the relationship between the dependent variable
and the explanatory variables.
In the right slots, the numerical fields corresponding to the explanatory variables.
In the left slot, the numerical field corresponding to the dependent variable.
WARNING : In case of logistic regression with numerical response , the indicated field is used as "success" count, the next field is used as "failure" count.
Option 1 : The summary of the regression.
Option 2 : The coefficients .
Option 3 : The supplementary results :
- Fitted values
- Predicted values
- Deviance residuals
- Pearson residuals
- Leverages (hat values)
- Cook's distances
Drag the first blue arrow to the numerical fields to create a new field
whose values are the predicted values.
Drag the second blue arrow to the numerical fields to create a new field
whose values are the errors (difference between predicted and true values)
In option 3: drag a blue arrow to the numerical zone to create a new field.


Amazon may launch its own game streaming service next year
Let's see how this one does.
by Asher MadanWhat you need to know
- Amazon may also be working on a game streaming service.
- Google Stadia launched a few days ago and it doesn't have many games.
- Amazon is targeting a Holiday 2020 release according to sources familiar to CNET.
Project xCloud Preview launched in October and Google Stadia started rolling out to those who preordered the kit a few days ago. We know that a bunch of companies like EA are also working on their own streaming platforms, but the rumors that Amazon may be joining the mix have gained more traction.
According to a report by GamesIndustry, CNET reported that sources told the outlet that Amazon was hiring talent from companies like Microsoft for its efforts. You can read an excerpt from the article below.
That's according to two sources familiar with the company's plans, who spoke to CNET as part of the site's round-up of streaming strategies from the big players, including Google, Sony and Microsoft. Rumours first emerged that Amazon was working on a streaming service earlier this year, and CNET reports it's now gearing up for an announcement. The company has also been reportedly hiring talent from major games firms, including Microsoft.
The streaming service is rumored to be launching in Holiday 2020, to coincide with next-generation consoles. Amazon has had a hard time with its own game engine being adopted, and with the prevalence of Project xCloud and Stadia by next year, it may be difficult for it to gain market share. In my opinion, a streaming service can only be successful if it has a console and people can take their experiences on the go.
Stadia tried to offer a 4K picture, but early reports indicate that image quality on 4K displays is poor. Only time will tell who prevails, but it seems like the cloud streaming service will be fragmented outside of what Microsoft is trying to do. The company said that all current Xbox One games will work on Project xCloud, and games that you own will show up on the service in 2020.
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- Xbox One S vs. Xbox One X: Which should you buy?
- Best Xbox One X and Xbox One S Accessories
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The current E4S container offerings include Docker and Singularity images capable of running on X86_64, PPC64LE, and AARCH64 architectures. Our full E4S Release images are based on Ubuntu 20.04 (x86_64, aarch64, ppc64le). In addition to offering a full E4S image containing a comprehensive selection of E4S software released on a quarterly cycle, we also offer a set of minimal base images suitable for use in Continuous Integration (CI) pipelines where Spack is used to build packages.
Docker images are available on the E4S Docker Hub.
Please see the E4S 23.05 Release Notes.
Singularity x86_64 Download - CUDA 80
Singularity x86_64 Download - CUDA 90
Singularity ppc64le Download - CUDA 70Singularity aarch64 Download - CUDA 75
Singularity aarch64 Download - CUDA 80
Singularity x86_64 Download - ROCm gfx90a Singularity x86_64 Download - ROCm gfx908 Singularity x86_64 Download - OneAPISpack contains packages for all of the products listed in the E4S 23.05 Full Release category (see above Release Notes). General instructions for building software with Spack can be found at the Spack website. Questions concerning building those packages are deferred to the associated package development team.
Container images contain binary versions of the Full Release packages listed above. Full-featured GPU-enabled container images are available from Dockerhub:
# docker pull ecpe4s/e4s-cuda:23.05
# docker pull ecpe4s/e4s-rocm:23.05
# docker pull ecpe4s/e4s-oneapi:23.05
These images contain a full Spack-based deployment of E4S, including GPU-enabled packages for NVIDIA, AMD, or Intel GPUs.
These images also contain TensorFlow, PyTorch, and TAU.
These images come with MPICH, CMake, and the relevant GPU SDK -- either AMD ROCm, NVIDIA CUDA Toolkit and NVHPC, or Intel OneAPI.
This multi-architecture image contains E4S products compiled with DOE LLVM 16 and Flang using Spack
These are barebones operating system images which contain only essential build tools and python packages needed by Spack.
These images are intended to be used in continuous integration workflows where Spack is first cloned and then used to build and test software.
The E4S 23.05 release is also available on AWS as an EC2 AMI with ID ami-08ab931791269deeb in the US-West-2 (Oregon) region.


Reginald Lin is an experience and product designer who has just recently graduated from the University of California, Los Angeles’s Design | Media Arts program. They explore contemporary human interactions with media and technology, and they are very much invested in addressing the intersectionalities within our systems. Currently they are embracing human error, fluidity of self identification, and experiential knowledge.
identity formation and shifts
in contexts with lingering sentiments
...attempts to record what is said,
but lapses in information and ability hinder this connection.
morning radio calisthenics:
conveying movement & changing perspectives within a static shot
machined accuracy v.s. human error; predictability v.s. randomness;
A void space modulating in mysterious ways, / Look at the stars, / We are so far apart,


