BIO
I am a first-generation immigrant from Jamaica. I was born in Atlanta, but grew up in Kingston, Jamaica until my parents decided to move back. I am currently study Computer Science and Mathematics at Morehouse College. I have strong passion for tech and programming, however, if I am not behind a computer, I am enjoying mother nature. I love all outdoor activities. My favorite activities include scuba diving, snowboarding, basketball, and kayaking.
I spend most of my time pursuing my passions in technology. I'm a self taught in python and basic html/css. In school I learn C++ , but I feel more comfortable coding in python. I feel as of the applications of programming and general computer knowledge is very useful and necesssary skill in today's world.
People who have visited my page:


If the user of the framework defines their own __autoload, we will let them for them to do so, they will need to call our autoload if theirs does not load anything.
Call the method on the db if it does not exist here
We have to have a constructor, because of setFetchMode
Constructor for the Tag class


Icalcs / cacls: icacls.exe <directory_or_file>
AccessChk (sysinternals): accesschk.exe -wuv <directory_or_file>
AccessEnum (sysinternals)
PowerShell: Get-ChildItem <path_of_directory> -Recurse | Get-Acl | select Path,Owner,AccessToString,Group | Format-List
PowerSploit: Get-ModifiableServiceFile


PostgREST Drainage Area Delineation v3
Add a point to the map or enter your NAD83 WKT text:
Distance Snap
Raindrop Flow
Catchment Constrained
Max:
km Rd Max:
km
Or enter a NHDPlus Identifier and optional Measure
ComID:
Measure:
Permanent Identifier:
Reach Code:
Hydro Sequence:
Upstream with Tributaries
Upstream Main Path Only
Downstream with Divergences
Downstream Main Path Only
km
Return Streams
Return Catchments
Split Initial Catchment
Simplified Catchments
Detailed Catchments
Simplified Topo Cats
Fill Holes
Random All
Contiguous US
Hawaii
Puerto Rico / VI
Guam / Marianas
American Samoa


Curious on what people search on online stores?
Hover your mouse on the bar graph!
Curious on how many
Created by Nelson Gomez and Isabel Pasco


Netscape vs. Microsoft
Home
(current)
Netscape
Microsoft
Who Won?
The First Browser War!
Netscape sues Microsoft in Antitrust Lawsuit...
Which internet browser prevailed?
Click to learn more about Netscape!
Click to learn more about Microsoft!


[ STAND UP AND FIGHT GENDER EQUALITY TOGETHER ]
#CLOSETHEGAP
#CloseTheGap is a global movement launched by She Radio 99.6fm, Indonesia. We are aware that there remains a disparity in pay between men and women in many countries around the world. Women are paid less than men due to no attributable reason other than gender. This is gender discrimination and we must put a stop to it. Let’s stand together and make women’s voices be heard. Read on and see what you can do to be part of this movement.
[ SCAN & SHARE TO SHOW YOUR SUPPORT ]
First, download FaceApp from Google Play or Apple App Store. Then click and download one image or more below. Scan it with FaceApp, choose “Gender” then apply “Female” filter. Share “Before and After” photo on social media with #CloseTheGap. Tag as many friends as possible.


--- layout: page status: publish published: true title: Parcels author: display_name: Rick Kelson login: rkelson email<EMAIL_ADDRESS>url: '' author_login: rkelson author_email<EMAIL_ADDRESS>wordpress_id: 2107 wordpress_url: http://gis.utah.gov/?page_id=2107 date: '2011-09-07 16:17:52 -0600' date_gmt: '2011-09-07 16:17:52 -0600' categories: [] tags: - sgid - Data - utah - gis - map - mapping - dataset - download - agrc - layer - shapefile - geodatabase - metadata - shp - gdb - kml - lyr - digital - geographic - information - database - state - statewide ---
Data Type: GIS Data Layer
Steward(s): AGRC
Web Application: Basic Parcel Web Application
Abstract: The Basic Parcels contain GIS mapping data representing parcel boundaries.
AGRC has Basic Parcel data for all 29 counties. Some counties are more complete than others. In addition to
the polygon geometry the attributes PARCEL ID, PARCEL ADDRESS, PARCELS CITY, PARCEL ZIP CODE, OWNERSHIP TYPE,
and RECORDER contact are maintained in the Basic Parcel dataset when available. Users should be aware the owner type
field 'OWN_TYPE' in the parcel polygons is a very generalized ownership type (Federal, Private, State, Tribal).
It is populated with the value of the 'OWNER' field where the parcel's centroid intersects the CADASTRE.LandOwnership
polygon layer. A parcel web application
is available for viewing and downloading the Basic Parcel data.
The Land Information Record Parcels (LIR) contain GIS mapping data representing parcel boundaries and county tax roll attributes. AGRC has Land Information Record Parcels for some of the counties in Utah. Since each County has its own database and process for maintaining tax year assessment information, users should expect some variability in each County's LIR dataset. In addition to the polygon geometry the attributes COUNTY_NAME, COUNTY_ID, ASSESSOR_SRC, BOUNDARY_SRC, DISCLAIMER, CURRENT_ASOF, PARCEL_ID, SERIAL_NUM, PARCEL_ADD, PARCEL_CITY, TAXEXEMPT_TYPE, TAX_DISTRICT, TOTAL_MKT_VALUE, LAND_MKT_VALUE, PARCEL_ACRES, PROP_CLASS, PRIMARY_RES, HOUSE_CNT, SUBDIV_NAME, BLDG_SQFT, BLDG_SQFT_INFO, FLOORS_CNT, FLOORS_INFO, BUILT_YR, EFFBUILT_YR, CONST_MATERIAL are maintained in the Land Information Record Parcels dataset when available.
Data Content:
The following data is available for download:
CADASTRE.Parcels_'County name' are datasets for cartography and approximate boundary identification.
The 2005, HB113 was passed requiring the AGRC Cadastral Surveyor to work with local government to create a parcel database for the State. 63F-1-506.(3) (c) coordinate with county recorders and surveyors to create a statewide parcel layer in the State Geographic Information Database (SGID) containing parcel boundary, parcel identifier, parcel address, owner type, and county recorder contact information. The SGID contains county parcel data from each of the 29 counties in Utah and is updated as new data is provided from the data steward in each county. Parcel polygons contain attributes unique to each parcel such as a unique parcel number (PARCEL_ID), address for the parcel (PARCEL_ADD, PARCEL_CITY, PARCEL_ZIP), a generalized land ownership designation (OWN_TYPE), and the phone number for the county recorders office (RECORDER).
The native spatial reference for this dataset is UTM Zone 12N, NAD83 (0.01 meter coordinate precision).
There are no constraints or warranties with regard to the use of this dataset. Users are encouraged to attribute content to: State of Utah, SGID.
The parcel datasets are maintained by AGRC in partnership with local governments.
Questions can be directed to Rick Kelson<PHONE_NUMBER>) at AGRC.
CADASTRE.Parcels_'County name'_LIR are datasets for cartography and approximate boundary identification.
The Land Information Records (LIR) work group organized by the Governor’s Office of Management and Budget has facilitated a voluntary sharing of tax roll parcel data from County Assessors to support public safety, economic development, transportation, planning and the provisions of public services. In May of 2016, the Land Information Records work group released its recommendations for sharing an enhanced set of tax parcel GIS data. A draft of the tax year parcel GIS data schema is available.
Tax year parcel GIS data will be updated annually with the finalized year-end tax assessment data that is completed by May 22nd each year then submitted to the Automated Geographic Reference Center (AGRC) for loading into SDE by July 1st each year.
The native spatial reference for this dataset is UTM Zone 12N, NAD83.
There are no constraints or warranties with regard to the use of this dataset. Users are encouraged to attribute content to: State of Utah, SGID.
The parcel datasets are maintained by AGRC in partnership with local governments.
Questions can be directed to Sean Fernandez<PHONE_NUMBER>) at AGRC.
This data when possible is updated twice a year with the newest data available from the counties. Some counties along the Wasatch Front are updated monthly when possible.
Recent updates:


e-bloc
// (n) - A community for new Esri employees
to connect, to collaborate, and to grow.
Join Us!
Inspired by
Earth
, data from
GFS
, open source on
Github


{% extends 'htc-layout.html' %} {% block pageTitle %} Guide to regulations - Information for innovators {% endblock %} {% block beforeContent %} {{ breadcrumb({ items: [ { href: "/htc", text: "Home" } ], href: "/htc/innovators", text: "Information for innovators" }) }} {% endblock %} {% block content %}
Evidence for a diagnostics assessment should ideally be based on end-to-end studies that follow patients from testing, through treatment, to final outcomes. As a minimum, evidence on diagnostic accuracy should be provided, although evidence of any impact on health outcomes or resource use following testing would also be useful. These end-to-end studies may be of varying quality and design and could include randomised controlled trials (RCTs), cohort studies, observational studies and meta-analysis of multiple studies.
A cost-effectiveness (specifically cost-utility) analysis is the preferred approach for assessing the value for money of a diagnostic test, in the context of its impact on the care pathway. This type of economic analysis seeks to establish whether differences in expected costs between options can be justified in terms of changes in expected health effects.
Information needed for a cost-utility analysis (CUA) of a diagnostic test include data on clinical outcomes, health-related quality of life, costs and resource use, all of which are informed by different types of evidence. The outcomes and costs typically include those arising from treatments following the use of the test and cover the entire relevant portion of the care pathway.
For diagnostic tests, the downstream consequences, that is the final health outcomes and costs, must be modelled to demonstrate the impact of the test result on decision making along the treatment and care pathway.
PlGF-based testing to help diagnose suspected pre-eclampsia A CUA was developed for the NICE assessment of PlGF-based testing to help diagnose suspected pre-eclampsia (See the diagnostics assessment report for detailed information).
Note: This is an illustrative example provided only as a guide to demonstrate what a CUA for a diagnostic test looks like and the types of inputs and outputs. It should be read in conjunction with the committee’s consideration of the evidence, and innovators should be mindful that the structure and inputs will not be equally applicable to all products. The appropriate approach for your product will depend on your evidence and value proposition.
The Diagnostics Assessment Programme manual provides more information on the types of evidence required for a diagnostics assessment.
Bespoke support for developing your clinical and economic evidence case is available through NICE Scientific Advice.
{% from 'pagination/macro.njk' import pagination %} {{ pagination({ "previousUrl": "/htc/innovators/devices", "previousPage": "Medical devices", "nextUrl": "/htc/innovators/evidence/digital", "nextPage": "Digital health technologies" }) }}


