Use this directory to find local resources. This app was created by Suffolk University Law School's Legal Innovation & Technology Lab, Dasmas House of Massachusetts, Inc., the Crime Justice Institute (CJI), and the Criminal Justice Task Force (CJTF) of Northeastern University School of Law, with financial support from The Shaw Foundation. Resources are maintained by Dasmas House and CJI. This list of resources is not exhaustive. Do not rely on it as your only list of services.


clear
(or just c
)
Issued without parameters, the clear
command does pretty
heavy duty clearing of many of the GrADS internal settings. Parameters
can be added to limit what is cleared when using more advanced
features.
clear norset
clears without resetting user options
clear events
flushes the events buffer (e.g., mouse clicks)
clear graphics
clears the graphics, but not the widgets
clear hbuff
clears
the buffered display and turns off double buffer mode
clear button num
clears button num
clear rband num
clears rband num
clear dropmenu num
clears dropmenu num
clear sdfwrite
clears sdfwrite file name and attributes without resetting other user options (2.0.a3+)
clear mask
clears contour label mask, which is enabled with the command 'set clab masked'
(2.0.a7+)
clear shp
clears shapefile output file name and attributes without resetting other user options (2.0.a9+)


---
layout: default
---
Particl is an open-source and decentralized privacy platform built on the blockchain specifically designed to work with any cryptocurrency. It allows decentralized applications (Dapps) of all sorts to be built within a secure, highly-scalable environment and be integrated directly into Particl’s flagship wallet: Particl Desktop
Particl's mission is to foster a new decentralized, private and democratic economy supported by its platform and native currency (PART). All the fees generated by the platform are paid to the PART coin holders who are securing the network.
About Us
The Particl Foundation (Particl Stiftung) is a non-profit Swiss foundation registered in Zug on July 2017 with the help of Swiss law firm MME enabling the organization and deployment of funding and logistics to ensure the safe development of the Particl project and vision.
Particl Stiftung’s foundation status provides legal protection and resources to the Particl project ensuring its sustainability and compliance to current and new regulations.
Pascal Schmid
Ryno Pieter Mathee
Nicholas Lawrence Ng Sy
℅ Sielva Management SA
Gubelstraße 11
6300 Zug
Switzerland
Get directions


@(SuperAdmin supports uploading packages. It's very easy to create a package, just install Total.js as a global module, then open your application directory in the terminal and type $ tpm create myapp.package
.)
@(Performs NPM install)
package.json
@(Create a backup)
@(Removes all files in application directory)
@(SuperAdmin removes all files before unpacking package when this option is checked.)


the and was that chromosome with for his from The cells had were human chromosomes GPD University sex one cell gene female which inactivation their two male but studies this normal Beutler number not its {background (–) chromatin mouse who first have her (–), Ohno genes red are only tissue would active been margin most other they Lyon This also found genetics published these {border-style Barr females Fairbanks hypothesis px;} study years #ffffff;} became chromosome-linked could did during genetic medical chromosome. deficiency more research using work X-chromosome cells. early expression heterochromatic mammalian nucleus time Gartler Motulsky diploid each glucose--phosphate interest later led resulted several skin American Medical Medicine United based both described different has into nuclear origin some women They after blood chromosomes. coat color dehydrogenase developed development dosage evidence heterozygous paternal reported she single (b. about accessory cells, considered degree maternal method phenotypic small studied then Institute She THE all body chromosomes, department either family important inactive journal may men process random received somatic than understanding where (Figure African CHROMOSOME City Drosophila His Nobel Prize Tjio because between cancer case chromosome, colleagues derived explanation half laboratory made medicine paper permission provided result since such there used when Acad Figure Mendel’s Natl Sci Society although began carrying concept determination effect enzyme erythrocytes factors findings further hemolytic him individual inheritance interested left mice over part phenotype presence proposed px; rate represented role same series them various working {font-family (From: After California Hope Hsu Linder Morgan New Ohno’s PhD These Thus, activity and, basis being cell. containing continued contributions descent determined develop effects established event evolution finding font-size gene, inactivated interphase isoenzymes large males many mosaic mottled mutation named nuclei resulting results samples satellite scientific scientists similar specific spent sperm technique twentieth Cell Columbia DNA Genet Genetics German Mendel National Painter areas become biochemical clinical concluded confirmed discovery distinguished double; embryonic experiments given including informative leiomyomas length lower mammals, mutant new nucleolar obtained out pattern position question reduction referred required school sequence sex-linked showed studying term test time, translocation tumor under use very women, A./pnas... AND Academy Although Army College Fairbanks, INACTIVATION Klinefelter’s Med Research Royal Russell SRY San School Science States States. Texas Washington William York abnormalities absence action age allelic among approximately artificial border-color border-width capable case, center chair chronic clones colleague cytogenetics cytological died discoveries embryogenesis encode erythrocyte events faculty father fellowship females. four graduate hematology heterozygotes however, improved inactivation. late methods must myometrium nature now paternally patients populations post-doctoral professor protein publication relatively reviewed second shown solid; species stage student studies, syndrome th, those thought through tissue. tissues traits what while wild-type worked year {font-style {font-weight All Beutler, Cancer Center Charles Chicago Chromosomes During Fialkow For Francisco GPD-deficient Gartler’s Heinrich Human International Johannsen Laboratory Mary Motulsky’s Philadelphia Physiology Press Professor Rev Robert Sephardic Sturtevant Turner’s University. Valentine War Western Wilhelm World ability accepted acute additional appearance article authors autosomes available awarded believed biologist bold born cat century, chromosomal clonal clone compensation concerning conducted contain contributed counting courier; credited culture data decades. degrees determine director discrete discussed disorders distinct distribution division does earlier em; encoded entered establish eventually experimental explained exposed express formazan forms future gel gender geneticist, genetics, genetics. grasshopper heterochromatin hypoglossal hypotonic idea immigrated index individuals initially insights interests is, isoenzyme known learned letter leukemia level long making mammals mature members mentor met methemoglobin morphology mosaicism moved mucosal mutagenesis mutations myelogenous neoplasms observed offspring other. our pair pathology pioneer plant present presumably principal prior probably profound program propelled pt;} put radiation reflection regarding region related report research, residency rest returned served short somatically structures techniques testicular together total type usually variegated whereas years,


Listed in order of Publication:
1. Early Adopter JXTA
2. JXTA: Java P2P Programming
3. JXTA
4. Mastering JXTA Development
5. Java P2P Unleashed
6. JXTA in a Nutshell
Early Adopter JXTA,
a book that teaches experienced developers all they need to know to be able to play confidently with JXTA.
It also shows how to use JXTA as the foundation for developing a peer-to-peer application. By Sing Li. Available now
from amazon.com.
JXTA: Java P2P Programming provides an invaluable introduction to this new technology at a time when developers crave useful information and practical
examples. Created by members of the JXTA community, sharing their real-world experience, this book explains the fundamentals of P2P and demonstrates how JXTA fulfills the P2P promise. By Daniel Brookshier, Darren Govoni, Navaneeth Krishnan and Juan Carlos Soto.
Available now from amazon.com
JXTA, a technical book by Brendon J. Wilson.
Developed with input from the JXTA Community, this book provides
comprehensive detail on the JXTA platform, illustrating key concepts to the
reader using example code built on the Java reference implementation of
JXTA. The complete book is available for free
from the author's web site, along with the Java
source code for all the book's examples. The book is also available to
order from Amazon.com.
Mastering JXTA Development, a tutorial that is a code-intensive guide for Java developers.
It demonstrates the process required to piece the JXTA technologies
together to build sophisticated, real-world, peer-to-peer applications. By Joe Gradecki.
Available from Wiley Publishers.
Java P2P Unleashed provides a single source for Java developers who want to develop P2P systems. The book explains the benefits of each technology and shows how to fit the P2P "pieces" together - both in building new systems and integrating with existing ones.
The book starts with a discussion of the P2P architecture, referencing similarities with existing, familiar systems while previewing several types of P2P applications. It explains how to plan ahead for security, routing, performance and other issues when developing a P2P application. Each technology included in the book - JXTA, Jini, JavaSpaces, J2EE, Web services - is approached from a P2P perspective, focusing on implementation concerns Java developers will face while using them. The last section includes several large-scale examples of different P2P applications - managing content, building communities, integrating services, routing messages, and using intelligent agents to gather information. The final chapter looks ahead to future developments in Java P2P technologies.
By Robert Flenner, Michael Abbott, Toufic Boubez, Navaneeth Krishnan, Alan
Moffet, Rajam Ramamurti, Bilal Siddiqui, and Frank Sommers.
Available from
http://www.samspublishing.com Type the book's ISBN<PHONE_NUMBER>) in the
search window.
JXTA in a Nutshell, A Desktop Quick Reference.
Written by key members of Sun Microsystem's Project JXTA, JXTA in a Nutshell is the definitive reference to the most solid platform yet for Peer-to-Peer distributed computing. "P2P" enables users with the same networking application to connect with each other and directly interact with other people computers anywhere on the network. JXTA is a giant step forward in the evolution of P2P.
O'Reilly's pioneering reference is the first and last word on this powerful distributed computing technology. The book delivers all the information you need to get started, including an overview of P2P distributed computing, an explanation of the JXTA Project's new platform, and ways that developers can become a part of the development effort. It introduces major concepts in a hands-on way by explaining them in context to the shell, and contains a complete reference to the JXTA application bindings. Also included is the full JXTA protocol specification. The book covers important topics such as security, and how the JXTA technology fits into the standard Java classes.
By Scott Oaks, Bernard Traversat, and Li Gong,
available from O'Reilly's Online Catalog and Amazon.com.


The structural hierarchy in the devitrification pathways of Al-10at.% Sm magnetron sputtered thin film and melt spun ribbon. The θ- and ε-phases share the same 3-6-6-1 motif as dominant in undercooled liquid. The η- and ε-phases share another 1-6-6-6-1 motif.


