UD for Yorùbá
Tokenization and Word Segmentation
- Following most tokenization patterns, words are delimited by whitespace. Generally, words are delimited by whitespace or punctuation except:
- Hyphenated words that cannot be correctly annotated when split (níhìn-ín) are not split.
- Multiword tokens are not used in Yorùbá; “what you see is what you tokenize”. Contractions are not undone for words that can be correctly assigned a category.
Morphology
Tags
- Yorùbá uses 15 universal tags (SYM and INTJ do not occur in the corpus at present).
- The only word tagged as PART is the negation marker kò.
- Auxiliary verbs (AUX) are grouped to:
- jẹ́ (copular “be”)
- ní (copular “be”)
- kí follows jẹ́ in constructions that can be understood as third-person existential imperatives (“let there be light”); it is semantically and syntactically redundant, but currently we tag it as auxiliary, together with jẹ́
- kìí – negative habitual (“usually be/do not”)
- ń – imperfective or progressive aspect
- ti – perfective aspect (“have”)
- yóò, máa, á, a, ó, yió – future tense (“shall, will”)
- ìbá, ì bá – conditional (“would”); written as one word in old texts, modern spelling is ì bá
- lè – modal “can, may”
- gbọdọ̀ – modal “must”
- má, máà – negative “do not” (cf. the negative particle kò)
- The tag DET is used for articles and pronominal words used with a determiner function;
they can precede or follow the noun they quantify.
The tag PRON is used for subjects or objects of a noun phrase and to show possession.
- A word can belong to both categories
DET
andPRON
: (àwọn) is taggedDET
when used as a pluralizer of a nominal. - Gender of a pronoun is only determined by the antecedent (ó – can be he, she or it). It is not explicitly stated.
- A word can belong to both categories
- Polysemy is an important phenomenon in Yorùbá, to correctly categorize a word, the context where it occurs is the determining factor. Tone can distinguish meaning but a word with the same tone can mean different things in different circumstance (e.g. bí - “procreate”, “if”, “not” )
Features
- The pluralizing determiner àwọn is tagged
Number=Plur|PronType=Dem
. - The numeral tag NUM is used for quantity. Number words follow words they quantify.
- Adjectives agree with nouns (in attributive position) and they only have the positive Degree.
- There is no morphological Case; instead, adpositions (ADP) are used as case markers and specify the role of a noun in a phrase.
- Verb forms are past/perfect (ti), continuous (preverbial particle - ń), future (yóò). Verb serialization is prominent in Yorùbá, the first verb marks tense while the second indicates the direction of an action.
Syntax
- Yorùbá is an SVO language with a strict word order.
Subjects
- Nominal subjects are in initial position followed by adjectives, demonstrative and relative clauses.
- Nominal subject (nsubj) is a noun phrase without preposition.
- A finite subordinate clause may serve as the subject and is labeled csubj.
Objects
- Objects follow the main verb.
-
When a verb has two objects, the second one is preceded by a preposition and therefore labeled as oblique (
obl
). - Verb phrases and prepositional phrases are also head initial.
Yoruba uses 2 relation subtypes:
compound:prt
to attach verbal particles to verbscompound:svc
to connect verbs in a serial verb construction
Treebanks
There is only one Yorùbá UD treebank at present:
More
This section will probably be moved to a separate page. Examples are taken from the Language Gulper.
The default interpretation of the bare verb stem is the past tense.
Olú ra aga \n Olú buy chair
nsubj(ra, Olú)
obj(ra, aga)
“Olu bought a chair.”
The imperfective auxiliary ń is used to refer to an action in progress in the past or present, or to a habitual action.
Wọ́n ń jó \n They IMPF play
nsubj(jó, Wọ́n)
aux(jó, ń)
“They are (were) playing.”
The perfective auxiliary ti denotes a completed action.
Ó ti lọ \n He/she PERF go
nsubj(lọ, Ó)
aux(lọ, ti)
“He/she has gone.”
The auxiliaries á/ó/yió denote the future tense.
ọ̀rẹ́ mi á lọ \n friend my FUT go
nmod(ọ̀rẹ́, mi)
nsubj(lọ, ọ̀rẹ́)
aux(lọ, á)
“My friend will go.”
A combination of the imperfective/progressive and perfective auxiliaries indicates the beginning of an action in the past (progressive perfect).
Mo ti ń gba lẹ́tà rẹ \n I PERF IMPF receive letter your
nsubj(gba, Mo)
aux(gba, ti)
aux(gba, ń)
obj(gba, lẹ́tà)
nmod(lẹ́tà, rẹ)
“I have started to receive your letters.”
If the verb has two objects, the second one is preceded by the preposition ní. Therefore the second object is treated as an oblique argument in UD.
Ó kọ wa ní Yorùbá \n He teach us to Yoruba
nsubj(kọ, Ó)
obj(kọ, wa)
obl(kọ, Yorùbá)
case(Yorùbá, ní)
“He taught us Yoruba.”
There are serial verb constructions, in which several verbs appear in a sequence
without any intervening coordinator or subordinator. They share tense-aspect markers
if any, and they may share arguments, although an argument may have different roles
with respect to different verbs in the chain.
Some of these constructions could be annotated as either compound:svc
or xcomp
.
Precise criteria have yet to be formulated.
Ó gbé e wá \n He/she carry it come
nsubj(gbé, Ó)
obj(gbé, e)
compound:svc(gbé, wá)
“He/she brought it.”
Ó tì mí ṣubú \n He/she push me fall
nsubj(tì, Ó)
obj(tì, mí)
compound:svc(tì, ṣubú)
“He/she pushed me and I fell.”
Two transitive verbs combined may have each their own object.
Ó pọn omi kún kete \n He/she draw water fill pot
nsubj(pọn, Ó)
obj(pọn, omi)
compound:svc(pọn, kún)
obj(kún, kete)
“He/she drew water and filled the pot.”
But there can also be one shared object:
Ade ń ra ẹran jẹ \n Ade IMPF buy meat eat
nsubj(ra, Ade)
aux(ra, ń)
obj(ra, ẹran)
compound:svc(ra, jẹ)
“Ade is buying meat and eating it.”
In focus constructions, a constituent is placed at the front and marked by the morpheme ni. Normal sentence without focus:
Olú ra ìwé \n Olú buy book
nsubj(ra, Olú)
obj(ra, ìwé)
“Olú bought a book.”
Object focus:
Ìwé ni Olú rà \n Book FOC Olú buy
nsubj(rà, Olú)
obj(rà, Ìwé)
case(Ìwé, ni)
“It was a book that Olú bought.”
If the subject is focused, there must be a pronoun at the subject position. We treat this as an instance of clitic doubling: the fronted noun phrase is analyzed as the subject, and the pronoun is attached as an expletive:
Olú ni ó ra ìwé \n Olú FOC he buy book
nsubj(ra, Olú)
case(Olú, ni)
expl(ra, ó)
obj(ra, ìwé)
“It was Olú who bought the book.”
Oblique dependent focus:
Ní ilé ni ó ti bẹ̀rẹ̀ \n At house FOC it PERF start
case(ilé, Ní)
case(ilé, ni)
obl(bẹ̀rẹ̀, ilé)
nsubj(bẹ̀rẹ̀, ó)
aux(bẹ̀rẹ̀, ti)
“It was in the house that it started.”
The verb can be fronted in its nominalized form. It must be then repeated as a verb.
Rírà ni bàbá ra bàtà \n Buying FOC father buy shoes
case(Rírà, ni)
dislocated(ra, Rírà)
nsubj(ra, bàbá)
obj(ra, bàtà)
“Father bought shoes.”


Unlimited Games. How should Red play 41?
pips Red=99 White=182
(CorrectAnswer= 0/0, ErrorScore= 0)
12/7 is very nearly a blunder. You shouldn’t be piling checkers on one point when bearing in.
Now is the time for flexibility. White will hit with very few numbers and will probably do so only if he can keep his two anchors. This is not a time for safety first. Even if White does hit there will be multiple return shots. The best play here is 13/9, 12/11 (avoiding the double fours joker that 13/9, 6/5 allows).
Now is the time for flexibility. White will hit with very few numbers and will probably do so only if he can keep his two anchors. This is not a time for safety first. Even if White does hit there will be multiple return shots. The best play here is 13/9, 12/11 (avoiding the double fours joker that 13/9, 6/5 allows).
1. Cubeful 2-ply 13/9 12/11 Eq.: +0.506 0.558 0.322 0.006 - 0.442 0.074 0.001 2. Cubeful 2-ply 13/12 13/9 Eq.: +0.503 (-0.003) 0.559 0.323 0.006 - 0.441 0.075 0.001 3. Cubeful 2-ply 13/8 Eq.: +0.488 (-0.018) 0.556 0.314 0.005 - 0.444 0.074 0.001 4. Cubeful 2-ply 13/9 6/5 Eq.: +0.469 (-0.037) 0.551 0.319 0.006 - 0.449 0.079 0.002 5. Cubeful 2-ply 13/9 7/6 Eq.: +0.441 (-0.065) 0.543 0.326 0.007 - 0.457 0.089 0.003


Code Wars II
Danger Level: Green
}Palindrome~
Point Value: 2
Problem Statement
Determine if an input line is a palindrome.
A palindrome is a word, verse, sentence, or number that reads the same
backward or forward.
Program Input
A series of input lines from the file PROB03.IN:
1881
Madam, I'm Adam.
Lisa Bonet ate no basil.
Taste penne pasta.
Program Output
Echo the input line to the output file PROB03.OUT, then indicate whether it was a palindrome.
1881
is a palindrome.
Madam, I'm Adam.
is a palindrome.
Lisa Bonet ate no basil.
is a palindrome.
Taste penne pasta.
is *not* a palindrome.