Enthusiastic professional with a demonstrated history of working in the information technology and services industry. Skilled in software development, learning new technologies, team leadership and interpersonal skills.
Support sales teams to identify areas of opportunity and develop solutions to address customer infrastructure challenges. Review existing systems to determine effectiveness and suggest changes to meet organizational requirements of clients. Educate on technology and recommend improvements to customers and demonstrated potential cost reductions and process improvements. Act as voice of the customer to translate needs to internal product teams. Attend company training to increase understanding of technology.
Lead discussion sections, tutorials, and laboratory sections. Evaluate and grade examinations, assignments, or papers and record grades. Schedule and maintain regular office hours to meet with students. Meet with supervisors to discuss students' grades and progress.
Support the solution architect team with daily tasks and lab environment. Projects include deploying datacenter infrastructure and developing and creating a web based tool to manage digital signage in the briefing center.
On call IT support for various in house applications hosted at Loblaw Inc. Extensive use of: Oracle/Windows servers, Toad, MySQL, XML, Java, Remedy Management Suite, Microsoft Office Suite.
Travel to Costco and Best Buy stores to promote and demonstrate the LG smart TV. Create weekly and daily reports around progress and buying demographics.


analyticsAll data we have on youThis is all the data that we have collected on youpageviewPage viewsAll the event pages you have visited{{date.Date | date: 'fullDate'}}
At {{pageView.Created | date: 'fullTime'}} you viewed {{pageView.EventId}}
searchSearchesAll the searches you have made{{date.Date | date: 'fullDate'}}
At {{search.Created | date:'fullTime'}} you searched "{{search.Search}}" with the filters {{search.Params}}
verifiedTicket VerificationsAll the times you've verified a ticket
At {{verify.Created | date:'full'}} you verified "{{verify.TicketId}}" for "{{verify.EventId}}"
recommendRecommendation ScoresOur representation of your preferences based on data by category


This week we were part of a Partner workshop on DevelopmentCheck. DevelopmentCheck is a user driven and solution oriented online tool for citizen feedback on the transparency, participation and effectiveness of development projects. This tool was developed by YoungInnovations for IntegrityAction. We had participants from many countries like Kenya, Democratic Republic of Congo, Palestine, Liberia, Sierra Leone and Nepal present in the workshop. The workshop ended with a dinner where all the participants enjoyed some authentic Nepali cuisines. The partners also had a lot of fun dancing to traditional Nepali tunes.
I also participated in a Branding Strategy Development Workshop for Chyangra Pashmina as part of the Pashmina Enhancement & Trade Support(PETS) project. We have been working with ITC to develop the website for Chyangra Pashmina.
As usual here are our weekly selection of interesting reads to keep you busy this weekend.
-
a guide to building svg maps from natural earth data – smashing magazine
-
a remote server automation and deployment tool written in ruby.
-
css vs. svg: shapes and arbitrarily-shaped ui components : adobe dreamweaver team blog
-
data structures with javascript: stack and queue - tuts code article
-
drupal 7 vs drupal 8: presentation — internetdevels official blog
-
drupal helpers: tools for devops and deployment - colan schwartz
-
dynamic content caching based on attributes in drupal 7 - pixelite
-
google play services: using the nearby connections api - tuts code tutorial
-
google’s material design language can inject life into your boring website
-
how do javascript closures work under the hood [dmitry frank]
-
how drupal 8 builds your pages [infographic] - wellnet milano
-
open source webmail clients for browser-based email - opensource.com
-
supervisor: a process control system — supervisor 3.1.3 documentation
-
the future of layout with css: grid layouts ✩ mozilla hacks – the web developer blog


Khadase's library
Products
Cart
Add new product
Welcome to the Khadase's Library
Where you can Purchase, sell, take books on rent and even rent your books because we handle them with care!
Tranding this week
Book 1
Rs. 400
Awsome book, really inspiring and Motivating
Add to Cart
Book 1
Rs. 400
Awsome book, really inspiring and Motivating
Add to Cart
Book 1
Rs. 400
Awsome book, really inspiring and Motivating
Add to Cart
Book 1
Rs. 400
Awsome book, really inspiring and Motivating
Add to Cart
Book 1
Rs. 400
Awsome book, really inspiring and Motivating
Add to Cart
Book 1
Rs. 400
Awsome book, really inspiring and Motivating
Add to Cart
Books On Sale: Grab them all!
Book 1
Rs. 400
Awsome book, really inspiring and Motivating
Add to Cart
Book 1
Rs. 400
Awsome book, really inspiring and Motivating
Add to Cart
Book 1
Rs. 400
Awsome book, really inspiring and Motivating
Add to Cart


Sweet Free Stuff
///////////////////////////////////////////
Free Tostitos Dip (Upload Photo)
Posted: 20 Mar 2015 01:41 PM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Click HERE to create your chip image, then click HERE to claim your coupon.
More details below: To participate in the offer: 1. Go to
www.everychipgetsadip.com (“Website”). Click on “Prove It”. 2. Complete the
online form to include your name, address, email address, and date of birth
and agree to these Program Rules by placing a []
The post Free Tostitos Dip (Upload Photo) appeared first on Sweet Free
Stuff.
///////////////////////////////////////////
Free Redbox DVD Rental
Posted: 20 Mar 2015 03:08 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Use this code for a free Redbox DVD rental: 5678JJNN -valid today (3/20)
only Free Redbox DVD Rental
The post Free Redbox DVD Rental appeared first on Sweet Free Stuff.
CommentsCodes works if you reserve thru the mobile app and then
pickup … by AndreaMine didn’t work either, said only can be used at
certain … by MelissaThe Red Box code did not work in Henderson, TX. I
tried two … by karenWorked. If you get the one in Fred Meyer (WA), you
get another … by GitaIf it doesn’t work the heading does say “Good 7/17
only” … by MIkePlus 9 more…
///////////////////////////////////////////
Free Sample of Bio-35 Probiotic Supplement
Posted: 20 Mar 2015 03:08 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
The post Free Sample of Bio-35 Probiotic Supplement appeared first on Sweet
Free Stuff.
CommentsI want to try it before I buy it by Sherry stroudlets try with
this free sample! by popA free sample gives me a chance to try out products
that I … by Eddie C. JordanFree sample?! Why, I’d love one! by Les Garcia
///////////////////////////////////////////
15 Free Pampers Gifts to Grow Points
Posted: 20 Mar 2015 02:15 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
To login please click here and enter the codes: FBRAWLLLL577815
and TWIT8989CCLLD15 for 15 more points. (If you need to register, click
here to sign up and receive 100 points!) The Pampers Gifts to Grow Rewards
Program rewards you for choosing Pampers diapers, training pants and wipes
for your growing baby. To start, simply collect the codes from []
The post 15 Free Pampers Gifts to Grow Points appeared first on Sweet Free
Stuff.
CommentsThis code doesn’t work by NeshaThank u for the free samples it
really helps by Linzy stringerAny free samples l will appreciate it.Thanks
by Ruby Benn
///////////////////////////////////////////
Free Nestea Liquid Water Enhancer at Kroger & Affiliate Stores
Posted: 20 Mar 2015 01:56 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Load the coupon to your shoppers card today only (3/20) and use by 4/5.
Free Nestea Liquid Water Enhancer at Kroger Affiliate Stores
The post Free Nestea Liquid Water Enhancer at Kroger Affiliate Stores
appeared first on Sweet Free Stuff.
///////////////////////////////////////////
Free 5.5 oz Can of Friskies Tasty Treasures Accented With Real Bacon
Posted: 20 Mar 2015 12:01 AM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Receive a coupon good for a Free 5.5 oz Can of Friskies Tasty Treasures
Accented With Real Bacon
The post Free 5.5 oz Can of Friskies Tasty Treasures Accented With Real
Bacon appeared first on Sweet Free Stuff.
CommentsI have three cats could really use this free offer!!! by
RebeccaMy cat is waiting for his Friskies!!!! by Vicki DavisMy cat also
loves Friskeys by Brian SMy cats love Friskeys by LenorMy cat loves
Friskies! by deb person
///////////////////////////////////////////
Free Can of Hunts Tomato Sauce
Posted: 19 Mar 2015 11:00 PM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Save 100% when you buy ONE (1) 8 oz. can of Hunts® Tomato Sauce. Expires
3/22 Free Can of Hunts Tomato Sauce
The post Free Can of Hunts Tomato Sauce appeared first on Sweet Free Stuff.
CommentsFree is good by Joseph Scarpa
///////////////////////////////////////////
Free Diabetic Recipe Book
Posted: 19 Mar 2015 10:55 PM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Free Diabetic Recipe Book
The post Free Diabetic Recipe Book appeared first on Sweet Free Stuff.
CommentsPlease send me a cookbook. My husband & I are both type II … by
RUTH ANN HANSENSweet free suff in mail by EmilyI love get suff by
EmilyPlease send me a free copy of the 60 page diabetic recipe book. … by
Susanplease send me a booklet by cyriahPlus 4 more…
///////////////////////////////////////////
Free Italian Ice at Ritas March 20th
Posted: 19 Mar 2015 10:00 PM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Ritas annual giveaway will be held on Thursday, March 20 from noon to 9
p.m. at all open Ritas locations.
The post Free Italian Ice at Ritas March 20th appeared first on Sweet Free
Stuff.
///////////////////////////////////////////
Free DulcoGas Chewable Tablets at Target
Posted: 19 Mar 2015 03:15 PM PDT
http://feedproxy.google.com/&edburner&utm_medium=email
Target carries DulcoGas Chewable Tablets 30-ct for $5.99. Use this $3 off
DulcoGas printable coupon and also text OFFERS to 827438 for a $3/1 Dulco
Gas 30-ct Target Mobile coupon. Stack the coupons to make it FREE!
The post Free DulcoGas Chewable Tablets at Target appeared first on Sweet
Free Stuff.


