[gecode-users] Cutting holes within a view optimally
Zaremby, David
david.zaremby at lmco.com
Wed Apr 14 23:09:43 CEST 2010
Mikael,
Nice insight. Thank you for taking the time to analyze the issue beyond the stated question. Originally I didn't think that I needed this case, but it turned out I did because it sometimes allowed domains to be available that were actually forbidden and resulted in a larger search tree when branching and even worse, when assigning, it incorrectly resulted in a dead tree. I would have struggled without this nugget of knowledge. I think an improved version is provided below. Let me know if I misinterpreted your use case.
virtual ExecStatus propagate(Space& home, const ModEventDelta& med)
{
if (Int::IntView::me(med) == Int::ME_INT_BND)
{
if (x1.max() - x0.min() < offset1)
{
Iter::Ranges::Singleton r0(x0.min(), x1.min() + offset1 - 1);
GECODE_ME_CHECK(x0.minus_r(home, r0, false));
}
if (x0.max() - x1.min() < offset0)
{
Iter::Ranges::Singleton r1(x1.min(), x0.min() + offset0 - 1);
GECODE_ME_CHECK(x1.minus_r(home, r1, false));
}
}
else if (Int::IntView::me(med) == Int::ME_INT_VAL)
{
if (x0.assigned())
{
Iter::Ranges::Singleton r0(x0.val() - offset1 + 1 >= 0 ? x0.val() - offset1 + 1 : 0, x0.val() + offset0 - 1);
GECODE_ME_CHECK(x1.minus_r(home, r0, false));
}
else if (x1.assigned())
{
Iter::Ranges::Singleton r1(x1.val() - offset0 + 1 >= 0 ? x1.val() - offset0 + 1 : 0, x1.val() + offset1 - 1);
GECODE_ME_CHECK(x0.minus_r(home, r1, false));
}
}
if (x0.max() + offset0 <= x1.min() || x1.max() + offset1 <= x0.min())
return home.ES_SUBSUMED(*this);
else
return ES_FIX;
}
Thanks,
David Zaremby
Senior Software Engineer
LSS / Strategic Products
Lockheed Martin Simulation, Training & Support
12506 Lake Underhill Road, MP-823
Orlando, FL 32825
From: Mikael Zayenz Lagerkvist [mailto:zayenz at gmail.com]
Sent: Wednesday, April 14, 2010 1:01 AM
To: Zaremby, David
Cc: cschulte at kth.se; users at gecode.org
Subject: Re: [gecode-users] Cutting holes within a view optimally
Just as a side-note, you can do propagation earlier than when a variable is fixed for this constraint. In the ground case, an offset1 of 5 and a value v of x0 gives a forbidden region
[-----v-----]
for the variable x1. If the difference between min (a) and max (b) of a non-ground x0 is less than offset1, then all potential forbidden regions will overlap. Consider the case where b-a=3
[-----a---[==]---b-----]
The doubly marked values are forbidden for x1 regardless of the final value of x0.
Whether modifying the propagation helps for solving your problem is another issue of course.
Cheers,
Mikael
2010/4/13 Zaremby, David <david.zaremby at lmco.com<mailto:david.zaremby at lmco.com>>
Thanks. That did the trick. I knew it was easy. I just couldn't seem to find it...
virtual ExecStatus propagate(Space& home, const ModEventDelta&) {
if (x0.assigned())
{
Iter::Ranges::Singleton r0(x0.val() - offset1 > 0 ? x0.val() - offset1 : 0, x0.val() + offset0);
GECODE_ME_CHECK(x1.minus_r(home, r0, false));
}
else if (x1.assigned())
{
Iter::Ranges::Singleton r1(x1.val() - offset0 > 0 ? x1.val() - offset0 : 0, x1.val() + offset1);
GECODE_ME_CHECK(x0.minus_r(home, r1, false));
}
if (x0.max() + offset0 < x1.min() || x1.max() + offset1 < x0.min())
return home.ES_SUBSUMED(*this);
else
return ES_FIX;
}
David Zaremby
Senior Software Engineer
LSS / Strategic Products
Lockheed Martin Simulation, Training & Support
12506 Lake Underhill Road, MP-823
Orlando, FL 32825
From: Christian Schulte [mailto:cschulte at kth.se<mailto:cschulte at kth.se>]
Sent: Tuesday, April 13, 2010 2:11 PM
To: Zaremby, David; users at gecode.org<mailto:users at gecode.org>
Subject: RE: [gecode-users] Cutting holes within a view optimally
Check the minus_r member function and the range iterator
Iter::Ranges::Singleton
The latter allows to specify a single range.
That should do the trick!
Cheers
Christian
--
Christian Schulte, web.ict.kth.se/~cschulte/<http://web.ict.kth.se/~cschulte/>
From: users-bounces at gecode.org<mailto:users-bounces at gecode.org> [mailto:users-bounces at gecode.org<mailto:users-bounces at gecode.org>] On Behalf Of Zaremby, David
Sent: Tuesday, April 13, 2010 7:34 PM
To: users at gecode.org<mailto:users at gecode.org> gecode
Subject: [gecode-users] Cutting holes within a view optimally
Gecoders,
I am struggling with finding the best way to cut a hole in a view during propegation without doing a simple for loop. I originally thought I should use a Range and Iterator and execute the minus_v method, but I can't find an easy way to construct one easily using specific values other than using a value array of ints but I would still need a loop to initialize the array. What is the best way to do this with the least computation?
The end goal of this propagator is to put a gap between two domains however there is no guarantee that x0 < x1 so you really can't reduce much on the domain until one is assigned a start. Additionally you can't use an offset view because you only want the offset to apply if the task is the earlier one one.
virtual ExecStatus propagate(Space& home, const ModEventDelta&) {
if (x0.assigned())
{
//create a range that x1 cant equal over (x0.val - offset1, x0.val + offset0)
for (int i = x0.val() - offset1; i < x0.val() + offset0; ++i)
{
GECODE_ME_CHECK(x1.nq(home, i));
}
}
else if (x1.assigned())
{
//create a range that x0 cant equal over (x1.val - offset0, x1.val + offset1)
for (int i = x1.val() - offset0; i < x1.val() + offset1; ++i)
{
GECODE_ME_CHECK(x0.nq(home, i));
}
}
if (x0.max() + offset0 <= x1.min() || x1.max() + offset1 <= x0.min())
return home.ES_SUBSUMED(*this);
else
return ES_FIX;
}
David Zaremby
Senior Software Engineer
LSS / Strategic Products
Lockheed Martin Simulation, Training & Support
12506 Lake Underhill Road, MP-823
Orlando, FL 32825
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Putting ViewerJS on your website is pretty easy, and shouldn't take more than five minutes. ViewerJS is a pretty versatile document viewer that resides on your web server itself.
Running ViewerJS is as simple as making a link. You can use it to give a full screen presentation, but also for showing documents inline in your website or as a viewer for links to documents. Because of the way your browser protects itself against security risks (which is a very good thing) ViewerJS only works on documents that reside on your own server. ViewerJS is complete and self-contained - it does not rely on other services.
For using ViewerJS you don't have to change the page you want to add the document to - activating the viewer pretty much works like making a regular link. Normally when you create a link to a document on your site you would use:
For initiating ViewerJS we point the browser to the viewer which (if you followed the instructions) resides at /ViewerJS/index.html. We only need to write down /ViewerJS/, the browser will understand the rest. The next thing we need to do is tell the browser the location of the actual file we want to show.
We tell ViewerJS where it can find the document by giving the regular path/to/filename.ext (that is: the absolute path of the document counted from the 'root directory' of your webiste) like so:
In practical terms that means we indicate to the browser to go back to the top folder with #.. (if you put the directory with ViewerJS elsewhere,
(Since we are already using the regular path in the browser for pointing it to the folder with ViewerJS, we use a relative link back from that location preceded by the # character.)
That is it. In principle you don't need to change anything to the 'host' page. Of course you often want to use ViewerJS for embedding a document inside a page. For that we will use a so called iframe - really just a page within a web page. Check out the examples, and just open the source of the webpage to see how it works.
Here are the basic steps that are necessary to put ViewerJS on your website.
(If you want, you can always try to see if ViewerJS is installed correctly by going to the address bar of the browser, and inserting /ViewerJS/#.. inbetween the domain name part of your website (below it is example.org) and the rest of the path:
If that works, you can just copy that URI as well.
To embed a document in the same way as you see here:
we need to draw an iframe and then pass the same link as we had before to it. So if we have a document in folder /demo/ohm2013.odp it will look something like this:
Note that you need to set the width and the height of the iframe in your page. ViewerJS will try to use all the space you give it, but if you want to make optimal use of your screen estate make sure that you fit the window of ViewerJS to the dimensions of the document you want to show. If you don't know what to do, just try it out with some different formats.
Common formats:
(A4 sized documents - portrait) (1.414 : 1)
(A4 sized documents - landscape) (1 : 1.414 )
(screen sized documents) (4 : 3)
If you want to position the document to the left or right, use style="float:left;" or style="float:right;". If you want to center the document, use style="text-align:center;":
ViewerJS is a combination of a number of excellent open source tools that are built on HTML and JavaScript. ViewerJS was funded by NLnet foundation, consider a donation.
The heavy lifting in ViewerJS is done by these awesome projects:
PDF.js is a library created by Andreas Gal and others at Mozilla Labs. It is an HTML5 technology experiment that explores building a faithful and efficient Portable Document Format (PDF) renderer without native code assistance.
PDF.js is community-driven and supported by Mozilla Labs. Its goal is to create a general-purpose, web standards-based platform for parsing and rendering PDFs, and eventually release a PDF reader extension powered by PDF.js.
Visit project website
WebODF is a JavaScript library that shows office documents created by KO GmbH. It was started by Jos van den Oever at KO and is now developed by a growing team including external collaborators. It makes it easy to add Open Document Format (ODF) support to your website and to your mobile or desktop applications. It uses HTML and CSS to display ODF documents.
Visit project website
Download now (see instructions), or fork the code at GitHub and send us a pull request.


Package org.drip.sample.fixfloat
Coupon, Floater, Amortizing IRS Variants
- Author:
- Lakshmi Krishnamurthy
-
Class Summary Class Description AmortizingCapitalizingAccruingSwap AmortizingCapitalizingAccruingSwap demonstrates the construction and Valuation of in-advance Amortizing, Accruing, and Capitalizing Swaps.CustomFixFloatSwap CustomFixFloatSwap demonstrates the Construction and Valuation of a Custom Fix-Float Swap.InAdvanceIMMSwap InAdvanceIMMSwap demonstrates the Construction and Valuation of a In-Advance IMM Swap.InAdvanceSwap InAdvanceSwap discount curve calibration and input instrument calibration quote recovery.InArrearsSwap InArrearsSwap demonstrates the Construction and Valuation of a In-Arrears Swap.JurisdictionOTCIndexDefinitions JurisdictionOTCIndexDefinitions contains all the pre-fixed definitions of the Jurisdiction-specific OTC Fix-Float IRS contracts.JurisdictionOTCIndexSwaps JurisdictionOTCIndexSwaps contains curve construction and valuation of the common Jurisdiction-specific OTC IRS.LongTenorSwap LongTenorSwap demonstrates the Construction and Valuation of In-Advance and In-Arrears Long Tenor Swap.RollerCoasterSwap RollerCoasterSwap demonstrates the construction and Valuation of In-Advance Roller-Coaster Swap.ShortTenorSwap ShortTenorSwap demonstrates the Construction and Valuation of In-Advance and In-Arrears Short Tenor Swap.StepUpStepDown StepUpStepDown demonstrates the construction and Valuation of in-advance step-up and step-down swaps.