About jsinst
jsinst is a light weight JavaScript toolkit for in page instrumentation and performance test.
By adding very few extra properties to existing web page elements, you can easily know how your visitor interactive with your web page.
jsinst can queue up user events in frontend, and send the data to your server as you demand.
It's fast, small and without dependency, have a try!
How jsinst works
Step 1: Make some moves
Please play with this form and watch the console output. Default queue size is 5, which means that you need to click at least 5 times.
Step 2: Watch the output, or debug it!
The MIT License
Copyright (c) 2013 Zheng Li
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


Tamar Braxton Pens An Emotional Message For David Adefeso’s 50th Birthday
by Ron CollinsTamar Braxton celebrated her man, David Adefeso’s 50th birthday, this weekend. She made sure to share an emotional message on her social media account, just to mark this important event.
 That happened to me when we locked eyes at Gene’s birthday party almost two years ago. You were a young man then, 😂 and also then, I knew we we would grow old together. You are my BEST friend and I thank you for so many things.  I can’t wait to turn up at your very first birthday party🥰 happy 50th bday @david.adefeso you may be an old man but you are still fine, Rich, and ALL MINE🤣🤣😂😂’ Tamar captioned her post.
Her fans could not be happier for her, and they made sure to tell her this in the comments.
Someone said: ‘You deserve this blessing!  It’s a beautiful thang💯’
A fan posted: ‘Lol…I love it and love you, Tamar. I am so happy you found a good man❤’ and someone else shared: ‘Happy birthday now quit stressing him out spoiled self😂😂’
One other follower wrote this: ‘Happy Birthday, David. Thanks for making Tamar so happy!!! You two are 🔥’
A follower told Tamar that they are happy for her and wrote: ‘So happy for you @tamarbraxton and happy birthday sir thank you for bringing joy and love back to her.’
Someone else said: ‘You give me so much strength… I am so incredibly happy for all your blessings. I pray for you always.’
Tamar received a bit of shade these days, after she had a few comments on vegans that she decided to post on her social media account.
She has also recently been bashed following some comments that she made about gays.


This class is used by the Sprite Editor to preview sprites.
More...
#include <Sprite.hpp>
This class is used by the Sprite Editor to preview sprites.
◆ Sprite()
Constructor for the Sprite class.
◆ CreateTexture()
| void Sprite::CreateTexture |
( |
SDL_Renderer * |
ren | ) |
|
This method creates a texture from a loaded image surface.
- Parameters
-
| ren | The renderer that is actually used to draw objects on screen. |
◆ LoadFrameVector()
| void Sprite::LoadFrameVector |
( |
int |
fWidth, |
|
|
int |
fHeight |
|
) |
| |
Loads a vector of sprite frames.
- Parameters
-
| fWidth | Width of each sprite frame. |
| fHeight | Height of each sprite frame. |
◆ LoadImage()
| void Sprite::LoadImage |
( |
std::string |
filePath | ) |
|
Creates an SDL surface from a given image.
- Parameters
-
| filePath | path to the image. |
◆ Render()
| void Sprite::Render |
( |
SDL_Renderer * |
ren | ) |
|
This method renders the sprite every frame.
- Parameters
-
| ren | The renderer that is actually used to draw objects on screen. |
◆ SetPosition()
| void Sprite::SetPosition |
( |
int |
x, |
|
|
int |
y |
|
) |
| |
Constructor to set the position of a sprite.
- Parameters
-
| x | x-coordinate of the sprite. |
| y | y-coordinate of the sprite. |
◆ Update()
| void Sprite::Update |
( |
int |
fIterator, |
|
|
int |
sFrame, |
|
|
int |
eFrame, |
|
|
int |
fWidth, |
|
|
int |
fHeight |
|
) |
| |
Constructor to set the position of a sprite.
- Parameters
-
| x | x-coordinate of the sprite. |
| y | y-coordinate of the sprite. |
The documentation for this class was generated from the following files:


| DOSE: T+ 0:00 |
75 mg |
oral |
Moclobemide |
|
| T+ 1:00 |
28 mg |
oral |
Methylone |
(liquid) |
In the name of science (and because methylone is now unavailable), I chose to explore the dreaded combo of an MAOI (moclobemide) with a stimulant (Methylone). My normal dose of methylone is 220mg, so I figured a good starting point for experimentation with an MAOI would be 20-30mg.
I was looking to potentiate required amount only (dosage). I was hoping to turn my shrinking store of methylone into 3 or even 4 times the amount of experiences left.
Quick conclusion: from what I gathered from this low-dose experience, moclobemide does appear to potentiate the methylone by a factor of at very least 2x, and likely more... but not necessarily in a linear or positive way. Here is the 'spread' of the experience:
T-1 hour: Consumed 75mg Moclobemide.
At t+0 hours, I was feeling a slight mood lift and alteration of headspace from the moclobemide. My hands were cold.
I drank 28mg methylone dissolved in water over the course of 15 minutes. At t+20 minutes, I felt slightly chilly. Also around this time I experienced the usual body flush - a digestive track 'flush' (cleansing, welcome diarrhea). I hopped in the bath, feeling a twinge of the usual lethargy. Some nice tingles were present - pretty nice for 28mg.
t+40 mins: I should be feeling fun effects if this were a full dose about now, but I feel barely any mood lift, only slight heart rate/BP elevation, mouth is plenty moist (it usually is DRY), and my member is decidedly NOT shrunk (it usually shrinks, common with most amphetamines). I experience only minor feelings of deep, satisfying breathing. This feels like perhaps 70-80mg methylone (sans MAOI), at most.
T+1.5 hours: weird, I still feel like things are getting more intense. Usually things have plateau'd by now. This feels like a low dose, which is fine. This is in the name of science - I wasn't planning on having a full blown fun time today. Is this gradual increase in effects perhaps the MAOI increasing catecholamines, since they aren't being broken down as quickly?
T+2.5 hours: Ahh, bummer, any sign of mood lift is gone, just feeling tired now. Perhaps the mood lift lasted a little longer than usual, but I'm also feeling more confused/slow (mentally) than usual. Not good for such a low dose.
T+4 hours: I almost fell asleep - I feel tired, warm, in the usual methylone come-down kind of way. However, the come-down feels like I just went through a 150-200mg experience, not a 28mg one! I consider this a big negative, because I didn't get the euphoria, heart opening, or insight of a higher-dose experience, but the lethargy of a larger-dose experience is there...
Well, it seems like the MAOI continued to make things stronger as time progressed. However, this strength was overlayed on the usual methylone timeline! Blah. So it appears as if the fun, initial effects (T+0.5 to T+2 hours) probably won't be greatly potentiated by the MAOI with higher doses of methylone, but the after-effects will continue to grow in intensity.
 Given this finding, I believe that a larger dose of methylone with moclobemide would likely produce large, negative after-effects, including lethargy and loss of motivation. However, I have the sense that the initial effects wouldn't be similarly potentiated. In other words, this combination doesn't look like it's worth it, especially given the potential danger of mixing MAOIs with stimulants!
I was planning on trying a 56mg dose of methylone with 75mg Moclobemide later this week, but after today's experiment, further experimentation will cease. I guess this will be another data point for MAOI+stimulant drug = potentiation, but not in a good way, and definitely not worth it.
In the name of science,
MMan
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Welcome to Part 3 - Classification!
Unlike regression where you predict a continuous number, you use classification to predict a category. There is a wide variety of classification applications from medicine to marketing. Classification models include linear models like Logistic Regression, SVM, and nonlinear ones like K-NN, Kernel SVM and Random Forests.
In this part, you will understand and learn how to implement the following Machine Learning Classification models:
Enjoy Machine Learning!


--- layout: default title: Home ---
I'm a first year PhD student at the Institute for Natural Language Processing, University of Stuttgart.
I'm part of the research group Computational Models of Misunderstanding for Complex Instructional Texts (MisT) supervised by Dr. Michael Roth.
I'm working on natural language processing (NLP). My research goal is to model the potential for conflicting interpretations in written texts.
My research interests include
By the way, if you are wondering why a 🍋 pops up every now and then on this page, my last name "Sauer" (/ˈzaʊ̯ɐ/) means "sour" or "acid" in German.
August 2021 I'm a coorganiser of a task at SemEval-2022 together with Talita Anthonio and Michael Roth: Task 7: Identifying Plausible Clarifications of Implicit and Underspecified Phrases in Instructional Texts.
June 2021 I've joined the MiST research group on misunderstandings in instructions as a PhD student.


--- layout: post title: 'Computers will NEVER win at #CalvinBall! #xkcd: Game AIs' date: '2012-01-11T12:10:00.001-05:00' author: Bob Sica tags: - xkcd - humor modified_time: '2013-07-31T16:06:36.641-04:00' blogger_id: tag:blogger.com,1999:blog-4599947215754335931.post-5487888694246597594 blogger_orig_url: http://blog.bobsica.com/2012/01/computers-will-never-win-at-calvinball.html ---


Before Change
for account_response in s3.list_objects_v2(
Bucket=CLOUDTRAIL_BUCKET, Prefix="AWSLogs/", Delimiter="/").get("CommonPrefixes") or []:
account = account_response["Prefix"].split("/")[1]
for region_response in s3.list_objects_v2(
Bucket=CLOUDTRAIL_BUCKET,
Prefix=f"AWSLogs/{account}/CloudTrail/", Delimiter="/").get("CommonPrefixes") or []:
region = region_response["Prefix"].split("/")[3]
date = start_ts.date()
while date <= end_ts.date():
After Change
accounts.append(account)
// Does not make network calls; appears to be hardcoded in the botocore library.
regions = boto3.Session().get_available_regions("s3")
// Drop old Athena tables from previous runs.
// (They"re in the DB owned by the stack, so safe to do.)
run_multiple_queries([DROP_CLOUDTRAIL, DROP_OBJECT_ACCESS_LOG, DROP_PACKAGE_HASHES])