TSUMINO
BOOKS
VIDEOS
DEFINITIONS
TAGS
RANDOM
CHAT
LOGIN
ABOUT
SEX GAMES
PornDude
Like this entry? Create a list to save it!
The Super Horny Workplace / エロすぎる会社日常にセックスが溶け込んだ世界
Title
The Super Horny Workplace / エロすぎる会社日常にセックスが溶け込んだ世界
Uploader
gezio
Uploaded
2018 October 14
Pages
26
Rating
4.3 (196 users / 2036 favs)
My Rating
Category
Manga
Group
MediBang!
Artist
ElectricSheep
Yuuki Tsumugi
Tag
Anal
Blowjob
Breast Sucking
Bukkake
Cunnilingus
Decensored
Deepthroat
Exhibitionism
French Kissing
Full Color
Gangbang
Group Sex
Harem
Huge Penis
Large Breasts
Leg Lock
Megane
Nakadashi
Office Lady
Pantyhose
Spitroast
X-ray
Read Online
Login to download!
Login for favorites!
BACK TO INDEX
EXCLUSIVE Offer - JOIN Hentai PROS Only 1$ TODAY !!!
Thumbnails
Comments
Related
×
Verification Required
Before we let you download this entry, we need further verification you are human.
×
Verification Required
In order to continue posting your comment, we need further verification you are human.
Thumbnails
Take a quick peek before viewing
VIEW MORE
VIEW IT ALL
Related Content
Some suggestions for you to look at


FENC Fiji receives donation of $13,000 from Burger King
by Pratika MalaFoundation for the Education of Needy Children in Fiji has received a donation of $13,000 from Burger King at its flagship restaurant in Martintar, Nadi.
While accepting the donation, FENC Fiji financial controller Priya Lata says the donation and continued support from Burger King will go a long way in assisting them to make education accessible to the poorest of the poor children of Fiji while enabling them to break the cycle of poverty and become resourceful citizens of Fiji.
She says the $8,000 donation which was received from Burger King in June this year was used to assist 75 children living at the Koroipita settlement in Lautoka.
Lata adds the money from the current donation will be used to purchase school supplies for children who are listed with them for the 2020 school term.
She revealed that Burger King is the largest annual committed donor for 2019.
Burger King General Manager Akash Narsey says they are proud to have been able to collect the money that FENC Fiji will use to assist children of impoverished backgrounds for their educational needs.
He says education is a key element in escaping poverty which is what initially drove them to partner with FENC Fiji.
Narsey thanked the people of Fiji and all those who have contributed to their donation boxes in Burger King restaurants for their generous support.
Burger King has been working closely with the Foundation for the Education of Needy Children in Fiji since 2016 to support the educational needs of deprived children across the country and has contributed almost $70,000 so far.


| Photo | Name | Affiliation | Contributions | ORCID | Research IDs | ||
|---|---|---|---|---|---|---|---|
| N/A | Eric Klatzco | @quantumegg |<EMAIL_ADDRESS>| Colorado School of Mines | Website/Database Design | N/A | N/A |
| N/A | Jessy Liao | @eh |<EMAIL_ADDRESS>| Colorado School of Mines | Website/Database Design | N/A | N/A |
| N/A | Lucas Kitaev | N/A |<EMAIL_ADDRESS>| Colorado School of Mines | Developer/SysAdmin | N/A | N/A |
| N/A | Bryanna Gaede | @Battle_bry |<EMAIL_ADDRESS>| Colorado School of Mines | Developer | N/A | N/A |
| N/A | Vlad Muresan | @imstrobey |<EMAIL_ADDRESS>| Colorado School of Mines | Developer | N/A | N/A |
The funding for creation of this website was provided by a Earth Science Information Partners (ESIP) grant to Zane Jobe (view the grant application here). The front-end and back-end portions of the website were developed at Colorado School of Mines by industrious computer-science students (alphabetically) Brianna Gaede, Eric Klatzco, Lucas Kitaev, Jessy Liao, Vlad Muresan, with minimal oversight by Zane Jobe. {% load static %}
The impetus for the creation of this site was the 2nd Workshop on Subaqueous Landslides and Morphometric Parameters in June 2019 in Golden, CO. A large group of people (see the list here) worked to form a proposal that was funded by ESIP.
The format of the database follows that of the peer-reviewed article "A consistent global approach for the morphometric characterization of subaqueous landslides" by Mike Clare and co-authors. This paper is open-access and can be downloaded from the link above, or in PDF format here.


| < Day Day Up > |
Hack 72 Use the FreeBSD Recovery Process
Learn how to use your emergency repair kit before the emergency. Now that you have an emergency repair kit, it's worth your while to do a dry run so you know ahead of time what options will be available to you. You may even decide to modify your kit as a result of this test. Let's go back to that sysinstall Main Menu screen [Hack #71] and see what happens when you choose Fixit. You'll be presented with the following options: Please choose a fixit option There are three ways of going into "fixit" mode: - you can use the live filesystem CDROM/DVD, in which case there will be full access to the complete set of FreeBSD commands and utilities, - you can use the more limited (but perhaps customized) fixit floppy, - or you can start an Emergency Holographic Shell now, which is limited to the subset of commands that is already available right now. X Exit Exit this menu (returning to previous) 2 CDROM/DVD Use the "live" filesystem CDROM/DVD 3 Floppy Use a floppy generated from the fixit image 4 Shell Start an Emergency Holographic Shell If you choose the Shell option, you'll find that they weren't kidding when they warned you'd be limited to a subset of commands. Nearly all of the commands you know and love will result in a not found error message. This is why you went to the trouble of either creating that fixit floppy or purchasing/burning a CD-ROM/DVD that contains the live filesystem. 7.5.1 Using the fixit FloppyLet's see what you can repair with the fixit floppy. When you choose that option, follow the prompts: insert the floppy, then press Alt F4. Do make note of the message you receive: +-----------------------------------------------------------------------+ | You are now running from FreeBSD "fixit" media. | | --------------------------------------------------------------------- | | When you're finished with this shell, please type exit. | | The fixit media is mounted as /mnt2. | | | | You might want to symlink /mnt/etc/*pwd.db and /mnt/etc/group | | to /etc/ after mounting a root filesystem from your disk. | | tar(1) will not restore all permissions correctly otherwise! | | | | Note: you might use the arrow keys to browse through the | | command history of this shell. | +-----------------------------------------------------------------------+ Good Luck! Fixit# It's not a bad idea to create those symlinks now, before you forget. You'll have to mount your root slice first, so refer to your /etc/fstab printout for the proper name of that slice. In this example, / is on /dev/ad0s1a. I'll mount it with the read-write option: Fixit# mount -o rw /dev/ad0s1a /mnt Fixit# If your command is successful, you'll receive the prompt back. A quick ls through /mnt should convince you that you now have access to the hard disk's root filesystem. If your command is not successful, run fsck_ffs until the filesystem is clean, then mount the filesystem: Fixit# fsck_ffs /dev/ad0s1 ** /dev/ad0s1 ** Last Mounted on /mnt ** Phase 1 - Check blocks and Sizes ** Phase 2 - Check Pathnames ** Phase 3 - Check Connectivity ** Phase 4 - Check Reference Counts ** Phase 5 - Check Cyl groups 821 files, 27150 used, 99689 free (985 frags, 12338 blocks, 0.8% fragmentation) Fixit# mount -u -o rw /dev/ad0s1 /mnt Now for those symlinks: Fixit# ln -f -s /mnt/etc/*pwd.db /etc Fixit# ln -f -s /mnt/etc/group /etc Note that you need to include the force (-f) switch when you make your symbolic (-s) links. You need to overwrite the existing link that links mnt2, or the fixit floppy, to /etc. You instead want to link the files on your hard drive (/mnt) to /etc. You'll also notice that while in the Fixit# prompt, the up arrow will recall history, but tab completion does not work. At that Fixit# prompt, you have two command sets available to you. The first is that limited command set that comes with the sysinstall utility. Note that these are the only commands available at that holographic shell prompt: Fixit# ls stand -sh* gunzip* route* [* gzip* rtsol* arp* help/ sed* boot_crunch* hostname* sh* camcontrol* ifconfig* slattach* cpio* minigzip* sysinstall* dhclient* mount_nfs* test* dhclient-script* newfs* tunefs* etc/ ppp* usbd* find* pwd* usbdevs* fsck_ffs* rm* zcat* The second command set is on the floppy itself, mounted as mnt2: Fixit# ls mnt2/stand bsdlabel* dd* fixit_crunch* mount_cd9660* sleep* cat* df* ftp* mount_msdosfs* swapon* chgrp* disklabel* kill* mv* sync* chmod* dmesg* ln* reboot* tar* chown* echo* ls* restore* telnet* chroot* ex* mkdir* rm* umount* clri* expr* mknod* rmdir* vi* cp* fdisk* mount* rrestore* view* You'll also find a minimal set of notes in: Fixit# ls stand/help One of the first things you'll notice, especially if you try to read one of those help documents, is the lack of a pager. You won't have any luck with more or less. However, cat and view are available for viewing files. If you've never used view before, remember to type :q to quit the viewer. Also note that all of the restore utilities are on hand, unless you've used pax as your backup utility. 7.5.2 Using the Live FilesystemLet's pause here for a moment and compare the fixit floppy to the live filesystem. There's one CD marked as live in a purchased set. If you burn your own ISO images, the second image for your release will contain the live filesystem. For example, here is the listing for ftp://ftp.freebsd.org/pub/FreeBSD/ISO-IMAGES/5.1-RELEASE/: 5.1-RELEASE-i386-disc1.iso 630048 KB 06/05/03 00:00:00 5.1-RELEASE-i386-disc2.iso 292448 KB 06/05/03 00:00:00 5.1-RELEASE-i386-miniinst.iso 243488 KB 06/05/03 00:00:00 CHECKSUM.MD5 1 KB 06/05/03 00:00:00 disc1.iso is the install CD, and disc2.iso is the live filesystem CD. There are several advantages to using the live filesystem. First, you don't have to make any floppies. In fact, your entire kit can be as simple as this one CD and your printouts specific to that system. Second, the CD is bootable, so you can reach that Fixit# prompt in under a minute. Third, you have the entire built-in command set available to you. When you enter the Fixit screen, you'll see the same welcome message as before. This time, it is the CD that is mounted as /mnt2, which is really a link to /dist: Fixit# ls -l /mnt2 lrwxr-xr-x 1 root wheel 5 Dec 8 08:22 /mnt2@ -> /dist Fixit# ls /dist .cshrc boot/ etc/ root/ tmp/ .profile boot.catalog floppies/ rr_moved/ usr/ COPYRIGHT cdrom.inf mnt/ sbin/ var/ bin/ dev/ proc/ sys@ A quick ls /dist/bin and ls /dist/sbin will display all of the commands that come with a FreeBSD system. There isn't a limited command set with the live filesystem. 7.5.3 Emergency RepairNow that I've shown you the various ways to enter the Fixit facility, you're probably wondering what you should be doing at that prompt. FreeBSD is quite robust and is usually capable of booting your hard drive to some sort of prompt. However, if the disk fails completely or is somehow incapable of booting to a prompt, the fixit facility is one of your options. From here, you can run fsck on your various filesystems, which may fix the problem. You can see which filesystems are still mountable, allowing you to assess the extent of the damage. If some files were damaged, you can restore those files from backup. If it turns out that the drive is damaged beyond repair, you can rest easy in the fact that you have a printout of your hardware and partitioning scheme, a floppy containing any necessary drivers, and a backup of all of your data. Above all, you were prepared. 7.5.4 See Also
|
| < Day Day Up > |


Subscription is not active arbitrage data is delayed by 6 hours. Orderbooks and charts are not delayed.
All form fields are required.