class: center, middle, inverse, title-slide # Coding style
👗 --- layout: true
  class website
 --- class: center, middle # Coding style --- ## Style guide >"Good coding style is like correct punctuation: you can manage without it, butitsuremakesthingseasiertoread." > >Hadley Wickham - Style guide for this course is based on the Tidyverse style guide: http://style.tidyverse.org/ - There's more to it than what we'll cover today, but we'll mention more as we introduce more functionality, and do a recap later in the semester --- ## File names and code chunk labels - Do not use spaces in file names, use `-` or `_` to separate words - Use all lowercase letters ```r # Good ucb-admit.csv # Bad UCB Admit.csv ``` --- ## Object names - Use `_` to separate words in object names - Use informative but short object names - Do not reuse object names within an analysis ```r # Good acs_employed # Bad acs.employed acs2 acs_subset acs_subsetted_for_males ``` --- ## Spacing - Put a space before and after all infix operators (=, +, -, <-, etc.), and when naming arguments in function calls. - Always put a space after a comma, and never before (just like in regular English). ```r # Good average <- mean(feet / 12 + inches, na.rm = TRUE) # Bad average<-mean(feet/12+inches,na.rm=TRUE) ``` --- ## ggplot - Always end a line with `+` - Always indent the next line ```r # Good ggplot(diamonds, mapping = aes(x = price)) + geom_histogram() # Bad ggplot(diamonds,mapping=aes(x=price))+geom_histogram() ``` --- ## Long lines - Limit your code to 80 characters per line. This fits comfortably on a printed page with a reasonably sized font. - Take advantage of RStudio editor's auto formatting for indentation at line breaks. --- ## Assignment - Use `<-` not `=` ```r # Good x <- 2 # Bad x = 2 ``` --- ## Quotes Use `"`, not `'`, for quoting text. The only exception is when the text already contains double quotes and no single quotes. ```r ggplot(diamonds, mapping = aes(x = price)) + geom_histogram() + # Good labs(title = "`Shine bright like a diamond`", # Good x = "Diamond prices", # Bad y = 'Frequency') ```