Scott Allen Funkhouser
Updated January 2017
Education
- 2013-2019
- PhD, Genetics and Quantitative Biology; Michigan State University
- 2007-2011
- BSc, Biochemistry; University of Washington
- 2005-2007
- Valedictorian; Graham-Kapowsin HS
Research Positions
- 2014 - Present
Graduate Research Assistant; Mentor: Catherine Ernst PhD; Michigan State University
Investigating the role of A-to-I RNA editing in mammalian genomes and developing methods for the genomic prediction of complex phenotypes.
- 2012 - 2013
Research Scientist I; Mentor: Mary Philip MD PhD; University of Washington
Investigated the role of a heme exporter, FLVCR, in the development of T lymphocytes.
- 2010 - 2011
Undergraduate Research Assistant; Mentor: Chris Hague PhD; University of Washington
Studied novel binding partners to pertinent G-Protein coupled receptors.
Awards, Grants, Scholarships
USDA Pre-doctoral Fellowship
2017-2019 • $95,000
ISAG Travel Award
$2,000 to attend the 2016 ISAG Conference in Salt Lake City, UT
NSIF Graduate Student Travel Award
$500 to attend 2016 NSIF meeting in Raleigh, NC
Fred and Lucille Stamper Academic College Scholarship
2007 - 2011 • $16,256
Memberships
ASAS PhD Student Member
2015 – Present
Genetics Student Organization Officer
- 2016-Present: President
- 2014-2015: Second-year Representative
- 2015-2016: Third-year Representative and Social Chair
Selected Graduate Coursework
- Molecular Biology (BMB 801)
- Eukaryotic Molecular Genetics (MMG 835)
- R Programming for Quantitative Genetics (ANS 824)
- Advanced Statistics for Biologists (STT 814)
- Intro to Statistical Genetics (STT 855)
- Bayesian Inference using MCMC (FW 849)
Skills
- Programming
Listed in order from most skilled to least skilled
- The R language
- C++
- Bash
- Fortran
- Python
- Java
Familiar with others for web development including:
- Markdown
- HTML
- CSS
- Javascript
- Bioinformatics
Experience using various tools, including:
- Bowtie
- Tophat
- Picard
- SAMTools
- bcftools
- Variant Effect Predictor
- UCSC Genome Browser
- Software development
- Git
- Github
- R Studio
- GNU Make
R development packages:
- devtools
- roxygen
- testthat
- Literate programming
-
- Molecular Biology
- Flow cytometry
- immunostaining
- qPCR
- PCR
- molecular cloning and techniques therein
- cell culture
Publications
- Funkhouser SA, Bates RO, Ernst CW, Newcom D, Steibel JP. Estimation of genome-wide and locus-specific breed composition in pigs. TAS. 2017; doi: 10.2527/tas2016.0003
- Zhao D, Hamilton JP, Hardigan M, Yin D, He T, Vaillancourt B, Reynoso M, Funkhouser SA et al. Analysis of ribosome-associated mRNAs in rice reveals the importance of transcript size and GC content in translation. G3 (Bethesda). 2016;7: 203–219. doi:10.1534/g3.116.036020
- Philip M, Funkhouser SA, Chiu EY, Phelps SR, Delrow JJ, Cox J, et al. Heme Exporter FLVCR Is Required for T Cell Development and Peripheral Survival. J Immunol. 2015; doi:10.4049/jimmunol.1402172
Pending Publications
- Funkhouser SA, Steibel JP, Bates RO, Raney NE, Schenk D, Ernst CW. Evidence for Transcriptome-wide RNA Editing Among Sus scrofa PRE-1 SINE Elements. bioRxiv. 2017; Available: here
- Reeb PD, Funkhouser SA, Ernst CW, Steibel JP. Assessing genotype call accuracy from RNA sequencing data.
Conference Presentations and Posters
- Funkhosuer SA, Bates RO, CW Ernst, Newcom D, Steibel JP. (2016) Estimation of the composition of four U.S. swine breeds using genomic data. ePoster presented at the 2016 ASDA/AAS Joint Annual Meeting.
- Funkhouser SA, Steibel JP, Bates RO, Raney NE, Ernst CW. (2016) RNA editing in swine is associated with PRE-1 retrotransposons. ePoster presented at the 2016 International Society for Animal Genetics Conference.
- Funkhouser SA, Steibel JP, Bates RO, Raney NE, Ernst CW. (2015) Evidence of RNA editing in pig longissimus dorsi muscle. Oral presentation given at the American Dairy Science / American Society of Animal Science Midwest Conference.
<EMAIL_ADDRESS>•<PHONE_NUMBER> • 474 S. Shaw Lane, Room 1205 - East Lansing, Michigan, USA


{% extends "base/base.html" %} {% block page_title %}Fetch data of all boards{% endblock %} {% block content %}
Congratulations! Now, you should have your boards up to date.


WebUSB specification
WebLight
Don't see your device below? Grant this site permission to access it first.


You can find your package in /packages/truth
MEAN versions prior to 0.3.2 will be in /node_modules/truth


Windows 10 Review
Microsoft announced the latest build of Windows 10 Technical Preview Build 9926 on 23 January 2015.
Windows 10. Pricing? Free, seriously. Windows 10 will be available to be upgraded for every Windows 7, 8 and 8.1 users. FREE. No hidden charge. Just you are not running a pirated version of Windows, LOL.
So, are there any new things/features in this latest build of Windows 10?
Hey Cortana.
First, CORTANA. People love technology. People love artificial intelligence (AI). There are Siri for iOS users, Google Now for Android (and iOS, oops) and Cortana for Windows phone.
Now, the biggest problem is: computer should be smarter than smartphone, every features in smartphone should also be available in computer. So, Microsoft introduces Cortana, a Microsoft AI for Windows 10.
Is that awesome? Currently, no. Maybe it’s still under development/beta. Anyway, how is the quality/performance/feature of Cortana in this latest build of Windows 10?
The available features are still very limited. You only can set reminders, check weather forcast, and I think that’s all. You can’t ask her (Cortana is a female…) “who is Obama?”. If you ask her, she will simply redirect you to Bing.com (Where is my Google?)
So, Cortana in Windows 10, let’s ignore this feature until the next build or the final release of Windows. Hope Cortana will become a better and awesome future.
Hello Start Menu.
Next, Start Menu is back! But don’t be so happy. The ‘new’ start menu is something like the combination of the start menu of Windows 7 and metro start of Windows 8. It looks weird and I don’t like it. I still prefer Windows 8 metro start or Windows 7 start menu. Just don’t combine together. Anyway, it should work better in touch screen mode.
Virtual Desktop
Virtual Desktop. This is one of the features in Mac OS long long time ago. And finally it will be available in Windows (without any third-party add-ons). It works quite nicely but it’s a little bit unfamiliar to Windows users. It’s still a nice feature anyway.
A Windows PC for just only USD 35?
Wait wait. Did Microsoft say Windows 10 is an OS for any devices from no screen to phone, tablet, laptop, PC, even TV? Yes. Windows 10 is bigger and stronger than you think.
A Windows PC for just 35USD? Seriously, Windows JUST announced that Windows 10 will also be available for Raspberry Pi 2 for free. Our next generation, 35USD computer is coming soon. More info: raspberrypi.org
Windows 10 is nice. But I will continue using my beautiful and fast Ubuntu i mentioned few days ago. Link
Thanks for reading my blog and supporting me, have a nice day.


--- # jekyll prompt ---
This is a value set defined by the FHIR project.
Summary
| Defining URL: | http://hl7.org/fhir/ValueSet/daf-procedure-type |
| Name: | DAFProcedureType |
| Definition: | This example value set defines a set of codes that can be used to indicate the type of procedure: a specific code indicating type of procedure performed, from CPT, SNOMED CT, ICD10-PCS. |
| Committee: | Infrastructure And Messaging Work Group |
| OID: | 2.16.840.1.113883.4.642.2.607 (for OID based terminology systems) |
| Copyright: | CPT copyright 2014 American Medical Association. All rights reserved. This value set includes content from SNOMED CT, which is copyright © 2002+ International Health Terminology Standards Development Organisation (IHTSDO), and distributed by agreement between IHTSDO and HL7. Implementer use of SNOMED CT is not covered by this agreement |
| Source Resource | XML / JSON |
This value set is not currently used
This value set includes codes from the following code systems:
This expansion generated 31 May 2016
See the full registry of value sets defined as part of FHIR.
Explanation of the columns that may appear on this page:
| Level | A few code lists that FHIR defines are hierarchical - each code is assigned a level. In this scheme, some codes are under other codes, and imply that the code they are under also applies |
| Source | The source of the definition of the code (when the value set draws in codes defined elsewhere) |
| Code | The code (used as the code in the resource instance) |
| Display | The display (used in the display element of a Coding). If there is no display, implementers should not simply display the code, but map the concept into their application |
| Definition | An explanation of the meaning of the concept |
| Comments | Additional notes about how to use the code |


DUDE, WHERE'S MY CAR?
Review by John Beachem
* * * 1/2
Directed by: Danny Leiner Written by: Philip Stark
Jesse (Ashton Kutcher) and Chester (Seann William Scott) are two pot heads who have just woken up after the wildest night of their lives. They trashed their girlfriends' house, and are wanted by the police, and somehow bought a lifetime supply of pudding. Unfortunately, there's just one problem: they don't remember any of it. They're certain the answers to all their questions lie in Jesse's car, but it seems to have vanished off the face of the earth. As the two attempt to track it down, events around them change from fuzzy, to strange, to downright bizarre. Somehow they seem to have become embroiled in an intergalactic war involving a mysterious object of unspeakable power, and its power is exceeded only by its mystery (as Jesse points out, that's not a lot of help in identifying it). Now, their girlfriends have been kidnapped by a group of fanatical nerds, they're being hunted by a transsexual thief, two unusual Nordic guys are following them everywhere they go, an army of ostriches is on their heels, and if you're feeling confused by all of this, just imagine how Jesse and Chester feel!
I feel somehow dumber for having watched this film.  Even worse, and this is something I'm truly ashamed to admit, I enjoyed this mindless mess. Dude, Where's My Car?  Now, bear one thing in mind, this is a teen flick through and through. Everyone over the age of twenty three will no doubt sit there, staring at the screen in utter bafflement, wondering what all these kids are laughing at. After the movie they'll probably whine and complain that it wasn't funny and these kids today just don't know what good humor is. Normally, I'd agree, but this movie is not directed at adults.
Seann William Scott (Road Trip) and Ashton Kutcher (television's "That Seventies Show") are asked to carry this film entirely on their shoulders, and I'm happy to announce that they do a pretty good job. They're young actors, so obviously their comic timing is a little off, but what they lack in experience they make up for in effort. These guys are really trying to pull some laughs out of the audience, and they manage to do it on several occasions. Seann William Scott's primary strength is in his outlandish facial expressions. Two scenes that got a chuckle out of me were the look on his face while watching "Animal Planet", and the one he made when confronted by a very angry ostrich. Ashton Kutcher, on the other hand, is at his best when delivering really moronic lines with complete seriousness. My favorite was when he asks Christie Boner (Kristy Swanson) if she'd seen his car.  Chester's jaw drops, but Jesse gets a confused look and then says, "Oh no, I was talking about the WHOLE thing." The rest of the cast is required to do very little, and they're all equal to the task. Fans of "Star Trek: The Next Generation" should watch for Brent Spiner in a brief appearance as a French ostrich farmer (don't ask, I still don't quite get that one).
 Obviously if you are going into this movie expecting a strikingly witty and intelligent film, featuring excellent direction and a fascinating story, you haven't seen the previews. In fact, you probably haven't seen the previews for anything since you've no doubt been living in a cave for the past ten years. The humor in this film is more of this variety: Jesse says, "Dude, where's my car?" Chester says, "Where's your car dude?" Jesse repeats, "Dude, WHERE'S my car?" Chester repeats, then Jesse, then Chester, until you want to smack them both upside the head.  Yes, about half the jokes in the film fall completely flat, even for your average teen-ager. Yes, Danny Leiner's direction can only be described as inept at best as he allows countless scenes to go on for far too long. Finally, yes, the only people who should find this amusing are those who think the idea of a movie jumping into a music video up and out of nowhere is hilarious. Sad as it might sound, I actually laughed when that happened.
Despite the fact that only half the jokes work, and even they don't work too well, the movie does have two other factors working in its favor. First, as I mentioned earlier, it's extremely good natured. The closest the film ever comes to a mean spirited moment is when an old woman drives over Chester and makes a really nasty comment explaining why. Otherwise, these two guys try their best to help their girlfriends, make amends for whatever they might have done wrong the night before, and track down that infernal car. The other thing I really enjoyed about the film is that in a really dumbed down way, it rather works as a mystery. Obviously I'm not saying it's worthy of Dame Christie or anything, but it's interesting watching the events of the previous night slowly fall into place as our intrepid heroes track down one bizarre clue after another. The soundtrack to Dude Where's My Car? features nothing more than a compilation of fairly modern pop songs. What did you expect, a new score from Hans Zimmer? The movie runs a quick 86 minutes, and it stops just before wearing out it welcome. I'd recommend it to fans of teen movies, but not to adults under any circumstances. I give the flick three and a half out of five stars.
Comments? Send to<EMAIL_ADDRESS>Past reviews can be found at: http://us.imdb.com/ReviewsBy?John+Beachem
* * * * * - One of the best movies of the year. * * * * - Great flick, try and catch this one. * * * - Okay movie, hits and misses. * * - Pretty bad, see it at your own risk. * - See this one only if you enjoy pain.
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rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