Definition in file MSP430_Flasher.cpp.
#include "StdUseCase.h"
Go to the source code of this file.
Functions | |
| int | main (int argc, char *argv[]) |
| Main function. More... | |
| int | Flasher (int argc, char *argv[], sDefOptions_t *sOpt, sRTE_t *RTE) |
| Main Flasher routine. More... | |
Variables | |
| sRTE_t | g_RTE |
| Struct for runtime entries. More... | |
| sDef_t | g_Def |
| Default options. More... | |
| int32_t | BPAddr [] |
| Array for storing breakpoint addresses. More... | |
| int Flasher | ( | int | argc, |
| char * | argv[], | ||
| sDefOptions_t * | sOpt, | ||
| sRTE_t * | RTE | ||
| ) |
Main Flasher routine.
| [in] | argc | Number of arguments in the argument string |
| [in] | argv[] | Pointer to the argument string |
| [in] | sOpt | Pointer to struct for options from command line and/or list of default options |
| [in] | RTE | Pointer to struct for options entered at runtime |
Definition at line 116 of file MSP430_Flasher.cpp.
| int main | ( | int | argc, |
| char * | argv[] | ||
| ) |
Main function.
| [in] | argc | Number of arguments in the argument string |
| [in] | argv | Pointer to the argument string |
Definition at line 76 of file MSP430_Flasher.cpp.
| int32_t BPAddr[] |
Array for storing breakpoint addresses.
Definition at line 79 of file Support.cpp.
| sDef_t g_Def |
Default options.
Definition at line 73 of file Support.cpp.
| sRTE_t g_RTE |
Struct for runtime entries.
Definition at line 59 of file StdUseCase.cpp.


Scribble on the canvas:
Primary color:
Secondary color:
Clear
Save
Draw with tilt?
Your browser does not support the canvas element.
Pointer data:
Clear
Click to enable showing pointer data


--- layout: default title: Discord permalink: /discord/ ---
Interested in what we do? Want to talk with us? Join our Discord and fire away ;)


{% load static %}
CFree Clothing
Home
Catalog
Mission
Spotlight Charity
Blog
Login
Cart
Search
Blogs
{% for post in posts %}
{{post.title}}
Posted on {{post.timestamp}} by {{post.author}}
{{post.bodytext| truncatewords:"100"}}
{% endfor %}
Previous
Next
Catalog
Original Logo Tee Watermelon
Original Logo Tee Light Blue
Original Logo Tee Ivory
Subscribe to our Newsletter!
Receive all our best deals and news
Your Email:
Subscribe


WHAT
Open-source tooling to work with the web component ecosystem.
Interactive exploration of & creation with any web component.
Enabling creation of forms, pages, data sources, emails, logic, etc.
WHY
Enable the creation of meaningful data-leveraging, real-world-result-producing prototypes in manner that is
-
- - easy & quick
- - robust & accessible
- - free & fun
- - community driven
WHO
This project is by and for designers, developers, DIY enthusiasts, students, educators and all kinds
of makers.
People who like to build things in this age of design thinking, IOT & AI where the medium isn’t just pixels but
data & emotions.
HOW
By building on top of web standards, being open and integrating with other web based tools.
We believe that there are tools which best fit use cases and aim to provide a toolkit so that makers like you can use
the right tools for the right job.


Lottery
Enter odds between 1 to 65535
Bet Amount
All rooms
My rooms
Game room 1
Bet Amount
350
Max
645
Win Chance
25%
Funny room 45
Bet Amount
300
Max
233
Win Chance
50%


| Emetine dihydrochloride hydrate (
19)
|
Antibacterial agent |
0.014 |
0.051 |
| Mefloquine (
20)
|
Antiparasitic agent |
7.41 |
15.55 |
| Amodiaquinedihydrochloridedehydrate (
21)
|
Antiparasitic agent |
6.21 |
1.27 |
| Loperamide (
9)
|
Antidiarrheal agent |
4.8 |
5.90 |
| Lopinavir (
10)
|
HIV-1 inhibitor |
8.0 |
24.4 |
| E-64-D (
22)
|
Cathepsin inhibitor |
1.27 |
0.76 |
| Gemcitabine hydrochloride (
23)
|
DNA metabolism inhibitor |
1.21 |
4.95 |
| Tamoxifen citrate (
24)
|
Estrogen receptor inhibitor |
10.11 |
92.88 |
| Toremifene citrate (
25)
|
Estrogen receptor inhibitor |
12.91 |
11.96 |
| Terconazole (
26)
|
Sterol metabolism inhibitor |
12.20 |
15.32 |
| Fluspirilene (
27)
|
Neurotransmitter inhibitor |
7.47 |
5.96 |
| Thiothixene (
28)
|
Neurotransmitter inhibitor |
9.29 |
5.31 |
| Fluphenazine hydrochloride (
29)
|
Neurotransmitter inhibitor |
5.86 |
21.43 |
| Promethazine hydrochloride (
30)
|
Neurotransmitter inhibitor |
11.80 |
7.54 |
| Astemizole (
31)
|
Neurotransmitter inhibitor |
4.88 |
5.59 |
| Chlorphenoxamine hydrochloride (
32)
|
Neurotransmitter inhibitor |
12.64 |
20.03 |
| Triflupromazine hydrochloride (
33)
|
Neurotransmitter inhibitor |
5.75 |
6.39 |
| Clomipramine hydrochloride (
34)
|
Neurotransmitter inhibitor |
9.33 |
13.23 |
| Imatinibmesylate (
35)
|
Kinase signaling inhibitor |
17.68 |
9.82 |
| Dasatinib (
36)
|
Kinase signaling inhibitor |
5.46 |
2.10 |


Colored Modal Headings
Headers that are a little more stylish.


This list shows locations that are currently visible on the map (Click one to select it on the map.):


{% extends 'base.html' %} {% load i18n %} {% block content %}
{% trans 'In all the fields below, please check the number of ballots twice to ensure accuracy' %}
{% trans 'Section (A) to be filled prior to opening the polling station' %}
{% trans 'section (d) to be filled after the completion of the results forms' %}
{% trans 'Section (B) to be filled after closure of polling station' %}
{% trans 'Section (C) to be filled after counting the ballots in the box' %}


Domain constraints
[Using integer variables and constraints]
Functions | |
| void | Gecode::dom (Home home, IntVar x, int n, IntPropLevel ipl=IPL_DEF) |
| Propagates . | |
| void | Gecode::dom (Home home, const IntVarArgs &x, int n, IntPropLevel ipl=IPL_DEF) |
| Propagates for all . | |
| void | Gecode::dom (Home home, IntVar x, int l, int m, IntPropLevel ipl=IPL_DEF) |
| Propagates . | |
| void | Gecode::dom (Home home, const IntVarArgs &x, int l, int m, IntPropLevel ipl=IPL_DEF) |
| Propagates for all . | |
| void | Gecode::dom (Home home, IntVar x, const IntSet &s, IntPropLevel ipl=IPL_DEF) |
| Propagates . | |
| void | Gecode::dom (Home home, const IntVarArgs &x, const IntSet &s, IntPropLevel ipl=IPL_DEF) |
| Propagates for all . | |
| void | Gecode::dom (Home home, IntVar x, int n, Reify r, IntPropLevel ipl=IPL_DEF) |
| Post domain consistent propagator for . | |
| void | Gecode::dom (Home home, IntVar x, int l, int m, Reify r, IntPropLevel ipl=IPL_DEF) |
| Post domain consistent propagator for . | |
| void | Gecode::dom (Home home, IntVar x, const IntSet &s, Reify r, IntPropLevel ipl=IPL_DEF) |
| Post domain consistent propagator for . | |
| void | Gecode::dom (Home home, IntVar x, IntVar d, IntPropLevel ipl=IPL_DEF) |
| Constrain domain of x according to domain of d. | |
| void | Gecode::dom (Home home, BoolVar x, BoolVar d, IntPropLevel ipl=IPL_DEF) |
| Constrain domain of x according to domain of d. | |
| void | Gecode::dom (Home home, const IntVarArgs &x, const IntVarArgs &d, IntPropLevel ipl=IPL_DEF) |
| Constrain domain of according to domain of for all . | |
| void | Gecode::dom (Home home, const BoolVarArgs &x, const BoolVarArgs &d, IntPropLevel ipl=IPL_DEF) |
| Constrain domain of according to domain of for all . |
Function Documentation
| void Gecode::dom | ( | Home | home, | |
| IntVar | x, | |||
| int | n, | |||
| IntPropLevel | ||||
| ) |
Propagates .
| void Gecode::dom | ( | Home | home, | |
| const IntVarArgs & | x, | |||
| int | n, | |||
| IntPropLevel | ||||
| ) |
Propagates for all .
| void Gecode::dom | ( | Home | home, | |
| IntVar | x, | |||
| int | min, | |||
| int | max, | |||
| IntPropLevel | ||||
| ) |
Propagates .
| void Gecode::dom | ( | Home | home, | |
| const IntVarArgs & | x, | |||
| int | min, | |||
| int | max, | |||
| IntPropLevel | ||||
| ) |
Propagates for all .
| void Gecode::dom | ( | Home | home, | |
| IntVar | x, | |||
| const IntSet & | is, | |||
| IntPropLevel | ||||
| ) |
Propagates .
| void Gecode::dom | ( | Home | home, | |
| const IntVarArgs & | x, | |||
| const IntSet & | is, | |||
| IntPropLevel | ||||
| ) |
Propagates for all .
| void Gecode::dom | ( | Home | home, | |
| IntVar | x, | |||
| int | n, | |||
| Reify | r, | |||
| IntPropLevel | ||||
| ) |
Post domain consistent propagator for .
| void Gecode::dom | ( | Home | home, | |
| IntVar | x, | |||
| int | min, | |||
| int | max, | |||
| Reify | r, | |||
| IntPropLevel | ||||
| ) |
Post domain consistent propagator for .
| void Gecode::dom | ( | Home | home, | |
| IntVar | x, | |||
| const IntSet & | is, | |||
| Reify | r, | |||
| IntPropLevel | ||||
| ) |
Post domain consistent propagator for .
| void Gecode::dom | ( | Home | home, | |
| IntVar | x, | |||
| IntVar | d, | |||
| IntPropLevel | ||||
| ) |
Constrain domain of x according to domain of d.
| void Gecode::dom | ( | Home | home, | |
| BoolVar | x, | |||
| BoolVar | d, | |||
| IntPropLevel | ||||
| ) |
Constrain domain of x according to domain of d.
| void Gecode::dom | ( | Home | home, | |
| const IntVarArgs & | x, | |||
| const IntVarArgs & | d, | |||
| IntPropLevel | ||||
| ) |
Constrain domain of according to domain of for all .
| void Gecode::dom | ( | Home | home, | |
| const BoolVarArgs & | x, | |||
| const BoolVarArgs & | d, | |||
| IntPropLevel | ||||
| ) |
Constrain domain of according to domain of for all .