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This is calculator demo app. This app demonstrates only frontend programming. App written in JavaScript with JQuery library.
Preview:
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 This had quite literally gone out of my mind for the next 3 weeks, but that soon changed when I was at one of my friend’s house. I was using the restroom, and after checking myself in the mirror I glanced over to the medicine cabinet (the cabinet is more like a shelf so it was not like I was ‘snooping’ through his stuff). I already knew that this friend had ADD or something similar, but I never really thought about what he took for it, if he took anything. I soon found out when my eyes found a large orange prescription bottle. I forget what caused me to pick it up and examine the label, but never the less the label read “20mgs Adderall tablets.
At first, I didn’t want to bogard his tablets because he actually needed them for his ADD. So I returned to his room and watched some more TV. As I was watching TV though, the bottle of Adderall never left my mind. At that time I did not know the exact effects that it would have on me, besides the fact that I would “trip balls” according to my cousin. On a side note this is not my first experience with “mind altering substances.”  I have also found that I do not have an addictive personality.
The next day I woke up at around 9:30. I am not sure on the exact time but this is a relatively good estimate. I was still at my friend’s house seeing as how I had crashed there for the night. I was early for a Sunday to be awake; therefore my friend was still fast asleep. After wrestling my self off the couch I went back into his bathroom to take a piss. After I was done I was finally awake and was reminded of the large bottle of Adderall two feet to the left of me. I wondered if I should take it or not thinking about the fact that I had church youth group later that day. But after about ten seconds I though “What the hell,” and decided to take it.
Because I had never done it before and I did not know the effect that it would take on me I had to carefully consider the proper dosage. Each pill had 20mgs of Adderall in it and the directions said to take 2. This was the prescribed amount for some one that had ADD, so I thought that since the person had ADD this would probably dulled down the 40mgs that would normally be taken. Therefore to be safe I decided to take one pill (20mgs) and see how that would affect me.
I began to feel the effects almost immediately. After taking the 20mgs I returned to my friends room and by this time he was up and awake, playing a video game. I gave him a what’s up and sat back down on the couch in which I had slept the previous night. It was at this time that I really started to feel it. I started to feel light headed and I had a very pleasant feeling engulf my body. It was just a very good feeling, almost the kind that I would have if something just went exactly my way.
I did not talk too much or act differently. This was mainly because I did not want my friend to become suspicious of what I had done. If he thought I was high he would have wanted some of whatever I had just smoked, and this particular friend did not know the effects of “recreational” Adderall use. Therefore, he would probably not approve of using it as such. But, as far as I know he did not suspect anything and we just went on doing whatever we were doing.
From the time in which I had taken the Adderall (9:30 approximately) and 12:00 in the afternoon, I read a book, watched some TV and played some video games. This entire time the effects had been pretty much the same. Around 12:00 we decided to go to my house. This friend and I live in the same area, within biking distance of each other, so it is not a very big deal to go from one place to another. Until this time I had been laying or sitting down, but once I got to my feet to get my jacket a rushing feeling came over me. I felt for a second that I might fall over, but I caught my self and played it off as though I was tripping on a pillow.
As we rode our bikes to my house, the effects were still in full force. I felt in totally control of my bike and of my surroundings, but at the same time felt that I might fall over at any second. The wind blowing against my face was cold from the weather, and this made as though my skin was turning to ice. Everything around me seemed much clearer and seemed to make more cense some how. It was as though everything was doing exactly what it should have been doing, and that it was doing this at exactly the time that it is supposed to.
Before my church youth group we returned to my friends house. I took this opportunity to take one more 20mgs pill. I did not do this because the effects were wearing off, but because I wanted them to be increased. But, that did not exactly happen. I am sure that if I did not take that second dose the effects would have worn off a lot sooner than they did, but they did not really increase much either. The youth group started at 6:30 and ended at 8 o’clock. During this time I was very aware of my increased alertness and sociability, and also of the fact that the effects of the drug were not dwindling in the slightest.
After the youth group I returned to my house, not accompanied by my friend, and got online. I was hesitant to do this because I have found that when if I am high while I am using the computer the high is lowered and harder to regain. But this was not the case with Adderall. I felt exactly the same as I had before if not better. As the time reached around 12 in the evening I decided to go to bed, seeing as how I had school in the morning. I had finished brushing my teeth and the other preparations I usually make, still feeling slight effects although most of the effects had worn off by this time.
The only problem with trying to sleep was that I couldn’t. Thoughts kept leaving and re-entering my head. I usually watch some TV before I go to bed, and I had already turned it off because I felt pretty tired. But once I returned to my bed I found that I could not clear my mind. I kept thinking about random nothingness that really had nothing to do with anything else. I also started to stress about assignments that were due several weeks from that day. I usually don’t even stress about assignments that are due the next morning, none-the-less three weeks away. I found it so hard to sleep that I got up and took some sleeping/pain relief pills. This did not help; in fact it made it worse. I returned to bed and fell asleep for about 30 minutes, but when I woke up for no apparent reason, I felt even more awake and restless than before. I had no real choice but to lie in bed until 6:30, which is the usual time I wake up for school.
Because I had barely slept the night before, I begged my mom to let me stay home, saying that “I just really did not feel good, and that it would be a bad idea for me to go to school today”. She bought it and let me sleep in, which I actually did accomplish to some extent. After I finally decided to get up it was around 1 in the afternoon. Although my insomnia was gone I felt very depressed. This is strange because usually I am usually never depressed and I am actually a very carefree guy. But for some reason that I could not place, I just felt like Hell. I was still stressing about that homework that was due 3 weeks from then, and I was feeling bad about absolutely nothing. These feelings finally wore off around 6 o’clock that night, and a felt normal again.
My second time I took Adderall; I put a little more planning in to it. Instead of taking the pills right there I decided to take them before I left for school. This, I thought, would be a fun experiment and good way to see what Adderal could really do.
I woke up at 6:30, as usual, and did my normal morning routine (shower, brushed teeth, ate a sausage biscuit).  I took this time to run back into my bathroom and take the two 20mgs tablets. Again, I began to feel slight effects right away, as I made my way to the school bus.
That day at school turned out to be very good. The night before I had read all of the effects and some experiences having to do with Adderall. Because of this I knew what to expect. But, I was still surprised. Once I got to school the 40mgs where in full effect. I became insanely sociable and talkative. Not so talkative that I wouldn’t shut up, but more like I had no hesitations what so ever to speak to any one. When I was in a conversation I felt in totally control of every aspect of it.
This feeling of control also extended to my schoolwork. I found that I absorbed everything that my teachers where saying, and that I understood everything perfectly. I felt so alert and in control that I also felt superior to every one else around me. Like I was something more than a normal person. It felt like I was always 4 steps ahead oh everyone and everything else. This feeling did not make me act in a superior way towards my friends or people that I would just talk to. Instead I was nice and appreciative to every one.
After I returned from school the effects were still going strong. And they did not fade until around 5 o’clock in the afternoon. But, the most significant difference that I found between this trip and the first one, was that I did not suffer from a withdraw period. This does not mean that I did not have one, it was just much more subtle. There was no severe depression like with the first, and I feel asleep easily later that night. This last trip’s success is what prompted me to partake in my latest adventure.
This time I decided to double the dosage from the last time. I am typing this on the 19th of December, a little over 12 hours after I took the 80mgs of Adderal. It was pretty much the same routine as the last time, in that I would take the pills right before leaving to school. With the increased dosage there was definitely a stronger effect. The trip seems to last the same amount of time, but once I arrived at school the effects were much stronger than the previous trip’s. My entire being was absorbed into a supreme happiness. I felt insanely pleasant as I walked through the brisk air surrounding my school’s campus.
My bus arrives at school a little earlier than the others, which usually bugs me because I have nothing to do but wait until my friends arrive. But this time I couldn’t care less, in fact it was quite enjoyable walking around with very few distractions. My first class of the day was Chemistry, one that is usually nether good or bad. But on this day, the Adderall made me feel even more alert and attentive. A pop quiz was given on The Elements of Matter. When the teacher called for the different answers to the questions I found myself being the first to answer, I also found that all of my answers where correct. Later I discovered that no one else in the class got a perfect score. A class work assignment was also given. I found my self to be the first one to finish it.
It was as though I was moving too fast for the world. I felt an urge to take part in anything as long as it kept me interested and at work. It also felt that I could do anything. Not just work, but “anything!” I thought to my self of the many different things that I would like to do at that very second, but unfortunately these things still seemed impossible, but only because I was trapped in my Chemistry classroom.
The effects still have not completely subsided after I am finishing this account of my experiences to date. Although, about half way through page 2, I did feel some sort of withdraw. It was a kind of down and depressed feeling, but now the feeling of withdraw has disappeared and has been filled with more of a normal, neutral feeling. During that brief period of mild depression, I began to question why I am even writing these experiences down. I also became extremely paranoid and would suddenly be affected by full body chills (shivers, and a “chilled to the bone” type feeling allover). I have also just realized how insanely long this entire account is. When I first decided to write this, I only wanted to tell one of the experiences not all three. But that’s just what happens.
I am planning on taking another trip on the last day of school, before winter break. And because I am afraid that I may get addicted, this will probably be the last time I take Add for a while. The main reason I even started was because I was out of weed and wanted to do some kind of trippy drug. I am defiantly coming down now, as I finish writing this. Which means that the totally effects of 80mgs of Adderal lasted a little over 13 hours.
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.