kmeans.js is a JS implementation of the K-means clustering algorithm. The initial means are chosen randomly so you will get a different result at each page refresh.


Join UMD Game Developers Club!
About Us
The Game Developers Club is a student run organisation focused on promoting and encouraging personal and professional Game Development at the University of Maryland College Park.
We meet at least once a week on campus and also hold workshops and labs. Students work alone or in groups to complete projects that they demo during the meetings. The club basically serves as a group for members to learn from and collaborate with one another, and as a venue to give and recieve feedback.
If you are interested in joining you are welcome to join our Facebook group, where we post event and potential job/internship information, and our Discord using the links below.
Below you can also read about the different types of events the club hosts.
Club Events
Weekly Meetings
We hold a meeting every week on Thursday in CSIC 2120. If the meeting room differs then we will indicate that on this site or the facebook page.
The first 10-20 minutes of each meeting are dedicated to showing game demos and talking about industry news.
The rest of the meeting will be a group discussion/activity about our club projects or a directed discussion/presentation about some game design concept or game dev tool.
These meeting are often very low key and casual and are more social gatherings that give members a chance to hang out and talk about game developement, or discuss some specific tool or design philosophy.
Labs and Workshops
Officers of the club will host labs and workshops dedicated to teaching and developing game dev skills.
Workshops are themed events where one officer presents and gives a tutorial that shows members how to use a particular game dev tool or concept, and then walks them through how to actually implement it in a sample project.
Workshops will be similar to Computer Science discussions where the officer acts as a TA.
Workshops are hosted once every week or two and will be on the event calender and announced at meetings and on the facebook page.
Labs are more similar to Computer Science office hours, the club reserves a room and officers will be in the room, working on their projects or homework, and will be available to give advice or help other members with their games.
Game Jams and Dashes
The club hosts one game jam per semester and multiple smaller game dashes.
If you are unfamiliar with what a game jam is, it is essentially a hackathon but focused on making a playable game.
A theme is announced at the beginning of the event and then participants have 24 - 48 hours to make a playable prototype of a game that fits the theme.

Game dashes are just game jams but on a smaller scale, allowing members who can't commit to lengthy game jams to have the game jam experience as well.
Completed games from game jams will be hosted in the game jam section of our Games page.
Contact
If you have any questions at all about the club, send us an email at<EMAIL_ADDRESS>or post your questions in the help channel of the discord. If you want to advertise a job or event related to programming or Game Development feel free to post it on our facebook page.


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This is a Hot Spot image. Move your mouse pointer over the image
and when the mouse pointer changes to the shape of a hand click
the left mouse button once for extra help.


Before Change
image1 = trim_image_as_file(image1)
image2 = trim_image_as_file(image2)
mse = 0.0
for i in range(border_size, image1.shape[0] - border_size):
for j in range(border_size, image1.shape[1] - border_size):
for k in range(image1.shape[2]):
error = image1[i, j, k] - image2[i, j, k]
mse += error * error
return mse / ((image1.shape[0] - 2 * border_size) * (image1.shape[1] - 2 * border_size) * image1.shape[2])
def print_filter_weights(tensor):
print("Tensor[%s] shape=%s" % (tensor.name, str(tensor.get_shape())))
After Change
image2 = trim_image_as_file(image2)
shave = 6 + border_size
diff = np.subtract(image1, image2)
diff = diff[border_size:-border_size, border_size:-border_size, :]
mse = np.mean(np.square(diff))
return mse
def print_filter_weights(tensor):
print("Tensor[%s] shape=%s" % (tensor.name, str(tensor.get_shape())))
weight_value = tensor.eval()


{% extends "shop/base.html" %} {% load i18n %} {% block navbar %}
{% trans "Forgotten your password? Enter your e-mail address below, and we'll send a new password to you." %}
{{ form.email.errors }}
{% trans "Be sure to enter the same e-mail address you used to register." %}


Embed following code into your Steem post and poll options will be automatically attached!
{{embedding}}


of your financial statements Trial Balance, P&L and B/S.
either sync or import all your financial data to Giddh.
everything is backed up automatically & stored on the AWS cloud.
a beautiful design to make your accounting easy.
File your taxes on time.
a mobile app, API integration & dedicated support for your custom needs.
add all your team mates, accountants and CAs with the permissions they need.
Giddh has helped me immensely in creating and sending invoices automatically.


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SoundFromBuffer ( slot, Byref aBuf, aLen, aVol )
Creates audio in a sound slot using the data stored in aBuf which should be
signed 16-Bit samples in system byte order.
Note:
aLen is the Length of the sound data in bytes
aVol is the volume which should be 0 to 128
Example:
Dim a[512]
SoundFromBuffer ( 0, a, 512, 30 )


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---
layout: post
title: 'Techie Tidbits: Resolving Symlinks'
date: '2010-10-04T01:51:00.000+01:00'
author: Darren Bishop
tags:
- Bash
- Tidbits
modified_time: '2010-10-04T01:51:50.629+01:00'
blogger_id: tag:blogger.com,1999:blog-3826577489563855618.post-1398546930856514485
blogger_orig_url: http://blog.darrenbishop.com/2010/03/techie-tidbits-resolving-symlinks.html
---
If you use a linux distro that uses the alternatives framework, from time to time you might need to know where or what those symlinks eventually point to; this was the case for me when I needed to know where my JRE home was... and which java
wasn't helping me (much).
Google introduced me to readlink
which has an -e
or -f
option which basically switches on recursion.
So something like readlink -f `which java`
told me what I needed to know.
I went a step further and created two aliases in my ~/.bash_aliases
file (sourced from ~/.bashrc
), like so:
alias rle='readlink -e' alias rlf='readlink -f'So
rlf `which java`
saves you 7 key presses.
All things considered the speed up is probably going to be marginal, but everything helps right?


On the server I play on some weapons that have been let loose have 1d12 bonus damage pierce and bludge as a slashing weapon.
I was looking into damage resistence as a way to possibly counter this but it seems that even though they arent bonus slashing damage the game melds them all together and only prevents your highest resistence i.e. if im wearing a greater swordsman belt and have 10/ bludge and pierce somewhere else only the /20 gets added into the resistence, the same holds true for damage immunities, all three damages seem to meld into the base damage of the weapon.
Can anyone confirm this or know of a way to help stop it less than a 30 level dd?
Edited By sarge525 on 12/20/06 21:44
Sure, 26 levels of Dwarven defender instead of 30 Hey you got something against DWD? it's quite a strong class.
You can also take 15 PM or 21 Wizard for Epic Warding.
Now really, to answer your question, I'm not very sure about it, I know that different types of damages work exactly for that, avoiding DRs, so piercing and slashing weapons like scythe or halberd are harder to resist, but I'm no expert about it, I do use a lot of DWD, so it just absorbs everything, I never wear DR equipment, always DWD or spells.
... so piercing and slashing weapons like scythe or halberd are harder to resist...
They are actually easier to resist, resistance (or immunity) to one damage type carries over vs the whole weapon.
Regarding the OP question, what do you see in the logs when you get hit? _________________ Heavy metal Or no metal at all Whimps and posers Leave the hall!
Edited By Kail Pendragon on 12/21/06 15:27
A DwD Risen Lord would work wonders.
(You should have seen my Shifter post coming. )
Risen Lord has 50% damage reduction against Slash and Pierce. Add that to their 15/+3 or the DwD DR and you'll be hard to damage. Not to mention being crit and sneak immune.
Just don't poke your stick at a high level Cleric or you'll be turned.


Heading and Paragraphs
Heading Tags:

-

Heading 1

Heading 2

Heading 3

Paragraph Tags:

This is my first paragraph

this is my second paragraph

Selection:

and

< style = "Background: skyblue;">
This is a div


Before Change
att_feats = pack_wrapper(self.att_embed, att_feats, att_masks)
if att_masks is None:
att_masks = att_feats.new_ones(att_feats.shape[:2], dtype=torch.long)
att_masks = att_masks.unsqueeze(-2)
if seq is not None:
// crop the last one
seq = seq[:,:-1]
After Change
att_feats, seq, att_masks, seq_mask = self._prepare_feature_forward(att_feats, att_masks)
memory = self.model.encode(att_feats, att_masks)
return fc_feats[...,:1], att_feats[...,:1], memory, att_masks
def _prepare_feature_forward(self, att_feats, att_masks=None, seq=None):
att_feats, att_masks = self.clip_att(att_feats, att_masks)


Binary files and the data they contain are used to power many of the experiences on the web, including images, video, and audio. The addition of Typed Arrays, W3C File API , and W3C XMLHttpRequest Level 2 in IE10 enables sites to access the raw binary content of files and other data.
In this demo, you can see the raw binary contents of some sample files from the server and upload local files to view their contents. You can see things like the ID3 header of music files, the JPEG header, the bytes that make up an HTML file, and the MPEG4 headers.
By default, the demo shows how binary image file formats that are not natively supported by the browser, like PCX, can now be rendered in the browser using ArrayBuffer, DataView, and Canvas.