Enter your numeric Nike+ ID (or a URL containing it):
Loading data, please wait. This can take several minutes.Instructions
This website lets you export GPS data from Nike+ using your numeric user ID. Here is how you find it:
- Log into your account on the Nike+ website.
- Click on one of your runs.
- Copy the URL from your browser's URL bar and paste it into the input box on the left.
- Click Submit.
Make sure that the URL contains a number with eight to ten digits!
Why?
Nike+ and the Nike iPhone app are a nice starting point, but they become limiting very quickly. Nike's website is also slow and tedious to use. Better services exist, but without the ability to take your run data with you they are not as appealing. EagerFeet was created to change that by giving you control over your own data.
How?
Use this website to export your run data as GPX files (an XML file format for exchanging GPS data). You can then import them into your favorite software or website (like RunKeeper).
Troubleshooting
Nike's servers sometimes throw an error, which the program interprets as the user not being found. If you copied the correct URL and are told that the user does not exist, please just try again in a few minutes.
Your profile must also be set to public. After you log in, click on your picture in the lower left. A small menu appears, select View My Profile. Then click on the Settings tab and click on Privacy. Make sure the option Share your profile and more of your activity is selected. If it is not, change it, click Save, and then try again.
Privacy
This service accesses your private run data, including the location data of your runs. The data is stored in a database on the eagerfeet server for faster retrieval once it has been requested from Nike. In addition to making the data available, that database will also make it possible to offer more advanced analysis features in the future.
Your data will never be given to any third party, and this website will never charge for access.Source Code
The source code of this website and the service behind it is available on github.
Contact
If you have trouble with the site, please let me know. It would be very helpful if you could include your Nike+ user ID (or the entire URL you pasted in) so I can see what's going on. This is especially true if you have lots of runs (more than 50 or so) or very long runs (longer than 10 miles).
This site was created by Robert Kosara and is not affiliated with Nike+ or any of its competitors.


Behavior-driven development for Elm Html apps.
See the documentation for lots more information.
To accomplish its magic, Elmer needs to run native Javascript code. For this reason, it's currently not possible to install Elmer via package.elm-lang.org. Nevertheless, you can install Elmer by following the steps below. Enjoy!
Getting Started
npm install -g<EMAIL_ADDRESS>The latest version of Elmer requires elm-test version 4.1.0 or greater. Elmer has been tested with version 0.18.11 of the elm-test node-test-runner.
elm test init
"dependencies": { "brian-watkins/elmer": "3.3.0 <= v < 4.0.0", ... }
elm-install
elm-install
Documentation


TECHNICAL EVENTS
Culmyca Brings to you the most realistic and thrilling Hover racing experience. No braking or reverse - just a throttle, steering and your skill. So outdrive and outrace your rivals to win exciting prizes!
RULES:
1. A team may consist of a maximum of 4 members. Students from different colleges can form a team.
2. Event structure:
• Round 1: Qualifying Round
Each team will have to race their bots on the provided track for one lap and the lap time will be taken into consideration. Top 3 teams, on the basis of minimum lap time will qualify for the second round.
• Round 2: Hurdles round
Top teams have to race with hurdles on the tracks simultaneously and the one who completes first will be the winner.
3. Model specifications:
Maximum dimension of hovercraft should not exceed 50cm X 50cm X 50cm. There is no limitation of weight. Model should be handmade. Hovercraft assembled from kits are strictly not allowed. Metal propellers are not allowed.
4. Only one attempt in arena will be entertained. No other chance will be provided.
5. Rules and regulations can be changed/updated by organizers without any prior notice. Do check the site regularly.
6. The decision of organizers is final and cannot be challenged by participants.
7. For the sake of participants, only 2.4GHz 6 channel remote and lithium-ion batteries may be provided and it should be returned to coordinators after the event. Any damage to them will be charged by participants.
8. Arena design will not be shown before the event.
VENUE:
11th March,2016(Day 1)
Shakuntlam
Timings:10.00 am-1.00 pm
Its time to solve the real technical hurdles! Wanna know a secret to win this event? Keep a student from each branch in your team.
RULES:
1. Each team will consist of 4 students.
2. Cross college teams are allowed.
3. Each team has to perform 4 tasks each related to different engineering fields.
4. Judgement Criteria - Team that completes maximum number of tasks in minimum time wins the event.
5. Teams reaching late will have the same starting time as the starting time specified for the event.
6. Teams are allowed to complete the tasks in any desired order.
7. In case of any dispute, the decision of organisers will be considered final.
8. After completion of each task, don't forget to take the token of completion from the task-organiser.
VENUE:
11th March,2016(Day 1)
Indoor 1
Timings:1.00 pm-4.00 pm
An interesting event with a number of captivating rounds. Here you'll be taking selfies but with a technical touch!
INSTRUCTIONS:
The participants will be asked to make a team of maximum 3 members. If they are unable to form a team, the teams will be made randomly by the judges/coordinators. In each round, points will be given for performing the tasks in least time. This event PUZZLFIE comprises of 3 rounds in which teams will compete.
FIRST ROUND –
In this round a member of every team has to pick a slip containing a name of an area inside the campus. Teams should try to include Maximum number of people in their GROUPIE clicked at the given place in the campus. Only the people facing towards the camera will be considered in the selfie. They have to complete this task in a given time.
No. of Points = (No. of people in the GROUPIE - Extra time they take (in min))
SECOND ROUND -
In this round, a team has to solve a puzzle. The puzzle won’t be disclosed. Puzzle can be of any type. The round may be followed by an elimination.
No. of Points = 30 – Time taken to solve the puzzle. If hint is given then -1 is awarded.
THIRD ROUND –
In this round the teams will have to solve a quiz (eg. – a crossword). The quiz will be provided to the team and not to every single person in the team.
The number of questions they have to solve = Given no. of questions – [(No.of people in the GROUPIE)/3 ]
No. of Points = (Percentage marks)/10 + ( 30 – Time taken to solve the quizzes)
For eg. Marks obtained are 50/100, then
%marks = 50,
Points = (50/10) + ( 30 – Time taken to solve the quizzes)
TERMS AND RULES:
1. Each team should have a minimum of 2 and a maximum of 3 participants.
2. Prize money can be changed.
3. Prize is to be shared by the winning team.
4. In the First Round, the people must face the camera. Points will not be awarded for the person not facing the camera.
5. In the First Round, at least one team member should be there in the photo. Also the team members will not be counted in the photo.
6. Maximum time for each round is 20 minutes which may be changed according to the situation.
7. Every round is played among the teams and not among individuals.
8. There is no elimination in the first round.
9. Elemination in the other rounds depends on judges.
10.Decision of the judges will be final.
11.We reserve the right to change any rule without any prior notice.
VENUE:
11th March,2016(Day 1)
Indoor 1
Timings:10.30 am-12.30 pm
Have you ever made a mechanism that appears strange or unnecessarily complicated ? If yes, then discover design and demonstrate your talent. For Contraption all you need is planning, innovation and a perfect use of material!
DESCRIPTION:
Contraption is the Chain Reaction undergoing a number of steps, showing different mechanisms and using elementary engineering principles to perform tasks.
Problem Statement:
Use all of the given resources creatively to accomplish particular goals.
RULES AND REGULATIONS:
General Rules -
• Each team can have a maximum of 4 members.
• Students must carry proof of identity issued by their institution.
• No participant shall be allowed to be a part of more than one team.
Contraption Rules -
1. An initial setup time of 40 mins will be given to each team.
2. No hand touch is allowed in the middle of the contraption.
3. Time of 10 mins will be given to display the contraption.
4. Points will be given to every energy conversion and for each step in the contraption.
5. Points will be given for maximum utilisation of the given materials.
6. Complexity of contraption will also be the criteria for judging the same.
7. Points will be given for each completed task or objective.
Judging Criteria:
1. No. of steps in contraption.
2. No. of energy conversions.
3. Types of energy conversions.
4. Complexity of overall contraption.
5. Materials used.
6. Number of objectives achieved.
The decision made by the event coordinators will be final. Any argument over it will not be entertained.
VENUE:
12th March,2016(Day 2)
Indoor 2
Timings:11.30 am-2.30 pm
Soar high through the sky of YMCA. Let free your gliders and the parachute water rockets!
RULES:
Maximum number of participants in one team:3
RULES for gliders:
1. Maximum wing span allowed 2.5 ft.
2. Maximum weight of glider is 500 gm.
3. Launching mechanism can behind thrown, take off from land.
4. Glider will be checked for designing, maximum flight time and maneuvers.
5. Maximum distance covered, maximum flight time and design will be judged for declaration of winner.
RULES for Water rocketry:
1. Water rocket and all its components should be handmade. Ready made models are strictly not allowed.
2. Your model can be of any shape, size or material. But it should not hurt any property or arena.
3. Water rocket with parachute mechanism and water rocket with booster mechanism.
4. Participants should ensure that they have proper launcher supporting the launcher mechanism.
5. Launcher will be provided by organizers. Participants just have to bring the rocket with a support. However they can also bring their own launcher and compressor.
6. Flight time would be the judging criteria of the event.. Greater the flight time, greater the chances of winning.
VENUE:
13th March,2016(Day 3)
Shakuntlam
Timings:10.00 am-12.30 pm
A technical summit is here for you! A place to show off your amazing project works and great knowledge. Everybody is welcome here.
RULES:
1. In this event, you can have an individual project or you can have a team of not more than 4 members.
2. The decision of the coordinators will be final and no further arguments will be entertained.
3. You should have a complete knowledge of what you have made. And some general questions can be asked regarding it.
A challenge to show how sustainably you build things. Do it by simply designing the various parts given on the spot on different softwares. Lesser the steps you use, more the prizes you win!
RULES:
Test your skills by designing on various 2D and 3D softwares.
1. Design will be provided by us on the spot.
2. There will be two rounds:
First round will consist of testing your designing skill in a 2D software.
Second round will be designing using any 3D software of your choice.
3. Only the qualifiers of round 1 can go for round 2.
4. Number of participants qualifying round 1 will be decided on the spot, according to the performance.
5. Top two winners will be awarded.
VENUE:
11th March,2016(Day 1)
Conference Hall
Timings:1.30 am-4.30 pm
This is the first time ever, in history of YMCA, that a technical society is giving a performance on stage. But what exactly is it? Let's keep the suspense growing. P.S. Wait and watch.
VENUE:
12th March,2016(Day 2)
Main Stage
Timings:7.00 pm