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Last Week in ManageIQ: Gearing up for Gaprindashvili and beyond
Hello everyone, this is Laura, bringing you a new edition of Last Week in ManageIQ!
Featured
With our Fine release out the door, the team is gearing up for our next release, Gaprindashvili, with an eye towards design and architectural changes that will improve ManageIQ’s performance, stability and scalability. Watch the recording of our latest sprint review to find out more about this. You can find the recording right here.
The number of ManageIQ repositories has grown, the latest ones to be spun-off are:
Here are some statistics about the PR activity for all ManageIQs repositories:
- 59 PRs in the main manageiq repo
- 47 PRs in manageiq-ui-classic repo
- 18 PRs in manaiq-ui-service repo
- the rest in the providers’ repos: manageiq-providers-amazon, manageiq-providers-azure, manageiq-providers-vmware
Improved
- After linking the ‘miq_servers’ and ‘miq_tasks’ tables here, to make filtering of Tasks more intuitive after merging the Tasks and Jobs screens, PR 14679 is replacing the ‘Waiting_to_start’ value for the state attribute in miq_tasks table with ‘Queued’.
- PR 15141 Adds a new helper method for unique index columns to inventory collection.
- PR 15120 Use the new values in extra_vars to create a new dialog when editing an Ansible playbook service template, instead of waiting for the updated job template which may take some time.
- PR 15070 enhances the REST API to allow filtering on region_number for playbooks that belong to a repository.
Fixed
- PR 1354 - List only playbooks in the current region when creating or updating a Playbook Catalog Item.
- PR 15124 makes TokenManager#token_ttl callable (evaluated at call time), thus delaying evaluation until call time, which honors updated settings values.
- PR 15112 Ensures order is qualified by table name for rss feeds.
- PR 15151 Fixes the REST API to allow users with admin role access to requests.
New
- PR 15123 Allows disabling worker heartbeats for workers that are running in isolation or where communicating via DRB is not possible. This is preliminary work towards eventually allowing the spin up of workers without rake evm:start being done and activating a drb server to handle heartbeating.
- PR 12506 Adds a cockpit webservice worker that can be enabled for a deployment where users want to use cockpit.
- PR 1205 Allows to explicitly disable hawkular in containers.
Deleted
- The rhn_mirror code, that was a temporary bridge to RPM updates, has been removed. from the core repo in PR 15156 as well as from the classic UI repo in PR 1381.
- The last caller of queue_restart_apache has been removed in PR 15118.
Wrapping up
This is all for this edition of LWIMIQ, thank you for taking the time to read. Please make sure to check out next week’s entry, for updates on the ManageIQ happenings. And if you want to get involved, we always welcome new contributors.
Have a great, productive week everyone!


@()(implicit flash: Flash) @core("Login Page")() {
Visual Big Data Mining web-application based on Apache Spark
Veracious is a web based application for mining massive datasets by combining datasets brought from different resources using a visual archecture.
Veracious is different from other data mining tools because it allows you to distribute the data processing over several nodes without touching any code.
We utilize the power of Apache Spark -- a framework written in Scala which uses a concept called Resilient Distributed Datasets (or RDDs) that are known for working really fast.
Apache Spark is a top level Apache project created by Matei Zharia that aims to provide a simple alternative to Hadoop MapReduce framework to easily allow Big Data Engineers to create applications for solving problems pretaining to massive datastes.
Play Framework is a web-application framework for building Scala and Java applications. It is based on a lightweight, stateless, web-friendly architecture.
Built on Akka, Play provides predictable and minimal resource consumption (CPU, memory, threads) for highly-scalable applications.
Veracious is built on Play using the Scala language.
Akka is a toolkit and runtime or building highly concurrent, distributed, and resilient message-driven applications on the JVM.
Coming soon ....
The project is maintained by @@ChetanBhasin and @@bassoGeorge in 2015 for Major Project Report during Bach. Computer Applications program at IP University, New Delhi.
The repository for the project can be visited here.


This is a proxy service that allows the use of a social service to authenticate users in an identity federation based on SAML2.