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Linear Programming (Mixed Integer)#
This document explains the use of linear programming (LP) – and of mixed integer linear programming (MILP) – in Sage by illustrating it with several problems it can solve. Most of the examples given are motivated by graph-theoretic concerns, and should be understandable without any specific knowledge of this field. As a tool in Combinatorics, using linear programming amounts to understanding how to reformulate an optimization (or existence) problem through linear constraints.
This is a translation of a chapter from the book Calcul mathematique avec Sage. This book now exists in English, too.
Definition#
Here we present the usual definition of what a linear program is: it is defined by a matrix \(A: \mathbb{R}^m \mapsto \mathbb{R}^n\), along with two vectors \(b,c \in \mathbb{R}^n\). Solving a linear program is searching for a vector \(x\) maximizing an objective function and satisfying a set of constraints, i.e.
where the ordering \(u \leq u'\) between two vectors means that the entries of \(u'\) are pairwise greater than the entries of \(u\). We also write:
Equivalently, we can also say that solving a linear program amounts to maximizing a linear function defined over a polytope (preimage or \(A^{-1} (\leq b)\)). These definitions, however, do not tell us how to use linear programming in combinatorics. In the following, we will show how to solve optimization problems like the Knapsack problem, the Maximum Matching problem, and a Flow problem.
Mixed integer linear programming#
There are bad news coming along with this definition of linear programming: an LP can be solved in polynomial time. This is indeed bad news, because this would mean that unless we define LP of exponential size, we cannot expect LP to solve NP-complete problems, which would be a disappointment. On a brighter side, it becomes NP-complete to solve a linear program if we are allowed to specify constraints of a different kind: requiring that some variables be integers instead of real values. Such an LP is actually called a “mixed integer linear program” (some variables can be integers, some other reals). Hence, we can expect to find in the MILP framework a wide range of expressivity.
Practical#
The MILP
class#
The MILP
class in Sage represents a MILP! It is also used to
solve regular LP. It has a very small number of methods, meant to
define our set of constraints and variables, then to read the solution
found by the solvers once computed. It is also possible to export a
MILP defined with Sage to a .lp
or .mps
file, understood by most
solvers.
Let us ask Sage to solve the following LP:
To achieve it, we need to define a corresponding MILP
object, along with 3
variables x
, y
and z
:
sage: p = MixedIntegerLinearProgram()
sage: v = p.new_variable(real=True, nonnegative=True)
sage: x, y, z = v['x'], v['y'], v['z']
Next, we set the objective function
sage: p.set_objective(x + y + 3*z)
And finally we set the constraints
sage: p.add_constraint(x + 2*y <= 4)
sage: p.add_constraint(5*z - y <= 8)
The solve
method returns by default the optimal value reached by
the objective function
sage: round(p.solve(), 2)
8.8
We can read the optimal assignment found by the solver for \(x\), \(y\) and
\(z\) through the get_values
method
sage: round(p.get_values(x), 2)
4.0
sage: round(p.get_values(y), 2)
0.0
sage: round(p.get_values(z), 2)
1.6
Variables#
In the previous example, we obtained variables through v['x']
, v['y']
and v['z']
. This being said, larger LP/MILP will require us to associate an
LP variable to many Sage objects, which can be integers, strings, or even the
vertices and edges of a graph. For example:
sage: x = p.new_variable(real=True, nonnegative=True)
With this new object x
we can now write constraints using
x[1],...,x[15]
.
sage: p.add_constraint(x[1] + x[12] - x[14] >= 8)
Notice that we did not need to define the “length” of x
. Actually, x
would accept any immutable object as a key, as a dictionary would. We can now
write
sage: p.add_constraint(x["I am a valid key"] +
....: x[("a",pi)] <= 3)
And because any immutable object can be used as a key, doubly indexed variables
\(x^{1,1}, ..., x^{1,15}, x^{2,1}, ..., x^{15,15}\) can be referenced by
x[1,1],...,x[1,15],x[2,1],...,x[15,15]
sage: p.add_constraint(x[3,2] + x[5] == 6)
Typed variables and bounds#
Types : If you want a variable to assume only integer or binary values, use
the integer=True
or binary=True
arguments of the new_variable
method. Alternatively, call the set_integer
and set_binary
methods.
Bounds : If you want your variables to only take nonnegative values, you can
say so when calling new_variable
with the argument nonnegative=True
. If
you want to set a different upper/lower bound on a variable, add a constraint or
use the set_min
, set_max
methods.
Basic linear programs#
Knapsack#
The Knapsack problem is the following: given a collection of items having both a weight and a usefulness, we would like to fill a bag whose capacity is constrained while maximizing the usefulness of the items contained in the bag (we will consider the sum of the items’ usefulness). For the purpose of this tutorial, we set the restriction that the bag can only carry a certain total weight.
To achieve this, we have to associate to each object \(o\) of our
collection \(C\) a binary variable taken[o]
, set to 1 when the
object is in the bag, and to 0 otherwise. We are trying to solve the
following MILP
Using Sage, we will give to our items a random weight:
sage: C = 1
sage: L = ["pan", "book", "knife", "gourd", "flashlight"]
sage: L.extend(["random_stuff_" + str(i) for i in range(20)])
sage: weight = {}
sage: usefulness = {}
sage: set_random_seed(685474)
sage: for o in L:
....: weight[o] = random()
....: usefulness[o] = random()
We can now define the MILP itself
sage: p = MixedIntegerLinearProgram()
sage: taken = p.new_variable(binary=True)
sage: p.add_constraint(p.sum(weight[o] * taken[o] for o in L) <= C)
sage: p.set_objective(p.sum(usefulness[o] * taken[o] for o in L))
sage: p.solve() # abs tol 1e-6
3.1502766806530307
sage: taken = p.get_values(taken)
The solution found is (of course) admissible
sage: sum(weight[o] * taken[o] for o in L) # abs tol 1e-6
0.6964959796619171
Should we take a flashlight?
sage: taken["flashlight"] # abs tol 1e-6
1.0
Wise advice. Based on purely random considerations.
Matching#
Given a graph \(G\), a matching is a set of pairwise disjoint edges. The empty set is a trivial matching. So we focus our attention on maximum matchings: we want to find in a graph a matching whose cardinality is maximal. Computing the maximum matching in a graph is a polynomial problem, which is a famous result of Edmonds. Edmonds’ algorithm is based on local improvements and the proof that a given matching is maximum if it cannot be improved. This algorithm is not the hardest to implement among those graph theory can offer, though this problem can be modeled with a very simple MILP.
To do it, we need – as previously – to associate a binary variable to each one of our objects: the edges of our graph (a value of 1 meaning that the corresponding edge is included in the maximum matching). Our constraint on the edges taken being that they are disjoint, it is enough to require that, \(x\) and \(y\) being two edges and \(m_x, m_y\) their associated variables, the inequality \(m_x + m_y \leq 1\) is satisfied, as we are sure that the two of them cannot both belong to the matching. Hence, we are able to write the MILP we want. However, the number of inequalities can be easily decreased by noticing that two edges cannot be taken simultaneously inside a matching if and only if they have a common endpoint \(v\). We can then require instead that at most one edge incident to \(v\) be taken inside the matching, which is a linear constraint. We will be solving:
Let us write the Sage code of this MILP:
sage: g = graphs.PetersenGraph()
sage: p = MixedIntegerLinearProgram()
sage: matching = p.new_variable(binary=True)
sage: p.set_objective(p.sum(matching[e] for e in g.edges(sort=False, labels=False)))
sage: for v in g:
....: p.add_constraint(p.sum(matching[e]
....: for e in g.edges_incident(v, labels=False)) <= 1)
sage: p.solve()
5.0
sage: matching = p.get_values(matching, convert=bool, tolerance=1e-3)
sage: sorted(e for e, b in matching.items() if b) # random
[(0, 4), (1, 6), (2, 3), (5, 8), (7, 9)]
sage: len(_)
5
Flows#
Yet another fundamental algorithm in graph theory: maximum flow! It consists, given a directed graph and two vertices \(s, t\), in sending a maximum flow from \(s\) to \(t\) using the edges of \(G\), each of them having a maximal capacity.
The definition of this problem is almost its LP formulation. We are looking for real values associated to each edge, which would represent the intensity of flow going through them, under two types of constraints:
The amount of flow arriving on a vertex (different from \(s\) or \(t\)) is equal to the amount of flow leaving it.
The amount of flow going through an edge is bounded by the capacity of this edge.
This being said, we have to maximize the amount of flow leaving \(s\): all of it will end up in \(t\), as the other vertices are sending just as much as they receive. We can model the flow problem with the following LP
We will solve the flow problem on an orientation of Chvatal’s graph, in which all the edges have a capacity of 1:
sage: g = graphs.ChvatalGraph()
sage: g = g.minimum_outdegree_orientation()
sage: p = MixedIntegerLinearProgram()
sage: f = p.new_variable(real=True, nonnegative=True)
sage: s, t = 0, 2
sage: for v in g:
....: if v != s and v != t:
....: p.add_constraint(
....: p.sum(f[v,u] for u in g.neighbors_out(v))
....: - p.sum(f[u,v] for u in g.neighbors_in(v)) == 0)
sage: for e in g.edges(sort=False, labels=False):
....: p.add_constraint(f[e] <= 1)
sage: p.set_objective(p.sum(f[s,u] for u in g.neighbors_out(s)))
sage: p.solve() # rel tol 2e-11
2.0
Solvers (backends)#
Sage solves linear programs by calling specific libraries. The following libraries are currently supported:
CBC: A solver from COIN-OR, provided under the Eclipse Public License (EPL), which is an open source license but incompatible with GPL. CBC and the Sage CBC backend can be installed using the shell command:
$ sage -i -c sage_numerical_backends_coin
CPLEX: Proprietary, but available for free for researchers and students through IBM’s Academic Initiative. Since github issue #27790, only versions 12.8 and above are supported.
Install CPLEX according to the instructions on the website, which includes obtaining a license key.
Then find the installation directory of your ILOG CPLEX Studio installation, which contains subdirectories
cplex
,doc
,opl
, etc. Set the environment variableCPLEX_HOME
to this directory; for example using the following shell command (on macOS):$ export CPLEX_HOME=/Applications/CPLEX_Studio1210
or (on Linux):
$ export CPLEX_HOME=/opt/ibm/ILOG/CPLEX_Studio1210
Now verify that the CPLEX binary that you will find in the subdirectory
cplex/bin/ARCH-OS
starts correctly, for example:$ $CPLEX_HOME/cplex/bin/x86-64_osx/cplex Welcome to IBM(R) ILOG(R) CPLEX(R) Interactive Optimizer...
This environment variable only needs to be set for the following step: Install the Sage CPLEX backend using the shell command:
$ sage -i -c sage_numerical_backends_cplex
CVXOPT: an LP solver from Python Software for Convex Optimization, uses an interior-point method, always installed in Sage.
Licensed under the GPL.
-
Licensed under the GPLv3. This solver is always installed, as the default one, in Sage.
Gurobi: Proprietary, but available for free for researchers and students via Gurobi’s Academic Program.
Install Gurobi according to the instructions on the website, which includes obtaining a license key. The installation should make the interactive Gurobi shell
gurobi.sh
available in yourPATH
. Verify this by typing the shell commandgurobi.sh
:$ gurobi.sh Python 3.7.4 (default, Aug 27 2019, 11:27:39) ... Gurobi Interactive Shell (mac64), Version 9.0.0 Copyright (c) 2019, Gurobi Optimization, LLC Type "help()" for help gurobi>
If this does not work, adjust your
PATH
or create symbolic links so thatgurobi.sh
is found.Now install the Sage Gurobi backend using the shell command:
$ sage -i -c sage_numerical_backends_gurobi
PPL: A solver from bugSeng.
This solver provides exact (arbitrary precision) computation, always installed in Sage.
Licensed under the GPLv3.