{% extends "base.html" %} {% block title %}Usage of this Site{% endblock %} {% block body %}
This site can be used in a number of different ways.
This is this site's raison d'être—to give easy access to timestamp translations directly from a browser's address bar.
The easiest way to get information on a particular Unix time is to enter it directly into your browser's address bar, like so:
https://www.unixtimesta.mp/123456789
This will bring up information about Unix time 123456789.
If you want to go in the opposite direction and get a timestamp for a particular date and time, you can do this by building a URL with the year, month and date, followed by optional hour, minute and second values.
For example, to get the Unix time for the 31st March, 1978, use the following URI:
https://www.unixtimesta.mp/1978/3/31
For 3:45:22 PM on that day, just add the hour (in 24-hour time), the minute and the number of seconds to the URI:
https://www.unixtimesta.mp/1978/3/31/15/45/22
You can also request a description of any date and time, and using the magic of the python-dateutil module, the site will do it's best to try and figure what you're on about.
https://www.unixtimesta.mp/Wednesday
By setting the Accept header of your request to application/json, you can get the same information in JSON format.
$ curl -L -H "Accept: application/json" https://www.unixtimesta.mp/1978/3/31 { "datetime": "Fri, 31 Mar 1978 00:00:00 GMT", "timestamp": 260150400 }
For easy access to this site, install this bookmarklet by dragging the link to your browser's bookmarks bar. The next time you see a Unix time in a web page, just select it and click the bookmark — you'll come to this site and be shown information about the selected timestamp.
{% endblock %}


FILM TITLE: BITTER MOON DIRECTOR: ROMAN POLANSKI COUNTRY: FRANCE/ENGLAND 1994 CINEMATOGRAPHY: TONINO DELLI COLI MUSIC: VANGELIS CAST: Peter Coyote (Oscar), Emmanuelle Seigner (Mimi), Hugh Grant (Nigel), Kristin Scott Thomas (Fiona), Luca Vellani, Boris Bergman, Victor Banerge (Singh) SUPER FEATURES: Actually not too bad of a film.
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
I seem to carry a love/hate relationship with Roman Polanski. Just about every time I promise not to see one of his films again, another one comes up which gets one's curiosity flared up. And eventually one falls for it, and goes to see it. The question is, if this one is going to be as bad as the previous one. Not bad in the sense that the film is bad, but distasteful as Roman tends to be, despite his obviously superb film, and story telling techniques.
BITTER MOON, is the story, well, let's see.... could be about a couple whose fires have gone out a long time ago, and are always on the look out for a new experience... or the story of another couple on a holiday trying to figure out if their marriage is worth while saving.
One couple is a no win situation. Oscar and Mimi have been lovers for a long time, but since Oscar has been in a wheel chair, his ability to enjoy sex has turned into a voyeuristic event, watching his wife try to enjoy herself. And while she is attractive, and a very good tease, it still bores Oscar to death. And he tells his story in flashbacks. Nigel and Fiona have been married for a while but their ways have gotten boring, and not quite as exciting as either would like. She is looking for the word exciting, and he is looking for whatever it might be that he refuses to grow into. Maybe his reluctance is a bit of the stand offish way that his class brings him up into in his native country. Pleasures are meant to be kept buried and not discussed type of thing.
And Oscar and Mimi play on this weakness to the hilt. It is never quite clear if Mimi and Nigel do get mixed together and do anything, but in a wild night of drinking and fun, Fiona and Mimi do have some fun. While it opens up some horizons for Fiona, it now leaves her and her husband together to find out what they really want from each other, and how to enjoy it.
Roman Polansky is a master of film angles and the visual style that teases us to no end. Mimi gets to strut everything she's got, and makes us want her as much as Nigel. And Oscar is never oblivious to that look, or comment. The question, then, is how is all this going to come to a halt, or end. And to me, this is where Roman Polansky usually tends to fail as a story teller. He's very good at it all, except the endings, which do not all have to be that tragic, or despondent. Although, in this case, Nigel and Fiona do get a chance to start over. But sadly, the two that helped them resolve their differences will not. Their style is, either, dead, or on the way out.
But, I wonder if much of this is really a reflection of a lifestyle that borders on the hypocritical, and boring. The people involved, are on a cruise of well to do peoples whose best times tend to be how much sexual fun and partying they can get, if not a business deal here and there. And Roman allows us to see this elitist group to destroy itself, and almost take an innocent couple with them. It doesn't happen, as the foundation of the couple is better than what the decadent side might have to offer.
The film has incidental music by Vangelis, badly used by the way ( why doesn't HE make a film.? ), but as usual the cinematography is what makes this film so attractive. It is beautifully designed and thought out. Few directors will ever look at things in a style so well defined as Roman Polansky does instinctively.
BITTER MOON is not a great film, but the performances of Peter Coyote and Emmanuelle Seigner are excellent. Both Hugh Grant and Kristin Scott Thomas come off a bit foppish but nevertheless they are good. The ending almost appears as a soap opera. Nice film. Technically excellent.
3 GIBLOONS Reviewed by Pedro Sena. Ygdrasil's Film Newsgroup Copyright (c) Pedro Sena 1995. All Rights Reserved.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Eye gaze menu to be used with Eyetribe to control opening of applications completely with the eyes.
When reading the menu and an icon is about to be selected, a timer/loading wheel will appear around
the icon to show when the application will be selected. Also multiple menu pages can be flipped
through and there are submenus for larger topics such as games.


After an extended hiatus (which has included a visit to Ghana and some annual leave) we are back.
Topic of the week month
Rather than a single post this time there is one topic that has come up time and again over the last month. Data breaches. It seems that everybody is fumbling our personal data all at the same time. Here’s a summary of the ones which caught my eye.
- Network rail
- SpaceX
- Samsung
- Zynga (the people who brought you Words with Friends)
- Virgin Media which allegedly includes personal sexual preference information in the form of requested porn website whitelist requests, what could go wrong?
And with confirmation that Vodafone are siphoning off your data there are probably more which we do not yet know about but for which money is currently changing hands. Its never been more important to understand the importance of the value of your information and to take the steps you need to balance your security with the utility you get by sharing it.
Non-data science reading
I’ve really not read much in the data science sphere of late and have been far more focussed on the topic which led me to the position I’m in. Here’s some of my picks that I think are most interesting to those who are not as mathematically inclined.
- I’m not convinced that emoji have any place in equations but that is a personal preference. If you like the idea then there are plenty more ways to help visualise the meaning of mathematics over here
- A good argument that ‘speaking mathematics’ is a way to better understanding and implementations of code
- So often the sciences (including computer) take from mathematics and give nothing back. Now, a new computer science proof directly contributes back to quantum physics and pure maths and this makes me happy.
- I have recently enjoyed small daily maths challenges which give you small self-contained toy problems that are just fun to do.
- Surprisingly, parrots are probably better at statistics than I am!
- Quanta also have a pretty map of mathematics
Data science reading
- Just when you thought self-driving cars might be safe, there’s a new attack.
- In a shocking turn of events, people are blowing ML gains out of all proportion. This time it is ‘Emotion AI’, the thing that people use to assess video interviews to understand candidate suitability for e.g. jobs.
Origin of the title
The source of all philosophical knowledge, Tommy Lee Jones in Men in Black