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This document is the central repository for all information pertaining to exception handling in LLVM. It describes the format that LLVM exception handling information takes, which is useful for those interested in creating front-ends or dealing directly with the information. Further, this document provides specific examples of what exception handling information is used for C/C++.
Exception handling for most programming languages is designed to recover from conditions that rarely occur during general use of an application. To that end, exception handling should not interfere with the main flow of an application's algorithm by performing checkpointing tasks such as saving the current pc or register state.
The Itanium ABI Exception Handling Specification defines a methodology for providing outlying data in the form of exception tables without inlining speculative exception handling code in the flow of an application's main algorithm. Thus, the specification is said to add "zero-cost" to the normal execution of an application.
A more complete description of the Itanium ABI exception handling runtime support of can be found at Itanium C++ ABI: Exception Handling. A description of the exception frame format can be found at Exception Frames, with details of the Dwarf specification at Dwarf 3 Standard. A description for the C++ exception table formats can be found at Exception Handling Tables.
When an exception is thrown in llvm code, the runtime does a best effort to find a handler suited to process the circumstance.
The runtime first attempts to find an exception frame corresponding to the function where the exception was thrown. If the programming language (ex. C++) supports exception handling, the exception frame contains a reference to an exception table describing how to process the exception. If the language (ex. C) does not support exception handling or if the exception needs to be forwarded to a prior activation, the exception frame contains information about how to unwind the current activation and restore the state of the prior activation. This process is repeated until the exception is handled. If the exception is not handled and no activations remain, then the application is terminated with an appropriate error message.
Since different programming languages have different behaviors when handling exceptions, the exception handling ABI provides a mechanism for supplying personalities. An exception handling personality is defined by way of a personality function (ex. for C++ __gxx_personality_v0) which receives the context of the exception, an exception structure containing the exception object type and value, and a reference to the exception table for the current function. The personality function for the current compile unit is specified in a common exception frame.
The organization of an exception table is language dependent. For C++, an exception table is organized as a series of code ranges defining what to do if an exception occurs in that range. Typically, the information associated with a range defines which types of exception objects (using C++ type info) that are handled in that range, and an associated action that should take place. Actions typically pass control to a landing pad.
A landing pad corresponds to the code found in the catch portion of a try/catch sequence. When execution resumes at a landing pad, it receives the exception structure and a selector corresponding to the type of exception thrown. The selector is then used to determine which catch should actually process the exception.
At the time of this writing, only C++ exception handling support is available in LLVM. So the remainder of this document will be somewhat C++-centric.
From the C++ developers perspective, exceptions are defined in terms of the throw and try/catch statements. In this section we will describe the implementation of llvm exception handling in terms of C++ examples.
Languages that support exception handling typically provide a throw operation to initiate the exception process. Internally, a throw operation breaks down into two steps. First, a request is made to allocate exception space for an exception structure. This structure needs to survive beyond the current activation. This structure will contain the type and value of the object being thrown. Second, a call is made to the runtime to raise the exception, passing the exception structure as an argument.
In C++, the allocation of the exception structure is done by the __cxa_allocate_exception runtime function. The exception raising is handled by __cxa_throw. The type of the exception is represented using a C++ RTTI type info structure.
A call within the scope of a try statement can potentially raise an exception. In those circumstances, the LLVM C++ front-end replaces the call with an invoke instruction. Unlike a call, the invoke has two potential continuation points; where to continue when the call succeeds as per normal, and where to continue if the call raises an exception, either by a throw or the unwinding of a throw.
The term used to define a the place where an invoke continues after an exception is called a landing pad. LLVM landing pads are conceptually alternative function entry points where a exception structure reference and a type info index are passed in as arguments. The landing pad saves the exception structure reference and then proceeds to select the catch block that corresponds to the type info of the exception object.
Two llvm intrinsic functions are used convey information about the landing pad to the back end.
llvm.eh.exception takes no arguments and returns a pointer to the exception structure. This only returns a sensible value if called after an invoke has branched to a landing pad. Due to codegen limitations, it must currently be called in the landing pad itself.
llvm.eh.selector takes a minimum of three arguments. The first argument is the reference to the exception structure. The second argument is a reference to the personality function to be used for this try catch sequence. Each of the remaining arguments is either a reference to the type info for a catch statement, a filter expression, or the number zero representing a cleanup. The exception is tested against the arguments sequentially from first to last. The result of the llvm.eh.selector is a positive number if the exception matched a type info, a negative number if it matched a filter, and zero if it matched a cleanup. If nothing is matched, the behaviour of the program is undefined. This only returns a sensible value if called after an invoke has branched to a landing pad. Due to codegen limitations, it must currently be called in the landing pad itself. If a type info matched then the selector value is the index of the type info in the exception table, which can be obtained using the llvm.eh.typeid.for intrinsic.
Once the landing pad has the type info selector, the code branches to the code for the first catch. The catch then checks the value of the type info selector against the index of type info for that catch. Since the type info index is not known until all the type info have been gathered in the backend, the catch code will call the llvm.eh.typeid.for intrinsic to determine the index for a given type info. If the catch fails to match the selector then control is passed on to the next catch. Note: Since the landing pad will not be used if there is no match in the list of type info on the call to llvm.eh.selector, then neither the last catch nor catch all need to perform the the check against the selector.
Finally, the entry and exit of catch code is bracketed with calls to __cxa_begin_catch and __cxa_end_catch. __cxa_begin_catch takes a exception structure reference as an argument and returns the value of the exception object. __cxa_end_catch takes a exception structure reference as an argument. This function clears the exception from the exception space. Note: a rethrow from within the catch may replace this call with a __cxa_rethrow.
To handle destructors and cleanups in try code, control may not run directly from a landing pad to the first catch. Control may actually flow from the landing pad to clean up code and then to the first catch. Since the required clean up for each invoke in a try may be different (ex., intervening constructor), there may be several landing pads for a given try. If cleanups need to be run, the number zero should be passed as the last llvm.eh.selector argument. However for C++ a null i8* must be passed instead.
C++ allows the specification of which exception types can be thrown from a function. To represent this a top level landing pad may exist to filter out invalid types. To express this in LLVM code the landing pad will call llvm.eh.selector. The arguments are a reference to the exception structure, a reference to the personality function, the length of the filter expression (the number of type infos plus one), followed by the type infos themselves. llvm.eh.selector will return a negative value if the exception does not match any of the type infos. If no match is found then a call to __cxa_call_unexpected should be made, otherwise _Unwind_Resume. Each of these functions requires a reference to the exception structure. Note that the most general form of an llvm.eh.selector call can contain any number of type infos, filter expressions and cleanups (though having more than one cleanup is pointless). The LLVM C++ front-end can generate such llvm.eh.selector calls due to inlining creating nested exception handling scopes.
The semantics of the invoke instruction require that any exception that unwinds through an invoke call should result in a branch to the invoke's unwind label. However such a branch will only happen if the llvm.eh.selector matches. Thus in order to ensure correct operation, the front-end must only generate llvm.eh.selector calls that are guaranteed to always match whatever exception unwinds through the invoke. For most languages it is enough to pass zero, indicating the presence of a cleanup, as the last llvm.eh.selector argument. However for C++ this is not sufficient, because the C++ personality function will terminate the program if it detects that unwinding the exception only results in matches with cleanups. For C++ a null i8* should be passed as the last llvm.eh.selector argument instead. This is interpreted as a catch-all by the C++ personality function, and will always match.
LLVM uses several intrinsic functions (name prefixed with "llvm.eh") to provide exception handling information at various points in generated code.
i8* %llvm.eh.exception( )
This intrinsic returns a pointer to the exception structure.
i32 %llvm.eh.selector.i32(i8*, i8*, i8*, ...) i64 %llvm.eh.selector.i64(i8*, i8*, i8*, ...)
This intrinsic is used to compare the exception with the given type infos, filters and cleanups.
llvm.eh.selector takes a minimum of three arguments. The first argument is the reference to the exception structure. The second argument is a reference to the personality function to be used for this try catch sequence. Each of the remaining arguments is either a reference to the type info for a catch statement, a filter expression, or the number zero representing a cleanup. The exception is tested against the arguments sequentially from first to last. The result of the llvm.eh.selector is a positive number if the exception matched a type info, a negative number if it matched a filter, and zero if it matched a cleanup. If nothing is matched, the behaviour of the program is undefined. If a type info matched then the selector value is the index of the type info in the exception table, which can be obtained using the llvm.eh.typeid.for intrinsic.
i32 %llvm.eh.typeid.for.i32(i8*) i64 %llvm.eh.typeid.for.i64(i8*)
This intrinsic returns the type info index in the exception table of the current function. This value can be used to compare against the result of llvm.eh.selector. The single argument is a reference to a type info.
There are two tables that are used by the exception handling runtime to determine which actions should take place when an exception is thrown.
An exception handling frame eh_frame is very similar to the unwind frame used by dwarf debug info. The frame contains all the information necessary to tear down the current frame and restore the state of the prior frame. There is an exception handling frame for each function in a compile unit, plus a common exception handling frame that defines information common to all functions in the unit.
Todo - Table details here.
An exception table contains information about what actions to take when an exception is thrown in a particular part of a function's code. There is one exception table per function except leaf routines and functions that have only calls to non-throwing functions will not need an exception table.
Todo - Table details here.
Testing/Testing/Testing.