## Docker in MyScript WebServices
Mathieu Ruellan - https://github.com/mathieuruellan
## Activity
We are selling technology around handwriting recognition:
- Text
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- Shapes
- Music
[Visit our dev-portal: https://dev.myscript.com/](https://dev.myscript.com/ "Visit dev-portal!")
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- Services: Recognition with REST or WebSockets
[Visit our dev-portal: https://dev.myscript.com/](https://dev.myscript.com/ "Visit dev-portal!")
## What we do with Docker?
- MyScript Cloud (online recognition)
- MyScript ATK (certificate provider for mobile apps embedding our widgets)
- Builds
## Who is using Docker?
- developers
- testers
- production (AWS/EC2 environment)
## What do we need in production?
- Backend
- DB (mongodb)
- SMTP relay (Postfix)
- HAProxy (load balancing)
- logger (rsyslog - elasticsearch/logstash/kibana)
- Varnish
- static content (nginx)
## Deliveries are Docker Images
- Environment agnostic (thanks to environment variables)
- Build results are pushed in a local registry (it's also a docker container)
- Production deployment on private S3 with **`docker save`** and **`docker load`**
- Possibility to run a production-like environment with fig/docker-compose
## Best practices
- One process per container
- Pipe the process stdout/stderr to logger otherwise mount a /dev/log volume (deprecated with --log-driver since 1.6)
- In Production, use **`docker run --net=host ...`**
## **Do not believe it's secured!!!**
![Docker disaster](images/docker-disaster.GIF "Docker disaster")
## Docker and test
It's light, fast and everything is scriptable!

 && \
docker exec $(TEST_DOCKER_MONGO_INSTANCE_NAME) mongo --quiet --eval "rs.initiate();" > /dev/null
_start-backend-docker:
@echo -n "Starting current version backend container.
- Everybody can test the jenkins on his workstation!
## And What about the production?
Only one AMI! The EC2 AMI is a stable debian with:
- docker.io
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- awscli
EC2 instances run a script injected through user-data, configured with tags
- clean containers and images
- docker load from S3 repository
- launch dockers with environment variables
## Monitoring
User-data scripts create cron jobs to
- check host states (disk, cpu etc.)
- docker containers status
- launch periodic backups (it's also a docker)
## Difficulties
- Docker comes with a DevOps approach. Changing actual practices
- Workstation must be linux
- New tool to learn (testers have to get IT knowledge)
- Tools to help them
- Can't migrate everything in one step, still working with the past
## Benefits
- Force people to have good practices
- provide something testable
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A list of pages I mirror
Mirrors:
The visible URL is the remote site, the actual link is my mirror
Mirrors made using
autowget
https://www.peereboom.us/assl/assl/html/openssl.html
https://www.github.com/404.html
http://www.samueltscott.com/pierce.htm


git version 1.8.5
Made using reveal.js
Default -
Sky -
Beige -
Simple -
Serif -
Night
Moon -
Simple -
Solarized
open source, distributed version control system designed for speed and efficiency
- said by creator
Vs.
Others
github.com/git/git/master/contrib/completion/git-prompt.sh
$ git bz
“After all GIT is just a tool!
Fool with the tool is still a Fool!”


This is How to BBQ!
Sweet Spicy Smokey Destiny!
Here are some things I'm going to learn you about BBQing:
Here is a Link to my BBQ site BBQ Haven Get some yum!
Check out all my cooking @ theruminantgrubber Its a great place to look and learn about deliciousness!


{% extends "instructions/Page.html" %} {% load otree i18n %} {% block title %} {% endblock %} {% block content %} {% if form.errors %}
{% blocktrans %}Welcome!{% endblocktrans %}
{% blocktrans %}In this survey, you will participate in a simulation where you will be asked to make financial decisions.{% endblocktrans %}
{% blocktrans %}Depending on your financial decisions, you can earn an additional compensation that ranges between EUR 10 and EUR 23 on average. Higher or lower amounts are also possible.{% endblocktrans %}
{% blocktrans %}To maximize your compensation, we first ask you to read the instructions carefully. Then, you will participate in a trial round. Then, before starting with the real simulation, you will be asked to correctly answer a quiz on the simulation's rules.{% endblocktrans %}
{% blocktrans %}Only participants correctly answering the quiz questions will be admitted to the real simulation and earn compensation.{% endblocktrans %}
{% blocktrans %}The simulation must be completed without long interruptions. Please, only start the simulation if you have enough time.{% endblocktrans %}
{% formfields %} {% next_button %}


---
title: Learn
description: Becoming a better artist takes time, effort, and good content.
permalink: /learn/
image: /images/screenshots/thinker.png
---
For detailed documentation on how to use JustSketchMe go to the docs.
{% for video in site.data.videos %}
{% endfor %}
{% include list-posts.html posts=paginator.posts %}
{% if paginator.total_pages > 1 %}
{% endif %}


{% extends 'templates/nhs_transaction_layout.html' %} {% block pageTitle %}NHS.UK prototyping kit{% endblock %} {% block content %} About your submission September EPS prescriptions EPS items don't need to be declared. Paper prescriptions Are you sending any paper prescriptions? Yes No How many paper prescriptions are you sending? How many items were Exempt Paid Paid (old rate) FP57 forms Are you sending any FP57 forms? Yes No How many are you sending? What was the total amount refunded? Did you carry out any Appliance use reviews Yes No At same premises or users in same location At users homes Medicine use reviews Yes No How many did you carry out? New Medicine Services Yes No How many did you carry out? Next {% endblock %}
EPS prescriptions
EPS items don't need to be declared.
Paper prescriptions
FP57 forms
Did you carry out any


Heat make easy work of Scorchers at Drummoyne Oval
by Steve BarrettBrisbane Heat's WBBL title defence has shifted into overdrive as Jess Jonassen and Beth Mooney inspired them to a clinical eight-wicket defeat of Perth Scorchers at Drummoyne Oval in Sydney.
Jonassen starred with bat (32no) and ball (4-23) while Mooney (60no) continued her magical run at the top of the order to steer the ladder-leading Heat past the Scorchers' modest 8-112 with 23 deliveries to spare on Sunday.
Mooney, the tournament's top run-scorer (523 at 87.17), held firm as Maddy Green and Sammy-Jo Johnson both departed in the power play to plunder her sixth half-century of a golden summer.
She found a valuable ally in all-rounder Jonassen and the pair put on an unbroken 79 for the third wicket to make easy work of the run chase, securing Brisbane's fifth-straight victory.
Player-of-the-match Jonassen capped a memorable weekend with her second four-wicket haul, and her third of the series, to be the leading wicket-taker of the competition with 16 at 13.31.
The left-arm spinner combined with the reliable Johnson (2-16), who is second behind Jonassen for most wickets, to rip into Perth's top order.
The loss snapped the Scorchers' three-game winning streak.
Captain Meg Lanning and import Amy Jones both succumbed in the first three overs before Nat Sciver produced a gutsy 26.
However, none of Perth's first five batters were able to go at a run-a-ball as they failed to mount any real pressure on the Heat.
AAP


The Nigerian Team during their recent tour of South Africa for the Africa t20 competition
The Season Opener was full of surprises as...
by Kunle Awosanmi · 1 month ago
An Exclusive on the best teams and their chances in the coming season
by Chimezie Onwuzulike · 3 days ago
IND: 16/1 in 1.0 CRR:4.1 Req RR:10.1
BAK: 16/1 in 1.0 CRR:4.1 Req RR:10.1


{# Copyright (c) 2015 The Pycroft Authors. See the AUTHORS file. This file is part of the Pycroft project and licensed under the terms of the Apache License, Version 2.0. See the LICENSE file for details. #} {% extends "layout.html" %} {% import "macros/resources.html" as resources %} {% macro list_accounts(type, accounts) -%}


ZwWdP 18.01.11
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ZEIT |
INTERPRET |
TITEL |
|
20 h |
The Divine Comedy |
National Express |
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Beady Eye |
The Roller |
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Jonny |
Candyfloss |
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Marsmobil |
Monday, Tuesday |
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World Party |
Ship Of Fools |
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Microdisney |
Singer's Hampstead Home |
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The Go-Betweens |
Streets Of Your Town |
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Paul Williams |
Someday Man |
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Reef |
Just Dropped in (To See What Condition |
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The Sand Band |
Set Me Free |
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Harvey Mandel |
Baby Batter |
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Jim Kroft |
Memoirs From The Afterlife |
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Cake |
The Winter |
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The Holy Mackerel |
Bitter Honey |
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Rialto |
Monday Morning 5.19 |
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21 h |
Gerry Rafferty |
Get It Right Next Time |
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Orwell |
Lonely Ride |
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Treefight For Sunlight |
Facing The Sun |
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The Junipers |
Gordie Can't Swim |
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Broadcast |
Come On Let's Go |
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Gorky's Zygotic Mynci |
If Fingers Were Xylophones |
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OK Go |
The Lovecats |
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The See See |
Powers Of 10 |
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This Side Up |
Book A Trip |
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Hannah Peel |
Song For The Sea |
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The Streets |
A Blip On The Screen |
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The Smoke |
Odyssee |
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Julien Baer |
Juillet 66 |
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Elvis Costelo |
Accidents will happen |
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Brasstronaut |
Fan |
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22 h |
James |
Sunday Morning |
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Patty Moon |
Painting Horses |
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The High Llamas |
Bach Ze |
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The Superimposers |
All Your Memories |
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John Stammers |
The Fridge |
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Aretha Franklin |
Walk On by |
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Bertrand Burgalat |
Le Pays Imaginaire |
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Undersea Poem |
Juju's Theme |
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Lance Gambit Trio |
Parklife |
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Christian Kjellvander |
Transatlantic |
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Broadcast |
The Book Lovers |
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Russ Garcia, his Vocal, Choir and Orchestra |
Sheepish Bo-Peep |
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Brasstronaut |
Old World Lies |
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Saint Etienne |
Sun In My Morning |
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Elvis Costello |
Painted from memory |
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Paul Williams |
To Put Up With You (Instrumental) |


At NFCS AE-FUNAI, we live the faith by worshipping God in routine activities together with the community.
"Remember to keep the sabbath day holy." (Ex. 20:8). We have mass every sunday at the church building site by 7.00 AM.
"... Do this in memory of me" (Lk. 22:19). We also have weekday masses every Tuesday and Friday morning by 6.30 AM.
Confessions hold during the weekdays. Confessions take place immediately after weekday masses.
We adore our Lord Jesus Christ in the Blessed Sacrament bimonthly on the first and last Fridays of each month by 5.00 PM.
We gather together every Saturday morning by 6.30 AM to pray and thank God for his blessings during the week.
Members of pious societies gather at various times to carry out holy and heaven-reaching prayers and devotions.
We have great records, very great ones, greater than you could imagine. It has been all God, because what God cannot do does not exist.