In many instances, it is convenient to specify a ``dummy'' source or destination for communication. This simplifies the code that is needed for dealing with boundaries, for example, in the case of a non-circular shift done with calls to send-receive.
The special value MPI_PROC_NULL can be used instead of a rank wherever a source or a destination argument is required in a call. A communication with process MPI_PROC_NULL has no effect. A send to MPI_PROC_NULL succeeds and returns as soon as possible. A receive from MPI_PROC_NULL succeeds and returns as soon as possible with no modifications to the receive buffer. When a receive with source = MPI_PROC_NULL is executed then the status object returns source = MPI_PROC_NULL, tag = MPI_ANY_TAG and count = 0. A probe or matching probe with source = MPI_PROC_NULL succeeds and returns as soon as possible, and the status object returns source = MPI_PROC_NULL, tag = MPI_ANY_TAG and count = 0. A matching probe (cf. Section Matching Probe ) with MPI_PROC_NULL as source returns flag = true, message = MPI_MESSAGE_NO_PROC, and the status object returns source = MPI_PROC_NULL, tag = MPI_ANY_TAG, and count = 0.


this is a LINK FOR SALES
locations :Seattle
locations :Tokyo
locations:Dubai
locations:Paris
locations:Lima
hours open : '7am', '8am', '9am', '10am', '11am', '12pm', '1pm', '2pm', '3pm', '4pm', '5pm', '6pm', '7pm'
contact information:jchkgbf65
else you feel neccesary.


RE.B.U.S
The Concept
Re.B.U.S. is a puzzle with images and letters But Re.B.U.S. is also a Responsive and Behavioral mUseum Space. We design a museum space where the relations between space, subject and object are redifined, while many different elements create an ensemble of atmospheres that effects our senses and create new experiences for the user.[Responsive and Behavioral] mUseum Space
A space that thinks, acts and feels. That interacts with the user and his environment. A space that enhances our senses and creates situations and experiences. That interconnects harmonically with all the elements that surrounds it; the objects, the users, the environment. A living organism that seeks the interaction with the environment and, by extension, with us. The design of such space focuses more on intangible aspects like the atmosphere, the experience, the ambience and the behavior.Responsive and Behavioral [mUseum Space]
A museum space tells stories. Also, it creates experiences. However, the exhibits of a museum are objects, they gain life from the subject’s glare. But how it would be if the objects of a museum would become things again? If the space around them becomes again their environment? And how it would be if this space was trying to communicate with the viewer as if he narrates the story of his life?The Space
We choose to focus on an existing space, and even more, an existing museum, the Folklore Museum of Xanthi. It is located in the Old Town of Xanthi, on Antika str. 7. It used to function as two twin houses that belonged to Kougioumtzoglou, a tobacco merchant that lived in Xanthi on the 19th century.Until today, the building is well preserved in its original condition, thus it has an atmosphere of a different era. Is a living organism that connects the past with the present.
One who enters the museum will feel that he is tranfered to a different era, that the space and the objects are creating a whole. In that way, the user is tranferred in a different period of time where he lets the space around him to guide him.
The Context
We divide our intervention into 4 levels:4th level: Interaction The one of the interaction and the behavior of the space. The objects and the space respond to the user, and even more some objects become behavioral and give the impression of a living and sensing organism.
3rd level: Atmosphere This comes to unify the previous two levels with the house itself as a space. In order to create an extraordinary experience the user is being put as the agent; resembling principles of escape rooms or horror houses.
2nd level: Intangible Tradition During our research we realized that an important thing of a city’s culture that is missing from other folklore museums is the part of the intangible traditions, like music, morals and customs. So, we enhance our experience with sounds and music of 19th and 20th century.
1st level: Memory and History We studied the history of the city and the house as well as important moments of Greece and Thrace, and we signified the moments that are most linked with the rooms and the objects of the house.
The Technologies
We use monitors for sound, movement and touch. Smart Environment and IoT technologies. Projection screens and small drone cameras. Project Mapping, Augmented and Mixed Reality. Earthquake effects and changes of temperature. Behavioral materials such as heat and water sensitive paper. On parallel, we create an app for notifying, informing and locating the user through his visit. However, all together create the impression that the space is alive and is communicating with us.The Experience
We created a series of videos showing in first person the experience that someone will have in the Re.B.U.S.The Website
But experience cannot be described thus, we created a website that lets you discover and explore the space, which you can find here: RE.B.U.S | THE GAME [GR]You can access the full thesis here:
academic year: 2018-2019
team: Kousoula S., Panagiotopoulou M.