Read program
Step
Run
Stop
Left
Right
How to use
Transitions
Input (initial contents of the tape)
Last message
Log


Couldn't find the names of your latitude and longitude columns. Mind to specify them manually?
got a KML or GPX file instead? Try toGeoJSON
this is open source and you can run it from a command line


border-color($color) |
Sets border color of mdc-drawer surface. |
divider-color($color) |
Sets divider color found between list groups. |
fill-color-accessible($color) |
Sets the fill color to $color , and list item and icon ink colors to an accessible color
relative to $color . |
surface-fill-color($color) |
Sets the background color of mdc-drawer . |
title-ink-color($color) |
Sets the ink color of mdc-drawer__title . |
subtitle-ink-color |
Sets drawer subtitle and list subheader ink color. |
item-icon-ink-color($color) |
Sets drawer list item graphic icon ink color. |
item-text-ink-color($color) |
Sets drawer list item text ink color. |
item-activated-icon-ink-color($color) |
Sets activated drawer list item icon ink color. |
item-activated-text-ink-color($color) |
Sets activated drawer list item text ink color. |
shape-radius($radius) |
Sets the rounded shape to drawer with given radius size. $radius can be single radius or list
of 2 radius values for trailing-top and trailing-bottom. Automatically flips the radius values in RTL
context. |
item-shape-radius($radius, $rtl-reflexive) |
Sets the rounded shape to drawer navigation item with given radius size. Set $rtl-reflexive to
true to flip radius values in RTL context, defaults to true. |
activated-overlay-color($color) |
Sets the overlay color of the activated drawer list item. |
scrim-fill-color($color) |
Sets the fill color of scrim . |
z-index($value) |
Sets the z index of drawer. Drawer stays on top of top app bar except for clipped variant of drawer. |
width($width) |
Sets the width of the drawer. In the case of the dismissible variant, also sets margin required for app-content . |


"You're busy. You've got so much on your plate that you don't have time to think about how to be healthier. What if you finally got the personal attention you deserve so you can create a game plan to focus on your health?"
It's rare for anyone to get an hour to explore their wellness goals with a trained professional. As an Integrative Nutrition Health Coach, I create a supportive environment that enables you to articulate and achieve your goals. Throughout my education, I have been exposed to the most cutting-edge dietary theories and studied highly effective coaching techniques to help you find the right lifestyle that works best for you.
Most approaches to healthy eating dwell on calories, carbohydrates, fats, and proteins. Instead of creating lists of restrictions and good and bad foods, I coach my clients to explore basic improvements and implement gradual changes during our work together. As these pieces accumulate, my clients find the changes collectively create a much larger impact than they originally expected. We work on what you want to improve, and within the circumstances of your unique situation.
I will guide you to find the food and lifestyle choices that best support you. I will also help you to make gradual, lifelong changes that enable you to reach your current and future health goals.


To see more materials for your state's public health platform concerning children lead exposure, please visit:
Find your State Program
The National Center for Healthy Housing
World Health Organization: Lead Poisoning
What are the sources of lead poisoning?
CDC: Healthy Homes Assessment Tools
CDC: Public Policy Materials


Run Scripts: Getting Started
bueno run
coordinates container image activation and the execution of bueno
run scripts—a programmatic description of the steps required to conduct a
benchmarking activity. Currently, there are two image activators implemented in
bueno: charliecloud
and none
. The former uses Charliecloud to activate a given container image and
the latter is a pass-through to the host.
Hello World!
Below is the source code of the simplest bueno run script named hello.py
.
Please note that the source code contains helpful comments that aid in
understanding fundamental bueno run script structure.
# bueno provides a collection of public modules containing helpful utilities. At
# a minimum, the experiment module contained within the bueno.public package
# must be imported by a bueno run script.
from bueno.public import experiment
from bueno.public import logger
# main() is the entry point for all bueno run scripts. argv is a list of
# argument strings passed to this program by the bueno run service.
def main(argv):
# Set the experiment's name. This particular experiment is named
# hello-world.
experiment.name('hello-world')
# The logger emits strings to the console. Additionally, the output
# produced by logging actions is recorded and stored in experiment data
# written (by default) after experiment termination.
logger.log('hello world')
In the following example, we execute hello.py
using the none
(i.e.,
host pass-through) image activator. To execute the script, run the following
command (assumes hello.py
is stored in your current working directory):
$ bueno run -a none -p hello.py
This program invocation should produce console output similar to the following:
#
# Starting run at 2020-04-24 08:42:05
#
# $ /home/samuel/.local/bin/bueno run -a none -p hello.py
#
# Looking for container metadata...


Hipster Coffee
Serving coffee before it was cool...
Item
Amount
Item Total
Order Total
Item Name:
Cafe Latte
Flat White
Cappucino
Single Espresso
Double Espresso
Americano
Cortado
Tea
Choc Mudcake
Choc Mousse
Affogato
Tiramisu
Blueberry Muffin
Chocolate Chip Muffin
Muffin Of The Day
Amount:
Enter Payment:
Order Complete
Cancel Order
Print Receipt
New Order


fun buildingBlocks(coordinate: BlockCoordinate): List<BlockCoordinate>
Takes a coordinate and a building and returns the "footprint" of the building. In other words, each block the building sits in.
coordinate
- Coordinate of the building
Return
a list of matching blocks