"State and Main" – A Lovable Place to Be by Homer Yen (c) 2001
Things can get somewhat bizarre when a cynical director, Walt Price (William H. Macy), experiences increasing frustration as the deadline to finish his movie approaches but all of his key personnel can't seem to jell. Top writer, Joseph White (Phillip Seymour Hoffman), is suffering from a bout of writer's block. Lead actress, Claire Wellesley (Sarah Jessica Parker) has major doubts about her nude scenes. Meanwhile, lead actor, Bob Barringer (Alec Baldwin), invariably halts production because he has a yen for teenage girls which leads to trouble with the law. "Everybody has to have a hobby," he tries to explain. His indiscretion has forced the movie company to relocate to a sleepy Vermont town to finish shooting their project. But wherever they go, havoc continues to ensue.
"State and Main" is a sharp satire about the moviemaking business and some of the strange politics and happenings that goes on offscreen. Some of what happens is the happy result of being in the world of show biz. Some of what happens is the diplomacy that must be exercised by the director to pamper the actors, soothe the townsfolk who are afraid of the encroachment of Hollywood power, and save the company from financial and public devastation. Meanwhile, some of what happens becomes fodder for tabloids.
This film's story touches upon all three of these themes with the most enjoyable being that of the writer who unexpectedly falls in love with one of the townsfolk, Ann Black (Rebecca Pidgeon). With similar backgrounds, they are like kindred spirits to one another. Unfortunately, she is already engaged to an ambitious politician who is very uneasy with the movie company's presence.
The darkest sequence involves Bob Barringer and his latest object of desire, Carla (Julia Stiles). He may have a weakness for young, beautiful girls, but the odd thing is that she is just as saucy as he is weak.
Of course, all of these crises must be handled appropriately by the director. With emotions ranging from gentle coddling to unbridled hysteria, the beleaguered Walt Price does what he can to ensure that the production moves forward. He'll do and say just about anything to, for example, keep his lead actress happy even though she protests the nude scene; coax the easily wounded writer into massive rewrites; and persuade prosecutors to look the other way. "It's a gift for fiction," he says. And, when his actions are not enough, the producer (David Paymer) jumps in to verbally brawl with and intimidate anyone who jeopardizes the production.
This is an amiable comedy about big time people in a small town setting that showcases uniformly good performances from its ensemble cast. In particular, Macy does a fine job at anchoring the film as he tries desperately to keep the escalating production woes from spinning out of control. And while there is lots of silliness in its satire, the subplot between the writer and bookstore owner (amusingly named White and Black) is also engaging and endearing. You'll find lots to like grin about in small town America, and in particular, in a place called "State and Main."
Grade: B
S: 1 out of 3 L: 2 out of 3 V: 1 out of 3
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Spec
Special Events Calendar
Pull
Effect
Organizational Dashboard
Touchscreen Management
Timeclock
Clock In/Out
ServiceNow
Incident Management
EMS
Room Availability
Yammer
Social Communication
Staff Directory
Google Spreadsheet


Mobile Development with Xamarin
Posted December 16, 2016 by Matt Kraatz
For my final capstone project at Nashville Software School, I wanted to dive deep into native mobile development. Native apps still provide a better mobile experience than the mobile-optimized web, and with the right tools can be developed rather quickly. Intrigued by it’s promise to deliver native iOS and Android apps from shared C# code, the tool I chose for this comprehensive capstone was Xamarin.
With Xamarin, I wrote 100% of my application’s business logic in a Portable Class Library, one time. Using Xamarin Forms, I wroted 100% of my application’s UI in that PCL as well, which then compiles into native UI elements for each platform. Additionally, Xamarin’s DependencyService allows you to access native features (like the camera, or device storage) from the PCL using dependency injection. Leveraging these concepts, my final product was an iOS and Android native app called Green Apron, that looks uniquely native on each platform, and only has one code base to build on or debug.
I’m very proud of Green Apron, but it was definitely a process getting to the final product. Choosing my development environment, for instance, exhausted a couple days of trial and error, until finally settling on Visual Studio on an unlicensed copy of Windows 10 in Bootcamp on my Macbook Pro (it’s a long story). I also spent some time with Xamarin Studio on OSX, using it’s XAML Previewer to visualize view components. Otherwise, Visual Studio was the best IDE for this project as I was simultaneously developing Green Apron’s back-end with ASP.NET Core WebAPI.
Learning Xamarin’s take on mobile development was challenging, but very rewarding and productive. Depending on the situation, I built views both programatically with C#, or via template with XAML (Xamarin’s XML-like markup language) and data binding. Navigation was accomplished through a Master-Detail page, pushing and popping pages and modals to the Navigation stack. I wrote an API to manage Green Apron-specific data, and also linked the client with Spoonacular’s API for recipe and ingredient data. Writing HTTP requests in C# was a new one for me, but just another obstacle that I overcame and added to my toolbelt for the future.
It’s clear that Xamarin, recently acquired by Microsoft, has a strong community of support. It really feels like an up-and-coming star in mobile development, and I look forward to deepening my knowledge of the platform as I continue to develop this project and others.
You can find out more about Green Apron and check out the code here on GitHub.


Referring to the following circuit diagram...
...we let \(\{R_i\}_{i=1}^N\) be a set of \(N\) resistors in parallel, and let \(V_{bat}\) denote the total voltage of the battery. These are our known values. Unknown will be the values in \(\{V_i\}_{i=1}^N\), the voltage drops across each resistor, \(\{I_i\}_{i=1}^N\), the currents running through each resistor, \(R_{eqv}\), the equivalent resistance of all the resistors, and \(I\), the net current flowing through the circuit. Note that the battery has been split apart to make the digram simpler.
Our first observation here is an application of Kirchhoff's second law. Being made, we realize that for all \(i\in[1,N]\), we have \(V_{bat}=V_i\). Why? Because no matter which path we take through the circuit, each resistor's voltage drop is paired with the entire voltage gain of the battery.
Applying Kirchhoff's first law, we get the equation \(I=\sum_{i=1}^N I_i\). This can be seen while examining the junctions before and after the resistors. Combining this with Ohm's law, we find that... $$ V_{bat} = R_{eqv}I = R_{eqv}\sum_{i=1}^N I_i = R_{eqv}\sum_{i=1}^N\frac{V_{bat}}{R_i}. $$ Clearly, \(V_{bat}\) cancels on both sides, leaving us, after a bit of rearrangement, with... $$ \frac{1}{R_{eqv}} = \sum_{i=1}^N\frac{1}{R_i} $$ ...an elegant complement to the formula we get for resisters in series. It's worth noting that for all \(i\in[1,N]\), we have \(R_{eqv}\leq R_i\).


4401 Zoo Parkway
Asheboro
Randolph
$15.00 / $13.00 Seniors 62+
(group rate available)
9:00am - 5:00pm daily (Apr - Oct)
9:00am - 4:00pm daily (Nov - Mar)
159 Mini Lane
Cameron
Moore
$12.00 (feed cups $3.00)
Fri - Sun 10:00am - 5:00pm
1489 Live Oak Road
Coats
Harnet
$15.00 (group rate available)
Wed - Sun 11:00am - 4:00pm
3705 Erwin Road
Durham
Durham
tours by reservation only
visit website for scheduling
433 West Murrray Avenue
Durham
Durham
$23.00 / $21.00 Seniors 65+
Tue - Sun 10:00am - 5:00pm
4301 Lawndale Drive
Greensboro
Guilford
$19.50 / $18.50 Seniors 65+
9:00am - 5:00pm daily
15100 Mooresville Road
Morresville
Iredell
$21.00 / $15.00 Seniors 60+ **Cash Only**
Price includes Admission & Wagon Ride
Mon - Sat 9:00am - 5:30pm, arrive by 4:00pm
Sun 12:00pm - 5:30pm, arrive by 4:00pm
11 West Jones Street
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Halifax
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9:00am - 5:00pm daily


[1:03:19 AM] Karl Gluck: yes: recompile + build installer + upload
[1:03:38 AM] Karl Gluck: 5 minutes + 10 minutes + ?
Moderator: Karl G.
[1:03:19 AM] Karl Gluck: yes: recompile + build installer + upload
[1:03:38 AM] Karl Gluck: 5 minutes + 10 minutes + ?
[1:41:52 AM] Karl Gluck: ok so im rebuilding the server installer atm, once that's uploaded we are golden
9sam1 wrote:K now it says "connecting to server" with the games credits.
daekighn wrote:I set ForceSoftwareRendering to 1 and it still crashes...
Karl G. wrote:Xenimus: not enough items, world isn't big enough, boring to level and the new spell system isn't as much fun as the old one.
EJ. Thayer wrote:If you don't like it then Quit.
Joe M. wrote:go into the config.ini file and set the ForceSoftwareRendering flag to 1.
Karl G. wrote:Xenimus: not enough items, world isn't big enough, boring to level and the new spell system isn't as much fun as the old one.
EJ. Thayer wrote:If you don't like it then Quit.
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"ELDAD "whom God has loved, one of the seventy elders whom Moses appointed (Numbers 11:26, 27) to administer justice among the people. He, with Medad, prophesied in the camp instead of going with the rest to the tabernacle, as Moses had commanded. This incident was announced to Moses by Joshua, who thought their conduct in this respect irregular. Moses replied, “Enviest thou for my sake? would God that all the Lord’s people were prophets” (Numbers 11:24-30; comp. Mark 9:38; Luke 9:49).
"ELDAD "whom God has loved, one of the seventy elders whom Moses appointed (Numbers 11:26, 27) to administer justice among the people.
He, with Medad, prophesied in the camp instead of going with the rest to the tabernacle, as Moses had commanded. This incident was announced to Moses by Joshua, who thought their conduct in this respect irregular.
Moses replied, “Enviest thou for my sake? would God that all the Lord’s people were prophets” (Numbers 11:24-30; comp. Mark 9:38; Luke 9:49).


| Store Type: LevelDB |
| Location: /Users/chirino/opt/apollo-01/data |
| Disk Usage: 100.25 mb |
Messages Stored:
| Pending: 0 |
| Canceled: 0 |
| Flushed: 0 |
|
| Enqueues Stored:
|
| Index snapshot at: 0x6d1 |
| Log append position: 0x96a |
Log Details:
Log File | Msg Refs | File Size
00000000000006d1.log | 0 | 100.000 mb
--- Pending Stores Details ---
flush_source suspended: false
|
Index Details:
Compactions
Level Files Size(MB) Time(sec) Read(MB) Write(MB)
--------------------------------------------------
0 2 0 0 0 0
1 1 0 0 0 0
|
Message Load Latency:
| Count: 0 |
| Total: 0 ms |
| Max: 0 ms |
| Min: 0 ms |
|
Message Flush Latency:
| Count: 0 |
| Total: 0 ms |
| Max: 0 ms |
| Min: 0 ms |
|


{
data : [... threads]
}
A thread has an id, text, the count of total children beneath it, an array of children ids
{
data : [... comments]
}
The comments are of the same form as the threads (id, text, etc.), but may also have a parent_id. Missing parent_id indicates a root comment.
Parameters (all required):
{
text : string
}
The text will be sanitized and passed through a Markdown library.
Returns:
{
data: newly created thread object
}
Parameters (all required):
{
text: string,
parent: string (id)
}
The text will be sanitized and passed through a Markdown library.
Returns:
{
data: newly created comment
}
good luck!