Blast damage assessment in Beirut is being carried out using two-dimensional satellite imagery. These approaches underestimate damage by failing to capture damage done to the sides of buildings. I outline an alternative approach using Open Street Map data to create a 3D model of Beirut and the explosion to analyze directional blast damage.
Satellite Imagery and its Limits
Following the recent explosion in Beirut, I built a tool that uses Sentinel-2 imagery to map the destruction caused by the blast. After some trial and error, I arrived at a fairly simple two step process: first, measuring the change in spectral signatures between pre- and post-explosion images. Second, applying an X-Means clustering algorirthm to the resulting image (yielding the map on the right), or taking the absolute difference (yielding the map on the left):
Red areas on the left indicate high levels change between the pre- and post- explosion images. On the right, the magnitude, direction, and spectral characteristcs of the change are used to classify different types of damage; green indicates minor changes, red and orange seem to indicate burnt areas, while purple areas match places that suffered structural damage. These align fairly closely to a damage map of Beirut generated by NASA.
Though satellite imagery analysis is undoubtedly one of the best tools we have at our disposal to analyze this sort of phenomenon, it appears to systematically underestimate the extent of damage in Beirut.
Below is one of the most viewed videos of the explosion:
Stunning video shows explosions just minutes ago at Beirut port pic.twitter.com/ZjltF0VcTr
— Borzou Daragahi 🖊🗒 (@borzou) August 4, 2020
Geolocating this video was pretty simple thanks to the Greek Orthodox church (highlighted in green below) and the road leading to it (highlighted in blue). The red box indicates the likely location (33.889061, 35.515909) from which the person was filming:
The video shows heavy damage being sustained by areas well outside the zones classified as damaged in the maps above (both my own and NASA's). Indeed, substantial damage was reported several kilometers away.
Why are satellite images underestimating damage in Beirut? Satellite images are taken from above, and are two-dimensional. Much of the damage caused by the blast, however, was directional; the pressure wave hit the sides of buildings, as shown in this diagram from a FEMA manual:
Areas close to the explosion suffered so much damage that it could be seen from above, but even if an apartment building had all of its windows blown out, this would not necessarily be visible in a top-down view. Even for radar, which does technically collect data in three dimensions, the angle problem remains; a high resolution radar might be able to tell you how tall an apartment complex is, but it won't give you a clear image of all sides. Case in point: the NASA damage map was created using Sentinel-1 SAR data. In a nutshell, damage assessment in this case is a three-dimensional problem, and remote sensing is a two-dimensional solution.
Creating a 3D model of Beirut
To create a more accurate rendering of directional blast damage, three dimensional data are required. Data from Open Street Maps (OSM) contains information on both the "footprints" (i.e., the location and shape) as well as the height of buildings, which is enough to create a three dimensional model of Beirut. 3D rendering was done in Blender using the Blender-OSM add-on to import a satellite basemap, terrain raster, and OSM data.
Geolocated videos of the blast can be used to verify and adjust the model. Below is a side-by-side comparison of the twitter video and a 3D rendition of OSM data:
Some slight adjustments to the raw OSM data were made to achieve the image on the right. The building footprints are generally very accurate and comprehensive in coverage, but the building height data does occasionally have to be adjusted manually. A simple and reliable way of doing this is to look at the shadows cast by the building on the satellite base map and scale accordingly. I also added a rough texture to the buildings to help differentiate them, and added the domed roof of the Greek Orthodox church for reference.
For good measure, a second video is geolocated following the same procedure:
Another view of the explosions in Beirut pic.twitter.com/efT5VlpMkj
— Borzou Daragahi 🖊🗒 (@borzou) August 4, 2020
The second pier (highlighted in green) and the angle (in blue) serve as references:
The video was taken from the rooftop of a japanese restaurant called Clap Beirut (in red above). This is confirmed by a picture of the rooftop bar on google images, which matches the bar that can be seen at 0:02 in the twitter video. Below is a comparison of the video view and the 3D OSM model:
Though somewhat grainy, the basemap on the OSM rendering shows the same parking lot in the foreground, the second pier, and the same two buildings highlighted in yellow. Having created a 3D model of Beirut using OSM data, we can now simulate how the explosion would interact with the cityscape.
Using a Viewshed Analysis to Assess Blast Exposure
As the pressure wave moved through the Beirut, some buildings bore the full force of the explosion, while others were partially shielded by taller structures. A viewshed analysis can be conducted to identify surfaces that were directly exposed to the explosion by creating a lighting object at ground zero; areas that are lit up experienced unobstructed exposure to the blast:
Pressure waves, like sound, are capable of diffraction (beding around small obstructions). To roughly simluate this, the lighting object is gradually raised, allowing the light to pass "around" obstructions. Warehouses on the Eastern side of the docks, as well as the first row of apartment buildings facing the docks are immediately affected. As the lighting object rises above the warehouse, more areas suffer direct exposure.
Using two lighting objects-- a red one at 10 meters and a blue one at 20 meters above the warehouse at ground zero-- the intensity of the blast in different areas is highlighted; red areas suffered direct exposure, blue areas suffered partially obstructed exposure, and black areas were indirectly exposed.
In the immediate vicinity of the explosion the large "L" shaped building (Lebanon's strategic grain reserve) is bright red, and was barely left standing. It absorbed a large amount of the blast, shielding areas behind it and thereby casting a long blue shadow to the West. If one refers back to the satellite damage maps above, there appears to be significantly less damage in the area just West of ("behind") the grain silo, roughly corresponding to the blue shadow above. While these areas were still heavily damaged, they seem to have suffered less damage than areas of equal distance to the East.
Accounting for Diffraction
The viewshed analysis tells us which sides of a building are exposed to the blast, but it's a pretty rough approximation of the way the pressure wave would respond to obstacles in its path. As previously mentioned, pressure waves behave much like sound waves or waves in water: they bounce off of objects, move around obstructions, and gradually fade.
To get a more precise idea of the way in which the blast interacted with the urban environment, we can model the blast as an actual wave using the "dynamic wave" feature in Blender. This effectively involves creating a two-dimensional plane, telling it to behave like water, and simulating an object being dropped into the water. By putting an obstruction in this plane, we can see how the wave responds to it. As an example, the grain silo has been isolated below:
As the blast hits the side of the silo, it is reflected. Two large waves can be seen traveling to the right: the initial blast wave, and the reflection from the silo which rivals the initial wave in magnitude. To the left, the wave travels around the silo but is significantly weakened.
Broadening the focus and adding the rest of the OSM data back in, we can observe how the pressure wave interacted with buildings on the waterfront:
The warehouses on the docks were omitted to emphasize the interaction between the pressure wave and the waterfront buildings; their light metal structure and low height means they would have caused little reflection anyway. The general pattern of the dynamic wave is consistent with the viewshed, but adds a layer of detail. The blast is reflected off of the silo towards the East, leading to a double hit. Though the wave still moves around the silo to the West, the pressure is diminished. Once the wave hits the highrises, the pattern becomes noisy as the wave both presses forward into the mainland and is reflected back towards the pier.
Modeling the Pressure Wave
Now that we've accounted for the directionality of the blast and the influence of buildings, we can model the pressure wave itself. An expanding sphere centered at ground zero is used to model the progression of the pressure wave through the city. To get a visual sense of the blast's force, the color of the sphere will be a function of the pressure exerted by pressure wave.
The pressure exerted by the explosion in kilopascals (kPa) at various distances can be calculated using the DoD's Blast Effects Computer, which allows users to input variables such as the TNT equivalent of the ordnance, storage method, and elevation. Though there are several estimates, the blast was likely equivalent to around 300 tons of TNT. The direct "incident pressure" of the pressure wave is shown in blue. However, pressure waves from explosions that occur on the ground are reflected upwards, amplifying the total pressure exerted by the blast. This "reflected pressure" is shown in orange:
For reference, 137 kPa results in 99% fatalities, 68 kPa is enough to cause structural damage to most buildings, and 20 kPa results in serious injuries. 1-6 kPa is enough to break an average window. At 1km, the reflected pressure of the blast (18 kPa) was still enough to seriously injure. Precisely calculating the force exerted by an explosion is exceptionally complicated, however, so these numbers should be treated as rough estimates. Further analysis of the damage caused by blasts blast can be derived from the UN's Explosion Consequences Analysis calculator which provides distance values for different types of damage and injuries.
Linking the values in this graph to the color of the pressure wave sphere provides a visual representation of the blast's force as it expands. An RGB color scale corresponds to the blast's overpressure at three threshold values. The animation below is triggered by scrolling slowly:
By keeping the lighting object from the viewshed analysis and placing it within the expanding sphere of the pressure wave, we combine two key pieces of information: the pressure exerted by the blast (the color of the sphere), and the level of directional exposure (brightness).
Now, referring back to the two geolocated twitter videos from earlier, we can recreate the blast in our 3D model and get some new insights. Below is a side-by-side comparison of the first video and the 3D model:
Judging by the twitter video alone, it would be very hard to tell the fate of the person filming or the damage caused to the building that they were in. However, the 3D model shows that despite having an unobstructed view of the explosion, the incident pressure of the pressure wave had decreased significtantly by the time it reached the viewing point. The blue-green color corresponds to roughly 15 kPa-- enough to injure and break windows, but not enough to cause structural damage to the building.
The second twitter video was taken slightly closer to ground zero, but the view was partially obstructed by the grain silo:
Though the pressure wave probably exerted more pressure compared to the first angle, the partial obstruction of the grain silo likely tempered the force of the blast.
Assessing Damage to the Skyline Tower
As a concrete example of how this approach can be used to assess damage (or predict it, if one had the foresight), let us consider the Skyline Tower, pictured below following the explosion:
This partial side view shows two faces of the building, labelled "A" and "B" above. Side A was nearly perpendicular to the blast, and just 600 m from ground zero. Based on the previous modeling, the pressure wave exerted roughly 40 kPa on this side of the building. The corner where sides A and B meet, highlighted in green, shows total destruction of windows, removal of most siding panels, and structural damage. The back corner, highlighted in red, shows many windows still intact, indicating that the maximum overpressure on this side of the building likely didn't exeed 10 kPa. In other words, standing on the front balcony would likely have led to serious injury but standing on the back balcony would have been relatively safe.
The animation below shows the Skyline Tower as it is hit by the pressure wave, with sides A and B labeled:
The bright green color of the pressure wave indicates a strong likelihood of structural damage. Side A can be seen taking a direct hit, while side B is angled slighly away. Despite not being directly exposed to the blast, it likely still took reflective damage from some of the neighbouring buildings. Both the incident overpressure indicated by the color of the sphere, as well as the relative brightness of sides A and B both correspond closely to the observed damage taken by the Skyline Tower.
Further Research
Though satellite imagery analysis is an indispensable tool in disaster response, it has limitations. Urban blast damage in particular is difficult to assess accurately because it is highly directional and much of it cannot be seen from a bird's eye view. Using free and open source tools, an interactive 3D model of an urban explosion can be generated, allowing for a highly detailed investigation of directional blast damage. This can be achieved in three steps:
First, creating a 3D model of the urban area using Blender and Open Street Maps data. Second, conducting a viewshed analysis using lighting objects to gauge levels of unobstructed exposure to the pressure wave. Third, modeling the explosion using geolocated videos of the event and ordnance calculators. For added detail, a dynamic wave analysis can be used to more precisely model how the pressure wave interacts with buildings.
Once properly modeled, the explosion can be viewed from any angle in the city. The viewshed analysis can be calibrated more finely by ground-truthing various damage levels (e.g. broken windows) at different locations. In the absence of an official address registry in Beirut, OSM is already being used by the Lebanese Red Cross (donate here) to conduct neighborhood surveys assessing blast damage. As such, this type of damage analysis can quickly be integrated into relief efforts, adapted to model disasters in different cities, and can even be used to simulate the destructive potential of hypothetical explosions to promote readiness.