Igor Ognichenko
Full-stack JavaScript Developer
Evan You
Core Dev at Meteor
Previously worked as a Creative Technologist at Google
From 2016 working full-time on Vue.JS framework.
History
- Started in late 2013
- First release Feb. 2014 (v0.6)
- v1.0.0 Evangelion Oct. 2015
- Latest release v2.5.16
Swap Rows
Time to swap 2 rows on a 1K table. (with 5 warmup iterations).
Partial Update
Time to update the text of every 10th row (with 5 warmup iterations) for a table with 10k rows.
Remove Row
Duration to remove a row. (with 5 warmup iterations).
Select Row
Duration to highlight a row in response to a click on the row. (with 5 warmup iterations).
Append Rows To Large Table
Duration for adding 1000 rows on a table of 10,000 rows.
Create Rows
Duration for creating 1000 rows after the page loaded.
Replace All Rows
Duration for updating all 1000 rows of the table (with 5 warmup iterations).
Create Many Rows
Duration to create 10,000 rows
Clear Rows
Duration to clear the table filled with 10.000 rows.
Startup Time
Time for loading, parsing and starting up
Ready Memory
Memory usage after page load
Run Memory
Memory usage after adding 1000 rows
Update Eatch 10th Row for 1k Rows (5 cycles)
Memory usage after clicking update every 10th row 5 times
Replace 1k Rows (5 cycles)
Memory usage after clicking create 1000 rows 5 times
Creating/Clearing 1k rows (5 cycles)
Memory usage after creating and clearing 1000 rows 5 times
Advantages
- Very Small Size
- Easy to Understand
and Develop Applications
- Simple Integration
- Detailed Documentation
- Flexibility
- Right to choose
Information
- Progressive framework
- Component oriented
- Mix the best of React and Angular
Very Small Size
jsize react + react-dom angular vue
| Name |
Size |
| React + react-dom |
34.4 kB (gzipped) |
| Angular |
62.2 kB (gzipped) |
| Vue.js |
23.8 kB (gzipped) |
| jquery |
31.1 kB (gzipped) |
Easy to Understand and Develop Applications
<template>

{{ msg }}

</template>

Simple Integration
- tag script (Vue.js runtime)
- webpack
- web components
- browserify
- requirejs
Detailed Documentation
Flexibility
- Write your template in an HTML file
- Write your template in a string in a Javascript file
- Use JSX in a Javascript file
- Make your template in pure Javascript using virtual nodes
This flexibility makes it easy to switch to Vue because React developers,
Angular developers, or developers new to JS frameworks would all find Vue’s design familiar.
Right to choose
-
Template
-
Component class
- es5
- es6 / es7
- es6 + flow
- TypeScript
Native app
- NativeScript with Vue.js
- Weex - Mobile cross-platform UIs
Server-side Rendering (SSR)
Who is using it?
- GitLab
- NativeScript
- Weex
- Baidu
Components
Lifecycle
Reactivity
Text
Message: {{ msg }}
This will never change: {{ msg }}
Raw HTML

Using mustaches: {{ rawHtml }}

Using v-html directive:

Attributes

<button v-bind:disabled="isButtonDisabled">Button</button>
Using JavaScript Expressions
{{ number + 1 }}
{{ ok ? 'YES' : 'NO' }}
{{ message.split('').reverse().join('') }}

Directives
v-bind

v-on

Modifiers
<form v-on:submit.prevent="onSubmit"> ... </form>
Computed Properties and Watchers
Watch
var vm = new Vue({
el: '#demo',
data: {
firstName: 'Foo',
lastName: 'Bar',
fullName: 'Foo Bar'
},
watch: {
firstName: function (val) {
this.fullName = val + ' ' + this.lastName
},
lastName: function (val) {
this.fullName = this.firstName + ' ' + val
}
}
})
Computed

{{ fullName }}

var vm = new Vue({
el: '#demo',
data: {
firstName: 'Foo',
lastName: 'Bar'
},
computed: {
fullName: function () {
return this.firstName + ' ' + this.lastName
}
}
})
Computed Setter
//...
computed: {
fullName: {
// getter
get: function () {
return this.firstName + ' ' + this.lastName
},
// setter
set: function (newValue) {
var names = newValue.split(' ')
this.firstName = names[0]
this.lastName = names[names.length - 1]
}
}
}
//...
Binding HTML Classes

//...
data: {
isActive: true,
hasError: false
}
Conditional Rendering

A

B

C

Not A/B/C

Loops

{{ item.message }}

var example1 = new Vue({
el: '#example-1',
data: {
items: [
{ message: 'Foo' },
{ message: 'Bar' }
]
}
})
Method Event Handlers

<button v-on:click="greet">Greet</button>

var example2 = new Vue({
el: '#example-2',
data: {
name: 'Vue.js'
},
methods: {
greet: function (event) {
// `this` inside methods points to the Vue instance
}
}
})
Form Input Bindings
<input v-model="message" placeholder="edit me">

Message is: {{ message }}

Event & Key Modifiers

<form @submit.prevent="onSubmit"></form>

<input @keyup.enter="submit">
Component structure
export default {
name: 'RangeSlider',
mixins: [], // share common functionality with component mixins
extends: {}, // compose new components
props: {}, // component properties/variables
data() {}, // variables
computed: {},
components: {}, // when component uses other components
watch: {}, // watch wariables
methods: {}, // methods
// component Lifecycle hooks
beforeCreate() {},
created() {},
beforeMount() {},
mounted() {},
beforeUpdate() {},
updated() {},
activated() {},
deactivated() {},
beforeDestroy() {},
destroyed() {},
errorCaptured() {},
};
What is a "State Management Pattern"?
Shared state
Dev tools