This document describes the "common dialogs" by which we mean those system-level dialogs that are often used in PythonCard applications. A separate document describes custom dialogs, i.e., those that you create in your own applications that are specific to those programs' needs.
Two notes are important regardless of which of the common dialogs you work with.
First, although every document describing one of these dialogs discusses a variable called "result" in which the results of user interaction with the dialog are stored. You can call this variable anything you like. The samples use the variable "result" and the documentation follows that lead, but it is not necessary that you call this variable anything special.
Second, while the dialog documentation shows you how to create each dialog programmatically, there is an alternative way of creating some of the dialogs. In the PythonCard codeEditor, you can choose the "insertDialog" option from the "Scriptlets" menu, then choose the type of dialog you wish to create. A skeletal text framework of valid Python code will be placed into the code editor at the insertion point. You can then simply edit that starter text to describe your specific needs.


Cumulative Record Application
Repository Of Student Tests build on the Hyperledger Fabric.
Are you:
Ofiicer
Teacher
Student


CMake Study
CMake Study
Plx.Studio
Li Bin
Dedication
CMake, more than just a buildsystem...
Table of Contents
1. What is CMake?
2. CMake:Build Software
List of Examples
2.1.
build example.


Light
Circular
Circular is a design for a small format indoor lamp carved from a single block of wood.
read more
what-grid
devblog
Light
Circular
Circular is a design for a small format indoor lamp carved from a single block of wood.
read moreLight
Circular
Circular is a design for a small format indoor lamp carved from a single block of wood.
read moreLight
Circular
Circular is a design for a small format indoor lamp carved from a single block of wood.
read moreLight
Circular
Circular is a design for a small format indoor lamp carved from a single block of wood.
read more


Player Login
Create User
Select Player One
Anonymous
{% for player in players %}
{{ player.name }}
{% endfor %}
Select Player Two
Anonymous
{% for player in players %}
{{ player.name }}
{% endfor %}
{% if players %}
Name
Start Date
Id
{% for player in players %}
{{ player['name'] }}
{{ player['start_date'] }}
{{ player['_id']|string }}
{% endfor %}
{% endif %}


Preface
Rarely does one get entertained by reading software manuals, though Knuth’s The TeXbook is one notable exception. Rarer still is getting pleasure from reading guidelines for writing software. Imagine my surprise when I found myself reading and actually liking Framework Design Guidelines: Conventions, Idioms, and Patterns for Reusable .NET Libraries by Cwalina and Abrams. The book was seriously fun and educational at the same time. It was hard to put down. One of the general lessons drilled into me from that book was the need to paper test an API. The authors stressed the need for an API to be usable by design, not by accident. And design takes hard work.
This is my first post is about API design - a mysterious mixture of art and science - about which I am passionate. Inspired by such great authors, my goal for you, dear reader, is that you find this post fun and educational. If not, at least I can promise that the pain will be short-lived.
Why a published API needs design
Design thinking is the name given to the movement that is bringing usability and visual design into the earliest stages of a products life-cycle. It applies to electronics, web sites, software, and any product that requires human interaction. It’s methodology includes a deep understanding of the user, the problem being solved, and the solution space. It encourages ideation (making a lot of crazy ideas for solutions), mixing and matching ideas, and experimentation. It is a lot like brainstorming in that regard.
Well, an API is a product that requires human interaction as well. The ‘P’ in API stands for ‘programming’, and at least for the present most of the programmers I know are human. Some day if we eliminate programmers we can shorten API to AI.
Why should an API design require any less thought than a visual UI? The target audience (we programmers) can’t be assumed to have any more domain knowledge than the user of the UI, and in fact we likely have less. As a profession we fall back too easily on the assumption that programmers will know what to do. We also assume that if the programmers make a mistake then QA will find the bugs.
Another strong argument for careful design is that an API has a long life and if successful will be read many more times than it was written. You might have 100’s or 1000’s of programmers reading your API and trying to make sense out of it. They will all trip over the same usability issues and find the different workarounds. Time invested in making an API usable pays dividends over its lifetime and can contribute to its success.
This post specifically targets the design of the published APIs for business objects. This is a subset of the more general area of API design. A published API is intended to be consumed by 3rd parties (either within your enterprise or outside of it). Thus the design of the API is more critical since it is hard to change. It is also harder to explain. APIs for business objects tend to be limited. Business objects have very rigid rules for mutation because the business imposes many constraints and invariants on those objects. These two factors influence the design of the API as will be seen below.
So how do we go about making an API for a domain object as usable and intuitive as possible, and what does this even mean? Read on!
Considerations for a Good API Design
An API is a projection of a model. If you have a service that your customers want to use they likely have a model of that service in their minds: the type of data it provides, what they want to do with and to that data, and so on. If your service mimics a traditional process or service then your customers may already have a model based on that in their minds.
Example. Shutterfly produces and delivers printed photo albums from pictures you supply online. The model I have in my mind when I use Shutterfly is based on my past experience of putting pictures into an empty photo album I purchased in a department store. I want the same flexibility in choosing the style of album, its dimensions, the number of pages, laying out my pictures, adding captions, etc. Shutterfly builds on that model in their UI and then extends it beyond the original, e.g. zooming in on a picture or applying filters. I appreciate these improvements to the traditional process. But the reason I find their site easy to use is because they use a mental model I am already familiar with.
A business API typically models data, not physical objects like photo albums. But that does not mean we are off the hook when it comes to the model’s design. For example, in an on-line library portal a user must first apply for an account (aka library card). The process should be modeled on the paper forms that a librarian gave you when you applied for your first a library card in a local branch. (I hope you still have your library card.) Of course this form differs from the form you filled out to get a driver’s license. While these forms collect some of the same data they also collect data that is unique to each application. A library does not require proof of insurance to issue a card and the Department of Motor Vehicles does not care about your literary interests. The nomenclature differs as well. To the library you are the borrower whereas to the DMV you are the driver. One way of putting this is to say that data has a shape.
Choosing the right model does matter. It may make the difference between an intuitive API and one that is clunky. If the model is not simple and natural for the domain, it will be fighting for user mind-share with the true model.
Once the model is chosen, the API must be designed to expose commands and queries against that model. These will again depend on the domain, and they should be separate. While you may be able to change your address on-line with the library application, the DMV will require you to bring proof of your new address in person. At least here in Michigan they are not very trusting. This API then becomes the projection of the model. It is not the entire model, but it is the part that external developers are allowed to see.
I propose four considerations, my four ‘C’s for a good API design:
- Complete
- Compact
- Consistent
- Clear (intuitive)
In the second post of this series I will elaborate on each of these in turn.


public interface CdsConvention extends TradeConvention, Named
This defines the market convention for CDS trades in different regions and currencies.
To manually create a convention, see ImmutableCdsConvention
.
To register a specific convention, see CdsConvention.ini
.
| Modifier and Type | Method and Description |
|---|---|
default LocalDate |
calculateAdjustedSettleDate(LocalDate valuationDate,
ReferenceData refData)
Gets the adjusted settlement date.
|
default LocalDate |
calculateAdjustedStartDate(LocalDate valuationDate,
ReferenceData refData)
Gets the adjusted start date.
|
static LocalDate |
calculateUnadjustedAccrualStartDate(LocalDate valuationDate)
Gets the previous CDS date.
|
static LocalDate |
calculateUnadjustedMaturityDate(LocalDate valuationDate,
Frequency paymentFrequency,
Period period)
Gets the unadjusted maturity date.
|
default LocalDate |
calculateUnadjustedMaturityDateFromValuationDate(LocalDate valuationDate,
Period period)
Used in curve point calculation.
|
default LocalDate |
calculateUnadjustedStepInDate(LocalDate valuationDate)
Gets the unadjusted step-in date.
|
static ExtendedEnum<CdsConvention> |
extendedEnum()
Gets the extended enum helper.
|
BusinessDayAdjustment |
getBusinessDayAdjustment()
Gets the business day adjustment.
|
Currency |
getCurrency()
Gets the currency.
|
DayCount |
getDayCount()
Gets the day count convention.
|
String |
getName()
Gets the name that uniquely identifies this convention.
|
Frequency |
getPaymentFrequency()
Gets the payment frequency.
|
RollConvention |
getRollConvention()
Gets the roll convention.
|
int |
getSettleLagDays()
Gets the settlement lag in days.
|
int |
getStepInDays()
Gets the number of step-in days.
|
StubConvention |
getStubConvention()
Gets the stub convention.
|
boolean |
isPayAccruedOnDefault()
Gets whether the accrued premium is paid in the event of a default.
|
static CdsConvention |
of(String uniqueName)
Obtains an instance from the specified unique name.
|
CdsTrade |
toTrade(LocalDate startDate,
LocalDate endDate,
BuySell buySell,
double notional,
double coupon,
ReferenceInformation referenceInformation,
double upfrontFeeAmount,
LocalDate upfrontFeePaymentDate)
Creates a CDS from the convention.
|
static CdsConvention of(String uniqueName)
uniqueName
- the unique nameIllegalArgumentException
- if the name is not knownstatic ExtendedEnum<CdsConvention> extendedEnum()
This helper allows instances of the convention to be looked up. It also provides the complete set of available instances.
Currency getCurrency()
DayCount getDayCount()
BusinessDayAdjustment getBusinessDayAdjustment()
Frequency getPaymentFrequency()
RollConvention getRollConvention()
boolean isPayAccruedOnDefault()
StubConvention getStubConvention()
int getStepInDays()
This is the date from which the issuer is deemed to be on risk.
int getSettleLagDays()
This is the number of days after the start date that any upfront fees are paid.
CdsTrade toTrade(LocalDate startDate, LocalDate endDate, BuySell buySell, double notional, double coupon, ReferenceInformation referenceInformation, double upfrontFeeAmount, LocalDate upfrontFeePaymentDate)
A single name CDS can be specified using SingleNameReferenceInformation
.
An index CDS can be specified using IndexReferenceInformation
.
startDate
- the date that the CDS startsendDate
- the date that the CDS endsbuySell
- whether protection is being bought or soldnotional
- the notional amountcoupon
- the coupon amountreferenceInformation
- the reference information of the CDSupfrontFeeAmount
- the amount of the upfront feeupfrontFeePaymentDate
- the payment date of the upfront feedefault LocalDate calculateUnadjustedMaturityDateFromValuationDate(LocalDate valuationDate, Period period)
valuationDate
- the date of the curve calibrationperiod
- the term for this pointstatic LocalDate calculateUnadjustedMaturityDate(LocalDate valuationDate, Frequency paymentFrequency, Period period)
Standard maturity dates are unadjusted, always Mar/Jun/Sep/Dec 20th. For example, from February 2009 the 1y standard CDS contract would protect the buyer until 20 March 2010.
valuationDate
- the valuation datepaymentFrequency
- the payment frequencyperiod
- the term for this pointstatic LocalDate calculateUnadjustedAccrualStartDate(LocalDate valuationDate)
valuationDate
- the valuation datedefault LocalDate calculateAdjustedStartDate(LocalDate valuationDate, ReferenceData refData)
valuationDate
- the valuation daterefData
- the reference data to usedefault LocalDate calculateAdjustedSettleDate(LocalDate valuationDate, ReferenceData refData)
valuationDate
- the valuation daterefData
- the reference data to usedefault LocalDate calculateUnadjustedStepInDate(LocalDate valuationDate)
valuationDate
- the valuation dateString getName()
This name is used in serialization and can be parsed using of(String)
.
Copyright 2009-Present by OpenGamma Inc. and individual contributors
Apache v2 licensed
Additional documentation can be found at opengamma.github.io/StrataDocs.