T20: Indian cricketer claims 5-0 sweep over West Indies
by PTIThe Indian women's cricket team completed a 5-0 series whitewash over the West Indies after half-centuries from Veda Krishnamurthy and Jemimah Rodrigues, complemented by the bowlers' clinical show, steered the side to a 61-run triumph in the fifth and final T20 International here.
Rodrigues (50) and Krishnamurthy (57 not out) shared 117 runs for the third wicket as India Women scored 134 for 3 after electing to bat.
The decision seemed to have backfired when India were reduced to 17 for 2 in the fourth over with Shafali Verma (9) and captain Smriti Mandhana (7) getting out cheaply.
But the Rodrigues-Krishnamurthy duo steadied the innings and took the side to a decent total.
Rodrigues needed 56 balls for her 50, which was studded with three boundaries, while Krishnamurthy's unbeaten 57 came off 48 deliveries, which included four hits to the fence.
In the West Indies run chase, the Indian Women bowlers produced a disciplined performance to restrict the hosts to 73 for 7 in their allotted 20 overs.
The West Indies were 13 for 2 in the fourth over and they never recovered from that. Half of their batters were out for 53 runs in the 14th over.
Opener Kyshona Knight was the top-scorer with 22 while Shemaine Campbelle remained not out on 19.
For India Women, off-spinner Anuja Patil grabbed two wickets for just three runs while Radha Yadav, Poonam Yadav, Pooja Vastrakar and Harleen Deol took a wicket each.
Brief Scores:
India Women: 134 for 3 in 20 overs (Jemimah Rodrigues 50, Veda Krishnamurthy 57 not out; Hayley Matthews 1/23)
West Indies Women: 73 for 7 in 20 overs (Kyshona Knight 22; Anuja Patil 2/3).


Masthead |
This tag implements the masthead for main windows and pop-up windows and corresponds to Chapter 4, Mastheads. The main window masthead has 5 sections, four of which are required. The size of the corporate logo sections is fixed in terms of height and width.
The optional status area, when used, can contain information such as alarms, time stamp information, and progress indication. Included in the Examples below is HTML that allows those using Assistive Technologies (AT) to skip over the entire masthead, including all images and links (see the skip navigation sample HTML page for more information on the method used here). If the optional Status Area is used, users will first be presented with the option to skip over the entire masthead and also to skip the the status area of the masthead. If the optional status area is not present, then the user is only given the option of skipping over the entire masthead. The alt text for the link allowing AT users to jump over the entire masthead is: "Jump to End of Masthead Section" and when the option is provided for users to jump to the status area, it is:"Jump to Status Area of Masthead Section".
The pop-up window masthead only has the product name section. The product area and table occupy 100% width of the page. There is no skip navigation HTML included in pop-up window mastheads.
-None -


--- layout: post title: Liamkaufman.com gets a new look comments: true ---
After 3 years without change, I've redone my personal website using Jekyll and Bootstrap. The previous version of liamkaufman.com was hosted on Google App Engine and consisted of a very basic CMS that I made before I knew what I was doing. I was both unhappy with the look of the site, and the code behind it. At the same time I was interested in using Jekyll, as I wanted to avoid the hassles associated with database backed sites. I also appreciate the fact that my site, and it’s content are easy to deploy and update via Github.
Overall the process of learning Jekyll and Bootstrap was much easier than anticipated. To learn Jekyll I examined the source code behind Scott Chacon’s blog. Learning Bootstrap consisted of referencing CSS classes in my DOM and referencing the Bootstrap CSS file itself: not much to it.


Always Be
Smile
Happy
Healthy
In Life
Back
{%else%}
RESULTS
YOU ARE ENJOYING YOUR LIFE.STAY THE WAY YOU ARE :))
Always Be
Smile
Happy
Healthy
In Life
Back
{%endif%}