Go Recipes - Gosh Tips
Table of Contents
Gosh Tips
These recipes offer some tips for getting the most from gosh and how to fix any problems you might have.
This uses the param package for handling parameters; see here for notes on features such as help messages offered through the param package.
For other recipes see here.
Installing gosh
Summary
To install gosh run the following command:
go install github.com/nickwells/utilities/gosh@latest
This will install the gosh command in the $GOPATH/bin directory (by default: $HOME/go/bin). Make sure you have that directory added to your PATH.
Discussion
The gosh command is self contained but there are some extras which you can also install.
To install the snippets you will need to choose where you want to copy them. Gosh comes with some standard directories which it will search for snippets, the following command will list them:
gosh -snippet-list-dir
Choose one of these directories and set the SD shell variable to the directory name (this is just for the purpose of the installation commands below).
The recommended way of installing the snippets is to install the gosh.snippet command and then use that to install the standard snippets. The following command will create the snippet directory if it doesn't already exist and will copy in the standard set of snippets, moving aside any differing snippets of the same name.
go install github.com/nickwells/utilities/gosh.snippet@latest gosh.snippet -to $SD -install
If you run it without the install parameter it will just compare the standard snippet set with the contents of the directory you have given. If you are installing the snippets for the first time then it should report them as all being new.
Alternatively you can copy the snippets directly. If you git clone the utilities repository you can find the _snippets directory under the gosh.snippet directory. The following commands (on Linux) will create the snippets directory and copy in the standard snippets, when run from the gosh.snippet source directory.
mkdir --parents $SD cp -r --suffix=.orig --backup ./_snippets/* $SD
Once you have installed the snippets, using either of the methods above, you should clear out any copies generated of snippets you may have set up before. You only need to do this if you already had older versions of the snippets in target directory. A useful command for helping with this is the findCmpRm command which can be installed as follows.
go install github.com/nickwells/utilities/findCmpRm@latest findCmpRm -dir $SD -recursive -extension .orig
Getting help
Comprehensive help is available by simply passing the help parameter as follows:
gosh -help
See here for more details.
Running code
Summary
The 'exec' parameter (or its synonym 'e') gives code for gosh to run.
gosh -e 'fmt.Println("Hi!")'
This will print "Hi!".
Discussion
You can have multiple lines of code by repeating the exec parameter; they are added in the order they appear on the command line. Alternatively you can have multiple lines in the same parameter; make sure that you've quoted it correctly so the shell doesn't think you've finished the command early. You can separate Go statements with semi-colons either; these are not normally needed by Go and the gofmt (or goimports) command will replace them with new lines but it can make it easier when entering Go code at the command line. The following are all equivalent:
gosh -e 'fmt.Print("Greetings,")' -e 'fmt.Println(" Universe!")' gosh -e 'fmt.Print("Greetings,"); fmt.Println(" Universe!")' gosh -e 'fmt.Print("Greetings,") fmt.Println(" Universe!")'
Code given to gosh through the 'exec' parameter will appear in the 'main' function. If you want to declare a function you will need to add it to the global scope using the 'global' (or 'g') parameter. The following code declares a function that prints "Hello, World!" and then calls it.
gosh -g 'func F() { fmt.Print("Hello, World!\n") }' -e 'F()'
Code sections
Summary
When gosh builds the code to be run it builds it in sections. There are the boilerplate sections that gosh generates itself and there are sections that gosh populates with code that you have given. The code sections are listed in a help note; run the following code to see this note.
gosh -help-note 'Gosh - code sections'
The sections are each separate and you can populate them independently. Code added to a section is added in the order it appears on the command line. For instance:
gosh -after 'fmt.Print("a1")' \ -exec 'fmt.Print("e1")' \ -before 'fmt.Print("b1")' \ -after 'fmt.Print("a2")' \ -exec 'fmt.Print("e2")' \ -before 'fmt.Print("b2")'
will print "b1b2e1e2a1a2" so you can see that the sections are grouped independently. Code in the 'global' section is for global variables and functions, it will appear outside the main function.
The different sections are present because gosh can run code in a loop where it reads from standard input (or files) a line at a time and then the code in the 'before' section appears before the loop, the 'after' section comes after the loop and the 'exec' section runs inside the loop.
Shortcuts for printing
Summary
There are some shortcuts that gosh offers to make it faster and easier to write scripts. Printing is a common task and gosh offers some parameters to make this simpler. The following are equivalent:
gosh -pln '"Hi!"' gosh -e 'fmt.Println("Hi!")'
… and …
gosh -pf '"pi = %.9f\n", math.Pi' gosh -e 'fmt.Printf("pi = %.9f\n", math.Pi)'
There are similar shortcuts for printing in the various code sections; see the help message for details.
Snippets
Summary
gosh allows you to have useful code fragments called snippets in files and to import them into the program being built. These can either be given as complete filenames or, more usefully, as shorter names in standard directories. To see all the snippets available pass the snippet-list parameter as follows:
gosh -snippet-list
You can write your own snippets, just create a file containing Go code into one of the snippet directories and you can start using it. It's worth adding some documentary comments as well though if only so you'll remember what it was for. The standard snippets are all documented and use the meaningful comment tags to help gosh check that snippets are being used correctly.
When writing a snippet it is worth following the convention of starting the names of any variables you create with a double underscore. This will mean you are unlikely to clash with the names of any variables that you'll use in your gosh scripts and it also avoids clashing with variables that gosh itself creates (these all start with a single underscore).
To see the gosh notes on snippets the following gosh command will show you just what you need.
gosh -help-notes 'Gosh - snippets,Gosh - snippet comments,Gosh - snippet directories'
Looping over input
Summary
A common task at the command line is to read the standard output of a previous command, do something with it and write the transformed input onto the standard output. In Unix terminology such programs are called filters. Gosh offers some parameters to help write filters in Go at the command line.
The 'run-in-readloop' parameter (or 'n' for short) will use a bufio.Scanner called '_l' to read from standard input (by default) and the lines (with any newline removed) are then available to you using the 'Text' method on the scanner.
gosh -n -b 'count := 0' -e 'count++' -a-pln count
This will count the lines like the Linux 'wc' command.
If you want to split the line into parts run gosh passing the 'split-line' (or 's') parameter. The default behaviour splits the line into words separated by one or more whitespace characters. You can change the regular expression used to split the line by passing the 'split-pattern' (or 'sp') parameter. The parts are written into a slice of strings called '_lp'.
If you want to run the script over a list of files instead of over the standard input these files can be provided after the '–' parameter. In this case the script will loop over each file in turn. In this case the before-inner and after-inner code sections become useful as you can use them to insert code af=round the inner loop.
Missing goimports command
Summary
If you have goimports properly installed on your machine then gosh will run it to format the program before running it. This will add any import statements you need.
There can be a number of problems:
- goimports is not installed
- it is installed but it isn't in any directory in the PATH
- it's deliberately not installed
If it isn't installed then you can install it by following the instructions at golang.org/x/tools/cmd/goimports.
If it is not in your PATH then you can tell gosh the formatter to use as follows:
gosh -e 'fmt.Print("Hello,") fmt.Println(" World!")' -formatter /home/me/go/bin/goimports
If it's not installed and you don't want to install it then you will need to give all the imports explicitly.
gosh -e 'var v rune; fmt.Println(unsafe.Sizeof(v))' -import unsafe -import fmt
Discussion
The goimports program is a very useful tool - it will format your program just like gofmt but it will also find any packages that haven't been imported and it will add import statements for them. It can sometimes pick the wrong version of a module and so you might want to provide the package import explicitly even if it is available.
goimports isn't finding my package
Summary
You have goimports installed and you've called some function from the package but goimports isn't finding it; what's the problem?
The first thing to check is that you've got the function name correct and the right arguments, that's a common reason for failing to import the right package.
Another reason, if the package has just been uploaded, is that the Go proxy might not have been updated yet. You can either wait a few minutes or else import the package by hand through the -import (or -I) parameter.
Troubleshooting the generated program
Summary
If the code you supply doesn't behave as you think it should you can always examine the generated program. If there is an error while running the program or it can't be run at all then it will show the name of the directory where gosh built your program. This will not have been cleared up as usual and so you can take a look at the generated code. Alternatively you can run gosh with the show-filename parameter.
gosh -pln '"Hello World!"' -show-filename
This will run the program as normal but will report the directory and file names and will not clear the directory when it finishes so you can examine the code.
When looking at the code it might be useful to have gosh provide comments which will make it clearer which lines are written by gosh and which you have supplied. The add-comments parameter makes gosh comment the code.
Alternatively, you can run gosh with the edit parameter and it will open the gosh-generated program in your favourite editor just before running it and you can correct any problems or just take a look at what gets generated.
gosh -pln '"Hello World!"' -edit
You can also make gosh loop around the edit/build/run steps until you are happy with the result. To achieve this call gosh with the edit-repeat parameter.
gosh -pln '"Hello World!"' -edit-repeat
What is gosh doing
Summary
If you run gosh as usual but add a "-verbose" parameter it will run the program but it will also print out messages explaining the steps it is taking and some timing information.
gosh -pln '"Hello, World!"' -verbose
Useful shell aliases
Summary
Your shell may offer an alias feature so that you can access commands more quickly, here are a few suggestions for some aliases that speed up common gosh tasks. These work in zsh and bash at least. You might need to change the alias names if they clash with any existing aliases. Note that the aliases use the long parameter names for documentation purposes; the following comments give an equivalent short-form.
alias g.e="gosh -exec" # -e alias g.es="gosh -exec-snippet" # -e-s alias g.p="gosh -println" # -pln alias g.pf="gosh -printf" # -pf alias g.h="gosh -help" # -help alias g.has="gosh -help-all-short" # -help-as alias g.hf="gosh -help-full" # -help-f
Using gosh in shebang scripts
gosh can be used as the interpreter for shebang scripts, that is executable text files with the first line starting '#!'.
Summary
You can write Go code in a file and put:
#!gosh -shebang
at the very top of the file and gosh will read the rest of the file as a script to be built into a main func and run it.
Discussion
The shebang parameter (you can use exec-file or e-f instead) can be preceded by any number of other parameters such as import parameters to populate the list of import statements.
You can set the dont-format parameter before the shebang parameter to save the cost of formatting and also to ensure it runs even if goimports is not present. In this case you must be sure to have given all the necessary imports manually.
Similarly you can set the Go command version to use explicitly.


|
Deuersprech-Kompilierer
Der originale Deuersprech-Kompilierer
|
Öffentliche Methoden | |
| lalr_transition (symbol on_sym, lalr_state to_st, lalr_transition nxt) throws internal_error | |
| lalr_transition (symbol on_sym, lalr_state to_st) throws internal_error | |
| symbol | on_symbol () |
| lalr_state | to_state () |
| lalr_transition | next () |
| String | toString () |
Geschützte Attribute | |
| symbol | _on_symbol |
| lalr_state | _to_state |
| lalr_transition | _next |
This class represents a transition in an LALR viable prefix recognition machine. Transitions can be under terminals for non-terminals. They are internally linked together into singly linked lists containing all the transitions out of a single state via the _next field.
|
inline |
Full constructor.
| on_sym | symbol we are transitioning on. |
| to_st | state we transition to. |
| nxt | next transition in linked list. |
|
inline |
Constructor with null next.
| on_sym | symbol we are transitioning on. |
| to_st | state we transition to. |
|
inline |
Next transition in linked list of transitions out of a state
|
inline |
The symbol we make the transition on.
|
inline |
The state we transition to.
|
inline |
Convert to a string.
|
protected |
Next transition in linked list of transitions out of a state
|
protected |
The symbol we make the transition on.
|
protected |
The state we transition to.


Arrow result
Hi guys, I put a new result here Please see http://www.cs.ubc.ca/~ichaos/research/nbview/arrow-up.html
Right now I am training on a bigger dataset.
ichao
Hi guys, I put a new result here Please see http://www.cs.ubc.ca/~ichaos/research/nbview/arrow-up.html
Right now I am training on a bigger dataset.
ichao


Created by Bryan Guner on Mar 12, 2021
Shared with your team. Learn about space permissions and restrictions.
Greetings!
Think of your personal space as a folder of storing all the documents that don't currently belong anywhere else. It's all yours. Customize this page by clicking the edit button on top.
What's inside this space?
Recently Updated
-
- contributed less than a minute ago
-
- contributed a minute ago
-
- contributed 11 minutes ago
-
- contributed 11 minutes ago
-
- contributed 11 minutes ago
-
- contributed 11 minutes ago
-
- contributed 11 minutes ago
-
- contributed 11 minutes ago


Control Type
Data
Control
Text Box
Name:
Password
Password:
Text area
Address:
Drop down list
Area:
Center
Not Center
Check Box
Hobbies:
Sport
Reading
T.V.
Internet
Radio Buttons
Gender:
Gender Selection
Male
Female
File upload
Your image:
Buttons
Actions:
Submit
Reset
Button


Why choose us
Tion and dislike men who are so beguiled and demoralized by desire by the charms of pleasure of the moment, so blinded by desire, that they cannot foresee
Ddislike men who are so beguiled and demoralized by the charms of pleasure of the moment, so blinded by desire, that.
explore places