This class represents a special game object that represents the main player in the game.
More...
#include <PlayerObject.hpp>
This class represents a special game object that represents the main player in the game.
◆ PlayerObject()
◆ AddComponent()
| void PlayerObject::AddComponent |
( |
Component * |
component | ) |
|
|
overridevirtual |
Overridden implementation for adding components. Prevents adding additional sprite component.
- Parameters
-
| component | The component that needs to be added. |
Reimplemented from GameObject.
◆ GetRemainingLives()
| int PlayerObject::GetRemainingLives |
( |
| ) |
const |
A getter method for the remaining lives with the player object.
- Returns
◆ ReduceLives()
| void PlayerObject::ReduceLives |
( |
| ) |
|
This method is used to reduce the number of lives the player has remaining.
◆ Render()
| void PlayerObject::Render |
( |
SDL_Renderer * |
renderer | ) |
|
|
overridevirtual |
Overridden implementation for per-frame render for player object. Contains logic for animating sprites based on current player movement.
- Parameters
-
| renderer | The SDL_Renderer that is used to draw on-screen. |
Reimplemented from GameObject.
◆ ResetLives()
| void PlayerObject::ResetLives |
( |
| ) |
|
This method should be used to reset the number of lives to the initial number. Currently 3.
- Deprecated:
- This method is no longer used.
◆ SetRespawnPosition()
| void PlayerObject::SetRespawnPosition |
( |
const Position & |
updated_respawn_position | ) |
|
This method is used to update the respawn position for a player object.
A player needs to be respawned when it falls off the platform,
- Parameters
-
| updated_respawn_position | The updated respawn position. |
◆ TakeHit()
| void PlayerObject::TakeHit |
( |
| ) |
|
This method is used to cause damage to the player. This should be used by enemies to hit the player.
◆ Update()
| void PlayerObject::Update |
( |
float |
delta_time | ) |
|
|
overridevirtual |
Overridden implementation for per-frame update method.
- Parameters
-
| delta_time | The time passed between two frames. |
Reimplemented from GameObject.
◆ UpdateFromEvent()
| void PlayerObject::UpdateFromEvent |
( |
SDL_Event & |
event | ) |
|
|
overridevirtual |
Overridden implementation for per-frame user based event update. Handles user inputs for the player object.
- Parameters
-
| event | The user based event that needs to be processed. |
Reimplemented from GameObject.
The documentation for this class was generated from the following files:


Class FixedEuler
Implements backward Euler integration with a fixed timesep. This is the fastest way, but also the least accurate. Any changes to the timestep are ignored.
Inherited Members
Namespace: SpiceSharp.IntegrationMethods
Assembly: SpiceSharp.dll
Syntax
public class FixedEuler : IntegrationMethod
Constructors
FixedEuler()
Initializes a new instance of the FixedEuler class.
Declaration
public FixedEuler()
Methods
Continue(TimeSimulation, ref Double)
Continues the simulation.
Declaration
public override void Continue(TimeSimulation simulation, ref double delta)
Parameters
| Type | Name | Description |
|---|---|---|
| TimeSimulation | simulation | The time-based simulation |
| System.Double | delta | The initial probing timestep. |
Overrides
CreateDerivative(Boolean)
Creates a state for which a derivative with respect to time can be determined.
Declaration
public override StateDerivative CreateDerivative(bool track)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Boolean | track | if set to |
Returns
| Type | Description |
|---|---|
| StateDerivative | A StateDerivative object that is compatible with this integration method. |
Overrides
Remarks
Tracked derivatives are used in more advanced features implemented by the integration method.
For example, derived states can be used for finding a good time step by approximating the
local truncation error (ie. the error made by taking discrete time steps). If you do not
want the derivative to participate in these features, set track
to false.
Evaluate(TimeSimulation, out Double)
Evaluates whether or not the current solution can be accepted.
Declaration
public override bool Evaluate(TimeSimulation simulation, out double newDelta)
Parameters
| Type | Name | Description |
|---|---|---|
| TimeSimulation | simulation | The time-based simulation. |
| System.Double | newDelta | The next requested timestep in case the solution is not accepted. |
Returns
| Type | Description |
|---|---|
| System.Boolean |
|
Overrides
Initialize(TimeSimulation)
Initializes the integration method.
Declaration
public override void Initialize(TimeSimulation simulation)
Parameters
| Type | Name | Description |
|---|---|---|
| TimeSimulation | simulation | The time-based simulation. |
Overrides
Probe(TimeSimulation, Double)
Starts probing a new timepoint.
Declaration
public override void Probe(TimeSimulation simulation, double delta)
Parameters
| Type | Name | Description |
|---|---|---|
| TimeSimulation | simulation | The time-based simulation. |
| System.Double | delta | The timestep to be probed. |