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Press release
A new initiative targeting career changers starts next month.
From next month, fast track training and incentives to get career changers, former teachers and top graduates into maths and science teaching will begin – as part of a major push to transform teaching in these vital subjects outlined by the Prime Minister .
With more than 7 million jobs in the UK expected to be in the science-based industries by 2030 and engineering enterprises already employing more than 5.4 million, the move is aimed at making sure future generations are able to compete with their international counterparts for the best jobs.
Starting next month, former maths and science teachers, including those who may have left the profession to raise a family, will be able to register online to receive tailored support, including help with applications and access to specialist training, to help get them ready to return to the classroom.
Today’s announcement, totalling £67 million, will also offer career professionals the opportunity to receive fast track training to become maths and physics teachers, upskill thousands of existing teaching staff and attract top graduates into the profession with financial incentives.
Three new schools specialising in engineering, mathematics and computing, and led by leading industry experts and universities, will also be announced to support the next generation of engineers, tech specialists and problem solvers. The new university technical colleges will put employers in the driving seat – allowing them to develop technical curriculums that will ensure young people have the skills required to meet the needs of these growing industries and have the best chance of securing top jobs when they leave. Two of the colleges approved will be the first ever with a focus on cyber security skills – to build an army of coding and programming experts.
Announcing the plans, the Prime Minister, David Cameron said:
Delivering the best start in life for every child is a key part of our long-term economic plan. I come at this as a parent, not just a politician. A great education system won’t just help our country succeed in the future; it will give families peace of mind that their kids can realise their full potential.
That doesn’t just mean building more good school places; it means teaching children what they need to know to make something of themselves. That’s why I want to make Britain the best place in the world to learn maths and science – and because of our growing economy, we have a clear plan to deliver the best teachers to make this happen.
Education Secretary Nicky Morgan said:
As part of our plan for education we need excellent teachers in every classroom to prepare children for life in modern Britain.
We want to attract more high quality candidates to teach maths and physics and further raise the status of teaching as a rewarding career. By offering more flexible routes, we will open up the teaching profession to talented career changers who can bring a wealth of experience and transferrable skills to the classroom.
The plans announced today will raise standards in maths and physics further to ensure more children leave school with these valuable skills and can go on to compete for the top jobs and succeed in life.
Today’s announcements include:
From April 2015, one-to-one support will be available to all trained maths and science teachers seeking to return to the profession. Many teachers leave the profession, often to start a family, but find it difficult to re-enter at the level required. Former teachers will be able to sign up and register their interest in returning to the profession and will be offered tailored support and expertise to help them do so. This could include help with job applications, interview preparation or access to training courses to up their subject knowledge.
Skilled professionals in sectors such as engineering or medicine will be able to retrain as teachers and new part-time training routes will open up the profession to allow people to train while continuing to work or look after a family. With the vast majority of new teachers in their mid-20s to early 30s, the government wants to open up the profession to mid-career professionals in other sectors. Grant funding of up to £20,000 will be available to school partnerships to allow them to develop pilot training programmes, with the first trainees entering the classroom from September 2016.
To get the brightest and best into the classroom, teaching must compete with other leading professions in science, maths and technology.
Up to £15,000 will be available to top maths and science undergraduates while at university – in return for a commitment to teach for 3 years after graduating. They’ll also be able to get a salary of up to £18,500 while training.
In addition, brand new physics degrees will be piloted in 10 top universities – allowing students to get a teaching qualification alongside their degree course. The universities have been offered grant funding of up to £10,000 to develop the specialised courses – which will be accredited by the Institute of Physics and will mean students won’t have to do an additional year’s teacher training on top of their degree. The specialised courses will be developed ready to begin in 2016 to 2017.
On top of this, the government will expand its successful maths and physics chairs programme – recruiting experts with PhDs in these subjects to teach in schools and train those around them. More than 100 university fellows will benefit from a salary package of up to £40,000 a year for 2 years and will be targeted to schools that are struggling with maths and physics results, as well as areas where they are facing a shortage of high-quality teachers in these subjects.
Paid internships will also be available to maths and physics undergraduates from summer 2016 to give them the opportunity to experience teaching before they commit to it as a career. The timing and details of internships will be now developed by schools and universities.
£24 million will be available to upskill 15,000 existing teachers who do not specialise in maths and physics , to not only increase the number of teachers able to teach these vital subjects, but with the training developed by the country’s best schools. It will also drive up the quality of maths and physics teaching across the country. Together, this will create enough training places for every secondary school in England to train up at least 1 member of staff in these specialist subjects each year.
Based in Guildford, Stroud and Portsmouth, these specialist colleges will cater for 14- to 19-year-olds and will take the total across the country to more than 60.
Specialising in computer science and engineering, with a focus on cyber security skills, this specialist college will cater for 160 pupils and aims to offer places for more than 700 within 6 years. The UTC is sponsored by the Royal Holloway (University of London) and technology company CGI. Other employer partners include BAE Systems, Babcock International and Air Products. The UTC will help fill local employer needs for high-skilled, qualified computing specialists and engineers.
Specialising in digital technologies, cyber security and advanced manufacturing, the UTC, sponsored by the University of Gloucester , Stroud College and advanced engineering solutions company Versarien, will be based in South Gloucestershire and Stroud and will deliver the technical and academic skills needed in cyber security, digital technologies and design, leading to career paths in the security, networking and design sectors.
This UTC aims to cater for up to 600 14- to 19-year-olds and will work in partnership with a number of employers, in particular the Royal Navy , to prepare young people for careers in engineering and manufacturing – both growing industries in the local economy.
Published: 11 March 2015


Home
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eCommerce
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Order View
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Product Edit
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Statistics
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Media
Links
Design Kit
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Draggable Blocks
Typography
Buttons & Dropdowns
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Horizontal Menu
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Greece Drought Monitor started as part of Antonis Tzorvas (student@ICSD) internship with Institute for Environmental Research and Sustainable Development (IERSD-NOA).
Creation of a dynamic web application for real monitoring of Drought impacts using Meteo.gr Meteorological network.
Drought Analysis using Standardized Precipitation Index (SPI) and Reconnaissance Drought Index (RDI).
Web2py is a powerfull open source framework using Python language. More details at : http://www.web2py.com/
Web Application Development: Antonis Tzorvas, Student, Dept. of Information and Communication Systems Engineering University of the Aegean
Drought Algorithms Development: Anastasiadis Stavros, Forest Msc – Phd Candidate Dept. of Mathematics, University of the Aegean
Maragkoudakis Manolis , Assistant Professor, Department of Information and Communication Systems Engineering, University of the Aegean
Lekkas F. Demetris, Associate Professor, Department of Mathematics, University of the Aegean
Lagouvardos Kontantinos, Director of Research at IERSD-NOA
Kotroni Basiliki, Director of Research at IERSD-NOA
Ilias Pechlivanidis, Hydrologic Scientist, Meteorological and Hydrological Institute (SMHI)


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