nips nips2002 nips2002-lda knowledge-graph by maker-knowledge-mining
topicId: wordWeight*wordName (topN-words)
topic #0: 0.003*balls + 0.003*dlm + 0.002*hi + 0.002*ni + 0.002*cn + 0.002*cp + 0.002*bn + 0.001*marchand + 0.001*pn + 0.001*def
topic #1: 0.007*motion + 0.004*mtca + 0.004*video + 0.004*metric + 0.003*kc + 0.003*transformations + 0.003*dbb + 0.003*metrics + 0.003*wta + 0.003*frey
topic #2: 0.000*trajectories + 0.000*policy + 0.000*hopping + 0.000*periodic + 0.000*leg + 0.000*controller + 0.000*trajectory + 0.000*discontinuity + 0.000*disturbance + 0.000*velocity
topic #3: 0.004*layer + 0.004*stdp + 0.004*yj + 0.004*ranking + 0.004*instances + 0.003*margin + 0.003*neighboring + 0.003*margins + 0.003*hyperplanes + 0.003*dt
topic #4: 0.005*mdl + 0.004*rational + 0.004*semiring + 0.003*transducers + 0.003*transducer + 0.002*dl + 0.002*rectangle + 0.002*composition + 0.002*automata + 0.001*concepts
topic #5: 0.007*facial + 0.006*color + 0.003*brow + 0.003*ows + 0.002*facs + 0.002*lighting + 0.002*ow + 0.002*expressions + 0.001*eigen + 0.001*colors
topic #6: 0.004*analog + 0.003*eeg + 0.003*cnn + 0.003*bci + 0.003*erd + 0.002*programmable + 0.002*mrp + 0.002*voltage + 0.002*digital + 0.002*cmos
topic #7: 0.002*sutton + 0.002*loop + 0.002*controller + 0.002*collision + 0.002*ex + 0.002*anticipatory + 0.002*robot + 0.002*disturbance + 0.002*ltered + 0.001*barto
topic #8: 0.004*pot + 0.003*tangential + 0.003*optic + 0.003*ow + 0.002*rotation + 0.002*robot + 0.002*gantry + 0.002*solutions + 0.002*minimising + 0.002*cp
topic #9: 0.004*mpmr + 0.003*ku + 0.003*kv + 0.002*zj + 0.002*nu + 0.002*nv + 0.001*mpmc + 0.001*mptd + 0.001*vl + 0.001*std
topic #10: 0.003*fdkm + 0.003*cache + 0.003*miss + 0.003*pij + 0.002*bij + 0.002*policy + 0.002*adn + 0.002*policies + 0.002*lru + 0.002*bestshifting
topic #11: 0.010*speech + 0.009*kernels + 0.009*objects + 0.008*semantic + 0.007*sampling + 0.007*words + 0.006*markov + 0.006*pitch + 0.006*frequency + 0.005*lters
topic #12: 0.003*belief + 0.003*beliefs + 0.002*robot + 0.002*mobile + 0.002*bases + 0.001*navigation + 0.001*navigating + 0.001*mises + 0.001*sebastian + 0.001*localisation
topic #13: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #14: 0.009*clusters + 0.005*link + 0.004*mcvq + 0.004*uv + 0.003*bottleneck + 0.003*descent + 0.003*ibsi + 0.003*vq + 0.003*gl + 0.003*svd
topic #15: 0.004*texture + 0.003*oe + 0.002*tg + 0.002*canny + 0.002*detector + 0.002*nitzberg + 0.001*brightness + 0.001*konishi + 0.001*cue + 0.001*localize
topic #16: 0.003*hj + 0.003*qj + 0.002*sup + 0.002*fa + 0.001*frequentist + 0.001*eh + 0.001*rademacher + 0.001*fq + 0.001*bagging + 0.001*composite
topic #17: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #18: 0.003*nmda + 0.003*metaplasticity + 0.002*calcium + 0.002*gm + 0.002*selectivity + 0.002*receptors + 0.001*shouval + 0.001*rin + 0.001*segregation + 0.001*potentiated
topic #19: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #20: 0.002*firing + 0.002*mmse + 0.002*gain + 0.002*analog + 0.002*jt + 0.002*panel + 0.002*kijl + 0.002*fmid + 0.002*fmax + 0.002*parabolic
topic #21: 0.004*page + 0.004*hub + 0.002*hyperlink + 0.002*web + 0.002*links + 0.001*wrappers + 0.001*anchors + 0.001*anchor + 0.001*wrapper + 0.001*extraction
topic #22: 0.004*nashprop + 0.003*chimp + 0.002*nash + 0.002*taxonomic + 0.002*horses + 0.002*mammals + 0.002*chordal + 0.002*mixed + 0.002*animals + 0.002*tables
topic #23: 0.012*policy + 0.011*state + 0.007*lter + 0.007*stimuli + 0.006*average + 0.005*rates + 0.005*kalman + 0.005*tuning + 0.004*erent + 0.004*curve
topic #24: 0.005*policy + 0.005*jointree + 0.003*arithmetic + 0.003*circuit + 0.003*sarsa + 0.002*multi + 0.002*elicited + 0.002*subthreshold + 0.002*coherence + 0.002*strf
topic #25: 0.005*xjn + 0.004*color + 0.003*subband + 0.003*sjn + 0.002*jlv + 0.002*yin + 0.002*descendant + 0.002*ultrametric + 0.002*jl + 0.002*mrf
topic #26: 0.001*bv + 0.001*rearranged + 0.001*argmax + 0.001*higherorder + 0.001*default + 0.001*hateren + 0.001*yan + 0.000*un + 0.000*regularities + 0.000*absorb
topic #27: 0.002*music + 0.002*ica + 0.002*male + 0.002*jazz + 0.002*rock + 0.002*channel + 0.002*female + 0.002*snr + 0.001*sources + 0.001*mixed
topic #28: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #29: 0.005*kgv + 0.004*spikelx + 0.003*neuroscientists + 0.002*liam + 0.002*independence + 0.002*bde + 0.002*graphical + 0.001*behaving + 0.001*postulate + 0.001*sta
topic #30: 0.003*nger + 0.003*gpr + 0.003*ra + 0.002*scanner + 0.002*arthritis + 0.002*glm + 0.002*laser + 0.002*rheumatoid + 0.002*joints + 0.002*ammatory
topic #31: 0.005*resolution + 0.004*bent + 0.003*registration + 0.003*lobe + 0.002*psf + 0.002*orderings + 0.002*core + 0.002*galaxies + 0.002*double + 0.002*radio
topic #32: 0.003*audio + 0.003*topic + 0.003*qt + 0.003*video + 0.003*lsa + 0.003*topics + 0.002*xt + 0.002*word + 0.002*hmm + 0.002*ahmm
topic #33: 0.005*coe + 0.005*kde + 0.004*overcomplete + 0.004*wavelet + 0.002*cients + 0.002*thresholding + 0.001*hopfield + 0.001*ridge + 0.001*davis + 0.001*inactive
topic #34: 0.003*rhythmic + 0.003*cps + 0.003*impossibility + 0.003*stopping + 0.002*attractor + 0.002*partitions + 0.002*humanoid + 0.002*movement + 0.002*axiomatic + 0.001*swing
topic #35: 0.006*xt + 0.004*nash + 0.004*dc + 0.004*fil + 0.003*ridge + 0.002*regret + 0.002*ys + 0.002*oal + 0.002*ltering + 0.002*pose
topic #36: 0.003*replay + 0.003*hippocampus + 0.003*neocortical + 0.003*episodic + 0.002*hippocampal + 0.002*ep + 0.002*stored + 0.002*episodes + 0.002*episode + 0.001*consolidation
topic #37: 0.007*ach + 0.004*pee + 0.004*linearisations + 0.003*derivative + 0.002*theories + 0.002*psychological + 0.002*contingent + 0.002*judgment + 0.002*cause + 0.002*linearisation
topic #38: 0.006*genes + 0.005*infomax + 0.003*gene + 0.003*pro + 0.003*mmd + 0.003*microarray + 0.003*diversity + 0.003*roc + 0.002*les + 0.002*rkhs
topic #39: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #40: 0.004*hal + 0.004*music + 0.002*ife + 0.002*ow + 0.002*beatles + 0.002*wcd + 0.002*eigen + 0.002*musical + 0.002*caching + 0.002*song
topic #41: 0.006*frame + 0.005*gabor + 0.004*pcfg + 0.004*bt + 0.004*st + 0.004*dependency + 0.003*articulated + 0.003*termination + 0.003*sti + 0.003*rigid
topic #42: 0.007*matrix + 0.007*documents + 0.006*boosting + 0.006*energy + 0.005*density + 0.005*covariance + 0.005*states + 0.005*sample + 0.005*document + 0.005*latent
topic #43: 0.005*tress + 0.003*instruction + 0.003*oops + 0.002*artefactual + 0.002*ss + 0.002*hanoi + 0.002*visualisation + 0.002*instructions + 0.002*pre + 0.002*ds
topic #44: 0.004*prototypes + 0.004*lvq + 0.004*tag + 0.004*suffix + 0.003*gamma + 0.002*xt + 0.002*substring + 0.002*prototype + 0.002*bqi + 0.002*accuracies
topic #45: 0.006*ectance + 0.005*shading + 0.004*vbec + 0.004*msec + 0.003*tones + 0.003*jk + 0.002*tone + 0.002*triphone + 0.002*color + 0.002*st
topic #46: 0.004*foreground + 0.004*abs + 0.004*mask + 0.003*coherence + 0.002*jojic + 0.002*objects + 0.002*hv + 0.002*pooling + 0.002*hyv + 0.001*factorial
topic #47: 0.005*microcircuit + 0.003*rademacher + 0.003*readout + 0.002*semide + 0.002*xwv + 0.002*microcircuits + 0.002*liquid + 0.002*generic + 0.001*bousquet + 0.001*cb
topic #48: 0.005*queries + 0.002*retrieval + 0.002*hoc + 0.002*query + 0.002*relevancy + 0.001*ad + 0.001*routing + 0.001*rba + 0.001*hyperparameters + 0.001*hyperparameter
topic #49: 0.005*maxent + 0.002*user + 0.002*harmonics + 0.002*researchindex + 0.002*stream + 0.002*monaural + 0.002*foreground + 0.002*intrusion + 0.001*unresolved + 0.001*segregation
topic #50: 0.004*bethe + 0.002*damping + 0.001*damped + 0.001*rrr + 0.001*beliefs + 0.001*loop + 0.001*fbound + 0.001*lll + 0.001*yyyy + 0.001*saddlepoint
topic #51: 0.006*bump + 0.005*lkl + 0.004*ssem + 0.004*string + 0.004*digit + 0.003*xo + 0.003*skt + 0.003*kt + 0.003*fsm + 0.003*substrings
topic #52: 0.005*ranking + 0.005*lh + 0.004*ecoc + 0.004*poset + 0.003*fh + 0.003*bunching + 0.003*mprove + 0.002*sy + 0.002*multipliers + 0.002*saddle
topic #53: 0.002*msec + 0.002*perturbations + 0.002*psp + 0.002*synchronized + 0.001*synfire + 0.001*timing + 0.001*sensitivity + 0.001*volleys + 0.001*dispersed + 0.001*chains
topic #54: 0.011*kernel + 0.005*images + 0.004*points + 0.004*loss + 0.004*algorithm + 0.004*bound + 0.004*let + 0.004*optimal + 0.004*prior + 0.004*fisher
topic #55: 0.008*basis + 0.007*code + 0.007*coding + 0.006*prediction + 0.006*cell + 0.006*control + 0.006*temporal + 0.006*trajectory + 0.005*natural + 0.005*optimization
topic #56: 0.003*sentence + 0.002*equivalence + 0.002*corpus + 0.002*adios + 0.002*stay + 0.002*beth + 0.002*syntactic + 0.002*george + 0.001*liv + 0.001*constituents
topic #57: 0.010*belief + 0.008*propagation + 0.006*loopy + 0.006*movement + 0.005*graphical + 0.004*marginals + 0.004*assigned + 0.003*naive + 0.003*neuronal + 0.003*know
topic #58: 0.009*td + 0.005*rl + 0.004*events + 0.003*lstd + 0.003*reinforcement + 0.003*ifat + 0.003*synchronous + 0.002*aer + 0.002*transition + 0.002*plasticity
topic #59: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #60: 0.003*dal + 0.003*trajectories + 0.002*antennal + 0.001*lobe + 0.001*laurent + 0.001*olfactory + 0.001*vreeswijk + 0.001*xf + 0.001*binomial + 0.001*odor
topic #61: 0.005*pbil + 0.004*recipes + 0.004*shape + 0.003*stereo + 0.002*needle + 0.002*zk + 0.002*subband + 0.002*fitness + 0.002*optimum + 0.002*mutation
topic #62: 0.006*reward + 0.005*pomdp + 0.004*compressions + 0.003*td + 0.003*pomdps + 0.003*rewards + 0.003*compressed + 0.002*ot + 0.002*lossless + 0.002*tapped
topic #63: 0.006*stability + 0.004*optical + 0.002*pulse + 0.002*optoelectronic + 0.002*wavelength + 0.002*optics + 0.002*driver + 0.002*laser + 0.002*assessment + 0.001*electronic
topic #64: 0.010*visual + 0.008*receptive + 0.006*variability + 0.005*sensory + 0.004*corr + 0.004*pack + 0.004*motion + 0.004*developmental + 0.003*elds + 0.003*perceptual
topic #65: 0.006*distortion + 0.004*envelope + 0.003*fastica + 0.003*tone + 0.002*unmodulated + 0.002*prodenica + 0.002*hyvarinen + 0.002*spin + 0.002*replica + 0.002*sf
topic #66: 0.003*english + 0.003*french + 0.003*corpus + 0.002*kcca + 0.002*ay + 0.001*ff + 0.001*lsi + 0.001*parliament + 0.001*paired + 0.001*canadian
topic #67: 0.005*ib + 0.005*ml + 0.005*adaptation + 0.005*strength + 0.004*gure + 0.004*solutions + 0.004*range + 0.004*pr + 0.003*dopamine + 0.003*sr
topic #68: 0.015*neurons + 0.014*spike + 0.011*neuron + 0.008*spikes + 0.007*hidden + 0.007*system + 0.006*inference + 0.006*ms + 0.006*sequences + 0.006*units
topic #69: 0.005*ard + 0.005*diffusion + 0.004*asd + 0.003*frph + 0.002*heat + 0.002*kernels + 0.002*riemannian + 0.002*learners + 0.002*wiener + 0.001*sqph
topic #70: 0.000*belief + 0.000*beliefs + 0.000*robot + 0.000*policy + 0.000*pomdp + 0.000*mobile + 0.000*pca + 0.000*pomdps + 0.000*corridor + 0.000*bases
topic #71: 0.005*yn + 0.004*trajectories + 0.004*qk + 0.004*bifurcation + 0.003*fx + 0.003*distortion + 0.002*robot + 0.002*hyperkernel + 0.002*disturbance + 0.002*leg
topic #72: 0.006*bilinear + 0.004*pin + 0.003*mismatch + 0.003*mpm + 0.003*homology + 0.003*protein + 0.002*inf + 0.002*roc + 0.002*novelty + 0.002*misclassification
topic #73: 0.006*srm + 0.004*factored + 0.004*resolution + 0.004*policies + 0.003*mdp + 0.003*np + 0.002*bcm + 0.002*planning + 0.002*mdps + 0.002*pspace
topic #74: 0.010*image + 0.007*feature + 0.007*clustering + 0.006*mixture + 0.005*features + 0.005*object + 0.004*log + 0.004*em + 0.004*label + 0.004*posterior
topic #75: 0.006*sne + 0.004*xes + 0.003*bp + 0.003*ug + 0.003*stem + 0.002*backbone + 0.002*residues + 0.002*paramorph + 0.002*morphological + 0.002*bialek
topic #76: 0.005*bmc + 0.002*smc + 0.002*ais + 0.002*hagan + 0.001*integrand + 0.001*carlo + 0.001*annealed + 0.001*rasmussen + 0.001*monte + 0.001*kennedy
topic #77: 0.007*motif + 0.005*nuisance + 0.003*motifs + 0.002*hmdm + 0.002*ari + 0.001*extractor + 0.001*gyrb + 0.001*regulatory + 0.001*fisher + 0.001*emission
topic #78: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #79: 0.004*protein + 0.004*amino + 0.004*contact + 0.003*acid + 0.003*discriminants + 0.003*lf + 0.003*saline + 0.003*hypercuts + 0.003*proteins + 0.002*fo
topic #80: 0.005*mcc + 0.002*mccs + 0.001*bielefeld + 0.001*parametrization + 0.001*kde + 0.001*hy + 0.001*lpms + 0.001*deactivated + 0.001*pdfs + 0.001*slpm
topic #81: 0.003*mist + 0.002*records + 0.002*spanning + 0.002*attributes + 0.002*mst + 0.001*usage + 0.001*categorical + 0.001*domingos + 0.001*heaviest + 0.001*tarjan
topic #82: 0.004*vibes + 0.003*zj + 0.002*cpj + 0.002*bugs + 0.001*pai + 0.001*sk + 0.001*winbugs + 0.001*conjugacy + 0.001*blanket + 0.001*wishart
topic #83: 0.010*circuit + 0.006*circuits + 0.005*chip + 0.004*vlsi + 0.004*aj + 0.004*presynaptic + 0.004*fpla + 0.004*rbpf + 0.004*neurotropin + 0.003*oi
topic #84: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #85: 0.003*color + 0.002*factorial + 0.002*chromatic + 0.001*movellan + 0.001*separability + 0.001*massaro + 0.001*separable + 0.001*jolla + 0.001*isoluminant + 0.001*wachtler
topic #86: 0.005*ddp + 0.005*minimax + 0.004*rhs + 0.003*lpa + 0.003*gd + 0.003*en + 0.002*biped + 0.002*controller + 0.002*tk + 0.002*computeplan
topic #87: 0.009*causal + 0.006*pairwise + 0.005*dirichlet + 0.005*human + 0.004*structures + 0.004*graphs + 0.004*subjects + 0.004*detector + 0.003*parents + 0.003*hypotheses
topic #88: 0.004*depressing + 0.002*epsp + 0.002*recovery + 0.002*tsodyks + 0.002*synapse + 0.002*abbott + 0.001*stimulated + 0.001*varela + 0.001*indiveri + 0.001*rasche
topic #89: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #90: 0.001*psfrag + 0.001*dpsfrag + 0.001*packing + 0.000*optm + 0.000*gr + 0.000*bruske + 0.000*sommer + 0.000*intrinsic + 0.000*lattice + 0.000*resolutions
topic #91: 0.006*phone + 0.004*speaker + 0.003*channel + 0.002*variability + 0.001*nats + 0.001*yang + 0.001*manova + 0.001*phones + 0.001*man + 0.001*ogi
topic #92: 0.011*xi + 0.009*theorem + 0.008*margin + 0.007*variational + 0.007*yi + 0.007*tree + 0.006*bayes + 0.005*true + 0.005*ij + 0.005*svms
topic #93: 0.000*twodimensional + 0.000*merlin + 0.000*fortnow + 0.000*formal + 0.000*familiar + 0.000*fair + 0.000*extremely + 0.000*exposes + 0.000*evolution + 0.000*everything
topic #94: 0.004*mil + 0.004*bags + 0.004*bag + 0.003*cells + 0.003*ganglion + 0.002*salamander + 0.001*diversity + 0.001*retina + 0.001*mergers + 0.001*maxiei
topic #95: 0.005*postsynaptic + 0.005*auto + 0.003*plasticity + 0.002*episodes + 0.002*ltp + 0.002*ltd + 0.002*triplets + 0.002*marginalized + 0.001*schemas + 0.001*dw
topic #96: 0.003*axonal + 0.003*branching + 0.003*conduction + 0.003*diameters + 0.002*axons + 0.002*caliber + 0.002*exponent + 0.002*myelinated + 0.002*branch + 0.001*diameter
topic #97: 0.003*guration + 0.003*cbf + 0.003*ye + 0.002*edgewise + 0.002*spanning + 0.002*hv + 0.001*uniqueness + 0.001*message + 0.001*admissibility + 0.001*gurations
topic #98: 0.013*classi + 0.006*training + 0.006*stimulus + 0.005*svm + 0.005*cation + 0.005*response + 0.005*bayesian + 0.005*synaptic + 0.005*gaussian + 0.005*cluster
topic #99: 0.004*rtpf + 0.004*particle + 0.002*robot + 0.001*skip + 0.001*st + 0.001*zt + 0.001*speedup + 0.001*rtpfs + 0.001*skipping + 0.001*arrives
Latent Dirichlet allocation
In natural language processing, latent Dirichlet allocation (LDA) is a generative model that allows sets of observations to be explained by unobserved groups that explain why some parts of the data are similar. For example, if observations are words collected into documents, it posits that each document is a mixture of a small number of topics and that each word's creation is attributable to one of the document's topics. LDA is an example of a topic model and was first presented as a graphical model for topic discovery by David Blei, Andrew Ng, and Michael Jordan in 2003.
Topics in LDA
In LDA, each document may be viewed as a mixture of various topics. This is similar to probabilistic latent semantic analysis (pLSA), except that in LDA the topic distribution is assumed to have a Dirichlet prior. In practice, this results in more reasonable mixtures of topics in a document. It has been noted, however, that the pLSA model is equivalent to the LDA model under a uniform Dirichlet prior distribution.
For example, an LDA model might have topics that can be classified as CAT_related and DOG_related. A topic has probabilities of generating various words, such as milk, meow, and kitten, which can be classified and interpreted by the viewer as "CAT_related". Naturally, the word cat itself will have high probability given this topic. The DOG_related topic likewise has probabilities of generating each word: puppy, bark, and bone might have high probability. Words without special relevance, such as the (see function word), will have roughly even probability between classes (or can be placed into a separate category). A topic is not strongly defined, neither semantically nor epistemologically. It is identified on the basis of supervised labeling and (manual) pruning on the basis of their likelihood of co-occurrence. A lexical word may occur in several topics with a different probability, however, with a different typical set of neighboring words in each topic.
Each document is assumed to be characterized by a particular set of topics. This is akin to the standard bag of words model assumption, and makes the individual words exchangeable.
Model
With plate notation, the dependencies among the many variables can be captured concisely. The boxes are “plates” representing replicates. The outer plate represents documents, while the inner plate represents the repeated choice of topics and words within a document. M denotes the number of documents, N the number of words in a document. Thus:
α is the parameter of the Dirichlet prior on the per-document topic distributions,
β is the parameter of the Dirichlet prior on the per-topic word distribution,
\theta_i is the topic distribution for document i,
\phi_k is the word distribution for topic k,
z_{ij} is the topic for the jth word in document i, and
w_{ij} is the specific word.
The w_{ij} are the only observable variables, and the other variables are latent variables. Mostly, the basic LDA model will be extended to a smoothed version to gain better results .[citation needed] The plate notation is shown on the right, where K denotes the number of topics considered in the model and:
\phi is a K*V (V is the dimension of the vocabulary) Markov matrix each row of which denotes the word distribution of a topic.
The generative process behind is that documents are represented as random mixtures over latent topics, where each topic is characterized by a distribution over words. LDA assumes the following generative process for a corpus D consisting of M documents each of length N_i:
1. Choose \theta_i \, \sim \, \mathrm{Dir}(\alpha) , where i \in \{ 1,\dots,M \} and \mathrm{Dir}(\alpha) is the Dirichlet distribution for parameter \alpha
2. Choose \phi_k \, \sim \, \mathrm{Dir}(\beta) , where k \in \{ 1,\dots,K \}
3. For each of the word positions i, j, where j \in \{ 1,\dots,N_i \} , and i \in \{ 1,\dots,M \}
(a) Choose a topic z_{i,j} \,\sim\, \mathrm{Multinomial}(\theta_i).
(b) Choose a word w_{i,j} \,\sim\, \mathrm{Multinomial}( \phi_{z_{i,j}}) .
(Note that the Multinomial distribution here refers to the Multinomial with only one trial. It is formally equivalent to the categorical distribution.)
The lengths N_i are treated as independent of all the other data generating variables (q and z). The subscript is often dropped, as in the plate diagrams shown here.
Inference
Learning the various distributions (the set of topics, their associated word probabilities, the topic of each word, and the particular topic mixture of each document) is a problem of Bayesian inference. The original paper used a variational Bayes approximation of the posterior distribution;[1] alternative inference techniques use Gibbs sampling and expectation propagation.
Following is the derivation of the equations for collapsed Gibbs sampling, which means \varphis and \thetas will be integrated out. For simplicity, in this derivation the documents are all assumed to have the same length N_{}. The derivation is equally valid if the document lengths vary.
Applications, extensions and similar techniques
Topic modeling is a classic problem in information retrieval. Related models and techniques are, among others, latent semantic indexing, independent component analysis, probabilistic latent semantic indexing, non-negative matrix factorization, and Gamma-Poisson distribution.
The LDA model is highly modular and can therefore be easily extended. The main field of interest is modeling relations between topics. This is achieved by using another distribution on the simplex instead of the Dirichlet. The Correlated Topic Model follows this approach, inducing a correlation structure between topics by using the logistic normal distribution instead of the Dirichlet. Another extension is the hierarchical LDA (hLDA), where topics are joined together in a hierarchy by using the nested Chinese restaurant process. LDA can also be extended to a corpus in which a document includes two types of information (e.g., words and names), as in the LDA-dual model. Nonparametric extensions of LDA include the Hierarchical Dirichlet process mixture model, which allows the number of topics to be unbounded and learnt from data and the Nested Chinese Restaurant Process which allows topics to be arranged in a hierarchy whose structure is learnt from data.
As noted earlier, PLSA is similar to LDA. The LDA model is essentially the Bayesian version of PLSA model. The Bayesian formulation tends to perform better on small datasets because Bayesian methods can avoid overfitting the data. In a very large dataset, the results are probably the same. One difference is that PLSA uses a variable d to represent a document in the training set. So in PLSA, when presented with a document the model hasn't seen before, we fix \Pr(w \mid z)—the probability of words under topics—to be that learned from the training set and use the same EM algorithm to infer \Pr(z \mid d)—the topic distribution under d. Blei argues that this step is cheating because you are essentially refitting the model to the new data.
Variations on LDA have been used to automatically put natural images into categories, such as "bedroom" or "forest", by treating an image as a document, and small patches of the image as words; one of the variations is called Spatial Latent Dirichlet Allocation.
from wiki http://en.wikipedia.org/wiki/Latent_Dirichlet_allocation