Consider the breadth-first search to apply on the directed graph given in the Figure 22.2(a). In the breadth-first search, value of a vertex represents the predecessor of that node and value of a vertex represents the distance of that node from the source.
• Here, for every vertex, the predecessor or value of is stored in the attribute.
• If or has not been discovered, then is set to NIL.
• The distance from the source to a vertexis stored in the attribute.
Now, consider the following figure 22.2(a) to run the breadth-first search on it.
Here, consists the set of GREY vertices.
Step 1:
Start with the vertex 3 as the source. So, set value of the vertex 3 to NIL and the value of is zero. Place the vertex 3 at the tail of the queue Q.
Hence, consists vertex 3.
Step 2:
Since 3 is the head of the queue, insert the next adjacent nodes of 3(5,6) into the Q and set the values of the vertex 5 and vertex 6 to 3. The distance of vertex 5 (5.d) and vertex 6(6.d) from the source is 1. Remove 3 from the Q.
Hence, consists the GREY vertices 5 and 6.
Step 3:
Now, the head of the queue is 5. Therefore insert the adjacent vertices of 5(4) into Q and set the value of the vertex 4 to 5. The distance of vertex 4(4.d) is 2. Remove the vertex 5 from the Q.
Hence, consists the GREY vertices 6 and 4.
Step 4:
Here, the head of the queue is vertex 6. But, there are no adjacent vertexes to 6 except itself. Since the vertex 6 is already visited, remove 6 from the Q .Hence, consists only the vertex 4.
Step 5:
Now, head of the queue is vertex 4. Thus, insert the adjacent vertexes of vertex 4(2) into Q and set the value of the vertex 2 to 4 and the distance of 2(2.d) as 3. Remove the vertex 4 from the Q. Hence, consists the GREY vertex 2 only.
Step 6:
Here, the head of the queue is 2 and its successor is 5. Since vertex 5 is already visited and there are no vertexes to process, remove the vertex 2 from the Q. set the value of the vertex 1 to Nil, because the predecessor of vertex 1 is not defined.
Hence, after running the bread-first search on the given graph, the values and values of each vertex are as follows:
|
Node |
values |
values |
|
3 |
NIL |
0 |
|
5 |
3 |
1 |
|
6 |
3 |
1 |
|
4 |
5 |
2 |
|
2 |
4 |
3 |
|
1 |
NIL |
In the above table, the distance of node 1 from source is ,because there is no path exists from any vertex to vertex 1.
Consider the BFS procedure discussed in the textbook. In this procedure, every vertex is initialized with the color WHITE.
• After initializing, the color of the node changed to GRAY when the node is once visited or traversed and en-queued.
• At the end, when these vertex will be de-queued and each neighbor vertex is visited then the color of these vertices will be set to BLACK.
• So, from the given algorithm, it can be said that the color of a given node retain it color GRAY during a period, which ends from the point when these vertices are en-queued to the point when it is de-queued, followed by the step to traverse each neighbor’s vertex.
Therefore, a vertex consists the GRAY color, it means these vertices exists in the queue.
Now, consider the Line 5 and 14, which are used to set the color of the vertex to GRAY, should be removed, in order to use a single bit to store each vertex color.
• In other words, no such lines exists in the entire BFS procedure that distinguish BLACK from GRAY.
• The BFS procedure only checks either it is non-WHITE or WHITE, which shows that there is no meaning to have two colors to represent ‘visited’ vertices.
• Therefore, BFS procedure will produce the same result if the lines 5 and 14 of the BFS procedure are removed.
Hence, a single bit is sufficient to store every vertex color.
BFS() algorithm given in the text book uses adjacency-list representation of the graph and thus its running time is .
• At-most each vertex is enqueued once and also dequeued at most once. The time taken by enqueuing and dequeuing is time so the total time given to enqueue and dequeue is .
• After dequeuing the vertices, BFS() scans the adjacency list at most once and sum of the lengths of all adjacency list is, so total time required for scanning adjacency lists is.
• Hence, the time complexity of BFS() is .
Running time of BFS() with adjacency matrix:
Consider that the graph is represented by its adjacency matrix representation and it is passed to the BFS() algorithm
• At-most each vertex is enqueued once and also dequeued at most once. The time taken by enqueuing and dequeuing is time so the total time given to enqueue and dequeue is .
• After dequeuing the vertices, BFS() scans the adjacency matrix for adjacency vertices. In each iteration of for loop, one row of adjacency matrix is scanned. So for one iteration it takes time. Since this for loop executes V times, scanning process takes time.
• That is BFS() takes time to scan whole rows and columns of adjacency matrix.
Hence, the time complexity of BFS() becomes .
Modification to BFS() so that it can handle adjacency matrix:
Consider the BFS () algorithm provided in section 22.2 and make the following modification in the BFS () algorithm to take input from adjacency matrix.
• Replace, 12th line of BFS () algorithm with “to ”.
• Also replace 13th line of BFS() algorithm with “” .
• Rest of the code requires no modification. So, rest of the code will be same.
Breadth-first search(BFS) is a searching algorithm. If G=(V,E) is a graph and s is the source vertex, then the BFS explores the edges symmetrically to search each vertex that is reachable from the source s. While searching, BFS computes the shortest distance in terms of edges from s to each reachable vertex.
• Breadth-first search starts at the source vertex s. Thus, in line 9, s is inserted into queue first.
• Until the queue is not empty, each time BFS dequeue a vertex u(line 11), and explores unvisited adjacent vertices of u( that are colored white).
• In line 12, BFS takes each adjacent vertex of u and updates the distance of it from source, only if that adjacent vertex is unvisited (colored white).
• Here the search is considering only whether the adjacent vertex is already visited or not, but not considering the order of vertices (That is, which vertex is to be taken first).
• If the adjacent vertex color is gray or black (i.e., already visited or discovered), the distance is not altered. Thus the shortest distance is not affected by the order. Also the proof of theorem 22.5 shows that the distance .
Thus the order of adjacent vertices in adjacency lists, affects the bread-first search (breadth first tree), but not the distances.
Consider the figure 22.3 as example.
Proving that the BFS tree depends on the ordering within adjacency lists:
To prove that the BFS tree depends on the ordering within adjacency lists, consider the following two different adjacency lists for the above graph. The difference between these two lists is , t precedes x in adj[w] in first list and x precedes t in adj[w].
Consider the adjacency list(a) and run BFS tree as follows:
• Initially the queue contains the source vertex s. That is s is visited first.
• Now, the adjacent vertices of s are visited according to order of the adjacency list of s.
• Thus w is visited first and then v is visited next. That is w is enqueued first, then v. Hence, edges (s,w) and (s,v) are added to binary search tree.
• Next, adjacent vertex of w are visited in the order, t, x, respectively. Hence, edges (w,t) and (w,x) are added to binary search tree.
• Now, the adjacent vertex v of r is visited. Hence, the edge (r,v) is added to binary search tree.
• Next adjacent vertex of t, u is visited. Hence the edge (t,u) is added to binary serach tree.
• Next adjacent vertex of x, y, is visited. Hence the edge (x,y) is added to binary search tree.
Now the BFS tree and BFS graph will be as follows:
Consider the adjacency list(b) and run BFS tree as follows:
• Initially the queue contains the source vertex s. That is s is visited first.
• Now, the adjacent vertices of s are visited according to order of the adjacency list of s.
• Thus w is visited first and then v is visited next. That is w is enqueued first, then v. Hence, edges (s,w) and (s,v) are added to binary search tree.
•
• Now, the adjacent vertex v of r is visited. Hence, the edge (r,v) is added to binary search tree.
• Next adjacent vertices of x, u and y are visited. Hence the edge (x,u) and (x,y) are added to binary search tree.
Now the BFS tree and BFS graph will be as follows:
By observing the two binary search trees, it can be concluded that the binary search depended on the order of vertices within adjacency lists.
Consider the following example graph:
• Now consider the set of tree edges as {AB, AC, BE, CD}
• Now start BFS() algorithm with A as a source. No matter how the vertices are ordered, it will never produce the set of edges which is equals to.
• If non tree edges {BD,CE}are removed from G, then the graph will be obtained. For each vertex v in V, unique simple path in from A to v is a shortest path in G.
Run BFS on above graph with A as a source vertex and consider that in the adjacency list B comes before C.
• B will be enqueued into the queue.
• After that, C will be enqueued and since all neighbours of A are explored. A will be colored as black.
• Now B will be dequeued and all neighbors of B will be enqueued i.e. E and D, no matter what their orders are in list of B and B will be marked as black since all its neighbors are visited.
• After that, C,E and then D will be marked as black.
After the completion of BFS, the set of edges produced are {AB, AC, BE, BD}. This set is not equals to .
Now consider that, in the adjacency list C comes before B. Then the set of tree edges that are produced will be changed.
• C will be enqueued into the queue and hence dequeued too.
• After that B will be enqueued. Since all neighbours of A are explored, A will be colored as black.
• Now C will be dequeued and then all neighbors of C will be enqueued i.e. E and D, no matter what their orders are in list of C and C will be marked as black, since all its neighbors are visited.
• After that B, E and then D will be marked as black.
After the completion of the BFS, the set of tree edges produced are {AB, AC, CE, CD}. This set is not equals to .
In both cases, no matter what the order is for the vertex in adjacency list, BFS never produces the set of edges .
Computing the diameter of a tree
Consider that be a tree and is the shortest distance for any two vertices of T. Then the diameter of tree T can be defined as the longest shortest path distance among all shortest distances in T. That is diameter (D) of a tree T is .
Algorithm for computing the diameter ( D ):
• It is known that Breadth First Search (BFS) algorithm computes shortest path distances from a source vertex s to other vertices in the graph.
• Maximum shortest path can be computed by running BFS on every node in the tree and identifying a vertex that is farthest from the source such that the distance is greater than the shortest distance between any two nodes in the tree.
DIAMETER(T)
1 Diameter = 0
2 for each vertex u belongs to T.V
3 Apply BFS(u) and find a node v such that the is the longest shortest path
4 if > Diameter
5 Diameter=
6 return Diameter
The above algorithm runs BFS on all vertices (That is, times) . Since the BFS runs in time, the above algorithm runs in .
Efficient algorithm for computing the diameter ( D ):
The above mentioned algorithm finds the diameter of a tree in time. is not a linear time. There is an efficient dynamic programming algorithm that runs linearly, to find diameter of a tree.
• The diameter of a tree may or may not pass through the root of the tree.
• If the root is exist in the path of the diameter, then the depth from the root is the diameter.
• Otherwise, the diameter of the tree will be the diameters of the subtrees. Depths can be calculated easily and diameter of sub trees can be calculated recursively.
Examples:
Diameter of a tree can be computed using dynamic programming approach. The following recursive algorithm finds the diameter of a tree:
DIAMETER(y)
1 if y is leaf node
2 return 0
3 maxDiameter=0
4 for each childi of y
5 tempDiameter=DIAMETER(y.child)
6 if tempDiameter > maxDiameter
7 maxDiameter = tempDiameter
8 maxDepth=0
9 for every pair of children (u,v) of y
10 depth=d(y.childi)+d(y.childj)
11 if depth> maxDepth
12 maxDepth =depth
13 maxDepth = maxDepth +2
14 if maxDiameter > maxDepth
15 return maxDepth
16 else
17 return maxDiameter
To calculate the diameter of a tree , call DIAMETER(root).
• In line 1, the above algorithm returns 0 if the node y is a leaf node.
• in lines 4-8, the diameters of sub trees of the tree having y as root node are calculated and maximum diameter is stored in maxDiameter.
• In lines 9-13, the depths of child nodes of y are calculated and maximum depth is stored in maxDepth.
• In lines 14-17, maxium of maxDepth and maxDiameter is returned.
The above algorithm recursively runs on every node of the tree . In each call, simple decisions and calculations are computed. Thus, the algorithm runs in the linear time. That is .
Consider a connected and undirected graph G= (V, E).
The algorithm to compute a path in G that traverses each edge in E exactly once in each direction in O(V+E) time is shown below:
For solving given problem we will use a modified Depth-First-Search algorithm.
• Every edge is marked the first and second time it is traversed with unique marks for each traversal.
• If edges traversed twice then it may not be taken again.
This algorithm should ensure that all edges all explored, and that each edge is taken in both directions.
• To ensure that all edges are explored, the algorithm must ensure that unexplored edges are always taken before edges that are explored once.
• To ensure that edges are taken in each direction, we simply backtrack every time the depth-first search reaches a dead-end.
• The search keeps backtracking until a new unexplored edge is found.
This way, edges are only explored in the reverse direction during the backtracking. This algorithm is based on depth –first-search. Therefore the running time of this algorithm is O(V+ E).