Privacy Policy
Updated on May 20th 2018
On May 25th 2018 a Regulation (EU) 2016/679 on the protection of natural persons with regard to the processing of personal data and on the free movement of such data (General Data Protection Regulation - GDPR) (further in text as regulation). In relation to this, the Answer Institute s.r.o., company ID 06618278, with registered office at Purkyňova 649/127, 612 00 Brno – Medlánky, Czech Republic, registered in the Commercial register maintained by the Regional Court in Brno, file no. C 102990 (further in text as controller) adopted these Principles of Data Protection (further in text as principles) that enter into force and effect on 25th May 2018.
For the purpose of these principles:
Personal data means any information relating to an identified or identifiable natural person (data subject); an identifiable natural person is one who can be identified, directly or indirectly, in particular by reference to an identifier such as a name, an identification number, location data, an online identifier or to one or more factors specific to the physical, physiological, genetic, mental, economic, cultural or social identity of that natural person. These principles apply to all relationships between the controller and data subjects which for the purpose of these principles are customers, potential customers, suppliers, potential suppliers of the controller and controller’s job applicants.
These principles shall apply to all data processing conducted by the controller unless agreed otherwise between the controller and data subject.
Controller hereby declares that he operates and holds all copyrights related to the software solution Lumeer.
Personal data collected by the controller
In regard with its activities the controller collects following data for the purpose as follows:
- Product Distribution
In regard with these activities the controller processes following personal data of its customers: name, surname, address or seat of registered office, phone number, email, eventually company ID and VAT ID. Such information are disclosed to the controller by the customer. The information are used for the purpose of granting a license to use Lumeer application, payment of a license fee by the data subject via paywall and to comply with legal obligations in regard to the business activity, e.g. to invoice, to keep records and withhold and pay taxes. These information can be also used for recovery of the customer’s debt, e.g. for the purpose of performance of the contract in legitimate interest of the controller.
- Data submitted to Lumeer by the subjects
These data are saved into Lumeer by the data subject via its encrypted user account. Controller processes these data in order to perform the contract only to the extent defined by the customer. Controller shall not actively access such saved data. The software solution Lumeer is saved in cloud provided to the controller by DigitalOcean, LLC.
- Supply of services by external suppliers
In regard with this activity the controller also uses services of external suppliers – natural persons. Therefore the controller processes data of its external suppliers if it is necessary for facilitation of supplier’s activity. Such data include: name, surname, date of birth, address or seat of registered office, phone number, email, bank account number, eventually company ID, VAT ID and a signature. Such information are obtained directly from the data subjects and processed to the necessary extent in order to perform the contract entered into between the supplier and controller and further, to comply with legal obligations in regard to the business activity e.g. to invoice, to keep records and withhold and pay taxes.
- Hiring of new employees and potential suppliers
In regard with this activity the controller processes personal data of job applicants and potential new suppliers to the extent in which the data subjects themselves provide such data to the controller while such data are processed in respect to controller’s legitimate interests.
- Sending of up-to-date information – newsletters
Subject to data subjects’ consent the controller shall send to the data subjects information on controller’s products and news – newsletters. Newsletters provide the customers with up-to-date information allowing them to use services provided by the controller in full. In regard with this activity the controller processes name, surname, and email of data subjects provided such data shall be processed throughout the time a valid consent is given. In this regard the controller uses services of MailChimp.
- Communication with customers
Controller also uses online chat to communicate with the data subjects. Controller’s legitimate interest includes providing the customers or potential customers who contact the controller by themselves with required information in shortest time possible. In this case the controller processes only data provided by the data subjects. In this regard the controller uses services of Drift.com. Further, controller communicates with the data subjects via contact form provided that a consent was given.
- Other activities
In regard with its business activity the controller shall process other personal data provided by the data subjects. Processing of such data can be performed only on legal grounds and to the extent necessary to meet the purpose to which such data were given by the data subject.
Personal data shall be saved by the controller to CRM system provided by HubSpot, Inc.
Processors
Without an explicit consent of the data subject the controller shall not use personal data for a purpose different from a purpose for which the personal data were collected.
The controller does not sell or lend personal data to third parties or provide such data in any way to third parties unless specified otherwise herein.
In regard with its business activity the controller cooperates with third parties – external service providers, in order to use necessary software, ensure compliance with legal obligations – especially record keeping, product development, sale and marketing. List of external service providers can be found here.
All the processors above provide sufficient guarantees of implementing proper technical and organizational provisions, so that the data processing complies with the laws and the rights of the data subjects are protected. Processor can also engage a third party processor provided that such processor complies with the same data protection conditions that the processor undertook to comply with in the contract with the controller.
Personal data may be transferred to third countries or to an international organization located out of the European Union area, i.e. to processors in the USA. All such transfers are necessary for performance of the contract entered into between the data subject and controller. All such third party processors are either members of the European Union or belong to the EU – USA Privacy shield, to be found at www.privacyshield.gov/list. Pursuant to Article 45 (9) the European Commission adopted a decision that deems the Privacy shield protection adequate. In this regard such data transfers do not require any special approval.
Terms and conditions of data processing of individual processors can be found here.
Rights of data subjects
In regard to data processing the data subjects have following rights:
-
Right of access: The data subject shall obtain from the controller confirmation as to whether or not personal data concerning him or her are being processed. In this case the controller shall provide the data subject with such confirmation with no delay.
-
Right to lodge a complaint: The data subject shall have a right to lodge a complaint with a supervisory authority regarding alleged violation of laws, the supervisory authority is The Office for Personal Data Protection, registered office at Pplk. Sochora 27, 170 00 Prague 7, Czech Republic, www.uoou.cz.
-
Right to rectification: The data subject shall request the controller to rectify inaccurate personal data concerning them.
-
Right to erasure: The data subject shall have the right to obtain from the controller the erasure of personal data concerning them where one of the following grounds applies: the personal data are no longer necessary in relation to the purposes for which they were collected or otherwise processed; the data subject objects to the processing and there are no overriding legitimate grounds for the processing; the personal data have been unlawfully processed; or the personal data have to be erased for compliance with a legal obligation laid down by applicable law to which the controller is subject.
-
Right to restriction of processing: The data subject shall have the right to obtain from the controller restriction of processing if the accuracy of the personal data is contested by the data subject, for a period enabling the controller to verify the accuracy of the personal data;
-
Right to information: The data subject shall have the right to obtain from the controller information relating to him or her regarding rectification or erasure of personal data or restriction of processing carried out by the controller.
-
Right to object: The data subject shall have the right to object at any time to processing of personal data concerning him or her which is based on compelling grounds for performance of a task carried out in the public interest or on compelling legitimate grounds in the interest of the controller.
-
Right to data portability: The data subject shall have the right to receive the personal data concerning him or her, which he or she has provided to a controller, in a structured, commonly used and machine-readable format and have the right to transmit those data to another controller without hindrance from the controller to which the personal data have been provided.
If the personal data are processed on the grounds of a consent of the data subject, the data subject shall have the right to withdraw his or her consent at any time.
Subject to a request the controller shall inform the data subject on the measures taken by the controller to safeguard the rights of the data subjects.
The data subject shall exercise his or her rights by sending a written request to the controller to Answer Institute s.r.o., Reg. ID: 06618278, registered office at Purkyňova 649/127, 612 00 Brno – Medlánky, Czech Republic or by email to<EMAIL_ADDRESS>Confidentiality
The controller is aware of the confidentiality of the processed personal data. The controller shall keep confidential all processed data. The controller shall not disclose personal data to any third party unless provided otherwise herein. The controller shall process the personal data only through its employees who shall comply with the confidentiality provisions herein and with existing legal rules.
Technical and organizational measures
The controller shall ensure that no harm is caused to the rights of natural persons in relation to the data processing.
The controller adopted reasonable technical and organizational measures to ensure reasonable level of personal data protection in respect to the state of the art, investments to implementation, nature, scope, context and purpose of processing of data.
The controller hereby declares that all user accounts in Lumeer are encrypted and protected by password.
If a specific case of data protection security breach shall likely result in high risk to the rights and freedoms of natural persons, the controller shall without undue delay and not later than 72 hours notify the data subject. At the same time the controller shall notify the supervisory authority.
No automated individual decision making or profiling takes place when the personal data are processed.
Processing period
The processing period shall depend on the category of personal data and purpose of the processing. Personal data are always processed for a strictly necessary period of time.
-
Personal data related to the use of the Lumeer user account shall be processed for a period of time when the user account is active, i.e. until the user account including its content is deleted either by the data subject or the controller. Subject to legitimate interest of the controller, part of the personal data shall be stored for another 3 years in order to enable the controller to bear the burden of proof in prospective litigation.
-
Personal data processed upon consent shall be processed until the consent is withdrawn by the data subject or until the consent expires or the purpose of processing is lost.
-
Personal data of potential employees, customers and suppliers shall be stored at least 3 months from the day of the last action in regard to negotiation of potential cooperation. During this period the controller shall reach out to the data subjects with a new offer.
-
Personal data processed for the purpose of fulfilment of legal obligations, especially to account, tax, etc. shall be deleted in times pursuant to the laws and internal laws of the controller; personal data disclosed by the data subject via online chat shall not be stored by the controller.
Product analysis
The software solution Lumeer offered to the customers by the controller offers a product analysis service by SmartLook provided by Smartsupp, s.r.o., Reg. ID 03668681, registered office at Milady Horakove 1957/13, 602 00 Brno – Černá Pole, Czech Republic, registered in the Commercial register maintained by the Regional Court in Brno, file no. C 86206. By using the Smartlook service the controller is not capable of obtaining specific data that would allow the controller to identify users, i.e. the controller is not capable to identify a specific data subject. This service is used in order to improve the product of the controller, especially to develop Lumeer which is in a legitimate interest of the controller.
Further, the controller uses Google Analytics service. Data collected by the Google Analytics service are used mainly for statistical purposes. The controller detects the number of users that visited the website of the controller. By this means the controller is not capable of getting concrete information identifying the users, i.e. the controller is not capable to identify a specific data subject.
Further information
The controller hereby declares that he uses Facebook and Twitter for advertising purposes. The presentation of the controller undertaken by the services above does not contain any personal data.
The controller is not obliged to appoint a Data Protection Officer and he did not freely decide to appoint one.
Update of Principles
The controller reserves a right to change the principles herein. The change shall be carried out by publishing thereof on controller’s website and effective within 30 days from publishing. The controller shall also send the new updated principles to all registered customers, suppliers and employees with no delay after they are adopted.
In case of any querstions or problems, please contact us at www.lumeer.io/contact.html.


Unique to Southern Connecticut State University, Southern Connections allows our students a way to connect to others within their major creating lasting connections. Partnering with Linkedin, it is our hope that those connections continue long after our students graduate.
{% if current_user.is_anonymous: %} {% endif %}A group exists for every major and upon signup, new users are added to their major group so they can start networking right away! For every group, there are events hosted by the university as a way to get to know your peers, ask questions to those who may know from experience, and foster the best possible college experience!
Once you have an account with us, check out the meetups available for your major group, as well as others! Join any meetups of interest and those of other majors to see what those groups are all about!
Any account with us requires a Linkedin account to keep your lasting connections long after you've graduated Southern! We pull some basic information from your Linkedin profile to make setting up your profile with us that much easier. Be sure to keep your Linkedin information up to date for the best possible experience!


Welcome to SOC-Forum CTF!
SOC-Forum CTF is an open cybersecurity competition.
Interested? Read the rules and register for the competition!


Madhusudan babar
Forever Selenator
Madhusudan babar
Hey there! I'm Madhusudan babar
I'm fond of
coding
, coding is lyf for me, without code Sed Lyf,there are only two things that i
love one is code other is SEGO.
-
i passionately learn new languages untill i master them,
right now i know
- C programming
- Python
- Java
- Javascript
- PHP
- MySQL
-
I also have idea about android apps i've developed a few android apps
- Calculator
- Ringer mode changer
- and such simple basic apps
-
I've also experience of web designing as well as development
you can visit sites below to see my work.
- R.I.S.E
- SEGO
- login
- resume
-
I'm also good at embedded systems
i've done following projects :
- 8051 based line tracer robot
- 16x2 LCD display
- AT89S52 based calculator
- Distance meter using ultrasonic sensor based on 8051
- I also worked on an industry project of a power quality analyzer where i worked on modbus protocol
-
I'm a senior member of our college's Research and Development Club.
“The only way you can conquer me is through love and there I am gladly conquered”
Connect with me :
About me
Education
pursuing B.E at AISSMS's Institute of Information Technology
SSC : 83.80% | MSBSHSE | SEMI-ENGLISH
HSC : 61.69% | MSBSHSE | SCIENCE
Extra curricular activities
Campus ambassador at E-Cell IIT Bombay
Campus ambassador at LectureNotes
Member of college's technical club
Department Head of ACM student chapter
NSS member
Achievements
PCB designing first prize Alacrity-fest 2K19
web designing second prize WebMela 2K19
7th Capture the flag
Ci.Co circuit coding first prize Gandharva'19