|
GML
Library
|
Go to the source code of this file.
Classes | |
| struct | gml::Vector4 |
| A mathematical 4-component floating-point Vector. More... | |
Namespaces | |
| gml | |
| The main namespace for George's Maths Library. | |
Functions | |
| Vector4 | gml::operator+ (Vector4 lhs, const Vector4 &rhs) |
| Calculates the addition of two vectors. More... | |
| Vector4 | gml::operator- (Vector4 lhs, const Vector4 &rhs) |
| Calculates the subtraction of two vectors. More... | |
| Vector4 | gml::operator * (Vector4 lhs, const Vector4 &rhs) |
| Calculates the multiplication of two vectors. More... | |
| Vector4 | gml::operator/ (Vector4 lhs, const Vector4 &rhs) |
| Calculates the quotient of two vectors. More... | |
| Vector4 | gml::operator * (Vector4 lhs, float s) |
| Multiplies/scales a vector by a scalar value. More... | |
| Vector4 | gml::operator/ (Vector4 lhs, float s) |
| Divides/inversely scales a vector by a value. More... | |
| Vector4 | gml::operator * (float s, Vector4 rhs) |
| Multiplies/scales a vector by a scalar value. More... | |
| Vector4 | gml::operator/ (float s, Vector4 rhs) |
| Divides/inversely scales a vector by a value. More... | |
| bool | gml::operator== (const Vector4 &lhs, const Vector4 &rhs) |
| Compares two vectors. More... | |
| bool | gml::operator!= (const Vector4 &lhs, const Vector4 &rhs) |
| Compares two vectors. More... | |
Definition in file vector_4.hpp.