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This appendix is a selection of the most useful resources for the Python programmer, including items that aren't part of the standard distribution. These include software (both Python modules and extension modules), documentation, discussion groups, and commercial sources of support.
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Greetings and small talk are momentarily disabled, so I'll just say 'Hello!' here and get on to answering your questions.
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HEAT A film review by Chuck Dowling Copyright 1996 Chuck Dowling
(1995) ** - C:Robert De Niro, Al Pacino, Val Kilmer, Tom Sizemore, Jon Voight, Ashley Judd, Wes Studi, Mykelti Williamson, Natalie Portman, Jeremy Piven, Hank Azaria.
Finally, the two greatest actors of our generation, De Niro and Pacino, appear together in a film (they were both in "Godfather II" but never shared a scene together). Actually, one could almost argue that they don't share a scene together in "Heat" either. Their characters have three scenes together, but the way they are shot, the two never really appear on screen at the same time, which is a huge disappointment, much like the film itself.
I have a theory about "Heat" and the people who like it. I have seen the film twice now. The first time I left the theater thinking, "Hmmmm, well that was pretty good." Here's why. You go into the film with huge expectations. I mean, De Niro and Pacino! Cops verses bad guys! A heist movie! How bad can it be? Also, the film is almost three hours long. Well, there must be a lot of story to tell here. Then, when the film ends, a triumphant music score plays as you're leaving the theater, making you think that you've just seen a good movie. So people leave with the impression they they have just watched a fine motion picture. But, there were many things that started to bother me the more that I thought about them, so I decided to give the film a second chance when released on video. And I was right in my assumptions.
I asked others who had liked "Heat" what exactly it was that they liked about the film. No one could really answer the question. A friend of mine told me that the film was all about how people change, which is a ridiculous statement to me and if you read on you'll understand why.
The rest of this review contains spoilers, so if you haven't seen the film I suggest you stop reading here.
I have no problem with long movies. As long as a movie is good, it can go on forever as far as I'm concerned. But "Heat" is unnecessarily long. Countless subplots are completely unnecessary, and scenes run on forever. For example, Pacino and his girlfriend have a discussion, and Pacino gets mad and storms out of the room. The scene should end. But no, he goes to the kitchen, looks around, stands there and thinks, and then exits. A minute and a half to two minutes that we don't need to see. And many scenes are like that. Characters looking at things, reacting to things forever, stuff we just don't need to see.
There are so many unnecessary subplots here. For the first hour and a half, every few scenes or so we see this black guy applying for a job, talking to his girlfriend, etc. What does this have to do with anything? His character does figure into the big heist at the end, but why is his character worthy of background info? We don't get any on the characters that we are interested in. De Niro's a crook, that's all we ever get to know. Tom Sizemore and Val Kilmer work for him, that's all we know. How do they all know each other? How long have they been working together? Never explained. Nah, we don't need to know that, but let's watch this very minor character cook on a grill at a diner and argue with his boss. Yeah, ok. Then there's the daughter of Pacino's girlfriend, who towards the end of the film attempts suicide. Pointless, has nothing to do with anything. No reason we have to be subjected to that. Her character was only in two other scenes, so who cares? There are two romantic subplots here and neither of them work because neither of them are interesting.
Then, there's stuff that just doesn't make any sense. De Niro's character seems to be very detailed about his work. Everything is planned perfectly and back-up plans are always ready to go. He knows exactly what he's doing and where he'll be at all times. Yet for the first heist of the film he's hired this psychotic to work with his team. And this guy is really nuts. Obviously he would have some sort of criminal record, something De Niro would have checked.  So De Niro beats him to the ground, pulls out his gun and prepares to blow the psycho away as the team watches. Then a police car drives by, distracting them for about three seconds. They look down, the psycho is gone. They look around, but in a period of about ten seconds the psycho has completely vanished without making a sound. Ridiculous.
"Heat" is by no means anywhere close to being original. There's not one scene in the film that hasn't been done a million times before. For example, De Niro and crew are planning the final heist and they know that Pacino and the other cops are on their trail. So they all discuss if they should participate or not. When they get to Tom Sizemore, they tell him, "Look, you've got a wife, a kid, and you have more money than you could ever spend in a lifetime... don't do this. Walk away now." Sizemore refuses, and they keep pressuring him, remind him of what he has. So obviously Sizemore is going to die.  And he does. Also, there's a scene in the film towards the end that if it had stopped there and the credits would have rolled, I would have been satisfied. It's when De Niro is driving away with his new girlfriend, smiling because he's finally happy, and when Pacino and his girlfriend are in the hospital waiting for the daughter to recover. Pacino tells her that he'll be there for her when she needs him. This would had been slightly more original because THEN the film would have been about how people can change. But no, De Niro turns the car around to take care of some more crime business, and Pacino runs off to catch him.  Gee, I've never seen that before in my life. Groundbreaking.
I place complete blame for this dismal failure on writer/director Michael Mann. He just had no earthly idea what he ws doing here. He had no control over Pacino, because every once in a while he would break into his character from "Scent of a Woman", yelling at times for no reason. He had a nice trailer put together for the film, and then used different takes in the actual film itself. But the takes used in the trailer were much better than the actual takes that were in the film! Val Kilmer's character has maybe eight lines and spends most of the film wandering around with a weird expression on his face like his head is empty or something. "Heat" had SO much potential that the first time you see it, you just can't admit that it was bad, because you so desperately wanted it to be good. And the truth is that it's just as bad as everything else, it just has better actors in it.
-- Chuck Dowling
Please visit my movie reviews web site at http://users.southeast.net/~chuckd21/ You'll be glad you did.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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belongs to the author.
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Related links: index of all rec.arts.movies.reviews reviews


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Bubble sort is a sorting algorithm that will sort an array of numbers.
This algorithm sorts the array of numbers by considering which number in the array is the smallest value.
Insertion sort sorts an array by compairing indexes and swapping indexes accordingly. Click on the link to learn more.
Quick sort is an efficient sorting algorithm that works by recursively partitioning and sorting the data around a pivot index's value.
This algorithm sequentially checks each element of a list of values for the target value until a match is found or until all the elements have been searched
This algorithm sorts an array by dividing the search interval in half.
This algorithm shuffles the sequence of numbers.


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{% extends "saas/base_dashboard.html" %} {% macro api_param_doc(param, operationId, read_direction=True) -%} {% if param.type %}
{{param.description}}
{% if param.type == 'object' or param.type == 'array' %}The DjaoApp API is meant to be used by your application front-end logic in the same way you are calling your application backend API. DjaoApp seemlessly extends your application's backend with accounts & billing API end points required to manage authentication, subscription, user profiles, billing statements and other administrative features required to run Software-as-a-Service on the Internet.
DjaoApp supports three methods of authentication:
All API requests must be made over HTTPS. Calls made over plain HTTP will fail.
{% elif api_end_point.tags == 'profile' %}This section contains APIs to manage the identity, such as name or email address, of users and organizations registered to the site.
{% elif api_end_point.tags == 'subscriptions' %}This section contains APIs to manage subscription plans and subscribers to those plans.
{% elif api_end_point.tags == 'billing' %}This section contains APIs to manage the checkout, billing and accounting workflows, including shopping carts, coupons, charges and balance statements.
{% elif api_end_point.tags == 'rbac' %}This section contains APIs to manage the checkout, billing and accounting workflows, including shopping carts, coupons, charges and balance statements.
{% elif api_end_point.tags == 'themes' %}This section contains APIs to upload new templates for all pages, from login to checkout, or reset to the default theme.
{% elif api_end_point.tags == 'metrics' %}The metrics APIs crunch the numbers and return various insight into the performance for the business. They are used to implement a balances dashboard for example.
{% endif %}{{api_end_point.func|upper}} {{api_end_point.path}}
{{resp_code}}
{{example.func}} {{example.path}}
{% if example.requestBody %}
{{example.requestBody}}{% endif %} {% if example.resp %} responds
{{example.resp}}{% endif %} {% endfor %}


Ellis
This page contains an index of all the individuals in the database with the surname of Ellis. Selecting the person’s name will take you to that person’s individual page.
| Given Name | Birth | Death | Partner | Parents |
|---|---|---|---|---|
| Ada | 4th Qtr 1887 | Ellis, John Marsden, Hannah | ||
| Alexander | 1831-05-19 | 1877-03-14 | Horsey, Elizabeth Glyde | Ellis, Alexander & Elizabeth |
| Alexander & Elizabeth | ||||
| Alexander Horsey | 1876-08-21 | 1942-10-01 | Elsegood, Alice May | Ellis, Alexander Horsey, Elizabeth Glyde |
| Alice | 1876 | Atkinson, John | Ellis, John Marsden, Hannah | |
| Alice Joyce | 1907-06-14 | Ellis, John Reginald Irish, Alice "Nina" Perry | ||
| Ann, (3rd wife) | about 1842 | 4th Qtr 1922 | Lambert, Joseph (Blacksmith) | |
| Anne | 1861-10-24 | 1936-12-08 | Dawson, John William (Builder) | Ellis, Thomas (Grocer) Elwen or Elwin, Jane |
| Annie Jane “Jenny” | 1885-05-14 | 1960 | Pratt, Percy William, Wilson, Albert E. | Ellis, George Edward (1st) Ackroyd, Harriett |
| Catherine Annie | 1962-05-25 | 1976-05-15 | Ellis, George Edward (3rd) Moore, Lorna Mabel | |
| Daphne Wells | 1931-01-31 | 2001-09-19 | Rogers, John Kenneth | Ellis, Wilfred Wells, Mary Ancilla |
| Daughter | 1946-11-03 | 1946-11-00 | Ellis, Frank Alexander Simpson, Jean Isabel | |
| David L. | 1920-04-12 | 1947-12-11 | Ellis, Wilkinson Utley, Edith Roberts | |
| Doreen Violet | 1913-02-22 | 1914-06-18 | Ellis, George Edward (2nd) Long, Violet Annie Irene | |
| Edith Elizabeth | 1st Qtr 1885 | Ellis, John Marsden, Hannah | ||
| Edith May | 1900 | Buckland, George Samuel | Ellis, Edwin William Wicht, Helena Mary | |
| Edward | ||||
| Edwin William | 1869 | 1941-06-26 | Wicht, Helena Mary | Ellis, Alexander Horsey, Elizabeth Glyde |
| Elsie | 3rd Qtr 1906 | Ellis, William Bailey, Mary Jane | ||
| Ernest | 1900 | Ellis, John Metcalfe, Elizabeth | ||
| Frank, (1st) | 1880-12-00 | 1930 | Leary, Edith Margaret | Ellis, George Edward (1st) Ackroyd, Harriett |
| Frank, (2nd) | 1916 | about 1935-10-03 | Marley, Kathleen Mary | Ellis, Frank (1st) Leary, Edith Margaret |
| Frank Alexander | 1905-03-04 | 1989-10-20 | Simpson, Jean Isabel | Ellis, Alexander Horsey Elsegood, Alice May |
| Fred | 1st Qtr 1873 | Ellis, John Marsden, Hannah | ||
| George | 1870 | Ellis, John Marsden, Hannah | ||
| George Edward, (1st) | 1857-07-06 | 1928-04-22 | Ackroyd, Harriett | Ellis, Thomas (Grocer) Elwen or Elwin, Jane |
| George Edward, (2nd) | 1889-07-09 | 1954-12-01 | Long, Violet Annie Irene | Ellis, George Edward (1st) Ackroyd, Harriett |
| George Edward, (3rd) | 1914-05-05 | 2004-07-31 | Moore, Lorna Mabel | Ellis, George Edward (2nd) Long, Violet Annie Irene |
| Hannah Isabella | 2nd Qtr 1899 | Greenhalgh, Thomas | Ellis, William Bailey, Mary Jane | |
| Helen Elizabeth | 1874-09-24 | 1943-06-06 | Bibb, George Richard | Ellis, Alexander Horsey, Elizabeth Glyde |
| Helena Glyde | 1898 | Ellis, Edwin William Wicht, Helena Mary | ||
| Henry | 1866-06-24 | Wilkinson, Elizabeth ‘Libby’, Langley, Mary Swainson | Ellis, John Marsden, Hannah | |
| Henry “Harry” | 1887-07-23 | 1889-11-12 | Ellis, George Edward (1st) Ackroyd, Harriett | |
| Holgate | 2nd Qtr 1880 | Ellis, John Marsden, Hannah | ||
| Irene Gwenyth | 1915-10-31 | 1996-02-07 | Dubos, Augustus Francis “Gus”, Smith, Kenneth Arthur | Ellis, George Edward (2nd) Long, Violet Annie Irene |
| Jack Stanley | 1917-10-29 | 1994-11-05 | Crossley, Joan | Ellis, George Edward (2nd) Long, Violet Annie Irene |
| John | 1847 | Marsden, Hannah, Metcalfe, Elizabeth | ||
| John C. H. | 1905 | Ellis, Edwin William Wicht, Helena Mary | ||
| John Reginald | Irish, Alice “Nina” Perry | |||
| Judith May | 1937-09-02 | 1968-08-22 | Carpenter, [Living] | Ellis, Philip Horsey Day, Olive Hazel |
| Louise | 1948-05-14 | 1948-05-21 | Ellis, Frank Alexander Simpson, Jean Isabel | |
| Maggie | 1889-11-16 | 1976-01-00 | Bradley, James | |
| Marjorie Isabel | 1902 | 1918-06-07 | Ellis, Edwin William Wicht, Helena Mary | |
| Mary | 1869 | Ellis, John Marsden, Hannah | ||
| Mary | 4th Qtr 1903 | Ellis, William Bailey, Mary Jane | ||
| Minnie Shields | c1914 | Geach, [Living] | ||
| Muriel Dugdale | 1918-02-04 | 2009-03-10 | Parker, Cyril | Ellis, Wilkinson Utley, Edith Roberts |
| Norman | 2nd Qtr 1914 | 1944 | Ellis, William Bailey, Mary Jane | |
| Norman Wallace | 1921-08-11 | 1993-11-01 | Pittman, [Living] | Ellis, George Edward (2nd) Long, Violet Annie Irene |
| Philip Horsey | 1904-02-17 | 2000-01-13 | Day, Olive Hazel | Ellis, Alexander Horsey Elsegood, Alice May |
| Phyllis Hazel | 1932-12-27 | 1978-06-27 | Johnsen, [Living] | Ellis, Philip Horsey Day, Olive Hazel |
| Robert Webster | 1927-09-15 | 2003-05-25 | Stone, [Living] | Ellis, Thomas Walter "Wally" Webster, Evelyn |
| Sandra | 1897 | Lane, Ralph | Ellis, Edwin William Wicht, Helena Mary | |
| Sarah May | 1870 | 1947 | Crawley, William Albert | Ellis, Alexander Horsey, Elizabeth Glyde |
| Sargent | 2nd Qtr 1860 | Ellis, Thomas (Grocer) Elwen or Elwin, Jane | ||
| Selina M. A. | 1873 | 1875 | Ellis, Alexander Horsey, Elizabeth Glyde | |
| Stanley | 1892-11-02 | 1936-11-14 | Thurston, Emily Maude | Ellis, George Edward (1st) Ackroyd, Harriett |
| Thomas, (Grocer) | 1833 | 1895-10-02 | Elwen or Elwin, Jane, Robinson, Elizabeth | Ellis, Edward |
| Thomas Walter “Wally” | 1897-07-23 | 1928-03-06 | Webster, Evelyn | Ellis, George Edward (1st) Ackroyd, Harriett |
| Wilfred | 1st Qtr 1901 | 1960-12-06 | Wells, Mary Ancilla | Ellis, William Bailey, Mary Jane |
| Wilkinson | 3rd Qtr 1886 | 1961-01-26 | Utley, Edith Roberts | Ellis, Henry Wilkinson, Elizabeth 'Libby' |
| William | 2nd Qtr 1878 | Bailey, Mary Jane | Ellis, John Marsden, Hannah | |
| [Living] | Bongers, [Living] | Ellis, [Living] | ||
| [Living] | Wood, [Living] | Ellis, [Living] Bongers, [Living] | ||
| [Living] | Docker, [Living] | Ellis, [Living] Bongers, [Living] | ||
| [Living] | Cook, [Living] | |||
| [Living] | Wellington, Reginald Charles | Ellis, Frank (1st) Leary, Edith Margaret | ||
| [Living] | Jeffrey, [Living] | Ellis, Frank (2nd) Marley, Kathleen Mary | ||
| [Living] | Ellis, George Edward (3rd) Moore, Lorna Mabel | |||
| [Living] | Carter, [Living] | |||
| [Living] | Boland, [Living] | Ellis, Robert Webster Stone, [Living] | ||
| [Living] | Topham, [Living] | Ellis, Robert Webster Stone, [Living] | ||
| [Living] | Vann, [Living] | Ellis, Thomas Walter "Wally" Webster, Evelyn | ||
| [Living] | Allan, [Living], ???, [Living] | Ellis, Norman Wallace Pittman, [Living] | ||
| [Living] | White, [Living], Flanagan, [Living], Dawes, [Living] | Ellis, Norman Wallace Pittman, [Living] | ||
| [Living] | Ellis, [Living] Docker, [Living] | |||
| [Living] | ||||
| [Living] | Ellis, [Living] Docker, [Living] | |||
| [Living] | Vial, [Living] | |||
| [Living] | Ellis, John Reginald Irish, Alice "Nina" Perry | |||
| [Living] | Croker, [Living] | Ellis, Philip Horsey Day, Olive Hazel | ||
| [Living] | Ellis, Frank Alexander Simpson, Jean Isabel |