Steam Audio SDK¶
Steam Audio is a cross-platform software toolkit for spatial audio. You can use it to add rich, immersive positional and environmental audio effects to games and VR/AR apps. Steam Audio offers a wide variety of features, including:
Render 3D positional audio. Steam Audio binaurally renders direct sound using HRTFs to accurately model the direction of a sound source relative to the listener. Users can get an impression of the height of the source, as well as whether the source is in front of or behind them.
Render 3D audio for Ambisonic content. Steam Audio can also spatialize Ambisonics audio clips, rotating them based on the listener’s orientation in the virtual world. This is useful for creating spatialized ambiences that are fixed in place relative to the virtual world.
Use custom HRTFs using SOFA files. In addition to its built-in HRTF, Steam Audio can spatialize point sources and Ambisonics sources using any HRTF specified by the user. These files should be in the AES standard SOFA format.
Model occlusion of sound sources. Steam Audio can quickly model raycast occlusion of direct sound by solid objects. Steam Audio also models partial occlusion for non-point sources, and transmission of occluded sound through the occluding geometry.
Model reflections and related environmental audio effects. Steam Audio can model how sound is reflected by solid objects. This can be used to model many kinds of environmental audio effects, including slap echoes, flutter echoes, occlusion of sound by buildings, and more.
Model propagation of sound along multiple paths. Steam Audio can model how sound propagates from the source to the listener, along multiple paths. This can be used to correctly spatialize sound that reaches the listener after traveling along hallways, around corners, through doors and windows, and more.
Create environmental audio effects tailored to your scene. Steam Audio analyzes the size, shape, layout, and material properties of rooms and objects in your scene. It uses this information to automatically calculate occlusion, reflections, and other environmental effects by simulating the physics of sound.
Automate the process of authoring reverbs and other environmental audio effects.  Steam Audio uses an automated real-time or pre-computation based process where environmental audio properties are calculated (using physics principles) throughout your scene.
Change acoustics in real-time in response to moving geometry. Steam Audio can model how moving geometry impacts occlusion, reflections, and other environmental effects. For example, opening doors can result in an occluded sound becoming unoccluded; making a room larger during gameplay can increase the amount of reverb in it.
Render high-quality convolution reverbs. Steam Audio can calculate convolution reverb, which results in compelling environments that sound more realistic than with parametric reverb. This is particularly true for outdoor spaces, where parametric reverbs have several limitations.
Use multi-core CPU and GPU acceleration. Steam Audio can use multi-core CPUs to accelerate simulation of environmental effects. Steam Audio can also use supported GPUs for accelerating simulation and rendering of environmental effects, while ensuring that its audio workloads do not adversely impact other GPU workloads or frame rate stability.
Balance physical realism and artistic intent. Steam Audio lets designers modify the results of physics-based simulation before they are used for rendering audio effects. This lets designers treat the simulation results as a high-quality starting point, while providing many ways to tweak the results to achieve their artistic goals. For example, designers can adjust the material-dependent EQ filters used to model transmission of sound through geometry, or make a reverb tail longer or shorter while retaining the characteristics of the early reflections.
This document describes the Steam Audio SDK, which is a C library that you can use to add spatial audio capabilities to any application. For example, if you want to use Steam Audio with a custom game engine, a custom audio middleware tool, or a Digital Audio Workstation (DAW), the Steam Audio SDK is the right tool for the job. Since the SDK provides a C API, you can use it from any programming language that can call functions in external libraries, such as C/C++, C#, Java, Rust, and many more.
If you are using Unity as your game engine, refer to the documentation for the Steam Audio Unity integration.
If you are using Unreal Engine 4 as your game engine, refer to the documentation for the Steam Audio Unreal Engine integration.
If you are using FMOD Studio as your audio middleware, refer to the documentation for the Steam Audio FMOD Studio integration.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/travis-ci.2F.7Bpush.2Cpr.7D.html ---
What is the difference between travis-ci/push
and travis-ci/pr
?
See e.g. https://github.com/leanprover-community/mathlib/pull/973
Why do we need both checks?
push checks the branch and pr checks whether it works after rebasing with current master. We don't need both, but apparently it's hard to switch off.
That's really silly that Travis doesn't have a switch for that :sad:
Shouldn't we turn this switch off: https://docs.travis-ci.com/user/web-ui/#build-pushed-branches
It means that Travis will not check commits that are pushed to branches that have not yet been PR'd.
That would be fine with me.
@Simon Hudon Do you know if that would work?
I'm all in favor of not Travis-checking branches that are not PR'ed. For instance, I'm creating a lot of noise in the Travis thread, and a lot of useless Travis work this afternoon
A lot of these issues could be solved if we just made a fork for WIP. I think PRing from branches is an unusual setup, so it makes it hard to work with travis and mergify.
I flipped this switch on the perfectoid project. Now we have https://github.com/leanprover-community/lean-perfectoid-spaces/pull/34
Only one check. Which is what we want.
Hmm, and now both checks are back... even though the switch is still disabled. (Github displayed two tests, for some weird reason. But after a hard refresh there was only one test.)
Last updated: Apr 24 2020 at 19:02 UTC


Front End News !
Frontend Design
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Managing Typography
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Frontend Developer Tools
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You get paid. We get paid.
What's their to lose?


Make code get interpolated by $interpolate service after highlighting by making hljs-interpolate expression result truthy. Note Works with hljs, hljs-source and hljs-include.
$interpolate
hljs-interpolate
hljs
hljs-source
hljs-include


Device Lab Client
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#include <data_flow_ops.h>
Delete the tensor specified by its handle in the session.
Arguments:
Returns:
Operation
Constructors and Destructors |
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DeleteSessionTensor(const ::tensorflow::Scope & scope, ::tensorflow::Input handle)
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Public attributes |
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operation
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Public functions |
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operator::tensorflow::Operation() const
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Operation operation
DeleteSessionTensor( const ::tensorflow::Scope & scope, ::tensorflow::Input handle )
operator::tensorflow::Operation() const


public class VarController
extends java.lang.Object
| Constructor and Description |
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VarController(ViewInterface view)
Constructor method to assign a view to this controller and setup observing methods.
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| Modifier and Type | Method and Description |
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void |
addAsset()
Observing method to add a new position to the list view on the GUI.
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void |
calculateVar()
Observing method to call appropriate calculation method depending on user selected model.
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void |
drawChart()
Method for drawing a linechart using historical data from the VarModel.
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Position |
getNewPosition()
Method to retrieve the new position from the view fields and format it into a position object.
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Portfolio |
getPortfolio()
Method to retrieve the portfolio from the view and format it into a portfolio object.
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void |
sendAlert(java.lang.String alertTitle,
java.lang.String alertContent,
javafx.scene.control.Alert.AlertType alertType)
Method for sending the user an alert when something goes wrong.
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public VarController(ViewInterface view)
view
- ViewInterface object representing the current user interface to be controlledpublic void calculateVar()
public void drawChart()
public void addAsset()
public void sendAlert(java.lang.String alertTitle, java.lang.String alertContent, javafx.scene.control.Alert.AlertType alertType)
alertTitle
- String representing the desired alert titlealertContent
- String representing the desired alert content textalertType
- alertType enum representing the desired alert type
Code taken from https://code.makery.ch/blog/javafx-dialogs-official/public Portfolio getPortfolio()
public Position getNewPosition()


{% extends 'base.html' %} {% block content %} Delete: Transcription Edit created: {{object.edited_datetime}} {% csrf_token %} Are you sure you want to delete this edit? This cannot be reversed. Back to My Accounts Edit created {{object.edited_datetime}} {{object.transcription_text}} {% csrf_token %} Are you sure you want to delete this edit? This cannot be reversed. Back to My Accounts {% endblock %}
This cannot be reversed.
Edit created {{object.edited_datetime}}
{{object.transcription_text}}


| One day, driving aimlessly around the outskirts of town after a trivial domestic quarrel, a writer named Tomas accidentally hits and kills a child. Will he be able to move on? | |
| Genres: | Drama |
| Director: | Wim Wenders |
| Writer: | Bjørn Olaf Johannessen |
Cast: | Sara - Rachel McAdams Tomas Eldan - James Franco Kate - Charlotte Gainsbourg Editor - Peter Stormare Mina - Julia Sarah Stone Ann - Marie-Josée Croze Dad - Patrick Bauchau Christopher 5-8 yrs old - Jack Fulton Young Mina - Lilah Fitzgerald Christopher - Robert Naylor Police Officer - Céline Bonnier Fisherman - Peter Miller Policeman - Martin Sims Eddy - Bobby Osborne Nurse F. Simard - Anne-Sophie Bozon Patient - Julien Boissaud Christopher - Philippe Vanasse-Paquet Mina 3 yrs old - Jessy Gagnon Concert attendee - Rachelle Bergeron Concert attendee - Timothy Ferris Circus Cook - Benoit Priest Mother with children - Nathaly Thibault |


Release Notes
Sun, 7 Mar 2021 15:09:36 +0200
committed on1.0.3
Sun, 7 Mar 2021 14:46:54 +0200
committed onUpdate package.json to fix npm package issue #69 (#71)
efs/remotes/origin/development * Update package.json to fix npm package issue #69 * install regenerator-runtime * Remove postinstall script * Install @babel/runtime
Sat, 6 Mar 2021 21:08:44 +0200
committed on! Add support for eslint (#74)
Fri, 5 Mar 2021 14:02:59 +0200
committed onPaymentHandler Tests (#70)
Fri, 5 Mar 2021 13:10:55 +0200
committed onSend database synchronisable idempotent payment #57 (#59)
efs/remotes/origin/master, refs/remotes/origin/HEAD * Send database synchronisable idempotent payment #57 * create TransferDetails class
Fri, 5 Mar 2021 13:01:44 +0200
committed onincrement version number (#66)
* Publish should work correctly * Package access is set to public on publish * 1.0.2
Fri, 5 Mar 2021 12:33:09 +0200
committed oninvalid parameter in publish command (#64)
* Publish should work correctly * Package access is set to public on publish


---
layout: post
title: ASMM, we hardly knew ye.
date: '2007-05-14T11:50:00.000-05:00'
author: Don Seiler
tags:
- memory
- oracle
- asmm
modified_time: '2010-11-19T22:48:46.518-06:00'
blogger_id: tag:blogger.com,1999:blog-7032512792942232766.post-330721516698214056
blogger_orig_url: http://www.seiler.us/2007/05/asmm-we-hardly-knew-ye.html
---
Yesterday I finally busted a cap in ASMM's proverbial ass, setting sga_target back to 0 and manually configuring the various SGA member pool sizes. After my first problems with ASMM, I began reading more and more about "immaturities" with ASMM which I hadn't come across before, particularly with rapid-fire SGA fluctuations thrashing the hell out of things. Perhaps that's what I get when I only read Oracle-published white papers on new and OMGAWESOME Oracle technologies.
So, not wanting a replay of the 2:30 AM ORA-00600 page, I decided to just go back to good old static SGA allocation.
I also doubled my pga_aggregate_target to 1G, based on the advisor table advice. Hopefully overallocations will be a thing of the past! After a whopping 4 hours of normal usage, my cache hit percentage is up from 85% to 97%. Dare to dream!


In your time using Ruby, there may come a time when you need to select an object from an array that is the maximum value: be that numarical size, or the length of a word. This could be incredibly complicated, but luckily Ruby's got you covered! The method "max_by" allows you to do that with very little pain or effort. Of course, it's not the only way you can accompish this(this is Ruby we're talking about after all; there's about 50 different ways to solve the same problem) but let's just focus on max_by.
Let's say you're given the task of finding the longest word in a list of animals. You could just count all the letters in every word on your own and figure it out that way, but that;s really boring? Instead, you can write some code to do it for you! Pick a name for your animal list(or, you know, just name it animal_list) and make it equal to your big 'ol list of animal names. That's great and all, but now you need to make it TO THE MAX. By which of course I just mean find the longest name. You do that by typing the name of your list in the next line, and adding ".max_by { |x| x.length }"" to the end. This will go through the whole list of names and find the one with the maximum length! Awesome right? I know you want to text this sweet method goodness out!


[§321-197] Personnel. The director of health may hire such necessary personnel to carry out the purposes of this part in accordance with chapter 76. [L 1975, c 190, pt of §2; am L 2000, c 253, §150]


Foodpedia is an online directory of food description.It was created as a implementation on how to integrate Laravel with AngularJS and Bootstrap.Laravel is used for the backend that supplies REST API and AngularJS is used as the client that consumes the REST API, Bootstrap is used to make things pretty :)
Below are all the foods at Foodpedia.Click a food to view its description or click on the add a food to our food encyclopedia
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