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Let's update our Box
class to use generics. We'll first create a generic type declaration by
changing the code "public class Box
" to "public class Box<T>
"; this introduces one type variable, named T
,
that can be used anywhere inside the class. This same technique can be applied to interfaces as well. There's nothing particularly complex about this concept. In fact, it's quite similar to what you already know about variables in general. Just think of T
as a special kind of variable, whose "value" will be whatever type you pass in; this can be any class type, any interface type, or even another type variable. It just can't be any of the primitive data types.
In this context, we also say that
T
is a formal type parameter of the Box
class.
/** * Generic version of the Box class. * @param <T> the type of value being boxed */ public class Box<T> { private T t; // T stands for "Type" public void add(T t) { this.t = t; } public T get() { return t; } }
As you can see, we've replaced all occurrences of Object
with T
.
Also note that a generic type may have multiple type parameters, but each parameter must be unique within its declaring class or interface. A declaration of Box<T,T>
, for example, would generate an error on the second occurrence of T
, but Box<T,U>
, however, would be allowed.
To reference this generic class from within your own code,
you must perform a generic type invocation, which replaces T
with some concrete value, such as Integer
:
Box<Integer> integerBox;
You can think of a generic type invocation as being similar to an
ordinary method invocation, but instead of passing an argument to a method,
you're passing a type argument — Integer
in this case — to the Box
class itself.
Like any other variable declaration, this code does not actually create a new Box
object. It simply declares that integerBox
will hold a reference to a "Box
of Integer
", which is how
Box<Integer>
is read.
An invocation of a generic type is generally known as a parameterized type.
To instantiate this class, use the new
keyword, as usual, but
place <Integer>
between the class name and the parenthesis:
integerBox = new Box<Integer>();
Or, you can put the entire statement on one line, such as:
Box<Integer> integerBox = new Box<Integer>();
Once integerBox
is initialized, you're free to invoke its get
method without providing a cast, as in
BoxDemo3
:
public class BoxDemo3 { public static void main(String[] args) { Box<Integer> integerBox = new Box<Integer>(); integerBox.add(new Integer(10)); Integer someInteger = integerBox.get(); // no cast! System.out.println(someInteger); } }
Furthermore, if you try adding an incompatible type to the box,
such as String
, compilation will fail, alerting you to
what previously would have been a runtime bug:
BoxDemo3.java:5: add(java.lang.Integer) in Box<java.lang.Integer> cannot be applied to (java.lang.String) integerBox.add("10"); ^ 1 error
It's important to understand that type variables are
not actually types themselves.
In the above examples, you won't find T.java
or T.class
anywhere on the file system.
Furthermore, T
is not a part of the Box
class name.
In fact during compilation,
all generic information will be removed entirely, leaving only
Box.class
on the file system. We'll discuss this later in the
section on
In Java SE 7 and later, you can replace the type arguments required to invoke the constructor of a generic class with an empty set of type parameters (<>
) as long as the compiler can determine, or infer, the type arguments from the context. This pair of angle brackets, <>
, is informally called the diamond. For example, you can create an instance of Box<Integer>
with the following statement:
Box<Integer> integerBox = new Box<>();
For more information about the diamond, see Type Inference and Instantiation of Generic Classes.
The most commonly used type parameter names are:


---
sort_order: 26
tei_id: rdx_191dd.p.idp4177952
annotation_count: 0
images:
small-thumbnail: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfd0w/mini-thumbnail/
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full: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfd0w/fs/
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thumbnail: https://readux.ecds.emory.edu/books/emory:191dd/pages/emory:rfd0w/thumbnail/
title: Page 26
number: 26
---
{% raw %}36 THE LAND-CLAIM.{% endraw %}
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{% raw %}about this affair, before the Judge, to-day."{% endraw %}
{% raw %}Alicia had listened silently to every word uttered by the{% endraw %}
{% raw %}officer of the law, as if she might discover some comfort in{% endraw %}
{% raw %}them for her heavy trouble; but when she found that they{% endraw %}
{% raw %}only showed her the influence which she could and must use{% endraw %}
{% raw %}iu fixing her father's guilt, her despair quite overcame her{% endraw %}
{% raw %}fortitude, and she broke out into piteous sobbing, and cries of,{% endraw %}
{% raw %}" Oh, my father ! oh, my father !"   I do not wish to sec any one, unless I{% endraw %}
{% raw %}could see my father," she added, looking inquiringly toward{% endraw %}
{% raw %}the constable.{% endraw %}
{% raw %}"Must say no to that, yo-ang I.ady, though I am re.al sorry;{% endraw %}


All Classes
Packages
org.dyn4j
org.dyn4j.collision
org.dyn4j.collision.broadphase
org.dyn4j.collision.continuous
org.dyn4j.collision.manifold
org.dyn4j.collision.narrowphase
org.dyn4j.dynamics
org.dyn4j.dynamics.contact
org.dyn4j.dynamics.joint
org.dyn4j.geometry
org.dyn4j.geometry.decompose
org.dyn4j.geometry.hull
org.dyn4j.resources


3/31 email
Good morning CSI!
Here we are Day 20 since the Governor announced the suspension of in-classroom teaching! Again, I hope all our community are safe and healthy!! We are all experiencing a life-changing pandemic and I sincerely hope you are able to cope and sustain yourselves while living and working from home round the clock! I just have two things to share.
First, I am forwarding you a message from the PSC about online workshops from the New York Committee for Occupational Safety and Healthy regarding COVID-19.
Second, the chapter executive committee is scheduled to hold a labor-management meeting this coming Thursday, April 2 at 11:30 am. Please pass along any of your questions and concerns so we can present them to President Fritz.
Please stay inside as much as possible. Work remotely but work well! Remember by working remotely and taking care of ourselves, and washing hands, we take care of each other!!!
george emilio sanchez chapter chair
Dear colleague:
The New York Committee for Occupational Safety and Health (NYCOSH) is offering "COVID-19: Worker Safety & Health" online workshops via Zoom. The information on this week's workshops and how to register is below. This is a workshop that may be especially useful for anyone who is deemed essential staff, but may be useful to anyone who is looking for information on basic health and safety practices related to COVID-19 and related protections for workers under OSHA standards and guidelines. These workshops tend to last about 2 hours. Please feel free to pass this information to colleagues.
Tuesday, Mar 31, 2020 10:00 AM Register in advance for this meeting:
https://zoom.us/meeting/register/upUvduqrrDwoq0QTtkJjuSoASsPrkRK7gA
Thursday, Apr 2, 2020 10:00 AM Register in advance for this meeting:
https://zoom.us/meeting/register/uZAvc-usrTkv1ZmGXp7HVb6s9z0t39hR2Q
If you have immediate health and safety concerns, please email them to the PSC Health & Safety Watchdogs Committee at<EMAIL_ADDRESS>In solidarity, Jean Grassman & Jackie Elliot On behalf of the PSC Health & Safety Watchdogs


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Features
NobelGT is a better alternative for the course search features provided in Oscar (get the pun?). It is also a strong alternative to Courseoff that takes the burden of choosing a good schedule off of your shoulders, and gets you the best possible schedule for your needs.
grade
Easy To Use
You type in your classes and pick your criteria, and NobelGT does the rest for you. You can navigate possible schedules based on similarity to each other and the score they have received according to your criteria.
schedule
Fast
You receive results as they are calculated by our engine. You get a list of CRN codes for all schedules so that you can easily register for classes once you found your perfect fit.
lightbulb_outline
Smart
NobelGT uses deep learning techniques and human-rated schedules for most criteria, so that the results you receive are as good as can be - removing errors that can stem from arbitrary weighing of your criteria.