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THE EVELETH FAMILY
The purpose of the website is to keep in touch with all the members of the Eveleth family. If you have any questions, you can use this handy dandy comment feature, just click on this text.
The purpose of the website is to keep in touch with all the members of the Eveleth family. If you have any questions, you can use this handy dandy comment feature, just click on this text.


We present a novel two-layer hierarchical reinforcement learning approach equipped with a Goals Relational Graph (GRG) for tackling the partially observable goal-driven task, such as goal-driven visual navigation. Our GRG captures the underlying relations of all goals in the goal space through a Dirichlet-categorical process that facilitates: 1) the high-level network raising a sub-goal towards achieving a designated final goal; 2) the low-level network towards an optimal policy; and 3) the overall system generalizing unseen environments and goals. We evaluate our approach with two settings of partially observable goal-driven tasks --- a grid-world domain and a robotic object search task. Our experimental results show that our approach exhibits superior generalization performance on both unseen environments and new goals.
|
unseen environments seen goals |
unseen environments unseen goals |
|
kitchen (toaster) |
living room (painting) |
|
bedroom (mirror) |
bathroom (towel) |
|
unseen environments unseen goals |
|
seen environment seen goal (television) |
seen environment unseen goal (ottoman) |
|
unseen environment seen goal (television) |
unseen environment unseen goal (music) |
If you find this work helpful, please consider citing:
@InProceedings{ye2021hierarchical,
author={Ye, Xin and Yang, Yezhou},
title={Hierarchical and Partially Observable Goal-driven Policy Learning with Goals Relational Graph},
booktitle = {Proceedings of the IEEE/CVF Conference on Computer Vision and Pattern Recognition},
month = {June},
year = {2021}
}


Rent Property, a Fairfax Media business, is one of Australia’s leading multi-platform property industry destinations. We provide residential, commercial and rural property marketing solutions and search tools, plus information for buyers, investors, sellers, renters and agents Australia wide.
We also deliver CRM technology to real estate agencies, plus property data and research services to property seekers and sellers, real estate agencies, developers, government organisations and financial markets. Our media solutions are engineered for advertisers looking to promote their products and services to our qualified audiences. No matter what you’re after, Rent Property has your property needs covered.
Rent Property, a Fairfax Media business, is one of Australia’s leading multi-platform property industry destinations. We provide residential, commercial and rural property marketing solutions and search tools, plus information for buyers, investors, sellers, renters and agents Australia wide. We also deliver CRM technology to real estate agencies, plus property data and research services to property seekers and sellers, real estate agencies, developers, government organisations and financial markets. Our media solutions are engineered for advertisers looking to promote their products and services to our qualified audiences. No matter what you’re after, Rent Property has your property needs covered.


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One of the most important of TLS extensions is the server name indication (SNI) extension. It's common in today's Internet for low-traffic websites to share a hosting provider. There's no particular reason why a blog that gets a few hundred hits a day needs a dedicated server; it can share bandwidth (and costs) with several other sites on a single host. However, this can pose problems for TLS. Each physical server on the Internet has its own IP address, even if that physical host maps to multiple domains. So, for instance, if a shared hosting provider had three hosts named www.hardware.com, www.books.com, and www.computers.com, all hosted from a single physical server, each one would resolve to the same IP address.
This doesn't seem like a problem for TLS until you consider that TLS must send a certificate whose domain name matches the requested domain name to avoid the man-in-the-middle attack. However, TLS doesn't know what domain was requested. Domain names are for people; computers deal in IP addresses. Therefore, the client has to have some way to notify the server that it should present the certificate for www.books.com rather than the certificate for www.computers.com; wildcard certificates don't help here, because it's specifically prohibited to generate a wildcard of the form *.com — for obvious reasons.
Therefore, the client is optionally permitted to indicate with a client hello extension the name of the host it's trying to connect to, and all modern browsers do this.
TLS does not provide a mechanism for a client to tell a server the name of the server it is contacting. It may be desirable for clients to provide this information to facilitate secure connections to servers that host multiple 'virtual' servers at a single underlying network address. 笔记：在引入server name extension之前，client会向server发送Client Hello信息，但是Client Hello中并没有包含域名(domain name)信息。
In order to provide the server name, clients MAY include an extension of type "server_name" in the (extended) client hello. The "extension_data" field of this extension SHALL contain "ServerNameList".


public final class TradingManager
extends java.lang.Object
| Constructor and Description |
|---|
TradingManager() |
| Modifier and Type | Method and Description |
|---|---|
void |
buyMaxNumberOfShares(DailyInput input)
Uses all of the available funds to buy as many shares as possible at the close price of the input.
|
void |
buyNumberOfShares(DailyInput input,
int totalShares)
Buys the given number of shares at the close price of the input
|
void |
buySharesOfValue(DailyInput input,
int value)
Buys a number of shares worth the amount given based on the close price of the input
|
DailyOutput |
finalizeTrade(DailyTrades trade) |
int |
getAvailableFunds()
Gets the amount of cash available
|
int |
getInvestmentAmount(DailyInput input)
Get the cash value of the shares currently invested against the close price of the input
|
int |
getSharesOwned(java.lang.String companyName)
Gets the number of shares currently owned
|
void |
sellAllShares(DailyInput input)
Sells all currently held shares
|
void |
sellNumberOfShares(DailyInput input,
int totalShares)
Sells the given number of shares at the close price of the input
|
void |
sellSharesOfValue(DailyInput input,
int value)
Sells a number of shares worth the given value based on the close price of the input.
|
public int getAvailableFunds()
public int getSharesOwned(java.lang.String companyName)
public int getInvestmentAmount(DailyInput input)
public void buySharesOfValue(DailyInput input, int value) throws exceptions.InsufficientFundsException
exceptions.InsufficientFundsException
- if there are less funds available than the given valuepublic void buyNumberOfShares(DailyInput input, int totalShares) throws exceptions.InsufficientFundsException
exceptions.InsufficientFundsException
- if there are insufficient funds to buy the number of shares requestedpublic void buyMaxNumberOfShares(DailyInput input)
public void sellSharesOfValue(DailyInput input, int value) throws exceptions.InsufficientSharesException
exceptions.InsufficientSharesException
- if there are insufficient shares to the value of the given inputpublic void sellNumberOfShares(DailyInput input, int totalShares) throws exceptions.InsufficientSharesException
exceptions.InsufficientSharesException
- if there are insufficient shares currently held to sell the number of shares requestedpublic void sellAllShares(DailyInput input)
public DailyOutput finalizeTrade(DailyTrades trade)