I could have never imagined that a community project started could get so serious in such short time and surpass @KomodoPlatform
It's a good fact now that we seen $PIRATE secured by more mining power than @KomodoPlatform in last 24 hours.
#Flipiratening


In my current role as a people leader which involves development and feedback. I carry out job interviews both internally and externally. As part of these interviews we have to provide feedback to candidates regardless of the outcome. This applies to the internal candidates as I work with them.  There can be pressure/influence from other leaders, some of which I report to. Even though some candidates were very good, they may have been blacklisted due to conflicts with other leaders. My belief is to hire based on merits such as abilities and good personality fits. I had to respect the decisions and opinions of others so had to make things work for everyone.
The Chinese culture is family based and oriented.  Family to me is important and making sure those connections are well maintained.
Strengths would be my ability to quickly learn and being able to get into the mindset of overcoming issues. Limitations are a relatively short attention span with some things and quickly getting bored of what I do. In terms of career development I haven’t used my learning abilities to its best extent and haven’t spent the time in developing myself.
I have been trying to develop my people skills especially in my current role where I manage other staff. Problem solving and prioritisation are other key strengths that I bring. Also the ability to work under immense pressure.
I have had to complete everyday tasks with peers which shouldn’t be a problem. There are some people with difficult personalities, ie anger issues which none of the other staff wanted to work with. My strategy at the time was just to avoid them and only deal with them when it was absolutely necessary. It was effective in that there wasn’t any tension as I wouldn’t have to deal with them. I don’t think I would do anything differently. But maybe would try bringing someone in as a mediator to see if we can resolve why they had anger issues.


WhatsApp has its own emoji designs which are displayed on all WhatsApp for Android and WhatsApp Web.
One emoji supported by WhatsApp but no other platform is the Texas Flag emoji. This is a valid subdivision flag supported by Unicode, but not listed within any Unicode emoji release and as of 2019 is not supported by any other major vendor.
Support for Emoji 13.0 is now available in beta releases of WhatsApp, coming to a public release in late 2020 or early 2021.
Emojis from WhatsApp <IP_ADDRESS> are displayed below.
Show: all, changed, new, removed


“I had a prototype but a blade sticking straight up was still dangerous. The top safety ring was added so no-one could fall onto the blade and impale themselves on it. It also ensured hands couldn’t come near the blade when in use. I entered the Fieldays Innovation Awards and the response was huge, we got a lot of feedback and filled an exercise book with orders.”


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The article we chose was a historical article about the renovation of a building. This is a link to our annotated Markdown page that transcribes the first few paragraphs of the article and includes a link to an image of the article as it appeared in the New York Times.


filing requirements, forms, state, federal, taxes, California
Your orchestra will be responsible for filing annual paperwork with both federal and state governments in order to remain in good standing as a corporation, even if you are operating as a 501(c)(3) nonprofit organization. The filing requirements described on this page assume that you have been granted your 501(c)(3) nonprofit status, so if your situation is different, you should check with the IRS and your state government to find out what your filing requirements are.
DO NOT FORGET TO SUBMIT YOUR ANNUAL PAPERWORK.
Every year (assuming your gross receipts are less than $50,000), you have to file the IRS Form 990-N e-Postcard. Your treasurer can file it online. This form is due by the 15th day of the 5th month after the close of your tax year. You should have specified your tax year in your 501(c)(3) application, and it should be written on your official IRS letter granting you 501(c)(3) status.
Your state will most likely require you to file an annual tax form similar to the federal one mentioned above. In California, tax-exempt corporations with gross receipts of less than $50,000 have to file the FTB 199N California e-Postcard. Like the federal version, this form is due by the 15th day of the 5th month after the close of your tax year.
In California, newly-incorporated entities have to file a Statement of Information Form SI-100 within 90 days of their incorporation, and every two years after that. Check if your state has any similar requirements.
Also in California, if you do any fundraising or collect donations to support your organization, you have to report annually to the state Office of the Attorney General, which is responsible for ensuring that all charitable donations in California are being used legitimately. When you first start your organization, you have to file form CT-1 and pay a $25 application fee to be put into the Registry of Charitable Trusts. In subsequent years, you just have to file an annual renewal/report form, form RRF-1, which does not cost anything if your gross receipts are under $25,000. Like the other annual financial reporting forms, this form is due by the 15th day of the 5th month after the close of your tax year. Note that if you plan to conduct a raffle as a fundraiser, there is a separate, additional annual application and reporting procedure through the Office of the Attorney General.


Blockchain is a trendy topic, so is it's security. Although blockchain offers a way to efficiently store data, execute transactions and establish trust in an open distributed environment, they are still vulnerable to attacks. We thought to change this and create awareness and came up with 'Unchained'. 'The focus of 'Unchained' is to promote research, development and knowledge sharing around the security aspect of blockchain technology.
QuillAudits is the leading smart contract and Cybersecurity solution provider based in India. We offer advanced Ethereum, EOS, TRON smart contract audit, blockchain protocol security to ensure the platform’s integrity. To ensure 24x7 security, we have a smart contract monitoring tool to ensure the security and safety of smart contract post-deployment. One can create and customize alerts and monitor transactions to identify anomalies in a live environment.
RazzorSec is an online blockchain security community of professionals around the globe. We
decided to build a platform to help the InfoSec community learn from each other and grow
together. Our community is enriched with study materials, whitepapers, blockchain news,
penetration testing tools, books, discussions, white papers, etc.
People with a passion for blockchain security - students, researchers, professionals, and anyone in the security field with an interesting or a new and exciting concept or idea.
One investor is offering a $100,000 bounty leading to the unmasking of the thief, or thieves, involved.
Read MorePercent Finance, a fork of Compound, announced that some of its users' funds have been locked in smart contracts.The total locked includes 446k USDC, 28 WBTC, and 313 ETH or about $996k.
Read Moreto Advance Confidence in Ethereum as a Global Settlement Layer for Transactions of All Types. The EEA EthTrust Security Levels Working Group Advances Work Initiated by the Ethereum Trust Alliance and Enables Broader Collaboration within the EEA
Read More


Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 4-6
Dietary
A curry without pilau (or pullao) rice is unthinkable. This version benefits from the addition of healthy vegetables.
For the garam masala, put all the garam masala spices in a clean coffee grinder or other spice grinder and grind as finely as possible. Store in a tightly lidded jar, away from heat and sunlight. This makes about three tablespoons.
For the pullao, wash the rice in several changes of water then drain. Put the rice in a bowl, cover with water and leave to soak for 30 minutes, then drain again.
Peel and finely grate the ginger.
Heat the oil in a heavy-based pan (with a tight-fitting lid) set over a medium-high heat. When it's hot, add the mustard seeds.
As soon as they begin to pop - a matter of seconds - add the chilli, potato, carrot and green beans and stir.
Add the turmeric and garam masala and stir for one minute.
Add the ginger and saute, stirring, for another minute.
Drain the rice and add it to the pan.
Reduce the heat to medium-low and stir the rice very gently to mix it into the other ingredients and coat it with the oil and spices. Cook this way for two minutes.
Add the 570ml/1 pint water and the salt and bring to the boil. Cover the pan with a very tight-fitting lid (if you don't have a very tight-fitting lid then cover the pan with foil then a lid) then turn the heat to very low and cook for 25 minutes. After this time try a grain of rice to see if it's cooked - cook for a few more minutes if necessary.
Once it's cooked you can leave it with the lid on and the heat turned off for up to half an hour before serving. Or serve at once on a serving plate.


With correction, the average number of people in the country who do not own a smartphone are taken into consideration.


I've always wanted to go!
Japan changed my life!
Mount Fuji (富士山, Fujisan, Japanese: [ɸɯꜜ(d)ʑisaɴ]), located on the island of Honshū, is the highest mountain in Japan, standing 3,776.24 m (12,389.2 ft). It is the second-highest volcano located on an island in Asia (after Mount Kerinci on the island of Sumatra), and seventh-highest peak of an island on Earth. Mount Fuji is an active stratovolcano that last erupted from 1707 to 1708. The mountain is located about 100 km (62 mi) southwest of Tokyo and is visible from there on clear days. Mount Fuji's exceptionally symmetrical cone, which is covered in snow for about five months of the year, is commonly used as a cultural icon of Japan and it is frequently depicted in art and photography, as well as visited by sightseers and climbers.
Shibuya (渋谷区 Shibuya-ku) is a special ward in Tokyo, Japan. As a major commercial and finance center, it houses two of the busiest railway stations in the world, Shinjuku Station (southern half) and Shibuya Station. As of May 1, 2016, it has an estimated population of 221,801 and a population density of 14,679.09 people per km2 (38,018.7/sq mi). The total area is 15.11 km2 (5.83 sq mi). The name "Shibuya" is also used to refer to the shopping district which surrounds Shibuya Station. This area is known as one of the fashion centers of Japan, particularly for young people, and as a major nightlife area.
A Cherry Blossom is a flower of many trees of genus Prunus or Prunus subg. Cerasus. They are also known as Japanese cherry and Sakura (桜 or 櫻; さくら or サクラ). They generally refer to ornamental cherry trees, not to confuse with cherry trees that produce fruit for eating. It is considered the national flower of Japan.


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Please answer the following questions about yourself to your best knowledge.
{% formfield player.gender label="What is your gender?"%}
{% formfield player.age label="What is your age?"%}
{% formfield player.nationality label="What is your current country of residence?"%}
{% formfield player.education label="What is the highest degree or level of school you have completed? If currently enrolled, mark the previous grade or highest degree received. Non-Us-citizens: please select your countries equivalent."%}
{% formfield player.income label="What is your total anual household income?"%}
{% formfield player.riskaversion label="How do you assess your own willingness to take risks? Are you in general eager to take risks or try to evade risks? Please select a value on the scale below, where 0 indicates 'not willing to take any risks' and 10 indicates 'very willing tot ake risks'."%}
{% next_button %}
{% endblock %}


Kim Kardashian has shared her 'whimsical' Christmas decorations and we have many questions.
by Chelsea McLaughlinThere’s nothing quite like getting your Christmas tree out of its box (or purchasing a real one), popping on some Mariah Carey and decorating your home with twinkling lights and brightly coloured baubles.
Unless you’re Kim Kardashian West, in which case a traditional green tree with tinsel would totally ruin your very, very minimalist decor (and by decor we mean… empty space).
Kim gave her Instagram followers a look at her Christmas decorations over the weekend, and the biggest question was… What are those?
“I love these. They’re so whimsical, like Whoville, but all white,” she narrated videos on her Instagram stories, while showing us these:
Sure, it could be Whoville, the colourful, festive town from Dr. Seuss' The Grinch Who Stole Christmas. If Whoville has been ravaged by bleach.
Now, naturally, Kim's interesting interpretation of 'festive' has raised a number of questions for well, everyone. Let's see...
1. What are they made out of?
They look like the sorts of toilet paper dresses we make a bachelorette parties.
They also could be constructed from q-tips or cotton balls, and actually... do you know what else is often made from cotton?
2. Are they giant tampons?
I see no difference.
3. Where do Kim and Kanye put their presents?
There's no doubt North, Saint, Chicago and Psalm West will get some sweet Christmas gifts, but having seen Kim's decorations we have to wonder, where the heck do they put them?
(Side note: What would KKW Christmas wrapping paper look like?)
Besides the tampon forest, Kim and Kanye also have this - again, all white - Christmas tree. But there's a problem.
Usually, Christmas trees have just trunk or base at the bottom so there's room to fit delightfully wrapped toys and Cadbury Favourites boxes at the bottom. We... don't see one here.
¯\_(ツ)_/¯
4. What do Kim and Kanye have against colour?
Kim and Kanye love beige, and white, and cream. We're not sure if those are colours or just shades, but either way Kimye are big fans.
The one or two items of furniture in their house fit this colour (or non-colour) scheme, and now so do their 'decorations' but... it's Christmas.
Just buy the coloured baubles.
5. Are spiders going to crawl out and takeover their home?
The decorations look remarkably like the creepy egg sacks spiders lay which means in two to three weeks time, Kim's home looks like it will be infested.
We're hoping she doesn't share follow up videos of when that happens.
6. Wait. Don't they also look like... other things?
A selection of vox pop answers from around the Mamamia office:
- "Those are definitely sex toys, right?"
- "Have they padded their walls?"
- "Is that a standard amount of toilet paper for a family of six?"
- "Has she bleached cacti?"
- "Is Kim K holding Olaf hostage?"
If you still haven't got around to putting up your own decorations, maybe you can take some inspiration from the Wests.
Besides, it's probably a good money saver: All you need is toilet paper.
Feature images: Instagram/@kimkardashian.
Podcast Listeners please tell us your feels


Partially created objects can be returned by the Double Checked Locking pattern when used in Java. An optimizing JRE may assign a reference to the baz variable before it creates the object the reference is intended to point to. More details. Example :
public class Foo { Object baz; Object bar() { if(baz == null) { //baz may be non-null yet not fully created synchronized(this){ if(baz == null){ baz = new Object(); } } } return baz; } }


PostHoc is a email server that "catches" all email for review, and never forwards email on to anything else.
PostHoc is great for testing software that sends email. PostHoc looks like a standard SMTP email server. But it also has a web interface that anyone can use to review all email that was sent. There is no need to log in, all email to any address is made available through the UI without logging in. You can create outbox messages which can then be picked up using POP protocol to test your software ability to receive email. Mail is automatically deleted after 5 days. Email can be displayed as regular message, as uninterpreted HTML so you can see the HTML codes, and as raw SMTP format if you want to see the details of the message that was sent.
Find more information at: Posthoc on GitHub
Sept 3, 2021
Oct 2, 2020
Aug 2, 2020
Sept 17, 2018
May 25, 2018


Game 1: Houston Rockets at Indiana Pacers
My Pick:
Houston Rockets
Why I'm Rolling with them:
The Rockets have looked better since getting James Harden back, and I think their guards now match up well with every team in the league not named Golden State (even there it's pretty close). Their defense has still not been ideal, and I have no doubt that this Indiana team will give them a lot of trouble tonight. Oladipo played fantastic down the stretch in against Boston two nights ago, hitting the game winner then getting a steal to seal the victory. In addition, Sabonis has been playing very well too, causing Indiana to have a top notch bench. But Houston's starters have the advantage, and win this one 118-112.
Game 2: Cleveland Cavaliers at Orlando Magic
My Pick:
Orlando Magic
Why I'm Rolling with them:
Orlando stole one off of the Spurs last night, behind a 26 point performance from Aaron Gordon. I'm thinking he's going to have another good game today, since the Cavs interior is relatively weak. Cleveland has been extremely dysfunctional lately, and while I don't expect their players to purposefully throw a game, I do think that they're not going to be 100% compared to normal. JR won't get minutes, Korver is also operating on not many minutes. This is a great game for Orlando to come out and snag from this depleted Cleveland team. Orlando takes it, 119-102.
Game 3: Miami Heat at Detroit Pistons
My Pick:
Detroit Pistons
Why I'm Rolling with them:
Dragic is back in the lineup for the Heat tonight, however Whiteside is out. This bodes well for the Pistons, who can abuse that lack of rim protection to allow Drummond and Griffin to absolutely swallow all the rebounds. Griffin is still playing well to start the year, and although Drummond has looked a little rough against Embiid, that can be expected. Having Dragic back should help the Heat, who really struggle without a creator. In the end, Detroit's frontcourt is just too strong and I have no doubt that they'll be able to pull out the win 116-108.
Game 4: Chicago Bulls at New York Knicks
My Pick:
New York Knicks
Why I'm Rolling with them:
This was a tough one for me to call, as both of these teams seem to be elusive for me to judge. The Knicks had been playing very well against bad teams, before their brutal loss to the Wizards yesterday. The Bulls have been losing a whole bunch of very close games, but just can't seem to execute down the stretch. Depending on what version of either team we see, this could go either way. I'm taking New York because I think their guard rotation is just a little stronger, without sacrificing too much in the paint. Knicks take it, 109-104.
Game 5: New Orleans Pelicans at Oklahoma City Thunder
My Pick:
Oklahoma City Thunder
Why I'm Rolling with them:
The Pelicans are a good team, with a very good inside presence. However, OKC is consistently a strong rebounding team and I have faith that they're going to win tonight. Their defense has looked a lot better compared to the start of the season, and Ferguson seems to have somewhat exited his slump. Since their loss to Boston, Westbrook hasn't been shooting as many threes, and grabbing fewer rebounds. This allows Adams to grab the boards, and it seems to be working for them as the Thunder are 4-0 since said game. Oklahoma takes this one, 118-110.
Game 6: Boston Celtics at Denver Nuggets
My Pick:
Denver Nuggets
Why I'm Rolling with them:
Watching Jokic operate is a thing of beauty. Even in a game where he only got 7 points, putting up 16 assists in a win over the Jazz cements that he's the best passing big man in the league right now. The Celtics play well against offensively gifted big men, however Jokic's ability to pass out of tough situations allows him to easily counter a lot of what Boston will throw at him. That said, this game is a toss up for me. I like the wing rotation of Boston better, especially with Denver's 3pt% being in a big slump. However, Denver's altitude will give them an advantage at home (I really like the Denver altitude as a decision maker). Denver wins a high scoring game, 125-117.
Game 7: Toronto Raptors at Utah Jazz
My Pick:
Toronto Raptors
Why I'm Rolling with them:
The Raptors just dominated the Lakers without Kawhi yesterday. Kyle Lowry has broken a franchise record for the most 10+ assist games in a row, and Serge Ibaka looks like he's back in 2012 during OKC's finals run. Donovan Mitchell is still out for the Jazz, which is why I think the Raptors should have a pretty easy time against this Jazz team missing their biggest creator. Rubio is a pretty good point guard defender, but having Kawhi to cover Ingles, and Lowry on Rubio should be enough to severely limit the Jazz's ability to score. Toronto's defense is stifling so far, and their offense, led through Lowry has been incredible so far. Raptors should win this easily, 119-108.
Game 8: Memphis Grizzlies at Golden State Warriors
My Pick:
Golden State Warriors
Why I'm Rolling with them:
Memphis played last night, losing to the Suns in a tough game that saw Booker hit a game winner with 1.7 seconds left. This Warriors team is a lot better than the Suns. The issue with the Warriors at this point is that I've run out of ways to say they can dominate any team on any night, and as such feel like there's nothing left to talk about. Gasol should have a mismatch in the paint, and Conley has been a decent defender before his injury. This may be enough to slow the Warriors, but not enough to stop them. Warriors win 124-111.
Game 9: Minnesota Timberwolves at Los Angeles Clippers
My Pick:
Los Angeles Clippers
Why I'm Rolling with them:
Butler didn't play yesterday against Portland, which is why I think he'll be playing tonight. Even with that, I still think this Clippers team has what it takes to beat Minnesota. I really like SGA and Lou as the bench guards, and they've been playing very well to start the year. Tobias Harris is going to be able to abuse Taj Gibson and get his points tonight. The interesting matchup for me will be at center, I think the Clippers have possibly the worst starting center in the league in Gortat. If KAT can take advantage of that, Minnesota could easily take it. But I'm gonna bank on the Clippers adjusting, and winning 114-112.


Nautilus Framework is a free, plug and play extendable and, open source Java web platform framework that allows user feedback capturing, developing, and experimenting with several multi- and many-objective evolutionary algorithms.
Several Optimization Algorithms
Explore several multi- and many-objective optimization algorithms such as NSGA-III, IBEA, and much more
Pareto-front Visualization
Explore easily the Pareto-front by clicking on the desired solutions
User-driven Interaction
Select the best solutions, provide your own preferences, and customize the user interface


First Aid help, like Normal Help, provides a full-featured help viewer. First Aid files are also organized by context, but the information is presented in a different format. Whereas Normal Help is organized around the structure of the application, First Aid is presented in a book format.
When a user clicks the First Aid trigger, the help page for the proper context is displayed; this will typically be taken from the current Focus object (as in Standard Help). From there, the user may navigate throughout the help "book" via both hyperlinks in the text and three buttons at the top of the help window: Contents, Chapter, and Article. An illustration of the First Aid help box is shown below.
To use First Aid, an application needs its own HelpControl object. Simply add one as a child of your GenApplication and set its help type to
HT_FIRST_AID
. The help controller must also be put on the application's active list.


Everything about Bea!
Hi! I am Beatriz. I hope you enjoyed knowing more about me with this game. You can invite your friends to play too!


First we want to initialize out git repository on our local machine
Make sure you are in the folder in which you want to initialize the repository
git init
Before you make your first commit you can check what files have been changed and can be added
To do so, run:
git status
This should show the files that have not been staged for commit
To add all of your files so you can commit them, run:
git add .


CSS FTW!!!! (And WTF!!!) ~ CSS Concepts
posted on October 19, 2015
Jump To Section....
- What is the difference between Margin, Border, and Padding?
- What are the best practices associated with using classes vs. ids?
- What are the differences between relative, absolute, fixed, and static positioning?
- What does it mean to display inline vs using inline block?
- Additional References And Resources
CSS is really useful because it allows the people who make the structure and the content of a webpage to only concentrate on the structure and the content through HTML, and it allows the people who make the design to only concentrate on the layout. It does this through having the CSS code on a separate file than the HTML file.
In order to do this, it is important to make sure that the path to the external file is correct, or else the effects of that file won't appear in the HTML file. Also, it is important to make the syntax correct, like this:
<link rel="stylesheet" type="text/css" href="path/of/my/stylesheet.css">
Because the .css file is separate from the .html file, the .css is infinitely re-usable. The person who wrote the webpage does not need to re-do the style on each page. They just have to copy that link. Also, the content and structure of the .html does not need to be cluttered by random


Objectives
- Presentation of project objectives
- Planning
- Evaluation
- Management expactations
- Managing your backlog
- Managing your tasks
- Weekly report
- Project list
- What to do from here ?
Objectives
- Being able to report to a manager about my work following a method
- Being independent in my work, working only with guide lines
- Experience with OpenSource software projects
- Present my work in english
Project planning
| Event |
Date |
| Course presentation |
19/02 |
| Final project list |
04/03 |
| End of project choice |
07/03 |
| Backlog task validation (see below) by Benoit |
11/03 |
| First weekly report (see below) |
14/03 |
| Resuts return |
20/05 |
| Project presentation |
27/05 |
What to do from here ?
- Form teams of 2 / 3 people
- Each team choose a project
- PR on https://github.com/Open-Up/projects_s02


Activities
There are so many amazing things to do on Private Island!
Here are just a few examples of the wonderful opportunites we have for you:
Boating
Massage and Spa
Golfing
Scuba Diving
Ziplining
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Welcome.
This site is a collection of my thoughts as well as projects that I have worked on. To learn more about my journey into web development please read on.
Enjoy.
A Quarter-life Crisis
In a past life, I was a budding biology teacher invested in solving the problem of socioeconomic disparity in our country. You see, I had read Freire's "Pedagogy of the Oppressed" my first year in college and I was inspired to do something that would impact the world. I taught in inner-city schools, tutored those who couldn't afford summer school, and mentored students on their options for higher education. I went to meetings to study the latest techniques. I met with Oakland politician Noel Gallo. I didn't see teaching as a job, but rather a calling.
Eventually I was invited to be a founder of a school in Oakland and I jumped at the chance. "What a great opportunity!" I thought. However, my elation was short lived.  For a while I could keep up with it, but the constant bickering threatened my sanity and morality. Eventually, I decided to step aside from teaching as I could no longer educate with a clear conscience.
I went on sabbatical to meditate on my next steps. What shall I do now? Should I look towards private education? Perhaps teach in a foreign country? As I pondered my options I came upon Ruby and subsequently, Rails. I found the material to be a rehash of the things I learned in education; where I once taught students how to solve problems, I now teach a computer how to solve a problem. Over time, I found myself enjoying programming more and more.
I hope you have as much fun going over this website as I had making it. If you have any questions, please feel free to contact me.


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Physics II
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Week One: Monday
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Physics II 1/6/2017
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HOMEWORK: HW #1 - Polynomials
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HOMEWORK: HW #1 - Polynomials
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Abuse of JSONP (CSP-specific)
Abuse of JSONP (JSON with padding) is a popular method for building JavaScript APIs. JSONP interfaces are frequently used to integrate with services provided by trusted third-party sites (e.g., to implement search or mapping capabilities), as well as to retrieve private first-party data (in this case, an additional Referer check or an XSRF token is commonly used).
Regardless of the purpose, the integration with any JSONP API is achieved by including a script reference similar to this:
<script src="http://example.com/find_store.php?zipcode=90210&callback=parse_response"></script>
In response, the server dynamically generates a script structured roughly the following way:
parse_response({ 'zipcode': '90210', 'results': [ '123 Evergreen Terrace', ... ]});
The inclusion of this response as a script results in the invocation of a client-specified callback - parse_response(...) - in the context of the calling page.
Any CSP-enabled website that either offers JSONP feeds to others, or utilizes them internally, is automatically prone to a flavor of return-oriented programming: the attacker is able to invoke any functions of his choice, often with at least partly controllable parameters, by specifying them as the callback parameter on the API call:
<script src='/editor/sharing.js'>: ← Legitimate script
function set_sharing(public) {
if (public) request.access_mode = AM_PUBLIC;
else request.access_mode = AM_PRIVATE;
...
}
<script src='/search?q=a&call=set_sharing'>: ← Injected JSONP call
set_sharing({ ... })
In addition, any JSONP interface that does not filter out parentheses or other syntax elements in the name of the callback function - a practice that has no special security consequences under normal operating conditions - will be vulnerable to an even more straightforward attack:
<script src='/search?q=a&call=alert(1)'></script>


Here you can check out the scripts created by me! (Nirbhay) and the orignal api links listed on http://itsthisforthat.com as well!
This script is the clone for the existing API. Used PhantomJs on http://itsthisforthat.com to crawl this+that values
This php script is used to execute parser.js with phantomjs
Here, I am directly using the existing API (http://itsthisforthat.com/api.php?json) to retrieve this+that combination


Fergie lauds ‘brilliant’ Klopp who has LFC playing with ‘Attacking flair, excitement and imagination’
by Biscan's BootsIt was easy to hate Sire Alex Ferguson during his time in charge of Manchester United. After all, he won 13 Premier League titles during some of our darkest days.
But since his retirement, United have spiralled into also-rans, spending absurd money and ignoring what made them great under the Scot in the first place.
For this reason, it’s now much easier to respect his brilliance.
And Fergie has given an interview in which he’s displayed his admiration for Jurgen Klopp and Pep Guardiola right now, lavishing the Liverpool and Manchester City managers with huge praise.
Most interestingly, he declares that the styles on show ‘mirror’ the respective managers – which in many ways – they do.
“I’m delighted when someone excels in the game of football, and of course coming from abroad into English football is not easy – they have really excelled themselves in that respect,” he told Manchester Evening News,” after both Klopp and Guardiola were elected into the LMA Hall of Fame.
“I think that, quite rightly, they join the pantheon of great managers we have had here, and have been inducted into the Hall of Fame.
“They have been absolutely brilliant. Their teams play with attacking flair, excitement and imagination, and they have shown it in the fantastic teams they have produced.
“Their teams mirror themselves. They have teams with courage, that play to win all the time, that play to attack all the time and that courage has got them where they are.
“If you look at the league last year and this year, it has been dominated by them, and of course Liverpool won the European Cup.
“It’s been a great period for them, and that’s the reason we have recognised the courage of their teams.”
We couldn’t have put it better ourselves!
Of course, Klopp’s legendary status is already cemented thanks to this Champions League triumph, but the one Liverpool fans all now want is the domestic title…
We have an eight point lead at the top of the Premier League title, but a hectic run of December fixtures and the loss of Fabinho to injury is going to test everyone’s mettle.
A win over Brighton on Saturday is absolutely crucial.


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{% extends "articles/article.template.html" %} {% block title -%} How should this website be laid out? {%- endblock %} {% block body -%} {%- include "articles/auriga.article.html" -%} {%- endblock %}


Billiard
问题描述 :
In a billiard table with horizontal side a inches and vertical side b inches, a ball is launched from the middle of the table. After s > 0 seconds the ball returns to the point from which it was launched, after having made m bounces off the vertical sides and n bounces off the horizontal sides of the table. Find the launching angle A (measured from the horizontal), which will be between 0 and 90 degrees inclusive, and the initial velocity of the ball.
Assume that the collisions with a side are elastic (no energy loss), and thus the velocity component of the ball parallel to each side remains unchanged. Also, assume the ball has a radius of zero. Remember that, unlike pool tables, billiard tables have no pockets.
Assume that the collisions with a side are elastic (no energy loss), and thus the velocity component of the ball parallel to each side remains unchanged. Also, assume the ball has a radius of zero. Remember that, unlike pool tables, billiard tables have no pockets.
输入:
Input consists of a sequence of lines, each containing five nonnegative integers separated by whitespace. The five numbers are: a, b, s, m, and n, respectively. All numbers are positive integers not greater than 10000.
Input is terminated by a line containing five zeroes.
Input is terminated by a line containing five zeroes.
输出:
For each input line except the last, output a line containing two real numbers (accurate to two decimal places) separated by a single space. The first number is the measure of the angle A in degrees and the second is the velocity of the ball measured in inches per second, according to the description above.
样例输入:
100 100 1 1 1 200 100 5 3 4 201 132 48 1900 156 0 0 0 0 0
样例输出:
45.00 141.42 33.69 144.22 3.09 7967.81
解题代码:
//* @author: import java.util.*; public class Main { static public void main( String [] str ){ Scanner sc = new Scanner(System.in); while( sc.hasNext()) { int a=sc.nextInt(); int b=sc.nextInt(); int s=sc.nextInt(); int m=sc.nextInt(); int n=sc.nextInt(); if( a == 0 ) break; double x = b*n; double y = a*m; System.out.printf( "%.2f %.2f\n", Math.atan2( x, y )/Math.acos(-1)*180, Math.sqrt( x*x + y*y ) / s ); } } }
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跟书上的解法不一样，不知道哪个效率要高些
感觉这里的评分标准没啥作用阿，反而显得显得赘余，还不如直接去掉好了。
漂亮。佩服。
P.S. unsigned 应该去掉。换行符是n 不是/n
还可以稍微优化一下，
int main() {
int m,n,ai,aj,bi,bj,ak,bk;
while (scanf("%d%d",&m,&n)!=EOF) {
ai = sqrt(m-1);
bi = sqrt(n-1);
aj = (m-ai*ai-1)>>1;
bj = (n-bi*bi-1)>>1;
ak = ((ai+1)*(ai+1)-m)>>1;
bk = ((bi+1)*(bi+1)-n)>>1;
printf("%dn",abs(ai-bi)+abs(aj-bj)+abs(ak-bk));
}
}
好网站，肯定会火的
分析的很详细！赞一个
正解，已改正。应该都是protected
什么破题，题意好难懂啊
根本过不了。。。。
学习了
这道题目的核心一句话是：取还是不取。
如果当前取，则index+1作为参数。如果当前不取，则任用index作为参数。
递归还真是一门学问，学习了
第二个方法很不错啊
很全很强大！


{% extends 'global/base.html' %} {% load i18n rev static %} {% block head %} {{ wizard.form.media }} {% endblock %} {% block extra_js %} {% endblock %} {% block content %}
Provide a city in which the workshop is going to take place
The date of your event should be at least in 1.5 months in the future, but we recommend 3 months for easier planning
All Django Girls event pages have address http://djangogirls.org/cityname. If you need a different one, enter it here:
Tell us about your ideas on where to host the event in your city.
Doesn’t need to be very specific yet, but we would love to see your ideas.
Have you approched them to ask if they would be interested in helping out?